TWI281427B - A stepless rotation apparatus - Google Patents

Abstract

A stepless rotation apparatus consists of a base body; a direction controller; and a first connector, a sleeve ring, a driving disc, and a second connector which are mutually connected to each other inside the base body. The aforementioned driving disc has a propping section set inside the base body to form bevel arrangement, and combines with a second connector to form a line and plane contact among the three pieces to perform transmission. The second connector coordinates with the direction controller to choose a rotational direction to contact with the driving disc to turn in a designated direction. The second connector and the driving disc synchronously drive the first connector to rotate in a designated direction to form stepless type rotation to improve conventional problems such as low yield, high cost, and need for alignment assembling.

Description

Case No. 94133RQ/I V. Description of the Invention (ll Technical Field of the Invention) The present invention relates to a 1 assembly, accurate transmission of a second & ^ slave device, especially a convenient configuration transmission and high yield &; Turning mechanism 'to improve the component alignment product's segmentless rotating device ^ low cost, for a variety of rotating operations [prior art] rotating mechanism, commonly used in a variety of products, such as ratchet wrench, light pole charm: Also:: the production of the production or the ratcheting of the positioning component group 疋 枝 构 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , In order to cooperate with the rotation positioning, the rotating mechanism is wide/dead. In the rotation operation, ^Pe Γ there is a paragraph restriction of rotation, and the old one, * > to obtain the rotation operation without paragraphs, 妗 ^ ^ Li Wei. The sub-failure in the rotation of the operation of the f-sound is limited by the paragraph, when the other is not the degree is also relatively limited by the paragraph. Different hot-spinning devices should be tied to the spine M leaf It has also been unveiled in the structure of the Chinese Penalty New Penalty F-Board Handmade ^Rice Ratchet Wrench. This patent application 4 2nd No. 52 798 9 "The bottom of the body without a spanner is set to a diagonal blood ^ ^ From the 庐々 庐々 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结 结Round ball disc, beveled segmentless disc n= Set-in-ball disc and an oblique non-segmented socket shaft, the sleeve shaft, the mouth cover sleeve a, and a C-type buckle Ring, a push helmet, drink,,,, direction selection and braking, when the socket shaft rotates _ from V ± leveling angle, the ball circle 128.1427 Λ _ 曰

τ -941 mQA, invention description (2), oblique non-segmented disc and oblique rotation and frictional movement;; the contact surface of each component, the oblique non-segment disc dust forced relationship, When the pusher and the spring's 'furrow' are rotated to an angle, the push is in a state of retreat: the lever that is pushed by the outward elastic force is pressed by the elastic crest 4 and is pressed against the fixer. Extrapolation and oblique to the paragraph-free circle to benefit Γ ΐ 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该Quasi-assembly requirements, resulting in production not =: the drive rotation, etc.:: It is not necessarily possible to obtain all the slopes between each other. [Inventive content] The main object of the present invention is to solve the above-mentioned loss, the segmentless rotating device of the present invention The improved design is designed to create a rotating mechanism, thereby improving the assembly of the frame to provide a simpler, cheaper and more practical use for a variety of rotary operations. For the above purpose, the segmentless rotating device of the present invention comprises: a substrate, a chamber having a resisting portion and a tongue, a first connecting member assembled in the chamber, having a driven portion a first connecting end; a first connecting member disposed in the housing and coupled to the driven portion of the first member; and a collar coupled to the first connecting member; 6th page 1281427

