CN208358543U - A kind of adjustable hardware product grinding device - Google Patents

Abstract

The utility model discloses a kind of adjustable hardware product grinding devices, its structure includes support frame, discharge bucket, rapidly and efficiently grind mechanism, electrically-controlled valve, feed hopper, transmission device, discharging device, feeding funnel bottom part is fixedly welded to connect between grinding mechanism top middle portion and the two inside in rapidly and efficiently, discharge bucket is fixedly welded to connect between grinding mechanism bottom, right inferior horn and the two inside in rapidly and efficiently, transmission device is fixedly embedded to match flexible connection in rapidly and efficiently grinding mechanism front-end surface and the two, the utility model drives the second rotation axis constantly counterclockwise and rotates clockwise, it drives second gear constantly counterclockwise and rotates clockwise, to drive the second rack gear constantly to move left and right, screen mesh groove was driven constantly to move left and right, ground hardware product can be made equably to fall into collecting tank, when hardware product is complete After portion's grinding finishes and entirely falls in collecting tank, cylinder stops working, and electrically-controlled valve is closed, to realize the grinding operation of hardware product.

Description

A kind of adjustable hardware product grinding device

Technical field

The utility model is a kind of adjustable hardware product grinding device, belongs to hardware product grinding device field.

Background technique

Grinding device is the grinding machine ground with the lap tool for coating or being embedded in abrasive material to workpiece surface.It is mainly used for grinding High precision plane, inside and outside cylindrical surface, circular conical surface, spherical surface, flank and its alloytype face in workpiece.The main Types of grinding device There are disc type grinding device, rotation shaft type grinding device and various Special grinding devices.But existing grinding device mostly by Manual operation, grinding operation is more inconvenient, and grinding efficiency is not high to cause hardware product to grind not complete enough.

Utility model content

In view of this, the utility model embodiment provides a kind of adjustable hardware product grinding device, it is existing to improve Grinding device mostly by manual operation, grinding operation is more inconvenient, and grinding efficiency is not high to cause hardware product to grind not complete enough Full deficiency.

To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of adjustable hardware Product grinding device, structure include support frame, discharge bucket, rapidly and efficiently grind mechanism, electrically-controlled valve, feed hopper, transmission device, Discharging device, the feeding funnel bottom part is fixedly welded mutually to be passed through between grinding mechanism top middle portion and the two inside in rapidly and efficiently Logical, the discharge bucket is fixedly welded to connect between grinding mechanism bottom, right inferior horn and the two inside in rapidly and efficiently, the biography Dynamic device is fixedly embedded in rapidly and efficiently grinding mechanism front-end surface and the two matches flexible connection, and the discharging device is vertical It is welded on the left of rapidly and efficiently grinding mechanism and is flexibly connected with discharge bucket, the rapidly and efficiently grinding mechanism is by rack-driving machine Structure, tooth form rolling body, translation crushing mechanism, left support, pedestal, angular wheel transmission mechanism, collecting tank, right support, fixation Block, first bearing seat, rolls case composition at strainer, and the left support bottom is fixedly welded in chassis left side, the rack-driving machine Structure is vertically welded on the right side of left support, and the right support bottom is fixedly welded in base right side and mutually welds with rack gear It connects, the case that rolls is fixedly welded the top on the left of right support and reinforces connection by support member, and the first bearing seat is set There are two, the first bearing seat is respectively welded in rolling case left and right ends and the two as integrated molding structure, the strainer Both ends horizontal, which is connected to, rolls case inside bottom and the two as integrated molding structure, the tooth form rolling body transverse weld in It being meshed on the right side of left support and with rack gear, the translation crushing mechanism is laterally set between left support and right support, The angular wheel transmission mechanism is vertically set on the left of pedestal upper end and is meshed with rack gear, tooth form rolling body, The collection trench bottom is fixedly welded in pedestal upper end and is fixedly connected by positioning pin, and the fixed block transverse weld is in right branch Frame left bottom.

