CN112244857A

CN112244857A - ECG monitor line storage device that leads

Info

Publication number: CN112244857A
Application number: CN202011030330.7A
Authority: CN
Inventors: 宋浩宇
Original assignee: Third Hospital of Mianyang
Current assignee: Third Hospital of Mianyang
Priority date: 2020-09-27
Filing date: 2020-09-27
Publication date: 2021-01-22

Abstract

The invention discloses a lead wire storage device of an ECG monitor, which structurally comprises: the invention discloses a lead wire containing groove, a rear cover frame shell groove, an integrated circuit board seat, a button ribbon board, a display screen and a start-stop button seat, which are matched with each other by utilizing the lead wire containing groove, the integrated circuit board seat is used for conducting the lead wire to form the use operation of an ECG monitor by inserting the lead wire into a containing inner groove of the lead wire in a matching manner, after the lead wire is static, the lead wire is erected, an arc buckling cushion of the arc buckling cushion seat is used for wrapping a clamping end and attaching a ball cap, so that the effect of point contact type rolling friction reduction of wear coefficient is conveniently formed, a subsequent lead wire end adapting wire end clamping frame is meshed, the end cap is subjected to plate pressing reverse buckling sliding pressing operation, the effect of containing the lead wire by a trigger switch is realized, the lead wire maintenance degree and the equipment containing efficiency of ECG monitor equipment are improved, and the light carrying and assembling efficiency of the ECG monitor is improved.

Description

ECG monitor line storage device that leads

Technical Field

The invention discloses a lead wire storage device of an ECG monitor, and belongs to the field of medical treatment.

Background

The ECG monitor is a continuous electrocardiogram observation and other continuous evaluation reaction device of patient sign indexes, which is carried out on a patient by a hospital, is convenient for a nurse to record the health condition of the patient, assists a doctor to analyze and diagnose the state of an illness of the patient and promotes the progress arrangement of treatment of the patient as soon as possible, and the common defect to be optimized in the prior art is as follows:

the lead wire of ECG monitor is a plurality of slots and the processing effect of single strand integration doubling, when lead wire and equipment stew unused, need will lead wire end cap left-hand thread built-in protection, but the clamping shell seat groove of left-hand thread, can make subsequent lead wire rubber insulation shell buffing border layer that drops because inside rigid friction effort, thereby influence the safety protection insulating efficiency of wiring end, cause the electric leakage phenomenon when lead wire pegs graft easily, cause the electric current fluctuation of ECG monitor big, the phenomenon of guardianship information continuation deviation.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a lead wire storage device of an ECG monitor, which aims to solve the problems that the lead wire of the ECG monitor has the integrated and combined treatment effect of a plurality of slots and single wires, when the lead wire and equipment are not used after standing, a lead wire end cap needs to be reversely buckled and internally protected, but the reversely buckled clamping shell seat groove can lead a subsequent lead wire rubber insulating shell to abrade and fall off an edge layer due to the internal rigid friction force, thereby affecting the safety protection and insulation efficiency of a wiring terminal, easily causing the electric leakage phenomenon when the lead wire is plugged, causing the large current fluctuation of the ECG monitor and the continuous deviation of monitoring information.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides an ECG monitor line storage device that leads, its structure includes: the wire guide and connection line accommodating groove is buckled with the rear cover frame shell groove and is positioned on the same vertical surface, the rear cover frame shell groove is nested on the rear side of the integrated circuit board seat, the button strip plate is installed on the right side of the display screen and is positioned on the same vertical surface, the integrated circuit board seat is electrically connected with the display screen, the start-stop button seat is installed on the right lower corner of the integrated circuit board seat, the wire guide and connection line accommodating groove is provided with an arc buckle soft cushion seat, a guide wheel track, a wire end clamping frame, a rubber cushion strip and an accommodating inner groove, the arc buckle soft cushion seat and the guide wheel track are in interference fit, the rubber cushion strip is tightly attached to the inside of the accommodating inner groove and is positioned on the same vertical surface, the guide wheel track is inserted into the inside of the accommodating inner groove, the wire end clamping frame is provided with two guide wheel tracks and is respectively nested on the left lower corner and the right lower corner of the guide wheel track, the containing inner groove and the rear cover frame shell groove are buckled together and are positioned on the same vertical surface.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the arc buckling cushion seat is composed of a ball cap, an arc buckling cushion and a column block seat, wherein the ball cap and the arc buckling cushion are tightly attached together, and the arc buckling cushion is nested on the front side of the column block seat and is positioned on the same arc surface.

