BPMpro Data Logger User Guide v3
Contents
1. BPMpro Data Logger User Guide v3 2014 270 Vision Limited All rights reserved WARNING This document is protected by copyright law and international treaties Any unauthorized use of this document will be pursued to the full extent of the law Do not copy modify reproduce or distribute without permission from 270 Vision Limited gt BPMpro MOIICCIIES raS E E E 3 E AE g e P E E E E E 4 Loading the software sssssessessessessessesosscssssesssssesoescssossssesssssessesseeo 4 Charging the Sensor ssessescecceecoecoesceccescesceeceecoecceccescescesceeceeceeccesceese 4 Connecting a sensor to the Data Logger SOftWAIE cccecssscscscscscscsees 5 Attaching a Sensor ssessescecceecoecoccceccesceccecceecocccecceccesceccesceeseeceeccecceeo 5 SNr MOODS eaaa EAEE EEE EE AA E 6 o pio Moli oly AA E A E E 6 BPMpro Data Logger Display cscscscscscscccsccscscscecccsccscscscccscsccscscececsess 7 BPMpro Body Data AnallySer cccccccsscscscsccccccscscsccccceccscscccccscsccscscsceceecs 8 Data Analyser Display seessessessesceccescescecceecoecoeccecceccescesceeceecoecseccecceeo 9 pOr DaT seia EEEE 11 CONTO BUTTONS caeatasesererecen erresere E scene 12 Control Buttons ExampleS ssessesssessosssescosssescoessoessessoessessseesesssee 13 Appendix 1 Sensor Calibration ssessesescesseseeceecescescesoecesceecsessecoeseeceeoe 14 Set up amp ID code IAENtiFICATION ccccececccccc2. Documents BPMsport data It is saved in a comma delimited file 2 comection Data connections have been blocked If you choose to enable data connections your computer may no longer be secure Do not enable this content unless you trust the source of under the name of the SESSION NAME SESSION ID TIME DATE This File Path C sport BPMpro Data Logger Data Analysis BPMpro Data Analyser V0011 xlsm format makes it easy to identify the correct file to load up lt n gman ani The required data is imported by pressing one of the Import Sensor Data buttons This takes the user to the standard BPMpro Data storage location and displays the list of available files sessions If the BPMpro data files have been imported manually ensure that the data is stored in a folder called BPMsport Data under C Documents or the Analyser will report a Run time error 76 Path not found r Should this error occur select the correct data path load in the data files and then re select the data import button Once the data files have been found select the required file and press Open The name of the selected file appears underneath the Data Import in the Chart Display All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 11 of 15 BPMipro Data Logger User Guide Control Buttons BPMpro AIN I Po kp The control
3. EU EEE D Seed of rotation y Any one of the defined parameters can be selected per channel Logo tilt and Logo rock are specific sensor parameters covering angles when the sensor logo is tilted forwards backwards or rocked left right If the parameter you require is not listed please contact support bpmpro co uk 8 Offset The starting point of any selected parameter can be offset by a number to effectively zero the starting result This is useful when looking to compare negative and positive angles Type in a positive or negative Offset such as degrees or g against the parameter you want to move on the display This offset is also taken into account if a function is selected 9 Function In order to visualise the difference between data from two different sources the Function feature enables the selected channel data to be added or subtracted For example should Logo rock on the left graph be subtracted from Logo rock on the right graph the difference would be displayed on the right hand graph This is particularly useful when comparing angles such as for dynamic knee bend or comparing the difference between the acceleration of different athletes or legs All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 10 of 15 BPMipro Data Logger User Guide BPMpro Other Tabs The Data Analyser workbook contain
4. TVC of bacteria were then recorded and the Lp ane E percentage reduction calculated tested to ISO 22196 2011 The sensors were awarded certificate 1021642 225 7681 OEA i The table shows the results recorded by Industrial Microbiological biocides responsibly Services Ltd for the BPMpro sensors Bacteria 0 hours Bacteria 24 hours reduction S aureus E coli E aureus E coli i aureus E coli 1 80E 04 1 60E 04 1 70E 02 5 20E 01 299 02 299 67 Bacteria Ohrs CFU of bacteria at 0 hours of testing Bacteria 24hrs CFU of bacteria at 24 hours of testing reduction level of reduction in bacteria CFU colony forming units Disposal of BPMpro sensors WEEE Directive 2002 96 EC At the end of its serviceable life the BPMpro sensor should not be treated as household waste The sensor should be returned to the supplier for suitable disposal or handed over to a suitable recycling facility for electrical and electronic equipment EC Declaration of Conformity CE Product BPMpro Data Logger Manufacturer 270 Vision Limited Company number 7505941 Registered office Suite 47 Basepoint Business Centre Winnall Valley Road Winchester S023 OLD UK As the manufacturer of the BPMpro Data Logger we 270 Vision Limited declare that the product and its component subassemblies comply with the applicable EU directives and appropriate standards i Applicable EU Directives Directive 1999 5 EC on Radio and Telecommunications Terminal