No. 94^fiQ4 V. Inventive description (3) A steering controller is connected to the steering drive with at least one direction setting = Lok' and a brake switch to the thicker surface of the part, which is mounted on the above a second connection in the base body, the switching rotation Α Ύ should be driven by a drive plate to the drive portion to be driven by the drive plate; and the brake is rotated so that at least one of the driven portions of the first link member has a drive The driving disk is arranged in the above-mentioned base; the 逑~ is integrally formed in the resisting portion of the base body, and the shape is formed by a fixed one, or the ligature is formed between the line and the end face between the three parts. The slanting arrangement is combined with the second end face and the steering controller in at least one direction, and the drive plate is movable. The steering drive unit of ρ is connected to each other. [Embodiment] The technical content and the details of the present invention are as follows: and the flat and fine wishes are shown in the figure - see the figure - The invention has no segmental spin-structure composition and action schematic. As shown in the figure #: The invention has no segment: a quasi-assembly, high yield, low cost and low-cost and practical segmentless rotating device. The device comprises: a base body 1 and driving in combination with each other in the base body: a first connecting member 2, a collar 20, a drive plate 5, a second connecting member 6, and a controller 3 of a rotary instrument, etc., forming a It is convenient to manufacture without considering the above-mentioned base body 1 between the inclined faces, and has a chamber 11 closed by the cover body 12, 'the wall surface of the base body 1 is provided with a hole 13 through the chamber, and the hole 13 is provided. A stick is formed to form a resist portion 14 projecting from the wall surface of the chamber 11. The base 1 can be configured with 1281427 levels "94133694_生..月日 You π: 5, invention description (4) or a part of the structure of the various rotating operation products. The stick may be a round stick or a circular arc of an axial plane to have a slanted configuration from the plane. - the driven disk 5 is shaped like the first connecting member 2, and has a driven portion 21 combined with a first portion, the driven portion 21 is provided with a longitudinal coupling groove 23, a drive plate 5 and a second link The pieces 6 are combined and rotated by the ring. The team selects the direction and transmits the collar 20, and at least one protrusion 24 is arranged on the inner side to cover the groove 2, so that the collar 2Q is coupled to the first link member. The arrangement of the second controller 3 and the direction switching operation are: integrally formed on the first joint member 2 idbs and the first joint end 22. The steering controller 3 described in the driven portion 21 of the transport and port member 2 is in the direction of rotation (clockwise direction of the I1 circumferential side of the fixed movement, 31, and the second rotation direction (counterclockwise direction). The second driving portion 2 is turned. The driving portion 3 transmits the jin to form the first steering driving portion 31 and the first driving portion, and the first driving groove 33, 33 is formed. The back end faces corresponding to the upper moving portions 32 are respectively set to 33, and are switched to perform the switching of the rotary square switch 4 to the two brake grooves 33, the driving portions 31, 32, and the switching and braking are performed to make the two steering And the second rotating member 6 is connected to the brake switch 4, and the columnar base 41 is axially disposed on the base

$ 8 pages 1281427

— __i No. 5, invention description (5) body 1, the cylindrical base body 4 is provided with a protruding end member 4 2 and a piece 43 ' at the peripheral end surface of the columnar base 4. The protruding member 42 has a slidable top against the base 1 1 $ slot wall to form the resisting element 43 to the two brake grooves 3 3, 3 3, which are moved in the reverse direction during operation. Further, the resisting member 43, preferably a spring, one end is arranged in a column shape In the base 41, the other end penetrates the columnar base 41. The normal elastic force acts on the two brake grooves 33, 33, and moves between the two to resist positioning. The first steering drive unit 31 and the second steering drive unit 32 may be separately manufactured in actual production, as shown in the second figure, or integrally formed. Of course, it is also possible to cooperate with the single-rotation design requirement, and the first=the drive unit 31 and the second steering drive unit 32 are arranged to obtain the drive plate 5′ in the same manner as the drive disk δ. A radially inner portion of the coil ring extends at least __^ block to be sleeved on the driven portion 21 and the coupling groove 23, so that the collar 2〇 is coupled to the Le-joining member 2, and at the same time, the driving disc 5 has an end surface thereof The base portion 1 is abutted against the resisting portion 14 of the base body 1, and the second connecting member 6 is formed to be placed in a top-to-back relationship between the three wires and the end surface, so that assembly can be easily performed without time-consuming alignment, and the same can be achieved.邙1 4 also causes the drive plate 5 to form an obliquely inclined state, and the steering controller 3 selects its two steering drive portions 31, 32, which are combined with one end face of the drive plate 5, such as As shown in the seventh figure, and the top abutting force makes the other end face of the drive plate 5 tightly close to the end face of the disk surface 61. The top end is combined to form a rotational direction selection and driving relationship and synchronously rotates, so that no component is required. Convenient combination of production, and improve yield and cost.

