阅读说明：本技术 一种心电监护仪装置 (ECG monitor device ) 是由 张国昌 于 2021-05-24 设计创作，主要内容包括：本发明公开了一种心电监护仪装置,其结构包括显示板、指示灯、测试键、仪板、电极,显示板装设有指示灯、测试键,仪板安装有电极,仪板由螺锁、仪板本体、导联线主绕结构、导联线穿线结构、导联线接线结构组成,螺锁安装在仪板本体左上端,导联线穿线结构位于导联线主绕结构与导联线接线结构的中间处,导联线主绕结构与导联线穿线结构中间处装设有导线固架,导联线主绕结构包括导联头装框、主绕装框、绕圆、主绕内框、主绕芯盘,导联头装框与主绕装框配合,本发明导联线为固定装设结构,测试线头通过移动实现电连接,连接时手不与电源接触,测试导线采用环绕固定,抽取灵活不会出现卡顿缠绕,导联头装框贴合在身体部位时牢固性好。(The invention discloses an ECG monitor device, which comprises a display panel, an indicator light, a test key, an instrument panel and an electrode, wherein the display panel is provided with the indicator light and the test key, the instrument panel is provided with the electrode, the instrument panel consists of a screw lock, an instrument panel body, a lead wire main winding structure, a lead wire threading structure and a lead wire wiring structure, the screw lock is arranged at the upper left end of the instrument panel body, the lead wire threading structure is positioned between the lead wire main winding structure and the lead wire wiring structure, the lead wire main winding structure and the lead wire threading structure are provided with a lead wire fixing frame, the lead wire main winding structure comprises a lead head mounting frame, a main winding frame, a winding circle, a main inner frame and a main winding core plate, the lead head mounting frame is matched with the main winding frame, the lead wire is a fixed mounting structure, the test wire head is electrically connected through movement, a hand is not contacted with a power supply during connection, and the test wire is fixed in a surrounding way, the clamping winding can be flexibly extracted, and the firmness of the lead head when being framed and attached to the body part is good.)

1. The utility model provides an ECG monitor device, its structure includes display panel (1), pilot lamp (2), test key (3), appearance board (4), electrode (5), pilot lamp (2), test key (3) have been installed in display panel (1), electrode (5), its characterized in that are installed in appearance board (4):

appearance board (4) are by spiral lock (40), appearance board body (41), lead line owner around structure (42), lead line threading structure (43), lead line wiring structure (44) and constitute, install in appearance board body (41) upper left end spiral lock (40), lead line threading structure (43) are located lead line owner around structure (42) and lead the middle department of line wiring structure (44), lead line owner around structure (42) and lead the middle department of line threading structure (43) and installed wire solid frame (45).

2. The ecg monitor device of claim 1, wherein: lead line owner and wind structure (42) including lead head dress frame (420), mainly around dress frame (421), around circle (422), mainly around inside casing (423), mainly around core dish (424), lead first dress frame (420) and mainly around dress frame (421) cooperation, mainly wind dress frame (421) rear side glued joint around circle (422), mainly around inside casing (423), mainly wind dress frame (421) front side and main core dish (424) locking around.

3. The ecg monitor device of claim 1, wherein: the lead wire connection structure (44) comprises a lead wire connection frame (440) and a lead wire connector (441), wherein the lead wire connector (441) is installed on the lead wire connection frame (440).

4. The ecg monitor device of claim 1, wherein: the wire fixing frame (45) comprises a test wire (450), a wire fixing frame (451) and a test wire head (542), wherein the test wire (450) is arranged on the rear side of the wire fixing frame (451), and the right end of the test wire (450) is connected with the test wire head (542) in an installing mode.

5. The ecg monitor device of claim 2, wherein: the lead head assembling frame (420) comprises a surrounding frame (4200), a sticky block (4201) and a lead sticker (4202), wherein the surrounding frame (4200) is connected with the sticky block (4201) in an adhesive mode, and the surrounding frame (4200) is connected with the lead sticker (4202) in an installing mode.

6. The ecg monitor device of claim 2, wherein: the main core winding disc (424) comprises a side plate (4240), a main core disc (4241), a spring (4242) and an inner arc plate (4243), the side plate (4240) is welded with the main core disc (4241), the left end and the right end of the spring (4242) are welded with the side plate (4240) and the inner arc plate (4243), and the main core disc (4241) is in rail connection with the inner arc plate (4243).

