CN210750889U

CN210750889U - Test-sensitive instrument

Info

Publication number: CN210750889U
Application number: CN201920985614.8U
Authority: CN
Inventors: 李春江
Original assignee: Changchun Gh Electronic Co ltd
Current assignee: Changchun Gh Electronic Co ltd
Priority date: 2019-06-27
Filing date: 2019-06-27
Publication date: 2020-06-16
Anticipated expiration: 2029-06-27

Abstract

The utility model discloses a test-sensitive instrument, including first test-sensitive instrument and second test-sensitive instrument, the bottom of first test-sensitive instrument and second test-sensitive instrument imbeds first cover seat and second cover seat one on the other respectively, on first cover seat and the second cover seat with the joint with the fixed side articulated shaft that is provided with in side central authorities of one side, between two side articulated shafts and between the left side of first cover seat and second cover seat articulated respectively have the swing curb plate, the fixed articulated shaft in middle of being provided with of central authorities of swing curb plate, articulated on the middle articulated shaft have the support angle frame, the fixed bottom plate that is provided with between the lower extreme of two support angle frames. The utility model discloses a form that three-dimensional was assembled sets up two examination acuity test appearance respectively, can realize carrying out the cephalo skin test behind the penicillin skin test without alternately, and the desktop area occupied is little, especially for switching examination acuity test appearance, avoids the test wire to take place the winding when switching examination acuity test appearance, and the line parcel that sets up between test head and the examination acuity test appearance joint has the metal to finalize the design the pipe.

Description

Test-sensitive instrument

Technical Field

The utility model relates to a technical field of examination appearance especially relates to an examination appearance ware of multistation.

Background

The existing sensitivity tester is designed and manufactured by utilizing Coulomb's law of ' same-pole repulsion and opposite-pole attraction ' and an ionization principle, and skin test drug ions are ionized by current and then are led into the body, so that various problems caused by acupuncture skin test are fundamentally solved, wherein the tester has the following characteristics:

(1) no damage to tissues and no pain sensation in the skin test process;

(2) a tracking control and fault identification alarm system of the whole process of the skin test is arranged, so that the accuracy and reliability of the skin test are ensured;

(3) the reaction time is greatly shortened;

(4) if a highly sensitive patient is met, the machine can be shut down at any time to stop infiltration, thereby ensuring the safety of the patient.

At present, the company has products with single station, and after the products are put on the market, according to the feedback of clients, the existing sensitivity tester is preferably of a double-test-head structure, but compared with the sensitivity tester with a single test head, the existing sensitivity tester occupies a larger desktop area and is difficult to form multi-station placement, and when one test head is used for carrying out the cephalosporin skin test, the existing sensitivity tester is difficult to operate and recover the other test head which has already tested the penicillin skin test in real time, so that the sensitivity testing efficiency is reduced, and the diagnosis and treatment rooms of a plurality of large hospitals have more patients, the tests need a certain time, the diagnosis and treatment efficiency is lower, the patients and the family members are easy to be irritated in the queuing and waiting process, and if the friction of medical accidents occurs slightly, larger doctor-patient contradictions are easy to generate, for example, a certain child hospital has a good public praise, a great number of patients and family members can queue up in the hospital for diagnosis and treatment, if a medicament to be subjected to skin test is injected, the efficiency of the skin test link is limited, and the efficiency of the whole diagnosis and treatment process is lower, so that the company plans to develop a multi-station sensitivity testing instrument.

SUMMERY OF THE UTILITY MODEL

To the problem that exists above, the utility model provides a test-sensitive appearance ware adopts the form of three-dimensional assembling to set up two test-sensitive appearance respectively, can realize carrying out the cephalo skin test after the penicillin skin test with having no alternately, and desktop area occupied is little, especially for conveniently switching test-sensitive appearance, avoids the test wire to take place the winding when switching test-sensitive appearance, and the line parcel that sets up between test head and the test-sensitive appearance joint has the metal to finalize the design the pipe.

The technical scheme of the utility model lies in:

the utility model provides a sensitivity tester, which comprises a sensitivity tester, a joint head and a test head, wherein the joint head is arranged on the side part of the sensitivity tester, the joint head is connected with the test head, and a metal shaping tube is connected between the joint head and the test head, so that the test head can be shaped and bent relative to the sensitivity tester;

the tester comprises a first tester and a second tester, wherein the bottoms of the first tester and the second tester are respectively embedded into a first sleeve seat and a second sleeve seat which are arranged one above the other, side hinge shafts are fixedly arranged on the first sleeve seat and the second sleeve seat and on the side center of the same side with the joint head, swing side plates are respectively hinged between the side hinge shafts and between the left sides of the first sleeve seat and the second sleeve seat, a middle hinge shaft is fixedly arranged in the center of each swing side plate, a supporting angle frame is hinged on each middle hinge shaft, and a bottom plate is fixedly arranged between the lower ends of the supporting angle frames.

