CN113038771A

CN113038771A - Block chain link point equipment

Info

Publication number: CN113038771A
Application number: CN202110216279.7A
Authority: CN
Inventors: 张秀月
Original assignee: Nanjing Ruikoni Trading Co ltd
Current assignee: Li Zhihu
Priority date: 2021-02-26
Filing date: 2021-02-26
Publication date: 2021-06-25

Abstract

The invention discloses a block chain link point device which structurally comprises a placing frame, a drawer plate, a node main body, an auxiliary pushing handle and a cable, wherein the node main body and the drawer plate are installed on the drawing frame, the auxiliary pushing handle is arranged on the drawing drawer plate, the drawing node main body is connected with the cable, a clamping device and a channeling structure are arranged on a power-assisted mechanism, and are matched with a pushing blade.

Description

Block chain link point equipment

Technical Field

The invention relates to the field of block chains, in particular to block chain link point equipment.

Background

Block chain (an important concept of bitcoin, which is essentially a decentralized database and is also an underlying technology of bitcoin, is a series of data blocks generated by using a cryptographic method to correlate, each data block contains information of a batch of bitcoin network transactions, network nodes (also called block chain nodes, hereinafter referred to as nodes) are contained in the blockchain network, each node corresponds to at least one blockchain, and each blockchain contains at least one block, the existing blockchain node device generally places a node body on a one-grid placing frame and extends a cable of the node body downwards from a placing plate, when a drawer plate is drawn out, the extending end of the cable of the node body will be temporarily laid backwards on a push handle and then forwards along the guiding direction of the drawer plate, so that the cable and the node body cannot be guaranteed to move synchronously, even the cable can be intertwined with the cable of the next grid, the switching of different extension gears is difficult to realize, and the node main body is easy to damage.

Disclosure of Invention

In order to solve the problems, the invention provides block chain link point equipment which structurally comprises a placing frame, a drawer plate, a node main body, an auxiliary pushing handle and a cable, wherein the node main body and the drawer plate are installed on the placing frame, the auxiliary pushing handle is arranged on the drawer plate, the node main body is connected with the cable, the auxiliary pushing handle comprises a slide rail frame, a power assisting mechanism, a base and a fixed rod, the slide rail frame is connected to the drawer plate and is connected with the fixed rod, the fixed rod is provided with the base, and the base is in sliding fit between the slide rail frames and is provided with the power assisting mechanism.

As a further improvement of the present invention, the power assisting mechanism includes a pushing blade, a clamping device, a collecting ring, a channeling structure, and a rotating plate, wherein the pushing blade and the rotating plate are movably engaged with each other on the channeling structure and are in transition fit with the clamping device, the channeling structure is mounted on the collecting ring, the clamping device is arranged on the collecting ring, and the rotating plate is connected to the collecting ring.

As a further improvement of the invention, the pushing blade is indirectly matched on the base through the collecting ring and the rotary plate, and the rotary plate is of a structure with thick outer part and thin inner part, so that the pushing blade can slide to a lower position once being affected by vibration and rotate to splice the extending ends of the bottom into an annular structure, thereby strengthening the connection relationship.

As a further improvement of the invention, the clamping device comprises a top pipe, a support frame, an inward-expanding component, a supporting bag and a twisting handle, wherein the top pipe is connected with the twisting handle through the supporting bag and is connected to the collecting ring, the inward-expanding component is arranged in the supporting bag, the support frame is connected to the twisting handle, and the support frame is connected to the base.

As a further improvement of the invention, the inward-extending component comprises a hook angle, a connecting piece, a bag closing component, an air bag and a guide pipe, wherein the hook angle is connected to the supporting bag and connected between the guide pipes, the air bag is connected in the guide pipe and indirectly matched on the bag closing component, the bag closing component is provided with the connecting piece, and the guide pipe and the sharp end of the pushing blade are indirectly matched and mutually extruded to ensure that the guide pipe meets the full-bow state and the supporting bag is further tightened.

