阅读说明：本技术 一种内科医疗用稳固型心电图仪器 (Stable electrocardiogram instrument for medical treatment ) 是由 解春霞 于 2020-12-11 设计创作，主要内容包括：本发明公开了一种内科医疗用稳固型心电图仪器,包括保护外壳和磁性隔板,所述保护外壳的内壁连接有绝缘层,且保护外壳的底端镶嵌有磨砂底板,所述保护外壳的外表面上端设置有连接轴承,且连接轴承的左右上端固定有固定柱,所述保护外壳的上端设置有支撑隔板,且保护外壳的外侧左右端连接有把手,所述磁性隔板镶嵌于保护外壳的右表面下端,所述保护外壳的内侧中部固定有心电图主体,且保护外壳的四角端口连接有支撑框体。本发明通过保护外壳和心电图主体之间构成半包围结构,能够避免外界环境对心电图主体的影响,使检测出的数据更加准确,便于医疗人员对病人的观察,在支撑框体的设置下,能够使保护外壳和心电图主体的连接更加稳定。(The invention discloses a stable electrocardiogram instrument for medical treatment in internal medicine, which comprises a protective shell and a magnetic partition plate, wherein the inner wall of the protective shell is connected with an insulating layer, a frosted bottom plate is embedded at the bottom end of the protective shell, a connecting bearing is arranged at the upper end of the outer surface of the protective shell, fixing columns are fixed at the left upper end and the right upper end of the connecting bearing, a supporting partition plate is arranged at the upper end of the protective shell, handles are connected at the left end and the right end of the outer side of the protective shell, the magnetic partition plate is embedded at the lower end of the right surface of the protective shell, an electrocardiogram main body is fixed in the middle of the inner side of the protective shell. According to the electrocardiogram main body, the semi-surrounding structure is formed between the protective shell and the electrocardiogram main body, so that the influence of the external environment on the electrocardiogram main body can be avoided, the detected data is more accurate, medical personnel can observe a patient conveniently, and the protective shell and the electrocardiogram main body can be connected more stably under the arrangement of the supporting frame body.)

1. A firm type electrocardiograph instrument is used in internal medicine medical treatment, includes protecting sheathing (A01) and magnetic separator (A20), its characterized in that: the inner wall of protecting sheathing (A01) is connected with insulating layer (A03), and inlays the bottom of protecting sheathing (A01) and have dull polish bottom plate (A06), the surface upper end of protecting sheathing (A01) is provided with connecting bearing (A07), and the upper end is fixed with fixed column (A08) about connecting bearing (A07), the upper end of protecting sheathing (A01) is provided with support baffle (A11), and the right-hand member is connected with handle (A12) about the outside of protecting sheathing (A01), magnetic baffle (A20) is inlayed in the right surface lower extreme of protecting sheathing (A01).

2. The stable electrocardiogram instrument for medical treatment of claim 1, wherein: the electrocardiogram main body (A02) is fixed in the middle of the inner side of the protective casing (A01), a supporting frame body (A04) is connected to four corner ports of the protective casing (A01), a semi-surrounding structure is formed between the protective casing (A01) and the electrocardiogram main body (A02), and the protective casing (A01) is connected with the electrocardiogram main body (A02) through the supporting frame body (A04).

3. The stable electrocardiogram instrument for medical treatment of claim 2, wherein: the bottom of heart electrograph main part (A02) is connected with damping spring (A05), and damping spring (A05) one end and protecting sheathing (A01) are connected, the right side of gargling groove (A05) is connected with sanitary pool (A08), damping spring (A05) are the rectangle structure and are provided with 3, and damping spring (A05) are the equidistance and arrange the bottom of distributing in heart electrograph main part (A02).

4. The stable electrocardiogram instrument for medical treatment of claim 1, wherein: the left end and the right end of the connecting bearing (A07) are connected with a pull rope (A09), a shielding plate (A10) is embedded in one side of the pull rope (A09), the shielding plate (A10) and the connecting bearing (A07) are integrally arranged, and the transverse diameter of the shielding plate (A10) is equal to 1.2 times of the transverse diameter of the electrocardiogram main body (A02).

5. The stable electrocardiogram instrument for medical treatment of claim 1, wherein: one side of support baffle (A11) is fixed with suspension bracket (A13), and suspension bracket (A13) is connected through fastening screw (A14) and protecting sheathing (A01), the connected mode of support baffle (A11) and suspension bracket (A13) is the welding, and the connected mode of suspension bracket (A13) and protecting sheathing (A01) is threaded connection.

6. The stable electrocardiogram instrument for medical treatment of claim 1, wherein: the left surface mounting of protecting sheathing (A01) has wiring connector (A15), and the lower extreme of wiring connector (A15) is provided with thermovent (A16), thermovent (A16) are circular structure and run through in the surface of protecting sheathing (A01), and are parallel to each other between thermovent (A16) and the wiring connector (A15).

