CN203953664U - A kind of Human Height body weight automatic measuring instrument - Google Patents
A kind of Human Height body weight automatic measuring instrument Download PDFInfo
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- CN203953664U CN203953664U CN201420366040.3U CN201420366040U CN203953664U CN 203953664 U CN203953664 U CN 203953664U CN 201420366040 U CN201420366040 U CN 201420366040U CN 203953664 U CN203953664 U CN 203953664U
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- 230000037396 body weight Effects 0.000 title claims abstract description 27
- 238000005303 weighing Methods 0.000 claims abstract description 65
- 238000004891 communication Methods 0.000 claims abstract description 18
- 230000005484 gravity Effects 0.000 claims description 16
- 229910000831 Steel Inorganic materials 0.000 claims description 5
- 239000010959 steel Substances 0.000 claims description 5
- 238000012360 testing method Methods 0.000 abstract description 47
- 238000006243 chemical reaction Methods 0.000 description 9
- 238000007651 thermal printing Methods 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 2
- 230000033001 locomotion Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 1
- 238000011156 evaluation Methods 0.000 description 1
- 238000005259 measurement Methods 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 238000004321 preservation Methods 0.000 description 1
- 239000007858 starting material Substances 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
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- 238000002604 ultrasonography Methods 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
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Abstract
This utility model relates to a kind of Human Height body weight automatic measuring instrument, and it comprises vertical column I, lower vertical column II and weighing platform III tri-parts.This tester is switched to child mode from adult's test pattern, simple to operate, can control by the button below display floater, also can realize by the control of PC test interface, so just can compatible independently equipment operating pattern and the control of host computer test interface.Result and the data of this tester test, both may be displayed on the display floater that this equipment carries, and also can upload to PC backstage by communication interface, so that the backup of data is filed simultaneously; If there is no the PC on backstage, also configured thermal printer simultaneously, can print relevant test result information, convenient and easy.
Description
[technical field]
This utility model belongs to a kind of check-up equipment.More specifically, this utility model relates to a kind of for the Human Height body weight automatic measuring instrument of being grown up and child's basic parameter is measured.
[background technology]
Human Height body weight automatic measuring instrument in the market, as ultrasonic body height and weight automatic measuring instrument, touch type Human Height body weight automatic measuring instrument, wherein ultrasound wave mode measuring instrument is because the factor that the velocity of sound is subject to temperature impact and human body head hair causes the error of height data larger, so touch type measuring instrument still has larger advantage aspect precision.
At present, touch type measuring instrument is not the equipment for adult or child substantially, even the same testing equipment of the unified use of adult and child is all first to measure body weight W (kg) and height L (m) when test, calculate again human body " body index " (BMI, BMI=W/L
2), BMI is internationally recognized, optimal health evaluating numerical value.Adopt while surveying high equipment like this, because children population height is generally lower than adult's height, when measuring, the touching the increase of baffle plate shift motion and can cause the waiting time to extend of touching head.If produce the special relevant device for child or adult, or can only test adult, or can only test child, must cause the waste of equipment or increase its cost of investment.Especially in the more place of personnel, the intensive place such as the personnel such as hospital, school, MEC needs more testing equipment to meet the requirement of test.The classification problem that this has just caused increasing of equipment and has tested crowd.
[utility model content]
[technical problem that will solve]
The purpose of this utility model is to provide a kind of Human Height body weight automatic measuring instrument.
[technical scheme]
This utility model is achieved through the following technical solutions.
This utility model relates to a kind of Human Height body weight automatic measuring instrument, and it comprises vertical column I, lower vertical column II and weighing platform III, cathetometer number encoder device 9 is installed in upper vertical column I upper end and is touched baffle plate 2; In outside, upper vertical column I middle part, display 3 and display control panel are installed; Mounting guide rail 1 in upper vertical column I arranges guide-track groove 105 in guide rail 1; On guide rail 1, from top to bottom install respectively adult survey qualifying bit photoswitch 101, child on height survey qualifying bit photoswitch 102 on height, survey relative superiority or inferiority qualifying bit photoswitch 103 and with the close-fitting slide block 106 that touches of guide-track groove 105, in guide-track groove 105 lower ends, drive motors 104 are installed.
