CN220089482U - Positionable continuous dynamic blood glucose monitor assembly - Google Patents

Abstract

The utility model provides a positionable continuous dynamic blood glucose monitor assembly which comprises a detector, a fixing sleeve, an outer layer pasting ring and a positioner, wherein the detector comprises a detector body and a probe part which are connected with each other, the fixing sleeve comprises a wrapping sleeve body and an extending edge, the positioner is arranged on the wrapping sleeve body, the wrapping sleeve body corresponds to the outer contour of the detector body, so that the wrapping sleeve body can be sleeved outside the detector body, the extending edge is formed by outwards extending the wrapping sleeve body, the outer layer pasting ring is of an annular structure and is arranged along the outer contour of the detector body, one side of the outer layer pasting ring is provided with a pasting layer, and the outer layer pasting ring cover is arranged on the extending edge so that the extending edge can be pasted on skin. The positionable continuous dynamic blood glucose monitor assembly provided by the utility model can improve the connection stability to avoid loss.

Description

Positionable continuous dynamic blood glucose monitor assembly

Technical Field

The utility model relates to the technical field of medical equipment, in particular to a positionable continuous dynamic blood glucose monitor assembly.

Background

Glucose monitoring is important for diabetics, by which it is possible to determine when to inject insulin to reduce the glucose level in the body, or to supplement glucose to bring the glucose to a normal level, and it is necessary to measure its blood glucose level without interruption in order to keep the blood glucose level in a normal range.

Currently, the main common blood glucose monitors in the market are home blood glucose monitors. The household blood glucose detector is mainly used for detecting by taking blood from the human body terminal, collecting subcutaneous tissue liquid of the human body of a user through a blood taking pen or blood taking test paper, and then determining the blood glucose level by colorimetric method, electrochemical method or photometer detection. However, using a blood sampling pen or a blood sampling test paper to monitor the blood sugar change of the user dynamically, at least 4 blood sugar test papers are required every day, and at least 4 times of puncturing human skin to collect blood are required, so that a plurality of pricks are caused to the user, and the customer experience is poor.

The dynamic blood glucose monitor is a disposable puncture, is continuously measurable, and can continuously and dynamically detect blood glucose changes in real time in cooperation with a dynamic blood glucose detection system. The system is used for checking and recording blood sugar data in daily life state, automatically recording the blood sugar data once every 3 minutes, generally detecting dynamic blood sugar change within 14-21 days, drawing an accurate daily blood sugar change curve, and marking events such as diet, exercise and the like on the curve. Through the comprehensive, detailed and complete blood glucose map, an important clue is provided for clinical timely diagnosis and reasonable treatment, and the dynamic blood glucose detector has become the current development trend of blood glucose meters.

Referring to fig. 1 of the drawings, in the dynamic blood glucose monitor 1, an induction probe 12 is injected into subcutaneous tissue of an arm, a shell 11 with the induction probe 12 is adhered to the arm, the whole of the existing dynamic blood glucose monitor 1 is in a shape of a small shell, an adhesive layer 111 is arranged on one side of the dynamic blood glucose monitor 1, which is attached to the skin, and is used for realizing connection between the dynamic blood glucose monitor and the skin, an extending ear 112 extends outwards to be adhered to the outer surface of the dynamic blood glucose monitor, and the dynamic blood glucose monitor 1 generally needs to be adhered to the arm or other parts for 14 to 21 days, so that the whole use period is long, and the problem that the whole stability of the connecting structure is poor when observed for long-term use is solved, and a patient is easy to fall off in the use process, especially the patient falls into clothes directly when the patient falls off the clothes, so that the phenomenon of falling off and losing occurs is not enough to meet the existing production requirements.

Thus, there is a need for a positionable continuous dynamic blood glucose monitor assembly that meets the above-described needs.

Disclosure of Invention

The utility model solves the technical problem of providing a positionable continuous dynamic blood glucose monitor assembly capable of improving connection stability to avoid loss, and the continuous dynamic blood glucose monitor assembly also has the advantage of simple structure.

