TWI242621B - Swing device - Google Patents

Abstract

A compact, low-cost, all-purpose and multi-functional swing device is proposed. The swing device 1 has a hinge pin for supporting a rotary member 11 to swing with respect to an open position. Its characteristic features include a nearly cylindrical case 2 assembled with the main body 10, an hinge pin member 3 rotatably inserted in case 2 and having a hinge axle 31 protruding from an opening of one end of the case 2, a spring member 4 disposed in the case 2 and urging the hinge pin member 3 in one direction, a latch unit 5 disposed in the case 2 for latching the rotary member 11 at a closed position by pushing the rotary member 11 towards the closed position, the latch unit 5 being capable of releasing the latching of rotary member 11 by further pushing the rotary member 11, and a damping unit 6 for braking the hinge pin member 3, the damping unit 6 being fitted over a body 34 of the hinge pin member 3, the body 34 being inserted in the case 2.

Description

1242621 V. Description of the invention (1) [Detailed description of the ocean of invention] [Technical field to which the invention belongs] It is installed in a machine or panel (1 id) or a door and other machine types to assemble into an open position and close as a Japanese patent No. 2880943 and achieve quality improvement, and the interlocking (locking mechanism; using the spring in the direction of the placement with the body; or by the speed of the latch, the spring member, the damping body The individual components of the pivots are complicated and the assembly sequence is complicated. It is related to the swinging device used when the rotating body is a swingable device body. [Known Technology] This type of rotation system is pivoted against the top or closed. The body of the valley device is in a swingable square closed position. In this case, the rotation system number is exemplified. In order to make it easy to use, it is handled as follows: it is closed by being locked with the body lock mechanism. The spring member (spring mechanism) at position = swings the brake damper acting on the $ position to the open position. However, if the above-mentioned functional components are connected with the pivot in a swingable manner, it may be difficult to ensure the installation location or the completion situation. Therefore, the conventional structure also has a device that improves the assemblability, parts management, and design freedom by uniting the functional components illustrated in Figures 15 and 16 as much as possible. (A) of each figure shows the main body and rotation, and the arrangement of the swinging device and even the unit, and (b) of each figure shows the main part of the unit. The unit product 8 of FIG. 15 is disclosed in Japanese Utility Model Registration No. 2562 1 2 9 and has a bottomed cylindrical bearing 81. It has an insert that is swingably assembled in the snap shaft portion 82a and the bearing 81. The shaft of the shaft portion 82b

1242621 V. Description of the invention (2) 'Member 82; a viscous body 83 filled in a long groove 82c inserted in the shaft portion 82b; and interposed between the shaft member 82 and the bearing 81 to prevent the viscous body 83 from flowing out The package body 84 is a structure in which a bearing 81 is mounted on the main body 70a and fastened to the rotary body 71A. In contrast, the unit product 90 shown in Figure 16 is disclosed in Japanese Utility Model Registration No. 25 9 2 75 8 and is composed of the following members: inserted into the tube member 85 in a non-swingable state and protruding at both ends The shaft member 86 on the 85a side is a bracket 87 which is swingably assembled on both sides of the shaft member 86 with the end portion 75a being inserted into the barrel portion 873; The space s between the end surfaces of the end portion 85a is a spring member 88 which can swing the bracket 87 in one direction, and a lubricating oil 89 for the damper interposed in the gap between the end portion 85a and the barrel portion 87a. In this structure, the barrel member 85 is fixed to the mounting portion 71 < of the rotating body 71B, and the two brackets 87 are fastened to the corresponding through holes 70c provided in the body 70B in a non-swingable manner. In this way, when the release operation is set on the body 70B side to lock the rotating body 71b in the closed position, when the lock 73 is locked, the rotating body 71β will swing to the opening of FIG. 16 (a) by the spring pressure of the spring member ⑽. position. In addition, the conventional structure also includes a unit such as a pivot shaft, a spring member, and a latch disclosed in Japanese Patent Publication No. 9-228715. '[Problems to be Solved by the Invention] As mentioned above, although the conventional structure has been transformed early, the tractor shaft and the damper and the pivot shaft and the spring member and the flash lock may be unitized with more functional parts. Management, design freedom, etc. In this case, there are: a person who singularizes a pivot member and a damper as a spring member; However, it is still desired to improve the assemblability and the shape of parts, such as the swing device and the unit.