7. The ecg monitor device of claim 1, wherein: the lead wire threading structure (43) comprises a threading plate frame (430), an inner support (431), a wire fixing ring (432) and a threading plate (433), wherein the threading plate frame (430) is locked with the inner support (431), the threading plate frame (430) is connected with the shaft of the wire fixing ring (432), and the threading plate (433) is arranged on the inner support (431).

8. The ECG monitor device of claim 4, wherein: the testing wire head (542) is provided with a wire buckle (4300) at the left end, the testing wire head (542) is attached to a lead wire connector (441), the lead wire connector (441) comprises a plug (4410) and a sliding block (4411), and the plug (4410) and the sliding block (4411) are locked.

Technical Field

The invention relates to the field of cardiology equipment, in particular to an electrocardiograph monitor device.

Background

The ECG monitor is a practical precise medical instrument for hospitals, and can monitor dynamic and practical precise medical instruments of patients at the same time. The device has the functions of acquisition and storage of electrocardio information, intelligent analysis and early warning and the like. And the device has the characteristics of accurate monitoring, touch screen control, simplicity, convenience and the like.

The prior art needs manual plug wire when equipment uses, and hand and test line power head contact, the security is lower, and the test wire easily twines to tie a knot, and fragile, the extraction is inconvenient, and when the first dress frame of leading was fixed on the position surface of health, the laminating is insecure, easily drops, uses inconveniently.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provides an ECG monitor device to solve the problems that when the ECG monitor device is used, a wire needs to be manually inserted, the hand is in contact with a test wire power supply head, the safety is low, the test wire is easy to wind and knot, is easy to damage and inconvenient to extract, and when a lead head frame is fixed on the surface of a body part, the lead head frame is not firmly attached and is easy to fall off, so that the ECG monitor device is inconvenient to use.

The invention is realized by adopting the following technical scheme: the utility model provides an ECG monitor device, its structure includes display panel, pilot lamp, test key, appearance board, electrode, the display panel front side dress is equipped with pilot lamp, test key, the electrode is installed to appearance board right-hand member, the appearance board is by spiral lock, appearance board body, lead the line and mainly wind structure, lead line threading structure, lead line wiring structure and constitute, the spiral lock is installed in appearance board body upper left end, lead line threading structure and be located lead line and mainly wind structure and lead line wiring structure's centre department, lead line and mainly wind structure and lead line threading structure centre department and installed the wire solid frame.

Further preferably, the lead wire main winding structure comprises a lead head assembling frame, a main winding assembling frame, a winding circle, a main winding inner frame and a main core winding disc, the lead head assembling frame is matched with the upper end of the main winding assembling frame, the main winding assembling frame is connected with the rear side of the main winding assembling frame in an adhesive mode and is wound around the circle and the main winding inner frame, and the front side of the main winding assembling frame is locked with the main core winding disc.

Further preferably, the lead wire connection structure comprises a lead wire connection frame and a lead wire connector, and the lead wire connector is installed at the left end of the lead wire connection frame.

Preferably, the wire fixing frame comprises a test wire, a wire fixing frame and a test wire head, the test wire is arranged on the rear side of the wire fixing frame, and the right end of the test wire is connected with the test wire head in an installing mode.

Further preferably, the lead head frame comprises an enclosing frame, a sticky block and a lead sticker, the middle of the enclosing frame is connected with the sticky block in an adhesive mode, and the enclosing frame is connected with the rear end of the lead sticker in an installing mode.

Further preferably, the main core winding disc comprises a side plate, a main core disc, a spring and an inner arc plate, the front end of the side plate is welded with the main core disc, the left end and the right end of the spring are welded with the side plate and the inner arc plate, and the main core disc is connected with the upper end and the lower end of the inner arc plate through tracks.

Preferably, the lead wire threading structure comprises a threading plate frame, an inner support, a wire fixing ring and a threading plate, wherein the rear side of the threading plate frame is locked with the inner support, the threading plate frame is connected with the front end shaft of the wire fixing ring, and the middle part of the inner support is provided with the threading plate.

Further preferably, the line is installed to test stub left end and is buckled, test stub right-hand member and lead the laminating of line connector, lead the line connector and include plug, slider, the inboard and slider locking of plug.