As a further improvement of the invention, the connecting piece comprises a spring, hard files, a transverse plate and branch buckles, the spring is connected between the close bags and is connected with the branch buckles, the branch buckles are connected between the hard files, and the hard files are in transition fit in the close bags through the transverse plate.

As a further improvement of the invention, the channeling structure comprises a rotating groove, a positioning piece, a thread top and an inner clamping seat, wherein the rotating groove is connected with the thread top and is provided with the positioning piece, the positioning piece is provided with the inner clamping seat, and the inner clamping seat is connected to the collecting ring.

As a further improvement of the invention, the positioning piece comprises an elastic connection buckle, a stress support, a rubber spacer, an outer limit ring and a support core, the elastic connection buckle is connected to the stress support and indirectly matched in the thread top, the stress support is connected to the support core through the rubber spacer, the support core is connected to the inner clamping seat, and the outer limit ring is indirectly matched between the push blade and the support core.

Advantageous effects

Compared with the prior art, the invention has the beneficial effects that:

1. according to the invention, the clamping device and the channeling structure are arranged on the power-assisted mechanism, and the clamping device and the channeling structure are matched with the pushing blade, so that when the cable does not synchronously move with the node main body, the cable firstly contacts the channeling structure and is enlarged and opened in an umbrella shape to drive the pushing blade to screw the cable in the collecting ring and position and tighten the cable in the clamping device, so that the cable changes the extension angle, and is synchronously lifted and drawn out together with the node main body, and the aim of switching different extension gears of the equipment can be fulfilled.

2. The push pipe is twisted by taking the twisting handle as a fulcrum while the arc-shaped surface of the push pipe is stressed, so that the push pipe can be reliably connected with the arch-shaped edge of the inner expanding component, and the integral inclination and deflection work is facilitated.

3. The invention utilizes the opening of the closed bag to rub and drive the middle part of the supporting frame to be supported flat and keep parallel to the hinging direction of the collecting ring, can well finish the operation of leveling, and solves the problem of uneven supporting height after the push blade is screwed.

4. According to the cable connector, the rotary groove is rotatably matched with the push blade, and when the rotary groove is driven by the height change of the internal structure, the push blade is pushed on the rotary plate, so that the push blade is convenient to be screwed and surrounded outside a cable, and a good directional supporting effect is achieved.

Drawings

Fig. 1 is a schematic structural view of a block link point device according to the present invention.

Fig. 2 is a schematic plan view of the auxiliary push handle of the present invention.

FIG. 3 is a schematic top view of the power assisting mechanism of the present invention.

Fig. 4 is a schematic plan view of the clip device of the present invention.

Fig. 5 is a schematic cross-sectional view of the deployment assembly of the present invention.

Fig. 6 is a top view of the coupler of the present invention.

Fig. 7 is a schematic sectional view of the channeling structure according to the present invention.

FIG. 8 is a schematic cross-sectional view of a positioning member according to the present invention.

In the figure: placing rack-1, drawer plate-2, node main body-3, auxiliary push handle-4, cable-5, sliding rail frame-41, boosting mechanism-42, base-43, fixed rod-44, push blade-421, clamping device-422, gathering ring-423, channeling structure-424, rotating plate-425, top pipe-221, support frame-222, inner expanding component-223, support bag-224, twisting handle-225, back hook angle-3 a1, connecting piece-3 a2, bag-3 a3, air bag-3 a4, guide tube-3 a5, spring-a 21, hard-a 22, transverse plate-a 23, branch buckle-a 24, rotating groove-241, positioning piece-242, thread top-243, inner clamping seat-244, elastic connection buckle-2 b1, and the like, Stress support-2 b2, rubber parting strip-2 b3, outer limit ring-2 b4 and support core-2 b 5.

