CN201752410U - Coiling and uncoiling device of electrocardiogram lead wire - Google Patents

Coiling and uncoiling device of electrocardiogram lead wire Download PDF

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Publication number
CN201752410U
CN201752410U CN2010206279805U CN201020627980U CN201752410U CN 201752410 U CN201752410 U CN 201752410U CN 2010206279805 U CN2010206279805 U CN 2010206279805U CN 201020627980 U CN201020627980 U CN 201020627980U CN 201752410 U CN201752410 U CN 201752410U
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CN
China
Prior art keywords
line
lead
chest
winder
mentioned
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN2010206279805U
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Chinese (zh)
Inventor
曾欣
谭学瑞
谢金莲
王伟
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First Affiliated Hospital of Shantou University Medical College
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First Affiliated Hospital of Shantou University Medical College
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Priority to CN2010206279805U priority Critical patent/CN201752410U/en
Application granted granted Critical
Publication of CN201752410U publication Critical patent/CN201752410U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

A coiling and uncoiling device of electrocardiogram lead wire is characterized in that: the coiling and uncoiling device of electrocardiogram lead wire comprises a lead wire branch box, a chest lead wire reel, an upper limb lead wire reel and a lower limb lead wire reel; the chest lead wire reel, the upper limb lead wire reel and the lower limb lead wire reel are respectively provided in the lead wire branch box; the lead wire branch box is provided with a total wire outlet, a chest lead wire outlet, an upper limb lead wire outlet and a lower limb lead wire outlet; ten lead wires of an electrocardiograph are placed in the lead wire branch box; one end of each of the ten lead wires extends to outside of the lead wire branch box and is electrically connected with the electrocardiograph; in the ten lead wires, six lead wires, two upper limb lead wires and two lower limb lead wires are respectively reeled on the respectively reels; the other end of each of the six lead wires, the two upper limb lead wires and the two lower limb lead wires extends to the outside of the lead wire branch box respectively through a respective wire outlet and are electrically connected with a respective lead electrode.

