CN205360399U - Portable treadmill based on internet of things - Google Patents
Portable treadmill based on internet of things Download PDFInfo
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- CN205360399U CN205360399U CN201620057661.2U CN201620057661U CN205360399U CN 205360399 U CN205360399 U CN 205360399U CN 201620057661 U CN201620057661 U CN 201620057661U CN 205360399 U CN205360399 U CN 205360399U
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Abstract
The utility model provides a portable treadmill based on internet of things, includes the chassis, preceding, the back roll be connected with the chassis, with the race area preceding, that the back roll is connected, the CD -ROM drive motor of being connected with the front roll transmission, drive motor controller, the treadmill slope elevating system who is connected with the chassis, the support frame that the setting is connected with the chassis in the place ahead of front roll, infrared detector, manual controller, left hand action inductor, the right hand action inductor be connected with the support frame, the human -computer interaction system that is connected with the chassis, the chassis includes the telescopic longeron, drives longeron flexible electric putter or electric liquid push rod, take cylinder, a driven roll, connecting rod, push away and take the connecting rod with holding of being connected of longeron, with push away the 2nd driven roll who takes the connecting rod to connect, supply the gliding guide way of the 2nd driven roll, first end and connecting rod fixed connection, the other end and bracing piece sliding connection's backup pad, the 2nd driven roll's both ends respectively with both sides longeron sliding connection.
Description
Technical field
This utility model relates to physical fitness technical field of sports apparatus, especially relates to a kind of portable treadmill based on technology of Internet of things.
Background technology
Running is the most easily to realize and aerobatic exercise mode largest in the number of people, and treadmill is also one of indoor body-building apparatus most popular in the world.Because treadmill is improving the high efficiency of person taking exercise's physical ability and cardiorespiratory Endurance, at home and abroad it is widely used.Worsen along with outdoor fitness environment and living standards of the people improve so that utilizing treadmill to carry out indoor exercise and be increasingly becoming one of more popular physical training style, treadmill is also just progressing into ordinary consumption family.
Treadmill, under non-service condition, is placed on family and takes up room relatively big, life is brought inconvenience.Accordingly, it would be desirable to move to otherwise to save space after folding for treadmill.
Tradition treadmill main body its spindle portion when folding too forward, spindle portion and carrying wheel between distant.When carrying treadmill, it is necessary to treadmill body rear pulled downwards, so that treadmill front end is lifted away from ground, carry out the movement of treadmill thereby through carrying wheel.But, owing to spindle portion distance carrying wheel spacing is oversize, it is necessary to use very big strength treadmill front end could be lifted away from ground, be inconvenient for.
For solving the folding carrying problem of treadmill, CN203525220U discloses the foldable structure of a kind of treadmill, specifically disclose: the foldable structure of this treadmill includes treadmill main body and base, the front bottom end of treadmill main body is fixed with the support that rises, front end and the rotating shaft wheel of support of rising is connected, the rear end of support that rises is connected with the front end of folding rack, the rear end of folding rack is fixed on base, pneumatic cylinder is fixed on the middle part of folding rack, and the projecting shaft of pneumatic cylinder is connected with the bottom of treadmill main body.
In prior art, treadmill main body and front-end bracket are folded by treadmill folding substantially, during collection, treadmill is changed into standing up state by flat condition, but the length of treadmill main body does not shorten, though occupation of land place can be decreased, but because treadmill main body is longer, after standing up, its center of gravity is higher, there is certain unstability, in family's life process, because of curiosity and the mobility of child, when touching stands up the treadmill of state, likely treadmill is knocked over, bring safety problem.
