CN108309283A - Electrocardiogram lead wire and electrocardiograph movable operation platform - Google Patents
Electrocardiogram lead wire and electrocardiograph movable operation platform Download PDFInfo
- Publication number
- CN108309283A CN108309283A CN201810126885.8A CN201810126885A CN108309283A CN 108309283 A CN108309283 A CN 108309283A CN 201810126885 A CN201810126885 A CN 201810126885A CN 108309283 A CN108309283 A CN 108309283A
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- China
- Prior art keywords
- lead wire
- wire
- cable
- electrocardiograph
- limb
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Classifications
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/24—Detecting, measuring or recording bioelectric or biomagnetic signals of the body or parts thereof
- A61B5/30—Input circuits therefor
- A61B5/303—Patient cord assembly, e.g. cable harness
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/24—Detecting, measuring or recording bioelectric or biomagnetic signals of the body or parts thereof
- A61B5/316—Modalities, i.e. specific diagnostic methods
- A61B5/318—Heart-related electrical modalities, e.g. electrocardiography [ECG]
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B50/00—Containers, covers, furniture or holders specially adapted for surgical or diagnostic appliances or instruments, e.g. sterile covers
- A61B50/10—Furniture specially adapted for surgical or diagnostic appliances or instruments
- A61B50/13—Trolleys, e.g. carts
Abstract
The invention discloses electrocardiogram lead wire, including multicore cable, multicore cable one end is connected with connection-peg, and the other end has separated the first two-core cable, the second two-core cable and six conductor cable；First two-core cable end has separated two upper limb conducting wires, and upper limb conducting wire end is connected with upper limb and checks electrode, and upper limb conducting wire winder is equipped on two upper limb conducting wires；Second two-core cable end has separated two inferior limb lead wires, and inferior limb lead wire end is connected with lower limb and checks electrode, and inferior limb lead wire winder is equipped on two inferior limb lead wires；Six conductor cable end has separated six roots of sensation chest leads line, and chest leads line end is connected with chest and checks electrode, and chest leads coil of wire line device is equipped on every chest leads line.The invention also discloses electrocardiograph movable operation platform, including mobile handcart, the electrocardiogram lead wire of instrument mounting table and the present invention is provided on mobile handcart.Structure of the invention is succinct, is not easy to wind, is easy to use.
Description
Technical field
The invention belongs to the accessories of medical ECG examination equipment, concretely relate to electrocardiogram lead wire and the heart
Electrograph machine movable operation platform, belongs to medical apparatus equipment technical field.
Background technology
Then existing electrocardiogram lead wire separates as shown in figure 3, it is the multicore cable 2 drawn by connection-peg 1
More branch's conducting wires (including after two upper limb conducting wires, 8, two inferior limb lead wires 9 and six roots of sensation chest leads line 10, then connect respectively
It connects respective inspection electrode (including upper limb checks that electrode 11, lower limb check that electrode 12 and chest check electrode 13) and forms.Its point
Branch line is more, and length is typically no less than 60 centimetres.In use, more branch's conducting wires, which need to separate, can just be connected on subject
Body surface, because by checking that electrode is influenced, branch's conducting wire is particularly easy to be intertwined, separately time-consuming, laborious, and is operating
When, after the color mark that each branch's conducting wire distal end need to be differentiated one by one, it just can determine that the position being placed on patient body, thus
Operate it is very inconvenient, be easy therefore be delayed the crucial opportunity to give emergency treatment to a patient.And how unordered at random, fragile something lost when usually placing
It loses.
Authorization Notice No. is that the Chinese patent of CN201752380U discloses a kind of electrocardiogram lead wire draw off gear, is wrapped
Include a diagnosis lead-line division box, a chest leads coil of wire line device, a upper limb conducting wire winder and an inferior limb lead coil of wire
Line device, chest leads coil of wire line device and upper and lower limb conducting wire winder are respectively provided in diagnosis lead-line division box；On diagnosis lead-line division box
If there are one total line outlet, a chest leads line line outlet, a upper limb conducting wire line outlet and an inferior limb lead wire outlets
Mouthful；Ten conducting wires of electrocardiograph are placed in diagnosis lead-line division box, and one end of ten conducting wires is stretched out by total line outlet
It is electrically connected outside diagnosis lead-line division box and with electrocardiograph；In ten conducting wires, six roots of sensation chest leads line, two upper limb conducting wires,
Two inferior limb lead wires are entangled in respectively on respective winder, and six roots of sensation chest leads line, two upper limb conducting wires, two lower limb are led
The other end of on line is stretched out outside diagnosis lead-line division box by respective line outlet and is electrically connected with respective crosslinking electrode.
