TWM243695U - Rapid fixing mechanism of floppy disk - Google Patents

Description

M243695 V. Creation Instructions (1) [Technical Field to which the New Type belongs] Application = Force—A kind of fast-holding structure of a magnetic disk drive, #Other is- a kind of holding structure on a u-frame. [Prior technology] The computer host equipment installation 1: t: Announcement No. 314216, the basin uses the door to open 1, & the mouth is placed ", it is a common practice to fix it with screws. A screw hole is set up, # α covers the drive and makes

And, 2, the use of screw-lock combination, labor costs in assembly and disassembly: the use of tools, obviously there are inconveniences and missing, and can be added. "Please refer to the" Relay of the disc drive and the disc drive disclosed in the Republic of China New Patent Publication No. 45 5 04 9 ", which uses the first bust with the folded edge to be dragged to the first with the pivot part. Two protective frames, by which the second protective frame is rotated to clamp and engage the optical disc drive or the magnetic disc drive.

"But the first protective frame and the second protective frame are not formed in a single body, and need to be pivotally connected, and the first protective frame is further punched into the setting portion, the card slot and the blocking ghost" The second protective frame It is further punched with a baffle and an extension positioning plate; in the manufacturing process, the punching and forming steps are tedious, the assembly is not easy, and the production efficiency is greatly reduced. ^ "Please refer to the disk drive fixing device disclosed in the Republic of China New Patent Publication No. 5 0 372", which is restricted by a handle with a fastening mechanism, and the handle is rotated to a combined state with respect to a frame. Close mechanism can pass through

M243695 V. Creation Instructions

The rack system is the handle of the removable disk drive, and the rack body is positioned on the carrier. However, the fastening mechanism only utilizes to lock the frame body, and the components between the frame body and the disk drive are complicated in the manufacturing process, and the inconvenience of screwing is improved in the production. The film and the elasticity are still fixed at the cost of the screw, and the component is fixed and locked; otherwise, the 5 Hai lock plate and the frame are still used. The creator feels the above-mentioned deficiency, and the use of the rationale proposes a kind of The design is well researched and coordinated. The main purpose of the text to improve the above-mentioned shortcomings,

