CN108365459A - A kind of Novel movable data management apparatus - Google Patents

Abstract

The invention discloses a kind of Novel movable data management apparatus,Including the rotating seat being fixedly installed on ground,It is set to the equipment body on the rotating seat by rotary components,It the plug that is connected with the equipment body by conducting wire and is matched with the plug and is fixedly installed on the socket in wall,Match up and down in the socket and is provided with port and is seated slot towards right,Described be seated in slot or more end wall is provided with contact,Left and right is provided in the socket to extend and be located at two the first slide slots being seated between slot,It is additionally provided with and extends up and down and positioned at second slide slot being seated between slot and first slide slot in the socket,The third slide slot led to is provided between first slide slot and second slide slot,Second slide slot and described be seated between slot are provided with the turn trough led to,The first sliding block that can be controlled and slide is installed in first slide slot.

Description

A kind of Novel movable data management apparatus

Technical field

The present invention relates to mobile data technical field, specifically a kind of Novel movable data management apparatus.

Background technology

With the high speed development of data age, some mobile data management equipment for being used for data query are just answered extensively With, however it is existing in mobile data devices be mostly be fixedly installed, orientation is unadjustable, to inquiry work bring greatly not Just, and these mobile data devices stability when connecing electricity and using is poor, often results in the accident power-off of equipment, meanwhile, it is existing Power Block Setting pattern in having for powering to mobile data devices is single, and safety is relatively low, and there are larger security risks.

Invention content

Deficiency in view of the above technology, the present invention propose a kind of Novel movable data management apparatus.

A kind of Novel movable data management apparatus of apparatus of the present invention, including the rotating seat, logical that is fixedly installed on ground Cross equipment body that rotary components are set on the rotating seat, the plug being connected with the equipment body by conducting wire and with The plug matches and is fixedly installed on the socket in wall, matches up and down in the socket and is provided with port being seated towards the right side Slot, the slot that is seated are provided with contact in end wall up and down, be provided in the socket left and right extend and be seated positioned at two slot it Between the first slide slot, be additionally provided in the socket and extend up and down and be seated between slot and first slide slot positioned at described The second slide slot, be provided with the third slide slot led between first slide slot and second slide slot, described Two slide slots and described be seated between slot are provided with the turn trough led to, and that can control and slide is equipped in first slide slot One sliding block is provided with port in first sliding block towards the first left helicla flute, coordinates installation in first helicla flute There are the first screw rod, the first screw rod left end and the first driving machine being fixedly mounted in the first slide slot left end wall Be connected by power, the first driving machine outside, which is equipped with, holds protecting assembly, and the protecting assembly that holds includes that vibration damper plate drops backing, institute with metal It states the first sliding block right side to match up and down and be provided with the first scarf, be equipped in second slide slot to slide up and down Second sliding block, is provided with mounting groove of the port towards the turn trough in second sliding block, fixed peace in the mounting groove Equipped with the second driving machine, the third for being equipped with and being fixedly connected with second sliding block is slided in the third slide slot and is slided Block, the end face of the third sliding block towards first slide slot are provided with the second beveling coordinated with first scarf Face, the turn trough intermediate gap are combined with the first rotating shaft with the second driving machine be connected by power, and the first rotating shaft is towards institute State and be seated the end face of slot and be installed with the first wear plate, it is described be seated in end wall of the slot far from the turn trough be provided with it is upper downward The 4th long slide slot, first slide slot and described be seated between slot are provided with the second turn trough, in the 4th slide slot It slides and the 4th sliding block is installed, the end face of the 4th sliding block far from second turn trough is installed with and the contact The piece that conducts electricity of electrical connection, be fixedly mounted on the end wall of the 4th slide slot far from second turn trough be electrically connected with city to Electric piece is rotatably mounted with the second shaft by bearing in second turn trough, port court is provided in second shaft To the second helicla flute of the 4th slide slot, in second helicla flute, cooperation is equipped with fixes company with the 4th sliding block The second screw rod connect, the end face that second shaft is seated slot described in are installed with the slot that is seated close to described The second wear plate that the end wall of second turn trough flushes；The plug left side matches to be provided with up and down is seated what slot coordinated with described Inserted link is provided with the 5th slide slot led to up and down in the inserted link, is slided in the 5th slide slot and is equipped with the 5th and slides Block is provided with the third turn trough led to up and down in the 5th sliding block, and the third turn trough is rotatably mounted by bearing There are third shaft, the third shaft upper and lower ends face to be mounted on third wear plate, the rotary components include fixed setting Annular table in the equipment body bottom and the annular groove that is set in the rotating seat top end surface, the annular table bottom Portion's annular spread has multigroup roller, the roller to put in the annular groove and roll and be connected, the rotating seat top end Third driving motor is equipped in face, the output shaft of the third driving motor runs through the rotating seat top end surface and top end It is fixedly connected at equipment body bottom end face center, the equipment body front end face is equipped with electronic touch screen.