V. INSTRUCTIONS (6) 12 External: Part: 6 parts 62; Disk holder: 1 and - can extend over the cover ζ η Μ #5 ^ ^ f, j ^14 ^ ^ ^ # ^ in the present invention The components of the segmental rotating device operate, — ' a further explanation, as shown in the figure: the Fellow-~J arc surface, and! Moving plate 5, second connecting piece: thin? The two stick face forms a mutual abutting combination of the line and the end face, so that the transmission like the 5# 拄 置 形态 与 与 兔 兔 兔 兔 兔 兔 兔 兔 兔 兔 兔 兔 43 43 43 = = = = = = , the following: and the first steering drive unit 31 is used by the first steering drive unit 31: the time slope: the other end surface of the force plate 5 is connected to the card group, ° 抵, ::: The first movement and the cymbal 61 are also pressed against each other to form a force = the same m: r and the pressing force between the first steering drive unit 31 to produce a yoke: masterpiece, when In the first rotation direction (clockwise movement) J: day, the second coupling member 6, the first steering drive portion 31, and the transmission, will be synchronously driven to rotate due to close contact with each other. (5) when the transmission block, the block 63 of the alpha member 6, the block 51 of the drive plate 5 and the driven portion 21 of the first link -2 are engaged to drive the drive, and the second link is generated to generate the step 1281427 Λ31 94133fiQd V. INSTRUCTIONS (7) 修正One correction is rotated in the same direction as the setting direction (clockwise). When the brake switch 4 pushes and switches the rotation direction setting Two-rotation direction), and is switched by the resisting element 43 to the second rotation: the brake groove 33 of the movement ^, such as the 筮石冈铋-, the movement of 4 3 2 嗖定Α第_力二士弟五图The second steering drive unit I is switched by the second steering drive unit I to the disk drive: V and the drive plate 5 and the disk holder 61 correspond to each other. = the movable portion 31 is not in contact with the drive plate 5, for example, the second and the second operation can be rotated in the same operation principle as the third and fourth figures. Counterclockwise direction ^=2. Generate synchronous clock rotation ίί:: yak ί: system = step description 'When the brake is opened, the brake groove is 3 3 苴; f's top and 祜钕 "moving part 31 follows the clock Only _ 1 and the younger brother - the steering drive at this time the blood is from Μ ί after the drive plate 5 and the positioning stops, the amount, both: the connecting member 2 or the second connecting member 6 outside the rotational force against the drive plate 5 and forced to pass : Dynamically, the power of the clock rotation direction is reached. · The moving disk 5 has no clockwise side: ',, ' The method is rotated counterclockwise, but at this time, in other words, the drive plate 5 = resistance = freely shun In the coupling groove 23 of the clockwise direction, the clockwise force of the moving member 31 of the first connecting member 2 is offset from the J J 5 5, regardless of the first steering displacement. It can be 你 #你, 2, brother 2 steering drive 3 2 counterclock 31 or second turn 2: rotate in the opposite direction, but can be on page 11 respectively, invention description (8) ^, moving parts 31 is the same as the second steering drive unit 32, and the other is described in the following. Since the second connecting member 6 rotates with the transmission, the coupling groove 23 of the connecting member 2 is such that the three of them are engraved in the second First reading ^ ® ^ Ρ, Ι Μ 4 ^ ^ τ, ^ t, #33 , 3 3^ ^ ^ ^ from the first steering drive 3] or the first, force to drive the disk 5 freely The 21st turn is determined by the push of the drive unit 32. • Correction or reverse clock synchronization. When the field brake switch 4 rotates clockwise and pushes the clock to rotate against the top of the drive plate 5, the drive unit 32 is reversed, regardless of the direction of rotation from the first connection of the second brother, 'power, will be the second The steering drive or the second connecting member 6 is rotated to resist the transmission. The driving disk 5 of the counterclockwise rotation direction of the 卩32 cannot be rotated clockwise by the HU drive plate 5, and is rotated twice. The resistance in the direction of the clock can be freely reversed in the clock direction: the first-steering drive is rotated 'J:::^:, and its counterclockwise rotation is applied to the top of the rotating brake to close the top _鲢f Turning clockwise. The steering drive is rotated to the drive plate for the second rotation. Please refer to the figure of the eighth figure. The schematic diagram of the non-segmental rotation device is the same. The embodiment and the above-mentioned seventh-large inner side wall surface projecting portion 2 (4) portion 14-body has at least one plane from the base i-compartment U disk 5 and the second connecting member 6 bauxite, and is driven by The drive plate 5 forms a combination of the line and the end face between the solid and the three, and the steering controller 3 is configured for the transmission of the $= tilt state to form a contact with the fr/year/X month repair (more) original correction 1281427 (9) The segmentless rotating device of the present invention can be specifically applied to a wrench, as shown in FIG. 9; or applied to a lamp shaft of a lamp, as shown in FIG. 10, or as a tenth The first and second joints are applied to the back of the chair and the shaft of the seat cushion as shown in FIGS. The first connecting end 22 of the second connecting end 22 and the second connecting portion 6 2 of the second connecting member 6 or directly connected to the fixed end and the movable end of the product by the first connecting member 2 and the second connecting member The second connecting member 6, the driving plate 5 and the resisting portion 14 can be used to slant, and the steering drive portion 3 1 or 3 2 ^ selected by one of the steering controllers 3 is rotated. When the rotary block is rotated by the second link member 6 , the block 5 1 of the drive plate 5 is engaged with the driven portion 21 to drive the first link member 2 to rotate in one of the rotational directions, thereby obtaining a rotary drive operation. And there is no rotation paragraph limitation. Please refer to the thirteenth and fourteenth drawings, which is a schematic diagram of another embodiment of the segmentless rotating device of the present invention. As shown in the figure: the first embodiment and the seventh embodiment. The difference is that the transmission disk 5 and the resisting portion i 4 are advanced. One step is provided with a gasket 8 which is disposed on the drive plate 5 by its body and extends from the pad member 8 to have two reverse directions. One of the inclined surfaces 81, 82, or one of the inclined surfaces in one direction and the above-mentioned resisting portion 1 4 plane contact can be used to cushion the angle of the resisting portion 14 to obtain a large release space. Only a slight movement is required to make the inclined surface 8丨, 8 2 and the resisting portion 1 4 The brake switch 4 of the steering controller 3 has a columnar base 41 shaft. Further, in the base body 1, a groove ο and a peripheral end surface of the columnar base 41 are provided. The protruding element 42 is provided with a resilient element in the recess 44 as a resisting element.

