CN102921163B - Motion detection device - Google Patents
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- CN102921163B CN102921163B CN201210450200.8A CN201210450200A CN102921163B CN 102921163 B CN102921163 B CN 102921163B CN 201210450200 A CN201210450200 A CN 201210450200A CN 102921163 B CN102921163 B CN 102921163B
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Abstract
The invention provides a motion detection device which comprises a main body and at least one wearing carrier. The main body comprises an acceleration detection unit which is used for detecting acceleration and a processing unit which ensures motion parameters according to the acceleration detected by the acceleration detection unit. The main body is further provided with at least one selector switch which is used to switch the detection mode of the processing unit. At least one trigger unit is arranged one the wearing carrier, after the main body is assembled and combined with the wearing carrier, the trigger unit and the selector switch contact, so that the selector switch is triggered, and the detecting mode of the processing unit is switched into a mode which is matched with the type of the wearing carrier. When the main body is detached and separated from the wearing carrier, the detecting mode of the processing unit is returned to a default detecting mode. On the basis of not increasing complexity of a program and a structure, switching of the detecting modes can be achieved with no needs of attachment position judgment, and the reliability of mode switching is effectively guaranteed.
Description
Technical field
The present invention relates to a kind of motion detection apparatus, particularly relate to the motion detection apparatus with multiple wearing manners.
Background technology
Motion detection apparatus is normally used for the motion of inspected object, animal or human.Such as, use the motion sensor senses such as acceleration transducer and calculate kinematic parameters such as obtaining acceleration, average speed, step number, stride, move distance.
Motion detection apparatus is usually attached on the privileged site such as waist or wrist and uses, and known mode utilizes clip to be worn on waistband uses or makes wrist-watch form and use in order to being worn in wrist with belt.But corresponding pattern must be selected to detect motion for often kind of wearing mode, if namely motion detection apparatus is worn to incorrect position or does not adopt the pattern adapted with wearing mode to detect motion, what so motion detection apparatus just can not be correct works.
For solving the problem, publication number is that the patent document of CN102307526 discloses a kind of body motion detection device, when wearing body by detecting dismounting dress, the acceleration that produces detects mounting or dismounting information, and by switch to based on the dismounting information detected with install and remove after the pattern that conforms to of state.But the method needs to increase discriminatory analysis and need special structure to coordinate realization, therefore program and complex structure, and cannot get rid of the error in judgement brought by other disturbing factors, therefore, cannot the accuracy that switches of Assured Mode.
In addition, publication number is that the patent document of CN10190846 discloses a kind of method and apparatus determining motion sensing apparatus attachment position, by analyzing the attachment position of the acceleration identification motion sensing apparatus obtained, and select motion analysis algorithms based on the attachment position identified.The similar needs of the method to be identified attachment position by extra program and judge, cannot get rid of the error in judgement brought by other disturbing factors equally, cannot ensure the accuracy that attachment position judges.
Summary of the invention
The technical problem to be solved in the present invention is the above-mentioned defect overcoming known technology existence, and a kind of motion detection apparatus is provided, on the basis not increasing program and structure complexity, do not need to carry out attachment position and judge that just can complete detecting pattern switches, and effectively ensure that the reliability that pattern switches, and pattern switching automatically completes in the assembling process wearing structure, do not need user to increase extra action.
The present invention is achieved by the following technical solutions, according to a kind of motion detection apparatus provided by the invention, comprising: main body and at least one wear carrier, described main body comprises: acceleration detecting unit, for sense acceleration; Processing unit, determines kinematic parameter based on the acceleration detected by described acceleration detecting unit; It is characterized in that, described main body is also provided with at least one change-over switch, for the detecting pattern of switching treatmenting unit; At least wear on carrier at one and be provided with a trigger unit, when main body with wear after carrier is fitted to each other, this trigger unit contacts with change-over switch, thus triggering change-over switch, is switched to by the detecting pattern of processing unit and the pattern worn bearer type and be consistent; When main body with wear after carrier dismantles and be separated, the detecting pattern of processing unit reverts to the detecting pattern of acquiescence.
