CN208659357U - A kind of Anti-wind cardiac diagnosis lead-line component and electrocardiograph device - Google Patents
A kind of Anti-wind cardiac diagnosis lead-line component and electrocardiograph device Download PDFInfo
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- CN208659357U CN208659357U CN201721246073.4U CN201721246073U CN208659357U CN 208659357 U CN208659357 U CN 208659357U CN 201721246073 U CN201721246073 U CN 201721246073U CN 208659357 U CN208659357 U CN 208659357U
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Abstract
The utility model discloses a kind of Anti-wind cardiac diagnosis lead-line component and electrocardiograph device, conducting wire includes intermediate junction box and the main cables set on intermediate three side of junction box, first group of conducting wire and second group of conducting wire；First group of conducting wire includes the first limb leads line, the second limb leads line and the first chest leads line group；Second group of conducting wire includes third limb leads line, the 4th limbs conducting wire and the second chest leads line group；Electrocardiograph device then includes above-mentioned Anti-wind cardiac diagnosis lead-line component.Intermediate junction box triangular in shape is arranged in the utility model, convenient for first group of conducting wire, second group of conducting wire and main cables to be connected to three sides of intermediate junction box, to reduce the probability that the first limb leads line of first group of conducting wire, the third limb leads line of the second limb leads line and second group of conducting wire, the 4th limbs conducting wire and main cables are wound, the conducting wire for also avoiding the conducting wire and second group of conducting wire of first group of conducting wire is wound.
Description
Technical field
The utility model relates to technical field of medical equipment, more particularly, to a kind of Anti-wind cardiac diagnosis lead-line component and
Electrocardiograph device.
Background technique
Currently, hospital, which carries out electrocardiogram, surveys one point that 12 lead cardiac diagnosis lead-line used by detection is largely conventional
The electrocardio 12 lead line of ten structures, the pattern conducting wire are easy tangled up and knotted when reusing for a long time.Authorization Notice No. is
The Chinese utility model patent of CN204169843U discloses a kind of antiwind structure of lead cable, passes through one collecting cassette of setting
(cable concentrator), by dividing cable RL and the second limbs to divide cable LL that collecting cassette side is arranged the first limbs, and third limbs divide cable
RA and the 4th limbs divide cable LA that the collecting cassette other side is arranged, and can prevent the first limbs from dividing cable RL, the second limbs point to a certain degree
Cable LL, third limbs divide cable RA and the 4th limbs to divide between cable LA mutually to wind.But in practical application, due to
One limbs divide cable RL and the second limbs that cable LL and third limbs is divided to divide cable RA and the 4th limbs that cable LA is divided to be located at collecting cassette heteropleural,
Improve the inconvenience of operation and lead, and for the ease of its connection then unavoidably need to increase the first limbs divide cable RL and
Second limbs divide cable LL length, and which increase the costs of product；And which increase the first limbs, and cable RL, the second limbs to be divided to divide cable LL
It is wound in probability together with main cables, is unfavorable for improving convenience and detection efficiency that electrocardiogram surveys detection.
Utility model content
The purpose of the utility model is to overcome above-mentioned technical deficiencies, propose a kind of Anti-wind cardiac diagnosis lead-line component,
12 lead cardiac diagnosis lead-line in the prior art is solved easily to occur to wind and cause the Discussing Convenience and detection efficiency of Electrocardiography
Low technical problem.
To reach above-mentioned technical purpose, the technical solution of the utility model provides a kind of Anti-wind cardiac diagnosis lead-line group
Part including intermediate junction box triangular in shape and is respectively arranged at the main cables of three side of intermediate junction box, first group of lead
Line and second group of conducting wire；First group of conducting wire includes the first limbs for being all connected to the intermediate junction box wherein side
Conducting wire, the second limb leads line and the first chest leads line group；Second group of conducting wire includes being all connected to the centre point
The third limb leads line, the 4th limbs conducting wire and the second chest leads line group of the wire box wherein other side.
Meanwhile the utility model also provides a kind of electrocardiograph device comprising above-mentioned Anti-wind cardiac diagnosis lead-line
Component.
Compared with prior art, an intermediate junction box triangular in shape is arranged in the utility model, convenient for leading first group
On line, second group of conducting wire and main cables are connected to three sides of intermediate junction box, to reduce first group of conducting wire
First limb leads line, the third limb leads line of the second limb leads line and second group of conducting wire, the 4th limbs conducting wire with
The probability that main cables are wound, the conducting wire for also avoiding the conducting wire and second group of conducting wire of first group of conducting wire twine
Around.
