CN203016959U - Multifunctional human body physiological parameter detecting device - Google Patents
Multifunctional human body physiological parameter detecting device Download PDFInfo
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- CN203016959U CN203016959U CN 201220627474 CN201220627474U CN203016959U CN 203016959 U CN203016959 U CN 203016959U CN 201220627474 CN201220627474 CN 201220627474 CN 201220627474 U CN201220627474 U CN 201220627474U CN 203016959 U CN203016959 U CN 203016959U
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Abstract
The utility model belongs to the technical filed of medical detecting, in particular to a multifunctional human body physiological parameter detecting device. The multifunctional human body physiological parameter detecting device comprises a frame body and a control center arranged inside the frame body, wherein a detecting component which is capable of testing a plurality of human body physiological parameters and in electric connection with the control center and is controlled by the control center. The detecting component comprises a stature detector, a weight electronic scale, a thermometer, a blood pressure detector, an electrocardio body composition detector and a blood oxygen detector, wherein the stature detector is fixedly arranged at the upper end of the frame body and capable of detecting stature, the weight electronic scale is arranged at the bottom end of the frame body and capable of detecting weight, the thermometer is fixedly arranged at the middle position of the frame body and capable of detecting body temperature, the blood pressure detector is capable of detecting blood pressure, the electrocardio body composition detector is capable of detecting heart rates and body compositions, and the blood oxygen detector is capable of detecting blood oxygen. Therefore, a detected person is in the detecting device, the plurality of human body physiological parameters can be detected, and a health assessment form can be acquired, going among several detecting devices is not needed, detecting efficiency is improved, detecting time of the detected person is saved, and the detected person is enabled to receive one-stop convenience service.
Description
Technical field
This utility model belongs to medical detection technology, relates in particular to multifunctional human physiological parameter testing equipment.
Background technology
Along with improving constantly of people's living standard, health problem is also more and more paid close attention to.Like this, with regard to often needing, the physiological parameter of human body is tested, understand the health status of human body, and at present most human body physiological parameter testing equipment is surveyed just to one or two human body physiological parameters detect, like this, the tester needs repeatedly to test different human body physiological parameters with different checkout equipments, and operating process is long and complicated, take time and effort, brought inconvenience to the tester.Simultaneously, can't draw a comprehensive appraisal report, also need the medical personnel of specialty understand judgement, and the queuing of registering of hospital, need delay again tester's plenty of time.
So, for only needing a preliminary crowd who understands health, expend a large amount of time to toss about in bed and wait for test result between each test instrunment, brought great inconvenience to the tester.
The utility model content
Technical problem to be solved in the utility model is to overcome the defective of prior art, multifunctional human physiological parameter testing equipment is provided, the set of this multifunctional human physiological parameter testing equipment the testing equipment of multinomial human parameters, multiple functional, easy to use, can make the tester obtain one-stop service.
This utility model is to realize like this, multifunctional human physiological parameter testing equipment, comprise a framework and the control centre that is placed in described framework, it is characterized in that, be equipped with on described framework by described control centre and control the detection components that can detect multinomial human body physiological parameter, described detection components and described control centre are electrically connected; Described detection components comprise the detected height that is fixedly arranged on described framework upper end the height detector, be located at the body weight electronic scale of the detected body weight of described framework bottom, but be fixedly arranged on the detected temperatures at place in the middle of described framework clinical thermometer, can detect the instrument for measuring blood pressure of blood pressure, the blood oxygen tester that can detect the electrocardio human body component tester of heart rate and human body component and can detect blood oxygen.
Further, upper mounting plate and lower platform that described framework comprises the main body of setting and is individually fixed in top, bottom and the horizontal expansion of described main body, this height detector is fixedly arranged on the upper mounting plate of described framework, described body weight electronic scale is embedded in the lower platform of described framework, and the upper surface of described body weight electronic scale is concordant with plane on described lower platform.
Further, the main body of described framework is spliced by section bar, and described framework has three stratifications that distribute from top to bottom and puts lattice; Lattice are put and towards the tester in the middle level that the test component of described instrument for measuring blood pressure, blood oxygen tester and clinical thermometer is embedded at described framework; The processing unit interval of described instrument for measuring blood pressure, blood oxygen tester and clinical thermometer is located at the bottom of described framework and is put in lattice.
Further, the main body both sides of described framework are respectively equipped with a left plate and a right plate, but the main body back side of described framework is hinged with the rear door assembly of a folding, and the main body front of described framework is equipped with face-piece.
Further, described height detector comprises that one is fixed in the height test module that is electrically connected with described control centre in described upper mounting plate, and the test lead of described height test module exposes the lower surface of described upper mounting plate and over against the tester crown.
Further, described body weight electronic scale comprises that one can be embedded at the fixing head in described lower platform and be placed in the interior pressure transducer of described fixing head.