Further technical solution matches in the second slide slot left hand end wall and is provided with the first guide groove, and described The first guide pad for being equipped with and being fixedly connected with second sliding block is slided in one guide groove, is also pacified in first guide groove Equipped with the first compression spring to offset with first guide pad.

Further technical solution matches in the 5th slide slot left hand end wall and is provided with the second guide groove, and described The second guide pad for being equipped with and being fixedly connected with the 5th sliding block is slided in two guide grooves, is also pacified in second guide pad Equipped with the second compression spring to offset with second guide pad.

Further technical solution, first turn trough and second turn trough are on same vertical line, and described first The distance of turn trough to the socket right side is equal at a distance from the third turn trough to the plug left side.

Further technical solution, the length of the 5th sliding block are less than the length of the 5th slide slot.

Further technical solution, the vibration damper plate are arranged in the top and bottom of first driving machine and with described One driving machine is fixedly connected, and the metal drop backing is arranged in the front-end and back-end of first driving machine and is driven with described first The shell of motivation is fixedly connected, and the top and bottom of the metal drop backing are fixedly connected with the vibration damper plate, and described first The front-end and back-end of driving machine are respectively equipped with the metal drop backing of three pieces or more

The beneficial effects of the invention are as follows：

In the initial state due to the socket in apparatus of the present invention, first sliding block is located at the first slide slot left end, Under the action of first compression spring, first guide pad is made second beveling towards the first slide slot top pressure Face extend into first slide slot and offsets with first scarf, and first wear plate is made to be contracted in described turn It is seated slot in slot and with described and is flushed close to the end wall of first turn trough, second wear plate is with the slot that is seated close to institute The end wall for stating the second turn trough flushes, to allow the inserted link be inserted into it is described be seated in slot, and by piece and the institute of conducting electricity It states contact and is detached from cooperation, therefore, the contact will not charge, to be inserted into described be seated in slot and institute when common metal rod piece Electric shock accidents will not be caused when stating contact pad, and common metal rod can not drive second shaft to rotate, and institute Also the second shaft rotation can not be directly driven when stating the first driving machine and the operation of the second driving machine, therefore, can make the biography Electric piece keeps stable disengaged position with the contact, can greatly reduce security risk；

The equipment body is set to be powered in use, slot will be seated described in inserted link alignment and promoted to the left, when a plug left side When end face offsets with the socket right side, first turn trough, second turn trough and third turn trough are in same vertical line On, start first driving machine at this time, first driving machine drives the first screw rod rotation, first screw rod First sliding block is driven to slide to the right, during first sliding block is slided to the right, first scarf can be made For second scarf, so as to drive the third sliding block to be seated slot sliding described in, and the third slides Block can push second sliding block to be seated slot sliding described in, and second sliding block can drive the first rotating shaft direction It is described to be seated slot sliding, and first wear plate can hold out against third wear plate corresponding thereto and drive third shaft court It is slided to second shaft, it is wear-resisting so as to make the third wear plate far from first wear plate side hold out against described second Piece, then starts second driving machine, and second driving machine can drive the first rotating shaft to rotate, due to described first resistance to Grinding and the second wear plate offset with third wear plate, and the first rotating shaft can drive institute by the third shaft as a result, State the rotation of the second shaft, when second shaft rotation can drive the 4th sliding block and described by second screw rod The piece that conducts electricity is slided towards described to electric piece, when it is described conduct electricity piece with it is described offset to electric piece when, stop second driving machine, this Shi Suoshu gives electric piece that alternating current is transmitted to the contact by the piece that conducts electricity, since the inserted link is inserted into described be seated in slot Thus contact pad described in Shi Huiyu can be made the equipment body be powered by the plug and be run；