Although it addition, conventional electric treadmill has been realized in the function being simulated of taking exercise by running, but still at least one of suffering from the drawback that:
1) when body builder uses tradition treadmill to take exercise by running, governing speed and the gradient is gone to adjust the intensity of road-work by the button on instrumental panel, complex operation, especially in running process, carry out these operations, easily cause security incidents such as falling down, when person taking exercise falls down, lack necessary safety prevention measure, increase the weight of the injury to person taking exercise；
2) although the treadmill of part model has carried some specific running programs, according to different exercise purposes, user can select the program of running program or the self-service editor carried, control the speed of treadmill, the gradient and time, thus realizing tempering purpose, but the running program that treadmill carries is limited, it is impossible to meet the demand of the running body-building person of all ages and classes level, different physical condition；
3) self-service editor's running program needs the knowledge of keeping fit of specialty, and general body builder cannot edit science under the guidance not having professional and reasonably run program；
4) although minority treadmill achieves the access of network and uploading of user for body-building data, but in workout data collection and analysis, interval be there is also for multi-form motion mode；
5) personalized service function is relatively short of, and intelligent data analysis is short of.And the data mining of top layer and calculating are only the core that body-building service provides, user is day by day harsh for the requirement of service mode, and body-building is served by not only there is certain user's viscosity, also to increase on intelligent data analysis level.
In China, the physical culture attainment general absence of body-building group, therefore, how to solve problem above, become the difficult problem perplexing numerous consumers and treadmill manufacturer.
Utility model content
This utility model provides a kind of based on technology of Internet of things for solving above-mentioned technical problem, changes " closed " health keeping mode that tradition treadmill is taken exercise, it is achieved the quantization of body-building, scientific and life-stylize, makes body builder be better able to adhere to for a long time；It is easy to the treadmill of collection.
In order to solve above-mentioned technical problem, this utility model provides a kind of portable treadmill based on technology of Internet of things, including underframe；The front roll being connected with described underframe and back roll；The treadbelt being connected with described front roll and back roll；The driving motor being in transmission connection with described front roll；Control the driving controller of described driving motor；The treadmill gradient elevating mechanism being connected with described underframe；It is arranged on the bracing frame that the front of front roll is connected with described underframe；The manual controller being connected with support frame as described above；Described manual controller communicates to connect with driving controller and treadmill gradient elevating mechanism respectively；Also include the infrared detector being connected with support frame as described above；The left hand motion sensor being connected with support frame as described above and right hand motion sensor；The man-machine interactive system being connected with described underframe；Described man-machine interactive system includes flush bonding processor；By the memory that memory interface is connected with described flush bonding processor；The video module being connected by I/O interface with described flush bonding processor and heart rate detection module, SD card/CF card interface, USB interface, Ethernet or WIFI coffret；Described man-machine interactive system communicates to connect with driving controller, treadmill gradient elevating mechanism, infrared detector, left hand motion sensor and right hand motion sensor respectively；Described underframe includes the longeron laying respectively at both sides；Described longeron includes being positioned at the nearly canned paragraph supporting frame end；It is located remotely from support frame end, the mobile section being slidably connected with described canned paragraph；First end and described canned paragraph are hinged, electric pushrod that the other end is hinged with described mobile section or Electrohydraulic push rod；Described underframe also includes two ends and holds band cylinder with two side girder canned paragraphs are connected respectively；Support bar that two ends are connected with the nearly longeron mobile section end of longeron canned paragraph respectively and the first bend pulley；The connecting rod that two ends are connected away from support frame end with longeron mobile section respectively；Two pushing belt connecting rods that first end is hinged away from supporting frame end with two side girder mobile sections respectively；The second bend pulley that two ends are connected with the other end of described pushing belt connecting rod respectively；Be arranged on two side girder canned paragraphs for described second bend pulley slide gathering sill；First end is fixing with described connecting rod to be connected, the gripper shoe that the other end is connected with the upper surface slide of described support bar；The two ends of described second bend pulley are slidably connected with two side girder canned paragraphs respectively.
As further improvement opportunity scheme, the portable treadmill based on technology of Internet of things that this utility model provides, also there is the handrail being connected with the both sides of described underframe respectively；Described handrail includes the free bearing being connected respectively with the canned paragraph of two side girders and mobile section, lower end is respectively through the hinged vertical rod of hinge and described free bearing, the first bar being connected with the upper end of homonymy two vertical rod respectively and the second bar, described first bar and the second bar socket and each other slidably；The bottom of described free bearing has axial notch or axial hole, and the lower end of described vertical rod is provided with the axial U-shaped hole being connected with described hinge.