7. The stable electrocardiogram instrument for medical treatment of claim 1, wherein: the right surface of protecting sheathing (A01) is fixed with closed door (A17), and the left side of closed door (A17) is connected with hinge plate (A18), the middle-end of closed door (A17) is fixed with connector (A19), closed door (A17) is connected with protecting sheathing (A01) through hinge plate (A18), and the surface area of closed door (A17) equals two-thirds of protecting sheathing (A01) surface area.

8. The utility model provides an internal medicine medical treatment is with application of firm type heart electrograph apparatus which characterized in that: when in use, firstly, medical personnel can keep a patient in a relaxed state, the electrocardiogram main body A02 can carry out certain detection work on the patient, the protection shell A01 is arranged through the device, the protection shell A01 can carry out certain protection work on the electrocardiogram main body A02, the influence of the external environment on the electrocardiogram main body A02 is avoided, the supporting frame body A04 is arranged at the four-corner port of the protection shell A01, so that the connection between the protection shell A01 and the electrocardiogram main body A02 is more stable, the insulating layer A03 can enable the device to have certain insulating function, the phenomenon that static electricity leaked out of the electrocardiogram main body A02 endangers the physical and mental health of a human body is avoided, the damping spring A05 can reduce the shaking generated when the device is carried, the placement of the electrocardiogram main body A02 is more stable, the shielding plate A10 and the connecting bearing A07 are arranged through the device, the medical personnel can pull the A09 to enable the shielding plate A10 to carry out certain lifting, the shutter a10 will thus perform some dust-proof work on the electrocardiogram main body a02, which, when the device is placed on a flat surface, the sanding block a06 will increase the friction between the device and a flat surface, allowing the device to rest securely on a flat surface, with the hanging bracket a13, medical personnel can hang the device in place, reduce the footprint of the device, by the arrangement of the heat dissipation opening A16, the heat generated by the electrocardiogram main body A02 during operation can be taken out through the heat dissipation opening A16, the service life of the electrocardiogram main body A02 is prolonged, after the detection is completed, the medical staff prints and takes out the data detected by the electrocardiogram main body A02 through the connecting port A19, the medical staff can replace the detection paper for printing the data conveniently by closing the door A17, and the magnetic partition plate A20 can be attracted to the outer surface of the protective shell A01, so that the detection paper is prevented from sliding down to the inner side of the protective shell A01.

Technical Field

The invention relates to the technical field of electrocardiogram instruments, in particular to a stable electrocardiogram instrument for medical treatment in internal medicine.

Background

The heart is a power device of human blood circulation, just because the heart automatically and continuously carries out rhythmic contraction and relaxation activities, the blood is enabled to continuously flow in a closed circulation system, so that the life is maintained, the heart is excited before and after the heart beats, and weak bioelectric current is generated in the exciting process, so that each cardiac cycle of the heart is accompanied with bioelectric changes, an electrocardiogram instrument is an instrument for recording physiological electrical signals generated during the heart activity, and the electrocardiogram instrument has the advantages of mature and reliable diagnosis technology, simplicity and convenience in operation, no damage to patients and the like, and becomes one of the most popular medical electronic instruments in all levels of hospitals.

At present, the electrocardiogram instrument structure on the market sets up novelty inadequately, and medical personnel are because of stability is closed inadequately when using current electrocardiogram instrument, will take place the phenomenon of empting, will cause the waste on the resource when serious, and general electrocardiogram instrument does not use and does not have certain dustproof function, receives external environment's influence easily.

Disclosure of Invention

The invention aims to provide a stable electrocardiogram instrument for medical treatment, which solves the problems that the existing electrocardiogram instrument is not novel enough in structure, medical personnel can topple over due to insufficient stability when using the existing electrocardiogram instrument, resources can be wasted when the existing electrocardiogram instrument is serious, and a common electrocardiogram instrument does not have a certain dustproof function and is easily influenced by the external environment when not used.

In order to achieve the purpose, the invention provides the following technical scheme: the utility model provides a medical internal medicine is with firm type heart electrograph instrument, includes protecting sheathing and magnetic separation board, protecting sheathing's inner wall connection has the insulating layer, and protecting sheathing's bottom is inlayed and is had the dull polish bottom plate, protecting sheathing's surface upper end is provided with the connection bearing, and the upper end is fixed with the fixed column about the connection bearing, protecting sheathing's upper end is provided with supporting partition board, and the outside of protecting sheathing is controlled the end and is connected with the handle, the magnetic separation board is inlayed in protecting sheathing's right side surface lower extreme.

