Proventix Systems CU3000 Control Unit CU3000 User Manual 10 0364 Exhibit Cover

5015 B.U. Bowman Drive Buford, GA 30518 USA Voice: 770-831-8048 Fax: 770-831-8598

Certification Exhibit

FCC ID: ZNR-CU3000

IC: 9675A-CU3000

FCC Rule Part: 15.247, 15.249

IC Radio Standards Specification: RSS-210

ACS Project Number: 10-0364

Manufacturer: Proventix Systems, Inc.

Model: CU3000

Manual

Eliminate the spread of infectious disease in healthcare and hospitals.

Implementation Guide

4518 Valleydale Rd. Suite 201 • Birmingham Alabama • 35242

(205) 383 -1156

www.proventix.com

Table of Contents

About nGage............................................................................................................................. 5

About Proventix Systems, Inc.................................................................................................. 5

Purpose ..................................................................................................................................... 6

Implementation ........................................................................................................................ 6

Outline of Implementation ........................................................................................................... 7

Technical Specifications ............................................................................................................... 7

Site Planning................................................................................................................................ 7

Infrastructure .............................................................................................................................. 7

Coding and Validation ................................................................................................................. 7

Client Data Extraction ................................................................................................................. 7

Standard Operating Procedures................................................................................................... 7

Support Procedures ..................................................................................................................... 7

Terminology................................................................................................................................. 8

Implementation Plan.................................................................................................................... 9

Technical Specifications ............................................................................................................... 9

Hardware.............................................................................................................................................11

nGage Client Server............................................................................................................................11

SNAP

®

network ..................................................................................................................................11

Control Units (CU) .............................................................................................................................11

Bridge Unit..........................................................................................................................................11

System Architecture....................................................................................................................11

nGage Client Server Application ........................................................................................................12

Technology .........................................................................................................................................12

Network...............................................................................................................................................12

nGage Web Server .............................................................................................................................12

Infrastructure .............................................................................................................................13

Procure & Prepare...............................................................................................................................13

nGage Client Server............................................................................................................................14

Connect to Internet..............................................................................................................................14

Install Components .............................................................................................................................14

Client Data Extraction for Tracking and Reporting............................................................................14

Site Planning...............................................................................................................................16

Floor Plan............................................................................................................................................17

Assign Locations.................................................................................................................................17

Approvals............................................................................................................................................18

Coding and Validation ................................................................................................................18

Code Configuration.............................................................................................................................18

Validate Configuration........................................................................................................................18

Perform Proventix Test Run ...............................................................................................................18

Perform Client Data Extraction Test Run...........................................................................................18

Standard Operating Procedures (SOPs)......................................................................................19

Changing Tags ....................................................................................................................................19

Moving CUs........................................................................................................................................19

Monitoring Operation .........................................................................................................................19

Support Procedures ....................................................................................................................19

Time of Operations .............................................................................................................................19

Contact Numbers ................................................................................................................................19

nGage Client Server................................................................................................................20

Requisite Functions.....................................................................................................................20

Server Hardware ........................................................................................................................20

Server Software ..........................................................................................................................21

Network Diagram .......................................................................................................................21

Network Elements.......................................................................................................................22

Appendix .................................................................................................................................23

Frequently Asked Questions...................................................................................................25

About nGage

Our lead healthcare product, nGage™, is a point of care system that motivates workers to seek out hand

hygiene opportunities. The person, while engaged in washing their hands, is rewarded with important

professional, performance and user-defined content through an active communication display unit. RFID

tags are used to monitor compliance and create data for hospital executives and managers. nGage is an

expandable communications and device infrastructure that will improve compliance and create

opportunities for efficiencies.

About Proventix Systems, Inc.

Proventix™ is a technology company whose mission is to eliminate the unnecessary human and economic

costs of infectious diseases in the healthcare and hospitality industries. We provide tools and services for

quality compliance monitoring, active point of care communication, and successful behavior

modification.

Purpose

This document describes implementation of the nGage system. The document focuses on approach,

scope, and explanation of concepts pertaining to the system. Each installation is defined by a specific,

individualized plan of action and such plan of action may refer to the items described in this guide.