As further improvement opportunity scheme, the portable treadmill based on technology of Internet of things that this utility model provides, support frame as described above includes the support post that bottom is connected with the side of described underframe by rotary locking mechanism；The support body being connected with the top of described support post；Described rotary locking mechanism can make support post rotate and be locked at different positions.
As further improvement opportunity scheme, the portable treadmill based on technology of Internet of things that this utility model provides, described support post includes upper and lower two joints of socket mutually, support post Height Adjustable, and the position after adjustment can carry out locking.
As further improvement opportunity scheme, the portable treadmill based on technology of Internet of things that this utility model provides, described rotary locking mechanism includes fixing the interior axle being connected with described underframe；It is enclosed within the outside of described interior axle, the outer sleeve being connected with described interior shaft clearance；Described interior axle is provided with the first pin shaft hole, and described outer sleeve is provided with at least one second pin shaft hole can being connected with described first pin shaft hole；Described rotary locking mechanism also includes the bearing pin being detachably connected in described first pin shaft hole and the second pin shaft hole；The bottom of described support post is fixing with described outer sleeve to be connected.
As further improvement opportunity scheme, the portable treadmill based on technology of Internet of things that this utility model provides, described pushing belt connecting rod includes the fixing connecting rod that the first end is hinged with described longeron mobile section；It is arranged on the axial blind hole of the described fixing connecting rod other end；The movable rod being slidably connected with described axial blind hole；It is arranged at the near fixing compression spring between connecting-rod head and the bottom of axial blind hole of described movable rod；The gland being connected with the nearly movable rod end of described fixing connecting rod；Described movable rod has the boss being slidably connected with described axial blind hole, described movable rod hinged away from fixing connecting-rod head and described second bend pulley.
As further improvement opportunity scheme, the portable treadmill based on technology of Internet of things that this utility model provides, also there is the light-emitting diode display being connected with support frame as described above, described light-emitting diode display and the communication connection of described man-machine interactive system.
As further improvement opportunity scheme, the portable treadmill based on technology of Internet of things that this utility model provides, also be there is the smart machine being connected by radio communication with described man-machine interactive system and support subsystem and smartcard identification subsystem.
As further improvement opportunity scheme, the portable treadmill based on technology of Internet of things that this utility model provides, also there is the pressure transducer being connected with described gripper shoe, described pressure transducer and the communication connection of described man-machine interactive system.
As further improvement opportunity scheme, the portable treadmill based on technology of Internet of things that this utility model provides, also there is the shifting roller being connected with described underframe end.
When not conflicting, above-mentioned improvement project can be implemented alone or in combination.
The technical scheme that this utility model provides, adopts structural design that is deployable or that draw in, when non-exercise use state, can be drawn in by treadmill, decrease the floor space of treadmill, it is simple to be mobile, be more suitable for using in the family.Based on technology of Internet of things, change " closed " health keeping mode that tradition treadmill is taken exercise, it is achieved that the quantization of body-building, scientific and life-stylize, make body builder be better able to adhere to for a long time.Construction by relevant body-building service platform, can on the workout data basis that man-machine interactive system obtains, carry out workout data quantitative statistics, excavate and analyze, promote the construction of body-building by scientific methods behavior Universal Model, for the body-building by scientific methods service that the body-building colony offer of diversification is personalized.The manual operation panel feature of tradition treadmill is reduced, removes too fat to move panel peripheral hardware and instrumental panel, only retain a small amount of buttons such as controlling the lifting of the treadmill gradient and speed controlling, more operating function is given man-machine interactive system and smart machine.