Further, but described blood oxygen tester comprise one be fixed in described framework and can for finger stretch into detection the box body support, be placed in clamping in described box body support point to measure the blood oxygen folder of blood oxygen index and be located in described box body support with institute blood oxygen clip connect and can control the folding of described blood oxygen folder eccentric wheel assembly.
further, described instrument for measuring blood pressure comprises a bearing, but be rotationally connected with on described bearing and can be driven by this bearing and do the detection cylinder that moves forward and backward and the seat that supplies tester's seating and motorized adjustment lifting, the described cylinder that detects has one and can stretch into for tester's arm and detect and its arrival end is exposed to the detection hole in described framework front, described bearing comprises mount pad and is located under described mount pad, be rotationally connected with described mount pad and can produce the displacement mechanism that moves forward and backward, described mount pad is rotationally connected with on described displacement mechanism by the column spinner that is convexly set in its bottom, described detection cylinder is fixedly connected on described mount pad, described seat is connected in the bottom of described framework.
Further, described control centre comprises the input equipment of image data and the outut device that test result can be exported; This input equipment comprises the monitoring camera that is placed in the upper mounting plate lower surface and is used for the monitoring behaviour in service, be fixedly arranged on described framework mid portion is used for card reader, Fingerprint Identification Unit and the video frequency pick-up head of Recognition test person identity over against the tester; Described outut device comprises and is positioned at described framework mid portion over against tester's man-machine switch and is positioned at the printer of the printable statement-of-health of described man-machine switch below.
Further, be equiped with luminaire in described upper mounting plate, described luminaire is the lamp band; The front side wall of described upper mounting plate is provided with the roll titles screen, and the side of described main body is provided with multimedia advertisement player.
Further, described electrocardio human body component tester comprises the right handle and the left handle that is used for test heart rate and human body component that are used for test heart rate and human body component, described left handle and described right handle are oppositely arranged, described right handle is provided with at least three test electrode sheets, and described left handle is provided with at least two test electrode sheets.
Further, also comprise one can test be checked to electrocardio under the expert instructs by remote medical treatment video lead electrocardiogram test instrument more, the described electrocardiogram test instruments of leading are placed in the drawer box of below of described electrocardio human body component tester more.
compared with prior art, multifunctional human physiological parameter testing equipment in this utility model, integrated multinomial human parameters checkout equipment, height detector and body weight electronic scale are arranged at respectively the two ends up and down of framework, with thermometer body, instrument for measuring blood pressure and blood oxygen tester are arranged at the mid portion of framework, so, the tester enters in this testing equipment, trigger control centre, with regard to the ponderable quantity body weight, measure height, just facing to the mid portion of framework, but just Measure blood pressure and blood oxygen make a stretch of the arm, just can take temperature near forehead, control centre processes the data of above-mentioned measurement, can output test result, and provide one for the health evaluating table of tester's reference, make the tester obtain one-stop service.Like this, the tester just need not to toss about in bed between the Yu Duotai test instrunment, saved tester's detection time, improved detection efficiency, in addition, the health evaluating table that this testing equipment provides can be understood the health status of self for the tester, having saved queues up removes to listen doctor's the solution read time to the detection data, greatly facilitates the tester.
Description of drawings
Fig. 1 is the structural representation of multifunctional human physiological parameter testing equipment in this utility model embodiment;
Fig. 2 is the partial schematic diagram on multifunctional human physiological parameter testing equipment top in this utility model embodiment;
Fig. 3 is the partial schematic diagram of multifunctional human physiological parameter testing equipment mid portion in this utility model embodiment;
Fig. 4 is the decomposing schematic representation of multifunctional human physiological parameter testing equipment in this utility model embodiment;
Fig. 4 a is another decomposing schematic representation of multifunctional human physiological parameter testing equipment in this utility model embodiment;
Fig. 5 is the another decomposing schematic representation of multifunctional human physiological parameter testing equipment in this utility model embodiment;
Fig. 6 be in Fig. 1 body weight electronic scale be installed on partial schematic sectional view in lower platform;
Fig. 7 is the decomposing schematic representation of body weight electronic scale in Fig. 6;
Fig. 8 is the structural representation of instrument for measuring blood pressure in Fig. 1;
Fig. 9 is the structural representation of the bearing of instrument for measuring blood pressure in Fig. 8;
Figure 10 is the local mounting structure schematic diagram of blood oxygen tester in Fig. 1;
Figure 11 is the decomposing schematic representation of blood oxygen tester in Figure 10;
Figure 12 is the local enlarged diagram of blood oxygen tester in Figure 10;
Figure 13 is the local mounting structure schematic diagram of electrocardio human body component tester in Fig. 1;
Figure 14 is the structural representation of the left handle of electrocardio human body component tester in Figure 13;
Figure 15 is the structural representation of the right handle of electrocardio human body component tester in Figure 13.