Further, the rack gear is made of cylinder, extension rod, the first rack gear, and the cylinder vertically welds It is connected between left support and right support, the extension rod is vertically welded in cylinder end and the two matches flexible connection, described First rack gear is vertically welded in extension rod lower end and is meshed with tooth form rolling body.

Further, the tooth form rolling body is by the first angular wheel, second bearing seat, the first rotation axis, first Gear, tooth form roll cylinder composition, and the second bearing seat is fixedly welded the top on the right side of left support, and first rotation axis is lateral It is welded on the right side of second bearing seat and welds together through first bearing seat with case is rolled, first angular wheel is vertical It is nested in the first rotation axis left outer surface and is meshed with angular wheel transmission mechanism, the first gear is fixed to be nested in the One rotation axis center outer surface, first rack gear is vertically welded in extension rod lower end and is meshed with first gear is stated, described Tooth form rolls cylinder fixation and is nested in outer surface on the right side of the first rotation axis.

Further, the translation crushing mechanism is by the first sliding block, the first sliding rail, the second rack gear, vibration excitor, laterally branch Support, broken gear, filter screen slot, the second sliding rail, the second sliding block, motor form, the first sliding rail transverse weld is in left branch Frame bottom right side, first sliding block is fixed at the first sliding rail upper surface and the two matches flexible connection, second tooth Transverse weld is meshed in the first upper end of slide block and with angular wheel transmission mechanism, and the second sliding rail transverse weld is in right branch Frame left bottom, second sliding block is fixed at the second sliding rail upper surface and the two matches flexible connection, the filter screen Slot is fixedly welded in the second upper end of slide block and is in contact with the second rack gear, the vibration excitor be rectangular configuration and with filter screen slot welding It is connected together, the cross-brace frame is fixedly welded on the inside of filter screen slot, and the motor is fixedly embedded right in cross-brace frame Side surface, the broken gear fixation is nested in outer surface of motor and axle center is conllinear between the two.

Further, the angular wheel transmission mechanism is by the second angular wheel, second gear, the second rotation axis, Three bearing blocks composition, 3rd bearing seat bottom are fixedly welded on the left of pedestal upper end, and second rotation axis is fixedly welded In 3rd bearing seat upper end and the two matches flexible connection, and the second gear is fixed to be nested in appearance in the middle part of the second rotation axis Face, the second angular wheel fixation is nested in the second rotation axis upper end outer surface and is meshed with tooth form rolling body, described Second rack gear transverse weld is in the first upper end of slide block and is meshed with the second gear.

Further, the electrically-controlled valve fixing sleeve close connection together in feed hopper outer surface and between the two.

Further, the section of support frame as described above is that L-type structure and upper end are fixedly welded in rapidly and efficiently grinding mechanism Bottom.

The beneficial effects of the utility model are as follows: a kind of adjustable hardware product grinding device of the utility model reaches It is easy to operate, grinding efficiency is high, the complete effect of grinding, therefore preferably can carry out grinding operation to hardware product, make to grind Mill effect reaches desired value, in order to preferably handle hardware product, and then easily realizes the processing to hardware product, It improves work efficiency and grinding quality opens electrically-controlled valve, pass through hardware product when needing to grind hardware product Feed hopper, which is fallen into, to roll in case, while starting cylinder and constantly extending and shorten, and the first rack gear is driven constantly downwardly and upwardly to move, It drives first gear constantly to rotate clockwise and anticlockwise, the first rotation axis is driven constantly to rotate clockwise and anticlockwise, drive Tooth form rolls cylinder and constantly rotates clockwise and anticlockwise, constantly grinds to hardware product so that tooth form be made to roll cylinder, grinding Good hardware product was fallen into screen mesh groove by strainer, at the same the first rotation axis drive the first angular wheel constantly clockwise with Rotate counterclockwise, drive the second angular wheel constantly counterclockwise and rotate clockwise, drive the second rotation axis constantly counterclockwise and It rotates clockwise, drive second gear constantly counterclockwise and rotates clockwise, so that the second rack gear is driven constantly to move left and right, band It moved screen mesh groove constantly to move left and right, ground hardware product can be made equably to fall into collecting tank, when hardware product is complete After portion's grinding finishes and entirely falls in collecting tank, cylinder stops working, and closes electrically-controlled valve, to realize the grinding behaviour of hardware product Make.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of adjustable hardware product grinding device of the utility model.