Accompanying drawing explanation
Accompanying drawing is used for providing being further appreciated by of the present utility model, constitutes the part of the application, and schematic description and description of the present utility model is used for explaining this utility model, is not intended that improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the structural representation of the portable treadmill of embodiment；
Fig. 2 is Fig. 1 portable treadmill structural representation when not installing treadbelt；
Fig. 3 is the structural representation of the longitudinal beam of underframe of the portable treadmill of embodiment；
Fig. 4 is the structural representation of the pushing belt connecting rod of the portable treadmill of embodiment；
Fig. 5 is the structural representation of the handrail free bearing of the portable treadmill of embodiment；
Fig. 6 is the portable treadmill of embodiment treadbelt position view when open configuration；
Fig. 7 is the portable treadmill of embodiment treadbelt position view when rounding state.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
The portable treadmill based on technology of Internet of things as shown in Figures 1 to 7, including underframe 1, the front roll 11 being connected with underframe 1 and back roll 12, the treadbelt 2 being connected with front roll 11 and back roll 12, the driving motor being in transmission connection with front roll 11, control to drive the driving controller of motor, the treadmill gradient elevating mechanism being connected with underframe 1, it is arranged on the bracing frame 3 that the front of front roll 11 is connected with underframe 1, the manual controller 5 being connected with bracing frame 3, the infrared detector 4 being connected with bracing frame 3, the left hand motion sensor 6 being connected with bracing frame 3 and right hand motion sensor 7, the man-machine interactive system 8 being connected with underframe 1.Manual controller 5 communicates to connect with driving controller and treadmill gradient elevating mechanism respectively.Described man-machine interactive system 8 includes flush bonding processor, by the memory that memory interface is connected with flush bonding processor, the video module being connected by I/O interface with flush bonding processor and heart rate detection module, SD card/CF card interface, USB interface, Ethernet or WIFI coffret；Man-machine interactive system 8 communicates to connect with driving controller, treadmill gradient elevating mechanism, infrared detector 4, left hand motion sensor 6 and right hand motion sensor 7 respectively.Described underframe 1 includes the longeron laying respectively at both sides；Described longeron includes the canned paragraph 101 being positioned at nearly bracing frame 3 end, is located remotely from the mobile section 102 that bracing frame 3 end and canned paragraph 101 are slidably connected, and the first end is hinged with canned paragraph 101, electric pushrod that the other end is hinged with mobile section 102 or Electrohydraulic push rod 103；nullDescribed underframe 1 also includes two ends and holds band cylinder 104 with two side girder canned paragraphs 101 are connected respectively，Support bar 105 that two ends are connected with nearly longeron mobile section 102 end of longeron canned paragraph 101 respectively and the first bend pulley 106，The connecting rod 107 that two ends are connected away from bracing frame 3 end with longeron mobile section 102 respectively，First end respectively with two side girder mobile sections 102 away from the hinged two pushing belt connecting rods 108 of bracing frame 3 end，The second bend pulley 109 that two ends are connected with the other end of two pushing belt connecting rods 108 respectively，Be arranged on two side girder canned paragraphs 101 for second bend pulley 109 slide gathering sill 110，First end is fixing with connecting rod 107 to be connected，The gripper shoe 111 that the other end is connected with the upper surface slide of support bar 105，The two ends of the second bend pulley 109 are slidably connected with two side girder canned paragraphs 101 respectively.
The communication linkage technology of man-machine interactive system 8 and sensor or control equipment is prior art, in this utility model, no longer describes in detail.
Alternatively, the portable treadmill based on technology of Internet of things that this utility model provides, also there is the handrail 9 being connected with the both sides of underframe 1 respectively；Handrail 9 includes the free bearing 901 being connected respectively with the canned paragraph 101 of two side girders and mobile section 102, lower end is respectively through the hinged vertical rod 903 of hinge 902 and free bearing 901, the first bar 904 and the second bar 905 being connected with the upper end of homonymy two vertical rod respectively, the first bar 904 and the second bar 905 is socketed and each other slidably.Referring to Fig. 5, the bottom of free bearing 901 has axial notch or axial hole, and the lower end of vertical rod 903 is provided with the axial U-shaped hole 906 being connected with hinge 902.When person taking exercise uses, under gravity, the upper-end contact in hinge 902 and U-shaped hole 906, the lower end of vertical rod 903 is inserted in axial notch or axial hole, and vertical rod 903 is fixed, when needs draw in, toward lifting up vertical rod 903, the lower end in contact in hinge 902 and U-shaped hole 906, the lower end of vertical rod 903 is left in axial notch or axial hole, and vertical rod 903 can rotate around hinge 902 draws in.More preferably, safety pin also can be set between free bearing 901 and vertical rod 903, under in working order, make vertical rod 903 to be lifted up, improve safety.