Detailed Description

All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example 1

As shown in fig. 1-3, the present invention provides a block link point device, which structurally includes a rack 1, a drawer plate 2, a node main body 3, an auxiliary push handle 4, and a cable 5, wherein the rack 1 is internally provided with the node main body 3 and the drawer plate 2, the drawer plate 2 is provided with the auxiliary push handle 4, the side surface of the node main body 3 is fixedly connected with the cable 5, the auxiliary push handle 4 includes a slide rail frame 41, a power-assisted mechanism 42, a base 43, and a fixing rod 44, the slide rail frame 41 is welded inside the drawer plate 2, the fixing rod 44 is fixedly connected inside the slide rail frame 41, the base 43 is mounted on the fixing rod 44, the base 43 is slidably fitted between the slide rail frames 41, and the power-assisted mechanism 42 is mounted above the slide rail frame 41, the power-assisted mechanism 42 includes a push blade 421, a clip device 422, a gathering ring 423, a bridging structure 424, and a rotating plate 425, the push blade 421 and the rotating plate 425 are movably engaged with each other on the, the pushing structure 424 is mounted on the collecting ring 423, four clamping devices 422 with the same structure size are arranged on the collecting ring 423, a rotating plate 425 is fixedly connected to the collecting ring 423, the tip of the pushing blade 421 is indirectly matched with the inner side of the base 43 through the collecting ring 423 and the rotating plate 425, the rotating plate 425 is of a structure with thick outer part and thin inner part, so that the pushing blade 421 slides to a lower position once being affected by vibration and rotates to splice the extending end of the bottom into an annular structure, the connection relationship between the two structures is strengthened, the clamping device 422 and the pushing structure 424 are arranged on the power-assisting mechanism 42, the clamping device 422 and the pushing blade 424 are matched with each other, when the cable does not move synchronously with the node main body, the cable firstly contacts the pushing structure 424 to be enlarged and opened like an umbrella, the pushing blade 421 is driven to screw the cable on the collecting ring 423, and the cable is positioned and tightened in the clamping device 422, so that the extension angle of the cable is changed, the cable and the node main body 3 are synchronously lifted and drawn out, and the aim of switching different extension gears of the equipment can be fulfilled.

Example 2

As shown in fig. 4-8, on the basis of embodiment 1, the present invention combines the mutual cooperation of the following structural components, the clip device 422 includes a top tube 221, a support frame 222, an inner expanding component 223, a support bag 224, and a twisting handle 225, the top tube 221 is a hollow crescent structure, the top tube 221 is hinged with the twisting handle 225 through the support bag 224, and the bottom is fixedly connected inside the gathering ring 423, the inner expanding component 223 is disposed inside the support bag 224, the support frame 222 is fixedly connected to the twisting handle 225, the bending part of the support frame 222 is hinged to the base 43, the inner expanding component 223 includes a hooking angle 3a1, a connecting piece 3a2, a bag 3a3, an air bag 3a4, and a guide tube 3a5, the hooking angle 3a1 is welded inside the support bag 224 and is fixedly connected between the guide tubes 3a5, the guide tube 3a5 is welded with the air bag 3a4, the air bag 3a4 is indirectly fitted on both sides of the bag 3a3, the bag 3a3 is a folded structure, a connecting piece 3a2 is arranged in the bag, the guide tube 3a5 is a bow-shaped structure, the bottom of the guide tube 3a5 is indirectly matched with the tip of the pushing blade 421, and the bottom of the guide tube is pressed against the tip of the pushing blade 421, so that the guide tube 3a5 meets the full bow state, and the bag 224 is further tightened, the connecting piece 3a2 comprises a spring a21, a hard file a22, a transverse plate a23 and a branch button a24, the spring a21 is welded between the bag 3a3, and the branch button a24 is obliquely inserted and embedded on both sides of the spring a21, the branch button a24 is welded between the hard file a22, the hard file a22 is transitionally matched in the folded structure of the bag 3a3 through the transverse plate a23, the jumping structure 424 comprises a rotating groove 241, a positioning piece 242, a threaded top 243 and an inner clamping seat 244, the rotating top is connected in the rotating groove 241, the bottom of the positioning piece 242 is, the outer circumference of the inner clamping seat 244 is hinged to the inner side of the collective ring 423, the positioning element 242 comprises an elastic buckle 2b1, a stress support 2b2, a rubber division bar 2b3, an outer limit ring 2b4 and a supporting core 2b5, the elastic buckle 2b1 is fixedly connected to the top of the stress support 2b2 and indirectly matched with the inside of the thread top 243, the stress support 2b2 is connected to the top of the supporting core 2b5 in a sleeved mode through the rubber division bar 2b3, the supporting core 2b5 is connected to the inner clamping seat 244 in an inserted mode, the outer limit ring 2b4 is indirectly matched between the push blade 421 and the supporting core 2b5, when the arc-shaped surface of the combined bag 3a is stressed, the twisting handle 225 serves as a fulcrum, the fixed connection can be formed with the arch-shaped edge of the inner expanding component 223, the integral inclined deflection work can be facilitated, the opening of the combined bag 3a3 is utilized to drive the middle part of the supporting frame 222 to be flatly supported and keep parallel to the hinged direction with the collective ring, the operation of completion leveling that can be fine, solved and pushed away the uneven problem of back supporting height of turning round of sword 421, through rotating the cooperation and pushing away sword 421 on turning trough 241, receive the drive of inner structure altitude variation when turning trough 241, and promote on turning plate 425 and push away sword 421, be convenient for push away sword 421 and twist to encircle outside the cable, play fine directional supporting role.