Advantageous effects

The invention sets data on the display panel, the test key starts the equipment to run, the lead is arranged on the instrument panel body, the test wire head is positioned between the lead wire threading structure and the lead wire connection structure, the left end of the test lead passes through the lead wire threading structure and is surrounded on the lead wire main winding structure, when in use, the lead head installing frame is sequentially pulled out and fixed at the part of the body to be detected, the upper end of the test lead head is slid by hand to connect the test lead head with the lead wire connector, then the test key is pressed to start the equipment to operate to detect the patient, and the lead wire is attached to the body to be adsorbed and attached when the lead head installing frame is fixed at the part of the body, the sticky block has viscosity, strengthens the fixity of the lead head frame, is matched and fixed with the threading plate frame when the test thread head moves left, and moves right to contact with the plug to realize power connection. The upper end of the test wire head is slid by a hand to avoid the hand from directly contacting the power source head, the test wire head is inserted after the test key is pressed, the power source head is prevented from directly contacting the hand, the use safety is improved, when the test wire is positioned at the threading structure of the lead wire, the test wires of the single wire respectively pass through the wire fixing rings, the flexibility of wire pulling is improved, and the inner support and the threading plate play a role in wire reinforcement; when the test lead passes through the main core winding disc, the elastic force of the spring and the thrust formed when the test lead moves enable the inner arc plate to slide left and right, and the effect of reinforcing the test lead and realizing smooth movement of the test lead is achieved.

Compared with the prior art, the invention has the beneficial effects that: the lead wire is the fixed structure of installing, and the test end of a thread realizes the electricity through removing to be connected, and the hand does not contact with the power during connection, and the test wire adopts to encircle fixedly, and the card winding can not appear in the extraction flexibility, and the first dress frame laminating of lead fastness when the health position is good.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 shows a schematic structural diagram of an electrocardiograph monitor device according to the present invention.

Fig. 2 shows a rear view of the electrocardiograph monitor device according to the present invention.

Fig. 3 shows a rear view of the electrocardiograph monitor device of the present invention.

Fig. 4 shows a schematic structural view of the electrocardiograph monitor device and the lead fixing frame of the present invention.

Figure 5 shows a schematic diagram of the lead headframing structure of the present invention.

Fig. 6 shows a schematic structural view of the main core winding disc of the present invention.

Fig. 7 shows a schematic structural view of the lead wire threading structure of the invention.

Fig. 8 shows a schematic structural diagram of B of fig. 4 according to the present invention.

In the figure: the display panel 1, the indicator light 2, the test key 3, the instrument panel 4, the electrode 5, the screw lock 40, the instrument panel body 41, the lead wire main winding structure 42, the lead wire threading structure 43, the lead wire connection structure 44, the lead head assembling frame 420, the main winding frame 421, the winding circle 422, the main winding inner frame 423, the main winding core plate 424, the lead wire connection frame 440, the lead wire connector 441, the test lead wire 450, the lead fixing frame 451, the test lead head 542, the surrounding frame 4200, the sticky block 4201, the lead paste 4202, the side plate 4240, the main core plate 4241, the spring 4242, the inner arc plate 4243, the lead plate frame 430, the inner pillar 431, the lead fixing ring 432, the threading plate 433, the thread buckle 4300, the plug 4410, the slider 4411 and the lead fixing frame 45.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Embodiment 1 please refer to fig. 1-3 and fig. 5 and 8, the present invention provides a technical solution of an electrocardiograph monitor device: the structure of the instrument comprises a display panel 1, an indicator lamp 2, a test key 3, an instrument panel 4 and an electrode 5, wherein the indicator lamp 2 and the test key 3 are installed on the display panel 1, the electrode 5 is installed on the instrument panel 4, the instrument panel 4 consists of a screw lock 40, an instrument panel body 41, a lead wire main winding structure 42, a lead wire threading structure 43 and a lead wire wiring structure 44, the screw lock 40 is installed at the upper left end of the instrument panel body 41, the lead wire threading structure 43 is located in the middle of the lead wire main winding structure 42 and the lead wire wiring structure 44, a lead wire fixing frame 45 is installed in the middle of the lead wire main winding structure 42 and the lead wire threading structure 43, the lead wire main winding structure 42 comprises a lead wire head installing frame 420, a main winding frame 421, a winding circle 422, a main winding inner frame 423 and a main winding core disc 424, the lead wire head installing frame 420 is matched with the main winding frame 421, the rear side of the main winding frame 421 is connected with a winding circle 422, The main winding inner frame 423, the front side of the main winding frame 421 is locked with the main winding core disc 424, the lead wire connection structure 44 includes a lead wire connection frame 440 and a lead wire connector 441, the lead wire connection frame 440 is provided with the lead wire connector 441, the lead wire sticker 4202 is attached to the body by suction when the lead head frame 420 is fixed on the body part, and the adhesive block 4201 has adhesiveness, so that the fixing property of the lead head frame 420 is enhanced.