W621 V. Description of the invention (3) For the products, the better ones are: each work place ~~ '':, type; 'change according to use: ::: excellent operating characteristics and can be accommodated as: existing functional parts Also :: and suitable for multiple purposes; and even if cost-effective. The invention can be used, and it is easy to achieve low. The present invention is based on the above-mentioned: a kind of miniaturization, many: developers. # The purpose is to obtain a swinging device that is suitable for the use of machinery or equipment, and is cost-effective, and seeks multi-function improvement. — [Arbitrary use of the problem and the value of the product [solution to the problem] In order to achieve the above objectives 1 to 14 ® tear / 丨 摆动 a swing device, such as the first; to the body's closed position Λ W swingable In the method, it is characterized by being provided with the swinging device 12 of the pivot in the position of "Zanan;" and inserting each of the foregoing? Meat, in a state where the substantially cylindrical box containing the main body 10 is mounted in a swingable manner at the above-mentioned hinge 12, the equivalent piece 3 will be provided; the pivot portion 31 is protruded from an opening at one end of the above-mentioned box The shaft spring hibiscus closes to the closed position of the box 2 and springs the shaft member 3 in one direction, t A, 5 is placed in the box 2 and pushes through the shutter toward the rotating body 11 to press ^ The operation rotates the rotating body 11 to the closed position, and then pushes the 5 · η rotating body 1 1 to release the locking member of the shaft member 3 in the flash lock unit. The damper unit 6 for braking of the aforementioned two-shaft portion 34 of the case. On the other hand, the swinging device 1 on U is to mount the box 2 to the main body 10 in a stationary state, and the pivot portion 31 of the member 3 is mounted to the rotating body 11 in a stationary state. At I, down ’, the rotating body 1 1 is passed through the shaft subjected to the elastic pressure of the spring member 4

^ 42621 ^ V. Description of the invention (4) ___ The member 3 is swung to the spring pressure 2 of the spring member 4 and is turned off = the rotating body 11 is locked from the open position against the flash lock unit 5 = in the push operation in the setting direction When the opening position can be penetrated, when the resistance 2 is pushed in the 1 1 operation, then the spring pressure of the spring 4 of the rotating body 4 and the spring pressure of the rotating body spring member 4 are lifted toward the release of the lock of the "Hashing 5". During use, the rotating body 11 is blocked from swinging in the upright direction. Move during each swing. Its structure is used to slowly swing the pendulum 6 inside the box 2 so that it can be used to provide the θ latch early. 5. The damper unit damper (brake) action only. 1. The early pressure of the mouth and the latch (lock (Solid) The action and unit 6 can use the action unit 70. Here, the latch unit 5 and the damper can be used for a multi-functional, inflammatory, and known damper. The present invention is a degree of freedom, so that the design of the mechanical device 戋 I # i of the component tube iV2: 2 body 10 and the rotating body 11 is in order to enhance any application of such a body and / or body device. Sex. The present invention is described in more detail by applying for a special # method. The brother of item 2 to item 6 describes that the latch unit 5 is linked to the axis of the shaft member by the following movement of # 构件 构件 # # shaft member 3 =: and the aforementioned (striker) 5 1; and Meng Mingxiong, +, push the push button to the closed position of the μ movement. The push button is pushed again by the rotating body 11 toward the closed position to release the push button. — :::: The rotating body (push-push latcMng mechadM). : Structure, but one pushes the stopper M @. Although there are various kinds of locks in the early days of the lock, g, if the fastener 51 should be made