Although technique for fixing scheme can partly solve the above problem in the patent, new ask is introduced again
Topic --- since all conducting wires will be finally accommodated in a diagnosis lead-line division box, thus it requires diagnosis lead-line division box
It is sufficiently bulky, and then the volume and weight of conducting wire totality is caused to increase, suitable for application on mobile electrocardiograph.
The common electrocardiograph of Hospitals at Present is than older relatively cumbersome Medical Devices, such as desk-top electrocardiogram mostly
Machine or electro cardio signal workstation.Desk-top electrocardiograph or electro cardio signal workstation inconvenience movement, it is more inconvenient that electrocardiogram (ECG) data is acquired by bed.
In order to overcome the problems referred above, the Cardiotron for occurring lightweight now, using when be placed on movement push away
Che Shang can be moved very easily, convenient for acquiring electrocardiogram (ECG) data in patient bedside.But the conducting wire used in this electrocardiograph
It is still the form of traditional ten conducting wires dispersion, is difficult to make in order in use, make troubles to inspection, when placement cannot be fine
Storage, be easily damaged.And the electrocardiogram lead wire draw off gear that Authorization Notice No. is CN201752380U is there are volume and again
Big problem is measured, storage, storage are inconvenient, are also not suitable for the electrocardiograph applied to lightweight.
Invention content
It is an object of the present invention to overcome the shortcomings of the prior art and provide a kind of electrocardiogram lead wire and electrocardiograms
Machine movable operation platform, the electrocardiogram lead wire have it is simple for structure, be not easy to wind, be easy to use, non-damageable
Advantage；The electrocardiograph movable operation platform uses above-mentioned electrocardiogram lead wire, has and is moved easily, saves and deposit
The advantages of between emptying.
First purpose of the present invention is realized by the following technical solution：
Electrocardiogram lead wire, including a multicore cable, described multicore cable one end are connected with connection-peg, and the other end is point
Zhi Duan, it is characterised in that：The branch end of the multicore cable has separated the first two-core cable, the second two-core cable and six cores electricity
Cable；The end of first two-core cable has separated two upper limb conducting wires, and the end of upper limb conducting wire is connected with upper limb inspection
Electrode is equipped with upper limb conducting wire winder on two upper limb conducting wires；The end of second two-core cable has separated two
Inferior limb lead wire, the end of inferior limb lead wire are connected with lower limb and check electrode, and inferior limb lead is equipped on two inferior limb lead wires
Coil of wire line device；The end of the six conductor cable has separated six roots of sensation chest leads line, and the end of chest leads line is connected with chest and checks electrode,
Chest leads coil of wire line device is equipped on every chest leads line.
As being further improved for the electrocardiogram lead wire, the end of first two-core cable is received equipped with the first two-chamber
There are two chambers, two upper limb conducting wire winders to be separately positioned on the first two-chamber winding box for wire box, the first two-chamber winding box
Two chambers in；The end of second two-core cable is equipped with the second two-chamber winding box, and there are two the second two-chamber winding box tools
Chamber, two inferior limb lead wire winders are separately positioned in the two chambers of the second two-chamber winding box；The six conductor cable
End is equipped with six chamber winding box, and for six chamber winding box tool there are six chamber, six chest leads coil of wire line devices are separately positioned on six chambers receipts
In six chambers of wire box.
As being further improved for the electrocardiogram lead wire, the branch end of the multicore cable is equipped with terminal box, this connects
There are the first female, the second female and third female, first two-core cable, the second two-core cable and six cores in wire box
The head end of cable is respectively provided with the first male plug of the first female grafting, for second with the second female grafting
Male plug and for the third male plug with third female grafting.
Second object of the present invention is realized by the following technical solution：
Electrocardiograph movable operation platform, including mobile handcart are provided with instrument mounting table on the mobile handcart
And electrocardiogram lead wire, it is characterised in that：The electrocardiogram lead wire uses above-mentioned electrocardiogram lead wire.
As being further improved for the movable operation platform, the instrument mounting table is equipped with for the heart described in rest
The mechanical arm of electrograph conducting wire.