In order to solve the technical problems, the positionable continuous dynamic blood glucose monitor assembly provided by the utility model comprises a detector, a fixing sleeve, an outer layer pasting ring and a positioner, wherein the detector comprises a detector body and a probe part which are mutually connected, the fixing sleeve comprises a wrapping sleeve body and an extending edge, the positioner is arranged on the wrapping sleeve body, the wrapping sleeve body corresponds to the outer contour of the detector body, so that the wrapping sleeve body can be sleeved outside the detector body, the extending edge is formed by outwards extending the wrapping sleeve body, the outer layer pasting ring is of an annular structure and is arranged along the outer contour of the detector body, one side of the outer layer pasting ring is provided with a pasting layer, and the outer layer pasting ring is covered on the extending edge so that the extending edge can be pasted on skin.

Preferably, a plurality of the extending edges are provided, and the plurality of the extending edges are provided at equal intervals along the outer contour of the detector body.

Specifically, the width of the outer layer adhesive ring is smaller than or equal to the length of the extending edge.

Preferably, the inner layer of the detector body is provided with an adhesive piece, the adhesive piece extends to the outer side of the detector body to form an extension connecting part, the wrapping sleeve body is provided with an extension wrapping part corresponding to the extension connecting part, and the extension wrapping part is formed by outwards extending the wrapping sleeve body.

Preferably, the positionable continuous dynamic blood glucose monitor assembly further comprises an alarm, wherein the alarm is electrically connected with the positioner, the positioner is used for sending position information and receiving and transmitting signals, and the alarm is used for sending out an alarm.

Specifically, the positionable continuous dynamic blood glucose monitor assembly further comprises a magnetic sensor, wherein the magnetic sensor is arranged on the detector body and is used for sensing electromagnetic signals, and the magnetic sensor is electrically connected with the alarm.

Specifically, the positionable continuous dynamic blood glucose monitor assembly further comprises a signal transceiver device for receiving and transmitting signals to and from the alarm.

Specifically, the parcel cover body outside corresponds the locator is equipped with first storage bag, the locator is built-in first storage bag, parcel cover body outside corresponds the alarm is equipped with the second storage bag, the alarm is built-in the second storage bag.

Specifically, the first storage bag and the second storage bag respectively comprise a pocket, a cover piece and a detachable structure, the pocket is arranged on the wrapping sleeve body, a containing cavity is formed in the pocket, one side of the cover piece is arranged on the wrapping sleeve body, and the cover piece is opened or closed through the detachable structure.

Preferably, the wrapping sleeve body is provided with ventilation holes for ventilation, and the ventilation holes are arranged in a matrix.

The utility model provides a positionable continuous dynamic blood glucose monitor assembly:

compared with the prior art, through combining together detector, fixed cover, outer circle and locator are pasted to the skin, the detector includes interconnect's detector body and probe portion, fixed cover includes parcel cover body and extension edge, the parcel cover body is located to the locator, parcel cover body is corresponding with the outline of detector body, so that parcel cover body can coat outside the detector body, the equipment of detector body and probe portion itself sets up to two parts, the design of parcel cover body only parcel detector body can be convenient for the separation of two parts under the special condition, the extension edge is outwards extended by parcel cover body and forms, outer circle is annular structure and arrange along the outline of detector body, one side of outer circle of pasting has the adhesive layer, outer circle lid is located on the extension edge so that the extension edge can paste on the skin, namely, outer circle of pasting is pasted a part and skin when the extension edge of circle lid outwards extending, outer circle of pasting is connected with the extension edge, because skin and extension edge are alternately with the outer circle of pasting, the stability of pasting like this is stronger, each is the setting independently and makes the whole position can be adjusted more according to the skin condition, in addition, the whole position can be adjusted more flexibly to the whole surface condition. The positionable continuous dynamic blood glucose monitor assembly provided by the utility model also has the advantages of simple structure and convenience in use.