Alternatively, the portable treadmill based on technology of Internet of things that this utility model provides, support frame as described above 3 includes the support post 302 that bottom is connected with the side of underframe 1 by rotary locking mechanism 301, the support body 303 being connected with the top of support post 302, rotary locking mechanism 301 can make support post 302 rotate and be locked at different positions.Each support post 302 includes upper and lower two joints of socket mutually, support post 302 Height Adjustable, and the position after adjustment can carry out locking.In the present embodiment, described rotary locking mechanism 301 includes the interior axle that be connected fixing with underframe 1, it is enclosed within the outside of interior axle, the outer sleeve being connected with interior shaft clearance, described interior axle is provided with the first pin shaft hole, outer sleeve is provided with at least two the second pin shaft holes can being connected with the first pin shaft hole, and rotary locking mechanism 301 also includes the bearing pin being detachably connected in the first pin shaft hole and the second pin shaft hole, and the bottom of support post 302 is fixing with outer sleeve to be connected.Bearing pin is inserted in different pin shaft holes, it is possible to regulate the diverse location of support post 302.When support post 302 upward time, bracing frame 3 is in running order, for person taking exercise；When support post 302 is in level, bracing frame 3 is in rounding state, it is simple to collection.
As shown in Figure 4, alternatively, the portable treadmill based on technology of Internet of things that this utility model provides, described pushing belt connecting rod 108 includes the fixing connecting rod that the first end is hinged with longeron mobile section 102, it is arranged on the axial blind hole 116 of the fixing connecting rod other end, the movable rod 112 being slidably connected with axial blind hole 116, it is arranged at the near fixing compression spring 115 between connecting-rod head and the bottom of axial blind hole 116 of movable rod 112, the gland 113 being connected with nearly movable rod 112 end of fixing connecting rod, movable rod 112 has the boss 114 being slidably connected with axial blind hole 116, movable rod 112 hinged away from fixing connecting-rod head and the second bend pulley 109.Compression spring 115 it is provided with, on the one hand, when can make portable treadmill in working order, treadbelt 2 is in tensioning state all the time between movable rod 112 and fixing connecting rod；On the other hand, when drawing in, the degree of tightness of compression spring 115 scalable treadbelt 2, process of drawing in is more smooth and easy, damages treadbelt 2, electric pushrod or Electrohydraulic push rod 103 without the overtension because of treadbelt 2.
Alternatively, the portable treadmill based on technology of Internet of things that this utility model provides, also there is the light-emitting diode display 10 being connected with bracing frame 3, light-emitting diode display 10 and man-machine interactive system 8 communicate to connect.
Alternatively, the portable treadmill based on technology of Internet of things that this utility model provides, also be there is the smart machine being connected by radio communication with man-machine interactive system 8 and support subsystem and smartcard identification subsystem.
Alternatively, the portable treadmill based on technology of Internet of things that this utility model provides, also there is the pressure transducer being connected with gripper shoe 111, pressure transducer and man-machine interactive system 8 communicate to connect.
Alternatively, the portable treadmill based on technology of Internet of things that this utility model provides, also there is the shifting roller being connected with underframe 1 end.