MCU master board 4 and communication interface RS2327 are set in lower vertical column II; Described upper vertical column I is inserted in lower vertical column II, with countersunk head screw locking, links into an integrated entity with vertical column II.
Weighing platform III is square or rectangle, and bubble level display instrument 10 is set on weighing platform III, and gravity sensor 5 is set in weighing platform III; Described lower vertical column II links into an integrated entity with connection rotating shaft 6 modes and described weighing platform III.
According to a kind of preferred implementation of the present utility model, the aspect ratio of described upper vertical column I and described lower vertical column II is 1.5～1.68.
According to another kind of preferred implementation of the present utility model, the cross sectional shape of described guide rail 1 is U-shaped groove, and there is outstanding positioning guide rail the both sides, inside of groove, touches 4 roller bearings of slide block 106 and outstanding positioning guide rail and combines closely.
According to another kind of preferred implementation of the present utility model, described drive motors 104 is reducing motor, be fixed on the bottom of guide rail, in the rotating shaft of drive motors 104, be fixed with a circular wheel disc (wheel boundary zone groove), by a steel cable, walk around circular wheel disc and touch slide block 106 and be connected.
According to another kind of preferred implementation of the present utility model, described cathetometer number encoder device 9 is to adopt the bar code line that is uniformly distributed black above circular code-disc, the photoelectric counter on side is counted the black bar code line of the code-disc rotating, its resolution is 0.5～0.55mm, meets the requirement of this equipment minimum resolution 1mm.
According to another kind of preferred implementation of the present utility model, described display 3 is to adopt highlighted charactron, altogether shows three row data, is respectively body weight, height and BIM value.
According to another kind of preferred implementation of the present utility model, described gravity sensor 5 be built in weighing platform III below, and adopt securing member to be connected with weighing platform, the scope of weighing 200kg, power supply voltage range 5V～12V.
According to another kind of preferred implementation of the present utility model, gravity sensor 5 in described display 3, communication interface RS2327, cathetometer number encoder device 9, weighing platform III, the high upper qualifying bit photoswitch 101 of adult's survey, child survey high upper qualifying bit photoswitch 102, survey relative superiority or inferiority qualifying bit photoswitch 103 is connected with MCU master board 4 by interface line with drive motors 104.
According to another kind of preferred implementation of the present utility model, described drive motors 104 rotations are that the drive IC in MCU master board 4 is controlled.
According to another kind of preferred implementation of the present utility model, 4 cup-shaped foot cups are installed symmetrically below weighing platform III, at weighing platform (III) below with two slider rollers (11).
This utility model will be described in more detail below.
This utility model relates to a kind of Human Height body weight automatic measuring instrument, and it comprises vertical column I, lower vertical column II and weighing platform III.The aspect ratio of described upper vertical column I and described lower vertical column II is 1.5～1.68.4 cup-shaped foot cups are installed symmetrically below weighing platform III.
Cathetometer number encoder device 9 is installed in upper vertical column I upper end and is touched baffle plate 2; In outside, upper vertical column I middle part, display 3 and display control panel are installed; Mounting guide rail 1 in upper vertical column I arranges guide-track groove 105 in guide rail 1; On guide rail 1, from top to bottom install respectively adult survey qualifying bit photoswitch 101, child on height survey qualifying bit photoswitch 102 on height, survey relative superiority or inferiority qualifying bit photoswitch 103 and with the close-fitting slide block 106 that touches of guide-track groove 105, in guide-track groove 105 lower ends, drive motors 104 are installed.
Described cathetometer number encoder device 9 is to adopt the bar code line that is uniformly distributed black above circular code-disc, the photoelectric counter on side is counted the black bar code line of the code-disc rotating, its resolution is 0.5～0.55mm, meets the requirement of this equipment minimum resolution 1mm.
Described display 3 is to adopt highlighted charactron, altogether shows 3 row data, is respectively body weight, height, BIM value.
Described display control panel arranges 4 buttons, and the one, pattern conversion keys when adult or child test,, when the different object of test, can carry out pattern conversion and carry out height and partly measure previous automatic calibration; The 2nd, thermal printing arranges button; The 3rd, tester's sex arranges button; The 4th, communication setting button.Meanwhile, in display control panel left side, there is corresponding display lamp, easy operating, very clear.