Drawings

FIG. 1 is a schematic diagram showing a structure of a dynamic blood glucose monitor according to the prior art adhered to skin;

FIG. 2 is a schematic perspective view of a positionable continuous dynamic glucose monitor assembly according to the present utility model after concealing an outer adhesive ring;

FIG. 3 is another angular perspective schematic view of the positionable continuous dynamic blood glucose monitor assembly of FIG. 2;

FIG. 4 is a schematic perspective view of the positionable continuous dynamic blood glucose monitor assembly of FIG. 3 after displaying the outer layer adhesive ring;

FIG. 5 is an exploded view of the positionable continuous dynamic blood glucose monitor assembly of FIG. 4;

FIG. 6 is a schematic structural view of another embodiment of a wrap body of a positionable continuous dynamic glucose monitor assembly provided by the present utility model.

Detailed Description

The utility model will be further described with reference to the drawings and embodiments.

Referring to fig. 2 to 6 in combination, the positionable continuous dynamic blood glucose monitor assembly 100 of the present utility model includes a monitor 1, a fixing sleeve 2, an outer layer adhesive ring 3 and a positioner 4, referring to fig. 5, the monitor 1 itself includes a monitor body 11 and a probe portion 12 connected to each other, the probe portion 12 is detachably connected to the monitor body 11, referring to fig. 2 to 6 in combination, the fixing sleeve 2 includes a wrapping sleeve body 21 and an extension edge 22, the positioner 4 is disposed on the wrapping sleeve body 21, the wrapping sleeve body 21 corresponds to the outer contour of the monitor body 11, so that the wrapping sleeve body 21 can be sleeved outside the monitor body 11, the wrapping sleeve body 21 is a transparent sleeve structure, preferably, the wrapping sleeve body 21 is a silica gel sleeve, but is not limited thereto. The detector body 11 and the equipment of probe portion 12 set up to two parts per se, the design of wrap body 21 parcel detector body 11 only can be convenient for the separation of two parts under the special condition, extension edge 22 is outwards extended by wrap body 21 and forms, outer layer paste circle 3 is annular structure and arrange along the outline of detector body 11, outer layer paste circle 3's one side has the adhesive layer, the adhesive layer can glue the layer, outer layer paste circle 3 covers and locates on extension edge 22 so that extension edge 22 can paste on the skin, i.e. when outer layer paste circle 3 covers in the extension edge 22 of outwards extending, outer layer paste circle 3 part is pasted with the skin, outer layer paste circle 3 part is connected with extension edge 22, because skin is alternately with extension edge 22 and is connected with outer layer paste circle 3, like this the stability of whole pasting is stronger, in addition, every extension edge 22 is independent setting, not only cooperate outer layer paste circle 3's the alternation to paste, moreover make extension edge 22 can adjust the position according to actual skin surface condition, improve the stability of connection, for whole piece is stronger. More specifically, the following are:

referring to fig. 2 to 6 in combination, a plurality of extending edges 22 are provided, and the plurality of extending edges 22 are equally spaced along the outer contour of the detector body 11, and the extending edges 22 are provided to function like reinforcing ribs, so that all the extending edges 22 can uniformly stretch the wrap body 21. Preferably, the width of the outer adhesive ring 3 is smaller than or equal to the length of the extending edge 22, it can be understood that when the width of the outer adhesive ring 3 is equal to the width of the extending edge 22, the outer adhesive ring 3 covers the extending edge 22, and when the width of the outer adhesive ring 3 is smaller than the width of the extending edge 22, the extending edge 22 protrudes a little edge (see fig. 4 specifically) relative to the outer adhesive ring 3 when the outer adhesive ring 3 covers the extending edge 22, and the small edge not only can not enable a patient to easily tear down the device, but also is convenient for a clothing personnel to easily tilt the outer adhesive ring 3 and detach the whole detector 1 through the small edge when the patient needs to detach the device, so that the convenience of use is improved.