Fig. 2 is the schematic diagram of internal structure that the utility model rapidly and efficiently grinds mechanism.

Fig. 3 is the internal structure detailed maps that the utility model rapidly and efficiently grinds mechanism.

Fig. 4 is the partial structural diagram of the utility model Fig. 3.

Fig. 5 is the structural schematic diagram of A in the utility model Fig. 2.

In figure: support frame -1, rapidly and efficiently grinds mechanism -3, electrically-controlled valve -4, feed hopper -5, transmission device-at discharge bucket -2 6, discharging device -7, rack gear -301, tooth form rolling body -302, translation crushing mechanism -303, left support -304, bottom Seat -305, angular wheel transmission mechanism -306, collecting tank -307, right support -308, fixed block -309, strainer -310, first axle It holds seat -311, roll case -312, cylinder -3011, extension rod -3012, the first rack gear -3013, the first angular wheel -3021, Two bearing bracket -3022, the first rotation axis -3023, first gear -3024, tooth form roll cylinder -3025, the first sliding block -3031, One sliding rail -3032, the second rack gear -3033, vibration excitor -3034, cross-brace frame -3035, broken gear -3036, filter screen slot - 3037, the second sliding rail -3038, the second sliding block -3039, motor -30310, the second angular wheel -3061, second gear -3062, Second rotation axis -3063,3rd bearing seat -3064.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, Fig. 1 ~Fig. 5 schematically shows the structure of the grinding device of the utility model embodiment, With reference to embodiment, into One step illustrates the utility model.

Embodiment

As Figure 1-Figure 5, the utility model provides a kind of adjustable hardware product grinding device, and structure includes support Frame 1, rapidly and efficiently grinds mechanism 3, electrically-controlled valve 4, feed hopper 5, transmission device 6, discharging device 7, the feed hopper 5 at discharge bucket 2 Bottom is fixedly welded to connect between grinding 3 top middle portion of mechanism and the two inside in rapidly and efficiently, and the discharge bucket 2 is fixed Be welded in rapidly and efficiently to grind and connect between the 3 bottom lower right corner of mechanism and the two inside, the transmission device 6 it is fixedly embedded in It rapidly and efficiently grinds 3 front-end surface of mechanism and the two matches flexible connection, the discharging device 7 is vertically welded in rapidly and efficiently 3 left side of grinding mechanism is simultaneously flexibly connected with discharge bucket 2, and the rapidly and efficiently grinding mechanism 3 is by rack gear 301, tooth form Rolling body 302, translation crushing mechanism 303, left support 304, pedestal 305, angular wheel transmission mechanism 306, collecting tank 307, Right support 308, strainer 310, first bearing seat 311, rolls the composition of case 312 at fixed block 309, and 304 bottom of left support is fixed It is welded in 305 left side of pedestal, the rack gear 301 is vertically welded in 304 right side of left support, 308 bottom of right support Portion is fixedly welded in 305 right side of pedestal and welds with 301 phase of rack gear, and the case 312 that rolls is fixedly welded in right branch 308 left side top of frame and being reinforced by support member connects, there are two the first bearing seat 311 is set, the first bearing seat 311 are respectively welded in rolling 312 left and right ends of case and the two as integrated molding structure, and 310 both ends horizontal of strainer connects It is connected to and rolls 312 inside bottom of case and the two as integrated molding structure, 302 transverse weld of tooth form rolling body is in left branch 304 right side of frame is simultaneously meshed with rack gear 301, and the translation crushing mechanism 303 is laterally set to left support 304 and the right side Between bracket 308, the angular wheel transmission mechanism 306 is vertically set on the left of 305 upper end of pedestal and and rack gear 301, tooth form rolling body 302 is meshed, and 307 bottom of collecting tank is fixedly welded in 305 upper end of pedestal and passes through positioning pin It is fixedly connected, 309 transverse weld of fixed block is in 308 left bottom of right support.