As being further improved for the movable operation platform, the mechanical arm includes large arm and claw, described big
Arm one end is connect with instrument mounting table, and the large arm other end is connected to the claw for rest electrocardiogram lead wire.
As being further improved for the movable operation platform, it is additionally provided with including at least between the large arm and claw
The linking arm group of a piece linking arm, the connection that linking arm group one end passes through locking with the one end of large arm far from operating platform
Component is hinged, and the linking arm group other end is hinged with the claw also by the connecting elements of locking, the company in linking arm group
When to connect arm be two or more, the connecting elements that more linking arms head and the tail sequentially pass through locking is hinged.
As being further improved for the movable operation platform, instrument mounting table side is equipped with horizontal sliding bar, institute
State and be provided with sliding block on horizontal sliding bar, sliding block be equipped with for by slider locks in the lock-screw on horizontal sliding bar；The cunning
Block is equipped with montant hole, be fitted in montant hole can vertical adjustment and the adjusting montant that is locked, on the adjusting montant
End is hinged with described large arm one end by the connecting elements of locking.
As being further improved for the movable operation platform, on the adjusting montant, large arm, linking arm and claw
The end being hinged is needed to be equipped with installation through-hole, the connecting elements of the locking includes hollow tension shaft, the first frustum, second
Frustum, connection bolt and handwheel, the hollow tension shaft are installed in installation through-hole, are opened in an axial direction on the outer wall of hollow tension shaft
Equipped with a perforation joint-cutting, the both ends of the endoporus of hollow tension shaft are set as bellmouth, and first frustum, the second frustum are set respectively
It sets inside the both ends of hollow tension shaft endoporus, the first frustum is opposite with the proper face of the microcephaly of the second frustum, is set on the first frustum
There are forward screw thread hole, the second frustum to be equipped with reverse thread through-hole, described connection bolt one end connects after running through reverse thread through-hole
It is connected in forward screw thread hole, the other end is installed with handwheel.
As being further improved for the movable operation platform, the instrument mounting table is fixedly mounted on the top of a column
End, is provided with storage box on column；Column lower end is connected chassis, and the bottom on chassis is equipped with the castor of strap brake；Instrument is placed
The side of platform is equipped with from the bottom edge of the side to the curved slab extended obliquely far from instrument mounting table direction, the curved slab with
The placing groove being gradually reduced from up to down that is open together is constituted between instrument mounting table.
Compared with prior art, the present invention having the following advantages that：
1), electrocardiogram lead wire of the invention using when be not easy to wind, simplify the operation for differentiating conducting wire, facilitate province
When；And due to the length summation of each branch's conducting wire be less than existing electrocardiogram lead wire, material can have been saved.
2), electrocardiograph of the invention uses above-mentioned electrocardiogram lead wire with movable operation platform, when not in use
Easily electrocardiogram lead wire can be stored, when carrying out mobile handcart, will not as traditional electrocardiogram lead wire that
Sample is easy to be scattered and influence the normal walking of mobile handcart.
Description of the drawings
Fig. 1 is the structural schematic diagram of electrocardiogram lead wire of the present invention.
Fig. 2 is the portions the A structure enlargement diagram in Fig. 1.
Fig. 3 is the appearance assumption diagram of existing electrocardiogram lead wire.
Fig. 4 is the structural front view of electrocardiograph movable operation platform of the present invention.
Fig. 5 is the dimensional structure diagram of electrocardiograph movable operation platform of the present invention.
Fig. 6 is the structure sectional view of the connecting elements of locking in Fig. 4.
Reference sign：1- connection-pegs, 2- multicore cables, 3- branch ends, 4- terminal boxes, the first two-core cables of 5-, 6-
Second two-core cable, 7- six conductor cables, 8- upper limbs conducting wire, 9- inferior limb lead wires, 10- chest leads line, 11- upper limbs check electricity
Pole, 12- lower limb check that electrode, 13- chests check under electrode, 14- upper limb conducting wires winder, the first two-chambers of 15- winding box, 16-
Limb conducting wire winder, the second two-chambers of 17- winding box, 18- chest leads coils of wire line device, six chamber winding box of 19-, the first female plugs of 20-
Head, the first male plugs of 21-, the second females of 22-, the second male plugs of 23-, 24- thirds female, 25- thirds male plug, 26-
Instrument mounting table, 27- columns, 28- storage boxes, the chassis 29-, 30- horizontal sliding bars, 31- sliding blocks, 32- adjust montant, 33- large arm,
The hollow tension shaft of connecting elements, 34.1-, the first frustums of 34.2-, 34.2a- forward screw threads hole, the 34.3- second of 34- lockings
Frustum, 34.3a- reverse threads through-hole, 34.4- connections bolt, 34.5- handwheels, 35- linking arms, 36- claws, 37- curved slabs,
38- placing grooves, 39- castors.
