CN109127381A

CN109127381A - The anti-sandstone card hole screening plant of reversed top mesh for sand screening

Info

Publication number: CN109127381A
Application number: CN201811176694.9A
Authority: CN
Inventors: 林雪榕
Original assignee: Individual
Current assignee: Nanjing Puchuang Zhigu Enterprise Management Co ltd
Priority date: 2018-10-10
Filing date: 2018-10-10
Publication date: 2019-01-04
Anticipated expiration: 2038-10-10
Also published as: CN109127381B

Abstract

The invention discloses the anti-sandstone card hole screening plants of reversed top mesh screened for sand, its structure includes into bucket, delivery outlet, shell, vibrating spring, pedestal, support leg, anti- clip-bore device, it is communicated into bucket with shell, shell is mounted on the base, pedestal is equipped with vibrating spring close to one end of outer casing bottom, vibrating spring sets there are four and is separately mounted on four angles of pedestal, beneficial effects of the present invention: using heat temperature raising seal chamber is increased close to the side temperature of heat-conducting layer, to push movable block to move, so that drive rod driving gear rotates counterclockwise, gear is meshed with toothed rod, toothed rod moves upwards, mandril is driven to move upwards and will eject upwards the sandstone blocked on mesh, to avoid mesh from blocking, it does not need to shut down artificial removing.

Description

The anti-sandstone card hole screening plant of reversed top mesh for sand screening

Technical field

The present invention relates to screening installation fields, particularly with regard to a kind of reversed anti-sandstone of top mesh for sand screening Card hole screening plant.

Background technique

Sand majority is manually polished from certain stones, therefore particle is relatively larger, when in use, is needed It first to be screened, biggish sand is separated with lesser sand, facilitate the use in later period, current sand screens dress It sets and has the disadvantage that

Present screening plant is sieved using the reticular structure of different size, then under the action of vibration, is carried out Screening work, and have specification and the similar size sandstone of mesh are stuck, to follow vibration, cause some mesh stifled Plug, needs to shut down artificial rejecting.

Summary of the invention

In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: for the anti-of sand screening To the top anti-sandstone card hole screening plant of mesh, structure includes into bucket, delivery outlet, shell, vibrating spring, pedestal, support leg, prevents Clip-bore device, described to communicate into bucket with shell, the shell is mounted on the base, and the pedestal is close to outer casing bottom One end is equipped with vibrating spring, and the vibrating spring sets there are four and is separately mounted on four angles of pedestal, the bottom Seat be fixedly connected by vibrating spring with shell, the support leg be mounted on anti-clip-bore device bottom and with support leg mechanical welding It connects, the delivery outlet runs through shell.

It is advanced optimized as of the invention, the anti-clip-bore device is by inner cavity, heating mechanism, driving mechanism, apical pore Mechanism, hang plate output board, mesh, screening net, screening chamber are constituted, and the heating mechanism is connected with apical pore mechanism, described Apical pore mechanism and driving mechanism be mechanically connected, the driving mechanism is electrically connected with heating mechanism, and the hang plate exports Plate is mounted on shell inner cavity center and is connected with delivery outlet, and the screening is equipped with multiple mesh on the net, the mesh with Screening net is in integral structure.

It is advanced optimized as of the invention, the heating mechanism is by heat-conducting layer, heating coil, conducting block, conductive activity Block, battery, connecting line, directive wheel, spring are constituted, and the heat-conducting layer is connected with driving mechanism, and the heating coil is solid Dingan County is in heat-conducting layer, the u-shaped institutes of the heat-conducting layer, and the heating coil passes through conducting block and conduction activity Block electrical connection, the battery are flexibly connected with conductive movable block, and the connecting line is fixedly connected with conductive movable block, separately One end is fixed in apical pore mechanism, and the connecting line bypasses directive wheel, the conductive movable block through a fixed block and The fixed block is equipped with ring buckle, and the connecting line is connected with ring buckle.