Referring to fig. 1 to 6, the inner layer of the detector body 11 has an adhesive part 111, the adhesive part 111 extends to the outside of the detector body 11 to form an extension connecting portion 112, it can be understood that the adhesive part 111 and the extension connecting portion 112 are a connecting structure attached to the detector 1, and the whole body is protruding, so that the package cover body 21 wraps the detector body 11 better, the package cover body 21 is provided with an extension wrapping portion 211 corresponding to the extension connecting portion 112, the extension wrapping portion 211 is formed by extending the package cover body 21 outwards, and the extension wrapping portion 211 corresponds to the outer contour of the extension connecting portion 112, thereby making the package cover body 21 more compact to package the detector body 11.

Referring to fig. 2-6, the magnetic fields in the nuclear magnetic field, the CT and the X-ray chamber affect the detector body 11 of the positionable continuous dynamic blood glucose monitor assembly 100, and it is clinically prescribed that the patient wearing the apparatus cannot enter the nuclear magnetic field, the CT and the X-ray chamber, however, the patient needs to wear the positionable continuous dynamic blood glucose monitor assembly 100 for a long time, so that the patient easily forgets to wear the apparatus by himself or herself and can enter the nuclear magnetic field, the CT and the X-ray chamber by mistake. In order to avoid the situation that the continuous dynamic blood glucose monitor assembly 100 capable of being positioned further comprises an alarm 5, the alarm 5 is used for sending an alarm, the alarm 5 is electrically connected with the positioner 4, the positioner 4 is used for sending position information and receiving and sending signals, the positioner 4 can monitor the position information of a patient at any time and remotely send the position information to the background, so that the position information of the patient is convenient to monitor, the loss of the detector body 11 is avoided, meanwhile, once the positioner 4 detects that the patient enters the region of the clinical laboratory such as nuclear magnetism, CT and X-ray room, the positioner 4 sends a signal to instruct the alarm 5 to alarm, the alarm 5 sounds to send an alarm sound, thereby achieving the effect of reminding the patient and family members of the patient, and avoiding the patient wearing the detector body 11 to enter the region of the clinical laboratory such as nuclear magnetism, CT and X-ray room. The locator 4 is a wireless locating device and is internally provided with a signal transceiver and miniature electronic power supply, the alarm 5 is a wireless loudspeaker, and the alarm 5 is internally provided with the signal transceiver and the miniature electronic power supply by sending out sound alarm.

Referring to fig. 2 to 6 in combination, in order to achieve the above-mentioned functions, in other embodiments, the positionable continuous dynamic blood glucose monitor assembly 100 further includes a magnetic sensor (not shown) disposed on the detector body 11, the magnetic sensor is used for sensing electromagnetic signals, the magnetic sensor is electrically connected with the alarm 5, when a patient enters into the region of the clinical laboratory such as nuclear magnetism, CT and X-ray room, the magnetic sensor will detect corresponding magnetic field signals, the magnetic sensor will send signals to instruct the alarm 5 to alarm, the alarm 5 sounds to make alarm sounds, thereby achieving the effect of reminding the patient and family members of the patient, and avoiding the patient wearing the detector body 11 to enter into the region of the clinical laboratory such as nuclear magnetism, CT and X-ray room.

Referring to fig. 2 to 6 in combination, in order to achieve the above-mentioned functions, in other embodiments, the positionable continuous dynamic blood glucose monitor assembly 100 further includes a signal transceiver (not shown) for receiving and transmitting signals from the alarm 5, the signal transceiver is mainly used for being installed at a gate of a corresponding department, and once the signal transceiver receives the signals of the positioner 4, the signal transceiver will send signals to instruct the alarm 5 to alarm, and the alarm 5 sounds to generate an alarm sound, thereby achieving the effect of reminding a patient and family members of the patient, and avoiding the patient wearing the detector body 11 to enter the region of the clinical laboratory such as nuclear magnetism, CT and X-ray room.

