TWI837041B - Adhesive pad of aed trainer - Google Patents

Abstract

The present invention relates to an adhesive pad of AED trainer, including: an adhesive pad body having one side provided with a recessed portion, wherein an edge of the recessed portion which is adjacent to the side is provided with a first blocking wall, and a blocking portion is formed with the first blocking wall toward the side; a clip fixture unit detachably and elastically fixed to the adhesive pad body, wherein the clip fixture unit includes a clip body, two pressing members, and a connector, an opening on one side of the clip body is formed with two clamping ends for elastically clamping, an outer edge of each clamping end is provided with two inserting holes, each pressing member has one end being formed with two inserting rods for being movably inserted into the corresponding two inserting holes, respectively, and a pressing arm is formed on the other end of each pressing member. According to the present invention, the adhesive pad body is prevented from being broken and therefore a service life of the adhesive pad of an AED trainer is prolongated.

Description

AED trainer patch structure

The present invention relates to a patch combination structure that can be used in an AED trainer to prevent patch breakage and damage.

Currently, AEDs (Automated External Defibrillator) are installed in public places such as general stations, airports, schools, and shopping malls. They are used to rescue patients with sudden cardiac arrest by electric shock. Although AEDs are very convenient to set up, not everyone can use them. Therefore, they need to be trained with an AED trainer so that they can operate them skillfully in an emergency.

Common AED trainer structures include, for example, Patent No. I612503 "Heart Defibrillator Trainer and Training Method Thereof" announced on January 21, 2018 in the Republic of China. It discloses: comprising: a main body, a transmission unit, a speaker unit and a processing unit, wherein the main body includes at least one operating component. The present invention also provides a training method using the above-mentioned heart defibrillator trainer: a storage device is connected to the main body, and a specific start command is input using the aforementioned operating component, and then the processing unit receives the start command and reads a specific segment of a voice prompt message in the storage device that is relative to the start command, and then controls the speaker unit to play the specific segment of the voice prompt message corresponding to the start command. By reading different storage devices, the operation steps of the defibrillator can be issued in different languages, or the voices of different brands of defibrillators can be issued.

And there is the new patent case No. M611144 "AED training device" announced on May 1, 2010. It is disclosed that it includes: a body, the body is a square body; a power supply device, the power supply device is arranged on one side of the body; a patch insertion hole, the patch insertion hole is arranged on the body On a surface close to the power supply device; a switch, the switch is arranged on the surface away from the patch insertion hole; a start button, the start button is arranged on the surface between the patch insertion hole and the switch ; A mode switching button, the mode switching button is arranged on the surface of the start button relative to the indicator light and the pattern layer; At least one indicator light and at least one pattern layer, the indicator light and the pattern layer are arranged on on the surface on the other side of the start button; and a voice switching device, which is disposed on the other side of the body relative to the power supply device.

The patents can provide AED trainers for training. However, the patch combination structure commonly used at present, as shown in Figures 8 and 9, is mainly that a fixing hole A1 is opened on a patch A, and then a protrusion A4 of a fixing piece A3 of a wire A2 is passed through the fixing hole A1, and then the fixing piece A3 and a fixing cover A5 are screwed and fixed by screws A6, so that the wire A2 can be connected to the patch A by the combination of the fixing piece A3 and the fixing cover A5. However, when trainees need to remove the patch A from the dummy during training, they usually pull the wire A2 directly to tear off the patch A. Therefore, when pulling the fixing piece A3, the protrusion A4 of the fixing piece A3 will easily cause the fixing hole A1 to expand, or even rupture, causing the fixing piece A3 and the fixing cover A5 to fall off and separate from the patch A, thus being damaged. Therefore, it is not ideal in use.

Therefore, in view of the above-mentioned shortcomings of the patch combination structure of the current AED trainer, the present invention provides a patch structure of an AED trainer, comprising: a patch body, one side of which is provided with a groove, the groove is provided with a first baffle near the side, and the first baffle forms a blocking portion toward the side; a clamp unit, which is detachably elastically clamped and fixed to the patch body, and the clamp unit comprises There is a clamping body, two pressing parts and a wire. The opening on one side of the clamping body is formed with two elastically clamped clamping ends, and the opposite outer sides of the clamping ends are formed with two plug holes. The pressing part is formed with two plug rods, and the two plug rods are movably inserted into the two plug holes. The other end of the pressing part is formed with a pressing handle, and the wire is connected to the clamping body.

The above-mentioned groove is configured as a U-shape.

The first baffle is formed with a gradually rising blocking portion toward the side.

A second retaining wall is provided at the periphery of the above-mentioned groove away from the side.

The groove is sunken between the first baffle, the blocking portion and the second baffle.

The blocking portion is concavely provided with a notch adjacent to the side edge.