As a further improvement of the invention, the ball cap consists of a deflection wheel frame, a pad brush wheel and a disc groove body, wherein the deflection wheel frame and the pad brush wheel are in interference fit, and the pad brush wheel is arranged inside the disc groove body.

As a further improvement of the invention, the arc buckling cushion is composed of an arc filler strip angle plate, a cross brace frame rod and a cushion bent block, wherein the arc filler strip angle plate is tightly attached to the cushion bent block, and the cross brace frame rod is inserted into the cushion bent block and is positioned on the same vertical surface.

As a further improvement of the invention, the guide wheel track consists of three-way guide post wheels, a drift diameter pipe groove and a track transverse groove, wherein the three-way guide post wheels are arranged below the bottom of the drift diameter pipe groove and are positioned on the same vertical surface, and the two track transverse grooves are respectively inserted and embedded in the left lower corner and the right lower corner of the drift diameter pipe groove.

As a further improvement of the invention, the three-way column guide wheel consists of a folding hook fan plate frame, a split wheel core and a column groove block, wherein the folding hook fan plate frame and the split wheel core are inserted and embedded into a whole and are positioned on the same vertical surface, and the split wheel core is mechanically connected with the column groove block.

As a further improvement of the invention, the wire end clamping and pressing frame consists of a gasket bar shaft fan plate, an axis frame ring and a parallel port cover groove, wherein the gasket bar shaft fan plate and the axis frame ring are in clearance fit, and the axis frame ring is arranged on the front side of the parallel port cover groove and is positioned on the same vertical plane.

As a further improvement of the invention, the filler strip shaft fan plate consists of a wing lining surface fan plate, a roller shaft rod and a filler strip column, wherein the wing lining surface fan plate is mechanically connected with the roller shaft rod, and the roller shaft rod and the filler strip column are in interference fit.

As a further improvement of the invention, the brush pad wheel is of a wheel seat frame structure with a peripheral fin ring sleeved with a thick brush wheel frame, so that the effect of forming a central shaft-attached linkage lifting rolling friction conveying lead wire by three-phase wheel-guide crossing is facilitated.

As a further improvement of the invention, the cushion bent block is a concave arc-shaped cushion block structure with a wide left part and a wide right part and a narrow middle support, so that the rubber end surfaces of the line shell can be conveniently wrapped by the left and right flaps, the subsequent sectional line ends can be prevented from being loosened and stored, and the whole weaving effect is formed.

As a further improvement of the invention, the folding hook fan plate frame is of a composite plate frame structure with three plates at the bottom and folding hook bar rods inserted in the three plates, so that the folding angle frame is convenient to hoist to form a rotary cushion operation effect, the friction coefficient of lead drawing is improved, and the guide cushion lifting and sliding effect is improved.

As a further improvement of the invention, the wing lining panel is of a composite panel structure with double-inclined strip panels inserted and connected in a narrow-width-up manner, so that the upper sweeping brush and the lower sweeping brush are matched with high and low clamping lead wire ends to realize a stable clamping effect in anti-tripping, the rubber shell end is prevented from being worn by friction, and the durability of the wire end is improved.

Advantageous effects

The invention relates to a lead wire containing device of an ECG monitor, wherein a worker installs a lead wire containing groove at the rear side of a rear cover frame shell groove, and operates an ECG monitor device by matching a display screen with a start-stop button seat through butt joint of an integrated circuit board seat and a button strip board power grid and starting and stopping the device through the start-stop button seat, so that a patient can obtain the real-time monitoring and displaying operation effects of the device, when the device stops using, the top of an arc buckling cushion pad is matched with a column block seat to press and cover a wire harness through a ball cap of the arc buckling cushion seat, so that a deflection wheel frame top pressing cushion brush wheel is matched with rolling friction at a fan disc groove body support wire to reduce the friction coefficient, and then a soft cushion bent block arc buckling wrapping type protective wire shell is matched at the upper end and the lower end of a cross bracing frame rod through an arc padding strip, so that a three-way guide column wheel of a guide wheel track forms a left-right branching to provide the guide effect for containing a track cross groove at the lower end of a through-diameter pipe groove, the wire end clamping of the lead wire is embedded into the wire end clamping and pressing frame, and finally the rubber filler strip and the accommodating inner groove integral shell groove cover are used for pressing and packaging the lead wire, so that the lead wire of the ECG monitor is effectively accommodated and maintained, the insulating rubber shell is prevented from being excessively abraded, and the service life is effectively prolonged.