Referring to fig. 5 to 6 in combination, in other embodiments, the outer side of the wrapping body 21 is provided with a first storage bag 212 corresponding to the positioner 4, the positioner 4 is disposed in the first storage bag 212, and the first storage bag 212 is configured to facilitate the placement and removal of the positioner 4, so that the positioner 4 can be replaced according to practical situations, improving the convenience of use, and of course, a producer can directly dispose the positioner 4 in the first storage bag 212 (see fig. 5). The wrapping sleeve body 21 outside corresponds alarm 5 and is equipped with second storage bag 213, and alarm 5 embeds second storage bag 213, and the setting of second storage bag 213 can be convenient for put into and take out of alarm 5 to can change alarm 5 according to actual conditions, improve the convenience of using, of course, the producer also can directly arrange alarm 5 directly in second storage bag 213 promptly as an integral structure setting (see fig. 5). Referring to fig. 6, for example, each of the first storage bag 212 and the second storage bag 213 includes a pocket 214, a cover 215 and a detachable structure 216, the pocket 214 is disposed on the wrapping body, a receiving cavity (not shown) is disposed in the pocket 214, one side of the cover 215 is disposed on the wrapping body 21, the cover 215 opens or closes the opening of the receiving cavity through the detachable structure 216, and a producer can replace the first storage bag 212 and the second storage bag 213 with a clamping groove structure for receiving according to practical situations, so the utility model is not limited thereto. Preferably, the ventilation holes 217 for ventilation are formed in the wrapping sleeve body 21, and the ventilation holes 217 are arranged in a matrix, so that the overall ventilation property is improved, and the influence on the ventilation property due to wrapping is avoided. It is understood that the manufacturer may delete the ventilation holes 217, the first receiving bag 212 and the second receiving bag 213 as needed, and is not limited thereto.

The positionable continuous dynamic blood glucose monitor assembly 100 of the present utility model operates as follows:

medical personnel install detector body 11 on skin through the puncture, paste piece 111 paste in the inboard and the surface of detector body 11, the part that is located the surface is extension connecting portion 112, wrap up the cover body 21 outside detector body 11, extension edge 22 is equidistant setting outside cover body 21 and laminating on skin, every extension edge 22 is independent setting, medical personnel can adjust the position of single extension edge 22, after the adjustment, outer paste the circle 3 lid in the extension edge 22 of outside, because outer paste the circle 3 and be annular structure, outer paste the circle 3 covers all extension edges 22 just, outer paste the circle 3 part and paste with skin, outer paste the circle 3 part and be connected with extension edge 22, because skin is alternately with extension edge 22 and is connected with outer paste the circle 3, the stability of whole pasting is stronger like this. In the use process, the positioner 4 can monitor the position information of a patient constantly and remotely send the position information to the background, so that the position information of the patient is convenient to monitor, loss of the detector body 11 is avoided, medical staff is convenient to find the patient, meanwhile, once the positioner 4 detects that the patient enters the region of the clinical laboratory such as nuclear magnetism, CT and X-ray room, the positioner 4 sends a signal to instruct the alarm 5 to alarm, the alarm 5 sounds to give an alarm sound, the effect of reminding the patient and family members of the patient is achieved, and the patient is prevented from wearing the detector body 11 to enter the region of the clinical laboratory such as nuclear magnetism, CT and X-ray room.

Through combining detector 1, fixed cover 2, outer circle 3 and locator 4 etc. together, detector 1 includes interconnect's detector body 11 and probe portion 12, fixed cover 2 includes parcel cover body 21 and extension edge 22, parcel cover body 21 is located to locator 4, parcel cover body 21 is corresponding with the outline of detector body 11, so that parcel cover body 21 can coat outside detector body 11, the equipment itself of detector body 11 and probe portion 12 sets up to two parts, the design of parcel cover body 21 parcel only detector body 11 can be convenient for the separation of two parts under the special condition, extension edge 22 is by the outside extension of parcel cover body 21, outer circle 3 is cyclic annular structure and arrange along the outline of detector body 11, one side of outer circle 3 has the adhesive layer, outer circle 3 is pasted in order to make extension edge 22 can paste on the skin, namely, outer circle 3 covers when the extension edge 22 of outwards extending, outer circle 3 part is pasted with the skin, outer circle 3 part is connected with extension edge 22 and is the outside the extension edge 22 is alternately, thereby can be stronger than the whole setting up for the stability and is stronger than the actual position is compared with the extension edge 22, in addition, the whole position is more is independent for setting up. The positionable continuous dynamic blood glucose monitor assembly 100 provided by the present utility model also has the advantages of simple structure and convenient use.