The cross sectional shape of described guide rail 1 is U-shaped groove, and there is outstanding positioning guide rail the both sides, inside of groove, touches 4 roller bearings of slide block 106 and outstanding positioning guide rail and combines closely.
Described child surveys high upper qualifying bit photoswitch 102 fast response times, response time approximately 5 μ s after configuration suitable parameters, thereby position location is accurate.It is adult's test pattern that this utility model multifunctional human height and weight automatic measuring instrument is set default conditions after energising, once test crowd, be child, can be by keypad or PC backstage control operation switch test pattern, at this moment touch baffle plate 2 moves downward under driven by motor, and automatic calibration, storage calibration parameter, finally contacts head and touches baffle plate 2 and locate by child mode the middle part that photoswitch is positioned at vertical rod, and etc. beginning to be tested.From then on position is to the about 60cm of distance of qualifying bit photoswitch 101 on adult's test pattern, back and forth movement is exactly 120cm, so this function is set just can be reached and save time, raise the efficiency, and no matter be easy to control operation, be the conversion that PC backstage or keypad operation can easily realize test pattern.
Described drive motors 104 is reducing motor, is fixed on the bottom of guide rail, is fixed with a sub-boundary zone groove of circular wheel plate wheel in the rotating shaft of drive motors 104, by a steel cable, is walked around circular wheel disc and is touched slide block 106 and be connected.Because whole system resistance is less, touch slide block quality light, motor required torque is less, thereby motor positive and inverse is easy to control, touching baffle plate 2 can well be controlled, active force to human body head is very little, and this mode of contact head improves certainty of measurement, can not be subject to the impact of human hair.And touch when baffle plate 2 touches human body head and can return rapidly and sensitively.The reducing motor that this utility model is used be sell in the market, widely used product in the art.
Described drive motors 104 rotations are that the drive IC in MCU master board 4 is controlled.
MCU master board 4 and communication interface RS2327 are set in lower vertical column II; Described upper vertical column I is inserted in lower vertical column II, with countersunk head screw locking, links into an integrated entity with vertical column II;
MCU master board 4 is control drive parts of whole tester, and the signal input of being responsible for calculating with the transfer of data communication of outer PC, outside cathetometer function, photoswitch is obtained, motor drives and main story reversion is controlled, the obtaining and ADC translation function the preservation of calculating the automatic calibration parameter of body weight, height and weight of pressure signal.
PC test interface control, when tested data need to be sent to background PC computer, PC can carry out communication (wireless mode or 232 interfaces) with MCU main control unit and obtain test data result, wherein operational controls can the setting of auto testing instrument being carried out to pattern conversion the same as keypad function, when the different object of test, can carry out pattern conversion by control, realize the operation the same with keypress function.
Gravity sensor 5 in described display 3, communication interface RS2327, cathetometer number encoder device 9, weighing platform III, the high upper qualifying bit photoswitch 101 of adult's survey, child survey high upper qualifying bit photoswitch 102, survey relative superiority or inferiority qualifying bit photoswitch 103 is connected with MCU master board 4 by interface line with drive motors 104.
Weighing platform III is square or rectangle, bubble level display instrument 10 is set on weighing platform III, gravity sensor 5 is set in weighing platform III, and 4 cup-shaped foot cups are installed symmetrically below weighing platform III, at weighing platform (III) below with two slider rollers (11); Described lower vertical column II links into an integrated entity with. connection rotating shaft 6 modes and described weighing platform III.
Described gravity sensor 5 be built in weighing platform III below, and adopt securing member to be connected with weighing platform, the scope of weighing 200kg, power supply voltage range 5V～12V.
Widely used product in that the gravity sensor that this utility model is used is sold in the market, the art.
