CN107681382A

CN107681382A - A kind of stable big data server

Info

Publication number: CN107681382A
Application number: CN201711020905.5A
Authority: CN
Inventors: 詹胜超
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-10-27
Filing date: 2017-10-27
Publication date: 2018-02-09

Abstract

The invention discloses a kind of stable big data server, including the socket being installed in roof and the server plug being connected with the socket, the server plug top surface is provided with plug-in bar, left and right ends at the top of the server plug positioned at the plug-in bar are respectively symmetrically provided with two solid lock plates, top of each solid lock plate or so, which wears to provide, is equipped with solid lock groove, the socket bottom surface is provided with the electric supply mouth being connected for plug-in bar insertion, server plug fixes safety and stability in the present invention, first server plug is carried out during installation to carry out conduction to server plug again after solid lock, server plug is unlocked again after first being powered off during extraction to server plug, considerably increase the plug efficiency of server plug, it effectively prevent and electric shock accidents occurs in pluggable server plug.

Description

A kind of stable big data server

Technical field

The present invention relates to big data technical field, more particularly to a kind of stable big data server.

Background technology

Information storage is to save the information after acquisition or processing, in case applying in the future, wherein Electronic saving is Main flow.But the storage density of current most memory carrier is smaller, and the information that can be stored is few, Portions of mass storage Volume and weight is all very big, inconvenient to carry, and existing memory coordinate with reader read during memory easily from Slipped in reader, engagement is not firm enough, and extracting the reader interface after memory still has electricity, easily gets an electric shock.

The content of the invention

The technical problem to be solved in the present invention is to provide a kind of stable big data server, it can solve the problem that above-mentioned Now in the art the problem of.

To solve the above problems, the present invention adopts the following technical scheme that：

A kind of stable big data server of the present invention, including the socket that is installed in roof and match somebody with somebody with the socket The server plug of connection is closed, the server plug top surface is provided with plug-in bar, is located at the top of the server plug described The left and right ends of plug-in bar are respectively symmetrically provided with two solid lock plates, and top of each solid lock plate or so is worn to provide and is equipped with admittedly Locked groove, the socket bottom surface are provided with the electric supply mouth, the socket bottom surface or so pair being connected for plug-in bar insertion Claim to be provided with the wall trench being connected with the solid lock plate, chamber, the left and right sides wall of the chamber are provided with the socket On be symmetrically arranged with two groove portions, it is each to be connected with the first chute between the groove portion and the wall trench, in first chute Be provided with can the smooth solid lock post in left and right, first chute is symmetrical arranged limited chute, the solid lock up and down on two side Be symmetrically arranged with the upper and lower surface of post with the limit sliding block that be connected of limit chute neat fit, be provided with the limit chute and The spring element that the limit sliding block is fixedly connected, is each provided with top sliding block, the side wall of the chamber on the inside of the solid lock post In be provided with the second chute, be provided with and smooth sliding block and can coordinate up and down with the slipper screw line in second chute First screw rod of connection, first screw rod and the first engine being arranged in the second chute side wall, which coordinate, to be connected Connect, left and right is provided with the sliding block and wears the wears groove passed through, rotating part is provided with the wears groove, rotation is equipped among the rotating part Bar, the swing arm rear end are connected with the second engine, are respectively symmetrically provided with the left and right sides wall of second chute Left groove portion and right groove portion, in being symmetrically arranged with conductive part and lower conductive part, the right side up and down on the left side wall of the left groove portion Be provided with groove portion can the smooth conducting block in left and right, on the conducting block left side in be symmetrically arranged with up and down non-conductive socket and under Non-conductive socket, be provided with the right groove portion one end be connected with the conducting block spiral lamination, other end and the 3rd power The second screw rod that machine is connected, the server plug outer ring surface are surrounded with drag ring, drag ring middle part ring Around being arranged with Handheld Division.