5. There are 3 Import Data buttons as the BPMpro Data Logger supports the connection of 3 sensors It is however possible to import 3 different data files all from the same sensor if you wish to compare different data sessions All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 9 of 15 BPMpro Data Logger User Guide BPMpro The name on each button is determined by the names of the three tabs initially labelled Sensor 1 Data Sensor 2 Data and Sensor 3 Data These tabs and consequently the Import Data buttons can be renamed for ease of use For example the tabs could be renamed to reflect scenarios such as Tuesday Data Wednesday Data Thursday Data A Wrist Data Lower Arm Data Upper Arm data Note The new tab name must still include the word data for button name and data source reference to change 6 Data Source To change the source from which the charts display data click on eae the Channel Data Source box to be changed and a down arrow Channel 4 Sensor 1 Data will appear Click on this down arrow to see the data sources available This enables the user to mix and match data that has previously been loaded Up to 4 channels lines per graph can be selected to be displayed on either graph 7 Parameter P Select the parameters to be displayed from the dropdown lists Speed of rotation x
6. buttons under the graphs perform the following tasks Return to Main Action Moves the displayed data to the start of the data file at the selected zoom Moves the displayed data to the left in one second blocks but retains the level of zoom that has been applied Zooms in on the displayed data in 5 second steps Zooms in to a one second view in the middle of the timeline Zooms out to display the full timeline Zooms out in 5 second steps Moves the displayed data to the right in one second blocks but retains the level of zoom Moves the displayed data to the end of the data file at the selected zoom Prints the selected graph as displayed on the Large Chart to the default printer Displays the data on the Play tab and runs through the selected data in sequence Updates the graph s display to reflect changes made to the parameter settings Displays the selected graph and its data on the Large Chart tab Returns the user to the Chart Display tab Stop Stops playback of the data on the Play tab Playback All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 12 of 15 BPMipro Data Logger User Guide BPMpro Control Buttons Examples Once the selected file data has been imported and the data for the different channels selected the Control Buttons keys can be used to zoom in out on the data as wel
7. flat when the charger is connected The LED near the charge socket may flash rapidly Charging A single fast flashing LED The sensor will not go into Find mode immediately After around 3 minutes the LED will flash more slowly The sensor is now in Find mode e A sensor can be used for tests while charging e A sensor will require around 1 hour to charge fully e A sensor is put into Find mode by Find Two flashing LEDs Pressing the middle of the sensor twice Shaking the sensor or Plugging in a charger lead this will result in only one flashing LED e A sensor remains in Find mode until Connected to the software or Itis left unconnected for around 5 minutes e When the sensor is moved the Euler ball sphere will move Connected None e A fully charged sensor provides c 8 hours of continuous use Control buttons Note Using the keyboard commands affects all connected sensors at the same time To control each sensor display separately use the on screen icons below Space The table below explains the purpose of each button and key Starts the timer and the recording of a session Repeated pressing of R OR starts and stops the recording of events within the session This eliminates the recording of any unwanted data Play Space Starts the timer without starting the recording Restart Esc Stops a session and resets the timer S key Toggles the scale on the graph between 2G and 10G A key Switches betw
8. number 3 or higher appears above the BACK TAKAISIN ALKUUN button Four lines will run across the screen Black magnetic line and green red and blue x y and z Watch the black line as you rotate the sensor this line should be as flat as possible Ifnolines appear press F3 and the 1 key again Press the Ins key on your keyboard to upload the new calibration setting into the sensor Repeat the process of pressing the 1 key 3 5 times rotating the sensor in your hands waiting until the number 3 6 appears above the BACK TAKAISIN ALKUUN button e Once this is achieved press the Ins key e When you are comfortable the black line is as flat as you can get it press either the x to the top right of the sensor to disconnect it and repeat the process above or exit the application All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 14 0f 15 BPMipro Data Logger User Guide BPMpro Appendix 2 Biomaster Antimicrobial Technology BPMpro sensors containing Biomaster were tested in accordance with ISO 22196 2011 i To determine anti microbial efficacy the samples were tested along with a lab control sample The sensors were challenged against stock cultures of S aureus MRSA and E coli The samples were inoculated using a known amount of the above cultures and incubated for 24 hours at 37 C The Total Viable Count
