CN206102646U - A five lead for ECG monitor - Google Patents

Abstract

The utility model discloses a five lead for ECG monitor, including connecting the bus, with is connected ECG monitor terminal adapter that bus one end links to each other and with being connected the bus other end continuous junction box and collector, the collector includes a collector V, collector RA, collector LA, collector LL and collector RL, the junction box sets up to short cylinder structure, and the lower terminal surface of junction box is provided with collector V, and the side of junction box evenly is provided with patient's terminal adapter RA, patient's terminal adapter LA, patient's terminal adapter LL and patient's terminal adapter RL, realized utilizing collector V to fix a position at the human body, with remaining collector RA, collector LA, collector LL and collector RL according to its indication direction of connection on the human body, avoid partial young nurse or probationer nurse mastering the guardianship position of leading, the line position of maybe will leading connects the wrong condition, has improved the degree of accuracy of ECG monitor's guardianship, avoids delaying the treatment to patient.

Description

A five-lead for ECG monitor

technical field

The utility model belongs to an accessory product of an electrocardiogram monitor, in particular to a five-lead wire used in an electrocardiogram monitor.

Background technique

ECG monitoring technology is an important basis for medical staff to obtain correct treatment and care. It can enable nurses to detect changes in the condition in time and obtain important reference information for solving problems. The electrocardiogram is obtained by attaching the ECG lead wires and electrodes to the corresponding parts of the human body. When using the monitor leads, clinical nurses should correctly place the electrode stickers according to the position of the ECG leads to obtain correct parameters.

Clinically, some young nurses or trainee nurses often fail to firmly grasp the position of the monitoring leads, and the wrong connection of the position of the lead wires often occurs, causing the monitor to display false parameters. False parameters often lead to wrong treatment measures and delay treatment. Chinese Patent No. CN203953644 discloses a lead wire for an ECG monitor, including a connecting wire, a machine end connector connected to one end of the connecting wire, a junction box connected to the other end of the connecting wire, and several wires connected to the junction box. Patient end connector, connecting wires include cotton filling wire, several inner core wires, raw material tape wrapping cotton filling wire and several inner core wires, conductive adhesive layer covering raw material tape, shielding layer covering conductive adhesive layer , and the insulation covering the shielding layer. The lead wire of this kind of ECG monitor has good anti-interference ability and stable signal, but when the lead wire of this kind of ECG monitor is used by practice nurses and young nurses, it is often wrong to place the lead wire in the wrong position. In order to reduce the phenomenon of connection errors, a new five-lead ECG monitor is proposed.

Chinese Patent No. CN205286347 discloses a storage device for ECG monitors, which belongs to a wire take-up device, including a box cover, a box body, and a wire take-up and release device. The wire take-up and release device includes a coil spring, a fixed beam, and a winding coil , clamping device, through hole a, through hole b, the fixed beam passes through the center of the coil spring and is connected with the coil spring, the two ends of the fixed beam are respectively fixed in the slots on the inner wall of the box, and the winding disc is set On both sides of the coil spring, the through holes a and b are respectively arranged on opposite side walls of the box body, and the through hole b is provided with a clamping device. This storage device for ECG monitor is easy to disassemble and clean, it is convenient for medical staff to operate, and it can increase the service life of the detection line of ECG monitor; however, the design of this type of storage device cannot prevent practice nurses or young nurses from making mistakes .

Utility model content

The purpose of this utility model is to provide a five-lead for ECG monitor to solve the problem that users of the ECG monitor often connect the wrong positions of the lead wires.

In order to solve the above-mentioned technical problems, the technical scheme adopted by the utility model is: a five-lead wire used for an ECG monitor, including a connection bus, an ECG monitor terminal connector connected to one end of the connection bus and the other end connected to the connection bus. The junction box and the collector connected at one end are innovative in that: the collector includes a collector V, a collector RA, a collector LA, a collector LL and a collector RL; the junction box is set as a short cylinder body structure, the lower end surface of the junction box is provided with a collector V, and the side of the junction box is uniformly provided with a patient-end connector RA, a patient-end connector LA, a patient-end connector LL, and a patient-end connector RL; The collector RA, the collector LA, the collector LL and the collector RL are respectively electrically connected to the corresponding patient-end connector RA, the patient-end connector LA, the patient-end connector LL and the patient-end connector RL through the patient-end connecting wire; The connection bus is provided with 5 inner core wires, and the inner core wires are respectively electrically connected to the patient-end connector RA, the patient-end connector LA, the patient-end connector LL, the patient-end connector RL and the collector V.

Further, the electrode sticker structure includes a card slot and electrode stickers fixedly arranged in the card slot.

Further, the collector RA, collector LA, collector LL, collector RL, and collector V are all configured as electrode stickers.

Further, the patient-side connection lines are provided with ECG monitor receivers.

The beneficial effects of the utility model are as follows:

(1) The utility model directly arranges the collector V on the lower end surface of the junction box, and evenly arranges the patient-end connector RA, the patient-end connector LA, the patient-end connector LL and the patient-end connector on the side of the junction box. Terminal connector RL is used to connect the collector RA, collector LA, collector LL and collector RL, realize the positioning of the collector V in the human body, and connect the bus to the correct position, and connect the rest of the collectors RA , Collector LA, Collector LL and Collector RL are connected to the human body according to the directions pointed by different patient-end connectors RA, patient-end connector LA, patient-end connector LL and patient-end connector RL, so as to avoid some young When nurses or practice nurses do not grasp the position of the monitoring leads, or connect the wrong lead wires, the monitoring accuracy of the ECG monitor can be improved, and the treatment of patients can be avoided.