The document includes:

• Technical Specifications

• Outline of Implementation

• Implementation Plan

• Infrastructure

• Site Planning

• Coding and Validation

• Standard Operating Procedures

• Support Procedures

Implementation

The goal of the implementation process is to build a network of the individual sensors and tags and to

connect it to the server software. The major phases outlined below are discussed in further detail later in

the document.

Outline of Implementation

Technical Specifications

This outlines devices and hardware.

Site Planning

This creates a depiction of the physical environment (floor plan) with the positions of the individual units

depicted and named.

Infrastructure

This is the outline of what is needed to support the installation of the nGage system.

Coding and Validation

This describes the process of coding the positions, tags, staff, and other configurations of the nGage

system. The validation of the system implementation is outlined.

Client Data Extraction

HL7 – ADT and HIS Census data feeds to Proventix server.

Standard Operating Procedures

This describes the standard operating procedures for operating the nGage system. It only includes

activities that may be done by the key operator at the client site. All other activities will be performed

under the support category.

Support Procedures

This describes the support procedures.

The implementation of the nGage system will determine the utility of the product within the hospital

environment. The system gathers information from multiple Radio Frequency (RF) devices and stores data

in a useful form inside the server database. The reporting database is accessible to authorized users via

SSL-encrypted Internet connection. The validity of the installation depends on establishing and keeping all

referential information correct.

Terminology

In order to understand the implementation, one must have a good understanding of the individual

elements of the nGage network.

The picture above shows the basic outline of the nGage system. It consists of a network of various devices

that communicate with a Server. The number and disposition of individual elements will vary with each

installation, but following are the basic elements:

Server

Central server consists of software with database and a physical server computer. Typically,

one server runs on each site and performs all communication functions. The server contains all

the configuration data as well as history of all events from the network. The server may be

connected to one or more BR units.

BR

Bridge is a unit that performs the translation of data between Ethernet and SNAP

®

network, a

mesh network over which all the wireless devices communicate.

CU

Control Units are adjacent to the dispenser stations and perform two functions: wake up when

a TAG is nearby and issue CU transmission to the BR. Each CU configuration is location specific

within the hospital.

TAG

Tag is an RF device worn by an individual. The CU monitors when a person enters the room,

engages the alcohol or soap dispenser, and exits the room.

Server

BR

CU

TAG

BR

CU

CU CU

CU

TAG TAG

Implementation Plan

Establishing and following an implementation plan is essential to the project success. The plan serves as a

primary communication venue between the Proventix and its Client. A detailed Implementation Plan and

checklist is included in the Appendix.

Technical Specifications

FCC/IC Statements

PLEASE NOTE

Electrical equipment should be installed, operated, serviced, and maintained

only by qualified personnel. No responsibility is assumed by Proventix Systems for any

consequences arising out of the use of this material.

Warning: Changes or modifications to this device not expressly approved by Proventix

Systems could void the user’s authority to operate the equipment.

FCC NOTICE

“

NOTE: This equipment has been tested and found to comply with the limits for a Class

B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to

provide reasonable protection against harmful interference in a residential installation.

This equipment generates, uses, and can radiate radio frequency energy and, if not

installed and used in accordance with the instructions, may cause harmful interference

to radio communications. However, there is no guarantee that interference will not

occur in a particular installation. If this equipment does cause harmful interference to

radio or television reception, which can be determined by turning the equipment off

and on, the user is encouraged to try to correct the interference by one or more of the

following measures:

• Reorient or relocate the receiving antenna.

• Increase the separation between the equipment and receiver.

• Connect the equipment into an outlet on a circuit different from that to which the

receiver is connected.

• Consult the dealer or an experienced radio/TV technician for help.”

Control Unit RF Exposure Statement

“This equipment complies with FCC radiation exposure limits set forth for an

uncontrolled environment. This equipment should be installed and operated with

minimum distance 20cm between the radiator and your body. This transmitter must not

be co-located or operating in conjunction with any other antenna or transmitter.”

Tag RF Exposure Statement

Not applicable

IC NOTICE

This device complies with Industry Canada licence-exempt RSS standard(s). Operation is

subject to the following two conditions: (1) this device may not cause interference, and

(2) this device must accept any interference, including interference that may cause

undesired operation of the device.

Ce dispositif observe l'Industrie de Canada la norme(s) RSS exempte de licence.

