CN218075012U - Wearable electrocardiogram lead device for moving flat electrocardiogram lead detection - Google Patents
Wearable electrocardiogram lead device for moving flat electrocardiogram lead detection Download PDFInfo
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- CN218075012U CN218075012U CN202221407286.1U CN202221407286U CN218075012U CN 218075012 U CN218075012 U CN 218075012U CN 202221407286 U CN202221407286 U CN 202221407286U CN 218075012 U CN218075012 U CN 218075012U
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- buckle
- lead
- vest
- waistcoat
- electrode plates
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Abstract
The utility model discloses a wearable ECG lead device for ECG lead detection of a sports flat plate, which comprises a vest coat, a vest inner sleeve detachably connected with the vest coat and sleeved in the vest coat, and lead electrode plates arranged between the vest coat and the vest inner sleeve and respectively positioned at preset detection positions, wherein the vest inner sleeve is provided with through holes for the lead electrode plates to pass through corresponding to the preset detection positions; the waistcoat is an elastic corset, and/or the waistcoat is provided with a tightening device for tightening the waistcoat and the waistcoat inner sleeve on the body. The embodiment of the utility model can realize the lead of the lead electrode plate by wearing, and the operation is convenient; and the lead wire has good fixing effect during movement, and the quality of the lead image is better.
Description
Technical Field
The utility model relates to a medical treatment field, more specifically say, relate to a dull and stereotyped electrocardio of motion is led and is detected with wearing formula electrocardio device that leads.
Background
When the motion flat plate heart-conduction joint detection is carried out, the chest of a patient needs to be exposed in the process of connecting the lead electrode plates, and the operation is inconvenient for women. And the operation of connecting the connecting pieces to the detection point positions one by one is complicated. The existing conducting strip connection mode is influenced by clothing materials and easily influences image quality, and the moving of lead wires, lead electrode plates and the like during movement also influence the image quality.
SUMMERY OF THE UTILITY MODEL
The utility model discloses to the above-mentioned defect of prior art, provide a dull and stereotyped electrocardio of motion is led and is detected with wearing formula electrocardio device that leads.
The utility model provides a technical scheme that its technical problem adopted is: constructing a wearable electrocardio lead device for detecting a moving flat electrocardio lead, wherein the lead device comprises a waistcoat outer sleeve, a waistcoat inner sleeve which is detachably connected with the waistcoat outer sleeve and sleeved in the waistcoat outer sleeve, and lead electrode plates which are arranged between the waistcoat outer sleeve and the waistcoat inner sleeve and are respectively positioned at preset detection positions, and through holes for the lead electrode plates to pass through are arranged on the waistcoat inner sleeve corresponding to the preset detection positions; the waistcoat is an elastic corset, and/or the waistcoat is provided with a tightening device for tightening the waistcoat and the waistcoat inner sleeve on the body.
In the wearable electrocardiographic lead device for exercise flat electrocardiographic lead detection of the present invention, the vest inner sleeve is an elastic corset.
Dull and stereotyped electrocardio of motion lead and detect with wearing formula heart electricity lead device in, the electrode slice of leading includes: the medical vest comprises two first lead electrode plates arranged at clavicle positions on two sides, six second lead electrode plates arranged between the vest coat and respectively located at heart positions, and two third lead electrode plates arranged between the vest coat and respectively located at positions below ribs on two sides, wherein the first lead electrode plates, the second lead electrode plates and the third lead electrode plates are respectively provided with through holes for the first lead electrode plates, the second lead electrode plates and the third lead electrode plates to pass through.
In the wearable heart-to-electricity connector for exercise flat electrocardiographic lead detection, the shoulders on both sides of the vest sleeve are respectively provided with a first magic tape, the waist on both sides of the vest sleeve is respectively provided with a second magic tape, the shoulders on both sides of the vest sleeve are respectively provided with a third magic tape, the waist on both sides of the vest sleeve is respectively provided with a fourth magic tape, the first magic tape can be adhered with the third magic tape, and the second magic tape can be adhered with the fourth magic tape.
In the wearable electrocardiographic lead connection device for exercise flat electrocardiographic lead detection, the tightening device comprises a first elastic tightening belt connected with the first side waist back part of the vest, a second elastic tightening belt connected with the second side waist back part of the vest, a first clamping sleeve fixed at the end part of the first elastic tightening belt, and a first buckle fixed at the end part of the second elastic tightening belt, wherein the first buckle can be inserted into the first clamping sleeve for connection.