It is advanced optimized as of the invention, the driving mechanism is by movable block, drive rod, seal chamber, E type block, one Number bar, No. two bars, gear, No. three bars, fixing seat, No. four bars are constituted, and the movable block is slidably matched with seal chamber, described Movable block is mounted in seal chamber, and the movable block and drive rod machinery weld, the drive rod through seal chamber and with No.1 bar mechanical connection, the No.1 bar are fixedly connected with No. three bars, one end that the No.1 bar is connected with No. three bars It is fixed in fixing seat, the one end of No. three bars far from No.1 bar is mechanically connected by No. four bars and No. two bars, described No. four bars are fixedly connected with gear, and one end that No. four bars are connected with No. two bars is fixed on gear, the gear It is fixedly connected with fixing seat, the gear is matched with apical pore mechanism, and No. two bars and E type block are mechanically connected, described Seal chamber be divided into two chambers, movable block and E type block be separately mounted to two it is intracavitary.

It is advanced optimized as of the invention, the apical pore mechanism is by toothed rod, attachment base, mandril, inclined plate activity mouth Mechanism is constituted, and the inclined plate activity mouth mechanism and hang plate output board are mechanically connected, and the toothed rod is meshed with gear, The toothed rod and attachment base machinery is welded, and the mandril is set there are five more than, the mandril and inclined plate activity mouth machine Structure is flexibly connected, and the mandril passes through inclined plate activity mouth mechanism and is connected with screening net, and the toothed rod is L-shaped to be set up, The toothed rod is fastenedly connected with connecting line.

It is advanced optimized as of the invention, the inclined plate activity mouth mechanism is by line stretcher, fixing buckle, swivel plate, solid Dead axle is constituted, and the line stretcher is fixedly connected with fixing buckle, and one end of the swivel plate is fixed axis and runs through and be fixed on Screening is online, and there are two the fixing buckle is set, the fixing buckle is mounted on swivel plate far from the side of fixing axle.

Beneficial effect

The present invention is used for the anti-sandstone card hole screening plant of reversed top mesh of sand screening, is sieved by putting into sand into bucket It selects in chamber, when having specification and the similar size sandstone of mesh are stuck, battery is led by conductive movable block and conducting block Electricity makes heating coil work, so that seal chamber is close to the side of heat-conducting layer since high temperature makes the gas push in seal chamber movable Block is moved toward the side close to E type block, so that drive rod pushes No.1 bar to move right therewith, so that No. three bars pass through four Number bar pushes No. two bars to move downward, and pushes E type block to move toward one end side close to movable block, so that gear revolves counterclockwise Turn, gear is meshed with toothed rod, and when gear rotates counterclockwise, toothed rod drives attachment base to move upwards, so that mandril is therewith It moves upwards, and swivel plate is jacked up upwards, so that swivel plate is rotated clockwise around fixing axle, mandril, which continues up, to be passed through Mesh ejects the sandstone blocked on mesh upwards, so that mesh be avoided to block, when mandril passes through mesh, toothed rod passes through company Wiring pulls conductive movable block to separate with conducting block, so that heating coil stops heating, so that sealing cavity temperature reduces, and movable block It resets, so that gear stops operating, apical pore mechanism under gravity, is moved downward, and is realized and is resetted.

Compared with prior art, the invention has the following advantages that

Using heat temperature raising seal chamber is increased close to the side temperature of heat-conducting layer, so that movable block be pushed to move, makes It obtains drive rod driving gear to rotate counterclockwise, gear is meshed with toothed rod, and toothed rod moves upwards, and mandril is driven to move upwards The sandstone blocked on mesh will be ejected upwards, so that mesh be avoided to block, does not need to shut down artificial removing.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:

Fig. 1 is structural schematic diagram of the present invention for the anti-sandstone card hole screening plant of reversed top mesh of sand screening.

Fig. 2 is anti-clip-bore device section of the present invention for the anti-sandstone card hole screening plant of reversed top mesh of sand screening Figure.

Fig. 3 is that anti-clip-bore device of the present invention for the anti-sandstone card hole screening plant of reversed top mesh of sand screening is powered State lower drive mechanism working condition sectional view.

Fig. 4 is apical pore mechanism work shape of the present invention for the anti-sandstone card hole screening plant of reversed top mesh of sand screening State sectional view.

Fig. 5 is the enlarged drawing of A in Fig. 2.

Fig. 6 is structural schematic diagram of the present invention for the anti-sandstone card hole screening plant of reversed top mesh of sand screening.