L'opération est soumise aux deux conditions suivantes : (1) ce dispositif ne peut pas

causer l'interférence et (2) ce dispositif doit accepter n'importe quelle interférence, y

compris l'interférence qui peut causer l'opération peu désirée du dispositif.

Under Industry Canada regulations, this radio transmitter may only operate using an

antenna of a type and maximum (or lesser) gain approved for the transmitter by

Industry Canada. To reduce potential radio interference to other users, the antenna

type and its gain should be so chosen that the equivalent isotropically radiated power

(e.i.r.p.) is not more than that necessary for successful communication.

Hardware

nGage Client Server

• Provide power and Ethernet

• Static IP address

• Needs remote access

• Run MySQL Server database

• Needs Internet Access

• Runs Proventix HL7 Listener

SNAP

®

network

• IEEE protocol 802.15.4

• 16 selectable channels in a frequency range of 2400-2480 MHz

• Uses two channels: one for the tag and a second for the control unit

Control Units (CU)

• 120Vac 0.1A or 8-16Vdc 0.2A

• Installed adjacent to soap and hand sanitizer dispensers in each room or hallway

Bridge Unit

• Provide power and Ethernet

• 120Vac 0.2A

• Installed in local area to communicate with the CU units

o Typically 1 per floor depending on configuration and layout of hospital

System Architecture

The system architecture accessing the databases consists of the database server and the application

server. The purpose of this section is to outline the architectural infrastructure of the system.

nGage Client Server Application

• The application collects the data from the SNAP® network of detection devices and constructs

a comprehensive history of events.

• The configuration component of the application maintains locations, tags, persons, messaging

and full application management detail.

• The application is designed to operate without intervention and, at the same time, allow

immediate actions by the operator.

Technology

• The application is written in Microsoft .NET framework.

• The secure SSL infrastructure supports user authentication with user specific capabilitys

set. User type determines what features can be accessed.

• Database server is MySQL Server. The server is accessed using MySQLClient drivers for .NET.

Network

• The nGage system consists of the detection units that capture the information, connectivity

software and hardware, and the server that receives all data, computes the information

database, and provides both configuration and analysis access to the information.

• The CU Units gather information about dispensing and entry/exit of the control areas. This

information is sent to a server using SNAP

®

network via Bridge unit. The Bridge unit

translates the SNAP

®

to Ethernet and provides data buffering.

• Trial - The Client Server Application runs the nGage Server application and MySQL Database

server behind the firewall. This provides access for operation and configuration messaging.

• Long-Term – To be discussed with facility.

nGage Web Server

The server software manages the data gathering, interpreting, and presenting. Major parts of

the system are depicted below:

The major elements of the system are depicted below:

Infrastructure

The nGage system consists of multiple components. The components should be organized to ensure

highest quality of resulting data. The hardware components, connectivity software, and server software

represent the infrastructure of the installation.

Procure & Prepare

• All requisite equipment procured and prepared for installation.

• Prepare all requisite items and order any parts to ensure availability of complete list.

Deleted:

• Prepare all units and perform testing, prepare for installation and procure all

equipment.

nGage Client Server

Install the server and establish the network configuration. See nGage Client Server definitions

in this document for more details.

• Prepare the server system and load all system software.

• Load the nGage client server software, database, and verify function.

Connect to Internet

Establish Internet connectivity to the network (using BR units) and from the server to the

external access (SSL, firewall, etc.) See nGage Client Server definitions in this document for

more details.

• Install the server hardware and BR hardware at client’s site and configure for remote

access.

• Validate the connection to the Bridge unit and configure the IP addresses and port

numbers.

Install Components

Install all CU and BR units as defined in the site plan and verify all are properly identified by the

SNAP® Network.

• Install the CU units in their respective locations.

• Verify that SNAP® connectivity is acquired for each CU.

• Resolve any issues.

Client Data Extraction for Tracking and Reporting

• HL7

o ADT

• HIS Census

o Identify a HIS inpatient census report that contains the data elements below.

o Send a sample report to Proventix for content and structure confirmation.

o Schedule report 4 times daily (e.g. 4am, 10am, 4pm, & 10pm) and send to

d:\nGage_data on the Proventix nGage server.

o The census report is used with ADT to build an accurate facility census and patient

movement model. ADT alone does not allow us to do this.

