Review



bluetooth low energy (ble) module ble113  (Bluegiga Technologies)

 
  • Logo
  • About
  • News
  • Press Release
  • Team
  • Advisors
  • Partners
  • Contact
  • Bioz Stars
  • Bioz vStars
    • 90
      Buy from Supplier

    Structured Review

    Bluegiga Technologies bluetooth low energy (ble) module ble113
    (A) Intravaginal Transducer Assembly and (B) Instrumentation Module circuit board with added <t>BLE</t> 113 <t>Bluetooth</t> Module. A rechargeable battery is placed in the contacts on the left side of the board, which can hold enough charge for approximately ten hours of continual use. (C) Intravaginal Transducer and Instrumentation Module combined with parallel bar speculum to measure vaginal closure force. Forces placed on the distal end of the upper dynamic bill are transferred to IVT at the proximal end of the upper bill and is measured as pressure by the IVT.
    Bluetooth Low Energy (Ble) Module Ble113, supplied by Bluegiga Technologies, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/bluetooth low energy (ble) module ble113/product/Bluegiga Technologies
    Average 90 stars, based on 1 article reviews
    bluetooth low energy (ble) module ble113 - by Bioz Stars, 2026-06
    90/100 stars

    Images

    1) Product Images from "Subsequent Use of a Pressure Sensor to Record Intra-Abdominal Pressure After Maximum Vaginal Closure Force in a Clinical Trial"

    Article Title: Subsequent Use of a Pressure Sensor to Record Intra-Abdominal Pressure After Maximum Vaginal Closure Force in a Clinical Trial

    Journal: IEEE Journal of Translational Engineering in Health and Medicine

    doi: 10.1109/JTEHM.2019.2952245

    (A) Intravaginal Transducer Assembly and (B) Instrumentation Module circuit board with added BLE 113 Bluetooth Module. A rechargeable battery is placed in the contacts on the left side of the board, which can hold enough charge for approximately ten hours of continual use. (C) Intravaginal Transducer and Instrumentation Module combined with parallel bar speculum to measure vaginal closure force. Forces placed on the distal end of the upper dynamic bill are transferred to IVT at the proximal end of the upper bill and is measured as pressure by the IVT.
    Figure Legend Snippet: (A) Intravaginal Transducer Assembly and (B) Instrumentation Module circuit board with added BLE 113 Bluetooth Module. A rechargeable battery is placed in the contacts on the left side of the board, which can hold enough charge for approximately ten hours of continual use. (C) Intravaginal Transducer and Instrumentation Module combined with parallel bar speculum to measure vaginal closure force. Forces placed on the distal end of the upper dynamic bill are transferred to IVT at the proximal end of the upper bill and is measured as pressure by the IVT.

    Techniques Used: Battery

    (A) Screen layout of the companion app for the speculum. (B) Companion App signal processing flowchart. The “Connect” buttons at the top of the screen establish Bluetooth connections to either the Instrumentation Module (which initiates data streaming from the speculum) or the Remote Pedal (which marks the beginning of activities). The Force Graph displays force in real-time and changes color from red to yellow when actively recording an activity. The Force Readout and Force Magnitude bars show the live measurement. When a recording session is initiated all of the Event Labels are greyed out (inactive). The Event Labels then turn red (ready for measurement) as the participant protocol progresses. They then turn yellow when actively recording an event. The recording is initiated using the foot pedal switch and then continues for 10 seconds. The Event Labels then turn green when event recording is complete. The app automatically runs through the events from left to right and after all events are recorded, the calculate button becomes available (shown unavailable). After selecting the calculate button, the tracing for the kegel rep activity is plotted and the user selects the three repetitions for analysis. Once the repetitions have been selected the calculate button is pressed again and the results of the visit are calculated and displayed for the user.
    Figure Legend Snippet: (A) Screen layout of the companion app for the speculum. (B) Companion App signal processing flowchart. The “Connect” buttons at the top of the screen establish Bluetooth connections to either the Instrumentation Module (which initiates data streaming from the speculum) or the Remote Pedal (which marks the beginning of activities). The Force Graph displays force in real-time and changes color from red to yellow when actively recording an activity. The Force Readout and Force Magnitude bars show the live measurement. When a recording session is initiated all of the Event Labels are greyed out (inactive). The Event Labels then turn red (ready for measurement) as the participant protocol progresses. They then turn yellow when actively recording an event. The recording is initiated using the foot pedal switch and then continues for 10 seconds. The Event Labels then turn green when event recording is complete. The app automatically runs through the events from left to right and after all events are recorded, the calculate button becomes available (shown unavailable). After selecting the calculate button, the tracing for the kegel rep activity is plotted and the user selects the three repetitions for analysis. Once the repetitions have been selected the calculate button is pressed again and the results of the visit are calculated and displayed for the user.

