CN201101883Y - Grip strength test game machine - Google Patents
Grip strength test game machine Download PDFInfo
- Publication number
- CN201101883Y CN201101883Y CN 200720193938 CN200720193938U CN201101883Y CN 201101883 Y CN201101883 Y CN 201101883Y CN 200720193938 CN200720193938 CN 200720193938 CN 200720193938 U CN200720193938 U CN 200720193938U CN 201101883 Y CN201101883 Y CN 201101883Y
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- CN
- China
- Prior art keywords
- board
- platform
- application rod
- force application
- game machine
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model relates to a holding power test game which is provided with a feeler mechanism which is assembled inside and a switching mechanism which is used externally. The feeler mechanism is realized by that a shaft body which rotates freely in a machine working platform winds a power line, one end of which is a stressed end, and the other end is a resisting force end allows the shaft to recover. One end of the shaft locks a disk, the periphery of the disk is divided into a plurality of shielding blocks in equal way, and a sunken area is formed between the two adjacent shielding blocks, thereby convoluting to pass through a group detecting ends. The switching mechanism refers to the condition that a stressed subassembly receives holding power to slide on a base, the stressed subassembly is linked with one end of a force applying rod, the other end of the force applying rod is connected with the stressed end of the power line, and a restoring subassembly allows the force applying rod to reset.
Description
Technical field
The utility model is subordinate to a kind of game machine, particularly, is that grip with palm is converted to kinetic energy that can be detected and uses on board.
Background technology
Early stage spring-grip is to allow palm hold elastomer exert pressure, and only can train grip grip can not be quantized.Secondly, known measuring appliance is to utilize the tooth bar transmitting gear to turn round synchronously by pointer, learns the numerical value of detected kinetic energy according to the scale of card making.
The utility model content
The game machine of grip strength testing is made in applicant research and development on board, the purpose of this utility model is that the grip with palm is converted to kinetic energy that can be detected and uses on board.
For reaching above-mentioned purpose, the utility model provides a kind of game machine of grip strength testing, it is characterized in that, a board has one and is assembled in inner testing agency, and with a switching mechanism of externally using, this testing agency comprises:
One axle that in this board, freely rotates;
One power line twines this axle body, and this power line one end is the force side of accepting kinetic energy, and end is one to allow the drag end of this recovery in addition;
One disk, interlocking is at this a end, and this disc circumference etc. is arranged with most shielding blocks, forms a recessed region between adjacent two shielding blocks;
One group of test side is located at the position that this board circles round and passes through by disk border;
This switching mechanism comprises:
One pedestal;
One accepts the stressed assembly that grip is bestowed, and slides on this pedestal;
One force application rod with this stressed component synchronization start links to each other with this force side; And
The one answer assembly that allows this force application rod reset.
Wherein this board is assembled a holder, and this holder is that platform below set one underframe constitutes, and this underframe is provided with a hole;
The axle of this testing agency links to each other with one group of bearing block, and this group bearing block is fixed on the below of underframe, makes the power line that twines axle body be able to the force side and penetrates in the hole;
The pedestal of this switching mechanism is positioned on the platform, and this pedestal is that a support bar and two sidewalls constitute, and firm sidewall at platform caves in along its length a rail groove is arranged, and this support bar locking is between the rail groove toward each other of two side;
This stressed assembly has a Passive part, two sliding shoes and a moving part, and two sliding shoes are positioned at parallel Passive part and moving part both sides, allows this sliding shoe movable in the rail groove of correspondence;
This force application rod one end is attached on the moving part, and end passes platform and links to each other with the force side in addition;
This answer assembly has an elastic component and an extrusion, and this elastic component is placed in the force application rod outer rim and offsets with platform, and this extrusion is attached at the end conflict elastic component that force application rod gos deep into underframe.
Wherein this fixed seating in the below of platform firm two connection sheets, each connection sheet is bonded to the periphery of a support, a guide hole is run through in these support central authorities, the extrusion of this answer assembly moves in guide hole.