Description of reference numerals:
1 framework 2211 cavitys
2 detection components 2212 installation gaps
11 main body 2213 blocks
12 upper mounting plate 2214 rosettees
13 lower platform 2215 flat lamp
14 put lattice 2216 pressure transducers
21 lamp band 241 bearings
22 body weight electronic scales 242 detect cylinder
23 clinical thermometers 243 detect the hole
24 instrument for measuring blood pressure 2411 mount pads
25 blood oxygen tester 2412 displacement mechanisms
26 electrocardio human body component tester 2413 column spinners
31 card reader 251 box body supports
32 Fingerprint Identification Unit 252 blood oxygen folders
33 video frequency pick-up head 253 eccentric wheel assemblies
34 printer 254 baffles
35 man-machine switch 255 moving-members
111 left plate 2521 upper clamp slices
112 right plate 2522 times cards
113 rear door assembly 2531 motors
114 face-piece 2532 eccentric cams
115 front door assembly 2551 guide rails
116 upper connecting rod 2552 slide blocks
117 lower connecting rod 2553 gears
The 118 left handles of top stator 261
The 1151 right handles of Qianmen fixture 262
1152 Qianmen body 1153 sealed doors
121 monitoring cameras 2611 are installed base portion
122 Decorative lamp belt 2612 curved portions
123 multimedia advertisement player 2,613 first electrode slices
124 roll titles screen 2,614 second electrode slices
141 top layers are put lattice 2621 assembling base portions
143 bottoms are put lattice 2623 third electrode sheets
211 human body sensing device 2624 the 4th electrode slices
212 height test module 2625 the 5th electrode slices
221 fixing head 244 seats
222 glass plates more than 27 are led electrocardiogram test instrument
223 deckboard 271 drawer boxes
The specific embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, this utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explaining this utility model, and be not used in restriction this utility model.
Below in conjunction with concrete accompanying drawing, realization of the present utility model is described in detail.
As shown in Fig. 1 ~ 2, this utility model provides multifunctional human physiological parameter testing equipment, comprise a framework 1 and be placed in described framework 1 and also can provide the control centre of test result, be equipped with on described framework 1 by the detection components 2 of described control centre control for detection of multinomial human body physiological parameter, described detection components 2 is electrically connected with described control centre; Described detection components 2 comprise the detected height that is fixedly arranged on described framework 1 upper end the height detector, be located at the body weight electronic scale 22 of the detected body weight of described framework 1 bottom, but be fixedly arranged on the detected temperatures at place in the middle of described framework clinical thermometer 23, can detect blood pressure instrument for measuring blood pressure 24, can detect the blood oxygen tester 25 of blood oxygen.So, when the tester uses this multifunctional human physiological parameter testing equipment, trigger control centre, with regard to the ponderable quantity body weight, measure height, just facing to the mid portion of framework, but make a stretch of the arm just Measure blood pressure and blood oxygen, just can take temperature near forehead, control centre processes the data of above-mentioned measurement, can output test result, and printing test person's statement-of-health, and provide one for the health evaluating table of tester's reference, make the tester obtain one-stop service.Like this, the tester just need not to toss about in bed between the Yu Duotai test instrunment, saved tester's detection time, improved detection efficiency, in addition, the health evaluating table that this testing equipment provides can be understood the health status of self for the tester, having saved queues up removes to listen doctor's the solution read time to the detection data, greatly facilitates the tester.
Particularly, this clinical thermometer 23 uses the infrared temperature probe to carry out the volume temperature measurement.All temperature all can be according to the infrared energy of the height emission certainty ratio of itself temperature higher than the object of absolute zero.Because the size of emittance and the distribution of wavelength thereof have corresponding relation with the surface temperature of thermal objects, be that human body temperature is in the time of 36 ~ 37 ℃, the infrared wavelength of radiation is usually between 9 ~ 13 μ m, just can be by measuring accurately the surface temperature of human body forehead according to this principle, the temperature difference of revising simultaneously forehead and actual body temperature just can show body temperature accurately.Start described control centre, enter " measurement of bldy temperature " interface, forehead is aimed at infrared temperature probe, forehead and probe apart within 10cm.Click " body temperature " button, namely complete measurement of bldy temperature one time.So, simple and convenient and test result accurately and reliably.
Particularly, shown in Figure 1, upper mounting plate 12 and lower platform 13 that described framework 1 comprises the main body 11 of setting and is individually fixed in top, bottom and the horizontal expansion of described main body 11.As shown in Figure 2, this height detector is fixedly arranged in the upper mounting plate 12 of described framework 1.As shown in Figure 4, described body weight electronic scale 22 is embedded in the lower platform 13 of described framework 1, and the upper surface of described body weight electronic scale 22 is concordant with plane on described lower platform 13.So, rationally utilize the space structure of main body 11 upper and lower sides, described height detector and described body weight electronic scale 22 have been installed on respectively on upper mounting plate 12 and lower platform 13, made whole compact equipment.
Particularly, more as shown in Figure 2, described height detector comprises that one is fixed in the height test module 212 that is electrically connected with described control centre in described upper mounting plate 12.The lower surface that these height test module 212 test leads expose described upper mounting plate 12 is over against the tester crown, and it is by the position on the ultrasonic sensing human body crown.In practical application, described height test module 212 continues to send ultrasound wave, produces echo when ultrasound wave touches the human body crown, and this height test module 212 receives this echo, calculates the time difference between this echo and ultrasound wave, thereby measures the height of human body.In concrete the use, start described control centre, enter " height measurement " interface, the tester stands in position corresponding with described height test module 212 on described lower platform 13, keeps body erect, and eyes are looked squarely the place ahead.Usually, position corresponding with described height test module 212 on described lower platform 13 also can draw " footprint " pattern, can very clearly indicate human body the stand position of weighing, is convenient to the tester and finds fast and accurately test position.