    Techniques Used: Activity Assay



    Similar Products

    bluetooth low energy (ble) module ble113  (Bluegiga Technologies)
    90
    Bluegiga Technologies bluetooth low energy (ble) module ble113
    (A) Intravaginal Transducer Assembly and (B) Instrumentation Module circuit board with added <t>BLE</t> 113 <t>Bluetooth</t> Module. A rechargeable battery is placed in the contacts on the left side of the board, which can hold enough charge for approximately ten hours of continual use. (C) Intravaginal Transducer and Instrumentation Module combined with parallel bar speculum to measure vaginal closure force. Forces placed on the distal end of the upper dynamic bill are transferred to IVT at the proximal end of the upper bill and is measured as pressure by the IVT.
    Bluetooth Low Energy (Ble) Module Ble113, supplied by Bluegiga Technologies, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/bluetooth low energy (ble) module ble113/product/Bluegiga Technologies
    Average 90 stars, based on 1 article reviews
    bluetooth low energy (ble) module ble113 - by Bioz Stars, 2026-06
    90/100 stars
    		  Buy from Supplier

    Image Search Results


    (A) Intravaginal Transducer Assembly and (B) Instrumentation Module circuit board with added BLE 113 Bluetooth Module. A rechargeable battery is placed in the contacts on the left side of the board, which can hold enough charge for approximately ten hours of continual use. (C) Intravaginal Transducer and Instrumentation Module combined with parallel bar speculum to measure vaginal closure force. Forces placed on the distal end of the upper dynamic bill are transferred to IVT at the proximal end of the upper bill and is measured as pressure by the IVT.

    Journal: IEEE Journal of Translational Engineering in Health and Medicine

    Article Title: Subsequent Use of a Pressure Sensor to Record Intra-Abdominal Pressure After Maximum Vaginal Closure Force in a Clinical Trial

    doi: 10.1109/JTEHM.2019.2952245

    Figure Lengend Snippet: (A) Intravaginal Transducer Assembly and (B) Instrumentation Module circuit board with added BLE 113 Bluetooth Module. A rechargeable battery is placed in the contacts on the left side of the board, which can hold enough charge for approximately ten hours of continual use. (C) Intravaginal Transducer and Instrumentation Module combined with parallel bar speculum to measure vaginal closure force. Forces placed on the distal end of the upper dynamic bill are transferred to IVT at the proximal end of the upper bill and is measured as pressure by the IVT.

    Article Snippet: To reduce the design cycle time of incorporating live data streaming, we decided to incorporate a stand-alone Bluetooth Low Energy (BLE) module (BLE113, Bluegiga).

    Techniques: Battery

    (A) Screen layout of the companion app for the speculum. (B) Companion App signal processing flowchart. The “Connect” buttons at the top of the screen establish Bluetooth connections to either the Instrumentation Module (which initiates data streaming from the speculum) or the Remote Pedal (which marks the beginning of activities). The Force Graph displays force in real-time and changes color from red to yellow when actively recording an activity. The Force Readout and Force Magnitude bars show the live measurement. When a recording session is initiated all of the Event Labels are greyed out (inactive). The Event Labels then turn red (ready for measurement) as the participant protocol progresses. They then turn yellow when actively recording an event. The recording is initiated using the foot pedal switch and then continues for 10 seconds. The Event Labels then turn green when event recording is complete. The app automatically runs through the events from left to right and after all events are recorded, the calculate button becomes available (shown unavailable). After selecting the calculate button, the tracing for the kegel rep activity is plotted and the user selects the three repetitions for analysis. Once the repetitions have been selected the calculate button is pressed again and the results of the visit are calculated and displayed for the user.

    Journal: IEEE Journal of Translational Engineering in Health and Medicine

    Article Title: Subsequent Use of a Pressure Sensor to Record Intra-Abdominal Pressure After Maximum Vaginal Closure Force in a Clinical Trial

    doi: 10.1109/JTEHM.2019.2952245

    Figure Lengend Snippet: (A) Screen layout of the companion app for the speculum. (B) Companion App signal processing flowchart. The “Connect” buttons at the top of the screen establish Bluetooth connections to either the Instrumentation Module (which initiates data streaming from the speculum) or the Remote Pedal (which marks the beginning of activities). The Force Graph displays force in real-time and changes color from red to yellow when actively recording an activity. The Force Readout and Force Magnitude bars show the live measurement. When a recording session is initiated all of the Event Labels are greyed out (inactive). The Event Labels then turn red (ready for measurement) as the participant protocol progresses. They then turn yellow when actively recording an event. The recording is initiated using the foot pedal switch and then continues for 10 seconds. The Event Labels then turn green when event recording is complete. The app automatically runs through the events from left to right and after all events are recorded, the calculate button becomes available (shown unavailable). After selecting the calculate button, the tracing for the kegel rep activity is plotted and the user selects the three repetitions for analysis. Once the repetitions have been selected the calculate button is pressed again and the results of the visit are calculated and displayed for the user.

    Article Snippet: To reduce the design cycle time of incorporating live data streaming, we decided to incorporate a stand-alone Bluetooth Low Energy (BLE) module (BLE113, Bluegiga).

    Techniques: Activity Assay