• HIS Census File Specification

o The HIS census file contains the roster of the hospital patients at a particular date and

time.

o Each row describes one patient

o All fields should be pipe ‘|’ delimited

Field

Field Description Required

Site

Client or hospital site ID. This identifies an individual hospital

Yes

Census date

Format: MM/DD/YYYY [09/03/2004]

Yes

Census time

HH:MM:SS Military time

Yes

Report date

Date that the report was generated. Format: MM/DD/YYYY [09/03/2004]

Yes

MR number

Medical record number

Yes

Account number

Unique number for this patient’s current admission

No

Admission date

Format: MM/DD/YYYY [09/03/2004]

Yes

Location

Nursing station or ward [4W]

Yes

Room – Bed

Room number –Bed Number

Yes

Patient name

Last name, first name or last name, first name, middle initial

Yes

Patient DOB

Date of birth

Yes

Patient age

[60 or 6M]

No

Diagnosis

Yes

MD

Attending physician name

Yes

Des

Example: (this example shows a patient record without Account number and Patient age – both are

optional fields)

HOSPA|1/22/2004|0:00:00|1/22/2004|000123456||1/21/2004|4W|8-A|Doe, John, M |

|5/22/1938||INCONTINENCE|Cure, All, MD| cription

• Catalogs (if available)

o Facility location catalog

HL7 Specifications

Our protocol follows the default HL7 standard. We listen, on the configured port, for HL7 (2.2 or 2.3)

messages, with the following standard HL7 wrapper:

<0x0B>data<0x1C><0x0D>

Where “data” is a stream of HL7 data, typically ADT messages.

The data content, including the format of the HL7 messages, is not validated by the listener.

When we receive data in this wrapper, we immediately send back an acknowledgment in the following

format:

0b 4d 53 48 7c 5e 7e 5c 26 7c 7c 7c 7c 7c 7c 7c .MSH|^ ~\&|||||||

41 43 4b 7c 47 7c 47 7c 32 2e 33 0d 4d 53 41 7c ACK|G| G|2.3.MSA|

41 41 7c 46 0d 1c 0d AA|F.. .

No other wrapper / ACK / NAK is expected.

Below is our preferred HL7 file layout (v2.3). Versions 2.1 and 2.2 layouts are available upon request. If

your default HL7 file layout differs from this, please let us know. We can accept data in many different

formats, as long as the required fields are sent. (minimum desired ADT trigger events are listed in FAQ

section at the end of this document).