Preferably, also be provided with a human body sensing device 211 on described upper mounting plate 12.This human body sensing device 211 abuts described height test module 212.The lower surface of this upper mounting plate 12 is exposed in the test side of this human body sensing device 211, and surveyed area has covered lower platform 13.This human body sensing device 211 detects the tester and whether is arranged in this testing equipment.Be arranged in this testing equipment when human body sensing device 211 detects the tester, power on and make it to be in holding state namely for each testing equipment, otherwise each testing equipment be in off-position.So, can reduce consumption and the waste of the energy, save operation cost.
Particularly, referring to Fig. 6, described body weight electronic scale 22 comprises that one can be embedded at the fixing head 221 in described lower platform 13 and be placed in the pressure transducer 2216 in described fixing head and be covered in glass plate 222 and deckboard 223 on described pressure transducer 2216.Described body weight electronic scale 22 is hidden by described fixing head 221 and is embedded in described lower platform 13, makes body weight electronic scale 22 not be exposed to the outside, has saved the space.Preferably, this pressure transducer 2216 is high-precision pressure sensor.This pressure transducer 2216 can convert pressure to the signal of telecommunication by circuit, thereby detects human body weight.In concrete the use, start described control centre, enter " measured body weight " interface.The tester stand on described each pressure transducer 2216 the center directly over, keep body erect motionless.The gravity center of human body drops on the center of each pressure transducer 2216, thereby measures exactly body weight.Pressure transducer 2216 converts the pressure signal that detects to the signal of telecommunication, can obtain tester's body weight.Preferably, the pressure transducer 2216 in this utility model is set to four, is upright and arranges.Certainly, according to actual needs, pressure transducer 2216 can be arranged a plurality of and arrange in certain sequence, a center of gravity that makes the tester perhaps being set getting final product directly over dropping on it.
Particularly, shown in Figure 7, be provided with the cavity 2211 of a upper opening in the middle of described fixing head 221, offer a plurality of installation gaps 2212 on the periphery of described cavity, be connected with on described installation gap 2212 for support fixing circuit board rosette 2214, described wiring board is placed on this rosette 2214.In actual fabrication, hollow out in the middle of rosette 2214, utilize the upper feet corresponding with described installation gap 2212 that arranges of its periphery, the block 2213 of the upper-lower position by a plurality of restriction wiring boards is installed and is positioned on described fixing head 221, better find test bit for ease of the tester, hollow out the place in the middle of described rosette 2214, be provided with a flat lamp 2215.Wiring board is fixed on described rosette 2214, and glass plate 222 is packaged in it in cavity 2211 of described fixing head 221.
When rosette 2214 is placed on described cavity 2211 when interior, the pressure transducer 2216 that rosette 2214 peripheries stretch out just is stuck in the space of the below of block 2213, thereby the upper-lower position of rosette 2214 is fixed in restriction, and space-saving use amount to greatest extent.
Further, the upper surface place of described glass plate 222 can be used for the position of test body weight, the standing place with test height is made as same position, i.e. above-mentioned " footprint " pattern place of being provided with.So, the tester can realize the test of height and body weight in same position, reduces tester's health adjustment, convenient operation, and detection efficiency is high.
Particularly, referring to Fig. 4 and shown in Figure 5, the main body 11 of described framework 1 is spliced by section bar, and described framework 1 has three stratifications that distribute from top to bottom and puts lattice 14; The test component of described instrument for measuring blood pressure 24, blood oxygen tester 25 and clinical thermometer 23 is fixedly arranged on the middle level of described framework 1 and puts in lattice 142 and expose an end by the front of described main body 11, towards the tester; The processing unit interval of described instrument for measuring blood pressure 24, blood oxygen tester 25 and clinical thermometer 23 is fixedly arranged on the bottom of described framework 1 and puts in lattice 143.In the present embodiment, it is vacant that top layer is put lattice 141.Heavier described processing unit is placed in bottom and puts in lattice 143, and described test component is placed in the middle level and puts in lattice 142, and the front of exposing described main body 11 can be for the tester.So, the main weight of this testing equipment concentrates on the bottom, and whole stability is high, and be convenient to the tester and detect at place in the middle of test component is positioned at.In actual fabrication, described main body 11 split manufacturings can be adopted removably form installation connection, so, can improve manufacturing efficient, and be beneficial to installation and transportation, be convenient to regular maintenance.