In the wearable heart conductance union device for exercise flat panel electrocardiograph lead detection, the tightening device further comprises a third elastic tightening strap connected to the first side shoulder of the vest, a fourth elastic tightening strap connected to the second side shoulder of the vest, a fifth elastic tightening strap connected to the first side rib of the vest, a sixth elastic tightening strap connected to the second side rib of the vest, a second buckle fixed to the end of the third elastic tightening strap, a third buckle fixed to the end of the fourth elastic tightening strap, a fourth buckle fixed to the end of the fifth elastic tightening strap, a fifth buckle fixed to the end of the sixth elastic tightening strap, and a second clamping sleeve for the second buckle, the third clamping sleeve, the fourth buckle and the fifth buckle to be inserted and connected simultaneously.
Dull and stereotyped electrocardio of motion lead detect with wearing formula heart electricity lead device in, this first buckle and first cutting ferrule are first schoolbag to be detained, this second buckle, third buckle, fourth buckle and fifth buckle and second cutting ferrule are second schoolbag to be detained.
Dull and stereotyped electrocardio of motion lead detect with wearing formula heart electricity lead device in, this first buckle, first cutting ferrule, second buckle, third buckle, fourth buckle, fifth buckle and second cutting ferrule are made by the plastic material.
Implement the utility model discloses a dull and stereotyped electrocardio of motion is led and is detected with wearing formula electrocardio device that leads has following beneficial effect: use the utility model discloses a dull and stereotyped electrocardio of motion is led and is detected with wearing formula electrocardio and lead the device time, can select the device that leads that corresponds the size according to the size to wear on one's body, and after dressing the completion, elasticity vest overcoat or tighten the device and tighten vest overcoat and vest endotheca in human upper part of the body, the electrode slice of leading hugs closely the human body respectively and corresponds the detection position, forms the connection of leading to human electrocardio inspection. The personnel wearing the lead device can carry out the flat-panel motion electrocardiogram detection, and the doctor analyzes the electrocardiogram change before, during and after the motion according to the selected motion scheme for judging the heart function. Meanwhile, when different patients wear the vest, the vest inner sleeves can be replaced, and the replaced vest inner sleeves can be cleaned, so that a better sanitary protection effect is achieved.
Drawings
The invention will be further explained with reference to the drawings and examples, wherein:
FIG. 1 is a schematic structural view of the wearable electrocardiographic lead device for electrocardiographic lead detection of a sports tablet according to the present invention;
fig. 2 is the exploded structure diagram of the wearable electrocardiogram lead device for the exercise flat electrocardiogram lead detection of the utility model.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, embodiments of the present invention will be described in further detail below with reference to the accompanying drawings.
As shown in fig. 1 and 2, the utility model discloses a dull and stereotyped electrocardio of motion leads and detects with wearing formula electrocardio and lead device first embodiment, this device 1 that leads includes vest overcoat 2, can dismantle with this vest overcoat 2 and be connected and the cover locate this vest overcoat 2 in vest overcoat 3, set up between this vest overcoat 2 and vest overcoat 3 and lie in respectively and predetermine the electrode slice of leading of detection position department, be equipped with the through-hole that supplies the electrode slice of leading to pass corresponding to predetermineeing detection position department on the vest overcoat 3. The vest coat 2 is an elastic corset and/or the vest coat 2 is provided with a tightening device for tightening the vest coat 2 and the vest inner sleeve 3 on the body.
Alternatively, the lead set 1 may be a 10 lead. The lead electrode plates comprise two first lead electrode plates 4 arranged at clavicle positions on two sides, six second lead electrode plates 5 arranged between the vest coat 2 and the vest liner 3 and respectively located at the heart position, and two third lead electrode plates 6 arranged between the vest coat 2 and the vest liner 3 and respectively located at positions below ribs on two sides, wherein through holes 7 for the first lead electrode plates 4, the second lead electrode plates 5 and the third lead electrode plates 6 to penetrate through are respectively formed in positions, located on the vest liner 3, of the first lead electrode plates 4, the second lead electrode plates 5 and the third lead electrode plates 6. It will be appreciated that the number of lead electrode pads and the detection location may also be adjusted according to other lead detection requirements, such as to allow the lead set to be used as a 12 lead. The location of the 12-lead test is known to those skilled in the art and will not be described further herein.