This utility model multifunctional human height and weight automatic measuring instrument mode of operation is as follows: initialization switches on power, the whole zero clearings of highlighted digital bar display floater, first row shows body weight (kg), and second row shows height (cm), and the 3rd row shows body prime number (BMI value); First the automatic calibration to the part of weighing, does not have weight on premise weighing platform, calibrates the corresponding parameter value of complete storage; And then to surveying high part, calibrate, first to judge whether touch baffle plate 2 playbacks in the extreme higher position of vertical rod adult test, if not in this position, starter motor allows and touches baffle plate 2 and reset to extreme higher position (be provided with location photoswitch) herein, then start the calibration of adult's test pattern, touch the bottommost (bottommost is provided with location photoswitch) that baffle plate 2 can move to from the highest top guide rail always the stroke of whole guide rail is carried out to accurately location calibration, finally touch baffle plate 2 and turn back to top, preserve respective alignment parameter simultaneously and use in order to test.The measuring range of being wherein grown up 850mm～2000mm, the stroke of whole guide rail is 1230mm.Once LOAD CELLS detects testee, by sensor judgment object quality whether in the claimed range of weighing, then show weight data, finally start and survey high part, test adult's height data is presented at the second row of panel, finally calculates the third line that BIM value is presented at panel.
Once tested object, it is children population, because child height is generally in 1200mm left and right, therefore human body head detects touches the top position that baffle plate 2 just there is no need to be positioned at vertical rod, because can cause the increase of touching baffle plate 2 strokes like this, cause the elongation of testing time simultaneously, now operator can start the mode selector switch below display floater, or the control of the operation interface by PC backstage carries out test pattern conversion: adult mode is switched to child mode.First be to touch baffle plate 2 under motor drives, to move to the bottom (photoswitch that stops returning by bottom is controlled) of guide rail always, then touching baffle plate 2 turns back to the child of column central authorities and surveys high upper qualifying bit photoswitch, then start the calibration operation under this pattern, with adult mode calibration, touch baffle plate 2 and can survey the bottom (photoswitch that stops returning by bottom is controlled) that high upper qualifying bit photoswitch moves to guide rail always from the child of column central authorities and then return, store calibration data simultaneously and use in order to test.
If in like manner need to be switched to adult's test pattern from child's test pattern, now operator can start the mode selector switch below display floater, or the control of the operation interface by PC backstage carries out test pattern conversion, and child mode is switched to adult mode.
[beneficial effect]
The beneficial effects of the utility model are: this tester is switched to child mode from adult's test pattern, simple to operate, can control by the button below display floater, also can realize by the control of PC test interface, so just can compatible independently equipment operating pattern and the control of PC test interface.For later coordinative composition of equipments miscellaneous equipment (as child growth is grown evaluation system) provides convenience.Once enter into child mode from adult mode, during test child height, touch baffle plate 2 and just can not survey from the top adult of vertical rod high upper qualifying bit photoswitch taxiway child's head always, but start to slide and measure until touch child's head from vertical rod middle position (location, column central authorities' child's test pattern top photoswitch), so just shortened the stroke of slide block: 120cm, thereby saved the testing time, improved testing efficiency.When this is tester simultaneous, compatible adult and child's test, for applying unit provides convenience, is equivalent to a tractor serves several purposes, has saved cost.Result and the data of this tester test, both may be displayed on the display floater that this equipment carries, and also can upload to PC backstage by communication interface, so that the backup of data is filed simultaneously; If there is no the PC on backstage, also configured thermal printer simultaneously, can print relevant test result information, convenient and easy.
[accompanying drawing explanation]
Fig. 1 is this utility model multifunctional human height and weight automatic measuring instrument structural representation.
In figure:
The upper vertical column of I-, vertical column under II-, III-weighing platform
1-internal guide rail; 2-touches baffle plate; 3-display floater; 4-MCU master board; 5-gravity sensor; 6-connection rotating shaft; 7-communication interface RS232; 8-display floater button; 9-cathetometer number encoder device; 10-bubble level display instrument; 11-slider roller;
Fig. 2 is guide rail and the photoswitch position view of this utility model multifunctional human height and weight automatic measuring instrument;
In figure:
101-adult surveys high upper qualifying bit photoswitch; 102-child surveys high upper qualifying bit photoswitch; 103-surveys relative superiority or inferiority qualifying bit photoswitch; 104-drive motors; 105-guide-track groove; 106-touches slide block;
[specific embodiment]
By following embodiment, can understand better this utility model.