The present invention can also take following technical scheme to realize further:
Aforesaid motion detection apparatus, wherein, described change-over switch is electrode slice, and described trigger unit is hard contact.
Aforesaid motion detection apparatus, wherein, described change-over switch is microswitch, and described trigger unit is a projection.
Aforesaid motion detection apparatus, wherein, described wears carrier for band subtype carrier or clamp type carrier, described microswitch is placed in body interior, described main body cover is provided with a perforate, and described projection is installed on band subtype carrier or clamp type carrier, after main body and band subtype carrier or clamp type carrier are fitted to each other, describedly protrude through perforate and contact with microswitch, the acquiescence detecting pattern of described processing unit is pocket-type detecting pattern.
Aforesaid motion detection apparatus, wherein, described body shell both sides are provided with grab.
Aforesaid motion detection apparatus, wherein, described band subtype carrier comprises band portion and department of assembly, and described band portion is that soft material is applicable to around user's wrist; Described department of assembly, has the main body accommodation space for holding main body; Both sides, lower surface, described department of assembly are provided with draw-in groove, and this draw-in groove is used for matching with the grab of body shell both sides; Described projection is installed in department of assembly's inner surface.
Aforesaid motion detection apparatus, wherein, described clamp type carrier comprises body and body support portion; Described body has the main body accommodation space for holding main body, and both sides, described body lower surface are provided with draw-in groove, and this draw-in groove is used for matching with the grab of body shell both sides; Guide rail is provided with outside described body; Described projection is installed in body inner surface; Described body support portion is provided with body holding part and clip portion, is provided with the guide groove matched with described guide rail inside described body holding part.
Aforesaid motion detection apparatus, wherein, described carrier of wearing comprises band subtype carrier and clamp type carrier, described microswitch is placed in body interior, described main body cover is provided with a perforate, and described projection is installed on band subtype carrier, after main body and band subtype carrier are fitted to each other, describedly protrude through perforate and contact with microswitch, the acquiescence detecting pattern of described processing unit is clamp type detecting pattern.
Aforesaid motion detection apparatus, wherein, described carrier of wearing comprises band subtype carrier and clamp type carrier, described microswitch is placed in body interior, described main body cover is provided with a perforate, and described projection is installed on clamp type carrier, after main body and clamp type carrier are fitted to each other, describedly protrude through perforate and contact with microswitch, the acquiescence detecting pattern of described processing unit is band subtype detecting pattern.
Aforesaid motion detection apparatus, wherein, described carrier of wearing comprises band subtype carrier and clamp type carrier, described body interior is provided with the first microswitch and the second microswitch, described main body cover is provided with the first perforate and the second perforate, and first, second perforate described is corresponding with first, second microswitch described respectively; Described band subtype carrier sets firmly the first projection, and after main body and band subtype carrier are fitted to each other, described first protrudes through the first perforate contacts with the first microswitch; Described clamp type carrier sets firmly the second projection, and after main body and clamp type carrier are fitted to each other, described second protrudes through the second perforate contacts with the second microswitch; The acquiescence detecting pattern of described processing unit is pocket-type detecting pattern.
Aforesaid motion detection apparatus, wherein, described microswitch is unidirectional microswitch.
Preferably, aforesaid motion detection apparatus, wherein, described carrier of wearing comprises band subtype carrier and clamp type carrier, described body interior is provided with a multidirectional microswitch, and described main body cover is provided with a perforate, and this perforate is corresponding with described multidirectional microswitch; Described band subtype carrier sets firmly first and stirs projection, described clamp type carrier sets firmly second and stirs projection, described in stir projection for stirring described multidirectional microswitch when assembling towards preset direction; The acquiescence detecting pattern of described processing unit is pocket-type detecting pattern.
Further, aforesaid motion detection apparatus, wherein, described main body is also provided with a display unit, for showing worn bearer type and/or prompting wearing position information.