Particularly, described blood oxygen tester 25 is used for measuring arterial oxygen saturation, the namely percentage ratio of HbO2 Oxyhemoglobin sum.As Figure 10 to shown in Figure 12, but described blood oxygen tester 25 comprise one be fixed in described framework 1 and can for finger stretch into detection box body support 251, be placed in clamping in described box body support 251 point to measure the blood oxygen folder 252 of blood oxygen index and be located in described box body support 251 with described blood oxygen folder 252 butts and can control 252 foldings of described blood oxygen folder eccentric wheel assembly 253.Described blood oxygen folder 252 is formed by a torsion spring is hinged by the upper clamp slice 2521 that is oppositely arranged and lower card 2522, and wherein said lower card 2522 is fixed on described box body support 251.Described upper clamp slice 2521 can be relative to rotating with described lower card 2522 hinged places.Also be provided with the inductive transducer (not shown) whether finger sensing is put on blood oxygen tester 25.Described eccentric wheel assembly 253 comprises that one can compress described blood oxygen folder 252 and with the eccentric cam 2532 of its folding, and is used for driving the motor 2531 that this eccentric cam 2532 rotates.On this blood oxygen tester 25; also be provided with one for the protection of described blood oxygen folder 252 and can will point the baffle 254 of the port closed that stretch on described box body support 251; this baffle 254 is connected on a moving-member 255; can drive described baffle 254 by this moving-member and move, thus the port closed that the finger of described box body support 251 is stretched into or open.This moving-member 255 comprises that one is placed in the guide rail 2551 of described box body support 251 belows; be slidedly arranged on slide block 2552 and a gear 2553 in described guide rail 2551; described slide block 2552 is a tooth bar; with described gear 2553 engagements; described baffle 254 is fixedly connected on described slide block 2552; drive described slide block 2552 by the rotating of this gear 2553 and move forward and backward, thereby realize baffle 254 sealings or open the port that the finger of box body support 251 stretches into.In actual the detection, blood oxygen test process is such: start control centre, click the oxygen saturation measurement button.Then, the equipment of oxygen saturation measurement will move, and first opens baffle 254, described motor 2531 drives eccentric 2532 and rotates, make its protuberance compress the upper clamp slice 2521 of described blood oxygen folder 252, it is rotated relative to described lower card 2522, thereby open described blood oxygen folder 252; Then, finger is put into blood oxygen folder 252 (being generally ten fingers or middle finger), when blood oxygen tester 25 is sensed finger and is in place by inductive transducer after, blood oxygen folder 252 closes, and begins to measure, and measurement is completed, blood oxygen folder 252 opens automatically, and the tester extracts finger out and gets final product.So, do not need to be equipped with medical personnel and just can detect blood oxygen, simultaneously, by this baffle 254, guaranteed that blood oxygen tester 25 is difficult for contaminated, improved the reliability of test.
Particularly, this instrument for measuring blood pressure 24 is realized the non-invasive blood pressure measurement according to succusion.As Fig. 4 a, Fig. 8 and shown in Figure 9, described instrument for measuring blood pressure 24 comprises a bearing 241 and is rotationally connected with on described bearing 241 and can drives the detection cylinder 242 that work moves forward and backward by this bearing 241, but and the seat 244 that supplies tester's seating and motorized adjustment lifting, described seat 244 is connected with a drive motors (not shown), this drive motors can drive described seat 244 and move up and down on vertical direction, so, tester to different heights, the test height an of the best can be provided, guarantee the accuracy of test data.The described cylinder 242 that detects has one and can stretch into for tester's arm and detect and its arrival end is exposed to the detection hole 243 in described framework 1 front, described bearing 241 comprises mount pad 2411 and is located at described mount pad 2411 times, is rotationally connected and can produces the displacement mechanism 2412 that moves forward and backward with described mount pad 2411, described mount pad 2411 is rotationally connected with on described displacement mechanism 2412 by the column spinner 2413 that is convexly set in its bottom, and described detection cylinder 242 is fixedly connected on described mount pad 2411.Described seat 244 is connected in the bottom of described framework 1.So, this displacement mechanism 2412 can drive described mount pad 2411 and move forward and backward, described mount pad 2411 can be relative to rotating for displacement mechanism 2412, like this, just can be according to the arm of different length, make the position adjustments that adapts, thereby better the tester is tested, improved the precision of test.
In the present embodiment, this instrument for measuring blood pressure 24 adopts the segmentation inflation, but not disposable inflation reaches 300mmHg.Guarantee the precision of test, removed tester's nervous sense of discomfort.During actual the detection, the tester puts into described detections cylinder 242 with arm by described detection hole 243, guarantee arm be put into fully detect cylinder 242 interior after, the adjustment sitting posture; Start control centre, enter corresponding measurement interface, click and begin to measure button, can automatically carry out one time blood pressure measurement.So, simple to operation, needn't be equipped with medical personnel, saved human cost.
As Fig. 1 and shown in Figure 13, this testing equipment also is provided with electrocardio human body component tester 26, and this electrocardio human body component tester 26 is positioned at the middle place of described main body 11, comprises left handle 261 and right handle 262 that the left and right is oppositely arranged.
Through research, tissue and body fluid around heart can conduct electricity, and human body can be regarded as thus to be one and to have length and width, thick tridimensional volume conductor.Heart cans be compared to power supply, and body surface can be conducted and be reflected to the summation that countless Single Cardiac Cells change.Exist potential difference between a lot of points of body surface, it is to wait electricity without potential difference each other that a lot of points are also arranged.Heart is in each cardiac cycle, and is in succession excited by pacemaker, atrium, ventricle, is accompanied by bioelectric variation, and these bioelectric variations are called electrocardio.By the test electrocardio, just can know the physiological situation of human heart, be convenient to the tester and understand health status.