The following is a description of the working principle of the block link point device in the above technical solution:

in the use process of the invention, when the drawer plate 2 is drawn out, in order to avoid the phenomenon that the extending end of the cable is suspended and tilted backwards on the push handle, the base 43 is provided with the boosting mechanism 42, when the screw top 243 is pressed downwards by the cable, the elastic buckle 2b1 at the bottom of the screw top is driven to be absorbed and embedded into the stress strut 2b2, so that the stress strut 2b2 is matched with the rubber partition strip 2b3 and sleeved in the outer limit ring 2b4, the outer limit ring 2b4 is along the surface of the support core 2b5, the inclination angle of the outer limit ring 2b4 on the support core 2b5 is changed, the support core 2b5 is further embedded and connected into the inner clamping seat 244, a height difference is generated, and further the pushing blade 421 outside the rotating groove 241 utilizes the structural characteristics of the rotating plate 425 and the rotating plate 425 which are spirally arranged on the collecting ring 423 to rotate towards the same direction to start to twist the surface of the cable spirally, as the tip end of the push pipe 221 is continuously close to the push pipe 221, the support bag 224 in one side of the push pipe 221 is stacked together in the direction of the twisting handle 225, and then the hooking angle 3a1 drives the guide pipe 3a5 to poke into the bottom of the closed bag 3a3, the spring a21 in a tight state is ejected, the branch button a24 is rotated downwards, the transverse plate a23 is transversely expanded and supported in the closed bag 3a3 in the closed bag 3a3 through the hard file a22, so that the folds of the closed bag 3a3 are opened in a flower-bract shape, and are opposite to the air bag 3a4, the force is uniformly applied in the arch structure of the guide pipe 3a5, so that the guide pipe 3a5 is in a restoring horizontal state in the support bag 224 and is pulled to a full arch shape, the push blade 421 is guided to be rebounded and released to the inner expanding component 223 from the inside of the twisted support bag 224, and at the same time, the support bag 3a3 drives the bent position of the support frame 222 on the outer surface to be opened horizontally, and the same ring is gathered together with the, and the triangular stability is realized, the supporting function of the push baffle pipe 221 is realized, the push blade 421 is drawn in and limited in the interior of the clamping device 422, the situation that the extension end of the cable is difficult to be effectively screwed and positioned after the push blade 421 is stressed unevenly and rotates reversely again is avoided, the extension end of the cable is convenient to be limited to swing everywhere, the cable can be ensured to synchronously move with the node main body 3, and the risk of damage to the node main body 3 is reduced.