Specific implementation mode
With reference to specific drawings and examples, the invention will be further described.
Embodiment 1
Embodiment 1 discloses a kind of electrocardiogram lead wire, as shown in Figure 1, the electrocardiogram lead wire includes a multicore electricity
Cable 2,2 one end of the multicore cable are connected with connection-peg 1, and the other end is branch end 3, and the branch end 3 has separated the first twin-core
Cable 5, the second two-core cable 6 and six conductor cable 7.
As shown in Figure 1, the end of first two-core cable 5 has separated two upper limb conducting wires 8, upper limb conducting wire 8
End is connected with upper limb and checks electrode 11, is equipped with upper limb conducting wire winder 14 on two upper limb conducting wires 8, two upper limbs are led
LA, RA label are respectively equipped on line winder 14；The end of second two-core cable 6 has separated two inferior limb lead wires 9,
The end of inferior limb lead wire 9 is connected with lower limb and checks electrode 12, and inferior limb lead wire winder is equipped on two inferior limb lead wires 9
16, N, F label are respectively equipped on two inferior limb lead wire winders 16；The end of the six conductor cable 7 has separated six roots of sensation chest and has led
On line 10, the end of chest leads line 10 are connected with chest and check electrode 13, and chest leads coil of wire line is equipped on every chest leads line 10
Device 18 is respectively equipped with V in six chest leads coil of wire line devices 181、V2、V3、V4、V5、V6Label.
So set, when not in use, upper limb conducting wire 8, inferior limb lead wire 9, chest leads line 10 are furled respectively in upper limb
Conducting wire winder 14, inferior limb lead wire winder 16, in chest leads coil of wire line device 18, when needing to carry out ECG examination,
Medical staff need to only pull out upper limb conducting wire 8, inferior limb lead wire 9 and chest leads line 10, you can upper limb is easily made to check electricity
Pole 11, lower limb check the correspondence proving position that electrode 12, chest check electrode 13 generally within patient.After inspection, the present invention
It can also realize that the quickly retracting of each branch's conducting wire, medical staff are improved without spending the time to make branch's conducting wire in order
Working efficiency.In every branch's conducting wire automatic retracted to respective winder, mutual winding problem was not only avoided the occurrence of, but also save
Parking space；And the length of upper limb conducting wire 8 in the present invention, inferior limb lead wire 9 and chest leads line 10 is all to combine clinic
Service condition designs, and the position that can extend to after pull-out is relatively fixed, and also simplifies the operation for differentiating each branch's conducting wire, into
One step improves work efficiency.
As shown in Figure 1, in the present embodiment, the end of first two-core cable 5 is equipped with the first two-chamber winding box 15, first
There are two-chamber winding box 15 two chambers, two upper limb conducting wire winders 14 to be separately positioned on the two of the first two-chamber winding box 15
In a chamber.The end of second two-core cable 6 is equipped with the second two-chamber winding box 17, and there are two the second two-chamber winding box 17 tools
Chamber, two inferior limb lead wire winders 16 are separately positioned in the two chambers of the second two-chamber winding box 17.The six cores electricity
The end of cable 7 is equipped with six chamber winding box 19, and there are six chamber, six chest leads coil of wire line devices 18 are set six chamber winding box 19 tool respectively
It sets in six chambers of six chamber winding box 19.So set, the degree of modularity of electrocardiogram lead wire can be further increased,
Avoid the winding problem of electrocardiogram lead wire.