Preferably, an electrocardiogram main body is fixed in the middle of the inner side of the protective shell, four corner ports of the protective shell are connected with a supporting frame body, a semi-enclosed structure is formed between the protective shell and the electrocardiogram main body, and the protective shell is connected with the electrocardiogram main body through the supporting frame body.

Preferably, the bottom of electrocardiogram main part is connected with damping spring, and damping spring's one end and protecting sheathing are connected, the right side of groove of gargling is connected with the sanitary pond, damping spring is that the rectangle structure is provided with one, and damping spring is the equidistance and arranges the bottom that distributes in electrocardiogram main part.

Preferably, the lower extreme is connected with the stay cord about connecting the bearing, and one side of stay cord is inlayed and is had the shielding plate, shielding plate and connecting the bearing set up for the integration, and the transverse diameter of shielding plate equals 1.2 times of the transverse diameter of heart electrograph main part.

Preferably, a hanging support is fixed on one side of the supporting partition plate and connected with the protective shell through a fastening screw, the supporting partition plate and the hanging support are connected in a welding mode, and the hanging support and the protective shell are connected in a threaded mode.

Preferably, the left surface mounting of protecting sheathing has the wiring connector, and the lower extreme of wiring connector is provided with the thermovent, the thermovent is circular structure and runs through in protecting sheathing's surface, and is parallel to each other between thermovent and the wiring connector.

Preferably, a closed door is fixed on the right surface of the protective shell, a hinge plate is connected to the left side of the closed door, a connector is fixed at the middle end of the closed door, the closed door is connected with the protective shell through the hinge plate, and the surface area of the closed door is equal to two thirds of the surface area of the protective shell.

Compared with the prior art, the invention has the following beneficial effects:

1. according to the electrocardiogram main body, the semi-surrounding structure is formed between the protective shell and the electrocardiogram main body, so that the influence of the external environment on the electrocardiogram main body can be avoided, the detected data is more accurate, medical personnel can observe a patient conveniently, and the protective shell and the electrocardiogram main body can be connected more stably under the arrangement of the supporting frame body.

2. The device is provided with the insulating layer, so that the device has a certain insulating function, static electricity leaked out of the electrocardiogram main body is prevented from endangering physical and psychological health of a human body, a certain protection work is performed on the human body, the damping spring can reduce shaking generated when the device is carried, and the overall stability of the device is improved.

3. According to the invention, the shielding plate and the connecting bearing are integrally arranged, so that medical personnel can pull the pull rope to enable the shielding plate to lift to a certain extent, and the shielding plate can enable the device to have a certain dustproof function, thereby preventing the medical personnel from being incapable of accurately observing data displayed by the electrocardiogram main body due to the accumulation of dust.

4. The sanding bottom plate arranged in the invention increases the friction between the device and the plane, so that the device can be stably placed on the plane, the medical personnel can conveniently detect the state of illness of patients, and the device can be in a hanging state under the arrangement of the hanging bracket, thereby reducing the floor area of the device and improving the novelty of the device.

5. The electrocardiogram main body is provided with the heat dissipation port, so that the electrocardiogram main body has a certain heat dissipation effect, heat generated by the electrocardiogram main body during operation can be taken out through the heat dissipation port, the service life of the electrocardiogram main body is prolonged, and a connector can facilitate medical personnel to print and take out data detected by the electrocardiogram main body.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of the left surface structure of the protective housing of the present invention;

fig. 3 is a schematic diagram of the structure of the right surface of the protective housing of the present invention.

In the figure: a01 protective housing, A02 electrocardiogram main body, A03 insulating layer, A04 supporting frame body, A05 shock-absorbing spring, A06 frosted bottom plate, A07 connecting bearing, A08 fixing column, A09 pull rope, A10 baffle plate, A11 supporting baffle plate, A12 handle, A13 suspension bracket, A14 fastening screw, A15 wiring connecting port, A16 heat dissipation port, A17 closing door, A18 hinge plate, A19 connecting port and A20 magnetic baffle plate.

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.