Aforesaid motion detection apparatus, wherein, described main body is also provided with a USB interface.
The present invention compared with prior art at least has the following advantages:
1. by arranging change-over switch and arrange trigger unit wearing on carrier in main body, on the basis not increasing program and structure complexity, do not need to carry out attachment position and judge that just can complete detecting pattern switches, and effectively ensure that the reliability that pattern switches;
2. adopt aforementioned body with wear carrier assembly structure, make pattern switch be automatically complete in the assembling process wearing structure, do not need user to increase extra action.
3. structure simple, save cost, conveniently to install.
4., by showing worn bearer type and/or prompting wearing position information on the display unit, can effectively avoid user error to wear.
In sum, motion detection apparatus provided by the invention, on the basis not increasing program and structure complexity, do not need to carry out attachment position and judge that just can complete detecting pattern switches, and effectively ensure that the reliability that pattern switches, and pattern switching automatically completes in the assembling process wearing structure, do not need user to increase extra action, and structure is simple, saving cost, conveniently installation.
The specific embodiment of the present invention is provided in detail by following examples and accompanying drawing thereof.
Accompanying drawing explanation
Fig. 1 is the exploded perspective view of telecontrol equipment;
Fig. 2 is the illustrative view of functional configuration of telecontrol equipment;
Fig. 3 is the schematic appearance of telecontrol equipment main body;
Fig. 4 is the schematic appearance after main body is assembled with band subtype carrier;
Fig. 5 A observes its schematic diagram installed with band subtype carrier from main body front;
Fig. 5 B observes its schematic diagram installed with band subtype carrier from the main body back side;
Fig. 6 is the schematic appearance after main body and clamp type carrier assemble;
Fig. 7 A is the schematic diagram observing itself and body install from the main body back side;
Fig. 7 B is the schematic diagram that after main body and body are installed and body support portion is installed;
Fig. 8 is the schematic appearance of telecontrol equipment main body in embodiment two;
Fig. 9 is the schematic appearance with subtype carrier in embodiment two;
Figure 10 is the body schematic appearance of clamp type carrier in embodiment two;
Figure 11 is the unidirectional microswitch schematic diagram of the present invention;
Figure 12 is the multinomial microswitch schematic diagram of the present invention;
Figure 13 is the outward appearance close-up schematic view of body tapping in embodiment two;
Figure 14 is with subtype carrier outward appearance close-up schematic view in embodiment two;
Figure 15 is the body outward appearance close-up schematic view of clamp type carrier in embodiment two;
Detailed description of the invention
Below in conjunction with accompanying drawing and preferred embodiment, to structure of the present invention, feature and effect thereof, be described in detail as follows:
Embodiment one:
In a first embodiment, be described with the two kinds of patterns be worn in wrist being worn on waist.
As shown in Figures 1 to 7, the motion detection apparatus of the present embodiment, comprising: main body 1 and wear carrier 2, and described main body comprises: acceleration detecting unit 11, for sense acceleration; Processing unit 12, determines kinematic parameter based on the acceleration detected by described acceleration detecting unit; Described body interior is also provided with a microswitch 13, for the detecting pattern of processing unit being switched to the pattern be consistent with bearer type;
As shown in Figure 3, main body is roughly has certain thickness elliptical shape, and its front is provided with display unit 14, and body shell both sides are provided with grab 15,16; Described main body cover is also provided with perforate 17, and this perforate is corresponding with described microswitch 13;
Wherein, the optional engineering plastics of main body, as ABS, PC, also can use metal material.
Described carrier of wearing comprises band subtype carrier 3 and clamp type carrier 4.
As shown in Figure 4, Figure 5, subtype carrier 3 is with to comprise band portion 31 that is mold formed or that link together and department of assembly 32; Described band portion 31 is that soft material is applicable to around user's wrist; Described department of assembly 32, has the main body accommodation space 33 for holding main body; Both sides, lower surface, described department of assembly are provided with draw-in groove 34,35, and this draw-in groove is used for matching with the grab 15,16 of body shell both sides; Described department of assembly inner surface is provided with a projection 36, and this projection is corresponding with perforate 17 position on host housing, for triggering described microswitch 13.