As shown in Fig. 2, in the present embodiment, the branch end 3 of the multicore cable 2 is equipped with terminal box 4, has in the terminal box 4
First female 20, the second female 22 and third female 24, first two-core cable 5, the second two-core cable 6 and six cores
The head end of cable 7 is respectively provided with the first male plug 21 of 20 grafting of the first female, for being inserted with the second female 22
The second male plug 23 for connecing and for the third male plug 25 with 24 grafting of third female.So set, the first twin-core is electric
Cable 5, the second two-core cable 6 and six conductor cable 7 can decouple when not used, facilitate storage；And it ought wherein some damage
When, replacement can be corresponded to, is not necessarily to as conventional ECG conducting wire, once certain root branch conducting wire damage therein, it must
It all replaces, to which equipment cost be greatly saved.
In the present embodiment, the upper limb conducting wire winder 14, inferior limb lead wire winder 16 and chest leads coil of wire line device
18 may be used the existing device that can realize coiling function, such as be similar to the structure design of earphone cable winder.
Embodiment 2
Embodiment 2 discloses a kind of electrocardiograph movable operation platform, includes mainly moving as shown in Figure 4, Figure 5
Cart is moved, instrument mounting table 26 and electrocardiogram lead wire are provided on the mobile handcart【For convenience of displaying mobile handcart in figure
Structure, electrocardiogram lead wire omission be not shown】, the electrocardiogram lead wire is using the electrocardiogram lead wire in embodiment 1.Such as
This setting, due to the electrocardiogram lead wire in embodiment 1 have the advantages that it is simple for structure, be not easy to wind, easy to use, do not use
When can easily store, when carrying out mobile handcart, will not be easy to be scattered and shadow as traditional electrocardiogram lead wire
Ring the normal walking to mobile handcart.
In the present embodiment 2, the operating platform is equipped with the mechanical arm for electrocardiogram lead wire described in rest.So
Setting keeps patient's body week clean and tidy in use, making electrocardiogram lead wire hang on above patient by adjusting the position of mechanical arm
It is orderly not mixed and disorderly, it can easily carry out other medical treatment and nursing operations.
As shown in Figure 4, Figure 5, in the present embodiment 2, the mechanical arm is mainly by 36 groups of large arm 33, linking arm group and claw
At 33 one end of the large arm is connect with instrument mounting table 26, and 33 other end of large arm is connected to be used for the rest heart by linking arm group
The claw 36 of electrograph conducting wire.Linking arm group in the present embodiment 2 only has a linking arm 35,35 one end of linking arm with it is described
The one end of large arm 33 far from operating platform is hinged by the connecting elements 34 of locking, and the other end is with the claw 36 by locking
Tight connecting elements 34 is hinged.
In actually manufacturing, the linking arm 35 in the linking arm group may be more, the connection in linking arm group
When arm 35 is two or more, the connecting elements 34 that more 35 head and the tail of linking arm sequentially pass through locking is hinged.
As shown in Figure 4, Figure 5, in the present embodiment 2,26 side of instrument mounting table is equipped with horizontal sliding bar 30, the level
Sliding block 31 is provided on slide bar 30, sliding block 31 is equipped with the lock-screw for being locked in sliding block 31 on horizontal sliding bar 30；Institute
State sliding block 31 and be equipped with montant hole, be fitted in montant hole can vertical adjustment and the adjusting montant 32 that is locked, the tune
32 upper end of montant is saved to be hinged by the connecting elements 34 of locking with 33 one end of the large arm.
Below by taking the connection between large arm 33 and linking arm 35 as an example, the connecting elements 34 of locking is said
It is bright, as shown in fig. 6, the end that the needs in the large arm 33 and linking arm 35 are hinged is equipped with installation through-hole, the locking
Connecting elements 34 mainly by hollow tension shaft 34.1, the first frustum 34.2, the second frustum 34.3, connection bolt 34.4 and handwheel
34.5 compositions, the hollow tension shaft 34.1 are installed in installation through-hole, are opened up in an axial direction on the outer wall of hollow tension shaft 34.1
There is a perforation joint-cutting, the both ends of the endoporus of hollow tension shaft 34.1 are set as bellmouth, first frustum 34.2, the second frustum
34.3 are separately positioned on inside the both ends of 34.1 endoporus of hollow tension shaft, the small head end of the first frustum 34.2 and the second frustum 34.3
Positive opposite, the first frustum 34.2 is equipped with forward screw thread hole 34.2a, and the second frustum 34.3 is equipped with reverse thread through-hole
34.3a, described 34.4 one end of connection bolt is connected to after running through reverse thread through-hole 34.3a in the 34.2a of forward screw thread hole, another
End is installed with handwheel 34.5.