In figure: into bucket -1, delivery outlet -2, shell -3, vibrating spring -4, pedestal -5, support leg -6, anti-clip-bore device -7, Inner cavity -701, heating mechanism -702, driving mechanism -703, apical pore mechanism -704, hang plate output board -705, mesh -706, sieve Network selection -707, screening chamber -708, heat-conducting layer -7021, heating coil -7022, conducting block -7023, conductive movable block -7024, electric power storage Pond -7025, connecting line -7026, directive wheel -7027, spring -7028, movable block -7031, drive rod -7032, seal chamber - 7033, E type block -7034, -7035, No. two bars -7036 of No.1 bar, gear -7037, No. three bars -7038, fixing seat -7039, four Number bar -70310, toothed rod -7041, attachment base -7042, mandril -7043, inclined plate activity mouth mechanism -7044, line stretcher - 70441, fixing buckle -70442, swivel plate -70443, fixing axle -704444.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.

Embodiment

Please refer to Fig. 1-Fig. 6, the present invention is provided to sand screening the anti-sandstone card hole screening plant of reversed top mesh, Structure include into bucket 1, delivery outlet 2, shell 3, vibrating spring 4, pedestal 5, support leg 6, anti-clip-bore device 7, it is described into bucket 1 with Shell 3 communicates, and the shell 3 is mounted on pedestal 5, and the pedestal 5 is equipped with vibration bullet close to one end of 3 bottom of shell Spring 4, the vibrating spring 4 set there are four and are separately mounted on 5 four angles of pedestal, and the pedestal 5 passes through vibration bullet Spring 4 is fixedly connected with shell 3, and the support leg 6 is mounted on anti-7 bottom of clip-bore device and welds with 6 machinery of support leg, described Delivery outlet 2 run through shell 3.

The anti-clip-bore device 7 is by inner cavity 701, heating mechanism 702, driving mechanism 703, apical pore mechanism 704, hang plate Output board 705, mesh 706, screening net 707, screening chamber 708 are constituted, and the heating mechanism 702 is connected with apical pore mechanism 704 It connects, the apical pore mechanism 704 and driving mechanism 703 are mechanically connected, and the driving mechanism 703 is electrically connected with heating mechanism 702 It connects, the hang plate output board 705 is mounted on 3 inner cavity of shell center and is connected with delivery outlet 2, the screening net 707 Multiple mesh 706 are equipped with, the mesh 706 and screening net 707 are in integral structure.

The heating mechanism 702 is by heat-conducting layer 7021, heating coil 7022, conducting block 7023, conductive movable block 7024, storage Battery 7025, connecting line 7026, directive wheel 7027, spring 7028 are constituted, and the heat-conducting layer 7021 is connected with driving mechanism 703 It connects, the heating coil 7022 is fixedly mounted in heat-conducting layer 7021, the u-shaped institutes of heat-conducting layer 7021, institute The heating coil 7022 stated is electrically connected by conducting block 7023 with conductive movable block 7024, the battery 7025 and conduction activity Block 7024 is flexibly connected, and the connecting line 7026 is fixedly connected with conductive movable block 7024, and the other end is fixed on apical pore mechanism On 704, the connecting line 7026 bypasses directive wheel 7027, and the conductive movable block 7024 runs through a fixed block and this is solid Block is determined equipped with ring buckle, and the connecting line 7026 is connected with ring buckle.

The driving mechanism 703 is by movable block 7031, drive rod 7032, seal chamber 7033, E type block 7034, No.1 bar 7035,7039, No. four No. two bars 7036,7037, No. three bars 7038 of gear, fixing seat bars 70310 are constituted, the movable block 7031 are slidably matched with seal chamber 7033, and the movable block 7031 is mounted in seal chamber 7033, the movable block 7031 With the mechanical welding of drive rod 7032, the drive rod 7032 is mechanically connected through seal chamber 7033 and with No.1 bar 7035, institute The No.1 bar 7035 stated is fixedly connected with No. three bars 7038, and one end that the No.1 bar 7035 is connected with No. three bars 7038 is solid It is scheduled in fixing seat 7039, No. three bars 7038 pass through No. four bars 70310 and No. two bars far from one end of No.1 bar 7035 7036 mechanical connections, No. four bars 70310 are fixedly connected with gear 7037, No. four bars 70310 and No. two bars 7036 one end being connected are fixed on gear 7037, and the gear 7037 is fixedly connected with fixing seat 7039, the tooth Wheel 7037 is matched with apical pore mechanism 704, and No. two bars 7036 and E type block 7034 are mechanically connected, the seal chamber 7033 points be two chambers, movable block 7031 and E type block 7034 be separately mounted to two it is intracavitary.