Page 9 1242621 V. Description of the invention (5) The swinging (and also swinging of the rotating body u) of the shaft member 3 is linked and disengaged, so that there are dreams and slides that can increase the lock. Advantages of force. The second type is a cam structure with a cam groove 54 attached to the human component 3, and a pin 52 fitted into the shaft structure wheel groove 54 makes the aforementioned buckle. Piece 51 slides, through the above-mentioned convex structure of 2 51, and can be achieved through the cam structure;: easily achieved ', so that this device can be miniaturized and set in the box: [和 优 错 52 • 第Third, the aforementioned fastener 51 is formed in a substantially rectangular shape at the front end of the shaft portion 5la, and the pin 52 protrudes to the shaft portion 51a of the fastener Η and passes through the cam member 54 along the guide provided in the case 2 The structure that guides and supports. This is because the relationship between the fastener 51 and the cam member 53 and the pin 52 is specified, so that the fastener 5 can be slid well, and the assembly into the case 2 is good. The fourth ' the aforementioned damper unit 6 has a casing 61 and an output shaft 62, which is a structure in which the casing 61 is fixed in position in the box 2 and the output shaft 62 is fixed in position to the corresponding shaft portion 34 of the shaft member 3. This is due to the relationship between the specific box 2 and the shaft member 3 and the damper unit 6. Therefore, even if the damper unit 6 is a universal product, only the shape inside the shaft member 3 and the box 2 is provided. In the state where the housing 61 is fixed in the box 2, the ^ u ^ type inserts the corresponding shaft portion 34 of the shaft member 3 into the inner diameter of the output shaft 62, and has the advantages of easy assembly and the like.

1242621 V. Description of the invention (6) • Fifth, the aforementioned shaft structure is provided with: a spring shaft portion 33 corresponding to the outer end of the pivot shaft facing the other end side in sequence; the aforementioned spring member 4 is provided The device shaft portion 34 and the damping shaft portion 35 connecting the second-mentioned damper unit 6 are configured. This is because: the connecting unit 6 corresponding to the * part of the construction wheel member, the & wheel member 53 is installed on the straight rear cow 3, the spring member 4, the damper is good, and the swing straight installation line can be easily placed on Officials in the box 2 [implementation of the invention]! Advantages of Huasi = An embodiment of the present invention will be described below with reference to the drawings. Figures 丨 to 7 show the-pattern. The second brother J in the box of the second swing device is a table: a cross-sectional view of the relationship between the box and the rotating body, and the second one is a cross-sectional view of the box I and the line A to line A and the like. Fig. 2 is a diagram showing the relationship between the swinging body and the rotating body. Fig. 2 (a) is a side view of the state where the device is completely cut from the left of &1; Fig. 2 (b) is a pair of the swinging device. The schematic diagram of Xuanzhi ^; Figure 2 (c) is another schematic diagram of the arrangement of the swinging device to the rotating body. Fig. 3 is a diagram of a main part of a partial cross section of the swinging device. Fig. 3 (a) shows the unlocking state of the interlocking unit, and Fig. 3 (at first). Fig. 4 shows the state of the swinging device. The main components of the chart are shown in Figure 5. Figure 6 shows the outline of the first component (9). Figure 7 shows the details of the box; Figure 7 (a) is a side view: Figure 2, (B) is a sectional view taken along lines 3 to 8 of FIG. 6; FIG. 7 (0 is a drawing of FIG. 6,

Section C to C; Figure 7 (d) to Figure 6 ) Line section. Phase C Therefore, Figures 8 to 14 are shown in the same manner as in the first form.