In use, after the relative position between large arm 33 and linking arm 35 is adjusted in place, rotation hand wheel 34.5, which drives, to be connected
Connecting bolt 34.4 rotates in the forward direction, due to connection bolt 34.4 and forward screw thread hole 34.2a, the equal screw threads of reverse thread through-hole 34.3a
Connection, connection bolt 34.4, which rotates in the forward direction, to drive the first frustum 34.2 and the second frustum 34.3 close to each other, the first frustum
34.2, the second frustum 34.3 struts hollow tension shaft 34.1, makes the tensioner in installation through-hole of hollow tension shaft 34.1, to real
It now locks, large arm 33 and the relative position of linking arm 35 is made to be kept fixed.
In the present embodiment 2, the end that the needs adjusted on montant 32 and claw 36 are hinged also is provided with installation through-hole, and
It is attached again by the connecting elements 34 of above-mentioned locking, details are not described herein again.In addition, the connection structure of the locking
Part 34 can also other designs in the prior art.
As shown in Figure 4, Figure 5, in the present embodiment 2, the instrument mounting table 26 is fixedly mounted on the top of a column 27,
Storage box 28 is provided on column 27, in order to store the consumptive material or attachment of ECG examination；27 lower end of column is connected chassis
29, the bottom on chassis 29 is equipped with the castor 39 of strap brake, and it is parked can be moved easily stablizing for cart；The side of instrument mounting table 26
Face is equipped with from the bottom edge of the side to the curved slab 37 extended obliquely far from 26 direction of instrument mounting table, the curved slab 37 with
The placing groove 38 being gradually reduced from up to down that is open together is constituted between instrument mounting table 26, the placing groove 38 can be used for putting
Electrocardiogram lead wire is set, the structure of placing groove 38 can clamp the electrocardiogram lead wire being placed in it, avoid electrocardiographic lead
Line slides from mobile handcart.
Claims (10)
1. electrocardiogram lead wire, including a multicore cable (2), described multicore cable (2) one end is connected with connection-peg (1), separately
One end is branch end (3), it is characterised in that：The branch end (3) of the multicore cable (2) has separated the first two-core cable (5),
Two two-core cables (6) and six conductor cable (7)；The end of first two-core cable (5) has separated two upper limb conducting wires (8),
The end of upper limb conducting wire (8) is connected with upper limb and checks electrode (11), and upper limb conducting wire is equipped on two upper limb conducting wires (8)
Winder (14)；The end of second two-core cable (6) has separated two inferior limb lead wires (9), the end of inferior limb lead wire (9)
End is connected with lower limb and checks electrode (12), and inferior limb lead wire winder (16) is equipped on two inferior limb lead wires (9)；Described six
The end of core cable (7) has separated six roots of sensation chest leads line (10), and the end of chest leads line (10) is connected with chest and checks electrode (13),
It is equipped with chest leads coil of wire line device (18) on every chest leads line (10).
2. electrocardiogram lead wire as described in claim 1, it is characterised in that：The end of first two-core cable (5) is equipped with
First two-chamber winding box (15), the first two-chamber winding box (15) have two chambers, two upper limb conducting wire winders (14) point
It is not arranged in the two chambers of the first two-chamber winding box (15)；The end of second two-core cable (6) is equipped with the second two-chamber
There are two chambers, two inferior limb lead wire winders (16) to be separately positioned on for winding box (17), the second two-chamber winding box (17)
In the two chambers of second two-chamber winding box (17)；The end of the six conductor cable (7) is equipped with six chamber winding box (19), and six chambers are received
For wire box (19) tool there are six chamber, six chest leads coil of wire line devices (18) are separately positioned on six chambers of six chamber winding box (19)
It is interior.
3. electrocardiogram lead wire as described in claim 1, it is characterised in that：The branch end (3) of the multicore cable (2) is equipped with
Terminal box (4), there is the first female (20), the second female (22) and third female (24) in the terminal box (4), and described
The head end of one two-core cable (5), the second two-core cable (6) and six conductor cable (7) is respectively provided with and the first female (20)
The first male plug (21) of grafting, for second male plug (23) of the second female (22) grafting and be used for and third
The third male plug (25) of female (24) grafting.