Furthermore, the end parts, close to the swing side plate, of the two side hinge shafts respectively penetrate through the swing side plate, the parts, penetrating out of the swing side plate, of the two side hinge shafts are respectively nested and connected with a first hand nut and a second hand nut in a threaded mode, and the first hand nut and the second hand nut are loosened and loosened, so that the first sleeve seat and the second sleeve seat can manually rotate relative to the swing side plate and are tightly fixed.

Furthermore, the end part of the middle hinge shaft, which is close to the upper end of the supporting angle frame, penetrates through the supporting angle frame respectively, a middle hand-screwed nut is nested and in threaded connection on the part penetrating out of the supporting angle frame, and the middle hand-screwed nut is tightened to enable the swing side plate to rotate manually relative to the supporting angle frame and to be fastened in position.

Furthermore, the first sleeve seat and the second sleeve seat swing back and forth along with the swing side plate, and the lower end face of the first sleeve seat is not in contact with the bottom plate.

Further, it is a plurality of the bottom plate is convex distribution and the lower extreme is equipped with fan-shaped table, the telecentric end of fan-shaped table is the same with the extending direction of test head, and is equipped with a plurality of division board on the fan-shaped table.

The utility model discloses owing to adopted above-mentioned technique, make it compare specific positive beneficial effect with prior art and be:

1. two sensitivity testers are respectively arranged in a three-dimensional assembling mode, so that the cephalosporin skin test can be carried out without crossing after the penicillin skin test, and the occupied area of a table top is small.

2. In order to conveniently switch the sensitivity tester and avoid winding of a test wire when the sensitivity tester is switched, a metal shaping pipe is wrapped on a connecting wire between the test head and the sensitivity tester joint, and two ends of the metal shaping pipe are fixedly connected with the test head and the joint respectively, so that the test head can be bent and shaped by means of the sensitivity tester, and meanwhile, the problem that the test head is easily scattered when being placed in multiple stations can be avoided.

3. In order to further improve the allergy testing efficiency, a plurality of switchable allergy testing instruments are arranged on one fan-shaped table plate, so that the penicillin skin test and the cephalosporin skin test without cross are realized, the safety of a patient can be effectively ensured, the allergy testing efficiency can be improved, and the doctor-patient relationship can be favorably relieved.

Drawings

Fig. 1 is a schematic structural diagram of a first embodiment of the present invention;

fig. 2 is a schematic structural diagram of a second embodiment of the present invention;

fig. 3 is a schematic structural diagram of a third embodiment of the present invention.

In the figure: 1-first sensitivity tester, 101-sensitivity tester, 102-test head, 103-metal sizing tube, 2-joint head, 3-bottom plate, 4-first socket, 5-side hinge shaft, 6-swing side plate, 7-first hand nut, 8-second sensitivity tester, 9-middle hand nut, 10-middle hinge shaft, 11-support angle frame, 12-second hand nut, 13-second socket, 14-second metal sizing tube, 15-second test head, 16-first test head, 17-first metal sizing tube, 18-sector table, 19-partition plate.

Detailed Description

The first embodiment is as follows:

as shown in the accompanying drawing 1, the utility model provides a sensitivity tester, including sensitivity tester 101, joint head 2 and test head 102, sensitivity tester 101's lateral part is equipped with joint head 2, joint head 2 is connected with test head 102, be connected with metal shaping pipe 103 between joint head 2 and the test head 102, but make test head 102 for sensitivity tester 101 design buckle, for current soft line structure, make test head 102 position comparatively fixed, be fit for many sensitivity tester 101 and place the use together, form the multistation sensitivity tester group, avoid the test head to put in disorder in this group.

Example two:

as shown in fig. 2, on the basis of the first embodiment, in order to perform the cefditoren test without crossing after the penicillin skin test, two test-sensitive instruments are respectively provided, namely, a first test-sensitive instrument 1 capable of performing the penicillin skin test and a second test-sensitive instrument 8 capable of performing the cefditoren test, and in order to achieve adjustable switching of the first test-sensitive instrument 1 and the second test-sensitive instrument 8 and reduce the desktop occupation area of the two test-sensitive instruments, a first sleeve seat 4 and a second sleeve seat 13 are provided, wherein the bottoms of the first test-sensitive instrument 1 and the second test-sensitive instrument 8 are respectively embedded and clamped in an upper position and a lower position, side hinge shafts 5 are fixedly provided at the side centers of the first sleeve seat 4 and the second sleeve seat 13 on the same side as the joint head 2, swing side plates 6 are respectively hinged between the two side hinge shafts 5 and between the left sides of the first sleeve seat 4 and the second sleeve seat 13, a middle hinge shaft 10 is fixedly provided at the center of the, the middle articulated shaft 10 is articulated with a supporting angle frame 11, and a bottom plate 3 is fixedly arranged between the lower ends of the two supporting angle frames 11.