The invention has the following advantages after operation:

the application is led the line and is accomodate the groove and is cooperated with integrated electroplax seat, through integrated electroplax seat switch on the use operation that the adaptation grafting wire formed ECG monitor in the inside groove of accomodating of leading the line, after the standing, the structure of leading the line is buckled cushion parcel through the arc of arc knot cushion seat and is pressed the end laminating ball cap and conveniently form the effect that the position contact rolling friction reduces the coefficient of wear, make subsequent leading line end adaptation line end head clamping frame form the interlock and the end cap obtains the board and presses the back-off sliding pressure operation, realize the effect that trigger type switch accomodates the line of leading, improve the wire maintenance degree and the equipment efficiency of ECG monitor equipment, promote ECG monitor's light transport packaging efficiency.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural view of a lead wire storage device of an electrocardiograph monitor according to the present invention.

FIG. 2 is a detailed sectional structure diagram of the wire receiving groove, the arc buckle cushion seat, the guide wheel rail and the wire end clamping frame of the present invention.

Fig. 3 is a schematic cross-sectional view of the ball cap according to the present invention in an operating state.

Fig. 4 is an enlarged structural schematic view of a cross section of the arc buckle cushion in a working state.

Fig. 5 is an enlarged cross-sectional structural view of the three-way column wheel of the present invention in an operating state.

Fig. 6 is a schematic cross-sectional internal view of the gasket axial fan plate according to the present invention.

Description of reference numerals: a guide wire accommodating groove-1, a rear cover frame shell groove-2, an integrated circuit board seat-3, a button strip-4, a display screen-5, a start-stop button seat-6, an arc buckle soft cushion seat-1A, a guide wheel track-1B, a wire end clamping and pressing frame-1C, a rubber cushion strip-1D, an accommodating inner groove-1E, a ball cap-1A 1, an arc buckle soft cushion-1A 2, a column block seat-1A 3, a deflector wheel frame-1A 11, a pad brush wheel-1A 12, a disc groove body-1A 13, an arc cushion strip angle plate-1A 21, a cross brace frame rod-1A 22, a soft cushion bending block-1A 23, a three-way guide column wheel-1B 1, a through diameter tube groove-1B 2, a track cross groove-1B 3, a folding hook fan-1B 11, a split wheel core-1B 12, a column groove-1B 13, a column block-1B 13, a split-1B 11, Gasket strip shaft fan plate-1C 1, shaft center frame ring-1C 2, parallel port cover groove-1C 3, wing lining surface fan plate-1C 11, roller rod-1C 12 and gasket strip column-1C 13.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

The first embodiment is as follows:

referring to fig. 1 to 6, the present invention provides a storage device for a lead wire of an electrocardiograph monitor, which comprises: the integrated circuit board comprises a lead wire accommodating groove 1, a rear cover frame shell groove 2, an integrated circuit board seat 3, a button strip plate 4, a display screen 5 and a start-stop button seat 6, wherein the lead wire accommodating groove 1 and the rear cover frame shell groove 2 are buckled together and are positioned on the same vertical surface, the rear cover frame shell groove 2 is nested at the rear side of the integrated circuit board seat 3, the button strip plate 4 is installed at the right side of the display screen 5 and is positioned on the same vertical surface, the integrated circuit board seat 3 is electrically connected with the display screen 5, the start-stop button seat 6 is installed at the right lower corner of the integrated circuit board seat 3, the lead wire accommodating groove 1 is provided with an arc buckling cushion seat 1A, a guide wheel track 1B, a wire end clamping frame 1C, a rubber cushion strip 1D and an accommodating inner groove 1E, the arc interference buckling cushion seat 1A is matched with the guide wheel track 1B, the rubber cushion strip 1D is tightly attached to the inside the accommodating inner groove 1E and is positioned on the same vertical surface, the guide wheel track 1B is inserted and embedded in the containing inner groove 1E, the two wire end clamping and pressing frames 1C are respectively embedded at the left and right lower corners of the guide wheel track 1B, and the containing inner groove 1E and the rear cover frame shell groove 2 are buckled together and are positioned on the same vertical surface.