Wherein this test side is a photoelectric sensor.
The utility model provides a kind of game machine of grip strength testing, it is characterized in that, and assembling one testing agency in the board, this testing agency comprises:
One axle that in this board, freely rotates;
One power line twines this axle body, and this power line one end is one to receive the force side of external force, and end is one to allow the drag end of this recovery in addition;
One disk, interlocking is at this a end, and this disc circumference etc. is arranged with most shielding blocks, forms a recessed region between adjacent two shielding blocks; And
One group of test side is located at the position that this board circles round and passes through by disk border.
Wherein the axle of this testing agency links to each other with one group of bearing block, and this group bearing block is fixed in the board; A this power line drag end and an extension spring hook connect, and this extension spring is to be positioned at board inside; This test side is a photoelectric sensor.
The utility model provides a kind of game machine of grip strength testing, it is characterized in that, a board has a switching mechanism of externally using, and this switching mechanism comprises:
One pedestal;
One accepts the stressed assembly that grip is bestowed, and slides on this pedestal;
One force application rod with this stressed component synchronization start links to each other with a testing agency; And
The one answer assembly that allows this force application rod reset.
Wherein this board is assembled a holder, and this holder is that platform below set one underframe constitutes, and this underframe is provided with a hole;
This pedestal is that a support bar and two sidewalls constitute, and this sidewall rail groove that caves in along its length, this support bar are linked between toward each other two rail grooves, and the end that the two side differs from support bar is secured on the platform;
This stressed assembly has a Passive part, two sliding shoes and a moving part, and two sliding shoes are positioned at parallel Passive part and moving part both sides, allows this sliding shoe movable in the rail groove of correspondence;
This force application rod one end is attached on the moving part, and end links to each other with this testing agency in addition;
This answer assembly has an elastic component and an extrusion, and this elastic component is placed in the force application rod outer rim and offsets with platform, and this extrusion is attached at the end conflict elastic component that force application rod gos deep into underframe.
Wherein this holder also comprises a support, and this support has the connection sheet of at least one firm platform, and a guide hole that supplies this extrusion to penetrate.
The beneficial effects of the utility model are:
The game machine of grip strength testing of the present utility model is that grip with palm is converted to kinetic energy that can be detected and uses on board.
Description of drawings
In order to understand technology contents of the present utility model, enumerate following each embodiment now and cooperate graphic being described as follows:
Fig. 1 is the schematic perspective view of the utility model related detection mechanism for implementing example.
Fig. 2 is the schematic perspective view of the relevant switching mechanism embodiment of the utility model.
Fig. 3 is the schematic diagram that switching mechanism and testing agency is implemented in holder.
Fig. 4 sets up a support for the holder of Fig. 3, cooperates the floor map of testing agency and switching mechanism.
Fig. 5 is the embodiment schematic diagram that is assembled with the grip strength testing game machine.
The specific embodiment
Fig. 1 is the embodiment that a kind of kinetic energy detects.Drawing shows a testing agency 1, is to be assembled in a board inside, and this board is relevant with game machine, waits until at last narration again.
A power line 3 is twined in the stage casing of an axle 2 in this testing agency 1, and these power line 3 one ends are a force side 31, and end is a drag end 32 in addition.In the present embodiment, the strength that kinetic energy is bestowed is accepted in this force side 31, and this kinetic energy is defined as finger and the interactive grip that produces of palm.These drag end 32 savings reaction forces, this reaction force is defined as this 2 power of restoring that allows.
Because this power line 3 passes axle 2 and twines a few at axle body, in case grip is transmitted this force side 31, this power line 3 can be towards 2 rotations of application of force direction pulling axle.Along with the torsion that this 2 rotation produces, allow the position of these power line 3 contiguous drag ends 32 be wrapped in axle body, the drag end 32 in moving hooks an extension spring 33, these extension spring 33 length is extended gradually, in order to save a reaction force.