Embodiment 1: this utility model multifunctional human height and weight automatic measuring instrument
The structure of this utility model multifunctional human height and weight automatic measuring instrument is as shown in attached Fig. 1 and 2.
This utility model multifunctional human height and weight automatic measuring instrument comprises vertical column I, lower vertical column II and weighing platform III.The aspect ratio of described upper vertical column I and described lower vertical column II is 1.5.
Cathetometer number encoder device 9 is installed in upper vertical column I upper end and is touched baffle plate 2, it is to adopt the bar code line that is uniformly distributed black above circular code-disc, the photoelectric counter on side is counted the black bar code line of the code-disc rotating, its resolution is 0.55mm, meets the requirement of this equipment minimum resolution 1mm.
In outside, upper vertical column I middle part, display 3 and display control panel are installed.Described display 3 is to adopt highlighted charactron, altogether shows 3 row data, is respectively body weight, height, BIM value.Described display control panel arranges 4 buttons, and first is adult or child pattern conversion keys while testing; Second is that thermal printing arranges button; The 3rd is that tester's sex arranges button; The 4th is communication setting button.
In upper vertical column I, cross sectional shape being installed is U-shaped groove guide rail 1, and guide-track groove 105 is set in guide rail 1; On guide rail 1, from top to bottom install respectively adult survey qualifying bit photoswitch 101, child on height survey qualifying bit photoswitch 102 on height, survey relative superiority or inferiority qualifying bit photoswitch 103 and with the close-fitting slide block 106 that touches of guide-track groove 105, in guide-track groove 105 lower ends, drive motors 104 are installed.
The high upper qualifying bit photoswitch 101 of adult's survey is 2080mm to the vertical height of weighing platform III, it is 1500mm to the vertical height of weighing platform III that child surveys high upper qualifying bit photoswitch 102, therefore touch the original position of baffle plate 2 when test child and just shorten 580mm, like this, come and go Distance Shortened 1160mm, so be switched to after child mode, the whole stroke that touches baffle plate 2 reduces 1160mm, for test, raise the efficiency, saved the time.
Described drive motors 104 is reducing motor, is fixed on the bottom of guide rail, is fixed with a sub-boundary zone groove of circular wheel plate wheel in the rotating shaft of drive motors 104, by a steel cable, is walked around circular wheel disc and is touched slide block 106 and be connected.Described drive motors 104 rotations are that the drive IC in MCU master board 4 is controlled.
MCU master board 4 and communication interface RS2327 are set in lower vertical column II; Described upper vertical column I is inserted in lower vertical column II, with countersunk head screw locking, links into an integrated entity with vertical column II;
Gravity sensor 5 in described display 3, communication interface RS2327, cathetometer number encoder device 9, weighing platform III, the high upper qualifying bit photoswitch 101 of adult's survey, child survey high upper qualifying bit photoswitch 102, survey relative superiority or inferiority qualifying bit photoswitch 103 is connected with MCU master board 4 by interface line with drive motors 104.
Weighing platform III is square or rectangle, bubble level display instrument 10 is set on weighing platform III, gravity sensor 5 is set in weighing platform III, and 4 cup-shaped foot cups are installed symmetrically below weighing platform III, at weighing platform (III) below with two slider rollers (11); Described lower vertical column II links into an integrated entity with connection rotating shaft 6 modes and described weighing platform III.Described gravity sensor 5 be built in weighing platform III below, and adopt securing member to be connected with weighing platform, the scope of weighing 200kg, power supply voltage range 5V～12V.
Embodiment 2: this utility model multifunctional human height and weight automatic measuring instrument
The structure of this utility model multifunctional human height and weight automatic measuring instrument is as shown in attached Fig. 1 and 2.
This utility model multifunctional human height and weight automatic measuring instrument comprises vertical column I, lower vertical column II and weighing platform III.The aspect ratio of described upper vertical column I and described lower vertical column II is 1.68.
Cathetometer number encoder device 9 is installed in upper vertical column I upper end and is touched baffle plate 2, it is to adopt the bar code line that is uniformly distributed black above circular code-disc, the photoelectric counter on side is counted the black bar code line of the code-disc rotating, its resolution is 0.50mm, meets the requirement of this equipment minimum resolution 1mm.