9. rotation of the sensor and the battery level is shown Attaching a sensor The strap is inserted through the belt loop as shown with the Velcro side against the body and the smooth neoprene side with the BPMpro label uppermost Tighten and secure using the Velcro S S e To remove the belt loop gently lift the tag on the reverse of the belt loop and slide off the sensor Tag on belt loop For body analysis the sensor should be attached to the outside of the limb with the plug uppermost Two further methods of attaching the sensor are available Padplates which are designed to mount the sensor directly onto the body using disposable double sided medical tape disks and cuffs which are designed as a quick way of mounting the sensor on the arm or leg All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 5 of 15 BPMipro Data Logger User Guide BPMpro Sensor modes Sensor modes Sensor Indication e The sensor battery is flat Flat None i e The sensor cannot be connected until charged e After around 5 minutes of inactivity the sensor enters Standby Standby None e A sensor will hold its charge for around 7 days in Standby mode e To charge the sensor use the mains charger e The slow flashing LED indicates that the sensor is now charging A single slow flashing and in Find mode LED e If the battery is
10. tabs that contain the source data from the selected files as well as a number of screens but all the data import and display selection is driven by the Chart Display screen shown below Title Title Chart A Title Chart B Title 68 136 24 72 MO MS 476 SHA 612 Orientation Subtract me Orneit ation y a Orientation y onan C 0 0 64 128 192 B66 NO MA MSA 512 576 LP A LILI IO JE Sensor 2 Data Import Sensor 3 Data 10 38 RPM 9 04 11 28 19 AM txt 04 10 30 07 AM txt Select Data Source Parameter Offset Function Select Channel 1 Sensor 1 Data Orientation x 0 00 Subtract Channel 1 Sensor 1 Data Orientationy_ 0 00 Channel 4 ensor 1 Data Channel 4 The different areas of the screen are as follows 1 Title Field The titles for the graphs are entered into these fields 2 View Large Button Pressing this button takes the user to the Large Chart tab where the graph is shown full screen 3 Refresh Button The Refresh button is used to reset the graphical display s to reflect the selected channel data if this does not happen automatically or if there is a problem with the macros or visual basic commands 4 Control Buttons See section below 5 Import Data Buttons These buttons are used to import the data files produced by the BPMpro Data Logger for use by the Analyser The name of the imported file is shown in the white box underneath each button to make it easier to select the data source
11. under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 13 of 15 BPMpro Data Logger User Guide BPMpro Appendix 1 Sensor Calibration All BPMpro sensors are individually calibrated prior to shipment It is however recommended to recalibrate the sensors on a regular basis Calibration software is included as standard with the Data Logger Set up amp ID code identification Aktivoi Blobo ravistamalla Jos Blobon valo ei vilku lataa se Kun valo vilkkuu Activate the sensor s to calibrate or identify C ETSIUUSIAJAKYTKE Run the calibrator Press or click on the FIND AND CONNECT ETSI UUSIA JA KYTKE button Note This might be in Finnish depending on your set up The calibrator will indicate the sensor s it has found If it fails to find any sensors press the BACK TAKAISIN ALKUUN button and repeat the connect process Press the F3 key and the sensor ID code will appear underneath the CONNECT button KYTKE Press the CONNECT button KYTKE to connect the sensor Confirm the sensor is connected by moving and or squeezing it The sphere on the screen will move and change as it is moved and squeezed and the mBar reading in the bottom LHS of the screen will also change The blue bar under the sphere indicates the amount of sensor battery power remaining Calibration To calibrate press the 1 key and rotate roll the sensor around in your hands until at least the
12. ccccccccccccccccscscscscscececes 14 CIND UO Wecsvsescacedamesesecarsetascswsencedeosceredenscecgageseiencecseeeerenscseossescecncucsas 14 Appendix 2 Biomaster Antimicrobial Technology csccscscsscsceccees 15 All information contained within this document is confidential and protected under copyright 2014 All rights belong to 270 Vision Limited BPMpro Data Logger User Guide BPMpro Contents BPMpro Data Logger BPMpro Data Logger software BPMpro Body Data Analyser software 1BPMpro sensor 1 extra small 30cm strap which can be joined to 1small 44cm strap 1sensor belt loop Sensor mains charger USB Bluetooth dongle Quick Start user guide System Requirements The BPMpro Data Logger works on any Windows based tablet or PC but has been designed specifically for devices running Windows 7 or 8 to benefit from its touch screen capabilities Warranty All BPMpro products come with a 12 month warranty as standard For the warranty to apply the product must be registered on the BPMpro website www bpmpro co uk contact us product registration Contact Details If you have any problems using the BPMpro Data Logger or Body Data Analyser please contact us Tel 44 0 1264 861375 Email support bpmpro co uk or visit the BPMpro website www bpmpro co uk BPMpro All information contained within this document is confidential and protected under copyright 2014 270 V