This 2 one end is fixed in the central part of a disk 4, along with these axle 2 rotations, drives this disk 4 and rotates synchronously, and disk 4 edges in the rotation are circled round by one group of test side 43.These disk 4 peripheries etc. are arranged with the shielding block 41 of most flute profiles, form a recessed region 42 between adjacent two shielding blocks 41.Respectively this shielding block 41 and recessed region 42 produce intermittent blocking or saturating empty effect to this test side 43 between involution period.
This test side 43 is a kind of electro-optical pickoffs, and because of disk 4 intermittent blocking or saturating empty effect, the information of being sent shows at a display through calculation and output numerical value to receiving terminal (drawing is not painted).Certainly, this test side 43 can also be a kind of mechanical sensor.
Fig. 2 is a kind of embodiment of kinetic energy conversion.Drawing shows a switching mechanism 5, be to be assembled in a board externally to use, with the conversion palm grip become can be detected kinetic energy.
Drawing shows that this switching mechanism 5 mainly is to be provided with a stressed assembly 7 at a pedestal 6, and when this stressed assembly 7 slided on pedestal 6, interlock one force application rod 8 moved back and forth, and the power that this force application rod 8 resets comes from one and replys assembly 9.
This switching mechanism 5 allows the user that palm is pressed on this pedestal 6 according to aforementioned activities, with finger this stressed assembly 7 is bestowed grip, and this grip is transmitted this force application rod 8 and converted displacement movement to, and this moves energy can be by datumization.In other words, in advance the origin-location of this force application rod 8 is set at datum mark, compares the change point of these force application rod 8 stressed displacements, the distance between 2 promptly equals the kinetic energy of single grip.
This distance can be obtained a data value by measurement, but the utility model but is to utilize 1 pair of kinetic energy this moment of aforementioned testing agency to measure.Difference is: apart from being short distance, the so short measured numeric ratio of distance was more not accurate between 2 displacements produced; This testing agency 1 utilizes diameter than principle, allows identical kinetic energy turn axle than minor diameter, drives the card rotation of larger diameter synchronously, and any trickle amount of movement is amplified to circumference through the diameter ratio and can obtains comparison result preferably.Certainly, utilize the detection of optical profile type or mechanical type inductor to learn and to make us more satisfied by accurate numerical value.
It is to be made of a support bar 61 and two sidewalls 62 that aforementioned switching mechanism 5 more deeply resolves to this pedestal 6.This sidewall 62 is bars that a truncation surface is ㄇ shape, so this sidewall 62 caves in along its length a rail groove 621.These support bar 61 lockings are enough to constitute the required pedestal of the utility model 6 between the rail groove 621 toward each other of two side 62.
This stressed assembly 7 is to be made of a Passive part 71, two sliding shoes 72 and a moving part 73.Two sliding shoes 72 are positioned at the both sides of moving part 73, become one by technical batterys such as screw lock or welding or castings, allow this sliding shoe 72 movable in the rail groove 621 of correspondence.This Passive part 71 is mounted between two sliding shoes 72, and is parallel relative with this moving part 73, and these Passive part 71 middle parts have multistage link 711, and these links 711 allow finger control Passive part 71 well and feel comfortably cool.
This force application rod 8 is positioned moving part 73 central authorities, and terminal and aforementioned force side 31 links to each other.Along with grip is bestowed this stressed assembly 7, these force application rod 8 displacement movements of interlock.This grip disappears, and these force application rod 8 homing actions just must rely on answer assembly 9 to finish.
As shown in Figure 2, this answer assembly 9 has a blocking element 91, an elastic component 92 and an extrusion 93.This blocking element 91 is annular solids and be enclosed within force application rod 8 outer rims in advance.This force application rod 8 penetrates elastic component 92 and extrusion 93 in regular turn, stops each assembly to break away from by a spiro connecting piece 81.