In order to realize the position fastening of the first sleeve seat 4 and the second sleeve seat 13 relative to the swing side plate 6, the end parts of the two side hinge shafts 5, which are close to the swing side plate 6, penetrate through the swing side plate 6 respectively, and the parts penetrating out of the swing side plate 6 are respectively nested and in threaded connection with a first hand nut 7 and a second hand nut 12, and the first sleeve seat 4 and the second sleeve seat 13 are manually rotated and fastened relative to the swing side plate 6 through manually loosening and tightening the first hand nut 7 and the second hand nut 12.

In order to realize the position fastening of the swing side plate 6 relative to the support angle frame 11, so that the swing side plate 6 is inclined at a specific position, for example, the lower end faces towards a tested patient, the end parts of the middle hinge shafts 10 close to the upper end of the support angle frame 11 respectively penetrate through the support angle frame 11, the parts penetrating out of the support angle frame 11 are nested and are in threaded connection with a middle hand-screwed nut 9, and the swing side plate 6 is manually rotated relative to the support angle frame 11 and is fastened at a fixed position through manually loosening and tightening the middle hand-screwed nut 9.

According to the structure of the first embodiment of the sensitivity tester, the test head can be divided into the first test head 16 and the second test head 15 correspondingly corresponding to the pair of sensitivity testers formed by the first sensitivity tester 1 and the second sensitivity tester 8, the metal shaping tube is also divided into the first metal shaping tube 17 and the second metal shaping tube 14 correspondingly, when the first test head is used, the middle hand-screwed nut 9 is firstly loosened to rotate the swing side plate 6, the first sensitivity tester 1 and the second sensitivity tester 8 are switched, and the first metal shaping tube 17 and the second metal shaping tube 14 are required to be respectively bent and attached to the front ends of the first sensitivity tester 1 and the second sensitivity tester 8 in the process, so that the first metal shaping tube 17 and the second metal shaping tube 14 are prevented from colliding with the sensitivity tester in the process of switching the first sensitivity tester 1 and the second sensitivity tester 8;

after the swing side plate 6 is rotated to a specific position, for example, after the distribution state of the first sensitivity tester 1 at the front lower part and the second sensitivity tester 8 at the rear upper part is switched to the distribution state of the first sensitivity tester 1 at the rear upper part and the second sensitivity tester 8 at the front lower part, the middle hand-screwed nut 9 is screwed down, and at this time, because the first sensitivity tester 1 and the second sensitivity tester 8 are inclined, in order to align the first sensitivity tester 1 and the second sensitivity tester 8, the first hand-screwed nut 7 and the second hand-screwed nut 12 are respectively loosened, so that the adjustable switching of the first sensitivity tester 1 and the second sensitivity tester 8 can be completed.

Example three:

as shown in fig. 3, on the basis of the second embodiment, in order to further realize the multi-station effect, four bottom plates 3 are distributed in an arc shape, and the lower end of each bottom plate is provided with a fan-shaped table 18, the far end of each fan-shaped table 18 is the same as the extending direction of a test head, and the fan-shaped table 18 is provided with three partition plates 19 to form four stations, so that the test head on each bottom plate 3 faces the direction away from the center of the arc-shaped distribution circle respectively, in short, the fan-shaped table 18 with a fan-shaped plate-shaped structure is used for bearing the four bottom plates 3, four test stations are formed in front of the table, and each station can realize the penicillin skin test and the cefuroxime skin test without intersection, thereby effectively ensuring the safety of patients and improving.

Claims

1. The utility model provides a test-sensitive instrument ware, includes test-sensitive instrument, joint head and test head, the lateral part of test-sensitive instrument is equipped with the joint head, the joint head is connected with test head, its characterized in that: a metal shaping tube is connected between the joint head and the test head, so that the test head can be shaped and bent relative to a sensitivity tester;

2. A sensitivity tester according to claim 1, wherein: the end parts, close to the swing side plate, of the two side hinged shafts respectively penetrate through the swing side plate, the parts, penetrating out of the swing side plate, of the two side hinged shafts are respectively nested and connected with a first hand nut and a second hand nut in a threaded mode, and the first hand nut and the second hand nut are loosened and loosened, so that the first sleeve seat and the second sleeve seat manually rotate relative to the swing side plate and are tightly fixed.

3. A sensitivity tester according to claim 1 or claim 2, wherein: the end part of the middle articulated shaft, which is close to the upper end of the supporting angle frame, penetrates through the supporting angle frame respectively, the part of the middle articulated shaft, which penetrates out of the supporting angle frame, is nested and is in threaded connection with a middle hand-screwed nut, and the middle hand-screwed nut is loosened and loosened, so that the swinging side plate manually rotates relative to the supporting angle frame and is tightly fixed.

4. A sensitivity tester according to claim 3, wherein: the first sleeve seat and the second sleeve seat swing back and forth along with the swing side plate relatively, and the lower end face of the first sleeve seat is not in contact with the bottom plate.

5. A sensitivity tester according to claim 4, wherein: a plurality of the bottom plates are distributed in a circular arc shape, the lower ends of the bottom plates are provided with fan-shaped table plates, the far ends of the fan-shaped table plates are the same as the extension directions of the test heads, and the fan-shaped table plates are provided with a plurality of partition plates.