Page 13 1281427 _ Case No. 94133694 _ _ _ _ _ 5, invention description (10) 俾 by the elastic force of the elastic element, with the reverse gear of the protruding element 4 2 for the second brake groove 3 3, 3 Move the position between 3's and resist positioning. The above are only the preferred embodiments of the present invention and are not intended to limit the scope of the present invention. That is, the equivalent changes and modifications made by the scope of the patent application of the present invention are covered by the scope of the invention.

Page 14 1281427 Case No. 94133694 Brief description of the correction diagram [Simple diagram of the diagram First diagram Second diagram Third diagram Fourth diagram Fifth diagram Sixth diagram Seventh diagram Eighth diagram No. 0 Ninth diagram Tenth diagram Tenth a twelfth non-intent thirteenth fourteenth [main 1 base body # 转向 5 transmission 8 spacers 1 2 cover 1 4 to 2 1 is the present invention, the present invention is the present invention, the present invention is the present invention The present invention is based on the present invention. The present invention is a diagram of the present invention. The present invention is also applied to the present invention. The combined perspective view of the driving department of the system department. An exploded view of the structure illustrated. A schematic diagram showing the first rotational operational relationship is shown. A schematic diagram showing the relationship of the first toroidal structure is illustrated. The example shows a schematic diagram of the second rotation operation relationship. A schematic diagram showing the relationship of the second direction of rotation structure is illustrated. A cross-sectional view of a structural combination of the embodiments. A cross-sectional view of the structural combination of the embodiments. A schematic diagram of the wrench. Schematic diagram of the shaft of the lamp pole. A schematic view of the back of the chair and the shaft of the seat cushion. A partial structural enlargement of the seat back and the seat cushion shaft is an exploded view of an embodiment. A cross-sectional view of a structural combination of an embodiment. ] 2 first link 4 brake switch 6 second link 1 1 chamber 1 3 ^ 2 0 collar 2 2 first link

Page 15 1281427

Page 16

Claims (1)