As preferable technical scheme, the top surface of each solid lock plate is provided with the first oblique sliding surface, each solid lock The lateral surface of post is provided with the second oblique sliding surface, and the bottom of the electric supply mouth is provided with tiltedly sliding mouth.

As preferable technical scheme, the to be connected with the first screw rod spiral lamination is provided with the sliding block One threaded hole.

As preferable technical scheme, the rotating part is fixedly connected with the swing arm, and second engine is arranged on institute In the rear wall for stating wears groove, the front side wall of the swing arm front end and the wears groove can circle round mating connection.

As preferable technical scheme, it is provided with what is be connected with the second screw rod spiral lamination in the conducting block Second threaded hole, the 3rd engine are arranged in the right side wall of the right groove portion.

As preferable technical scheme, the upper non-conductive socket and the lower non-conductive socket respectively with the upper conductive part and The lower conductive part is oppositely arranged, and the upper non-conductive socket connects with the lower non-conductive socket circuit, the upper conductive part and city Connection, the lower conductive part are connected with the electric supply mouth circuit.

The beneficial effects of the invention are as follows：

1. it is connected by the way that two solid lock plates are inserted respectively into corresponding wall trench so that plug-in bar is inserted into electric supply mouth Middle mating connection, by controlling the first engine to drive the bottom surface of sliding block slide downward sliding block and the downside wall of chamber to support Connecing, then control the work of the second engine to provide the convolution of power drive rotating part so that two top sliding blocks distinguish outside lateral movement, from And promote solid lock post overcome spring element elastic force and outside Slideslip, and two outside Slideslips of solid lock post be inserted respectively into it is solid By solid lock plate solid lock, to be made by controlling the 3rd engine task driven conducting block to be slideably inserted into the left in left groove portion in locked groove The left side for obtaining conducting block abuts with the left side wall of left groove portion, so that upper conductive part and lower conductive part are inserted respectively into conduction It is connected in slot and lower non-conductive socket, to cause electric supply mouth to be in conduction state, now server plug is both in solid Lock status is also at conduction state, so as to add the installation effectiveness of server plug so that the solid lock safety of server plug Reliably, the conductive security of server plug is stable.

2. by holding server plug, the work reversion of the 3rd engine is then first controlled, then control the second motorman Make reversion and cause rotating part 90 degree of convolution clockwise, finally control the work of the first engine to invert, so that sliding block, rotating part and leading Electric block returns to initial position, and two solid lock posts return to initial position due to the elastic force of spring element, so as to So that two solid lock plates are in released state, i.e. server plug is in released state, and solid lock plate is finally extracted from wall trench is The extraction of server plug can be achieved, it is convenient when server plug damages so as to add the extraction efficiency of server plug The extraction of server plug is changed.

3. server plug fixes safety and stability in the present invention, it is right again after solid lock first server plug to be carried out during installation Server plug carries out conductive, server plug is unlocked again after first being powered off to server plug during extraction, greatly The big plug efficiency for adding server plug, effectively prevent and electric shock accidents occurs in pluggable server plug.

Brief description of the drawings

In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with Other accompanying drawings are obtained according to these accompanying drawings.

Fig. 1 is the plugs and sockets overall structure diagram of the stable big data server of the present invention；

Fig. 2 is the plug construction schematic diagram of the stable big data server of the present invention；

Fig. 3 is that server plug is in by structural representation during solid lock state in Fig. 1.

Embodiment

The preferred embodiments of the present invention are described in detail below in conjunction with the accompanying drawings, so that advantages and features of the invention energy It is easier to be readily appreciated by one skilled in the art, apparent is clearly defined so as to be made to protection scope of the present invention.