Use the utility model discloses a dull and stereotyped electrocardio of motion detects with wearing formula electrocardio device 1 that leads can select to correspond the size according to the size device 1 that leads to wear on one's body, and after dressing the completion, elasticity vest overcoat 2 or tighten the device and tighten vest overcoat 2 and vest endotheca 3 in human upper part of the body, human clavicle, heart and rib position are hugged closely respectively to first electrode piece 4 that leads, second electrode piece 5 that leads and third electrode piece 6 that leads, form the connection of leading to human electrocardio inspection. The person wearing the lead device 1 can perform electrocardiographic detection movements such as flat panel movements, and the doctor analyzes electrocardiographic changes before, during and after the movements according to the selected movement scheme to judge the heart function. Meanwhile, when different patients wear the vest, the vest inner sleeve 3 can be replaced, and the replaced vest inner sleeve 3 can be cleaned, so that a better sanitary protection effect is achieved.
Preferably, the waistcoat inner sleeve 3 is an elastic corset.
For being convenient for vest endotheca 3 and 2 dismouting connections of vest overcoat, 3 both sides shoulders of this vest overcoat are equipped with first magic subsides 8 respectively, and 3 both sides waists of this vest overcoat are equipped with second magic subsides 22 respectively, and 2 both sides shoulders of this vest overcoat are equipped with the third magic subsides respectively, and 2 both sides waists of this vest overcoat are equipped with the fourth magic subsides respectively, and this first magic subsides 8 can be pasted with this third magic, and this second magic subsides 22 can be pasted with this fourth magic.
Further, for better tighten the device 1 that leads in user's upper part of the body, this tighten the device include with the first elasticity lacing tape 9 of 2 first side waist back of this vest are connected, with the second elasticity lacing tape 10 of 2 second side waist back of this vest are connected, set firmly in the first cutting ferrule 11 of 9 tip of this first elasticity lacing tape, set firmly in the first buckle 12 of 10 tip of this second elasticity lacing tape, this first buckle 12 can insert to this first cutting ferrule 11 internal connections.
Furthermore, the tightening device further comprises a third elastic tightening strap 13 connected with the first side shoulder of the vest 2, a fourth elastic tightening strap 14 connected with the second side shoulder of the vest 2, a fifth elastic tightening strap 15 connected with the first side rib of the vest 2, a sixth elastic tightening strap 16 connected with the second side rib of the vest 2, a second buckle 17 fixedly arranged at the end of the third elastic tightening strap 13, a third buckle 18 fixedly arranged at the end of the fourth elastic tightening strap 14, a fourth buckle 19 fixedly arranged at the end of the fifth elastic tightening strap 15, and a fifth buckle 20 fixedly arranged at the end of the sixth elastic tightening strap 16, and the tightening device further comprises a second clamping sleeve 21 for allowing the second buckle 17, the third buckle 18, the fourth buckle 19 and the fifth buckle 20 to be inserted and connected simultaneously.
Specifically, the first buckle 12 and the first clip sleeve 11 are a first schoolbag buckle, and the second buckle 17, the third buckle 18, the fourth buckle 19, the fifth buckle 20 and the second clip sleeve 21 are a second schoolbag buckle.
Preferably, the first buckle 12, the first ferrule 11, the second buckle 17, the third buckle 18, the fourth buckle 19, the fifth buckle 20 and the second ferrule 21 are made of plastic materials.
It will be appreciated that the first elastic tightening strap 9, the second elastic tightening strap 10, the third elastic tightening strap 13, the fourth elastic tightening strap 14, the fifth elastic tightening strap 15 and the sixth elastic tightening strap 16 all extend from the back side of the vest garment 2 to the front side of the vest garment 2.
The above only is the embodiment of the present invention, not limiting the patent scope of the present invention, all the equivalent structures or equivalent processes that are used in the specification and the attached drawings or directly or indirectly applied to other related technical fields are included in the patent protection scope of the present invention.