Referring to fig. 2, the arc buckle cushion base 1A is composed of a ball cap 1A1, an arc buckle cushion 1A2, and a pillar block base 1A3, the ball cap 1A1 and the arc buckle cushion 1A2 are tightly attached together, the arc buckle cushion 1A2 is nested in the front side of the pillar block base 1A3 and is located on the same arc surface, the guide wheel track 1B is composed of a three-way guide wheel 1B1, a through-diameter tube groove 1B2, and a track transverse groove 1B3, the three-way guide wheel 1B1 is mounted below the bottom of the through-diameter tube groove 1B2 and is located on the same vertical surface, the track transverse groove 1B3 is provided with two and is respectively inserted and embedded in the left and right lower corners of the through-diameter tube groove 1B2, and a longitudinal pressing line accommodating operation effect is formed in the through the arc buckle cushion 1A2 and the through-diameter tube groove 1B 2.

Referring to fig. 3, the ball cap 1a1 is composed of a deflecting roller frame 1a11, a brush pad wheel 1a12, and a disk slot 1a13, the deflecting roller frame 1a11 and the brush pad wheel 1a12 are in interference fit, the brush pad wheel 1a12 is installed inside the disk slot 1a13, the brush pad wheel 1a12 is a wheel seat frame structure with a peripheral fin ring sleeved on a thick brush roller frame, so that the three-phase wheel guide is convenient to form an effect of central shaft-attaching linkage lifting rolling friction conveying lead wire, and a supporting push wire conveying effect is formed by the deflecting roller frame 1a11 and the brush pad wheel 1a 12.

Referring to fig. 4, the arc buckling cushion 1a2 is composed of an arc cushion strip angle plate 1a21, a cross-bracing frame bar 1a22 and a cushion bent block 1a23, the arc cushion strip angle plate 1a21 and the cushion bent block 1a23 are tightly attached together, the cross-bracing frame bar 1a22 is inserted and embedded inside the cushion bent block 1a23 and is located on the same vertical plane, the cushion bent block 1a23 is a cushion block structure with a narrow bracing concave arc shape in the middle of the left wide part and the right wide part, so that the left petal and the right petal can be conveniently pressed and wrapped on the rubber end face of a wire casing, the subsequent sectional wire ends can be prevented from being loosened and contained, an integral weaving effect is formed, and the cross-bracing frame bar 1a22 can form an anti-buckling effect of clamping and preventing of the inner frame bar when the top cushion bent block 1a 23.

Referring to fig. 5, the three-way column wheel 1B1 is composed of a folding hook fan plate frame 1B11, a split wheel core 1B12 and a column groove block 1B13, the folding hook fan plate frame 1B11 and the split wheel core 1B12 are inserted and embedded into a whole and are located on the same vertical plane, the split wheel core 1B12 is mechanically connected with the column groove block 1B13, the folding hook fan plate frame 1B11 is a composite plate frame structure with a three-plate-inserted folding hook bar at the bottom, so that the folding angle frame is conveniently hoisted to form a rotary cushion operation effect, the friction coefficient of lead drawing is improved, the guiding cushion lifting sliding effect is improved, and the folding hook fan plate frame 1B11 presses the split wheel core 1B12 to form a left and right split line storage effect of a three-phase lead.

The working process is as follows: a worker installs the lead wire containing groove 1 at the rear side of the rear cover frame shell groove 2, and stops and operates the ECG monitor equipment by matching the display screen 5 and the start-stop button seat 6 through the integrated circuit board seat 3 and the button strip plate 4 in a power grid butt joint mode, so that the patient obtains the real-time monitoring and displaying operation effect of the equipment, when the equipment stops using, the ball cap 1A1 of the arc-buckling cushion seat 1A is matched with the column block seat 1A3 on the top of the arc-buckling cushion 1A2 to press and cover a wire harness, so that the deflector wheel frame 1A11 presses the pad brush wheel 1A12 to bear the wire at the tray groove body 1A13 to reduce the rolling friction and reduce the friction coefficient, the arc-buckling strip angle plate 1A21 is matched with the protective wire shell wrapped by the cushion bending blocks 1A23 at the upper end and the lower end of the cross bracing machine frame rod 1A22 to form a left and right branch wire feeding track 1B3 at the lower end of the through the guide wheel groove 6342, and the guide wheel B12 is matched with the guide rail B13 to form a folding and folding guide wheel B guide rail bracket 12, the end terminal of the lead wire is clamped and embedded into the end terminal clamping and pressing frame 1C, and finally the rubber filler strip 1D and the integral shell groove cover of the containing inner groove 1E are used for pressing and packaging the lead wire, so that the lead wire of the ECG monitor is effectively contained and maintained, the insulating rubber shell is prevented from being excessively abraded, and the service life is effectively prolonged.