ADT

2.3 MSH_MessageControlId MSH/MessageControlID

2.3 MSH_MessageDateTime_Day MSH/DateTimeOfMessage/Time/Day

2.3 MSH_MessageDateTime_Hours MSH/DateTimeOfMessage/Time/Hours

2.3 MSH_MessageDateTime_Minutes MSH/DateTimeOfMessage/Time/Minutes

2.3 MSH_MessageDateTime_Month MSH/DateTimeOfMessage/Time/Month

2.3 MSH_MessageDateTime_Year MSH/DateTimeOfMessage/Time/Year

2.3 MSH_SendingApplication MSH/SendingApplication/NamespaceID

2.3 MSH_SendingFacility MSH/SendingFacility/NamespaceID

2.3 AccountNumber PID/PatientAccountNumber/IDNumber

2.3 AdmissionDateTime_Day PV1/AdmitDateTime/Time/Day

2.3 AdmissionDateTime_Hours PV1/AdmitDateTime/Time/Hours

2.3 AdmissionDateTime_Minutes PV1/AdmitDateTime/Time/Minutes

2.3 AdmissionDateTime_Month PV1/AdmitDateTime/Time/Month

2.3 AdmissionDateTime_Year PV1/AdmitDateTime/Time/Year

2.3 AdmittingDiagnosisCode DG1[0]/DiagnosisCodingMethod

2.3 AdmittingDiagnosisDescription DG1[0]/DiagnosisDescription

2.3 AssigningFacility PID/InternalPatientID/AssigningFacility

2.3 AttendingDoctor_FirstName PV1/AttendingDoctor[0]/GivenName

2.3 AttendingDoctor_LastName PV1/AttendingDoctor[0]/FamilyName

2.3 BirthDate_Day PID/DateTimeOfBirth/Time/Day

2.3 BirthDate_Month PID/DateTimeOfBirth/Time/Month

2.3 BirthDate_Year PID/DateTimeOfBirth/Time/Year

2.3 PatientAddress_Address1 PID/PatientAddress[0]/StreetAddress

2.3 PatientAddress_Address2 PID/PatientAddress[0]/OtherDesignation

2.3 PatientAddress_City PID/PatientAddress[0]/City

2.3 PatientAddress_State PID/PatientAddress[0]/StateOrProvince

2.3 PatientAddress_ZipCode PID/PatientAddress[0]/ZipOrPostalCode

2.3 PatientBed PV1/AssignedPatientLocation/Bed

2.3 PatientClass PV1/PatientClass

2.3 PatientFirstName PID/PatientName[0]/GivenName

2.3 PatientHomePhone PID/HomePhoneNumber[0]/PhoneNumberString

2.3 PatientId (Medical Record Number) PID/PatientIdentifierList[0]/IDNumber

2.3 PatientLastName PID/PatientName[0]/FamilyName

2.3 PatientLocation PV1/AssignedPatientLocation/PointOfCare

2.3 PatientRoom PV1/AssignedPatientLocation/Room

2.3 PatientType PV1/PatientType

Site Planning

The nGage system monitors the location of a person at a given time. The CU (Control Unit) detects a

person’s position. A specific Tag associated with each individual detects who is near the CU range.

Mapping of all the devices must be clearly understood and accurate.

Floor Plan

Obtain the floor plan and walk through the facility recording the location of units (CU and BR).

Note the power and Internet connection availability.

Emergency Room

Room 8Room 7

Utility Room

Room 4 Room 3 Room 2 Room 1

Room 5 Room 6

ER Entrance – Waiting

Room and Check-In

Nursing Station Desk

Room

9

Hand Washing Sink and Cabinets

20003

20009 20008

20007

2000620005

20004

20011

20002

20001

20010

Hall Way

Entrance to

Hospital

20012

20013

Hand Cleansing Dispenser

Control Unit

Hand Washing Dispenser

Control Unit

20027

Public

Restrooms

20028

20029

20003

Prefix “1001”

Prefix “2001”

Prefix “1001”

Physician Tag#

Dr. Mickey - 2201

Dr. Nobetter - 2202

Dr.Getbetter- 2203

EE4

CC2

CC1

CC3

CC4

CC1CC1 CC1 CC1

CC1 CC1 CC1 CC1

EE1

CC1

CC1 CC2

CC1

The example above shows the sample coding of the locations. Note that the floor plan does not

have to be to scale as long as components and their locations are properly labeled.

Assign Locations

Finalize the plan of locations, prepare list of any electrical or mechanical work needed to

prepare the site. As indicated above, each location must establish type of location, name of

location, power supply needs and placement of the unit.

• Determine whether any special wiring is needed.

• Determine where the BR unit will be positioned to ensure connectivity and appropriate

location.

• Determine the range limits of the CU units.

Approvals

The proposed setup will be reviewed to ensure the unit position provides a functional

environment. Compliance with hospital and regulatory policies will also be reviewed. Any

discrepancies will be corrected.

Coding and Validation

The results of site planning will be coded into the Server software to allow correct recording of person’s

to a location. This section focuses on coding of devices to associate them with locations and persons.

Code Configuration

• Prepare configuration on the Server.

• Code the Site, Region, and Departments as needed.

• Using Site Plan, code all locations and assign to the proper Building, Floor, Room, and

individual locations.

• Code all CU units and associate with the individual locations.

• Code the Tags into the tag master, code staff into the person master, and associate the

persons with the Tags.

• Verify all BR units in the connection list with proper IP addresses.

Validate Configuration

Validate the proper coding by separate audit. This requires independent review of information

and all against discrepancy.

Perform Proventix Test Run

Perform several test runs, record results, and compare with the system recorded information.

The test run requires that the sample tags go through the motions at all locations and the

information recorded at the Server is validated.

Perform Client Data Extraction Test Run

HL7 – ADT and HIS Census

Standard Operating Procedures (SOPs)

The nGage system is designed to function for the most part automatically. During its operation, the

server periodically polls the devices, stores the data, and generates information. The purpose of this

section is to develop SOPs to support its operation.