1242621

5. Description of the invention (7) Evil. Fig. 8 is a cross-sectional view corresponding to the first figure, Fig. 8 (A ^ 1, Fig. 8U) is the relationship between the box and the rotating body, and is a cross-sectional view showing the coil of the swinging device 3 ("^^ to Liu 1 line. Figure 9 shows the relationship between the separated bodies on the left. Figure 9 (a) is the flash lock unit V shown in Figure 8 (a) (a). Figure 10 corresponds to Figure 3 ' 〇The unit is locked. The released state, Figure 10 (b) shows the main structure of the interlocking diagram: Structure Γ shows the structural members of the swinging device, and the state of the twelfth state shows a rough appearance. Figure 13 is based on Figure 88 is a side view and a picture of ChuΊ. Figure 14 shows the details of the box; Figure 14 (a) Figure (c) is the Mm figure (b) is the sectional view taken along line 81 to 81 of Figure 13; Fig. 14 n is a sectional view taken along the line C1 to C1; Fig. 14 (d) is a sectional view taken along the line D1 to D1 of Fig. 13 (overall overview) The swinging device 1 of the present invention is in a first form or a second form. The states of the swinging devices 1 A and 1 B are embodied, and there are a box 2, a shaft member 3, a spring member 4, a latch unit 5, and a damper unit 6. The structural features are as follows: The box 2 and the shaft member 3 are resin molded products ; Spring member 4 is a coil The spring lock unit 5 is composed of a push / push lock mechanism that releases the lock by the pressing operation by the pressing of the rotating body 1 丨, and the damper unit 6 is composed of The shaft is mounted in a state of being inserted in series to the shaft member 3. A known fluid-type brake mechanism is constructed, and these are unitized. In addition, the structures other than the first and second states are substantially the same. The following is the same. In the description, the same symbols are assigned to the same structure and parts of each form, and the first form is used as the main narrative, and the changes of the second form are discussed. Therefore, the component description uses the corresponding pattern of the first form. And the second

313527.ptd Page 12 1242621

5. Description of the invention (8) The form is replaced with a corresponding diagram. (Device structure) The first form of the swinging device 1A (1) is enlarged in the figure, but the overall size is about 65 to 75 mm, and it is a force person 9Ar. The axis is from 〇t # and is in the box 2A (2 ) Along the glaze member 3, with the spring member 4, the damper unit 6, retention-mouth a sequence with the order-σ L, dry 70 b, flash lock early 5

Overall ruler ίΓ / Here, the oscillating device 1B (D dimension force is about 75 to 85mm, and is in the box 23, as described above: the form, along the shaft member 3 with the spring member 4, the damper unit 6 Units that are arranged in the order of Sung Woo 5. The first form of the box 2A is formed into a cylindrical shape from one end 2 & to the other end, which is substantially the same from the left to the right, and has a protrusion extending to the outer periphery and extending in the length direction. A flange portion 21 with a mounting hole 21 a is provided. On the outer periphery of the cylinder, in addition to the flange portion 21, there is a guide groove 22 provided through a portion near the end 2 & The part penetrates through a pair of windows 2 3 inside and outside, and a short straight groove 2 4 which is not placed in front of the single-sided window part 23, etc. The guide groove 22 is formed into a generally T-shaped groove shape as a whole, and is formed in the surrounding direction. A circular arc groove portion 22a for limiting the swing range of the shaft member 3; and a straight line formed from the middle of the arc of the groove portion 22a on the other end 2b side, that is, the corresponding end of the elastic member 4 in the direction of the cylinder axis to stop the corresponding end of the spring member 4 The groove portion 22b is formed. Each of the window portions 23 is substantially rectangular and faces each other, so that It constitutes the part through which the retaining piece 56 corresponding to the pushing / pushing locking mechanism described later passes. In contrast, in Figs. 6 and 7, the outline shape of the inner circumference of the cylinder is indicated by the symbol 2 5a. The part from the one end 2a to the slightly front of the short straight groove 24 has the same shape, and the part shown by the symbol 25a to the slightly front of the other end 2b has the same shape, and the inner diameter of the other end 2b becomes a rectangular opening 25c. ... that is, symbol 25b