When needing to carry out orientation adjusting to the equipment body, the third driving machine operation, the third driving machine can control The equipment body can be driven to rotate in a circumferential direction along the annular groove after operation, stopped when the equipment body is rotated to appropriate orientation Only run the third driving machine；Thus it can realize and 360 degree rotation adjusting is carried out to the equipment body, it can greatly body Simplicity when high inquiry operation；

Needed after use by the inserted link from it is described be seated extracted in slot when, the second driving machine described in reverse starting, to The 4th sliding block can be made to be seated slot sliding described in, when second screw rod is contracted in second helicla flute completely When middle, stop the first driving machine described in second driving machine and reverse starting, first driving machine can drive described first Sliding block is slided to the left, when first sliding block slides into the first slide slot left end, in first compression spring and Under the action of second spring, the third wear plate is detached from holds out against state with first wear plate and the second wear plate, from And the inserted link is allowed to extract to the right；

And when the equipment body is powered and runs, the third wear plate is mutually pushed up with first wear plate and the second wear plate Tightly, therefore, the inserted link can not be extracted from described be seated in slot, therefore can prevent from touching plug when causes the pine of the inserted link The phenomenon that dynamic even power-off, thus apparatus of the present invention can make equipment body energized state keep stabilization；

Apparatus of the present invention are simple in structure, easy to use, and electrical safety is high.

Description of the drawings

It, below will be to embodiment or the prior art in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only one invented A little embodiments for those of ordinary skill in the art without creative efforts, can also be according to these Attached drawing obtains other attached drawings.

Fig. 1 is a kind of structural schematic diagram of Novel movable data management apparatus of the present invention.

Fig. 2 is the structural schematic diagram of equipment body in Fig. 1.

Fig. 3 is the internal structure schematic diagram of Fig. 1 sockets.

Fig. 4 is the structural schematic diagram of plug in Fig. 1.

Fig. 5 is the enlarged structure schematic diagram at the first slide slot in Fig. 3.

Fig. 6 is the structural schematic diagram at the 5th slide slot in Fig. 4.

Fig. 7 is the external structure schematic diagram of the first driving machine in the present invention.

Specific implementation mode

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive spy Other than sign and/or step, it can combine in any way.

This specification（Including any accessory claim, abstract and attached drawing）Disclosed in any feature, except non-specifically chatting It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only It is an example in a series of equivalent or similar characteristics.