Refering to shown in Fig. 1-3, a kind of stable big data server of the invention, including it is installed on inserting in roof Seat 2 and the server plug 1 being connected with the socket 2, the top surface of server plug 1 are provided with plug-in bar 10, institute State the top of server plug 1 and be respectively symmetrically provided with two solid lock plates 11, Mei Gesuo positioned at the left and right ends of the plug-in bar 10 State top of solid lock plate 11 or so and wear to provide and be equipped with solid lock groove 12, the bottom surface of socket 2 is provided with to be inserted for the plug-in bar 10 The electric supply mouth 20 of mating connection, the bottom surface of socket 2 are symmetrically set with the wall trench being connected with the solid lock plate 11 22, chamber 3 is provided with the socket 2, and two groove portions 31, Mei Gesuo are symmetrically arranged with the left and right sides wall of the chamber 3 State and the first chute 39 is connected between groove portion 31 and the wall trench 22, being provided with first chute 39 can left and right be smooth consolidates Lock pillar 30, first chute 39 are symmetrical arranged limited chute 32, the upper and lower surface of the solid lock post 30 up and down on two side On be symmetrically arranged with and be provided with and the limit in chute 32 with the limit sliding block 34 that be connected of the limit neat fit of chute 32, described limit Sliding block 34 is fixedly connected and the spring element 33 the limit sliding block 34 to be promoted to inner side, the inner side of each solid lock post 30 Top sliding block 35 is provided with, the second chute 4 is provided with the side wall of the chamber 3, being provided with second chute 4 can be upper and lower Smooth sliding block 41 and the first screw rod 47 being connected with the spiral lamination of sliding block 41, first screw rod 47 is with setting The first engine 46 put in the side wall of the second chute 4 is connected, and left and right is provided with the sliding block 41 and wears what is passed through Wears groove 42, rotating part 45 is provided with the wears groove 42, be equipped with swing arm 44 among the rotating part 45, the rear end of swing arm 44 and the Two engines 43 are connected, and left groove portion 56 and right groove portion are respectively symmetrically provided with the left and right sides wall of second chute 4 5, in being symmetrically arranged with conductive part 57 and lower conductive part 58 up and down on the left side wall of the left groove portion 56, in the right groove portion 5 Be provided with can the smooth conducting block 50 in left and right, on the left side of conducting block 50 in be symmetrically arranged with up and down non-conductive socket 54 and under Non-conductive socket 55, be provided with the right groove portion 5 one end be connected with the spiral lamination of conducting block 50, other end and the 3rd The second screw rod 51 that engine 52 is connected, the outer ring surface of server plug 1 is surrounded with drag ring 101, described The middle part of drag ring 101, which is surround, is arranged with Handheld Division 102.

Wherein, the top surface of each solid lock plate 11 is provided with the first oblique sliding surface 13, passes through the described first oblique side of sliding surface 13 Toilet, which is stated solid lock plate 11 and is inserted into the wall trench 22, to be connected, and it is oblique that the lateral surface of each solid lock post 30 is provided with second Sliding surface 36, the solid lock post 30 is facilitated to be inserted into the solid lock plate 11 in the solid lock groove 12 by the described second oblique sliding surface 36 Solid lock, the bottom of the electric supply mouth 20 are provided with tiltedly sliding mouth 21, facilitate the plug-in bar 10 to insert by the tiltedly sliding mouth 21 It is connected into the electric supply mouth 20, the solid lock plate 11 and the wall trench 22 are highly identical.

Wherein, the first threaded hole being connected with the spiral lamination of the first screw rod 47 is provided with the sliding block 41, First threaded hole is identical with the height of second chute 4 in rear preceding setting, the sliding block 41 respectively with the wears groove 42.

Wherein, the rotating part 45 is fixedly connected with the swing arm 44, and second engine 43 is arranged on the wears groove 42 Rear wall in, the front side wall of the front end of swing arm 44 and the wears groove 42 can circle round mating connection.

Wherein, the second threaded hole being connected with the spiral lamination of the second screw rod 51 is provided with the conducting block 50 53, the 3rd engine 52 is arranged in the right side wall of the right groove portion 5.