1242621 V. Description of the invention (9) The inner circumference of the cylinder is similar to the symbol 2 5 a, and the maximum diameter L1 of the symbol 2 5 a is set to be larger than the maximum diameter of the symbol 25b [2 is slightly larger and a step difference of 25 (1 The inner circumference of the cylinder is provided with a pair of inner guide grooves 26 extending continuously from one end 2a to the front of the window portion 23; and a single damper retaining groove extending continuously from one end 2a to a step difference 25 (1 slightly forward of 1) 27. The two inner guide grooves 26 are displaced approximately 180 degrees. The buckle groove 27 is approximately 90 degrees displaced from the two inner guide grooves 26. In contrast, compared to the aforementioned box 2A, the second form The box 2B has the following differences: the other end 21) has a point of extending the cylindrical portion 25d extended by the rectangular opening 25c; and a buckling leg portion 28 is formed on the outer periphery of the tube instead of the flange 21. The extending tube portion 25d is As shown in FIG. 8 (a), the shaft portion 12 of the installation portion 10a provided on the main body 10 can be swiveled. The shaft portion 12 can be installed using a special product, the installation portion 10a, or integrally formed on the installation portion 10a. The foot stopper portion 28 is substantially rectangular in cross section as shown in FIGS. 12 and 9, and elastic latching claws 29 are formed on opposite sides. The elastic latching claws 29 It is elastically displaceable through a chevron-shaped slit. ^ The shaft member 3 is sequentially arranged from one end to the other end as shown in Figs. 4 and 5. The pivot portion 31, the large-diameter shaft portion 32, and the spring The shaft portion 33, the damper shaft 2Υ, and the connecting shaft portion 35. The pivot portion 31 is located on the known side of the shaft member 3, and is a handle protruding from the box 2A and fastened to the fastening hole η. Shaft. The large-diameter shaft portion 32 is received at approximately PP position of one end 2a of the box 2A. The large-diameter shaft portion 32 is provided with an outer periphery extending toward the front-rear direction = mouth stop groove ⑼ 'and corresponding to an arc groove The mounting hole 37 of the portion 22a. In addition, the female hole 3 7 is a structure for press-fitting and fixing the spring pin 7 described later, but it can also be a structure for fixing the spring pin 7 by a bolt. One of the periphery of the shaft portion 33

1242621 V. Description of the invention (12) '----- 2 Sealing ring between 2 and output shaft 62 and between output shaft 62 and outer cylinder 60 to prevent full oil vapor leakage in the second hole portion 60a 64 &, 6 讪. The outer cylinder is designed to have a retaining wall portion 60b protruding from the periphery. The output shaft 62 includes a cylindrical portion 62a protruding from the two-hole portion 60a to the outside to have a minimum diameter, and a pair of restricting piece portions 621 protruding from the end surface of the cylindrical portion 62a).

(Assembly procedure) Each of the above components is assembled in a box 2 such as the following example and is unitized in the form of a swing device 1ΠA and 1B). That is, first, a push / push lock mechanism is provided in the box 2 j. At this time, the casing 55 is inserted from one side 2 & side of the box 2 with the two buckle pieces 56 reduced in diameter toward the other end 2b side, and then presses the rear part into the opening 25c. In this way, the housing 55 is restored to the outside of the box 2 through the opening 25c while the elastic locking piece 55b abuts the edge of the three mouths 25c, and is restored through the opening 25c, and is installed to use the protruding portion 55a and a pair of elastic locking claws 55b. Clamp the opening 25 (:

53 is inserted into the box 2 in a state where the fastener 51 is mounted by the pin 52. In other words, the wheel member = the wheel member 53 is connected to the cylindrical portion of the shaft portion 51a of the slider 51 into the other end 53b. Then, the pin 5 2 is pressed into the through hole 5 1 c from the side groove portion of the cam groove 5 4. Then, it protrudes from the other side groove portion of the cam groove 54, and is inserted into the box 2 together with the fastener 5 丨 in a state where both ends of the pin 52 project on both sides of the cam groove 54. Therefore, the 'cam member 53 is formed to protrude 4 ends of the pin 52 along the inner guide groove 26 to the inside of the box 2 and press the end 53 3 having a large diameter against the above-mentioned difference in the box 2 25d to the limit. Next, the damper unit 6 j is put into the box 2. At this time, the damper unit 6 inserts the stopper wall portion 60b into the box 2 from one end 2a side along the aforementioned σ stopper groove 27, thereby restricting the rotation and fixing the position. Next, the spring member 4 is put into the case 2. Spring member 4