The device structure and the drawings of the present utility model mainly describe the principle of the present utility model, and in terms of the technology of the design principle, the arrangement of the power mechanism, the power supply system, the control system, etc. of the device is not completely described, but the specific details of the power mechanism, the power supply system, and the control system thereof can be clearly known on the premise that those skilled in the art understand the principle of the present utility model.

The foregoing is only illustrative of the present utility model and is not to be construed as limiting the scope of the utility model, and all equivalent structures or equivalent flow modifications which may be made by the teachings of the present utility model and the accompanying drawings or by direct or indirect application in other related arts are included within the scope of the present utility model.

Claims (10)

1. The utility model provides a continuous dynamic blood sugar monitor subassembly that can fix a position, its characterized in that, includes detector, fixed cover, outer circle and locator of pasting, the detector includes interconnect's detector body and probe portion, fixed cover includes parcel cover body and extension edge, the locator is located parcel cover body, parcel cover body with the outline of detector body is corresponding, so that parcel cover body can coat outside the detector body, extension edge by parcel cover body outwards extends to form, outer circle of pasting is cyclic annular structure and follows the outline of detector body is arranged, one side of outer circle of pasting has the layer of pasting, outer circle of pasting is covered and is located on the extension edge so that the extension edge can paste on skin.

2. The positionable continuous dynamic blood glucose monitor assembly of claim 1, wherein a plurality of said extension edges are provided, a plurality of said extension edges being equally spaced along the outer contour of said monitor body.

3. The positionable continuous dynamic blood glucose monitor assembly of claim 2, wherein the width of the outer layer adhesive ring is less than or equal to the length of the extension edge.

4. The positionable continuous dynamic blood glucose monitor assembly of claim 1, wherein the inner layer of the monitor body has an adhesive member extending outwardly of the monitor body to form an extension connection, and wherein the wrap body has an extension wrap corresponding to the extension connection, the extension wrap being formed by the wrap body extending outwardly.

5. The positionable continuous dynamic blood glucose monitor assembly of claim 1, further comprising an alarm electrically connected to said locator, said locator for transmitting location information and receiving signals, said alarm for alerting.

6. The positionable continuous dynamic blood glucose monitor assembly of claim 5, further comprising a magnetic sensor disposed on said monitor body, said magnetic sensor for sensing electromagnetic signals, said magnetic sensor electrically connected to said alarm.

7. The positionable continuous dynamic blood glucose monitor assembly of claim 5, further comprising signal transceiving means for transceiving signals to said alarm.

8. The positionable continuous dynamic blood glucose monitor assembly of claim 5, wherein a first receiving pocket is provided on the outside of the wrap-around body corresponding to the positioner, the positioner is disposed in the first receiving pocket, a second receiving pocket is provided on the outside of the wrap-around body corresponding to the alarm, and the alarm is disposed in the second receiving pocket.

9. The positionable continuous dynamic blood glucose monitor assembly of claim 8, wherein the first receiving pocket and the second receiving pocket each comprise a pocket, a cover member and a removable structure, the pocket being disposed on the wrap body, the pocket having a receiving cavity therein, one side of the cover member being disposed on the wrap body, the cover member opening or closing an opening of the receiving cavity via the removable structure.

10. The positionable continuous dynamic blood glucose monitor assembly of claim 1, wherein the wrap body is provided with ventilation holes for ventilation, the ventilation holes being arranged in a matrix.