Changing Tags

This procedure describes the steps to assign or un-assign a person’s tag. This also involves

training the staff.

Moving CUs

This process will be performed when the unit is replaced or moved. This also involves training

the appropriate staff.

Monitoring Operation

This describes periodic monitoring. Note: Proventix support monitors the system and will notify

the Client’s staff of any specific events. This includes steps to take when to restart or stop the

system for any reason.

Support Procedures

The support procedures ensure effective communication between Proventix and the Client. The Proventix

technical and client support is critical part of the system operation.

Time of Operations

Proventix office hours are Monday-Friday 8am -5pm Central.

Contact Numbers

Proventix main office number is (205) 383-1156. Clinical support is (205) 332-1750 or (205) 588-5523.

Technical support is (205) 383-3654 or (205) 332-1725.

nGage Client Server

The server hardware and software contains all configuration data, all processes that assemble and

interpret information, and all communication within the nGage network and outside Internet.

Requisite Functions

The server performs the following services:

• nGage server software is a windows application designed to manage all data management and

collection functions of the system. The application operates on the windows .net framework.

• nGage server hardware needs to be accessible for technical support using Remote Desktop with

the appropriate VPN access security.

• nGage server needs to be connected to all BR (Bridge Units) via HTTP port 8080.

Server Hardware

The requirements for hardware are current expectations only and will evolve through testing and client

experience. A Virtual Server is preferred with Windows 2008 R2 and 40GB of Disk Space.

Processor 2 - 4GHz, dual core or faster

Memory 4GB minimum

Disk Space 40GB optimally (only one week of data is retained on server)

Network Adapter

10/100 or faster

Optical Drive For example: 16x DVD+/-RW Drive (not necessary)

Chassis Type Recommend virtual PC but 1U or Desktop PC can be utilized

Server Software

The requirements for software are described below.

OS

Preferred

Windows

Server 2008 R2 Standard (License provided by Proventix)

Other OS must be approved by Proventix

Server Requires static IP address and configuration of the internal network to allow

access. Also needs internet access.

VPN / Remote

Desktop To provide access in configuring and managing the software.

nGage Server

Software Proventix will install

Network Diagram

The image below shows the layout of the network.

The actual configuration will wary depending on the physical layout.

• There is one Site Server per location (hospital/facility).

• The Site Server handles one or more Bridge units. The Bridge translates information between

SNAP® units and Site Server.

• The Bridge handles a SNAP® network consisting of Tags, Control Units (for detection of hand

washing and of room entry and exit).

Network Elements

The requirements for the individual nGage-specific devices are in the table below:

Icon Description Size/Weight Power

Control Unit: located near the dispenser, it

detects a person operating the dispenser as

well as entry and exit into room.

4” x 4” x 1.5”

(approximate)

Weight

5.6 oz

8-16VDC at

0.2A OR

110VAC at

0.1A

Dispenser: The nGage system works with

any dispenser. The Control Unit must be

mounted within 4” of the place where the

hands are rubbed.

NA NA

Bridge Unit: located within range (200’ or

more* of the nearest other unit.

* the range may be affected by other objects

and will vary.

4” x 4” x 1.5”

(approximate)

Weight

5.6 oz

120VAC at

0.2A

Tag: assigned to the person and is worn by

the person for proper detection.

1.75” x 3.5” x .4”

(approximate)

Weight

1.1 oz

Battery

CR2450 3VDC

Appendix

Implementation Checklist

Step Description Person

Completed

Date

Completed

Completion

Notes

1 Project Staffing

1.1

Prepare Contact Sheet for the project. This

includes staff from Proventix and the Client

required for carrying out the tasks.

1.2 Obtain approval from Proventix and Client.

2 Initial Project Meeting

2.1

Present the Implementation Plan to the staff

involved in the project and ensure that

everyone understands.

2.2 Prepare a preliminary schedule by assigning

the responsibilities and dates.

2.3 Discuss the communication methodology and

the types of documents available.

3 Site Planning

3.1

Obtain the floor plan and walk through the

facility recording the location of units (CU) and

Note the power and internet connection

availability.

3.2 Identify Ethernet connection for bridge unit

(BU)

3.3

Finalize the plan of locations, prepare list of

any electrical or mechanical work needed to

prepare the site.