The apical pore mechanism 704 is by toothed rod 7041, attachment base 7042, mandril 7043, inclined plate activity mouth mechanism 7044 It constitutes, the inclined plate activity mouth mechanism 7044 and hang plate output board 705 are mechanically connected, the toothed rod 7041 and gear 7037 are meshed, and the toothed rod 7041 and the mechanical welding of attachment base 7042, the mandril 7043 are set there are five more than, institute The mandril 7043 stated is flexibly connected with inclined plate activity mouth mechanism 7044, and the mandril 7043 passes through inclined plate activity mouth mechanism 7044 It is connected with screening net 707, the toothed rod 7041 is L-shaped to be set up, and the toothed rod 7041 and connecting line 7026 fasten Connection.

The inclined plate activity mouth mechanism 7044 is by line stretcher 70441, fixing buckle 70442, swivel plate 70443, fixing axle 704444 are constituted, and the line stretcher 70441 is fixedly connected with fixing buckle 70442, and one end of the swivel plate 70443 is consolidated Dead axle 704444 runs through and is fixed on screening net 707, there are two the fixing buckle 70442 is set, the fixing buckle 70442 It is mounted on side of the swivel plate 70443 far from fixing axle 704444.

By putting into sand in screening chamber 708 into bucket 1, when thering is specification and the similar size sandstone of mesh 706 to be stuck When, battery 7025 makes heating coil 7022 work by conductive movable block 7024 and 7023 conduction of conducting block, to seal Chamber 7033 is close to the side of heat-conducting layer 7021 since high temperature makes the gas push movable block 7031 in seal chamber 7033 toward close to E The side of type block 7034 moves, so that drive rod 7032 pushes No.1 bar 7035 to move right therewith, so that No. three bars 7038 push No. two bars 7036 to move downward by No. four bars 70310, push E type block 7034 toward one end close to movable block 7031 Side movement, so that gear 7037 rotates counterclockwise, gear 7037 is meshed with toothed rod 7041, when gear 7037 revolves counterclockwise Turn, toothed rod 7041 drives attachment base 7042 to move upwards, so that mandril 7043 moves upwards therewith, and by swivel plate 70443 It jacks up upwards, so that swivel plate 70443 is rotated clockwise around fixing axle 70444, mandril 7043, which continues up, passes through mesh 706 eject the sandstone blocked on mesh 706 upwards, so that mesh 706 is avoided to block, when mandril 7043 passes through mesh 706, Toothed rod 7041 pulls conductive movable block 7024 to separate with conducting block 7023 by connecting line 7026, so that heating coil 7022 stops Heating, so that temperature reduces in seal chamber 7033, movable block 7031 resets, so that gear 7037 stops operating, apical pore mechanism 704 Under gravity, it moves downward, realizes and reset.

Problems solved by the invention is present screening plant, is sieved using the reticular structure of different size, then Under the action of vibration, screening work is carried out, and has specification and the similar size sandstone of mesh are stuck, to follow shake It is dynamic, it causes some mesh to block, needs to shut down artificial rejecting, the present invention is combined with each other by above-mentioned component, is risen using heating Temperature increases seal chamber 7033 close to the side temperature of heat-conducting layer 7021, to push movable block 7031 to move, so that driving Bar 7032 drives gear 7037 to rotate counterclockwise, and gear 7037 is meshed with toothed rod 7041, and toothed rod 7041 moves upwards, band Dynamic mandril 7043 moves upwards and will eject upwards the sandstone blocked on mesh 706, so that mesh 706 be avoided to block, does not need Shut down artificial remove.