As shown in figure 14, left handle 261 comprises to be installed base portion 2611 and is convexly set in the curved portions 2612 of installing on base portion 2611, and described left handle 261 is provided with for the first electrode slice 2613 of testing human composition and is used for testing cardiac electrical the second electrode slice 2614.This first electrode slice 2613 and the second electrode slice 2614 all are located at the middle part of curved portions 2612, make the tester hold left handle 261 time can touch each electrode slice.
As shown in figure 15, right handle 262 comprises assembling base portion 2621 and is convexly set in the arc body 2622 of assembling on base portion 2621, and described right handle 262 is provided with for the third electrode sheet 2623 of testing human composition and is used for testing cardiac electrical the 4th electrode slice 2624 and the 5th electrode slice 2625.This third electrode sheet 2623, the 4th electrode slice 2624 and the 5th electrode slice 2625 all are located at the middle part of arc body 32, the holding right handle 262 and can touch each electrode slice of tester like this, thus can test.
In the present embodiment, it is to utilize bioimpedance to measure the compositions such as human body body fat percentage, body fat weight, stress level and heart rate variability for electrocardio human body component tester 26, and can carry out multi-frequency, multi-segmental Measurement and analysis accurately.The human test's device that utilizes this utility model to provide, tester's left hand and right hand is once tested as long as hold respectively the left and right handle, namely can measure two kinds of human parameterss of human body composition and electrocardio, convenient and swift, can improve the efficient of test, also improved to a certain extent medical efficient.
Certainly, the chip position on the handle of left and right being exchanged, is also to realize equally the test of human body composition and electrocardio.That is, have at least a slice to be used for the testing human composition in each electrode slice that right handle 262 is provided with, all the other are used for the test electrocardio, in each electrode slice that left handle 261 is provided with, have at least a slice to be used for test and are used for the testing human composition.Or left handle 261 is used for separately test electrocardio or human body component; Or right handle 262 is used for separately test electrocardio or human body component; Also feasible.So, make the test of special population also become easy and convenient, only need work as of holding in tight its middle left and right handle as one-armed crowd and can test electrocardio and human body component.
Further, as shown in Figure 3 and Figure 4, multifunctional human physiological parameter testing equipment also comprise one can test be checked to electrocardio under the expert instructs by remote medical treatment video lead electrocardiogram test instrument 27 more.The below of described electrocardio human body component tester 26 is arranged with a drawer box 271 that can be accommodated in framework 1.Lead electrocardiogram test instrument 27 described is placed in described drawer box 271 more.Lead electrocardiogram test instrument 27 described more and comprise many test leads and test patch.When not using this test to lead electrocardiogram test instrument 27, it can be accommodated in described drawer box 271 more.Check the test electrocardio as a result the time when needs, can extract this drawer box 271 out, take out and to lead electrocardiogram test instrument 27 more and use.So structural design, save usage space, increased the test function of this equipment.The profile that neither affects equipment is seen, and provides again in one and has checked the cardiac electrical effective way of test to the tester.
Particularly, goodbye Fig. 4 and shown in Figure 5, main body 11 both sides of described framework 1 are respectively equipped with a left plate 111 and a right plate 112, but main body 11 back sides of described framework 1 are hinged with the rear door assembly 113 of a folding, and main body 11 fronts of described framework 1 are equipped with face-piece 114.The longitudinal section of described face-piece is S-shaped.The test sets such as described instrument for measuring blood pressure 24, blood oxygen tester 25, clinical thermometer 23 can be covered in described expanded letter 1 by this face-piece 114, guarantee to use the attractive in appearance of interface.As shown in Figure 3, described left plate 111 and described right plate 112 are connected and fixed the top of left plate 111 and right plate 112 and bottom respectively by upper connecting rod 116 and lower connecting rod 117 and are integrated.And be fixedly connected with top stator 118 in the top of left plate 111 and right plate 112, upper mounting plate 12 is fixedly connected on the top of described main body 11 by this top stator 118.So, by the rear door assembly 113 that is articulated in the back side, can improve on the one hand the overall structure stability of this testing equipment, the back side of described main body 11 can be opened on the other hand, easy access is safeguarded.
Further, as shown in Fig. 4 a, between the external part of described upper mounting plate 12 and lower platform 13, be provided with front door assembly 115, the sealed door 1153 that front door assembly 115 comprises Qianmen body 1152, is arranged at the Qianmen fixture 1151 of its bottom and is articulated in body both sides, described Qianmen.Described Qianmen body 1152 is a frame-shaped construction.Preferably, described sealed door 1153 is provided with two fans and is glass door, and described sealed door 1153 can rotate around described Qianmen body 1152 and form a space that is hedged off from the outer world.Like this, when the tester tests, have a private space in individual this equipment, can alleviate tester's test mental status, make test structure more accurate.Certainly, also can have more the actual installation needs, select other materials to make this sealed door 1153.In the present embodiment, first Qianmen fixture 1151 is connected on institute's lower platform 13, then by locking member, top and the bottom of this front door assembly 115 is locked with upper mounting plate 12 and lower platform 13 respectively.So, can provide a comparatively space of secret to the tester on the one hand by this front door assembly 115, keep out the wind and take shelter from rain, eliminate tester's nervous psychology, be convenient to tester's test; On the other hand, this front door assembly 115 connects as one the external part of upper mounting plate 12 and lower platform 13, has improved the stability in the large of this testing equipment.