Claims (8)
1. A wearable electrocardio lead device for detecting a moving flat electrocardio lead is characterized by comprising a waistcoat outer sleeve, a waistcoat inner sleeve which is detachably connected with the waistcoat outer sleeve and sleeved in the waistcoat outer sleeve, lead electrode plates which are arranged between the waistcoat outer sleeve and the waistcoat inner sleeve and are respectively positioned at preset detection positions, and through holes for the lead electrode plates to pass through are arranged on the waistcoat inner sleeve corresponding to the preset detection positions; the waistcoat is an elastic body-shaping coat, and/or a tightening device for tightening the waistcoat outer sleeve and the waistcoat inner sleeve on the body is arranged on the waistcoat outer sleeve.
2. The wearable electrocardiographic lead device for detecting exercise flat electrocardiographic lead according to claim 1, wherein the vest inner sleeve is an elastic corset.
3. The wearable electrocardiogram lead device for moving flat electrocardiogram lead detection according to claim 1, wherein the lead electrode sheet comprises: the medical vest comprises two first lead electrode plates arranged at clavicle positions on two sides, six second lead electrode plates arranged between the vest coat and respectively located at heart positions, and two third lead electrode plates arranged between the vest coat and respectively located at positions below ribs on two sides, wherein the first lead electrode plates, the second lead electrode plates and the third lead electrode plates are respectively provided with through holes for the first lead electrode plates, the second lead electrode plates and the third lead electrode plates to pass through.
4. The wearable electrocardiographic lead device for exercise flat electrocardiographic lead detection according to claim 1, wherein the shoulders on both sides of the vest liner are respectively provided with a first magic tape, the waists on both sides of the vest liner are respectively provided with a second magic tape, the shoulders on both sides of the vest liner are respectively provided with a third magic tape, the waists on both sides of the vest liner are respectively provided with a fourth magic tape, the first magic tape can be adhered to the third magic tape, and the second magic tape can be adhered to the fourth magic tape.
5. The wearable electrocardiograph lead device for testing exercise flat electrocardiograph lead according to claim 1, wherein the tightening device comprises a first elastic tightening strap connected to the first side of the waistback of the vest, a second elastic tightening strap connected to the second side of the waistback of the vest, a first sleeve fixed to the end of the first elastic tightening strap, and a first buckle fixed to the end of the second elastic tightening strap, and the first buckle is inserted into the first sleeve and connected thereto.
6. The wearable electrocardiograph lead device for detecting exercise flat electrocardiograph lead according to claim 5, wherein the tightening device further comprises a third elastic tightening strap connected to the first side shoulder of the vest, a fourth elastic tightening strap connected to the second side shoulder of the vest, a fifth elastic tightening strap connected to the first side rib of the vest, a sixth elastic tightening strap connected to the second side rib of the vest, a second buckle fixed to the end of the third elastic tightening strap, a third buckle fixed to the end of the fourth elastic tightening strap, a fourth buckle fixed to the end of the fifth elastic tightening strap, and a fifth buckle fixed to the end of the sixth elastic tightening strap, and the tightening device further comprises a second clamping sleeve for the second buckle, the third buckle, the fourth buckle, and the fifth buckle to be inserted and connected simultaneously.
7. The wearable electrocardiogram lead device for detecting the exercise flat electrocardiogram lead of claim 6, wherein the first buckle and the first card sleeve are a first schoolbag buckle, and the second buckle, the third buckle, the fourth buckle, the fifth buckle and the second card sleeve are a second schoolbag buckle.
8. The wearable electrocardiogram lead device for detecting the exercise flat electrocardiogram lead of claim 7, wherein the first buckle, the first clip sleeve, the second buckle, the third buckle, the fourth buckle, the fifth buckle and the second clip sleeve are all made of plastic material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221407286.1U CN218075012U (en) | 2022-05-30 | 2022-05-30 | Wearable electrocardiogram lead device for moving flat electrocardiogram lead detection |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221407286.1U CN218075012U (en) | 2022-05-30 | 2022-05-30 | Wearable electrocardiogram lead device for moving flat electrocardiogram lead detection |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218075012U true CN218075012U (en) | 2022-12-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202221407286.1U Active CN218075012U (en) | 2022-05-30 | 2022-05-30 | Wearable electrocardiogram lead device for moving flat electrocardiogram lead detection |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN218075012U (en) |
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2022
- 2022-05-30 CN CN202221407286.1U patent/CN218075012U/en active Active
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