This stressed assembly 7 is slidingly installed in the 62 rail grooves 621 respect to one another of two side, allows the force application rod 8 that is bonded to these moving part 73 central authorities, passes this platform 52 and gos deep into underframe 53.The position of these underframe 53 corresponding force application rod 8 ends is provided with a hole 54, and the force side 31 of aforementioned power line 3 is passed this hole 54 and linked to each other with force application rod 8 is terminal.2 and the one groups of bearing blocks 55 of axle that twine this power line 3 are coupling together, and this group bearing block 55 is fixed on the below of underframe 53, and facing hole 54 with the position of this 2 winding power line 3 is the best.
In addition, these underframe 53 bottom surfaces far from the hole 54 slightly at a distance lock establish a gim peg 34, differ from the end location of drag end 32 for aforementioned extension spring 33.The position of these underframe 53 outside adjacent disk 4 is bolted with a testing stand 44, and this testing stand 44 has at least one circuit board 45 in the face of the one side of disk 4, and this circuit board 45 is electrically connected with sensor and serves as 43 uses of aforementioned test side.
Fig. 4 shows that this holder 51 also includes a support 56, and this support 56 has a guide hole 561 that supplies extrusion 93 to penetrate.This support 56 has two connection sheets 562 towards the one side of platform 52 in peripheral set, and this connection sheet 562 is secured in platform 52 belows.Because this blocking element 91 touches platform 52 causes, under the guiding function of 561 pairs of extrusions 93 of this guide hole, push this elastic component 92 and be active in 563 li in two connection sheets, 562 formed spaces.
This support 56 is established at least one attaching means 564 towards the one side lock of testing agency 1, and this attaching means 564 just stops extrusion 93 to eject guide hole 561 jumpings toward extraneous.
Palm is pressed in support bar 61 tops, and finger hooks Passive part 71 application of forces, and this stressed assembly 7 slides on sidewall 62 and raises gradually.Along with the force application rod 8 that this stressed assembly 7 is synchronized with the movement, in the time of interlock extrusion 93 compressing elastic component 92, also can draw force side 31 and pull power line 3, allow axle 2 rotations of bearing block 55.Set firmly the disk periphery of this 2 end, circle round and send information intermittently by test side 43.Wherein, these sliding shoe 72 contiguous Passive part 71 1 ends are less than or equal to the degree of depth that this guide hole 561 allows extrusion 93 motions to the ultimate range of support bar 61 cylindricals.
About the statement of structures of grip strength testing, as shown in Figure 5, this platform 52 can be installed in board 11 together with switching mechanism 5 according to these, the user bestows the numerical value of grip to switching mechanism 5, will show on the screen of display 12.All the other outfit facilities such as rocking bar, button, light or audio get assembling optionally.
Claims (9)
1, a kind of game machine of grip strength testing is characterized in that, a board has one and is assembled in inner testing agency, and with a switching mechanism of externally using, this testing agency comprises:
One axle that in this board, freely rotates;
One power line twines this axle body, and this power line one end is the force side of accepting kinetic energy, and end is one to allow the drag end of this recovery in addition;
One disk, interlocking is at this a end, and this disc circumference etc. is arranged with most shielding blocks, forms a recessed region between adjacent two shielding blocks;
One group of test side is located at the position that this board circles round and passes through by disk border;
This switching mechanism comprises:
One pedestal;
One accepts the stressed assembly that grip is bestowed, and slides on this pedestal;
One force application rod with this stressed component synchronization start links to each other with this force side; And
The one answer assembly that allows this force application rod reset.
According to the game machine of the described grip strength testing of claim 1, it is characterized in that 2, wherein this board is assembled a holder, this holder is that platform below set one underframe constitutes, and this underframe is provided with a hole;
The axle of this testing agency links to each other with one group of bearing block, and this group bearing block is fixed on the below of underframe, makes the power line that twines axle body be able to the force side and penetrates in the hole;
The pedestal of this switching mechanism is positioned on the platform, and this pedestal is that a support bar and two sidewalls constitute, and firm sidewall at platform caves in along its length a rail groove is arranged, and this support bar locking is between the rail groove toward each other of two side;
This stressed assembly has a Passive part, two sliding shoes and a moving part, and two sliding shoes are positioned at parallel Passive part and moving part both sides, allows this sliding shoe movable in the rail groove of correspondence;
This force application rod one end is attached on the moving part, and end passes platform and links to each other with the force side in addition;
This answer assembly has an elastic component and an extrusion, and this elastic component is placed in the force application rod outer rim and offsets with platform, and this extrusion is attached at the end conflict elastic component that force application rod gos deep into underframe.