Particularly, described control centre comprises the input equipment of image data and the outut device that test result can be exported; This input equipment comprises that being placed in upper mounting plate 12 lower surfaces is used for the monitoring camera 121 of monitoring behaviour in service and is fixedly arranged on described framework 1 mid portion being used for card reader 31, Fingerprint Identification Unit 32 and the video frequency pick-up head 33 of Recognition test person identity over against the tester; Described outut device comprises and is positioned at described framework 1 mid portion over against tester's man-machine switch 35 and is positioned at the printer 34 of described man-machine switch 35 belows.Described printer 34 printable testers' statement-of-health.Described man-machine switch 35 is between described left handle 261 and right handle 262.So, be convenient to realize the full-automation of equipment Inspection, and to the automatic monitoring of equipment, avoid equipment by malicious sabotage, be convenient to equipment control and safeguard, extended the service life of equipment.
Described control centre also comprises video module with remote medical treatment video function, the background test data can be carried out the management analysis module that health control analyzes and test report can be sent to the sending module of tester's mobile phone or mailbox.When the tester thinks that the result of test has when abnormal, can by this screen module in the medical practitioner long-distance video, retest under the guidance of medical practitioner.Think that as the tester electrocardio test data has extremely, can pass through this video module, with medical practitioner long-distance video line, take out the electrocardiogram test instrument of leading that is positioned at the below more, under the guidance of medical practitioner, proper operation should be led electrocardiogram test instrument more and again check test electrocardio result.Like this, greatly facilitate tester's the test to himself every physiological parameter, and know fast and accurately health status, implement corresponding measure and keep fit thereby be beneficial to the tester.
Particularly, as shown in Figures 2 and 3, also be equiped with luminaire in described upper mounting plate 12, described luminaire is lamp band 21.Described lamp band 21 is embedded in described upper mounting plate 12, and this lamp band 21 is placed in the top of described human body sensing device 211, and its illuminating ray from top to bottom covers the test space of this testing equipment.Like this, under the not good environment of illumination, this lamp band 21 can provide a better test environment to the tester, alleviates tester's intense strain, makes test result more accurate.The front side wall of described upper mounting plate 12 is provided with roll titles screen 124, and the side of described main body 11 is provided with multimedia advertisement player 123.So, tester's operation detection is convenient in needed illumination when described testing equipment test can be provided.Roll titles screen 124 and multimedia advertisement player 123 on it can be used for advertisement promotion, can bring certain economic profit, can realize the profit maximization of this equipment.
Further, 12 Decorative lamp belts 122 that also have been sticked on described upper mounting plate.This Decorative lamp belt 122 is positioned at the junction of described upper mounting plate 12 and described framework 1.So, can increase the aesthetic feeling of this equipment, be convenient to simultaneously the tester, in the time of in the distance, can know as early as possible its position, be convenient to the tester and use.
The above is only preferred embodiment of the present utility model; not in order to limit this utility model; all any modifications of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.
Claims (12)
1. multifunctional human physiological parameter testing equipment, comprise a framework and the control centre that is placed in described framework, it is characterized in that, be equipped with on described framework by described control centre and control the detection components that can detect multinomial human body physiological parameter, described detection components and described control centre are electrically connected; Described detection components comprise the detected height that is fixedly arranged on described framework upper end the height detector, be located at the body weight electronic scale of the detected body weight of described framework bottom, but be fixedly arranged on the detected temperatures at place in the middle of described framework clinical thermometer, can detect the instrument for measuring blood pressure of blood pressure, the blood oxygen tester that can detect the electrocardio human body component tester of heart rate and human body component and can detect blood oxygen.
2. multifunctional human physiological parameter testing equipment according to claim 1, it is characterized in that: upper mounting plate and lower platform that described framework comprises the main body of setting and is individually fixed in top, bottom and the horizontal expansion of described main body, this height detector is fixedly arranged on the upper mounting plate of described framework, described body weight electronic scale is embedded in the lower platform of described framework, and the upper surface of described body weight electronic scale is concordant with plane on described lower platform.
3. multifunctional human physiological parameter testing equipment according to claim 1, it is characterized in that: the main body of described framework is spliced by section bar, and described framework has three stratifications that distribute from top to bottom and puts lattice; Lattice are put and towards the tester in the middle level that the test component of described instrument for measuring blood pressure, blood oxygen tester and clinical thermometer is embedded at described framework; The processing unit interval of described instrument for measuring blood pressure, blood oxygen tester and clinical thermometer is located at the bottom of described framework and is put in lattice.
4. according to claim 2 or 3 described multifunctional human physiological parameter testing equipments, it is characterized in that: the main body both sides of described framework are respectively equipped with a left plate and a right plate, but the main body back side of described framework is hinged with the rear door assembly of a folding, and the main body front of described framework is equipped with face-piece.