Operation principle:
The longeron of underframe 1 both sides arranges the canned paragraph 101 and mobile section 102 that are mutually slidably connected, promotes mobile section 102 to stretch by electric pushrod or Electrohydraulic push rod 103.When mobile section 102 reaches duty position, gripper shoe 111 rides in support bar 105 and connecting rod 107, and underframe 1 is in the longest position, holds the weight carrying treadbelt and person taking exercise with cylinder 104 and gripper shoe 111.When being in idle state and need to collect, shrink by handling electric pushrod or Electrohydraulic push rod 103, mobile section 102 is made to slide toward canned paragraph 101 direction, mobile section 102 drives pushing belt connecting rod 108 and the second bend pulley 109 to slide toward canned paragraph 101 direction, treadbelt 2, under the effect of the first bend pulley 106 and the second bend pulley 109, folds toward canned paragraph 101 direction；Simultaneously mobile section 102 drives gripper shoe 111 to slide on band cylinder 104 toward holding, and mobile section 102 can drive the first bar 904 and the second bar 905 mutually to slide contraction, and portable treadmill draws on the whole, minimizing floor space.Same principle, when portable treadmill is for exercise, stretches out by handling electric pushrod or Electrohydraulic push rod 103, can reach the length of requirement, for person taking exercise.
Support that subsystem and smartcard identification subsystem can quickly identify treadmill information and body builder's information by smart machine, and the relation that one_to_one corresponding maps can be set up easily with body builder, conveniently realize the functions such as information transmission, shared, feedback.
When user is static, pressure transducer can obtain the body weight of user, when user is engaged in body-building, equally possible acquisition user is for the impact force information of treadbelt 2, the data that pressure transducer obtains are uploaded to man-machine interactive system 8, it is possible not only to the cadence for judging runner and step-length, also servicing software developer to body-building to provide and more design imagination space, the equipment idle running that still prevents, user such as fall down at the generation of specific event.
The photosignal of left hand motion sensor 6 and right hand motion sensor 7 detection is sent to man-machine interactive system 8, the action of treadmill can be promoted to bidimensional, treadmill is allowed to be possible not only to realize unidirectional identification, left and right can also be identified, more improve the recreational and interactive of treadmill related application exploitation software.
Human body temperature is 37 degrees centigrade, it it is highstrung infrared acquisition source, human body is when treadmill moves, landing airdrome length limits the scope of its motion, and the coverage of infrared detector 4 exceeds far away this scope, set up by some corresponding models, can effectively find out human body falling down and departure motion when motion, when infrared detector 4 detect human body leave search coverage time, information is uploaded to man-machine interactive system 8, if infrared detector 4 is monitored Data Detection and is fallen down to user, man-machine interactive system 8 controls treadmill and shuts down, if detecting, user leaves, then perform decision instruction, treadmill then it is automatically switched off without responding, and remove user login information.Really realize the automatic sensing of treadmill.
User is by smart machine operation by control command conduction to man-machine interactive system 8, and man-machine interactive system 8 controls to drive controller, treadmill gradient elevating mechanism to regulate the parameter such as velocity, the gradient, it is achieved thereby that the monitoring to user for body-building process.
Man-machine interactive system 8 is provided with video module, can automatically identify body builder's identity more easily, it is possible to catch the multiple effective information in user for body-building process.The relation that one_to_one corresponding maps can be set up easily with body builder, conveniently realize the functions such as information transmission, shared, feedback；More improve the recreational and interactive of treadmill related application exploitation software.
Sports science research is it has been shown that heart rate and exercise intensity are mutual corresponding, and exercise intensity is more big, and heart rate is more fast, and best exercise heart rate is to be limited in a range of, is referred to as target heart.Man-machine interactive system 8 is provided with heart rate detection module, can determine the target heart of user for body-building process according to exercise heart rate change curve, the more scientific and property of can refer to.Can demonstrate the percentage ratio of this motion institute's consumed energy and fat more exactly according to heart rate, whether the recovery of postexercise heart rate can be suitable for as evaluation customer charge again and the index of heart body state and foundation simultaneously.The purposes of heart rate data can in the later stage based on, in the service software of Internet of Things body-building apparatus, being utilized more fully.
This utility model is not limited to above preferred implementation, also in the spirit that this utility model claim and description limit, can carry out conversion and the improvement of various ways, can solve same technical problem, and obtain intended technique effect, therefore not repeat.Those of ordinary skill in the art can from this utility model disclosure directly or all schemes associated, as long as within the spirit that claim limits, falling within protection domain of the present utility model.