The above-mentioned clip is a piece of elastic body that is bent into a triangle.

The clamp body is provided with a through hole on the other side of the two clamping ends, and one end of the wire is inserted into the through hole to form a fixing portion to prevent the wire from being separated from the clamp body.

The opposite outer surfaces of the clamping end are bent in opposite directions to form the two insertion holes.

One end of the above-mentioned pressing member is bent to form the two plug rods.

According to the above technical characteristics, it has the following advantages:

1. The clamping end of the clamp body can be clamped and fixed in the groove without loosening and separating at will. Once the wire is pulled directly, the clamping force of the clamp body can be used to fix the clamp body in the groove. It is not easy to slip in this groove.

2. Even when the tension of the wire is greater than the clamping force of the clip, when the clip moves toward the side, it will be blocked by the first baffle and the blocking portion around the groove, so that the clip will not slip or pull the patch body to cause rupture and damage, so as to ensure that the patch body can remain intact under long-term use and extend the service life of the patch body.

3. Use one end of the wire to penetrate into the through hole to form a fixed part, so that the fixed part can be accommodated in the gap of the patch body without causing obstruction, and it can also prevent the wire from being separated from the clip body .

1: Patch body

11: Side

12: Groove

13:The first retaining wall

14: Blocking part

15:Second retaining wall

16: Gap

2: Fixture unit

21: Clamp

211: Clamping end

212: Socket

213:Through hole

22: Pressing parts

221:insert rod

222: Press handle

23: Conductor wire

231: Fixed part

A: Patches

A1: Fixing hole

A2: Wire

A3:Fixers

A4: Boss

A5: Fixed cover

A6:Screw

B:Dummy

[The first figure] is an exploded perspective view of an embodiment of the present invention.

[The second figure] is an enlarged schematic diagram of the groove, the first retaining wall, and the second retaining wall according to the embodiment of the present invention.

[The third figure] is a schematic diagram of pressing the handle to open the clamping end according to the embodiment of the present invention.

[Figure 4] is a schematic diagram of the clamping end of the embodiment of the present invention aligned with the groove.

[The fifth figure] is a schematic diagram of the clamping end clamped and fixed in the groove according to the embodiment of the present invention.

[Figure 6] is a schematic diagram of the completed combination of the embodiment of the present invention.

[Figure 7] is a schematic diagram of the patch body fitting on the dummy according to the embodiment of the present invention.

[Figure 8] is a three-dimensional appearance diagram of the patch combination structure of the AED trainer.

[Figure 9] is a cross-sectional view of the patch assembly structure of the AED trainer.

Please refer to the first and second figures, the embodiment of the present invention includes: a patch body 1 and a clamp unit 2, wherein:

The patch body 1 has a U-shaped groove 12 on one side 11. The groove 12 is provided with a first baffle 13 near the periphery of the side 11. The first baffle 13 forms a gradually rising blocking portion 14 toward the side 11. The groove 12 is provided with a second baffle 15 away from the periphery of the side 11, so that the groove 12 is sunken between the first baffle 13, the blocking portion 14 and the second baffle 15. The blocking portion 14 is provided with a notch 16 adjacent to the side 11.

The clamp unit 2 is detachably elastically clamped and fixed to the patch body 1 . The clamp unit 2 includes a clamp body 21 , two pressing parts 22 and a wire 23 . The clip body 21 is a piece of elastic body that is bent into a triangle. The opening on one side of the clip body 21 is formed with two elastically clamped clamping ends 211. The opposite outer surfaces of the clamping ends 211 are formed with The two jacks 212 are bent in opposite directions. In addition, the clamp body 21 is provided with a through hole 213 on the other side of the two clamping ends 211 . One end of the pressing member 22 is bent to form two inserting rods 221 . The two inserting rods 221 are movably inserted into the two inserting holes 212 . The other end of the pressing member 22 is formed with a pressing handle 222. By pressing the pressing handle 222 of the two pressing members 22 relative to each other, force can be exerted on the two pressing members 22 relative to each other. The clamp body 21 forms a lever effect to press the two clamping ends 211 to open relative to each other. Since the present invention is implemented in conjunction with an AED training device for simulation training, the wire 23 does not need to have any substantial signal connection or electrical connection with the clamp unit 2 and the patch body 1 . Therefore, one end of the conductor 23 is inserted into the through hole 213 and then tied with a tight knot to form a fixed part 231; or the one end of the conductor 23 is folded back and then put on a sleeve, which can also form the fixed part. part 231; or the one end of the conductor 23 is clamped or tied to an object to form the fixed part 231, as long as the diameter of the fixed part 231 is larger than the through hole 213 to prevent the conductor 23 from being clamped Body 21 can be detached.