The point is to provide the computer market-a kind of screwless. The point is to provide the computer market-a low cost. Another purpose, way. For the above purpose, there are corresponding holes bent at both ends, and the magnetic disk is used in it; and the push-push device that cannot be arbitrarily is to provide a fast and convenient computer market. This creation provides a flexible steel wire fast holding one of the elastic steel wires. A carbon clamping claw protruding from a side wall of the disk drive fixing frame is inserted into the disk drive, so that the elastic steel wire can be held on the disk to fall off. This holding structure is also provided with a corresponding; by means of the push-push device, the user can extract the M243695 5. Creation instructions (3) Two of the elastic steel wires can be easily extracted or installed in a screwless lock. BRIEF DESCRIPTION OF THE DRAWINGS [Embodiment] The reference machine is fast-holding, which is fixed to a screw hole on the side wall of a magnetic disk and is fixed to one of the side walls between the two sides of the quick-fixing frame 2 of a disk drive. The elastic wire 4 device. Among them, the front corresponds to the through holes of the two side walls of the magnetoelastic steel wire 4 1 ′ so that it holds the% code holder 2 and the bent end is pulled out of the corresponding hole of the drive so that the user can place the drive. With the foregoing features, your reviewer who has achieved the goal of fast, fast assembly, and low-cost disk drive retention can better understand the features of this creation and read the following detailed descriptions and drawings of this creation; and it is for reference. The word "not" is used to limit the original creation. As shown in the first and second figures, this creative system provides a magnetic disk structure 4; by this structure, a magnetic disk drive 3 can be quickly mounted on the machine mount 2. The disk drive 3 is provided with a pair of standard 3 1, and the disk drive fixing frame 2 is a U-shaped casing, and the computer casing 1 is arranged to accommodate the disk drive 3 therein. The fast-holding structure 4 includes: a through-hole 2 1 provided in the aforementioned fixed wall of the disk drive, and a claw 2 2 protruding in the through-hole in the side wall 2, one or two ends are bent into a coupling tip 4, a workman 1, And pulling or pulling the elastic wire 4 one of 1 = push, 3 of-to the standard side wall screw hole m] " is through the disk drive fixing rod; 1 disk drive 3 two side wall screws The holes 21 inside 3 are inside the disk drive holder 2. Therefore, the creation description (4) Creation reveals a new type of disk drive in the computer market. The side wall of the disk drive holder 2 interferes with the wide bayonet 2 1 and faces upwards = the middle of the wire 4 1 The 4 i 2 card is passed therein to be held on the disk drive fixing frame 2. The push-push device created in this case includes an elastic steel wire 4 1 further adjacent to the coupling tip 3, and the handle 4 2 is provided at both ends. Groove 4 2 1 has a handle 4 2 2. The two grooves 4 2 1 are shaped, and the grooves 4 2 1 can hold the elastic steel wire. When the lateral pull is performed, the elliptical cam has a thick side wall; therefore, the user rotates the handle t, The difference in the cam size between the protruding arc 4 1 3 and the disk drive holder 2 1 increases, so the & pull and disengage the disk drive 3 to make the user disk drive 3. The handle 4 2 a shown in the third picture is a handle of soft wood that is soft and has a dangling effect. 4 2 a 4 2 a 1 has a hole 4 2 a 2 so that the former can lift this soft handle 4 2 a At this time, the elastic steel wire 41 is pulled out. Referring to the third figure A, another soft lifting a is at the ends of the two handles 4 2 a 1 with radial quality. The length and meat thickness of the handle 4 2 a 3 can be held between the two. The elasticity can be freely removed 2. The two profiles can be set to be elliptical and the magnetic disk drive 2 can be pulled out with its tip 4 1. On both sides, 丄, ^ 22 1j fan bomb 4 wire fell. With this protruding arc 4 groove 4 round cam handle 4 2 angle bracket 4 1 of the fixed frame will be or Tikati handle 'with a rope-like 3', the two ends of the handle and the elastic wire 4 1 The protruding arc 41 can be pulled to implement the embodiment, and the handle 4 and a certain thick plastic material can be adjusted as required. M243695 Creation Note (5) Can ^: f is another example of creation, the push-push device of this case, 826-type slider 4 3 instead of handle 4 2. Two wedge slider 4 3 Two ::! Sliding wings 4 3 1, wedge-shaped sliders 4 3, and ^ one handle 4 3 2 are provided at the two through-holes 2 adjacent to the two side walls of the disk holder 2 The thickness of the slider is from the top to the bottom of the dish holder 2 ± .. :: The wedge-shaped slider 4 3 is attached to the magnet, and the elastic steel wire is pushed down when the two model sliders 43 are pressed. When the drive 3 is released from the drive fixing 〆j, and the drive hole 3 1 is held by the hand 4 3 2, the wedge-shaped slide & 4 卩 'is on, * the user pulls the handle to return to the original position; = 4: = :: : The force of silk 41 is the same as the handle 4 2. The use of "Moon Block 4 3" can be achieved, please refer to the fifth figure A to 7; the same ^ when pressed, the elastic steel wire 4 carbon: ^ when the wedge-shaped slider 4 3 is down to the disk drive 3 With the disk drive holder 2 8 1 1 is pushed outward to make take. In addition, in order to provide the wedge-shaped slider 4 g, the disk drive 3 can be drawn in various variations; among them, each of the positions of the holding device can use a round hole 4 3 3, while the disk drive two: let the The holding device is provided with-. It is assumed that the aforementioned holding; warm setting-corresponding convex circle 2 At this time, the pair of libraries of the disk drive fixing frame 2 = a rectangular hook 4 3 4, 2 4. Method, it should be changed to a rectangular buttonhole. This creation uses the two side walls through holes 2 崁 of the two ends described above, and the teeth are passed through the disk holder to enter the two side walls of the disk drive.丄 厶 叶 丄 V 丄 厶 叶 机 机架 2 inside; wire 4 1 carbon card in the magnetic further to push the dial to install the elastic wire 4 1 side wall screw holes 2 1, the purpose and effect of screw locking, fast group, but In the embodiment, any text should be included in the following five. Creation instructions (β) 丨 silk hole 3 1, using I and using the front-end ^ to hold the disk drive 3 in the disk drive holder 2 population claw 2 2 Set this elastic I so that I can't fall off arbitrarily. In order to facilitate the extraction or bullying, the two-carbon-combined-tip JT can be pulled out of the magnetic drive 2... 4 home drive, A Tai'an "installed, and become too Lu Xia μ Nothing in this case | χ is not cheap. 丨 In summary, this creation can indeed achieve the expectation that the above-disclosed technical means are only the creation—the spirit of better creation, the cultivation and changes of special desires. Within the scope of the attached patent application.