Claims (10)
1. based on a portable treadmill for technology of Internet of things, including underframe (1)；The front roll (11) being connected with described underframe (1) and back roll (12)；The treadbelt (2) being connected with described front roll (11) and back roll (12)；The driving motor being in transmission connection with described front roll (11)；Control the driving controller of described driving motor；The treadmill gradient elevating mechanism being connected with described underframe (1)；It is arranged on the bracing frame (3) that the front of front roll (11) is connected with described underframe (1)；The manual controller (5) being connected with support frame as described above (3)；Described manual controller (5) communicates to connect with driving controller and treadmill gradient elevating mechanism respectively；It is characterized in that: also include the infrared detector (4) being connected with support frame as described above (3)；The left hand motion sensor (6) being connected with support frame as described above (3) and right hand motion sensor (7)；The man-machine interactive system (8) being connected with described underframe (1)；Described man-machine interactive system (8) includes flush bonding processor；By the memory that memory interface is connected with described flush bonding processor；The video module being connected by I/O interface with described flush bonding processor and heart rate detection module, SD card/CF card interface, USB interface, Ethernet or WIFI coffret；Described man-machine interactive system (8) communicates to connect with driving controller, treadmill gradient elevating mechanism, infrared detector (4), left hand motion sensor (6) and right hand motion sensor (7) respectively；Described underframe (1) includes the longeron laying respectively at both sides；Described longeron includes being positioned at the canned paragraph (101) that nearly bracing frame (3) is held；It is located remotely from bracing frame (3) end, the mobile section (102) being slidably connected with described canned paragraph (101)；First end and described canned paragraph (101) are hinged, electric pushrod that the other end is hinged with described mobile section (102) or Electrohydraulic push rod (103)；Described underframe (1) also includes two ends and holds band cylinder (104) with two side girder canned paragraphs (101) are connected respectively；Two ends hold the support bar (105) and the first bend pulley (106) that are connected respectively with the nearly longeron mobile section (102) of longeron canned paragraph (101)；The connecting rod (107) being connected is held, with longeron mobile section (102), respectively in two ends away from bracing frame (3)；First end holds hinged two piece pushing belt connecting rod (108) with two side girder mobile sections (102) away from bracing frame (3) respectively；The second bend pulley (109) that two ends are connected with the other end of described pushing belt connecting rod (108) respectively；It is arranged at the upper gathering sill (110) slided for described second bend pulley (109) of two side girder canned paragraphs (101)；First end is fixing with described connecting rod (107) to be connected, the gripper shoe (111) that the other end is connected with the upper surface slide of described support bar (105)；The two ends of described second bend pulley (109) are slidably connected with two side girder canned paragraphs (101) respectively.
2. the portable treadmill based on technology of Internet of things according to claim 1, it is characterised in that: also there is the handrail (9) being connected with the both sides of described underframe (1) respectively；Described handrail (9) includes the free bearing (901) being connected respectively with the canned paragraph (101) of two side girders and mobile section (102), lower end is respectively through the hinged vertical rod (903) of hinge (902) and described free bearing (901), the first bar (904) being connected with the upper end of homonymy two vertical rod respectively and the second bar (905), described first bar (904) and the second bar (905) socket and each other slidably；The bottom of described free bearing (901) has axial notch or axial hole, and the lower end of described vertical rod (903) is provided with the axial U-shaped hole (906) being connected with described hinge (902).
3. the portable treadmill based on technology of Internet of things according to claim 1, it is characterised in that: support frame as described above (3) includes the support post (302) that bottom is connected with the side of described underframe (1) by rotary locking mechanism (301)；The support body (303) being connected with the top of described support post (302)；Described rotary locking mechanism (301) can make support post (302) rotate and be locked at different positions.
4. the portable treadmill based on technology of Internet of things according to claim 3, it is characterised in that: described support post (302) includes upper and lower two joints of mutually socket, support post (302) Height Adjustable, and the position after adjustment can carry out locking.