When assembled, as shown in the first, second and third figures, first, press the pressing handles 222 of the two pressing members 22 of the clamp unit 2, and use the two pressing handles 222 to fit relative to each other and form a lever effect at the same time, so that the two plug rods 221 at the other end of the pressing member 22 can elastically support the two clamping ends 211 in the two insertion holes 212, and then the opening formed by the elastic opening of the two clamping ends 211 can be aligned with the groove 12 of the patch body 1 (as shown in the fourth figure). Then release the two pressure handles 222 and stop applying force. Use the elastic restoring force of the clamp body 21 to clamp and fix the two clamping ends 211 in the groove 12 (as shown in the fifth and sixth figures) without loosening and separating at will. Then, the two plug rods 221 of the two pressure members 22 are elastically taken out from the two plug holes 212 to separate the two pressure members 22 from the clamp body 21. At the same time, the fixing part 231 of the wire 23 can be accommodated in the notch 16 of the patch body 1 without causing any obstruction. In this way, the assembly can be completed quickly, so that the clamp body 21 and the wire 23 can be fixed on the patch body 1.

When simulating the operation of the AED trainer, as shown in the first, sixth and seventh pictures, you only need to fit the two patch bodies 1 to the corresponding positions on a dummy B. When it is necessary to When the dummy B tears off the patch body 1, once the conductor 23 is directly pulled, since the conductor 23 is fixed on the clip body 21, the conductor 23 transmits a pulling force to the clip body 21, and the clip body 21 21 is elastically clamped and fixed to the groove 12 of the patch body 1, and the clamping force generated by the clip body 21 allows the clip body 21 to be fixed in the groove 12 without slipping easily. Even if the pulling force is greater than the clamping force, when the clip body 21 moves toward the side 11 , it will be blocked by the first blocking wall 13 and the blocking portion 14 around the groove 12 , causing the clip body 21 to move toward the side 11 . 21 will not slip or pull the patch body 1 to cause rupture and damage. Therefore, the patch body 1 cannot be removed by pulling, but the patch body 1 can only be torn directly from the dummy B. Therefore, the patch body 1 will not be damaged by pulling the wire 23 , thereby ensuring that the patch body 1 remains intact under long-term use, thereby extending the service life of the patch body 1 .

Combined with the description of the above embodiments, the operation, use and effects of the present invention can be fully understood. However, the above embodiments are only preferred embodiments of the present invention and cannot be used to limit the scope of implementation of the present invention. In other words, simple equivalent changes and modifications made according to the scope of the patent application and the content of the invention description are all within the scope of the present invention.

1: Patch body

11: Side

12: Groove

13:The first retaining wall

14: Blocking part

15: The second barrier

16: Gap

2: Clamp unit

21:Clamp body

211: Clamping end

212:Jack

213:Through hole

22: Pressure parts

221:insert rod

222: Press handle

23:Wire

231:Fixed part

Claims (10)

A patch structure of an AED training device, including: a patch body, one side of which is provided with a groove, and the groove is provided with a first retaining wall at its periphery close to the side, and the first retaining wall faces The side is formed with a blocking portion; a clamp unit is detachably elastically clamped and fixed to the patch body. The clamp unit includes a clamp body, two pressing parts and a wire. The opening on one side of the clamp body Two clamping ends are formed with elastic clamping, and two insertion holes are formed on the opposite outer surfaces of the clamping ends. The pressing member is formed with two insertion rods, and the two insertion rods are movable and correspondingly inserted into the two insertion holes. The other end of the pressing member is formed with a pressing handle, and the wire is combined with the clip body. As in the patch structure of the AED trainer of claim 1, the groove is designed to be in a U-shape. The patch structure of the AED trainer of claim 1, wherein the first blocking wall is formed with a blocking portion that is gradually higher toward the side. The patch structure of the AED trainer according to claim 1, wherein a second retaining wall is provided on the edge of the groove away from the side. As in the patch structure of the AED trainer of claim 4, the groove is sunken between the first baffle, the blocking portion and the second baffle. As in the patch structure of the AED trainer of claim 1, wherein the blocking portion is concavely provided with a notch adjacent to the side edge. Such as the patch structure of the AED training device of claim 1, wherein the clip system is an elastic body that is bent into a triangle. As in the patch structure of the AED trainer of claim 1, a through hole is provided on the other side of the clip relative to the two clamping ends, and one end of the wire is inserted into the through hole to form a fixing portion to prevent the wire from being separated from the clip. As in the patch structure of the AED trainer of claim 1, the outer side surfaces opposite to the clamping end are bent in the opposite direction to form the two sockets. The patch structure of the AED training device of claim 1, wherein one end of the pressing member is respectively bent to form the two inserting rods.

Images