Page 17 1246221 V. Description of the invention (13) The limit position of the end 4b is set in the state of the linear groove portion 22b, and when the one end 4a is installed in the box 2 of the shaft member 3, it is twisted while being locked in the direction of the discovery of the spring pressure. Within the retaining groove 36. ^ That is, 'the shaft member 3 is inserted into the box 2 from the side of the connecting shaft portion 35 and passes through the coil of the elastic member 4, and the end of the end 4a is locked as it passes through the inner diameter of the damper 6 in series. The locking groove 36 is rotated by about 30 degrees per side and then pushed in to insert the coupling shaft portion 35 into the coupling hole 5 3 c. After that, the shaft member 3 is fixed in the mounting hole 37 from the arc groove portion 22a of the case 2 with a spring pin 7 and assembled in the case 2. The swinging device 1 is easily assembled in the manner described above. In the assembled state, the cam member 53 swings in conjunction with the swing of the shaft member 3 in a state where the cam member 53 abuts on the step difference 25d and is restricted. The shaft member 3 presses the shaft portion 34 into the barrel portion 62a and fastens the protrusion 39 between the restricting piece portions 62b to each other, and receives the force of the damper unit β through the output shaft 62 when swinging. Further, in the first form, the rear side of the casing 55 of the interlock unit 5 protrudes from the benefit 2A. In the second aspect, the casing 55 is completely contained in the box 'and the other end 2b of the box 2 is opened in the extension tube portion 25d. ^ (Using aspect) The above-mentioned swinging device 丨 is attached to the rotating body 11 while the box 2 is in a stationary state while the woman is wearing the body 10, and the pivot portion 31 of the shaft member 3 is uneasy. Here, the main body 10 is a housing of various machines or a storage device, and is provided with a mounting portion 10a corresponding to each of the boxes 2A and 2B for mounting the swinging devices 1A and 1B. Rotating body 11 is used for Qiu's M + π & Rong Q π / 菔 11 is used to open / close the door j or the top plate of opening 10 of the body 10, and 5 has a pivot shaft to which shaft member 3 is fastened. Buckle hole 11 a of part 3 丨. That is, the main body 10 and the rotating body 丨〗 are ϋ ^ ^ 70ΑΛ ^ # Μ 71Α Λ Λ ea (a) ^

1242621 V. Description of the invention (14) II; The rotating body 71B. Then, the swinging device of the first form is used; the two positions of the screw and the other Λ are set on the setting portion 10a and the buckle is connected to the buckle =: = The rotating body 11 is bounded by the square shaft of the frame shaft. The pivot portion 31 is swingably held as a fulcrum. In addition, the rotating body 丨 丨 is usually a spot of the pivot portion 31. The first side enters μ 7. The side is a buttonhole 1 1 a ^ between the two sides, such as m off the other side, between the corresponding parts of the body 10 side, such as 苐The shaft portion 13 in FIG. 1 is swingable. Here, the swinging device 1B of the second form is,. ′ Insert the fastening hole provided in the setting part 10a, and install it through the bullet: type / two ΓΛ28. The rotating body 1 1 is pivoted by the pivot portion 3 丨 K1. The pivot of the pivot portion is swingable; η is the button?丨 1 1 Q kk ^ Suspicious rotation 11 is the combination relationship of the shaft portion i2 # m31 on one side and 10 side of the shaft. The other side is fitted in the body: i; . This mouth part is equal to 20: body L1: pendulum; r body phase, and the body 10 (opened only slightly to change the swing angle of the arc groove portion 22a or the cam groove Z system (action) as described above. The system is also changed. The spring force is pushed and the spring member 4 is closed (close the body i. The position of the opening is set at 705 and stays on the body 1. Above, the fastener is turned by the rotating body η toward Closed position: = The relationship between the shaft member 3, the cam member 34, and the pin 52 described in the operation is oscillated 2 to make more movements, the engaging protrusion 51b will protrude to the slider 57, and ^ will slide as shown in Figure 10 (b). R Resistor, as shown in Figure 3 and the spring pressure of the unillustrated spring, will slide the slide body 313527.ptd page 19 1242621 V. Description of the invention (15) W slides towards the inside of the housing 55. Two buckle pieces 56 is linked to this, and continues to be pulled into the housing 55 to clamp the engaging protrusion 51b therebetween. At the same time, by following the engagement of = 59a and the heart-shaped cam groove 58, the retaining piece π is retracted. Position to keep the carcass H in the closed position. To release the retaining system 2 = the body V is then pushed towards the closed position, and the 3rd is released • The pin 59 reads the heart-shaped convex The lock of the wheel groove 58 is simultaneously protruded toward the front of the casing 55. 1 company presses and presses, and the two snap-in stop pieces 56 56 * are engaged and protruded from the clip of the two snap-stop pieces to release the lock If the state is released, the position of the winter 2 can be used privately as described in the above-mentioned deduction mechanism. “It can be used in less space to ensure that the inside 2 of the box 2 is closed through the bismuth and the rotating body is connected to each When swinging, each of the inner 2 receives the damper unit 6 through the shaft member 3. You swing in || swinging. As in the above-mentioned structure, since the slow square is used in series with the interlocking unit 5 in the box 2, the pieces 4 and the damper unit 6 2 can be reliably and easily obtained at the same time. The various forms of the storage box can be%, because the swinging device has only a human relationship. In addition, devices with completely different shapes are manufactured, so If you change it, 2 can be used according to the purpose. In addition, the present invention has excellent patent application scope. In addition, it is based on the above-mentioned forms and can be technical elements of 2-2. For example, the first form and the first; It is made in the opposite direction, or the other ans == the body 10 mounting structure Effect of the Invention] As described gun configured as described above, the pendulum shaft member and the spring member and the lock unit flash disk according to the present invention: forming a pivot member of the damper unit in a cartridge equipped with