Wherein, the optional engineering material in department of assembly, band portion can select the flexible glue such as PUR, silica gel material.
When assembling, the main body accommodation space direction that main body just face toward department of assembly loads, and body shell both sides grab and lower surface, department of assembly two side bayonet slot are fastened, and completes main body and the assembling of being with subtype carrier thus.
In this assembling process, department of assembly's inner surface protrude through perforate on host housing and microswitch offsets, trigger microswitch, now, the detecting pattern of processing unit switches to by the pattern be consistent with clamp type carrier given tacit consent to the pattern be consistent with subtype carrier.
In unloading process, the projection of department of assembly's inner surface exits from the perforate host housing, microswitch resilience, and now, the detecting pattern of processing unit reverts to the pattern be consistent with clamp type carrier.
As shown in Figure 6, Figure 7, clamp type carrier 4 comprises body 41 and body support portion 46; Described body 41, has the main body accommodation space 42 for holding main body, and both sides, described body lower surface are provided with draw-in groove 43,44, and this draw-in groove is used for matching with the grab 15,16 of body shell both sides; Guide rail 45 is provided with outside described body; Described body support portion 46 is provided with body holding part 47, for holding body; Described body support portion 46 is also provided with clip portion 48, for clamping waistband, the trousers or skirt etc. of user; The guide groove 49 matched with described guide rail is provided with inside described body holding part 47.
Wherein, the optional engineering plastics in body support portion, as ABS, PC, also can select metal material; Body can select the flexible glue such as PUR, silica gel material.
When assembling, the main body accommodation space direction that main body just face toward body loads, body shell both sides grab and body lower surface two side bayonet slot are fastened, then along the direction of side guidance in body holding part, body follower rail is pushed guide groove, completes the assembling of main body and clamp type carrier thus.
Do not trigger microswitch in this assembling process, therefore, the detecting pattern of processing unit is defaulted as the pattern be consistent with clamp type carrier.
As the replacement of the present embodiment, projection can be set inside the body of clamp type carrier, and the acquiescence detecting pattern of processing unit be set as band subtype detecting pattern, not repeat them here.
Embodiment two:
In a second embodiment, to being worn on waist, to be worn in wrist and in pocket, Three models is described.
As shown in Fig. 8 to Figure 15, the motion detection apparatus of the present embodiment, comprising: main body 1 and wear carrier 2, and described main body comprises: acceleration detecting unit 11, for sense acceleration; Processing unit 12, determines kinematic parameter based on the acceleration detected by described acceleration detecting unit; Described body interior is also provided with the first microswitch 131 and the second microswitch 132, for the detecting pattern of processing unit being switched to the pattern be consistent with bearer type;
As shown in Figure 8, main body is roughly has certain thickness elliptical shape, and its front is provided with display unit 14, and body shell both sides are provided with grab 15,16; Described main body cover is also provided with the first perforate 171 and the second perforate 172, described first perforate and the second perforate are corresponding with described first microswitch and the second microswitch respectively; In diagram, the first perforate and the second perforate are that homonymy is arranged on main body cover, but are not limited thereto, also can in couple positioned opposite.
Main body is unassembled wear assembly time, the detecting pattern of processing unit is defaulted as the pattern be consistent with pocket-type.
Described carrier of wearing comprises band subtype carrier 3 and clamp type carrier 4.
As shown in Figure 9, subtype carrier 3 is with to comprise band portion 31 that is mold formed or that link together and department of assembly 32; Described band portion 31 is that soft material is applicable to around user's wrist; Described department of assembly 32, has the main body accommodation space 33 for holding main body; Both sides, lower surface, described department of assembly are provided with draw-in groove 34,35, and this draw-in groove is used for matching with the grab 15,16 of body shell both sides; Described department of assembly inner surface is provided with the first projection 361, and this projection is corresponding with the first perforate 171 position on host housing, for triggering the first microswitch 131.