13. ds and forwards either in one second blocks or to the start or end of the timeline whilst retaining the applied level of zoom Statistical data the Large Chart screen also shows statistical information on what is displayed range average mean maximum minimum and frequency Data Playback the displayed data can replayed in full screen so that the user can see how the selected parameters interact in real time Data Alignment the Offset feature enables you to zero the starting points of each parameter to make analysis easier Data Conversion when the Analyser reads in data files some automated data conversion takes place to make certain data parameters easier to work with For example the orientation data output from the Data Logger is changed from vector units into degrees which are more widely understood Data Calculation when data files are read in the Analyser additionally calculates extra parameters such as continuous angles for x y and z axis movements Differential Analysis the Function feature enables the user to quickly carry out subtraction and addition functions to highlight the difference between different sets of data All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 8 of 15 BPMipro Data Logger User Guide BPMpro Data Analyser Display The Body Data Analyser workbook has a number of
14. dvanced mathematics movement and motion analysis being presented Quite often however it is not the actual data but the trends and differences between the data that are more important The Analyser allows the user to quickly and easily select different data files different parameters from those files and to compare the results against files from different sources or from different points in time On the Chart Display tab there are two displays so that data with different vertical scales can be displayed at the same time The dual graphs also allow you to view completely different data at the same time and to view differential data where one set of data is added or subtracted from the other For example the data from one athlete can be quickly compared to that of another and different aspects of their motion subsequently studied in further detail so that the coach can understand from where differences in performance are derived The Body Data Analyser has a number of powerful features to enable body data analysis when a BPMpro sensor is aligned vertically on the body Zoom In Out the Analyser has been designed to make it simple to zoom in on data points either in 5 second steps or by zooming straight into a one second view in the middle of the timeline Similarly the Zoom Out function allows the user to zoom out in either 5 second steps or straight back to the full view Movable Timeline the period of time displayed can be moved backwar
15. een Continuous and Maximum modes Z key Zeroes the Euler angles All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 6 of 15 BPMpro Data Logger User Guide BPM BPMpro Data Logger Display 1 The graph shows peak acceleration and peak PEAK ACCELERATION PEAK ROTATION rotation against time The two vertical bars display the aama current maximum figures on the graph Press the S key to toggle the scale 2 This section displays an Euler image of the BPMpro sensor The associated Euler angles are displayed in either continuous or maximum mode using the A mode key The angles are reset using the Z zero key on the keyboard 3 TIME is a time counter of a running session and reset using the escape key which also ends the session 4 REPS is the number of events that have exceeded the target settings work or activity cycles such as number of jumps or leg lifts carried out within the session Pressing 1 2 3 or 9 all sensors inserts a into the rep field as a time stamp for alignment with video recordings 5 A target trigger point is set by sliding the triangle along the bargraph When exceeded the bar turns SS red a beep sounds and the peak figure is displayed in the box under the bargraph on the left Target 6 JUMP or peak height change this is the measurement of the height change of a sensor from a stationar
16. ision Limited BPMpro Data Logger User Guide v3 Page 3 of 15 BPMipro Data Logger User Guide BPMpro Getting Started Loading the software Download the Data Logger installer file as directed when purchased Find the BPMpro Data Logger installer file on the desktop icon shown right and run i Follow the screen prompts and run the BPMpro Data Logger application if it does not BPMsport auto start The first time the software is used a licence key must be entered to connect the sensor s to the software A licence key is obtained by going to www bpmpro co uk contact us product registration to register the BPMpro sensor s and entering the software voucher code e The following input screen will appear s The simplest way to enter the licence key is to paste it from the clipboard It is now possible to connect the sensor s e To enter a licence code at a later stage press the Home key on the key board Charging the sensor Remove the plug from the top of the sensor To charge the sensor use the mains charger A slow flashing LED indicates that the sensor is now charging A sensor will require around 1 hour to charge fully i Once fully charged put the plug back in the top of the sensor as without the plug in place the push button will not trigger the software When charging from discharged the sensor is initially sent into a sleep state e The LED will flash rapidly