1242621 V. Description of the invention (16) and unitization. Compared with the previous products, it can not only achieve multi-functionalization, but also help arbitrary use of applicable machines and devices and increase the value of products. 313527.ptd Page 21 1242621 Brief description of the drawings [Simplified description of the drawings] Figs. 1 (a) and (b) are cross-sectional configuration diagrams showing the swinging device according to the first aspect of the present invention. Figures 2 (a) to (c) are the side views and the arrangement of the swinging device as viewed from the left of Figure 1 (a). Figures 3 (a) and (b) are cross-sectional views showing the operation of the main part of the swinging device of Figure 1. Fig. 4 is a diagram showing the components of the swinging device constituting Fig. 1; Fig. 5 is an external view showing the relationship of main components among the constituent components of Fig. 4; Fig. 6 is a cross-sectional view of a box unit constituting the swinging device of Fig. 1; Figs. 7 (a) to (d) are cross-sectional views of the side and plural parts of the box of Fig. 6. Figs. Figures 8 (a) and (b) are cross-sectional configuration diagrams showing a swinging device according to a second aspect of the present invention. Figures 9 (a) and (b) are the side view and the layout of the swinging device viewed from the left of Figure 8 (a). Figs. 10 (a) and (b) are sectional views showing the operation of the main part of the swinging device of Fig. 8. Figs. Fig. 11 is a diagram showing the components of the swinging device of Fig. 8. Fig. 12 is an external view showing the relationship between the main members among the constituent members of Fig. 11; Fig. 13 is a cross-sectional view of a box unit constituting the swinging device of Fig. 8. Figures 14 (a) to (d) are cut off from the sides and plural parts of the box in Figure 13

313527.ptd Page 22 1242621 Schematic illustration of a surface. Figs. 15 (a) and (b) are explanatory diagrams showing a conventional structure. Fig. 16 is an explanatory diagram showing another example of a conventional structure. [Description of component symbols] 1, 1 A, 1B swinging device 2, 2A, 2B box (2 a series of one end; 2 b series of the other end) 3 shaft member (3 1 series pivot portion; 3 2 large diameter shaft portion; 3 5 series connecting shaft part) 4 springing member (4 a series one end; 4 b series the other end) 5 latch unit 6 damper unit (6 1 series housing; 6 2 series output shaft) 7 spring pin 10 body (10a System installation part; 12, 1 and 3 series shaft part) 11 Rotating body (11a series fastening hole) 22 Guide groove 22a Arc groove part 22b Straight groove part 23 Window part 24 Short straight groove 26 Inner guide groove 27 > 36 Buckle groove 28 Buckle foot 29 Elastic buckle claw 31 Pivot portion 32 Large diameter shaft portion 33 Shaft portion 37 Mounting hole 38 Notch 39 Protrusion 51 Fastener 51c Through hole 52 Pin 53 Cam member (54 series cam groove)