Wherein, the upper non-conductive socket 54 and the lower non-conductive socket 55 respectively with the upper conductive part 57 and it is described under lead Electric portion 58 is oppositely arranged, and the right groove portion 5 is identical with the length of the conducting block 50, the upper non-conductive socket 54 and it is described under lead The circuit of electrical slot 55 is connected, and the upper conductive part 57 is connected with city, and the lower conductive part 58 connects with the electric circuit of supply mouth 20 Connect.

In initial position, first engine 46, the second engine 43 and the 3rd engine 52 are in stopping Only working condition, the sliding block 41 are in second chute 4, and the rotating part 45 is in the wears groove 42, the conduction Block 50 is in the right groove portion 5, and two solid lock posts 30 are respectively under the resilient force of the spring element 33 and to the right Sliding so that the left end of the solid lock post 30 is in first chute 39, right-hand member is stretched into the groove portion 31, so that Two top sliding blocks 35 are extend into the chamber 3, the upper non-conductive socket 54 and the lower non-conductive socket 55 respectively with The upper conductive part 57 and the lower conductive part 58 are in relative status, and the electric supply mouth 20 is in off-position.

It is first that two solid lock plates 11 are right with the corresponding wall trench 22 respectively when needing to insert server plug 1 Standard, then push up the server plug 1 so that two solid lock plates 11 are inserted respectively into the corresponding wall trench 22 In, when the top surface of the solid lock plate 11 abuts with the side wall of the wall trench 22, the solid lock plate 11 just with the wall trench 22 are connected, and the plug-in bar 10 is then just inserted into the electric supply mouth 20 and is connected, two solid lock grooves 12 It is then relative with corresponding first chute 39 respectively, then control first engine 46 to work, first engine The first screw rod 47 circles round described in 46 task drivens, and the convolution of the first screw rod 47 drives the slide downward of sliding block 41 and stretched Enter into the chamber 3, the bottom surface that the sliding block 41 is slid down to when the sliding block 41 abuts with the downside wall of the chamber 3 When, control first engine 46 to be stopped, and control second engine 43 to work, the work of the second engine 43 Make swing arm 44 described in offer power drive to circle round, the convolution of swing arm 44 drives the rotating part 45 to circle round, and the rotating part 45 circles round It is slidably matched so that the arc sections at the both ends of rotating part 45 abut with the arc surface of the corresponding top sliding block 35, so that two The individual top sliding block 35 distinguishes outside lateral movement, and two top sliding blocks 35 distinguish outside lateral movement so as to promote the solid lock post 30 overcome the elastic force of the spring element 33 and outside Slideslip, two 30 outside Slideslips of solid lock post and be inserted respectively into With by the solid lock of solid lock plate 11 in the solid lock groove 12, when the swing arm 44 convolution drives the rotating part 45 to return counterclockwise When revolving 90 degree, the rotating part 45 is in parastate, now controls second engine 43 to be stopped, the server is inserted First 1 is in solid lock state, then controls the 3rd engine 52 to work, described in the task driven of the 3rd engine 52 Two screw rods 51 circle round, and the convolution of the second screw rod 51 drives the conducting block 50 to slide the stretching right groove portion 5 to the left simultaneously It is inserted into through second chute 4 in the left groove portion 56, when the left side and the left groove portion 56 of the conducting block 50 When left side wall abuts, the 3rd engine 52 is controlled to be stopped, now, the upper conductive part 57 and the lower conductive part 58 It is inserted respectively into the upper non-conductive socket 54 and the lower non-conductive socket 55 and is connected, causes at the electric supply mouth 20 In conduction state, so that the server plug 1 is then in conduction state.

When needing to extract server plug 1, the server plug 1 is first held, then first controls the 3rd power The work reversion of machine 52, then control the work of the second engine 43 reversion to cause the rotating part 45 90 degree of convolution clockwise, finally The work of the first engine 46 reversion is controlled, so that sliding block 41, rotating part 45 and conducting block 50 return to initial position shape State, two solid lock posts 30 also due to the elastic force of the spring element 33 and return to initial position so that two The individual solid lock plate 11 is in released state, i.e., described server plug 1 is in released state, is finally pulled out from the wall trench 22 Go out the extraction that server plug 1 can be achieved in the solid lock plate 11.