Description

A kind of electrocardiogram lead line draw off gear
Technical field
This utility model relates to a kind of draw off gear, more particularly, relates to a kind of electrocardiogram lead line draw off gear.
Background technology
At present, the electrocardiograph of the various models of clinical use generally comprises ten lines that lead, and above-mentioned ten lines that lead are divided into three groups, and wherein, one group is six roots of sensation chest lead line, and another group is two upper limb lines that lead, and the 3rd group is two inferior limb lead wires; One end of above-mentioned ten lines that lead all is electrically connected with electrocardiograph, in above-mentioned ten lines that lead, the other end of six roots of sensation chest lead line is electrically connected with chest crosslinking electrode respectively, the lead other end of line of two upper limb is electrically connected with the upper limb crosslinking electrode respectively, and the other end of two inferior limb lead wires is electrically connected with the inferior limb lead electrode respectively.
Since existing electrocardiograph lead line often and relatively concentrated, simultaneously, the length of existing its line that leads of electrocardiograph is also long, so, the line that leads of existing electrocardiograph twines easily, clenches, and this has brought inconvenience with regard to the use of giving electrocardiograph.When using electrocardiograph to carry out Electrocardioscopy, ten lines that lead agglomerating phenomenon of twining mutually, twist together often appears, and therefore, before carrying out Electrocardioscopy, must take a long time and make the line that leads in order, thereby have influence on medical personnel's work efficiency.
Summary of the invention
The technical problems to be solved in the utility model provides a kind of electrocardiogram lead line draw off gear, and this electrocardiogram lead line draw off gear can prevent the generation of phenomenon of twining mutually, twist together of the line that leads of electrocardiograph, thereby has improved medical personnel's work efficiency.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
A kind of electrocardiogram lead line draw off gear, it is characterized in that: comprise a diagnosis lead-line division box, a chest lead line winder, a upper limb lead line winder and an inferior limb lead wire winder, lead line winder and inferior limb lead wire winder of above-mentioned chest lead line winder, upper limb is located in the diagnosis lead-line division box respectively; Above-mentioned diagnosis lead-line division box is provided with a total line outlet, a chest lead line line outlet, a upper limb lead line line outlet and an inferior limb lead wire line outlet;
Ten lines that lead of described electrocardiograph are placed in the diagnosis lead-line division box, and an end of ten lines that lead stretches out outside diagnosis lead-line division box and with electrocardiograph by total line outlet and is electrically connected; In above-mentioned ten lines that lead, six roots of sensation chest lead line is entangled on the chest lead line winder, and the other end of six roots of sensation chest lead line stretches out outside diagnosis lead-line division box and with chest crosslinking electrode by chest lead line line outlet and is electrically connected; Two upper limb line that leads is entangled in upper limb and leads on the line winder, and the lead other end of line of two upper limb stretches out outside diagnosis lead-line division box and with the upper limb crosslinking electrode and is electrically connected by the upper limb line line outlet that leads; Two inferior limb lead wires are entangled on the inferior limb lead wire winder, and the other end of two inferior limb lead wires stretches out outside diagnosis lead-line division box and with the inferior limb lead electrode by the inferior limb lead wire line outlet and is electrically connected.
The centrifugation that chest lead line line outlet, upper limb by diagnosis lead-line division box leads line line outlet and inferior limb lead wire line outlet, above-mentioned chest lead line, upper limb lead line, inferior limb lead wire respectively from diagnosis lead-line division box output and be in separate state, thereby have prevented to use the generation of wrapping phenomena when leading line; By chest lead line winder, upper limb lead line winder and inferior limb lead wire winder, can make chest lead line, upper limb lead line, inferior limb lead wire rolling, thus the generation that has prevented to deposit wrapping phenomena when leading line.
The lead reset key of line winder and the reset key of inferior limb lead wire winder of reset key, the upper limb of described chest lead line winder all is located on the side of diagnosis lead-line division box.
Lead line winder and inferior limb lead wire winder of above-mentioned chest lead line winder, upper limb is prior art, just be not described further the internal structure of above-mentioned winder at this, only the function of above-mentioned winder is done simple the introduction: when medical personnel pull at when leading line, winder will be emitted the line that leads automatically; When medical personnel press the reset key of winder, the winder line that will automatic winding leads.
As further improvement of the utility model: be connected with a total sleeve pipe on described total line outlet, an end of its ten lines that lead of electrocardiograph is placed in total sleeve pipe; Be connected with three fens lug on the above-mentioned chest lead line line outlet, above-mentioned six roots of sensation chest lead line is placed in three fens lugs, and this three fens lugs are divided into three groups with six roots of sensation chest lead line, and two chest lead lines are one group, twines preventing; Above-mentioned upper limb leads and is connected with two fens lug on the line line outlet, and above-mentioned two upper limb line that leads is placed in two fens lugs, and this two fens lugs lead line separately with two upper limb, twines preventing; Be connected with two fens lug on the above-mentioned inferior limb lead wire line outlet, above-mentioned two inferior limb lead wires are placed in two fens lugs, and this two fens lugs lead line separately with two upper limb, twine preventing.
Further improve as of the present utility model: be connected with a small casing respectively on three line outlets of described three minutes lugs.Six roots of sensation chest lead line further can be divided into three groups by above-mentioned three small casings, there are two chest lead lines in each group, thereby the chest lead line is further segmented, and has further prevented the generation of chest lead line wrapping phenomena.