313527.ptd Page 23 1242621 Brief description of drawings 53c Connecting hole 54 Cam groove 55 Housing (push / push-stop mechanism) 56 Buckle (push / push-stop member) 57 Slider 58 Heart-shaped cam groove 59 Follow Piece 5 9a Follow-up pin 60 Outer cylinder 6 0a Hollow portion 61 Rotor 62 m ίw fw 63 Clearance 64a, 64b Seal ring

313527.ptd Page 24

Claims (1)

1242621 Amendment 6. Scope of patent application 1. A kind of device attached to the body: the pivot spring structure inside pushes the element; the inner 2. if the Shenyuan system shaft mechanism is borrowed before deduction 3 · Rushen The aforementioned parts, or 0, are installed on the swingable shaft part by themselves; they are installed on the press-operated rotating body and the above-mentioned shaft part, and the rotation of the shaft is described by the patent. Please put it in the patent box and set it through case number 91109548. It is a person who has a pivot that pivots the closed position and the open position of the rotating body. It is characterized by a substantially cylindrical box in the aforementioned body and inserted in the aforementioned When the box is installed in the manner, a shaft member corresponding to the opening of one of the ends of the pivot box is projected; a bullet in which the shaft member is pushed in one direction in the box is passed through the box toward the closed position of the rotating body; The rotating body is locked in the closed position, and then the locked flashlight single member can be released through a pushing operation, and is arranged in a string-inserted state on a brake damper unit inserted into the box. The swinging device of the first item, wherein the latch single member is constituted by: a fastener that slides in a line direction in conjunction with the swing of the shaft member; and a push-in operation lock installed on the box and pushed toward the closed position by the body The above-mentioned fastener, the swinging device of the pushing / pushing range of the pushing / pushing range item 2 which can release the above-mentioned locking, has a cam structure provided with a cam groove connected to the shaft member and the cam groove The desired pin slides the aforementioned fastener 313527.ptc Page 25 1242621 _Case No. 91109548_No year / month amended_ VI. Patent application scope 4. For example, the swing device of the third scope of the patent application, wherein the aforementioned fastener is provided with a buckle at the front end of the shaft The cam member is formed into a substantially cylindrical shape in which the shaft portion of the fastener is fitted into the protrusion. The pin system protrudes to the shaft portion of the fastener and is provided in the box along the cam member. The guide groove operates. 5. As for the swinging device of the first patent application, wherein the damper unit has a casing and an output shaft, the position of the casing is fixed in the box, and the position of the output shaft is fixed to the corresponding shaft portion of the shaft member. 6. The swinging device according to item 2 of the patent application, wherein the damper unit has a casing and an output shaft, and the position of the casing is fixed in the box, and the position of the output shaft is fixed to a corresponding shaft portion of the shaft member. 7. The swinging device according to item 3 of the patent application, wherein the damper unit has a casing and an output shaft. The position of the casing is fixed in the box, and the position of the output shaft is fixed to the corresponding shaft portion of the shaft member. 8. The swinging device according to item 4 of the application, wherein the damper unit has a casing and an output shaft, and the position of the casing is fixed in the box, and the position of the output shaft is fixed to a corresponding shaft portion of the shaft member. 9. The swinging device according to any one of items 3 to 8 of the scope of patent application, wherein the shaft member is from one end to the other end side, which is equivalent to the pivot portion of the pivot shaft; Side openings are generally closed 313527.ptc Page 26 1242621 Amendment No. 91109548 6. Large shaft portion with patent application scope; the aforementioned spring member is provided on the outer shaft portion of the spring, and the shaft portion of the damper unit is used to shaft the damper unit; and the connection The connecting shaft is formed at a corresponding portion of the cam member. 313527.ptc Page 27