The rack gear 301 is made of cylinder 3011, extension rod 3012, the first rack gear 3013, the cylinder 3011 are vertically welded between left support 304 and right support 308, the extension rod 3012 be vertically welded in 3011 bottom end of cylinder and The two matches flexible connection, first rack gear 3013 be vertically welded in 3012 lower end of extension rod and with tooth form rolling body 302 are meshed.

The tooth form rolling body 302 by the first angular wheel 3021, second bearing seat 3022, the first rotation axis 3023, First gear 3024, tooth form roll the composition of cylinder 3025, and the second bearing seat 3022 is fixedly welded pushes up on the right side of left support 304 End, 3023 transverse weld of the first rotation axis in the right side of second bearing seat 3022 and through first bearing seat 311 with roll Case 312 welds together, first angular wheel 3021 be vertically nested in 3023 left outer surface of the first rotation axis and with Angular wheel transmission mechanism 306 is meshed, and the fixation of first gear 3024 is nested in 3023 middle part appearance of the first rotation axis Face, first rack gear 3013 are vertically welded in 3012 lower end of extension rod and are meshed with first gear 3024 is stated, the tooth form It rolls the fixation of cylinder 3025 and is nested in 3023 right side outer surface of the first rotation axis.

The translation crushing mechanism 303 is by the first sliding block 3031, the first sliding rail 3032, the second rack gear 3033, vibration excitor 3034, cross-brace frame 3035, broken gear 3036, filter screen slot 3037, the second sliding rail 3038, the second sliding block 3039, motor 30310 compositions, 3032 transverse weld of the first sliding rail are set in 304 bottom right side of left support, the fixation of the first sliding block 3031 In 3032 upper surface of the first sliding rail and the two matches flexible connection, and 3033 transverse weld of the second rack gear is in the first sliding block 3031 upper ends are simultaneously meshed with angular wheel transmission mechanism 306, and 3038 transverse weld of the second sliding rail is in 308 left side of right support Bottom, second sliding block 3039 is fixed at 3038 upper surface of the second sliding rail and the two matches flexible connection, the filtering Net slot 3037 is fixedly welded in 3039 upper end of the second sliding block and is in contact with the second rack gear 3033, and the vibration excitor 3034 is square Shape structure simultaneously welds together with filter screen slot 3037, and the cross-brace frame 3035 is fixedly welded in filter screen slot 3037 Side, the motor 30310 is fixedly embedded in 3035 right lateral surface of cross-brace frame, and the broken fixation of gear 3036 is nested in 30310 outer surface of motor and axle center is conllinear between the two.

The angular wheel transmission mechanism 306 is by the second angular wheel 3061, second gear 3062, the second rotation axis 3063,3rd bearing seat 3064 forms, and 3064 bottom of 3rd bearing seat is fixedly welded on the left of 305 upper end of pedestal, described Second rotation axis 3063 is fixedly welded in 3064 upper end of 3rd bearing seat and the two matches flexible connection, the second gear 3062 fixations are nested in 3063 center outer surface of the second rotation axis, and the fixation of the second angular wheel 3061 is nested in second turn 3063 upper end outer surface of moving axis is simultaneously meshed with tooth form rolling body 302, and 3033 transverse weld of the second rack gear is sliding in first 3031 upper end of block is simultaneously meshed with second gear 3062.

4 fixing sleeve of electrically-controlled valve is together in 5 outer surface of feed hopper and close connection between the two, support frame as described above 1 are cut Face is L-type structure and upper end is fixedly welded in rapidly and efficiently grinding 3 bottom of mechanism.

The utility model has reached easy to operate, grinding efficiency is high, the complete effect of grinding, therefore can be preferably to five Golden product carries out grinding operation, and grinding effect is made to reach desired value, in order to preferably handle hardware product, so that it is light The existing processing to hardware product of pine nut, improves work efficiency and grinding quality.

