TWM616618U - Adjustable placement device for exercise bike - Google Patents

Abstract

This invention creates an adjustable placing device for exercise bikes, which is mainly installed on the two grips of exercise bikes. It includes a seat frame and two swing arms. The two swing arms are pivoted to the seat frame, and the two swing arms can Relative to the seat frame displacement adjustment, thereby changing the distance between the two swing arms, and after the two swing arms are installed on the grip of the exercise bike, the seat frame can adjust the tilt angle relative to the two swing arms to match For the current use of sports, tablets, laptops, and large 3C electronic products can be placed on the placement part, which is convenient for work and entertainment while exercising.

Description

Adjustable placement device for exercise bike

This creation of an adjustable release device for exercise bikes specifically refers to additional accessories used on exercise bikes. It mainly provides placement of tablets, laptops, and large-scale 3C electronic products, so that other work and leisure can be carried out during exercise and fitness, namely It is an extremely practical creation.

Fitness is an exercise that most people nowadays engage in every day, and exercise bike is one of the most common exercise equipment nowadays. However, in order to solve the boring running environment or exercise and fitness at the same time, it is necessary to exercise on the exercise bike. When dealing with other important things, many people use their mobile phones to play music or place their mobile phones in the storage space of the exercise bike board to play movies, etc. to increase the fun of exercise.

However, the aforementioned are only applicable to smaller mobile phones, and are not applicable to tablets, laptops or large 3C electronic products on the market. Because the aforementioned products are bulky and have a certain weight, exercisers use exercise bikes. It’s very inconvenient to carry around during exercise, and the storage space on the upper board of the general exercise bike cannot be stored. If you need to deal with work, you need to use a tablet or a laptop. Therefore, for people who love sports today, the industry in the field of exercise bikes must think about how to set it up to match the placement of tablets, laptops, and large 3C electronic products, so as to provide athletes with sports, work, and entertainment. merger.

The main purpose of this creation is to provide athletes with the ability to place tablets, laptops, and large-scale 3C electronic products during exercise, so that exercise, work, and entertainment can be merged, and its improvement is limited to small screens in exercise bikes. Mobile phone for work and entertainment. Therefore, in order to achieve the above-mentioned purpose and effect, the present invention creates an adjustable placement device for an exercise bike, which can be installed between the two grips of an exercise bike, and includes: a frame with a placement part and A pivot part, the pivot part is arranged on the bottom surface of the placing part, and the pivot part is provided with a pivot hole, the pivot hole penetrates from one end of the pivot part to the other end and forms two pivot parts And a cavity, and the cavity is connected with the two pivot parts; and two swing arms, which are respectively pivoted at the pivot part, and each swing arm is pivoted at the two pivot parts with one end respectively , Hole chamber, and each swing arm moves along the axial direction of the pivot hole, so that the distance between each swing arm can be adjusted according to the distance between the two grips, and the other end of each swing arm is further grouped separately A jacket assembly is provided, and each jacket assembly is respectively clamped and positioned on each grip, and the seat frame is positioned relative to the grip with the pivot part as the axis after each jacket assembly clamps the two grips. The second swing arm rotates, and the rotation of the pivot joint changes the tilt angle position of the placement part.

According to the above description, the two swing arms can be adjusted to adjust the axial displacement relative to the pivot part of the seat frame. After adjusting the jacket components of the two swing arms to correspond to the grips, the two swing arms are adjusted to correspond to the grips. After the grips of the component clip group, the tilt angle of the placement portion can be adjusted again, and the pivoting portion pivotally rotates relative to the swing arms to drive the placement portion to change the tilt direction to match the movement of the athlete At the same time, tablets, laptops, and large 3C electronic products can be placed on the placement part, which is convenient for work and entertainment while exercising.