When assembling, the main body accommodation space direction that main body just face toward department of assembly loads, and body shell both sides grab and lower surface, department of assembly two side bayonet slot are fastened, and completes main body and the assembling of being with subtype carrier thus.
In this assembling process, first of department of assembly's inner surface protrudes through the first perforate on host housing and the first microswitch offsets, trigger the first microswitch, now, the detecting pattern of processing unit is switched to the pattern be consistent with subtype carrier by the pattern be consistent with pocket-type given tacit consent to.
In unloading process, the first projection of department of assembly's inner surface exits from the first perforate main body cover, the first microswitch resilience, and now, the detecting pattern of processing unit reverts to the pattern be consistent with pocket-type of acquiescence.
As shown in Figure 10, clamp type carrier 4 comprises body 41 and body support portion 46; Described body 41, has the main body accommodation space 42 for holding main body, and both sides, described body lower surface are provided with draw-in groove 43,44, and this draw-in groove is used for matching with the grab 15,16 of body shell both sides; Be provided with the second projection 362 inside described body, this projection is corresponding with the second position, perforate position 172 on host housing, for triggering the second microswitch 132; Guide rail 45 is provided with outside described body; Described body support portion 46 is provided with body holding part 47, for holding body; Described body support portion 46 is also provided with clip portion 48, for clamping waistband, the trousers or skirt etc. of user; The guide groove matched with described guide rail is provided with inside described body holding part.
When assembling, the main body accommodation space direction that main body just face toward body loads, body shell both sides grab and body lower surface two side bayonet slot are fastened, then along the direction of side guidance in body holding part, body follower rail is pushed guide groove, completes the assembling of main body and clamp type carrier thus.
In this assembling process, second of body inner surface protrudes through the second perforate on main body cover and the second microswitch offsets, trigger the second microswitch, now, the detecting pattern of processing unit is switched to the pattern be consistent with clamp type carrier by the pattern be consistent with pocket-type given tacit consent to.
In unloading process, the second projection of body inner surface exits from the second perforate host housing, the second microswitch resilience, and now, the detecting pattern of processing unit reverts to the pattern be consistent with pocket-type of acquiescence.
In the present embodiment, what microswitch was selected is unidirectional microswitch (as shown in figure 11), preferably, a multidirectional microswitch 133 (as shown in figure 12) can be adopted to replace two above-mentioned unidirectional microswitches 131,132, thus, body shell only need offer a corresponding with it perforate 173 can (as shown in figure 13).
Corresponding with above-mentioned multidirectional microswitch, band subtype carrier as shown in figure 14, described department of assembly inner surface is provided with first and stirs projection 363, and it is corresponding with perforate 173 position on main body cover that this stirs projection, for stirring described multidirectional microswitch when assembling towards preset direction.
Main body is the same with the assembling process of band subtype carrier, does not repeat them here.
As shown in figure 13, in above-mentioned assembling process, first of department of assembly's inner surface is stirred and is protruded through perforate on main body cover and multidirectional microswitch offsets, make multidirectional microswitch towards A to rotation thus cause triggering, now, the detecting pattern of processing unit is switched to the pattern be consistent with subtype carrier by the pattern be consistent with pocket-type given tacit consent to.
When dismantling, first of department of assembly's inner surface is stirred projection and is exited from the perforate main body cover, and multidirectional microswitch resets, and now, the detecting pattern of processing unit reverts to the pattern be consistent with pocket-type of acquiescence.
In like manner, corresponding with above-mentioned multidirectional microswitch, clamp type carrier as shown in figure 15, is provided with second and stirs projection 364 inside described body, it is corresponding with perforate 173 position on main body cover that this stirs projection, for stirring described multinomial microswitch when assembling towards preset direction.
The assembling process of main body and clamp type carrier is the same, does not repeat them here.