3, according to the game machine of the described grip strength testing of claim 2, it is characterized in that, wherein this fixed seating in the below of platform firm two connection sheets, each connection sheet is bonded to the periphery of a support, a guide hole is run through in these support central authorities, and the extrusion of this answer assembly moves in guide hole.
According to the game machine of the described grip strength testing of claim 1, it is characterized in that 4, wherein this test side is a photoelectric sensor.
5, a kind of game machine of grip strength testing is characterized in that, assembling one testing agency in the board, and this testing agency comprises:
One axle that in this board, freely rotates;
One power line twines this axle body, and this power line one end is one to receive the force side of external force, and end is one to allow the drag end of this recovery in addition;
One disk, interlocking is at this a end, and this disc circumference etc. is arranged with most shielding blocks, forms a recessed region between adjacent two shielding blocks; And
One group of test side is located at the position that this board circles round and passes through by disk border.
According to the game machine of the described grip strength testing of claim 5, it is characterized in that 6, wherein the axle of this testing agency links to each other with one group of bearing block, this group bearing block is fixed in the board; A this power line drag end and an extension spring hook connect, and this extension spring is to be positioned at board inside; This test side is a photoelectric sensor.
7, a kind of game machine of grip strength testing is characterized in that, a board has a switching mechanism of externally using, and this switching mechanism comprises:
One pedestal;
One accepts the stressed assembly that grip is bestowed, and slides on this pedestal;
One force application rod with this stressed component synchronization start links to each other with a testing agency; And
The one answer assembly that allows this force application rod reset.
According to the game machine of the described grip strength testing of claim 7, it is characterized in that 8, wherein this board is assembled a holder, this holder is that platform below set one underframe constitutes, and this underframe is provided with a hole;
This pedestal is that a support bar and two sidewalls constitute, and this sidewall rail groove that caves in along its length, this support bar are linked between toward each other two rail grooves, and the end that the two side differs from support bar is secured on the platform;
This stressed assembly has a Passive part, two sliding shoes and a moving part, and two sliding shoes are positioned at parallel Passive part and moving part both sides, allows this sliding shoe movable in the rail groove of correspondence;
This force application rod one end is attached on the moving part, and end links to each other with this testing agency in addition;
This answer assembly has an elastic component and an extrusion, and this elastic component is placed in the force application rod outer rim and offsets with platform, and this extrusion is attached at the end conflict elastic component that force application rod gos deep into underframe.
According to the game machine of the described grip strength testing of claim 8, it is characterized in that 9, wherein this holder also comprises a support, this support has the connection sheet of at least one firm platform, and a guide hole that supplies this extrusion to penetrate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200720193938 CN201101883Y (en) | 2007-10-25 | 2007-10-25 | Grip strength test game machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200720193938 CN201101883Y (en) | 2007-10-25 | 2007-10-25 | Grip strength test game machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201101883Y true CN201101883Y (en) | 2008-08-20 |
Family
ID=39948900
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200720193938 Expired - Fee Related CN201101883Y (en) | 2007-10-25 | 2007-10-25 | Grip strength test game machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201101883Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113230070A (en) * | 2021-05-08 | 2021-08-10 | 张洋 | Psychological consultation auxiliary device |
-
2007
- 2007-10-25 CN CN 200720193938 patent/CN201101883Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113230070A (en) * | 2021-05-08 | 2021-08-10 | 张洋 | Psychological consultation auxiliary device |
| CN113230070B (en) * | 2021-05-08 | 2022-11-08 | 广州万物有翼科技有限公司 | Psychological consultation auxiliary device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080820 Termination date: 20101025 |