In order to clearly illustrate that the above-mentioned purpose and effects of this creation can be achieved, the features and effects of the embodiments of this creation are described in detail with illustrations. Please refer to the first to the eleventh figure. This invention creates an adjustable placement device for an exercise bike, which can be installed between the two grips 200 of an exercise bike 100. It includes: a frame 1 with A placing portion 11 is in the shape of a rectangular sheet and a pivoting portion 12 is provided on the bottom surface of the placing portion 11, and the pivoting portion 12 is provided with a pivot hole 121 through which the pivot hole 121 is formed. One end of the pivot portion 12 penetrates to the other end and is formed with two pivot portions 122 and a cavity 123, wherein the diameter of the two pivot portions 122 is smaller than that of the cavity 123, and the cavity 123 and The two pivot parts 122 are connected; and the two swing arms 2 are in the shape of an L with one bend. They are pivoted on the pivot part 12, and each pivot arm 2 is pivoted at the two pivots with one end. Part 122, the cavity 123, and each swing arm 2 moves along the axial direction of the pivot hole 121, so that the distance between the swing arms 2 can be adjusted according to the distance between the two grips 200, and each swing arm The other end of the arm 2 is further equipped with a jacket assembly 3, each jacket assembly 3 is respectively clamped and positioned on each grip 200, and the seat frame 1 is after each jacket assembly 3 clamps the two grips 200 The seat frame 1 rotates relative to the two swing arms 2 with the pivot portion 12 as an axis, and the rotation of the pivot portion 12 changes the tilt angle position of the placement portion 11.

According to the above description of the creation, the athlete can install the creation on the exercise bike 100 before exercising. Previously, the two swing arms 2 can be adjusted to the position corresponding to the two grips 200 with respect to the seat frame, and the clamps The set assembly 3 first clamps each of the grips 200, and then adjusts the tilt angle of the seat frame 1 after completion, so as to coordinate the placement of tablets, laptops and other objects during the exercise. After completion, place the electronic appliances that need to be used in the placement Part 11 can be used to engage in entertainment, work and other affairs during exercise, so that it can add entertainment effects to monotonous fitness exercises and effectively use time.

Please refer to the third figure. The design of the hinge part 12 in this creation includes an upper clamp base 124 and a lower clamp base 125. The upper clamp base 124 is assembled and combined with the placement part 11, and is combined with the lower clamp base. 125 pivot group, and the lower clamp base 125 is provided with two pivot lugs 126 and a concave groove 127 corresponding to the upper clamp base 124. The groove 127 is located between the two pivot lugs 126, and the upper clamp base 124 corresponds to the two pivot lugs 126. The pivot lugs 126 are recessed to form two corresponding pivot grooves 128. The upper clamping base 124 corresponds to the groove 127 to form a protruding rib 129, and the protruding rib 129 is inserted into the groove 127. The two pivot lugs 126 Are accommodated in the two pivot grooves 128, and the two pivot lugs 126 are respectively inserted into the two pivot lugs 126 with two pins 4 and pivot at both ends of the protruding rib 129 at the same time. The upper clamping base 124 and the lower clamping base 125 are The two bolts 4 are arranged to pivotally open and close each other (this creation uses the bolt 4 and the two pivot ears 126 as a combined design, or the bolt 4 and the two pivot ears 126 are integrally formed); and in order to make the two swing arms 2 After adjustment, it is fixed without random movement. Therefore, two locking holes 130 are further provided on the side of the upper clamp base 124 where the ribs 129 are provided. At one end of the chamber 123, each lock hole 130 is connected to the hole chamber 123, and each lock hole 130 is locked with a countersunk screw 5, and each countersunk screw 5 is locked in the axial direction of each lock hole 130 and One end is attached to each swing arm 2 and positioned at the adjusted position, as shown in the fifth figure.

Please refer to the seventh figure. The arrows in the figure indicate the tilt adjustment of the placement portion 11 and the pivotal opening and closing of the lower clamp base 125 relative to the upper clamp base 124, in order to allow the two swing arms 2 to be adjusted and positioned. To be sure, therefore, where the upper clamping base 124 and the lower clamping base 125 are separated from each other, they are further locked by a plurality of screw members 6, that is to say, each screw member 6 will turn from the lower clamping base 125 to the upper clamping base 124 direction. Insert one end of the lower clamp base 125, and lock one end of each screw member 6 to the upper clamp base 124, and when each screw member 6 is screwed and removed from the lower clamp base 125, the lower clamp base 125 can Through the pivotal relationship with the upper clamp base 124, they are pivotally opened to reveal the cavity 123. At this time, the two swing arms 2 can be adjusted, replaced, etc.; on the contrary, the lower clamp base 125 and the upper clamp base 124 can be adjusted and replaced. After pivoting and covering each other, the two swing arms 2 can be clamped, and each screw member 6 can be screwed and locked, so that the tightness between the upper clamp base 124 and the lower clamp base 125 is tighter and tighter. The two swing arms 2 are clamped, and the closure between the upper clamp base 124 and the lower clamp base 125 does not abut against each other at the locations where the screw members 6 are provided (as shown in the second figure).