As shown in figure 13, in above-mentioned assembling process, second of body inner surface is stirred and is protruded through perforate on main body cover and multidirectional microswitch offsets, make multidirectional microswitch towards B to rotation thus cause triggering, now, the detecting pattern of processing unit is switched to the pattern be consistent with clamp type carrier by the pattern be consistent with pocket-type given tacit consent to.
When dismantling, second of body inner surface is stirred projection and is exited from the perforate main body cover, and multidirectional microswitch resets, and now, the detecting pattern of processing unit reverts to the pattern be consistent with pocket-type of acquiescence.
The present invention is also applicable to the combination of other wearing modes, as pocket-type and the combination of being with subtype carrier, then can arrange projection on band subtype carrier, and the acquiescence detecting pattern of processing unit is set as pocket-type detecting pattern; As the combination of pocket-type and clamp type carrier, then projection can be set on clamp type carrier, and the acquiescence detecting pattern of processing unit is set as pocket-type detecting pattern; Do not repeat them here.
By above structure, on the basis not increasing program and structure complexity, do not need to carry out attachment position and judge that just can complete detecting pattern switches, and effectively ensure that the reliability that pattern switches, and pattern switching automatically completes in the assembling process wearing structure, do not need user to increase extra action, and structure is simple, saving cost, conveniently installation.
It should be noted that, adopt technical scheme provided by the present invention can also expand to more bearer type, be not limited to bearer type cited in above-described embodiment and combination.
In addition, microswitch is selected to realize triggering with coordinating of projection in above-described embodiment, in addition also other triggering modes can be selected, as coordinating of electrode slice and hard contact, namely multiple pole piece is set in main body, the different relative set wearing carrier arranges hard contact, thus, main body from different wear carrier assemble time, contact with different pole pieces the conducting realizing different pole piece groups by hard contact, thus realize the switching of detecting pattern.
Further, described main body is also provided with a display unit, for showing worn bearer type and/or prompting wearing position information.As after main body and clamp type carrier have assembled, motion detection apparatus, by word or figure display clip, has also been worn on waist by animation form prompting user, has avoided that user is incorrect to wear thus by display unit.But be not limited thereto, the forms such as voice also can be adopted to point out.
Further, described main body is also provided with a usb 18 (as shown in Figure 3), after being connected with charging equipment, main body is charged.
The above is only preferred embodiment of the present invention, and main body and the combination of wearing carrier are not limited to provided outward appearance, and every any simple modification of carrying out above embodiment according to technical scheme of the present invention and equivalents, all belong to the scope of protection of the invention.
Claims (13)
1. a motion detection apparatus, comprising: main body and at least one wear carrier, described main body comprises: acceleration detecting unit, for sense acceleration; Processing unit, determines kinematic parameter based on the acceleration detected by described acceleration detecting unit; It is characterized in that, described main body is also provided with at least one change-over switch, for the detecting pattern of switching treatmenting unit; At least wear on carrier at one and be provided with a trigger unit, when main body with wear after carrier is fitted to each other, this trigger unit contacts with change-over switch, thus triggering change-over switch, is switched to by the detecting pattern of processing unit and the pattern worn bearer type and be consistent; When main body with wear after carrier dismantles and be separated, the detecting pattern of processing unit reverts to the detecting pattern of acquiescence.
2. motion detection apparatus according to claim 1, is characterized in that, described change-over switch is electrode slice, and described trigger unit is hard contact.
3. motion detection apparatus according to claim 1, is characterized in that, described change-over switch is microswitch, and described trigger unit is a projection.
4. motion detection apparatus according to claim 3, it is characterized in that, described wears carrier for band subtype carrier or clamp type carrier, described microswitch is placed in body interior, the shell of described main body is provided with a perforate, and described projection is installed on band subtype carrier or clamp type carrier, after main body and band subtype carrier or clamp type carrier are fitted to each other, describedly protrude through perforate and contact with microswitch, the acquiescence detecting pattern of described processing unit is pocket-type detecting pattern.