17. l as to move the selected display to the left and right wean Example 1 In this example the initial data selection has 3 channels indicated by 3 lines on the graph and a timeframe of 61 2 seconds shown on the x horizontal axis To zoom into a particular point press the Zoom In button and the display zooms into a 1 second view at the middle of the data timeline The View Large button takes the user to the Large Chart tab which shows a full screen image of the selected data and zoom level as shown 385 33 6 33 7 33 8 33 9 34 0 34 1 342 343 344 on the graphs on the main display Example 2 The Control Buttons can be used to zoom in or out of the display and to cami move the visual display of the data to the left or right Orientaton x Orsentaton y In this second example to review the data at the start of the recording 136 204 272 340 408 476 44 612 conan with a increased level of zoom press the back to the start and the zoom buttons The Play button takes the user to the Play tab which shows a full screen playback of the selected data in the timeframe and at the zoom level selected as shown on the graph on the Chart Display Graph of acceleration x y z against time A AM wilt IRIN N VI i Bie accx accy accz All information contained within this document is confidential and protected
18. s i Appropriate Standards ETSI EN 300 328 V1 1 1 2006 Wide Band Data Transmission Equipment Signed hlavt pali Name Martin Gossling Position Director Date 1st June 2013 All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 15 of 15
19. s several tabs that appear along the bottom of the screen The Chart Display tab is the main tab with the purpose of the others being as follows 1 Large Chart When View Large is pressed the user is taken to this tab where the selected data is displayed in full screen This screen also shows statistical information on what is displayed range average mean maximum minimum and frequency Press Return to Main to return to the Chart Display tab 2 Play When the Playback button is pressed the user is taken to this tab where the selected data is run through in sequence Press Return to Main to return to the Chart Display tab 3 Control Buttons This tab lists out all of the icons buttons and their functions 4 Parameter Information This lists out all of the parameters that have been read in from the BPMpro sensors their units of measurement and other relevant information 5 Sensor 1 Data Sensor 2 Data Sensor 3 Data These are the data tabs into which the data files are loaded when the Import Data buttons are pressed 6 VB set up Note This is a system tab which must not be altered in any way If you require different parameters to be listed please contact support bpmpro co uk Importing Data When loading up the Analyser ensure that content is enabled if the warning box shown below appears Session data is automatically saved by the BPMpro Data Logger to security Alert Data Connection
20. to show the sensor is in the discharged state r The sensor will remain in this state for a few minutes during which it will not connect All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 4 of 15 BPMpro Data Logger User Guide BPMpro Putting a sensor into Find mode A sensor must be charged and in Find mode to be able to connect this is done by Pressing the middle of the sensor twice Shaking the sensor or Plugging in a charger lead In Find mode the top blue LED will flash A sensor will return to Standby mode if unconnected for around 5 minutes A sensor can remain in Standby mode for around 8 days before the battery is discharged Connecting a sensor to the Data Logger software i With the software running and the sensor in Find mode press or click one of the Euler balls A warning message will appear if Bluetooth is not enabled if this is the case quit the application and enable Bluetooth on the computer X Press to connect and a green arrow will appear next to unconnected sensors i If the sensor fails to connect click on another Euler ball and repeat if necessary Progress is shown by the wording Connecting flashing in the time box e Sensor connection can take up to 20 seconds s Repeat for second and third sensors if required P i Once connected the Euler ball follows
21. y position held for c 3 seconds to its maximum COMPRESSION Kilograms displacement FPE 7 COMPRESSION is the force applied to the sensor or to an external airbag which would need additional POWER VVatts calibration 8 POWER is the instantaneous power driven by the weight setting and total acceleration figures 9 The SUBJECT WEIGHT and SUBJECT HEIGHT figures belong to the object under test such as a weight stack rep distance or person 10 SESSION is the name of the session or person under test and is inserted into the filename for ease of identification of the file at a later date All information contained within this document is confidential and protected under copyright 2014 270 Vision Limited BPMpro Data Logger User Guide v3 Page 7 of 15 BPMipro Data Logger User Guide BPMpro BPMpro Body Data Analyser The BPMpro Body Data Analyser has been created using Excel Visual Basic and macro tools to help users in interpreting the extensive data output from the BPMpro Data Logger specifically when measuring the body by organising and displaying the data quickly and easily By using Excel it also means that the user can understand how to load up specific BPMpro Data if they wish to build their own data analysis spreadsheets The BPMpro Data Logger is a powerful movement data collection tool but the range of parameters produced by the Data Logger can be confusing if the user does not fully understand the a
Download Pdf Manuals
Related Search