Continuing the description, please refer to the second figure and the fifth and sixth figures. In order to prevent the two swing arms 2 from pulling away from the pivot portion 12 when adjusting the displacement, each swing arm 2 further includes a cavity located in the cavity 123 A flared end 21 and an assembly end 22 assembled with the jacket assembly 3, the diameter of the flared end 21 is larger than the diameter of the two pivot parts 122, and each swing arm 2 has a flared end 21 in the cavity 123 moves inside, and the closer each flared end 21 is to each pivot portion 122, the greater the distance between the assembly ends 22 of the two swing arms 2, and when each flared end 21 is displaced and abuts against the cavity 123 After the two ends, they can no longer move, and are restricted by the two pivot parts 122 and cannot be pulled out of the cavity 123. After the adjustment is completed, the aforementioned countersunk screws 5 are pressed to restrict the position.

As shown in the third figure, each jacket assembly 3 is mainly used to clamp the grip 200 of the exercise bike 100, but the grip 200 on the exercise bike 100 has a shape design in different directions, so in order to match various grips 200. Each jacket assembly 3 further includes a plug 31, a pivot rod 32, and a clamping jaw 33. Each plug 31 presses the plug with one end to each swing arm 2 without falling off, and each plug 31 The other end of 31 is combined with the clamping jaws 33. Each pivot rod 32 passes through the clamping jaws 33 and the plugs 31. The arrangement of the pivot rods 32 enables the clamping jaws 33 to be opposite to the plugs 31. Rotation changes the direction of the claw, and each pivot rod 32 penetrates into each plug 31 and is locked with a nut to prevent the pivot rod 32 from falling off (the nut is used as an example, and the pivot rod One end of 32 is prevented from pulling out of the plug 31 by means of riveting, pipe expansion, beating deformation, etc.); in addition, the arrangement of each clamping jaw 33 further includes a first clamping arm 331, a second clamping arm 332, and a In the quick release group 34, each pivot rod 32 penetrates the second clamp arm 332 and passes through each plug 31, and the two ends of each second clamp arm 332 are connected to the first clamp arm 331 and the quick release group respectively. 34 are pivoted to each other, each first clamping arm 331 is provided with a buckling groove 333 at the end far away from the pivoting group of the second clamping arm 332, and each quick release group 34 is provided with the buckling groove on the first clamping arm 331 When one end of 333 is close, it can be buckled and joined, and each first clamp arm 331 and each second clamp arm 332 clamp each of the grips 200, and each quick release group 34 further includes a short shaft 341, a screw 342, A toggle fastener 343 and a washer 344, and the second clamp arm 332 has two pivot blocks 345 and a section 346 located between the two pivot blocks 345 at one end of the second clamp arm 332 pivoted to the quick release assembly 34 The short shaft 341 is pivoted to the two pivot blocks 345 and passes through the section 346, and the short shaft 341 is provided with a screw hole 347 at a position corresponding to the section 346, and one end of the screw 342 is pivoted. On the toggle member 343, the other end of the screw 342 is locked to the screw hole 347, the toggle member 343 is pivoted relative to the screw 342, and the washer 344 is set on the screw 342, the toggle When the fastener 343 is close to the second clamping arm 332 at the end of the first clamping arm 331 provided with the buckling groove 333, the screw 342 is moved into the buckling groove 333 by the pivot of the short shaft 341, The screw 342 is screwed into the screw hole 347 to be tightened, and the pivot of the toggle member 343 can locate the screw position of the screw 342 relative to the screw hole 347.