5. the portable treadmill based on technology of Internet of things according to claim 3, it is characterised in that: described rotary locking mechanism (301) includes the interior axle that be connected fixing with described underframe (1)；It is enclosed within the outside of described interior axle, the outer sleeve being connected with described interior shaft clearance；Described interior axle is provided with the first pin shaft hole, and described outer sleeve is provided with at least one second pin shaft hole can being connected with described first pin shaft hole；Described rotary locking mechanism (301) also includes the bearing pin being detachably connected in described first pin shaft hole and the second pin shaft hole；The bottom of described support post (302) is fixing with described outer sleeve to be connected.
6. the portable treadmill based on technology of Internet of things according to claim 1, it is characterised in that: described pushing belt connecting rod (108) includes the fixing connecting rod that the first end is hinged with described longeron mobile section (102)；It is arranged on the axial blind hole (116) of the described fixing connecting rod other end；The movable rod (112) being slidably connected with described axial blind hole (116)；It is arranged at the near fixing compression spring (115) between connecting-rod head and the bottom of axial blind hole (116) of described movable rod (112)；The gland (113) being connected is held with the nearly movable rod (112) of described fixing connecting rod；Described movable rod (112) has the boss (114) being slidably connected with described axial blind hole (116), described movable rod (112) hinged away from fixing connecting-rod head and described second bend pulley (109).
7. the portable treadmill based on technology of Internet of things according to claim 1, it is characterised in that: also there is the light-emitting diode display (10) being connected with support frame as described above (3), described light-emitting diode display (10) and described man-machine interactive system (8) communication connection.
8. the portable treadmill based on technology of Internet of things according to claim 1, it is characterised in that: also be there is the smart machine being connected by radio communication with described man-machine interactive system (8) and support subsystem and smartcard identification subsystem.
9. the portable treadmill based on technology of Internet of things according to claim 1, it is characterised in that: also there is the pressure transducer being connected with described gripper shoe (111), described pressure transducer and described man-machine interactive system (8) communication connection.
10. the portable treadmill based on technology of Internet of things according to claim 1, it is characterised in that: also there is the shifting roller being connected with described underframe (1) end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620057661.2U CN205360399U (en) | 2016-01-21 | 2016-01-21 | Portable treadmill based on internet of things |
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| CN201620057661.2U CN205360399U (en) | 2016-01-21 | 2016-01-21 | Portable treadmill based on internet of things |
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| CN205360399U true CN205360399U (en) | 2016-07-06 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105477828A (en) * | 2016-01-21 | 2016-04-13 | 湖南理工学院 | Portable treadmill based on internet of things technology |
| CN109331400A (en) * | 2018-04-03 | 2019-02-15 | 王志效 | Big data detection method |
| CN115155020A (en) * | 2016-07-25 | 2022-10-11 | 托纳系统公司 | Digital strength training |
-
2016
- 2016-01-21 CN CN201620057661.2U patent/CN205360399U/en not_active Withdrawn - After Issue
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105477828A (en) * | 2016-01-21 | 2016-04-13 | 湖南理工学院 | Portable treadmill based on internet of things technology |
| CN105477828B (en) * | 2016-01-21 | 2017-08-01 | 湖南理工学院 | Portable treadmill based on technology of Internet of things |
| CN115155020A (en) * | 2016-07-25 | 2022-10-11 | 托纳系统公司 | Digital strength training |
| CN115155020B (en) * | 2016-07-25 | 2024-03-05 | 托纳系统公司 | Digital strength training |
| US12070642B2 (en) | 2016-07-25 | 2024-08-27 | Tonal Systems, Inc. | Digital strength training |
| US12076601B2 (en) | 2016-07-25 | 2024-09-03 | Tonal Systems, Inc. | Digital strength training |
| CN109331400A (en) * | 2018-04-03 | 2019-02-15 | 王志效 | Big data detection method |
| CN109331400B (en) * | 2018-04-03 | 2020-09-22 | 付军 | Big data detection method |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20160706 Effective date of abandoning: 20170801 |