Specifically, opening electrically-controlled valve 4 when needing to grind hardware product, fall hardware product by feed hopper 5 Enter to roll in case 312, while starting the constantly elongation of cylinder 3011 and shortening, the first rack gear 3013 is driven constantly downwardly and upwardly to move It is dynamic, it drives first gear 3024 constantly to rotate clockwise and anticlockwise, drives the first rotation axis 3023 constantly clockwise and the inverse time Needle rotation drives tooth form to roll cylinder 3025 and constantly rotates clockwise and anticlockwise, so that tooth form be made to roll cylinder 3025 constantly to five Golden product is ground.

Specifically, ground hardware product was fallen into screen mesh groove 3037 by strainer 310, while the first rotation axis 2023 the first angular wheels 3021 of drive constantly rotate clockwise and anticlockwise, drive the second angular wheel 3061 constantly counterclockwise With rotate clockwise, drive the second rotation axis 3063 constantly counterclockwise and to rotate clockwise, drive second gear 3062 constantly inverse It hour hands and rotates clockwise, so that the second rack gear 3033 be driven constantly to move left and right, the constantly left and right of screen mesh groove 3037 was driven to move It is dynamic, ground hardware product can be made equably to fall into collecting tank 307, when all grinding finishes and all hardware product After falling into collecting tank 307, cylinder 3011 stops working, and electrically-controlled valve 4 is closed, to realize the grinding operation of hardware product.

In some embodiments, fixed block 309 is located at the second sliding rail 3038 and rolls between case 312, fixed block 309 It was located at 3037 right of screen mesh groove, when having served as screen mesh groove 3037 and moving left and right, the net slot 3037 that can make to be sieved impinges upon fixed block On 309, the hardware product being sieved in net slot 3037 can be made quickly to fall into collecting tank 307.

Claims (7)

1. a kind of adjustable hardware product grinding device, structure includes support frame (1), discharge bucket (2), rapidly and efficiently grinder Structure (3), electrically-controlled valve (4), feed hopper (5), transmission device (6), discharging device (7), it is characterised in that:

Feed hopper (5) bottom is fixedly welded mutually to be passed through between grinding mechanism (3) top middle portion and the two inside in rapidly and efficiently Logical, the discharge bucket (2) is fixedly welded to be connected between grinding mechanism (3) the bottom lower right corner and the two inside in rapidly and efficiently, The transmission device (6) is fixedly embedded to match flexible connection in rapidly and efficiently grinding mechanism (3) front-end surface and the two, described Discharging device (7) is vertically welded on the left of rapidly and efficiently grinding mechanism (3) and is flexibly connected with discharge bucket (2)；

Rapidly and efficiently grinding mechanism (3) is by rack gear (301), tooth form rolling body (302), translation crushing mechanism (303), left support (304), pedestal (305), angular wheel transmission mechanism (306), collecting tank (307), right support (308), solid Determine block (309), strainer (310), first bearing seat (311), roll case (312) composition；The fixed weldering in left support (304) bottom It is connected on the left of pedestal (305), the rack gear (301) is vertically welded on the right side of left support (304), the right support (308) bottom is fixedly welded on the right side of pedestal (305) and mutually welds with rack gear (301), described to roll case (312) admittedly Surely it is welded in top on the left of right support (308) and connection is reinforced by support member, the first bearing seat (311) is equipped with two A, the first bearing seat (311) is respectively welded in rolling case (312) left and right ends and the two as integrated molding structure, institute It states strainer (310) both ends horizontal and is connected to and roll case (312) inside bottom and the two as integrated molding structure, the tooth form is ground Press mechanism (302) transverse weld is meshed on the right side of left support (304) and with rack gear (301), and the translation is broken Mechanism (303) is laterally set between left support (304) and right support (308), and the angular wheel transmission mechanism (306) vertically sets It is meshed on the left of pedestal (305) upper end and with rack gear (301), tooth form rolling body (302), the collecting tank (307) bottom is fixedly welded in pedestal (305) upper end and is fixedly connected by positioning pin, fixed block (309) transverse weld In right support (308) left bottom.