As shown in figs. 1-7, a kind of Novel movable data management apparatus of apparatus of the present invention, including be fixedly installed on ground Rotating seat 56, be set to by rotary components on the rotating seat 56 equipment body 50, by conducting wire and the equipment master The plug 40 and the socket 10 in wall is matched and be fixedly installed on the plug 40 that body 50 is connected, in the socket 10 Match up and down and be provided with port and be seated slot 16 towards right, described be seated in about 16 end wall of slot is provided with contact 33, the socket It is provided with left and right in 10 and extends and be located at two the first slide slots 20 being seated between slot 16, is additionally provided in the socket 10 It is lower to extend and positioned at second slide slot 25 being seated between slot 16 and first slide slot 20, first slide slot 20 Be provided with the third slide slot led between second slide slot 25, second slide slot 25 with it is described be seated slot 16 it Between be provided with the turn trough led to, the first sliding block 30 that can be controlled and slide is installed in first slide slot 20, described first Port is provided in sliding block 30 towards the first left helicla flute, in first helicla flute cooperation the first screw rod 31 is installed, First screw rod, 31 left end and 32 power of the first driving machine being fixedly mounted in first slide slot, 20 left end wall connect It connecing, first driving machine, 32 outside, which is equipped with, holds protecting assembly, and the protecting assembly that holds includes that vibration damper plate 215 drops backing 216 with metal, First sliding block, 30 right side matches up and down and is provided with the first scarf 28, be equipped in second slide slot 25 can on Under the second sliding block 27 for sliding, be provided with mounting groove of the port towards the turn trough, the peace in second sliding block 27 It is installed with the second driving machine 18 in tankage, slides to be equipped in the third slide slot and be fixed with second sliding block 27 The end face of the third sliding block 21 of connection, the third sliding block 21 towards first slide slot 20 is provided with and described first The second scarf 29 that scarf 28 coordinates, the turn trough intermediate gap are combined with the with 18 be connected by power of the second driving machine One shaft 17, the first rotating shaft 17 is installed with the first wear plate 26 towards the end face for being seated slot 16, described to be seated Slot 16 is provided with extended 4th slide slot 11 up and down in the end wall far from the turn trough, the 4th slide slot 11 is inserted with described It is provided with the second turn trough between tight slot 16, is slided in the 4th slide slot 11 and the 4th sliding block 12 is installed, the described 4th slides End face of the row block 12 far from second turn trough is installed with the piece 34 that conducts electricity being electrically connected with the contact 33, and the described 4th slides What fixed installation was electrically connected with city on end wall of the row slot 11 far from second turn trough gives electricity piece 35, leads in second turn trough It crosses bearing and is rotatably mounted with the second shaft 14, port is provided in second shaft 14 towards the 4th slide slot 11 The second helicla flute, in second helicla flute cooperation the second screw rod being fixedly connected with the 4th sliding block 12 is installed 13, second shaft 14 is installed with the slot 16 that is seated towards the end face for being seated slot 16 close to described second turn The second wear plate 15 that the end wall of slot flushes；40 left side of the plug matches to be provided with up and down is seated what slot 16 coordinated with described Inserted link 42 is provided with the 5th slide slot 46 led to up and down in the inserted link 42, slides and be equipped in the 5th slide slot 46 5th sliding block 44 is provided with the third turn trough led to up and down in the 5th sliding block 44, and the third turn trough passes through bearing It is rotatably mounted with third shaft 43,43 upper and lower ends face of third shaft is mounted on third wear plate 45, the rotation It includes being fixedly installed on the annular table 51 of 50 bottom of the equipment body and being set to 56 top end of the rotating seat to turn component Multigroup roller 53 is distributed in annular groove 52 in face, 51 base circle of the annular table, and the roller 53 puts in the annular groove In 52 and mating connection is rolled, third driving motor 54, the third driving motor are equipped in 56 top end surface of the rotating seat 54 output shaft 55 is at 56 top end surface of the rotating seat and top end and 50 bottom end face center of the equipment body It is fixedly connected, 50 front end face of the equipment body is equipped with electronic touch screen 57.

Valuably or illustratively, wherein match in 25 left hand end wall of the second slide slot and be provided with the first guide groove 24, the first guide pad 22 for being equipped with and being fixedly connected with second sliding block 27 is slided in first guide groove 24, it is described The first compression spring 22 to offset with first guide pad 22 is also equipped in first guide groove 24, first compression spring 22 is to general First guide pad 22 makes second scarf 29 extend into described first and slides towards 20 top pressure of the first slide slot Offset with first scarf 28 in row slot 20, and so that first wear plate 26 is contracted in the turn trough and with it is described The end wall that slot 16 is seated close to first turn trough flushes.

Valuably or illustratively, wherein match in 46 left hand end wall of the 5th slide slot and be provided with the second guide groove 47, the second guide pad 49 for being equipped with and being fixedly connected with the 5th sliding block 44 is slided in second guide groove 47, it is described The second compression spring 48 to offset with second guide pad 49 is also equipped in second guide pad 49, second compression spring 48 makes up and down Two third wear plates 45 respectively with about 42 two end faces of the inserted link.

Valuably or illustratively, wherein first turn trough and second turn trough are and described on same vertical line The distance of first turn trough to 10 right side of the socket is equal at a distance from the third turn trough to 40 left side of the plug, from And be seated in slot 16 described in being inserted into the inserted link 40, and 40 left side of the plug offsets with 10 right side of the socket When, first turn trough, second turn trough and third turn trough are on same vertical line.

Valuably or illustratively, wherein the length of the 5th sliding block 44 is less than the length of the 5th slide slot 46 Degree.

Valuably or illustratively, wherein the vibration damper plate 215 is arranged in the top and bottom of first driving machine 32 And be fixedly connected with first driving machine 32, metal drop backing 216 be arranged in the front end of first driving machine 32 and Rear end and be fixedly connected with the shell of first driving machine 32, the top and bottom of the metal drop backing 216 with it is described Vibration damper plate 215 is fixedly connected, and the front-end and back-end of first driving machine 32 are respectively equipped with the metal drop heat of three pieces or more Piece 216, the metal drop backing 216 are described to subtract to absorb and distribute the heat generated when first driving machine 32 is run Plate 215 is shaken to reduce the shaking force that first driving machine 32 generates at runtime, is prevented shaking force excessive and is influenced this dress The normal operation set.