5. motion detection apparatus according to claim 4, is characterized in that, the housing both sides of described main body are provided with grab.
6. motion detection apparatus according to claim 5, is characterized in that, described band subtype carrier comprises band portion and department of assembly, and described band portion is that soft material is applicable to around user's wrist; Described department of assembly, has the main body accommodation space for holding main body; Both sides, lower surface, described department of assembly are provided with draw-in groove, and this draw-in groove is used for matching with the grab of body shell both sides; Described projection is installed in department of assembly's inner surface.
7. motion detection apparatus according to claim 5, is characterized in that, described clamp type carrier comprises body and body support portion; Described body has the main body accommodation space for holding main body, and both sides, described body lower surface are provided with draw-in groove, and this draw-in groove is used for matching with the grab of body shell both sides; Guide rail is provided with outside described body; Described projection is installed in body inner surface; Described body support portion is provided with body holding part and clip portion, is provided with the guide groove matched with described guide rail inside described body holding part.
8. motion detection apparatus according to claim 3, it is characterized in that, described carrier of wearing comprises band subtype carrier and clamp type carrier, described microswitch is placed in body interior, the shell of described main body is provided with a perforate, and described projection is installed on band subtype carrier, after main body and band subtype carrier are fitted to each other, describedly protrude through perforate and contact with microswitch, the acquiescence detecting pattern of described processing unit is clamp type detecting pattern.
9. motion detection apparatus according to claim 3, it is characterized in that, described carrier of wearing comprises band subtype carrier and clamp type carrier, described microswitch is placed in body interior, the shell of described main body is provided with a perforate, and described projection is installed on clamp type carrier, after main body and clamp type carrier are fitted to each other, describedly protrude through perforate and contact with microswitch, the acquiescence detecting pattern of described processing unit is band subtype detecting pattern.
10. motion detection apparatus according to claim 3, it is characterized in that, described carrier of wearing comprises band subtype carrier and clamp type carrier, the inside of described main body is provided with the first microswitch and the second microswitch, the shell of described main body is provided with the first perforate and the second perforate, and first, second perforate described is corresponding with first, second microswitch described respectively; Described band subtype carrier sets firmly the first projection, and after main body and band subtype carrier are fitted to each other, described first protrudes through the first perforate contacts with the first microswitch; Described clamp type carrier sets firmly the second projection, and after main body and clamp type carrier are fitted to each other, described second protrudes through the second perforate contacts with the second microswitch; The acquiescence detecting pattern of described processing unit is pocket-type detecting pattern.
11., according to the motion detection apparatus in claim 3 to 10 described in any one, is characterized in that, described microswitch is unidirectional microswitch.
12. motion detection apparatus according to claim 3, it is characterized in that, described carrier of wearing comprises band subtype carrier and clamp type carrier, and the inside of described main body is provided with a multidirectional microswitch, the shell of described main body is provided with a perforate, and this perforate is corresponding with described multidirectional microswitch; Described band subtype carrier sets firmly first and stirs projection, described clamp type carrier sets firmly second and stirs projection, described first, second stirs projection for stirring described multidirectional microswitch when assembling towards preset direction; The acquiescence detecting pattern of described processing unit is pocket-type detecting pattern.
13., according to the motion detection apparatus in claim 2 to 10,12 described in any one, is characterized in that, described main body is also provided with a display unit, for showing worn bearer type and/or prompting wearing position information.
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| CN201210450200.8A CN102921163B (en) | 2012-11-12 | 2012-11-12 | Motion detection device |
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| CN201210450200.8A CN102921163B (en) | 2012-11-12 | 2012-11-12 | Motion detection device |
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| CN102921163B true CN102921163B (en) | 2015-04-01 |
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| CN113018828B (en) * | 2021-03-05 | 2022-03-22 | 江苏电子信息职业学院 | Intelligent sports intensity detection equipment based on combination of language and heart rate |
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|---|---|
| CN102921163A (en) | 2013-02-13 |
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