3.4 Procure approvals

4 Infrastructure

4.1 Prepare all units and perform testing, prepare

for installation and procure all equipment.

4.2 Install the server hardware and make it

available to establish the configuration.

4.3 Establish internet connectivity to the network

(using BR units) and from the server to the

external access (SSL, firewall, etc.)

4.3

Install all CU and BR units as defined in the site

plan and verify all are properly identified by

the SNAP® Network.

5 Coding and Validation

5.1 Code all locations, tags, and persons. Associate

the persons with tags and CU with locations.

5.2 Validate the proper coding by separate audit.

5.3

Perform several test runs, record results, and

compare with the system recorded

information.

6 Standard Operating Procedures

6.1 Prepare SOP’s and approve with Client.

7 Startup

7.1 Reset the system for startup and initiate

startup monitoring.

Frequently Asked Questions

Where will the application software reside (locally on a site server or, instead, remotely on a

Proventix server)?

The nGage Server will reside on the client’s machine. The nGage Web application will reside on a remote

Proventix server.

The nGage Server (Client-Side)

• Monitor Bridge Units.

• Get Unit transactions from Bridge Units.

• Store Person and Control Unit Messages and Names.

• Send messages to Control Units.

• Send Unit transactions and server messages to remote Proventix server.

• Receive Person and Control Unit messages and Name updates from Proventix server.

The Proventix Server (Remote)

• Uploads unit transactions and server messages into Database server.

• Provide Web interface for reporting, monitoring, and inventory.

• Sends message and name updates to individual client nGage servers.

Where will the database software reside (it appears this will be local)?

The main database will reside on a remote Proventix server. The raw archive database that resides on

the client server only retains one week of data

Are the application software and the database software, in fact, separate programs?

Yes, the application software is written in Microsoft .NET and the database software is written in MySQL

database.

Virtual Server requirements:

• OS: Windows Server 2008 R2 Standard – license can be provided by Proventix.

Installed applications: Disk Space Usage

Tera-Term 4.66 (8M)

Phython 2.5 (55M)

Phython Crypto Cipher & Phython Windows 32 bit.

MySQL 5.1 (138M)

MySQL GUI Tools 5.0 (38M)

MySQL Data Provider

Synapse Portal Software. (47M)

Proventix Snap Server Application (29M)

Proventix HIS listener (9M)

Proventix HIS Census Processer (1M)

Proventix Client Data Server (1M)

Proventix Total : (326M)

With OS: (24G)

Database growth essentially non-existent. As only a weeks' worth of data is archived on the client server machine.

40G of disk space is desired which would include the OS.

Desired ADT trigger events needed:

A01, A02, A03, A04, A06, A07, A08, A09, A10, A11, A12, A13, A23, A32, A33, A34

ADT Trigger Events desired

V

ALUE

D

ESCRIPTION

R

EQUIRED

A01 Admit a patient Yes

A02 Transfer a patient Yes

A03 Discharge a patient Yes

A04 Register a patient Yes

A05 Preadmit a patient No

A06 Transfer an outpatient to inpatient Yes

A07 Transfer an inpatient to outpatient Yes

A08 Update patient information Yes

A09 Patient departing Yes

A10 Patient arriving Yes

A11 Cancel admit Yes

A12 Cancel transfer Yes

A13 Cancel discharge Yes

A14 Pending admit No

A15 Pending transfer No

A16 Pending discharge No

A17 Swap patients No

A18 Merge patient info - NO LONGER USED No

A19 Patient query No

A21 Patient goes on a “leave of absence” No

A22 Patient returns from a “leave of absence” No

A23 Delete a patient record Yes

A24 Link Patient Information No

A25 Cancel pending discharge No

A26 Cancel pending transfer No

A27 Cancel pending admit No

A28 Add person information No

A29 Delete person information No

A30 Merge person information No

A31 Update person information No

A32 Cancel patient arriving Yes

A33 Cancel patient departing Yes

A34 Merge patient information -patient ID only Yes

A35 Merge patient information - account number only No

A36 Merge patient information - patient ID & account # No

A37 Unlink patient information No

Proventix Systems CU3000 Control Unit CU3000 User Manual 10 0364 Exhibit Cover

Proventix Systems Inc. Control Unit CU3000 10 0364 Exhibit Cover

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