In outside, upper vertical column I middle part, display 3 and display control panel are installed.Described display 3 is to adopt highlighted charactron, altogether shows 3 row data, is respectively body weight, height, BIM value.Described display control panel arranges 4 buttons, and first is adult or child pattern conversion keys while testing; Second is that thermal printing arranges button; The 3rd is that tester's sex arranges button; The 4th is communication setting button.
In upper vertical column I, cross sectional shape being installed is U-shaped groove guide rail 1, and guide-track groove 105 is set in guide rail 1; On guide rail 1, from top to bottom install respectively adult survey qualifying bit photoswitch 101, child on height survey qualifying bit photoswitch 102 on height, survey relative superiority or inferiority qualifying bit photoswitch 103 and with the close-fitting slide block 106 that touches of guide-track groove 105, in guide-track groove 105 lower ends, drive motors 104 are installed.
The high upper qualifying bit photoswitch 101 of adult's survey is 2280mm to the vertical height of weighing platform III, it is 1550mm to the vertical height of weighing platform III that child surveys high upper qualifying bit photoswitch 102, therefore touch baffle plate 2 when test child in original position just shortened 730mm, like this, round distance is 1460mm, so be switched to after child mode, the whole stroke that touches baffle plate 2 reduces 1460mm.
Described drive motors 104 is reducing motor, is fixed on the bottom of guide rail, is fixed with a sub-boundary zone groove of circular wheel plate wheel in the rotating shaft of drive motors 104, by a steel cable, is walked around circular wheel disc and is touched slide block 106 and be connected.Described drive motors 104 rotations are that the drive IC in MCU master board 4 is controlled.
MCU master board 4 and communication interface RS2327 are set in lower vertical column II; Described upper vertical column I is inserted in lower vertical column II, with countersunk head screw locking, links into an integrated entity with vertical column II;
Gravity sensor 5 in described display 3, communication interface RS2327, cathetometer number encoder device 9, weighing platform III, the high upper qualifying bit photoswitch 101 of adult's survey, child survey high upper qualifying bit photoswitch 102, survey relative superiority or inferiority qualifying bit photoswitch 103 is connected with MCU master board 4 by interface line with drive motors 104.
Weighing platform III is square or rectangle, bubble level display instrument 10 is set on weighing platform III, gravity sensor 5 is set in weighing platform III, and 4 cup-shaped foot cups are installed symmetrically below weighing platform III, at weighing platform (III) below with two slider rollers (11); Described lower vertical column II links into an integrated entity with. connection rotating shaft 6 modes and described weighing platform III.Described gravity sensor 5 be built in weighing platform III below, and adopt securing member to be connected with weighing platform, the scope of weighing 250kg, power supply voltage range 5V～12V.
Claims (10)
1. a Human Height body weight automatic measuring instrument, it comprises vertical column (I), lower vertical column (II) and weighing platform (III), it is characterized in that cathetometer number encoder device (9) being installed in upper vertical column (I) upper end and being touched baffle plate (2); In outside, upper vertical column (I) middle part, display (3) and display control panel are installed; Mounting guide rail (1) in upper vertical column (I) arranges guide-track groove (105) in guide rail (1); On guide rail (1), from top to bottom install respectively adult survey high upper qualifying bit photoswitch (101), child survey high upper qualifying bit photoswitch (102), survey relative superiority or inferiority qualifying bit photoswitch (103) and with the close-fitting slide block (106) that touches of guide-track groove (105), drive motors (104) is installed in guide-track groove (105) lower end;
MCU master board (4) and communication interface RS232 (7) are set in lower vertical column (II); Described upper vertical column (I) is inserted in lower vertical column (II), with countersunk head screw locking, links into an integrated entity with vertical column (II),
Weighing platform (III) is square or rectangle, and bubble level display instrument (10) is set on weighing platform (III), and gravity sensor (5) is set in weighing platform (III); Described lower vertical column (II) links into an integrated entity with connection rotating shaft (6) mode and described weighing platform (III).
2. Human Height body weight automatic measuring instrument according to claim 1, is characterized in that described upper vertical column (I) and the aspect ratio of described lower vertical column (II) are 1.5～1.68.