In the initial state, first sliding block 30 is located at first slide slot 20 to socket 10 in apparatus of the present invention Left end, under the action of the first compression spring 22, first guide pad 22 is made towards 20 top pressure of the first slide slot Second scarf 29 extend into first slide slot 20 and offsets with first scarf 28, and makes described first Wear plate 26 is contracted in the turn trough and is seated slot 16 with described and is flushed close to the end wall of first turn trough, and described second is resistance to Grinding 15 is flushed with the slot 16 that is seated close to the end wall of second turn trough, to allow the inserted link 42 to be inserted into described insert In tight slot 16；

The inserted link 42 of 40 left end of plug in apparatus of the present invention in the initial state, under the action of the second compression spring 48, on With about 42 two end faces of the inserted link, described slot 16 is seated to can be plugged into respectively for lower two third wear plates 45 In.

So that the equipment body 50 is powered in use, by the inserted link 42 be aligned it is described be seated slot 16 and promote to the left, when When 40 left side of the plug offsets with 10 right side of the socket, first turn trough, second turn trough and third turn trough On same vertical line, start first driving machine 32 at this time, first driving machine 32 drives first screw rod 31 rotations, first screw rod 31 drive first sliding block 30 to slide to the right, and first sliding block 30 is slided to the right During, first scarf 28 may act on second scarf 29, so as to drive the third sliding block 21 The sliding of slot 16 is seated described in, and the third sliding block 21 can push second sliding block 27 to be seated slot 16 towards described Sliding, second sliding block 27 can drive the first rotating shaft 17 to be slided towards the slot 16 that is seated, and described first wear-resisting Piece 26 can hold out against third wear plate 45 corresponding thereto and the third shaft 43 is driven to be slided towards second shaft 14, from And the third wear plate 45 far from 26 side of the first wear plate can be made to hold out against second wear plate 15, then described in startup Second driving machine 18, second driving machine 18 can drive the first rotating shaft 17 to rotate, due to 26 He of the first wear plate Second wear plate 45 offsets with third wear plate 26, and the first rotating shaft 17 can be driven by the third shaft 43 as a result, Second shaft 14 rotates, and second shaft 14 can drive the described 4th to slide when rotating by second screw rod 13 Block 12 and the piece 34 that conducts electricity are slided towards described to electric piece 35, when it is described conduct electricity piece 34 with it is described offset to electric piece 35 when, stop Only second driving machine 18, it is described at this time that alternating current is transmitted to by the contact 33 by the piece 34 that conducts electricity to electric piece 35, by It can be contacted with the contact 33 when the inserted link 42 is inserted into described be seated in slot 16, thus can make institute by the plug 40 State the energization operation of equipment body 50；

When needing to carry out orientation adjusting to the equipment body 50, the third driving machine 54 can control to run, the third is driven Motivation 54 can drive the equipment body 50 to rotate in a circumferential direction along the annular groove 52 after running, when the equipment body 50 rotates extremely The third driving machine 54 out of service when appropriate orientation；

Needed after use by the inserted link 42 from it is described be seated extracted in slot 16 when, the second driving machine described in reverse starting 18, so as to make the 4th sliding block 12 be slided towards the slot 16 that is seated, when second screw rod 13 is contracted in completely When in second helicla flute, stop the first driving machine 32 described in second driving machine 18 and reverse starting, described first drives Motivation 32 can drive first sliding block 30 to slide to the left, when first sliding block 30 slides into first slide slot 20 When left end, under the action of first compression spring 23 and second spring, the third wear plate 45 is detached from and described first is resistance to Grinding 26 and the second wear plate 15 hold out against state, to allow the inserted link 42 to extract to the right.