In the description of the present invention, it is to be understood that the terms "central," "lateral," "length," "width," "height," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," "side," and the like, as used herein, are used in an orientation or positional relationship indicated in the drawings, which is for convenience and simplicity of description, and do not indicate or imply that the device or element so referred to must have a particular orientation, be constructed and operated in a particular orientation, and is not to be construed as limiting the invention.

The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.

Claims

1. A block link point apparatus, characterized by: its structure includes rack (1), drawer board (2), node main part (3), assists and pushes away (4), cable (5), install node main part (3) and drawer board (2) on rack (1), be provided with on drawer board (2) and assist and push away (4), node main part (3) are connected with cable (5), assist and push away (4) including slide rail frame (41), assist mechanism (42), base (43), dead lever (44), slide rail frame (41) is connected on drawer board (2), and is connected with dead lever (44), install base (43) on dead lever (44), base (43) sliding fit is between slide rail frame (41), and installs assist mechanism (42).

2. A block link point apparatus as claimed in claim 1, wherein: assist drive device (42) including push away sword (421), clip device (422), set circle (423), scurry top structure (424), revolve board (425), push away sword (421) and revolve board (425) and scurry top structure (424) activity block, and with clip device (422) transition fit, scurry top structure (424) and install on set circle (423), be provided with clip device (422) on set circle (423), be connected with on set circle (423) and revolve board (425).

3. A block link point apparatus as claimed in claim 2, wherein: the pushing blade (421) is indirectly engaged with the base (43) through the collective ring (423) and the rotating plate (425).

4. A block link point apparatus as claimed in claim 2, wherein: the clamping device (422) comprises a jacking pipe (221), a support frame (222), an inward expansion component (223), a supporting bag (224) and a twisting handle (225), wherein the jacking pipe (221) is connected with the twisting handle (225) through the supporting bag (224) and is connected to a gathering ring (423), the inward expansion component (223) is arranged in the supporting bag (224), the support frame (222) is connected to the twisting handle (225), and the support frame (222) is connected to the base (43).

5. A block link point apparatus as claimed in claim 4, wherein: the unfolding component (223) comprises a hook angle (3a1), a connecting piece (3a2), a bag closing (3a3), an air bag (3a4) and a guide pipe (3a5), wherein the hook angle (3a1) is connected to the supporting bag (224) and connected between the guide pipes (3a5), the air bag (3a4) is connected to the guide pipe (3a5), the air bag (3a4) is indirectly matched with the bag closing (3a3), the bag closing (3a3) is provided with the connecting piece (3a2), and the guide pipe (3a5) is indirectly matched with the tip of the pushing blade (421).

6. A block link point apparatus as claimed in claim 5, wherein: the connecting piece (3a2) comprises a spring (a21), a hard file (a22), a transverse plate (a23) and a branch buckle (a24), wherein the spring (a21) is connected between the closed bags (3a3) and connected with the branch buckle (a24), the branch buckle (a24) is connected between the hard file (a22), and the hard file (a22) is in transition fit in the closed bag (3a3) through the transverse plate (a 23).

7. A block link point apparatus as claimed in claim 2, wherein: the channeling top structure (424) comprises a rotating groove (241), a positioning piece (242), a thread top (243) and an inner clamping seat (244), the rotating groove (241) is connected with the thread top (243) and is provided with the positioning piece (242), the positioning piece (242) is provided with the inner clamping seat (244), and the inner clamping seat (244) is connected to the collecting ring (423).

8. A block link point apparatus as claimed in claim 7, wherein: the positioning piece (242) comprises an elastic connection buckle (2b1), a stress support (2b2), a rubber separation strip (2b3), an outer limit ring (2b4) and a support core (2b5), wherein the elastic connection buckle (2b1) is connected to the stress support (2b2) and indirectly matched with the thread top (243), the stress support (2b2) is connected to the support core (2b5) through the rubber separation strip (2b3), the support core (2b5) is connected to the inner clamping seat (244), and the outer limit ring (2b4) is indirectly matched between the pushing edge (421) and the support core (2b 5).