..................... One by one - 1281427 __ Case number 94133694 - Month day....-, Amendment ____ VI. Application material m® '^-~ What is claimed is: 1. A stepless rotary skirting device comprising: a base body having a chamber having a resisting portion at one end thereof; a first connecting member disposed in the chamber and having a driven portion. The connecting end is provided with a coupling groove, and a set of rings is coupled between the movable portion and the first connecting end of the horse, and the collar has a convex block, and the receiving portion is driven to be driven: A second connecting member is disposed in the chamber, and has a disc seat and a second connecting portion. The second connecting member extends with a driving block, and the coupling groove accommodated on the driven portion is combined and driven; The device is disposed in the chamber, disposed on the driven portion of the deer first connecting member above the collar, and has two steering driving portions opposite to each other; the driving plate is disposed in the housing and is sleeved In the first connecting member, the corresponding resisting portion is formed in an inclined configuration, and one of the end faces and the steering controller The movable portion is coupled to each other. Further, the driving plate is provided with a block, and the coupling groove received on the driven portion of the first connecting member is combined and driven. 2. The non-segment type rotating device according to claim 1, wherein the base body is provided with a hole penetrating through the chamber, and the rod is disposed in the hole to form a resisting portion and is connected to a driving plate to form a tilting configuration. . 3. The segmentless rotating device of claim 2, wherein the stick is a round stick. i 4: The stepless rotary device according to claim 3, wherein the circular stick is provided with an axial plane, and the drive plate is formed in an inclined configuration. Page 17 1281427 Case No. 94133RM Correction Sixth, the scope of application for patents 5, if applied, the collar is provided with a joint groove, the block and the second block are accommodated in the quilt 6, such as Shen, the set of the second link 7, such as Shen I Wherein, the steering is set as the first brake groove; the first brake groove is set; the brake groove 8 of the brake actuating portion, wherein the first #, the integral molding 9, as in the case, the steering is unidirectional rotation 1 0, such as, wherein, the scope of the patent is sleeved on the first, the patented range on the extended drive portion of the above-mentioned knot is integrally driven by the driven portion, the patent range controller includes a first direction of rotation The collar has a member with a combination of the first, live and the first item being driven with a convex block, the groove. The non-segment type rotating device of the movable sleeve according to the item is provided with a bump, a block and a stepless rotating device on the driven portion and the driving plate, and a manner is combined with the previous link. Between the ends. The non-segment type rotating device, the first steering drive unit described in the item, is provided with one end of the second steering drive unit at one end and is provided with a closed side, and the opposite direction is a rotation direction. The patent range controller includes. The patent application counter is the first to switch the seventh and the first component. The first one is connected to the first steering drive and the second steering drive. The hot type 4 is rotated and the second steering drive unit is a type of the hot section type rotating device of the base type, which is connected to the drive plate. There is no section of the rotating room to meet, Page 18 1281427 Case No. 94133694 I: 曰 Amendment VI. Scope of Application The drive disc is tilted. The non-segment type rotating device according to claim 10, wherein the resisting portion has a body 2, a non-segmented rotary base body, and a first chamber and a first connecting member are disposed, and the first connecting end is disposed. And a joint is provided with a joint groove; the joint member is configured to be coupled with the second joint member; the chamber is connected to the resisting portion controller, and the member is driven to be disposed at the angled drive portion connecting member. The driven patent application gasket has two rings, the second part of the driven part is coupled with a second connecting part, the upper part of the connecting groove is a gasket, and one inclined surface is controlled by a steering control first connection The steering of the disc relative to the resisting member is placed in the first joint 13 such as, wherein the inclined surface is coupled to a drive disc. The rotating device comprises: a device having a resisting portion at one end thereof; and a sleeve between the driven portion and the first connecting end in the chamber, the collar having a protrusion on the collar Driven in the chamber, having a disc seat and a driving block extending upwardly, being accommodated in the driven body, disposed above the driving disc and having a space, the chamber is disposed at an opposite portion above the collar, and has two a steering drive unit; the housing is sleeved on the first connecting member, and is supported by the one end surface thereof, and the driving disc is provided with a clamping block, and the coupling groove on the receiving portion is combined and driven. The non-segmented rotating device described in item 12 is a diagonally inclined angled surface. Page 19 1281427 Case No. 94133694 _Ά Amendment 6. Designated representative diagram (1), representative diagram of the case is a brief description of the symbol of the representative figure of the present case. 1 A base 3 - steering controller 5 - drive plate 14 - a resisting portion 12 - cover Body 20 - collar 2 2 - first joint end 4 - lug 3 2 a second steering drive portion 4 1 a columnar base body 4 3 - resisting element 6 1 - disc holder 6 3 - driving block 2 - first Linking member 4 a brake switch 6 - a second connecting member 11 - a chamber 1 3 - a hole 21 - a driven portion 2 3 - a coupling groove 3 1 - a first steering drive portion 3 3, 3 3 ' a brake groove 4 2 - The abutting element 5 1 - the block 6 2 - the second connecting portion Page 3