Finally, please see the first and second figures. The placement portion 11 and the pivot portion 12 of the seat frame 1 are integrated or detachable, and the placement portion 11 and the pivot portion 12 are detachable. In the solution, a plurality of screws 7 are further provided with one end passing through the placement portion 11 and locked to the pivot portion 12, and the other end of the plurality of screws 7 will not protrude from the placement portion 11 To prevent contact with 3C electronic products, the top surface of the placement portion 11 is further provided with a plurality of anti-slip strips 8 and a plurality of vents 9, and each anti-slip strip 8 and each vent 9 are arranged in the placement portion 11 The top surface provides anti-slip and air-permeable functions; in addition, a plurality of clip fasteners 10 are further provided on the two corresponding sides of the placing portion 11, and each clip fastener 10 is connected to the periphery of the placing portion 11 at one end, and each clip The other end of the fastener 10 first extends outwards and then upwards to bend upwards, so as to fix tablets, laptops, and large-scale 3C electronic products. The fasteners 10 in this creation can be fixed without extension, or with extension The adjustment type does not limit the type of each clip 10 here.

100: exercise bike 200: grip 1: seat frame 11: Placement Department 12: Pivot 121: Pivot 122: pivot 123: Pore Room 124: Upper clip seat 125: lower clamp seat 126: Axis 127: Groove 128: Pivot Slot 129: Convex Rib 130: keyhole 2: swing arm 21: Flare end 22: assembly side 3: Jacket components 31: plug 32: pivot lever 33: Gripper 331: First Clamp Arm 332: second clamp arm 333: buckle groove 34: Quick release group 3 341: short shaft 342: Screw 343: dial fastener 344: Gasket 345: Pivot Block 346: Secret 347: screw hole 4: latch 5: Countersunk screws 6: Screw parts 7: Screw 8: Anti-slip bar 9: Vent holes 10: Clip fastener

The first picture is a three-dimensional diagram of the creation. The second picture is a three-dimensional schematic diagram of the creation from another perspective. The third picture is a three-dimensional exploded schematic diagram of the creation. The fourth picture is a schematic diagram of the usage state of the creation and installation on the exercise bike. The fifth figure is a schematic cross-sectional view of the line section V-V in the first figure. The sixth figure is a schematic diagram of the movement of the second swing arms in the fifth figure, and the distance between the two swing arms is the largest. The seventh figure is a schematic diagram of the movement of adjusting the tilt angle of the creative stand. The eighth figure is a partial enlarged schematic diagram of the movement of the toggle fasteners of the creative quick release group. The ninth picture shows the eighth picture, the quick release group is completely separated The tenth figure is a schematic diagram of the use state of the tablet in the fourth figure. The eleventh figure is a schematic cross-sectional view of the line XI-XI in the tenth figure.

1: seat frame

11: Placement Department

2: swing arm

3: Jacket components

7: Screw

8: Anti-slip bar

9: Vent holes

10: Clip fastener

Claims (10)