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 the above embodiments and description only describe this The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. for sand screening the anti-sandstone card hole screening plant of reversed top mesh, structure include into bucket (1), delivery outlet (2), Shell (3), vibrating spring (4), pedestal (5), support leg (6), anti-clip-bore device (7), it is described into bucket (1) and shell (3) phase Logical, the shell (3) is mounted on pedestal (5), it is characterised in that:

The pedestal (5) is equipped with vibrating spring (4) close to one end of shell (3) bottom, and the vibrating spring (4) is equipped with It four and is separately mounted on (5) four angles of pedestal, the pedestal (5) connects by the way that vibrating spring (4) and shell (3) are fixed It connects, the support leg (6) is mounted on anti-clip-bore device (7) bottom and welds with support leg (6) machinery, the delivery outlet (2) run through shell (3).

2. the reversed top mesh anti-sandstone card hole screening plant according to claim 1 for sand screening, feature exist In: the anti-clip-bore device (7) by inner cavity (701), heating mechanism (702), driving mechanism (703), apical pore mechanism (704), Hang plate output board (705), mesh (706), screening net (707), screening chamber (708) constitute, the heating mechanism (702) with Apical pore mechanism (704) is connected, and the apical pore mechanism (704) and driving mechanism (703) are mechanically connected, the driving mechanism (703) be electrically connected with heating mechanism (702), the hang plate output board (705) be mounted on shell (3) inner cavity center and with it is defeated Outlet (2) is connected, and the screening net (707) is equipped with multiple mesh (706), the mesh (706) and screening net It (707) is in integral structure.

3. the reversed top mesh anti-sandstone card hole screening plant according to claim 2 for sand screening, feature exist In: the heating mechanism (702) is by heat-conducting layer (7021), heating coil (7022), conducting block (7023), conductive movable block (7024), battery (7025), connecting line (7026), directive wheel (7027), spring (7028) are constituted, the heat-conducting layer (7021) it is connected with driving mechanism (703), the heating coil (7022) is fixedly mounted in heat-conducting layer (7021), described Heating coil (7022) is electrically connected by conducting block (7023) with conductive movable block (7024), the battery (7025) and conduction Movable block (7024) is flexibly connected, and the connecting line (7026) is fixedly connected with conductive movable block (7024), and the other end is fixed On apical pore mechanism (704), the connecting line (7026) bypasses directive wheel (7027).

4. the reversed top mesh anti-sandstone card hole screening plant according to claim 2 or 3 for sand screening, feature Be: the driving mechanism (703) by movable block (7031), drive rod (7032), seal chamber (7033), E type block (7034), No.1 bar (7035), No. two bars (7036), gear (7037), No. three bars (7038), fixing seat (7039), No. four bars (70310) It constitutes, the movable block (7031) is slidably matched with seal chamber (7033), the movable block (7031) and drive rod (7032) mechanical welding, the drive rod (7032) are mechanically connected through seal chamber (7033) and with No.1 bar (7035), institute The No.1 bar (7035) stated is fixedly connected with No. three bars (7038), and the one of No. three bars (7038) separate No.1 bar (7035) End is mechanically connected by No. four bars (70310) and No. two bars (7036), and No. four bars (70310) and gear (7037) are fixed Connection, the gear (7037) are fixedly connected with fixing seat (7039), the gear (7037) and apical pore mechanism (704) phase Cooperation, No. two bars (7036) and E type block (7034) are mechanically connected.

5. the reversed top mesh anti-sandstone card hole screening plant according to claim 2 or 3 for sand screening, feature Be: the apical pore mechanism (704) is by toothed rod (7041), attachment base (7042), mandril (7043), inclined plate activity mouth mechanism (7044) it constitutes, the inclined plate activity mouth mechanism (7044) and hang plate output board (705) are mechanically connected, the toothed rod (7041) it is meshed with gear (7037), the toothed rod (7041) and attachment base (7042) mechanical welding, the mandril (7043) it is flexibly connected with inclined plate activity mouth mechanism (7044).

6. the reversed top mesh anti-sandstone card hole screening plant according to claim 5 for sand screening, feature exist In: the inclined plate activity mouth mechanism (7044) is by line stretcher (70441), fixing buckle (70442), swivel plate (70443), fixation Axis (704444) is constituted, and the line stretcher (70441) is fixedly connected with fixing buckle (70442), the swivel plate (70443) One end be fixed axis (704444) run through and be fixed on screening net (707) on.