Page 10 M243695 Brief description of the drawings [Simplified description of the drawings] The first diagram is a combination of the first application embodiment of the fast-holding structure of the magnetic disk drive, and the second diagram is the first one of the fast-holding structure of the magnetic disk drive. The operation of the application embodiment is not intended. The third diagram is a schematic diagram of the second application embodiment of the fast-holding structure of the magnetic disk drive. The third diagram A is a schematic diagram of the third application embodiment of the fast-holding structure of the magnetic disk drive. The fourth figure is a schematic diagram of the fifth application embodiment of the fast-holding structure of the magnetic disk drive; the fifth figure A is a schematic diagram of one embodiment of the wedge-shaped slider of the fast-holding structure of the magnetic disk drive; the fifth figure B is a magnetic disk A schematic diagram of the fastening of the wedge-shaped slider of the fast-holding structure of the machine; and the fifth figure C is a schematic diagram of another embodiment of the wedge-shaped slider of the fast-holding structure of the magnetic disk drive. 3 2 4 6 2

Page 11 M243695 Brief description of the drive's fast-holding structure 2 4 3 4 Elastic wire middle handle handle handle end handle sliding wing round hole 4 1 4 12 4 2 4 2 2 4 4 4 3 4 3

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Claims (1)

'' T Ming Xun Magazine Scope 1, a kind of fast-holding structure of a magnetic disk drive, which is mounted on a disk drive holder. The magnetic disk drive is provided with a U-shaped casing, which is used for the drive. The fast-holding structure includes: Should be applied to the ::::: = set on the disk drive-^ two of the side wall screw holes, · two lift-in tips, steel wires, set at the two ends with the same 1 Merging charcoal: Pass through the two screw holes of the two side walls of the disk drive holder; one side wall is engaged with claws, hurt the two side walls through the hole field, and sigh at the disk bucket: middle; and s Is used to push the elastic steel I to the clothes, which is a structure that can be used to pull 4, and 糸, so that they are combined = dialing and reading T ": apply and unload the" such as Apply for May patent Fan Yuan Chu: Duan: The push-push device: two grooves or holes known as the two: 楗 楗 'driving two grooves or 1 hole system can be coalesced 2: Hai Liang _ Tila Or pull the handle to drive :; the dancing wire is pulled inside and separated from the disk drive = two grooves or holes, 3, such as test =: screw holes on both side walls. Structure, where the push; the installation = the wall described in item 1 has a #I ^ ^ including two wedge-shaped sliding "rains on the two opposite sides of the block I, used to carbonize a disk Γ plural Side wall screw holes & place the drive on its stand and fold it separately: h, tip, the two side wall penetration holes, the fixing frame, and the middle section snapped on its corresponding elastic steel The screw holes on the two side walls allow the disc player to quickly hold the knot handle with a handle disposed in the hole, thereby; the user's two lifting pins are quickly held by the disc lifter. The wedge-shaped slider is a sliding wing. In the M243695 VI. Patent application: a holding device at the bottom of the wedge-shaped slider and a handle provided at the top of the wedge-shaped slider; wherein the thickness of the wedge-shaped slider gradually increases from top to bottom Reduced, the disk drive holding frame clamps the sliding wing of the wedge-shaped slider therebetween, and the two wedge-shaped sliders hold the magnetic disk by the sliding wing and the sliding hook corresponding to the sliding wing ; By this, the user pushes the two wedge-shaped sliders against the elastic steel wire, and engages the holding device on the magnetic disk On the holder, the tip is pushed put together two and Down departing from the side walls of the screw hole of the disk drive; dynamic user pulls the handle, the wedge slider system may, by the urging force of the spring steel return to the original position. 4. The fast-holding structure of a magnetic disk drive as described in item 3 of the scope of patent application, wherein the holding device is a round hole or a rectangular hook, and the disk drive fixing frame is further provided with a corresponding corresponding to the holding device. Convex or rectangular buttonhole Page 14