Be provided with dividing plate in the described diagnosis lead-line division box, aforementioned barriers is divided into a chest lead line storage line chamber, a upper limb lead line storage line chamber and an inferior limb lead wire storage line chamber with the inside of diagnosis lead-line division box, above-mentioned chest lead line storage line chamber, upper limb lead, and line stores up the line chamber and inferior limb lead wire storage line chamber all is communicated with total line outlet, above-mentioned chest lead line storage line chamber is communicated with chamber chest lead line line outlet, above-mentioned upper limb line storage line chamber and the upper limb line line outlet that leads that leads is communicated with, and above-mentioned inferior limb lead wire stores up the line chamber and is communicated with the inferior limb lead wire line outlet; Above-mentioned chest lead line winder is located at chest lead line storage line intracavity, and the above-mentioned upper limb line winder that leads is located at the upper limb line storage line intracavity that leads, and above-mentioned inferior limb lead wire winder is located at inferior limb lead wire storage line intracavity.
This utility model beneficial effect against existing technologies is:
This utility model can be divided into the line that leads many groups, each group line that leads is separate, separately, the generation of phenomenon thereby the line that prevents from effectively to lead in use twines, twists together, by use of the present utility model, need not spended time and make the line that leads in order, and this utility model can also be realized the quick retractable of leading line, therefore, this utility model can improve medical personnel's work efficiency.Simultaneously,, can make chest lead line, upper limb lead line, inferior limb lead wire rolling by chest lead line winder, upper limb lead line winder and inferior limb lead wire winder, thus the generation that has prevented to deposit wrapping phenomena when leading line.
In addition, this utility model also has advantages such as simple in structure, reasonable in design, easy to operate.
Below in conjunction with the drawings and specific embodiments this utility model is described further.
Description of drawings
Accompanying drawing is the structural representation of this utility model preferred embodiment.
The specific embodiment
As shown in drawings, the electrocardiogram lead line draw off gear in this preferred embodiment comprises a diagnosis lead-line division box 1, chest lead line winder 2, a upper limb lead line winder 3 and an inferior limb lead wire winder 4; Be provided with dividing plate 11 in the above-mentioned diagnosis lead-line division box 1, aforementioned barriers 11 is divided into a chest lead line storage line chamber 12, a upper limb lead line storage line chamber 13 and an inferior limb lead wire storage line chamber 14 with the inside of diagnosis lead-line division box 1;
Above-mentioned diagnosis lead-line division box 1 is provided with a total line outlet 15, chest lead line line outlet 20, a upper limb lead line line outlet 30 and an inferior limb lead wire line outlet 40; Be connected with a total sleeve pipe 16 on above-mentioned total line outlet 15, be connected with three fens lug 21 on the above-mentioned chest lead line line outlet 20, above-mentioned upper limb leads and is connected with two fens lug 31 on the line line outlet 30, be connected with two fens lug 41 on the above-mentioned inferior limb lead wire line outlet 40, be connected with a small casing 22 respectively on three line outlets of above-mentioned three minutes lugs 21;
Above-mentioned chest lead line storage line chamber 12, upper limb lead, and line stores up line chamber 13 and inferior limb lead wire storage line chamber 14 all is communicated with total line outlet 15, above-mentioned chest lead line storage line chamber 12 is communicated with chamber chest lead line line outlet 20, above-mentioned upper limb line storage line chamber 13 and the upper limb line line outlet 30 that leads that leads is communicated with, and above-mentioned inferior limb lead wire stores up line chamber 14 and is communicated with inferior limb lead wire line outlet 40;
Above-mentioned chest lead line winder 2 is located in the chest lead line storage line chamber 12, and the above-mentioned upper limb line winder 3 that leads is located at upper limb and leads in the line storage line chamber 13, and above-mentioned inferior limb lead wire winder 4 is located in the inferior limb lead wire storage line chamber 14;
The lead reset key 03 of line winder 3 and the reset key 04 of inferior limb lead wire winder 4 of reset key 02, the upper limb of above-mentioned chest lead line winder 2 all is located on the side of diagnosis lead-line division box 1;
Ten lines 5 that lead of above-mentioned electrocardiograph are placed in the diagnosis lead-line division box 1, and an end of ten lines 5 that lead stretches out outside diagnosis lead-line division box 1, also is electrically connected with electrocardiograph through total sleeve pipe 16 backs by total line outlet 15; In above-mentioned ten lines 5 that lead, six roots of sensation chest lead line 6 is entangled on the chest lead line winder 2, the other end of six roots of sensation chest lead line 6 stretch out outside diagnosis lead-line division box 1 by chest lead line line outlet 20 and be electrically connected through three fens lugs 21 and small casing 22 back chest crosslinking electrodes; Two upper limb line 7 that leads is entangled in upper limb and leads on the line winder 3, and the lead other end of line 7 of two upper limb stretches out outside diagnosis lead-line division box 1 and through two fens lug 31 backs and is electrically connected with the upper limb crosslinking electrode by the upper limb line line outlet 30 that leads; Two inferior limb lead wires 8 are entangled on the inferior limb lead wire winder 4, and the other end of two inferior limb lead wires 8 stretches out outside diagnosis lead-line division box 1 and through two fens lug 41 backs by inferior limb lead wire line outlet 40 and is electrically connected with the inferior limb lead electrode.
When carrying out Electrocardioscopy, medical personnel only need pull at the line that leads, and winder will be emitted the line that leads automatically; Chest lead line line outlet 20 by diagnosis lead-line division box 1, lug 21 in three minutes, small casing 22, the upper limb line line outlet 30 that leads, lug 31 in two minutes, the centrifugation of inferior limb lead wire line outlet 40 and two fens lugs 41, above-mentioned chest lead line 6, the upper limb line 7 that leads, inferior limb lead wire 8 is divided into a plurality of groups, be in separate state from diagnosis lead-line division box output respectively then, thereby the line that prevents from effectively to lead in use twines, the generation of kink phenomenon, by use of the present utility model, need not spended time and make the line that leads in order, and, this utility model can also be realized the quick receipts of leading line, put, therefore, this utility model can improve medical personnel's work efficiency;
After electrocardiogram inspection inspection finishes, reset key 02, the upper limb that medical personnel press chest lead line winder 2 the lead reset key 03 of line winder 3 or the reset key 04 of inferior limb lead wire winder 4, the winder line that will automatic winding leads, thereby the generation that has prevented to deposit wrapping phenomena when leading line.
The above is preferred embodiment of the present utility model only, is not to be used for limiting practical range of the present utility model; Be all equivalents of being done according to claim scope of the present utility model, be claim scope of the present utility model and cover.