The beneficial effects of the invention are as follows：In the initial state due to the socket in apparatus of the present invention, first sliding block Positioned at the first slide slot left end, under the action of first compression spring, first guide pad is slided towards described first Row groove top presses and second scarf is made to extend into first slide slot and offset with first scarf, and makes institute It states the first wear plate to be contracted in the turn trough and be seated slot with described and flush close to the end wall of first turn trough, described second Wear plate is flushed with the slot that is seated close to the end wall of second turn trough, and described slot is seated to allow the inserted link to be inserted into In, and coordinate since the piece that conducts electricity is detached from the contact, the contact will not charge, to work as common metal bar Part is seated in slot described in being inserted into and will not cause electric shock accidents when the contact pad, and common metal rod can not drive The dynamic second shaft rotation, and can not also directly drive described second turn when first driving machine and the operation of the second driving machine Shaft rotation is dynamic, therefore, the piece that conducts electricity can be made to keep stable disengaged position with the contact, can greatly reduce security risk；

The equipment body is set to be powered in use, slot will be seated described in inserted link alignment and promoted to the left, when a plug left side When end face offsets with the socket right side, first turn trough, second turn trough and third turn trough are in same vertical line On, start first driving machine at this time, first driving machine drives the first screw rod rotation, first screw rod First sliding block is driven to slide to the right, during first sliding block is slided to the right, first scarf can be made For second scarf, so as to drive the third sliding block to be seated slot sliding described in, and the third slides Block can push second sliding block to be seated slot sliding described in, and second sliding block can drive the first rotating shaft direction It is described to be seated slot sliding, and first wear plate can hold out against third wear plate corresponding thereto and drive third shaft court It is slided to second shaft, it is wear-resisting so as to make the third wear plate far from first wear plate side hold out against described second Piece, then starts second driving machine, and second driving machine can drive the first rotating shaft to rotate, due to described first resistance to Grinding and the second wear plate offset with third wear plate, and the first rotating shaft can drive institute by the third shaft as a result, State the rotation of the second shaft, when second shaft rotation can drive the 4th sliding block and described by second screw rod The piece that conducts electricity is slided towards described to electric piece, when it is described conduct electricity piece with it is described offset to electric piece when, stop second driving machine, this Shi Suoshu gives electric piece that alternating current is transmitted to the contact by the piece that conducts electricity, since the inserted link is inserted into described be seated in slot Thus contact pad described in Shi Huiyu can be made the equipment body be powered by the plug and be run；

When needing to carry out orientation adjusting to the equipment body, the third driving machine operation, the third driving machine can control The equipment body can be driven to rotate in a circumferential direction along the annular groove after operation, stopped when the equipment body is rotated to appropriate orientation Only run the third driving machine；Thus it can realize and 360 degree rotation adjusting is carried out to the equipment body, it can greatly body Simplicity when high inquiry operation；

Needed after use by the inserted link from it is described be seated extracted in slot when, the second driving machine described in reverse starting, to The 4th sliding block can be made to be seated slot sliding described in, when second screw rod is contracted in second helicla flute completely When middle, stop the first driving machine described in second driving machine and reverse starting, first driving machine can drive described first Sliding block is slided to the left, when first sliding block slides into the first slide slot left end, in first compression spring and Under the action of second spring, the third wear plate is detached from holds out against state with first wear plate and the second wear plate, from And the inserted link is allowed to extract to the right；

And when the equipment body is powered and runs, the third wear plate is mutually pushed up with first wear plate and the second wear plate Tightly, therefore, the inserted link can not be extracted from described be seated in slot, therefore can prevent from touching plug when causes the pine of the inserted link The phenomenon that dynamic even power-off, thus apparatus of the present invention can make equipment body energized state keep stabilization；

Apparatus of the present invention are simple in structure, easy to use, and electrical safety is high.

The basic principles, main features and advantages of the present invention have 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 what is described in the above embodiment and the description is only the present invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these variation and Improvement is both fallen in claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle It is fixed.