Detailed description of the invention
Fig. 1 is the attachment structure schematic diagram of the Anti-wind cardiac diagnosis lead-line component of the utility model.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
As shown in Figure 1, the utility model provides a kind of electrocardiograph device comprising electrocardiograph and and electrocardiograph
The Anti-wind cardiac diagnosis lead-line component of connection can be connect by Anti-wind cardiac diagnosis lead-line component with human body to realize people
The Electrocardiography of body.
Wherein, Anti-wind cardiac diagnosis lead-line component includes equipment end plug 1, intermediate junction box 2,3, first groups of main cables
Conducting wire 4 and second group of conducting wire 5, intermediate junction box 2 is settable triangular in shape, the shell setting of specially intermediate junction box 2
It is triangular in shape, and the pinboard of intermediate junction box 2 is then built in its shell, existing routine can be used in the pinboard of the present embodiment
Setting, in order to connect and be preferred with first group of conducting wire 4 and second group of conducting wire 5.3, first groups of conducting wires 4 and second of main cables
Group conducting wire 5 is connected to three sides of intermediate junction box 2, to avoid 3, first groups of conducting wires 4 of main cables and second group is led
Cable between on line 5 is wound.One end setting equipment end plug 1 of main cables 3 connects, and the other end of main cables 3 is in
Between 2 one middle side part of junction box connect, equipment end plug 1 be used for and electrocardiograph grafting.Wherein, the clad of main cables 3 and
It is connected in the middle part of one connection wall 21, inner core then passes through the first connection wall 21 and connect with the pinboard of intermediate junction box 2.
The shape of the intermediate junction box 2 of the present embodiment is preferably arranged to isosceles triangle, first group of conducting wire 4 and
Two groups of conducting wires 5 are symmetrically disposed on two waist sides of the intermediate junction box 2, and main cables 3 are then connected to intermediate junction box 2
In the middle part of bottom side, it can extend in the same direction convenient for first group of conducting wire 4 and second group of conducting wire 5 and then be set on human body,
Be conducive to first group of conducting wire 4 and second group of conducting wire 5 is set to the convenience operated when human body.
First group of conducting wire 4 described in the present embodiment includes the first limbs for being connected to the intermediate junction box 2 wherein side
Conducting wire 41, the second limb leads line 42 and the first chest leads line group 43；Second group of conducting wire 5 wraps secondary be connected in described
Between the wherein other side of junction box 2 third limb leads line 51, the 4th limbs conducting wire 52 and the second chest leads line group 53.Its
In, the first limb leads of the present embodiment line 41 is that human body right upper extremity is led, and the second limb leads line 42 is that human body left upper extremity is led, third
Limb leads line 51 is that human body right lower extremity is led, and the 4th limbs conducting wire 52 is then led for human body left lower extremity, and the first chest leads line group
43 and second chest leads line group 53 then be used for chest leads, for the ease of upper and lower extremities, the chest leads with human body, first limbs are led
On line 41, the second limb leads line 42 and the first chest leads line group 43 are wherein set gradually side in the intermediate junction box 2, this
In embodiment, the first limb leads line 41 is arranged close to main cables 3, namely close to the bottom side of intermediate junction box 2, the first chest leads
Line group 43 is arranged along the direction far from main cables 3, namely close to the top of intermediate junction box 2, the second limb leads line 42 then position
Between the first limb leads line 41 and the first chest leads line group 43；The third limb leads line 51, the 4th limbs conducting wire
52 and second chest leads line group 43 wherein set gradually the other side in the intermediate junction box 2, in the present embodiment, third limbs are led
On line 51 is arranged close to main cables 3, namely close to the bottom side of junction box, the second chest leads line group 43 is along the side far from main cables 3
To setting, namely close to the top of junction box, the 4th limbs conducting wire 52 is then located at third limb leads line 51 and the second chest is led
Between on line group 53, it will not intersect between each cable when can guarantee with Electrocardiography.Wherein, when intermediate junction box 2
When for isosceles triangle, the first limb leads line 41, the second limb leads line 42 and the first chest leads line group 43 are connected to centre
One waist side of junction box 2, and third limb leads line 51, the 4th limbs conducting wire 52 and the second chest leads line group 53 are then connected to
Another waist side of intermediate junction box 2.It is understood that being the needs of practical application, the first chest leads line group 43 can also be set
Be placed between the first limb leads line 41 and the second limb leads line 42, can reduce the first limb leads line 41 and between second
The probability wound between limb leads line 42, corresponding second chest leads line group 53 are then set to third limb leads line 51
And the 4th between limbs conducting wire 52, can reduce the probability of third limb leads line 51 and the winding of the 4th limbs conducting wire 52.