2. a kind of adjustable hardware product grinding device according to claim 1, it is characterised in that: the rack-driving machine Structure (301) is made of cylinder (3011), extension rod (3012), the first rack gear (3013), and the cylinder (3011) is vertically welded in Between left support (304) and right support (308), the extension rod (3012) is vertically welded in cylinder (3011) bottom end and the two phase Cooperation be flexibly connected, first rack gear (3013) be vertically welded in extension rod (3012) lower end and with tooth form rolling body (302) it is meshed.

3. a kind of adjustable hardware product grinding device according to claim 2, it is characterised in that: the tooth form roller Structure (302) by the first angular wheel (3021), second bearing seat (3022), the first rotation axis (3023), first gear (3024), Tooth form rolls cylinder (3025) composition, and the second bearing seat (3022) is fixedly welded the top on the right side of the left support (304), and described the One rotation axis (3023) transverse weld on the right side of second bearing seat (3022) and through first bearing seat (311) and rolls case (312) weld together, first angular wheel (3021) is vertically nested in the first rotation axis (3023) left outer surface simultaneously It is meshed with angular wheel transmission mechanism (306), first gear (3024) fixation is nested in the first rotation axis (3023) Portion outer surface, first rack gear (3013) are vertically welded in extension rod (3012) lower end and mutually nibble with first gear (3024) is stated It closes, the tooth form rolls cylinder (3025) fixation and is nested in outer surface on the right side of the first rotation axis (3023).

4. a kind of adjustable hardware product grinding device according to claim 1, it is characterised in that: the translation crusher Structure (303) is by the first sliding block (3031), the first sliding rail (3032), the second rack gear (3033), vibration excitor (3034), cross-brace frame (3035), gear (3036), filter screen slot (3037), the second sliding rail (3038), the second sliding block (3039), motor are crushed (30310) it forms, the first sliding rail (3032) transverse weld is in left support (304) bottom right side, first sliding block (3031) it is fixed at the first sliding rail (3032) upper surface and the two matches flexible connection, second rack gear (3033) is laterally It is welded in the first sliding block (3031) upper end and is meshed with angular wheel transmission mechanism (306), second sliding rail (3038) is horizontal To being welded in right support (308) left bottom, second sliding block (3039) be fixed at the second sliding rail (3038) upper surface and The two matches flexible connection, the filter screen slot (3037) be fixedly welded in the second sliding block (3039) upper end and with the second rack gear (3033) it is in contact, the vibration excitor (3034) is rectangular configuration and welds together with filter screen slot (3037), the transverse direction Support frame (3035) is fixedly welded on the inside of filter screen slot (3037), and the motor (30310) is fixedly embedded in cross-brace frame (3035) right lateral surface, broken gear (3036) fixation is nested in motor (30310) outer surface and axle center is total between the two Line.

5. a kind of adjustable hardware product grinding device according to claim 4, it is characterised in that: the angular wheel passes Motivation structure (306) is by the second angular wheel (3061), second gear (3062), the second rotation axis (3063), 3rd bearing seat (3064) it forms, 3rd bearing seat (3064) bottom is fixedly welded on the left of pedestal (305) upper end, second rotation axis (3063) it is fixedly welded in 3rd bearing seat (3064) upper end and the two matches flexible connection, the second gear (3062) is solid Surely it is nested in the second rotation axis (3063) center outer surface, the second angular wheel (3061) fixation is nested in the second rotation axis (3063) it upper end outer surface and is meshed with tooth form rolling body (302), the second rack gear (3033) transverse weld is in first Sliding block (3031) upper end is simultaneously meshed with second gear (3062).

6. a kind of adjustable hardware product grinding device according to claim 1, it is characterised in that: the electrically-controlled valve (4) Fixing sleeve close connection together in feed hopper (5) outer surface and between the two.

7. a kind of adjustable hardware product grinding device according to claim 1, it is characterised in that: support frame as described above (1) Section be that L-type structure and upper end are fixedly welded in rapidly and efficiently grinding mechanism (3) bottom.