Claims (6)

1. a kind of Novel movable data management apparatus, including be fixedly installed on ground rotating seat, be arranged by rotary components In on the rotating seat equipment body, the plug that is connected with the equipment body by conducting wire and match with the plug And it is fixedly installed on the socket in wall, it is characterised in that：Match up and down in the socket and be provided with port and be seated slot towards right, Described be seated in slot or more end wall is provided with contact, and left and right is provided in the socket and extends and is seated between slot positioned at two First slide slot is additionally provided in the socket and extends up and down and positioned at the be seated between slot and first slide slot Two slide slots are provided with the third slide slot led between first slide slot and second slide slot, described second slides Row slot and described be seated between slot are provided with the turn trough led to, and first that can control and slide is equipped in first slide slot and is slided Row block, port is provided in first sliding block towards the first left helicla flute, in first helicla flute cooperation be equipped with the One screw rod, the first screw rod left end and the first driving mechanomotive force being fixedly mounted in the first slide slot left end wall Connection is equipped on the outside of first driving machine and holds protecting assembly, described to hold that protecting assembly includes vibration damper plate and backing drops in metal, and described the One sliding block right side matches up and down is provided with the first scarf, and can slide up and down second is equipped in second slide slot Sliding block is provided with mounting groove of the port towards the turn trough in second sliding block, is installed in the mounting groove Second driving machine slides the third sliding block for being equipped with and being fixedly connected with second sliding block, institute in the third slide slot The end face for stating third sliding block towards first slide slot is provided with the second scarf coordinated with first scarf, institute It states turn trough intermediate gap and is combined with first rotating shaft with the second driving machine be connected by power, the first rotating shaft is seated described in The end face of slot is installed with the first wear plate, and described be seated in end wall of the slot far from the turn trough is provided with up and down extended the Four slide slots, first slide slot and described be seated between slot are provided with the second turn trough, and peace is slided in the 4th slide slot Equipped with the 4th sliding block, the end face of the 4th sliding block far from second turn trough is installed with to be electrically connected with the contact The piece that conducts electricity, be fixedly mounted on the end wall of the 4th slide slot far from second turn trough be electrically connected with city give electricity piece, The second shaft is rotatably mounted with by bearing in second turn trough, port is provided in second shaft described in Second helicla flute of the 4th slide slot, in second helicla flute cooperation the be fixedly connected with the 4th sliding block is installed Two screw rods, the end face that second shaft is seated slot described in are installed with the slot that is seated close to described second turn The second wear plate that the end wall of slot flushes；The plug left side up and down match be provided with it is described be seated slot cooperation inserted link, It is provided with the 5th slide slot led to up and down in the inserted link, is slided in the 5th slide slot and the 5th sliding block is installed, institute The third turn trough for being provided in the 5th sliding block and leading to up and down is stated, the third turn trough is rotatably mounted with third by bearing Shaft, the third shaft upper and lower ends face are mounted on third wear plate, and the rotary components are described including being fixedly installed on The annular table of equipment body bottom and the annular groove being set in the rotating seat top end surface, the annular table base circle Multigroup roller is distributed with, the roller puts in the annular groove and rolls and be connected, set in the rotating seat top end surface Have a third driving motor, the output shaft of the third driving motor through the rotating seat top end surface and top end with it is described Equipment body bottom end face is fixedly connected at center, and the equipment body front end face is equipped with electronic touch screen.

2. a kind of Novel movable data management apparatus according to claim 1, it is characterised in that：Second slide slot is left Match in right end wall and be provided with the first guide groove, slides to be equipped in first guide groove and fix company with second sliding block The first guide pad connect is also equipped with the first compression spring to offset with first guide pad in first guide groove.

3. a kind of Novel movable data management apparatus according to claim 1, it is characterised in that：5th slide slot is left Match in right end wall and be provided with the second guide groove, slides to be equipped in second guide groove and fix company with the 5th sliding block The second guide pad connect is also equipped with the second compression spring to offset with second guide pad in second guide pad.

4. a kind of Novel movable data management apparatus according to claim 1, it is characterised in that：First turn trough and institute The second turn trough is stated on same vertical line, and the distance of first turn trough to the socket right side is arrived with the third turn trough The distance of the plug left side is equal.

5. a kind of Novel movable data management apparatus according to claim 1, it is characterised in that：5th sliding block Length is less than the length of the 5th slide slot.

6. a kind of Novel movable data management apparatus according to claim 1, it is characterised in that：The vibration damper plate setting exists It the top and bottom of first driving machine and is fixedly connected with first driving machine, the metal drop backing is arranged described The front-end and back-end of first driving machine and be fixedly connected with the shell of first driving machine, the upper end of the metal drop backing and Lower end is fixedly connected with the vibration damper plate, and the front-end and back-end of first driving machine are respectively equipped with the gold of three pieces or more Belong to drop backing.