Example two:

referring to fig. 1 to 6, the present invention provides a lead wire storage device for an electrocardiograph monitor, which is otherwise the same as embodiment 1, except that:

referring to fig. 2, the wire end clamping and pressing frame 1C is composed of a gasket shaft fan plate 1C1, an axis frame ring 1C2, and a parallel mask groove 1C3, the gasket shaft fan plate 1C1 and the axis frame ring 1C2 are in clearance fit, the axis frame ring 1C2 is installed at the front side of the parallel mask groove 1C3 and is located on the same vertical plane, the gasket shaft fan plate 1C1 slides and rotates in the axis frame ring 1C2 and turns up and down to form the effect of clamping the wire end of the lead wire, so that the rubber shell is prevented from being worn by friction, and the maintenance and storage operation effects of the wire end of the electrocardiograph monitor are improved.

Referring to fig. 6, the flap lining shaft fan plate 1C1 is composed of a flap lining fan plate 1C11, a roller shaft 1C12, and a flap lining column 1C13, the flap lining fan plate 1C11 is mechanically connected with the roller shaft 1C12, the roller shaft 1C12 is in interference fit with the flap lining column 1C13, the flap lining fan plate 1C11 is a composite fan plate structure in which a double-inclined strip plate is inserted and connected in a wide-upper-width and narrow-lower-width manner, so that an upper-lower sweeping brush is conveniently matched with a high-low-position clamping lead wire end to achieve a stable clamping effect in anti-tripping, a rubber shell end is prevented from being worn by friction, the durability of the wire end is improved, and a shaft-moving operation effect in vertical turning is formed along the roller shaft 1C12 through the flap lining fan plate 1C 11.

After the wire harness clamping buckle is guided by the upper end and the lower end of the previous stage to enable the wire harness end of the subsequent ECG monitor to form an embedded clamping effect through the parallel port cover groove 1C3 of the wire end clamping and pressing frame 1C, the roller rod 1C12 and the pad strip column 1C13 are inserted into the wing lining face fan plate 1C11 of the pad strip shaft fan plate 1C1 to rotate along the axis frame ring 1C2 and turn over the plate pack up and down to press and lift the wire end, so that the maintenance degree of the wire harness end cap is improved, and the anti-tripping effect is achieved.

The invention achieves the use operation of using the lead wire accommodating groove 1 to be matched with the integrated circuit board seat 3, conducting the lead wire in the accommodating inner groove 1E for inserting the lead wire in a matched manner through the integrated circuit board seat 3 to form the ECG monitor, after standing, erecting the lead wire, wrapping the clamping end by the arc buckling cushion 1A2 of the arc buckling cushion seat 1A to be attached with the ball cap 1A1 so as to conveniently form the effect of reducing the abrasion coefficient by point contact type rolling friction, enabling the subsequent lead wire end adapting clamping frame 1C to form occlusion and the end cap to obtain the plate pressing and back buckling sliding pressure operation, realizing the effect of accommodating the lead wire by a trigger switch, improving the lead wire maintenance degree and the equipment accommodating efficiency of the ECG monitor, improving the light carrying and assembling efficiency of the ECG monitor, and solving the problem that the lead wire of the monitor is the integrated and parallel processing effect of a plurality of slots and single-stranded wires, when the lead wire and the equipment are not used after standing, the lead wire end cap needs to be protected in a reverse buckle mode, but due to the rigid friction acting force inside the clamping shell seat groove in the reverse buckle mode, a subsequent lead wire rubber insulation shell is abraded to fall off an edge layer, so that the safety protection insulation efficiency of a wiring end is affected, the electric leakage phenomenon during the plug-in connection of the lead wire is easily caused, and the problems that the current fluctuation of an electrocardiogram monitor is large and the monitoring information is continuously deviated are caused.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. The utility model provides an ECG monitor line storage device that leads, its structure includes: lead line and accomodate groove (1), back cover frame shell groove (2), integrated electroplax seat (3), button slat (4), display screen (5), start stop button seat (6), its characterized in that:

the lead wire accommodating groove (1) is buckled with the rear cover frame shell groove (2), the rear cover frame shell groove (2) is nested at the rear side of the integrated circuit board seat (3), the button strip plate (4) is installed on the right side of the display screen (5), the integrated circuit board seat (3) is electrically connected with the display screen (5), and the start-stop button seat (6) is installed at the lower right corner of the integrated circuit board seat (3);

the lead wire accommodating groove (1) is provided with an arc buckle soft cushion seat (1A), a guide wheel track (1B), a wire end clamping and pressing frame (1C), a rubber cushion strip (1D) and an accommodating inner groove (1E);

arc buckle cushion socket (1A) and leading wheel track (1B) cooperate, rubber filler strip (1D) hug closely in the inside of accomodating inside groove (1E), leading wheel track (1B) is inserted and is inlayed in the inside of accomodating inside groove (1E), line terminal clamp frame (1C) is equipped with two and nests respectively in the lower corner about leading wheel track (1B), accomodate inside groove (1E) and back cover frame shell groove (2) lock together.

2. The ECG monitor lead wire storage device of claim 1, wherein: arc is detained cushion seat (1A) and is detained cushion (1A 2), pillar piece seat (1A 3) by ball cap (1A 1), arc and constitute, ball cap (1A 1) is detained cushion (1A 2) with the arc and is hugged closely together, the front side of cushion (1A 2) nested in pillar piece seat (1A 3) is detained to the arc.

3. The ECG monitor lead wire storage device of claim 2, wherein: ball cap (1A 1) comprises deflection wheel frame (1A 11), pad brush wheel (1A 12), dish cell body (1A 13), deflection wheel frame (1A 11) cooperatees with pad brush wheel (1A 12), pad brush wheel (1A 12) is installed in the inside of dish cell body (1A 13).

4. The ECG monitor lead wire storage device of claim 2, wherein: the arc buckling cushion (1A 2) is composed of an arc cushion strip angle plate (1A 21), a cross-bracing frame rod (1A 22) and a cushion bending block (1A 23), the arc cushion strip angle plate (1A 21) is tightly attached to the cushion bending block (1A 23), and the cross-bracing frame rod (1A 22) is inserted and embedded in the cushion bending block (1A 23).

5. The ECG monitor lead wire storage device of claim 1, wherein: guide wheel track (1B) comprises three-way column wheel (1B 1), latus rectum tube bank (1B 2), track cross slot (1B 3), three-way column wheel (1B 1) are installed under the bottom of latus rectum tube bank (1B 2), track cross slot (1B 3) are equipped with two and insert respectively and inlay the lower left and right corners that latus rectum tube bank (1B 2).

6. The ECG monitor lead wire storage device of claim 5, wherein: three-way column wheel (1B 1) comprises book hook fan grillage (1B 11), split wheel core (1B 12), post groove piece (1B 13), book hook fan grillage (1B 11) and split wheel core (1B 12) insert and inlay an organic whole, split wheel core (1B 12) and post groove piece (1B 13) mechanical connection.

7. The ECG monitor lead wire storage device of claim 1, wherein: the line end clamping and pressing frame (1C) is composed of a gasket strip shaft fan plate (1C 1), an axis frame ring (1C 2) and a parallel port cover groove (1C 3), the gasket strip shaft fan plate (1C 1) is matched with the axis frame ring (1C 2), and the axis frame ring (1C 2) is installed on the front side of the parallel port cover groove (1C 3).

8. The ECG monitor lead wire storage device of claim 7, wherein: the cushion strip shaft fan plate (1C 1) is composed of a wing lining surface fan plate (1C 11), a roller rod (1C 12) and a cushion strip column (1C 13), the wing lining surface fan plate (1C 11) is mechanically connected with the roller rod (1C 12), and the roller rod (1C 12) is matched with the cushion strip column (1C 13).