Claims (5)

1. electrocardiogram lead line draw off gear, it is characterized in that: comprise a diagnosis lead-line division box, a chest lead line winder, a upper limb lead line winder and an inferior limb lead wire winder, lead line winder and inferior limb lead wire winder of above-mentioned chest lead line winder, upper limb is located in the diagnosis lead-line division box respectively; Above-mentioned diagnosis lead-line division box is provided with a total line outlet, a chest lead line line outlet, a upper limb lead line line outlet and an inferior limb lead wire line outlet;
Ten lines that lead of described electrocardiograph are placed in the diagnosis lead-line division box, and an end of ten lines that lead stretches out outside diagnosis lead-line division box and with electrocardiograph by total line outlet and is electrically connected; In above-mentioned ten lines that lead, six roots of sensation chest lead line is entangled on the chest lead line winder, and the other end of six roots of sensation chest lead line stretches out outside diagnosis lead-line division box and with chest crosslinking electrode by chest lead line line outlet and is electrically connected; Two upper limb line that leads is entangled in upper limb and leads on the line winder, and the lead other end of line of two upper limb stretches out outside diagnosis lead-line division box and with the upper limb crosslinking electrode and is electrically connected by the upper limb line line outlet that leads; Two inferior limb lead wires are entangled on the inferior limb lead wire winder, and the other end of two inferior limb lead wires stretches out outside diagnosis lead-line division box and with the inferior limb lead electrode by the inferior limb lead wire line outlet and is electrically connected.
2. electrocardiogram lead line draw off gear according to claim 1 is characterized in that: the lead reset key of line winder and the reset key of inferior limb lead wire winder of reset key, the upper limb of described chest lead line winder all is located on the side of diagnosis lead-line division box.
3. electrocardiogram lead line draw off gear according to claim 1 is characterized in that: be connected with a total sleeve pipe on described total line outlet, an end of its ten lines that lead of electrocardiograph is placed in total sleeve pipe; Be connected with three fens lug on the above-mentioned chest lead line line outlet, above-mentioned six roots of sensation chest lead line is placed in three fens lugs; Above-mentioned upper limb leads and is connected with two fens lug on the line line outlet, and above-mentioned two upper limb line that leads is placed in two fens lugs; Be connected with two fens lug on the above-mentioned inferior limb lead wire line outlet, above-mentioned two inferior limb lead wires are placed in two fens lugs.
4. electrocardiogram lead line draw off gear according to claim 3 is characterized in that: be connected with a small casing respectively on three line outlets of described three minutes lugs.
5. electrocardiogram lead line draw off gear according to claim 1, it is characterized in that: be provided with dividing plate in the described diagnosis lead-line division box, aforementioned barriers is divided into a chest lead line storage line chamber with the inside of diagnosis lead-line division box, a upper limb leads, and line stores up the line chamber and an inferior limb lead wire stores up the line chamber, above-mentioned chest lead line storage line chamber, upper limb leads, and line stores up the line chamber and inferior limb lead wire storage line chamber all is communicated with total line outlet, above-mentioned chest lead line storage line chamber is communicated with chamber chest lead line line outlet, above-mentioned upper limb line storage line chamber and the upper limb line line outlet that leads that leads is communicated with, and above-mentioned inferior limb lead wire stores up the line chamber and is communicated with the inferior limb lead wire line outlet; Above-mentioned chest lead line winder is located at chest lead line storage line intracavity, and the above-mentioned upper limb line winder that leads is located at the upper limb line storage line intracavity that leads, and above-mentioned inferior limb lead wire winder is located at inferior limb lead wire storage line intracavity.
CN2010206279805U 2010-11-29 2010-11-29 Coiling and uncoiling device of electrocardiogram lead wire Expired - Fee Related CN201752410U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2010206279805U CN201752410U (en) 2010-11-29 2010-11-29 Coiling and uncoiling device of electrocardiogram lead wire

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2010206279805U CN201752410U (en) 2010-11-29 2010-11-29 Coiling and uncoiling device of electrocardiogram lead wire

Publications (1)

Publication Number Publication Date
CN201752410U true CN201752410U (en) 2011-03-02

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN2010206279805U Expired - Fee Related CN201752410U (en) 2010-11-29 2010-11-29 Coiling and uncoiling device of electrocardiogram lead wire

Country Status (1)

Country Link
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102349828A (en) * 2011-10-13 2012-02-15 纳龙(苏州)信息技术有限公司 Electrocardiogram lead error correction method
CN102551702A (en) * 2012-01-09 2012-07-11 莱芜钢铁集团有限公司医院 Electrocardiograph lead storage device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102349828A (en) * 2011-10-13 2012-02-15 纳龙(苏州)信息技术有限公司 Electrocardiogram lead error correction method
CN102551702A (en) * 2012-01-09 2012-07-11 莱芜钢铁集团有限公司医院 Electrocardiograph lead storage device

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C17 Cessation of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20110302

Termination date: 20111129