First chest leads line group 43 described in the present embodiment includes the first chest leads separated time that one end is connected to intermediate junction box 2
Cable 431, the first chest leads deconcentrator 432 being connect with 431 other end of the first chest leads separated time cable and with first chest leads
Three the first chest leads lines 433 that deconcentrator 432 connects；The second chest leads line group 53 includes that one end is connected to intermediate separated time
Second chest leads separated time cable 531 of box 2, the second chest leads deconcentrator 532 being connect with 531 other end of the second chest leads separated time cable
And three the second chest leads lines 533 being connect with the second chest leads deconcentrator 532.The present embodiment the first chest leads line group 43
It is essentially identical with the structure and the prior art of the second chest leads line group 53, but the shape of junction box 2 is substantially among the present embodiment
It is triangular in shape, and the first chest leads separated time cable 431 of the first chest leads line group 43 and the second chest of the second chest leads line group 53 are led
Connection separated time cable 531 is then separately connected the two sides of intermediate junction box 2, can avoid the first chest leads line group 43 and second to a certain degree
Chest leads line group 53 is wound, and is respectively corresponded and be set to convenient for three the first chest leads lines 433 and three the second chest leads lines 533
The corresponding position of human body avoids occurring to intersect dislocation.
In order to avoid the first limb leads line 41, the second limb leads line 42, the first chest leads separated time cable 431, third limb
It is wound between body conducting wire 51, the 4th limbs conducting wire 52 and the second chest leads separated time cable 531, the first limb leads line
41, the second limb leads line 42, the first chest leads separated time cable 431, third limb leads line 51, the 4th limbs conducting wire 52 and
Junction box 2 is far from 3 one end of main cables towards the middle for the connecting pin of two chest leads separated time cables 531 and intermediate junction box 2, and first
Limb leads line 41, the second limb leads line 42, the first chest leads separated time cable 431, third limb leads line 51, the 4th limbs are led
The connecting pin of on line 52 and the second chest leads separated time cable 531 and intermediate junction box 2 is substantially in divergent shape arrangement.Specifically, first
The connecting pin of chest leads separated time cable 431 and the second chest leads separated time cable 531 and intermediate junction box 2, which is generally in, to be arranged in parallel, and
The connecting pin of first limb leads line 41 and the second limb leads line 42 and intermediate junction box 2 is substantially parallel, third limb leads
The connecting pin of line 51 and the 4th limbs conducting wire 52 and intermediate junction box 2 is substantially parallel, and the second limb leads line 42 and centre
One 30~60 ° of folder is formed between the connecting pin of junction box 2 and third limb leads line 51 and the connecting pin of intermediate junction box 2
Angle.It is corresponding, connecting pin and the 4th limbs conducting wire 52 and the intermediate separated time of third limb leads line 51 and intermediate junction box 2
Also with one 30~60 ° of angle between the connecting pin of box 2.It may make the first limb leads line 41, the second limb leads line
42, the first chest leads separated time cable 431, third limb leads line 51, the 4th limbs conducting wire 52 and the second chest leads separated time cable 531
Connecting pin with intermediate junction box 2 is substantially in divergent shape, which obviate winding between two neighboring cable, and even if is occurred
Then winding can gently shake, the first limb leads line after winding by opposite 3 one end of main cables of intermediate junction box 2 upward
41, the second limb leads line 42, the first chest leads separated time cable 431, third limb leads line 51, the 4th limbs conducting wire 52 and
Two chest leads separated time cables 531 can spread out automatically in gravity.And in order to guarantee the first limb leads line 41, the second limbs
Conducting wire 42, the first chest leads separated time cable 431, third limb leads line 51, the 4th limbs conducting wire 52 and the second chest leads point
There is preferable divergence, the above-mentioned angle of the present embodiment is preferably arranged to 45 ° between cable 531.
Since the setting of intermediate junction box 2 of the present embodiment is in isosceles triangle, thus main cables 3 may be configured as being connected to it is described
It is arranged in the middle part of intermediate 2 bottom side of junction box and along the bottom side middle line direction of the intermediate junction box 2, and the first chest leads separated time
The connecting pin of cable 431 and the second chest leads separated time cable 531 and intermediate junction box 2 is each parallel to the main cables 3.Moreover, in order to
Convenient for the first limb leads line 41, the second limb leads line 42, the first chest leads separated time cable 431, third limb leads line 51,
The connection of four limbs conducting wires 52 and the second chest leads separated time cable 531 and intermediate junction box 2, the intermediate junction box 2 of the present embodiment
Three sides be in outer convex.