(2) The utility model realizes the collection of patient's electrocardiogram information by setting the collector RA, collector LA, collector LL, collector RL and collector V as an electrode sticker structure.

(3) The utility model can adjust the length of the connecting line of the patient end by setting the receiver of the ECG monitor on the connecting line of the patient end. When not in use, the receiver of the ECG monitor can be used to connect the patient end The cable is stored to avoid entanglement or damage to the patient end connection cable.

Description of drawings

Fig. 1 is the top view of the utility model;

Fig. 2 is the front view of the utility model.

detailed description

The implementation of the present utility model is illustrated by specific specific examples below, and those skilled in the art can easily understand other advantages and effects of the present utility model from the content disclosed in this specification.

As shown in Figures 1 and 2, a five-lead ECG monitor includes a connection bus 1, an ECG monitor terminal connector 2 connected to one end of the connection bus 1 and connected to the other end of the connection bus 1 Junction box 3 and collector, the collector includes a collector V4, collector RA5, collector LA6, collector LL7 and collector RL8; junction box 3 is set as a short cylinder structure, the bottom of junction box 3 The end face is provided with a collector V4, and the side of the junction box 3 is uniformly provided with a patient-end connector RA9, a patient-end connector LA10, a patient-end connector LL11, and a patient-end connector RL12; collector RA5, collector LA6, collector LL7 and the collector RL8 are respectively electrically connected to the corresponding patient-end connector RA9, patient-end connector LA10, patient-end connector LL11 and patient-end connector RL12 through the patient-end connection line 13; The inner core wires are respectively electrically connected to the patient-end connector RA9, the patient-end connector LA10, the patient-end connector LL11, the patient-end connector RL12 and the collector V4. The utility model directly arranges the collector V4 on the lower end surface of the junction box 3, and evenly arranges the patient end connector RA9, the patient end connector LA10, the patient end connector LL11 and the patient end connector on the side of the junction box 3. Connector RL12 is used to connect the collector RA5, collector LA6, collector LL7 and collector RL8, realize the positioning of the human body by using the collector V4, and connect the connection bus 1 to the correct position, and connect the other collectors RA5 , Collector LA6, Collector LL7 and Collector RL8 are connected to the human body according to the directions pointed by different patient-end connectors RA9, patient-end connector LA10, patient-end connector LL11 and patient-end connector RL12, so as to avoid some young When nurses or practice nurses do not grasp the position of the monitoring leads, or connect the wrong lead wires, the monitoring accuracy of the ECG monitor can be improved, and the treatment of patients can be avoided.

The electrode sticker structure includes a slot 15 and an electrode sticker 14 fixedly arranged in the slot 15 .

The collector RA5, the collector LA6, the collector LL7, the collector RL8 and the collector V4 are all configured as electrode paste structures. The utility model realizes the collection of the patient's heart information by setting the collector RA5, the collector LA6, the collector LL7, the collector RL8 and the collector V4 as an electrode paste structure.

The patient-side connecting wires 13 are provided with ECG monitor receivers 16 . The utility model is provided with the receiver 16 of the ECG monitor on the patient end connecting wire 13, and the length of the patient end connecting wire 13 can be adjusted as required. The connecting wire 13 is stored to avoid entanglement or damage to the connecting wire at the patient end.

Working principle: When the nurse uses it, connect the ECG monitor terminal connector 2 to the ECG monitor, place the collector V4 between the fourth ribs on the left edge of the sternum, and align the connecting bus to the correct position, and connect the collector The collector RA5, the collector LA6, the collector LL7, and the collector RL8 are respectively placed on the clavicle at the right edge of the sternum according to the positions pointed by the patient-end connector RA9, patient-end connector LA10, patient-end connector LL11, and patient-end connector RL12. The first intercostal space on the midline, the first intercostal space on the left midclavicular line of the sternum, the level of the xiphoid process of the right midclavicular line, and the level of the xiphoid process of the left midclavicular line.

The above-described embodiments are only preferred embodiments of the present utility model, and are not limitations to the technical solutions of the present utility model. As long as the technical solutions that can be realized on the basis of the above-mentioned embodiments without creative work, all should be regarded as falling into the scope of this invention. within the protection scope of utility model patents.

Claims (4)

1. a kind of five leads that are used for ECG monitor, comprise connection bus, the ECG monitor end connector that links to each other with one end of connection bus and the junction box and the collector that link to each other with the connection bus other end, it is characterized in that : the collector includes a collector V, a collector RA, a collector LA, a collector LL and a collector RL; the junction box is set to a short cylinder structure, and the lower end surface of the junction box is provided with a collector V , the side of the junction box is evenly provided with patient-end connector RA, patient-end connector LA, patient-end connector LL and patient-end connector RL; the collector RA, collector LA, collector LL and collector RL The patient-end connector RA, the patient-end connector LA, the patient-end connector LL, and the patient-end connector RL are electrically connected to each other through the patient-end connecting wire; The core wires are respectively electrically connected to the patient-end connector RA, the patient-end connector LA, the patient-end connector LL, the patient-end connector RL and the collector V. 2. a kind of five leads for ECG monitor according to claim 1, is characterized in that: described collector RA, collector LA, collector LL, collector RL and collector V are all set to electrode paste structure. 3 . The five-lead ECG monitor according to claim 2 , wherein the electrode sticker structure includes a card slot and electrode stickers fixedly arranged in the card slot. 4 . 4 . A five-lead ECG monitor according to claim 1 , characterized in that: the patient-end connection lines are provided with ECG monitor receivers. 5 .