The beneficial effects of the invention are as follows：

General principle, principal character and the advantages of the present invention of the present invention has been shown and described above.The technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the simply explanation described in above-described embodiment and specification is originally The principle of invention, various changes and modifications of the present invention are possible without departing from the spirit and scope of the present invention, these changes Change and improvement all fall within the protetion scope of the claimed invention.The claimed scope of the invention by appended claims and its Equivalent defines.

Claims

1. a kind of stable big data server, including the socket being installed in roof and the clothes being connected with socket Business device plug, it is characterised in that：Server plug top surface is provided with plug-in bar, and the left and right of plug-in bar is located at the top of server plug Both ends, which are respectively symmetrically provided with two solid lock plates, the top of each solid lock plate or so, is worn to provide and is equipped with solid lock groove, and socket bottom surface is set The electric supply mouth being connected with plug-in bar is equipped with, socket bottom surface is symmetrically set with the wall trench being connected with solid lock plate, Chamber is provided with socket, two groove portions are symmetrically arranged with the left and right sides wall of chamber, is connected between groove portion and wall trench One chute, be provided with the first chute can the smooth solid lock post in left and right, being symmetrical arranged up and down on two side for the first chute be limited Chute, limit sliding block be connected with limit chute neat fit is symmetrically arranged with the upper and lower surface of solid lock post, is provided with limit chute With the spring element that is fixedly connected of limit sliding block, top sliding block is provided with the inside of each solid lock post, and the is provided with the side wall of chamber Two chutes, be provided with the second chute can smooth sliding block and the first screw rod being connected with slipper screw line up and down, First screw rod and the first engine being arranged in the second chute side wall are connected, and left and right is provided with sliding block and wears what is passed through Wears groove, rotating part being provided with wears groove, swing arm being equipped among rotating part, swing arm rear end is connected with the second engine, and second slides Left groove portion and right groove portion are respectively symmetrically provided with the left and right sides wall of groove, is in be symmetrically arranged with up and down on the left side wall of left groove portion Upper conductive part and lower conductive part, be provided with right groove portion can the smooth conducting block in left and right, set in symmetrical above and below on the conducting block left side Non-conductive socket and lower non-conductive socket are equipped with, one end and the mating connection of conducting block spiral lamination, other end are provided with right groove portion The second screw rod being connected with the 3rd engine, server plug outer ring surface are surrounded with drag ring, drag ring middle part It surround and is arranged with Handheld Division.

2. stable big data server according to claim 1, it is characterised in that：The top of each solid lock plate Face is provided with the first oblique sliding surface, and the lateral surface of each solid lock post is provided with the second oblique sliding surface, the bottom of the electric supply mouth It is provided with tiltedly sliding mouth.

3. stable big data server according to claim 1, it is characterised in that：Set in the sliding block There is the first threaded hole being connected with the first screw rod spiral lamination.

4. stable big data server according to claim 1, it is characterised in that：The rotating part and the swing arm It is fixedly connected, second engine is arranged in the rear wall of the wears groove, the swing arm front end and the front side of the wears groove Wall can circle round mating connection.

5. stable big data server according to claim 1, it is characterised in that：Set in the conducting block The second threaded hole being connected with the second screw rod spiral lamination is equipped with, the 3rd engine is arranged on the right groove portion Right side wall in.

6. stable big data server according to claim 1, it is characterised in that：The upper non-conductive socket and institute Lower non-conductive socket is stated to be oppositely arranged with the upper conductive part and the lower conductive part respectively, the upper non-conductive socket and it is described under lead Electrical slot circuit is connected, and the upper conductive part is connected with city, and the lower conductive part is connected with the electric supply mouth circuit.