In practical application, for the ease of differentiating the first limb leads line 41, the second limb leads line 42, the first chest leads
Line group 43, third limb leads line 51, the 4th limbs conducting wire 52 and the second chest leads line group 53, the first limbs of the present embodiment are led
The identical setting of length of on line 41 and the second limb leads line 42, and third limb leads line 51 and the 4th limbs conducting wire 52
The identical setting of length, while the first limb leads line 41 is shorter in length than third limb leads line 51, can avoid upper limb body and leads
Line and lower limb body wires cross misplace, and then cause entirely to detect positional fault, and can be convenient for each limbs conducting wire of accurate judgement
It can be connected position corresponding with human body limb and chest respectively with chest leads line, guarantee the agility and accuracy of detection.
Specific embodiment of the present utility model described above does not constitute the restriction to scope of protection of the utility model.
Any other various changes and modifications that any technical concept according to the present utility model is made should be included in practical
In novel scope of protection of the claims.
Claims (10)
1. a kind of Anti-wind cardiac diagnosis lead-line component, which is characterized in that set including intermediate junction box triangular in shape and respectively
It is placed in main cables, first group of conducting wire and the second group of conducting wire of three side of intermediate junction box；First group of conducting wire packet
Include the first limb leads line, the second limb leads line and the first chest leads line for being all connected to the intermediate junction box wherein side
Group；Second group of conducting wire includes being all connected to the intermediate junction box wherein the third limb leads line of the other side, the 4th
Limb leads line and the second chest leads line group.
2. Anti-wind cardiac diagnosis lead-line component according to claim 1, which is characterized in that first limb leads
Line, the second limb leads line and the first chest leads line group are wherein set gradually side in the intermediate junction box；The third limb
Body conducting wire, the 4th limbs conducting wire and the second chest leads line group are wherein set gradually the other side in the intermediate junction box.
3. Anti-wind cardiac diagnosis lead-line component according to claim 2, which is characterized in that the first limb leads line
Main cables setting is close to third limb leads line；The first chest leads line group is with the second chest leads line group along separate
The direction of the main cables is arranged.
4. Anti-wind cardiac diagnosis lead-line component according to claim 2 or 3, which is characterized in that the intermediate junction box
In isosceles triangle, first group of conducting wire and second group of conducting wire are symmetrically disposed on two waists of the intermediate junction box
Side.
5. Anti-wind cardiac diagnosis lead-line component according to claim 4, which is characterized in that the first chest leads line group
First for being connected to the first chest leads separated time cable of intermediate junction box including one end, being connect with the first chest leads separated time cable other end
Chest leads deconcentrator and three the first chest leads lines being connect with the chest leads deconcentrator；The second chest leads line group includes
One end is connected to the second chest leads separated time cable of intermediate junction box, the first chest connecting with the second chest leads separated time cable other end is led
Connection deconcentrator and three the first chest leads lines being connect with the chest leads deconcentrator.
6. Anti-wind cardiac diagnosis lead-line component according to claim 5, which is characterized in that one end of the main cables connects
It is connected in the middle part of the intermediate junction box bottom side and is arranged along the bottom side middle line extending direction of the intermediate junction box, the main cables
The other end be arranged equipment end plug.
7. Anti-wind cardiac diagnosis lead-line component according to claim 5, which is characterized in that the first chest leads separated time
The connecting pin of cable and the second chest leads separated time cable and intermediate junction box is each parallel to the main cables, the first limb leads line
It is arranged in parallel with the connecting pin of the second limb leads line and intermediate junction box and itself and the first chest leads separated time cable and centre separated time
30~60 ° of angle is formed between the connecting pin of box.
8. Anti-wind cardiac diagnosis lead-line component according to claim 2, which is characterized in that the first limb leads line
It is arranged close to the main cables, the first chest leads line group setting is led in the first limb leads line and second limbs
Between on line.
9. the Anti-wind cardiac diagnosis lead-line component according to claim 2 or 8, which is characterized in that the third limbs are led
On line is arranged close to the main cables, and the second chest leads line group is arranged in the third limb leads line and the four limbs
Between body conducting wire.
10. a kind of electrocardiograph device, which is characterized in that including any Anti-wind electrocardio of the claims 1~9
Conducting wire component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721246073.4U CN208659357U (en) | 2017-09-27 | 2017-09-27 | A kind of Anti-wind cardiac diagnosis lead-line component and electrocardiograph device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721246073.4U CN208659357U (en) | 2017-09-27 | 2017-09-27 | A kind of Anti-wind cardiac diagnosis lead-line component and electrocardiograph device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208659357U true CN208659357U (en) | 2019-03-29 |
Family
ID=65819432
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721246073.4U Active CN208659357U (en) | 2017-09-27 | 2017-09-27 | A kind of Anti-wind cardiac diagnosis lead-line component and electrocardiograph device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208659357U (en) |
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2017
- 2017-09-27 CN CN201721246073.4U patent/CN208659357U/en active Active
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