Referring to fig. 1-3, a stable electrocardiograph for medical treatment in internal medicine includes a protective housing a01, an electrocardiograph main body a02, an insulating layer a03, a supporting frame a04, a damping spring a05, a frosted bottom plate a06, a connecting bearing a07, a fixing column a08, a pull rope a09, a baffle a10, a supporting partition a11, a handle a12, a hanging bracket a13, a fastening screw a14, a wiring connecting port a15, a heat dissipating port a16, a closing door a17, a hinge plate a18, a connecting port a19 and a magnetic partition a20, an inner wall of the protective housing a01 is connected with the insulating layer a03, a frosted bottom plate a06 is embedded in a bottom end of the protective housing a01, a connecting bearing a07 is arranged on an outer surface of the protective housing a01, fixing columns a08 are fixed on left and right upper ends of the connecting bearing a07, a supporting partition a 36 11 is arranged on an upper end of the protective housing a 36 01, a01 is connected with a magnetic partition 12 a surface of the right end of the protective housing 12 a 36, an electrocardiogram main body A02 is fixed in the middle of the inner side of a protective casing A01, four corner ports of a protective casing A01 are connected with a supporting frame body A04, a semi-enclosed structure is formed between the protective casing A01 and an electrocardiogram main body A02, a protective casing A01 is connected with the electrocardiogram main body A02 through the supporting frame body A04, a protective casing A01 can carry out certain protection work on the electrocardiogram main body A02 to prevent the external environment from influencing the electrocardiogram main body A02, the bottom end of the electrocardiogram main body A02 is connected with a damping spring A05, one end of the damping spring A05 is connected with the protective casing A01, the right side of a gargling groove A05 is connected with a sanitary pool A08, 3 damping springs A05 are arranged in a rectangular structure, the damping springs A05 are equidistantly distributed at the bottom end of the electrocardiogram main body A02, the damping springs A05 can reduce the shake generated when the device is carried, and the electrocardiogram main body A02 can be placed more stably, the left end and the right end of the connecting bearing A07 are connected with a pull rope A09, one side of the pull rope A09 is embedded with a baffle plate A10, the baffle plate A10 and the connecting bearing A07 are integrally arranged, the transverse diameter of the baffle plate A10 is equal to 1.2 times of the transverse diameter of the electrocardiogram body A02, a medical worker can pull the pull rope A09 to enable the baffle plate A10 to lift to a certain degree, so that the baffle plate A10 can perform certain dustproof work on the electrocardiogram body A02, one side of the supporting baffle plate A11 is fixed with a suspension bracket A13, the suspension bracket A13 is connected with the protective shell A01 through a fastening screw rod A14, the connecting mode of the supporting baffle plate A11 and the suspension bracket A13 is welding, the connecting mode of the suspension bracket A13 and the protective shell A01 is in threaded connection, the medical worker can suspend the device at a proper position, the floor area of the device is reduced, the left surface of the protective shell A01 is provided with a connecting port A7377, and the lower end of the connecting port 16 of the connecting, the heat dissipation port A16 penetrates through the outer surface of the protective casing A01 in a circular structure, the heat dissipation port A16 and the wiring connection port A15 are parallel to each other, heat generated by the electrocardiogram main body A02 during operation can be taken out through the heat dissipation port A16, the service life of the electrocardiogram main body A02 is prolonged, the right surface of the protective casing A01 is fixedly provided with a closing door A17, the left side of the closing door A17 is connected with a hinge plate A18, the middle end of the closing door A17 is fixedly provided with the connection port A19, the closing door A17 is connected with the protective casing A01 through the hinge plate A18, the surface area of the closing door A17 is equal to two thirds of the surface area of the protective casing A01, and the closing door A17 facilitates medical personnel to replace detection paper for printed data.

When in use, firstly, medical personnel can keep a patient in a relaxed state, the electrocardiogram main body A02 can carry out certain detection work on the patient, the protection shell A01 is arranged through the device, the protection shell A01 can carry out certain protection work on the electrocardiogram main body A02, the influence of the external environment on the electrocardiogram main body A02 is avoided, the supporting frame body A04 is arranged at the four-corner port of the protection shell A01, so that the connection between the protection shell A01 and the electrocardiogram main body A02 is more stable, the insulating layer A03 can enable the device to have certain insulating function, the phenomenon that static electricity leaked out of the electrocardiogram main body A02 endangers the physical and mental health of a human body is avoided, the damping spring A05 can reduce the shaking generated when the device is carried, the placement of the electrocardiogram main body A02 is more stable, the shielding plate A10 and the connecting bearing A07 are arranged through the device, the medical personnel can pull the A09 to enable the shielding plate A10 to carry out certain lifting, the shutter a10 will thus perform some dust-proof work on the electrocardiogram main body a02, which, when the device is placed on a flat surface, the sanding block a06 will increase the friction between the device and a flat surface, allowing the device to rest securely on a flat surface, with the hanging bracket a13, medical personnel can hang the device in place, reduce the footprint of the device, by the arrangement of the heat dissipation opening A16, the heat generated by the electrocardiogram main body A02 during operation can be taken out through the heat dissipation opening A16, the service life of the electrocardiogram main body A02 is prolonged, after the detection is completed, the medical staff prints and takes out the data detected by the electrocardiogram main body A02 through the connecting port A19, the medical staff can replace the detection paper for printing the data conveniently by closing the door A17, and the magnetic partition plate A20 can be attracted to the outer surface of the protective shell A01, so that the detection paper is prevented from sliding down to the inner side of the protective shell A01.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.