4. electrocardiograph movable operation platform, including mobile handcart, instrument mounting table is provided on the mobile handcart
(26) and electrocardiogram lead wire, it is characterised in that：The electrocardiogram lead wire uses claims 1 to 3 any one of them heart
Electrograph conducting wire.
5. electrocardiograph movable operation platform as claimed in claim 4, it is characterised in that：The instrument mounting table (26)
It is equipped with the mechanical arm for electrocardiogram lead wire described in rest.
6. electrocardiograph movable operation platform as claimed in claim 5, it is characterised in that：The mechanical arm includes big
Arm (33) and claw (36), described large arm (33) one end are connect with instrument mounting table (26), and large arm (33) other end is connected to use
In the claw (36) of rest electrocardiogram lead wire.
7. electrocardiograph movable operation platform as claimed in claim 6, it is characterised in that：The large arm (33) and claw
(36) the linking arm group for including at least one linking arm (35) is additionally provided between, linking arm group one end is remote with large arm (33)
One end from operating platform is hinged by the connecting elements (34) of locking, and the linking arm group other end also leads to the claw (36)
The connecting elements (34) for crossing locking is hinged, when the linking arm (35) in linking arm group is two or more, more linking arms
(35) connecting elements (34) for sequentially passing through locking from beginning to end is hinged.
8. electrocardiograph movable operation platform as claimed in claim 7, it is characterised in that：The instrument mounting table (26)
Side is equipped with horizontal sliding bar (30), and sliding block (31) is provided on the horizontal sliding bar (30), and sliding block (31) is equipped with for that will slide
Block (31) is locked in the lock-screw on horizontal sliding bar (30)；The sliding block (31) is equipped with montant hole, is inserted in montant hole
Have can vertical adjustment and the adjusting montant (32) that is locked, the adjusting montant (32) upper end is logical with the large arm (33) one end
The connecting elements (34) for crossing locking is hinged.
9. electrocardiograph movable operation platform as claimed in claim 8, it is characterised in that：The adjusting montant (32),
The end that needs on large arm (33), linking arm (35) and claw (36) are hinged is equipped with installation through-hole, the company of the locking
Connection member (34) include hollow tension shaft (34.1), the first frustum (34.2), the second frustum (34.3), connection bolt (34.4) and
Handwheel (34.5), the hollow tension shaft (34.1) are installed in installation through-hole, the outer wall upper edge axis of hollow tension shaft (34.1)
To a perforation joint-cutting is offered, the both ends of the endoporus of hollow tension shaft (34.1) are set as bellmouth, first frustum
(34.2), the second frustum (34.3) is separately positioned on inside the both ends of hollow tension shaft (34.1) endoporus, the first frustum (34.2)
Opposite with the proper face of the microcephaly of the second frustum (34.3), the first frustum (34.2) is equipped with forward screw thread hole (34.2a), the second cone
Platform (34.3) is equipped with reverse thread through-hole (34.3a), and reverse thread through-hole is run through in described connection bolt (34.4) one end
It is connected to after (34.3a) in forward screw thread hole (34.2a), the other end is installed with handwheel (34.5).
10. electrocardiograph movable operation platform as claimed in claim 4, it is characterised in that：The instrument mounting table
(26) it is fixedly mounted on the top of a column (27), storage box (28) is provided on column (27)；Column (27) lower end is connected
Chassis (29), the bottom of chassis (29) are equipped with the castor (39) of strap brake；The side of instrument mounting table (26) is equipped with by the side
Bottom edge to the curved slab (37) extended obliquely far from instrument mounting table (26) direction, the curved slab (37) is placed with instrument
The placing groove (38) being gradually reduced from up to down that is open together is constituted between platform (26).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201810126885.8A CN108309283A (en) | 2018-02-07 | 2018-02-07 | Electrocardiogram lead wire and electrocardiograph movable operation platform |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810126885.8A CN108309283A (en) | 2018-02-07 | 2018-02-07 | Electrocardiogram lead wire and electrocardiograph movable operation platform |
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| CN108309283A true CN108309283A (en) | 2018-07-24 |
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| CN201810126885.8A Pending CN108309283A (en) | 2018-02-07 | 2018-02-07 | Electrocardiogram lead wire and electrocardiograph movable operation platform |
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Cited By (1)
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| CN115120355A (en) * | 2022-07-06 | 2022-09-30 | 河南麓云软件有限公司 | Carrying vehicle for an electrocardiographic and/or phonocardiographic examination device |
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