3. Human Height body weight automatic measuring instrument according to claim 1, the cross sectional shape that it is characterized in that described guide rail (1) is U-shaped groove, there is outstanding positioning guide rail the both sides, inside of groove, touch 4 roller bearings of slide block (106) and outstanding positioning guide rail and combine closely.
4. Human Height body weight automatic measuring instrument according to claim 1, it is characterized in that described drive motors (104) is reducing motor, be fixed on the bottom of guide rail, in the rotating shaft of drive motors (104), be fixed with a circular wheel disc, by a steel cable, walk around circular wheel disc and touch slide block (106) and be connected.
5. Human Height body weight automatic measuring instrument according to claim 1, it is characterized in that described cathetometer number encoder device (9) is to adopt the bar code line that is uniformly distributed black above circular code-disc, the photoelectric counter on side is counted the black bar code line of the code-disc rotating, its resolution is 0.5～0.55mm, meets the requirement of this equipment minimum resolution 1mm.
6. Human Height body weight automatic measuring instrument according to claim 2, is characterized in that described display (3) is to adopt highlighted charactron, altogether shows 3 row data, is respectively body weight, height, BIM value.
7. Human Height body weight automatic measuring instrument according to claim 1, it is characterized in that described gravity sensor (5) be built in weighing platform (III) below, and adopt securing member to be connected with weighing platform, the scope of weighing 200kg, power supply voltage range 5V～12V.
8. Human Height body weight automatic measuring instrument according to claim 1, it is characterized in that the gravity sensor (5) in described display (3), communication interface RS232 (7), cathetometer number encoder device (9), weighing platform (III), the high upper qualifying bit photoswitch (101) of adult's survey, child survey high upper qualifying bit photoswitch (102), survey relative superiority or inferiority qualifying bit photoswitch (103) is connected with MCU master board (4) by interface line with drive motors (104).
9. Human Height body weight automatic measuring instrument according to claim 1, is characterized in that it is that drive IC in MCU master board (4) is controlled that described drive motors (104) rotates.
10. Human Height body weight automatic measuring instrument according to claim 1, is characterized in that installing symmetrically 4 cup-shaped foot cups below weighing platform (III), at weighing platform (III) below with two slider rollers (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420366040.3U CN203953664U (en) | 2014-07-03 | 2014-07-03 | A kind of Human Height body weight automatic measuring instrument |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420366040.3U CN203953664U (en) | 2014-07-03 | 2014-07-03 | A kind of Human Height body weight automatic measuring instrument |
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| Publication Number | Publication Date |
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| CN203953664U true CN203953664U (en) | 2014-11-26 |
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| CN201420366040.3U Expired - Lifetime CN203953664U (en) | 2014-07-03 | 2014-07-03 | A kind of Human Height body weight automatic measuring instrument |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107192434A (en) * | 2017-06-07 | 2017-09-22 | 四川鸣医科技有限公司 | Intelligent height and weight monitoring system for children |
| CN108019793A (en) * | 2017-11-30 | 2018-05-11 | 广东美的厨房电器制造有限公司 | Method for controlling microwave oven and micro-wave oven |
| CN108896154A (en) * | 2018-07-06 | 2018-11-27 | 合肥格骄电子科技有限公司 | A kind of electronic scale convenient for measuring height |
| CN109307548A (en) * | 2017-07-28 | 2019-02-05 | 汪风珍 | A kind of electronic nutrition claims |
-
2014
- 2014-07-03 CN CN201420366040.3U patent/CN203953664U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107192434A (en) * | 2017-06-07 | 2017-09-22 | 四川鸣医科技有限公司 | Intelligent height and weight monitoring system for children |
| CN109307548A (en) * | 2017-07-28 | 2019-02-05 | 汪风珍 | A kind of electronic nutrition claims |
| CN108019793A (en) * | 2017-11-30 | 2018-05-11 | 广东美的厨房电器制造有限公司 | Method for controlling microwave oven and micro-wave oven |
| CN108896154A (en) * | 2018-07-06 | 2018-11-27 | 合肥格骄电子科技有限公司 | A kind of electronic scale convenient for measuring height |
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