An adjustable placement device for an exercise bike, which can be mainly installed between two grips of an exercise bike, and includes: a frame with a placement part and a pivot part, the pivot part being arranged on the On the bottom surface of the placing part, the pivot part is provided with a pivot hole. The pivot hole penetrates from one end of the pivot part to the other end and forms two pivot parts and a hole chamber. The hole chamber and the pivot hole The two hinge parts are connected; and two swing arms, which are respectively pivoted on the hinge part, each swing arm is pivotally located at the two hinge parts and the cavity chamber with one end, and each swing arm is along the The pivot hole moves in the axial direction, so that the distance between the swing arms can be adjusted according to the distance between the two grips. In addition, the other end of each swing arm is further assembled with a jacket assembly, and each jacket assembly is clamped separately The set is positioned on each grip, and after the two grips are clamped by each jacket assembly, the seat rotates relative to the two swing arms with the pivot part as the axis, and the rotation of the pivot changes The tilt angle position of the placement part. The adjustable placement device for an exercise bike according to claim 1, wherein the pivot part of the seat frame further includes an upper clamping base and a lower clamping base, and one end of the upper clamping base is combined with the placement part, One end of the lower clamp base includes two pivot lugs and a groove, the groove is located between the two pivot lugs, and the upper clamp base is recessed corresponding to the two pivot lugs to form two corresponding pivot grooves , The upper clamping seat forms a rib corresponding to the groove, the rib is inserted into the groove, the two pivot lugs are accommodated in the two pivot grooves, and two bolts penetrate into the groove respectively. The two pivot lugs pass through the two ends of the protruding rib at the same time, and the upper clamping base and the lower clamping base can be pivotally opened and closed with the arrangement of the two bolts. According to claim 2, the adjustable placement device for exercise bikes, wherein two lock holes are further provided on the side where the protruding ribs are provided on the upper clamp base, and the positions of the two lock holes correspond to the hole volume of each swing arm. Room At one end, each lock hole is connected to the hole chamber, and each lock hole has a countersunk screw in the locking group, and each countersunk screw is locked in the axial direction of each lock hole and one end is attached to each swing arm for movement adjustment Position afterwards. The adjustable placement device for an exercise bike according to claim 3, wherein a plurality of screw locks are further provided at the opening and closing positions of the upper and lower clamping bases, and the screw unloading of each screw allows the The upper clamping base and the lower clamping base are pivotally opened to reveal the cavity, and the screwing of each screw allows the upper clamping base and the lower clamping base to clamp against the two swing arms tightly, and the upper clamping base The position where the plurality of screw members are provided with the lower clamp seat is not closely attached to each other. The adjustable placement device for an exercise bike according to claim 1, wherein the top surface of the placement portion is further provided with a plurality of anti-slip strips and a plurality of vents, and each anti-slip strip and each vent is arranged in the placement portion The top surface; in addition, a plurality of clips are further provided on the corresponding two sides of the placement portion, each clip is connected to the periphery of the placement portion with one end, and the other end of each clip is first outwardly and then upwardly concave Bend extension. The adjustable placement device for an exercise bike according to claim 1, wherein each swing arm further includes a flared end located in the cavity and an assembly end to which the jacket component is assembled, and the diameter of the flared end It is larger than the caliber of the two pivot parts, each swing arm moves in the cavity with the flared end, and the closer the flared end is to each pivot part, the greater the distance between the assembly ends of the two swing arms. The adjustable placement device for an exercise bike according to claim 1, wherein each of the jacket components further includes a plug, a pivot rod and a clamping jaw, and each plug is pressed by one end of the plug to each swing arm , And the other end of each plug is combined with each clamping claw. Each pivot rod passes through each clamping claw and each plug. The setting of each pivot rod allows each clamping claw to rotate relative to each plug to change the claw. Direction. The adjustable placement device for an exercise bike according to claim 7, wherein each clamping jaw further includes a first clamping arm, a second clamping arm and a quick release group, and each pivot rod runs through the second clamping arm And pass through each plug, and the two ends of each second clamp arm are pivoted with the first clamp arm and the quick release group respectively. A clamping arm is provided with a buckling groove at the end far away from the pivotal group of the second clamping arm, and each quick release group can be engaged with the buckling group when the end of the first clamping arm with the buckling groove is close, and press each The first gripping arm and the grips of each second gripping arm grip group. The adjustable placement device for an exercise bike according to claim 8, wherein each quick release group further includes a short shaft, a screw, a toggle fastener and a gasket, and the second clamp arm is in contact with the quick release One end of the disassembled pivot group is formed with two pivot blocks and a section between the two pivot blocks. The short shaft is pivoted to the two pivot blocks and passes through the section, and the short shaft corresponds to A screw hole is provided in the cut position, and one end of the screw is pivoted to the buckle, the other end of the screw is locked to the screw hole, the buckle is pivoted relative to the screw, and the pad The piece is set on the screw rod. When the end of the first clamping arm provided with the buckling groove of the buckle member is close to the second clamping arm, the screw rod is moved to the buckling recess by the pivot of the short shaft. In the groove, the screw rod is screwed and tightened toward the screw hole, and the pivot of the locking member can locate the screw position of the screw rod relative to the screw hole. The adjustable placement device for an exercise bike according to claim 1, wherein the placement portion and the pivoting portion of the seat frame are integrated or detachable, and the placement portion and the pivoting portion are detachable In the disassembly type, a plurality of screws are further provided with one end passing through the placement portion and locked to the pivoting portion, and the other end surface of the plurality of screws will not protrude from the surface of the placement portion.

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