5. multifunctional human physiological parameter testing equipment according to claim 1, it is characterized in that: described height detector comprises that one is fixed in the height test module that is electrically connected with described control centre in described upper mounting plate, and the test lead of described height test module exposes the lower surface of described upper mounting plate and over against the tester crown.
6. multifunctional human physiological parameter testing equipment according to claim 1 is characterized in that: described body weight electronic scale comprises that one can be embedded at the fixing head in described lower platform and be placed in pressure transducer in described fixing head.
7. multifunctional human physiological parameter testing equipment according to claim 1 is characterized in that: but described blood oxygen tester comprise one be fixed in described framework and can for finger stretch into detection the box body support, be placed in clamping in described box body support point to measure the blood oxygen folder of blood oxygen index and be located in described box body support with institute blood oxygen clip connect and can control the folding of described blood oxygen folder eccentric wheel assembly.
8. multifunctional human physiological parameter testing equipment according to claim 1, it is characterized in that: described instrument for measuring blood pressure comprises a bearing, but be rotationally connected with on described bearing and can be driven by this bearing and do the detection cylinder that moves forward and backward and the seat that supplies tester's seating and motorized adjustment lifting, the described cylinder that detects has one and can stretch into for tester's arm and detect and its arrival end is exposed to the detection hole in described framework front, described bearing comprises mount pad and is located under described mount pad, be rotationally connected with described mount pad and can produce the displacement mechanism that moves forward and backward, described mount pad is rotationally connected with on described displacement mechanism by the column spinner that is convexly set in its bottom, described detection cylinder is fixedly connected on described mount pad, described seat is connected in the bottom of described framework.
9. multifunctional human physiological parameter testing equipment according to claim 1 is characterized in that: described control centre comprise image data input equipment and can be with the outut device of test result output; This input equipment comprises the monitoring camera that is placed in the upper mounting plate lower surface and is used for the monitoring behaviour in service, be fixedly arranged on described framework mid portion is used for card reader, Fingerprint Identification Unit and the video frequency pick-up head of Recognition test person identity over against the tester; Described outut device comprises and is positioned at described framework mid portion over against tester's man-machine switch and is positioned at the printer of the printable statement-of-health of described man-machine switch below.
10. multifunctional human physiological parameter testing equipment according to claim 1, it is characterized in that: be equiped with luminaire in described upper mounting plate, described luminaire is the lamp band; The front side wall of described upper mounting plate is provided with the roll titles screen, and the side of described main body is provided with multimedia advertisement player.
11. multifunctional human physiological parameter testing equipment according to claim 1, it is characterized in that: described electrocardio human body component tester comprises the right handle and the left handle that is used for test heart rate and human body component that are used for test heart rate and human body component, described left handle and described right handle are oppositely arranged, described right handle is provided with at least three test electrode sheets, and described left handle is provided with at least two test electrode sheets.
12. according to claim 5-11 described multifunctional human physiological parameter of any one testing equipments, it is characterized in that: also comprise one can test be checked to electrocardio under the expert instructs by remote medical treatment video lead electrocardiogram test instrument more, the described electrocardiogram test instruments of leading are placed in the drawer box of below of described electrocardio human body component tester more.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220627474 CN203016959U (en) | 2012-11-23 | 2012-11-23 | Multifunctional human body physiological parameter detecting device |
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| CN 201220627474 CN203016959U (en) | 2012-11-23 | 2012-11-23 | Multifunctional human body physiological parameter detecting device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102988053A (en) * | 2012-11-23 | 2013-03-27 | 深圳市倍泰健康测量分析技术有限公司 | Multifunctional human physiological parameter testing device |
| CN105997023A (en) * | 2016-05-04 | 2016-10-12 | 陈歆 | Medical combined device |
| CN108398177A (en) * | 2018-04-10 | 2018-08-14 | 西安蒜泥电子科技有限责任公司 | The 3D anthropometric scanning equipment of Weighing module is set in a kind of |
| WO2019231421A3 (en) * | 2018-03-19 | 2020-01-02 | Merim Tibbi Malzeme San.Ve Tic. A.S. | A position determination mechanism |
-
2012
- 2012-11-23 CN CN 201220627474 patent/CN203016959U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102988053A (en) * | 2012-11-23 | 2013-03-27 | 深圳市倍泰健康测量分析技术有限公司 | Multifunctional human physiological parameter testing device |
| CN102988053B (en) * | 2012-11-23 | 2015-02-11 | 深圳市倍泰健康测量分析技术有限公司 | Multifunctional human physiological parameter testing device |
| CN105997023A (en) * | 2016-05-04 | 2016-10-12 | 陈歆 | Medical combined device |
| WO2019231421A3 (en) * | 2018-03-19 | 2020-01-02 | Merim Tibbi Malzeme San.Ve Tic. A.S. | A position determination mechanism |
| CN108398177A (en) * | 2018-04-10 | 2018-08-14 | 西安蒜泥电子科技有限责任公司 | The 3D anthropometric scanning equipment of Weighing module is set in a kind of |
| CN108398177B (en) * | 2018-04-10 | 2020-04-03 | 西安维塑智能科技有限公司 | Three-dimensional human body scanning equipment with built-in weighing module |
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