Data setting is carried out at the display panel 1, a test key 3 starts equipment operation, a lead is arranged at the instrument panel body 41, a test wire head 542 is positioned at the middle position between a lead threading structure 43 and a lead wiring structure 44, the left end of a test wire 450 passes through the lead threading structure 43 and surrounds a lead main winding structure 42, a lead head installing frame 420 is fixed at the upper end of the lead main winding structure 42, a wire fixing frame 451 is used for reinforcing the test wire 450, the lead head installing frame 420 is sequentially drawn out and fixed at the part of the body needing to be detected when in use, the upper end of the test wire head 542 is slid by hand, the test wire head 542 is connected with a lead wire connector 441, then the test key 3 is pressed to start the equipment operation to detect the patient, a lead paste 4202 is attached to the body when the lead head installing frame 420 is fixed at the body part, the adhesive block 4201 has viscosity, the fixity of the lead head installing frame 420 is enhanced, when the test wire head 542 moves left, the test wire head 542 is matched with the threading plate frame 430 and fixed, and the test wire head 542 moves right to be in contact with the plug 4410 to realize power supply connection.

Embodiment 2 with reference to fig. 4, 6, and 7, the present invention provides a technical solution of an electrocardiograph monitor device: the lead fixing frame 45 comprises a test lead 450, a lead fixing frame 451 and a test lead 542, the test lead 450 is arranged on the rear side of the lead fixing frame 451, the right end of the test lead 450 is connected with the test lead 542 in an installing manner, the lead fixing frame 451 is used for reinforcing the test lead 450, the lead head installing frame 420 comprises a surrounding frame 4200, a sticky block 4201 and a lead sticker 4202, the surrounding frame 4200 is connected with the sticky block 4201 in an adhesive manner, the surrounding frame 4200 is connected with the lead sticker 4202 in an installing manner, the main core winding disc 424 comprises a side plate 4240, a main core disc 4241, a spring 4242 and an inner arc plate 4243, the side plate 4240 is welded with the main core disc 4241, the left end and the right end of the spring 4242 are welded with the side plate 4240 and the inner arc plate 4243, the lead threading structure 43 comprises a threading frame 430, an inner pillar 431, a lead fixing ring 432 and a threading plate 433, the inner pillar 431 and the threading plate 433 play a role in reinforcing the inner pillar 431 and the threading plate 433, the threading plate frame 430 is locked with the inner support 431, the threading plate frame 430 is connected with the wire fixing ring 432 in a shaft, the inner support 431 is provided with a threading plate 433, the left end of the test wire head 542 is provided with a wire buckle 4300, the right end of the test wire head 542 is attached to the lead wire connector 441, the upper end of the test wire head 542 is slid by hands to avoid direct hand contact with a power supply head, the test wire head 542 is inserted after the test key 3 is pressed, the power supply head is prevented from being directly contacted with the hands, the use safety is improved, the lead wire connector 441 comprises a plug 4410 and a slider 4411, the plug 4410 is locked with the slider 4411, the test wire head 542 is matched and fixed with the threading plate frame 430 when moving leftwards, and the test wire head 542 moves rightwards to be contacted with the plug 4410 to realize power supply connection.

The upper end of the test wire head 542 is slid by a hand to avoid the hand from directly contacting the power source head, the test wire head 542 is inserted after the test key 3 is pressed, the power source head is prevented from directly contacting the hand, the use safety is improved, when the test wire 450 is positioned at the lead wire threading structure 43, the test wires 450 of the single wire respectively pass through the wire fixing ring 432, the flexibility of wire pulling is improved, and the inner support 431 and the threading plate 433 play a role in wire reinforcement; when the test lead 450 passes through the main core disc 424, the elastic force of the spring 4242 and the pushing force generated when the test lead 450 moves enable the inner arc plate 4243 to slide left and right, so that the effect of reinforcing the test lead 450 and realizing smooth movement of the test lead 450 is achieved.

Compared with the prior art, the invention has the technical progress that: the lead wire is the fixed structure of installing, and test thread end 542 realizes the electricity through removing to be connected, and the hand does not contact with the power during connection, and test wire 450 adopts to encircle fixedly, and the winding of card pause can not appear in the extraction is nimble, and the fastness is good when the laminating of lead head dress frame 420 is at the health position.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.