CN207463323U - A kind of beater disintegrating machine of stable blanking - Google Patents

A kind of beater disintegrating machine of stable blanking Download PDF

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Publication number
CN207463323U
CN207463323U CN201721248128.5U CN201721248128U CN207463323U CN 207463323 U CN207463323 U CN 207463323U CN 201721248128 U CN201721248128 U CN 201721248128U CN 207463323 U CN207463323 U CN 207463323U
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CN
China
Prior art keywords
sieve
main shaft
pulverizing chamber
side wall
wall
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Expired - Fee Related
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CN201721248128.5U
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Chinese (zh)
Inventor
刘海山
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Beijing STAR Technology Co Ltd
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Beijing STAR Technology Co Ltd
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Priority to CN201721248128.5U priority Critical patent/CN207463323U/en
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Publication of CN207463323U publication Critical patent/CN207463323U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model discloses a kind of beater disintegrating machines of stable blanking, include the bearing placed on the ground, the casing and motor and main shaft being fixed on above bearing, hammering crushing mechanism and the sieve equipped with material, main shaft penetrates through casing and opposite casing is rotatablely connected, motor drives main axis by belt, sieve is located in casing and is connect with main axis, main shaft is connected by gear drives sieve around main axis, hammering crushing mechanism is located in sieve and main shaft connection follows main axis, reached the small particles material in sieve steadily can fall to feed opening from sieve pore.

Description

A kind of beater disintegrating machine of stable blanking
Technical field
The utility model is related to a kind of pulverizer, more particularly to a kind of beater disintegrating machine of stable blanking.
Background technology
Beater disintegrating machine is the industrial departments such as pharmacy, food, chemical industry, scientific research, metallurgy by amyloid material or ore, By high speed shear, hammering grinding materials, the filtering through stainless steel mesh and required pulvis, the equipment is suitable for pulverization Learn the dry brittle material such as material, Chinese medicine.
Existing beater disintegrating machine includes bearing, the casing being fixed on bearing and motor and main shaft and hammering crushing Mechanism is provided with pulverizing chamber in casing, and main shaft passes through pulverizing chamber and is rotatablely connected with casing, and hammering crushing mechanism is located at pulverizing chamber Interior and connect with main shaft with main axis, motor drives main axis, and feeding port is provided with above casing, is provided with below casing Discharge port, discharge port top are provided with the sieve affixed with casing, enter the lump material of pulverizing chamber in hammer leaf powder from feeding port The rotation impact effect of silk mechanism is lower pulverized in powdery, and discharge port is fallen through into from the mesh of sieve.Disadvantage is that Crush the sieve pore that indoor material often blocks sieve, cause the small particle powder for reaching crushing effect in pulverizing chamber be difficult to from Screen mesh falls to discharge port, causes discharging not smooth.
Utility model content
The purpose of this utility model is to provide a kind of beater disintegrating machine of stable blanking, solves the easy blocking screen of material The problem of net.
The above-mentioned technical purpose of the utility model technical scheme is that:
A kind of beater disintegrating machine of stable blanking includes the bearing placed on the ground, the machine being fixed on above bearing Shell and motor and main shaft and hammering crushing mechanism, the pulverizing chamber of the interior promising cavity of setting of casing, main shaft penetrate through casing and powder Broken room and opposite casing is rotatablely connected, hammering crushing mechanism is located in pulverizing chamber and main shaft connection follows main axis, motor and Bearing is affixed and motor drives main axis, which is characterized in that the beater disintegrating machine also include be located in pulverizing chamber and with The coaxial sieve of main shaft, the sieve include sieve circumferential wall, screen side wall and gear ring wall, sieve circumferential wall and gear ring wall point Not Wei Yu screen side wall both ends, offer sieve pore in sieve circumferential wall, screen side wall is connect with main axis, sieve circumferential wall One end far from screen side wall is rotatablely connected with pulverizing chamber side wall, and hammering crushing mechanism is located on the inside of sieve circumferential wall, gear ring wall Inside is provided with ring gear, and main shaft is provided with the driving gear for driving ring gear rotation close to gear ring wall site, with sieve circumference The feeding port connected with sieve is offered on the pulverizing chamber side wall of wall rotation connection, and the pulverizing chamber bottom below sieve offers out Material mouth.
By using above-mentioned technical proposal, motor drives main axis, and motor drives main axis, with main axis band Dynamic hammering crushing mechanism rotation, the material in sieve is broken into powdered;Main axis drives driving tooth rotation simultaneously Dynamic, driving gear drives ring gear rotation so as to drive sieve around main axis, as sieve rotates, the material energy inside sieve It is enough fully to roll impact screen, ensure that material will not block sieve, fallen at the slave sieve that short grained powder material can be stablized To discharge port.
Preferably, it is provided between ring gear and driving gear and the intermediate gear that the two engages, intermediate gear rotation It is connected on pulverizing chamber side wall.
It by using above-mentioned technical proposal, is driven by intermediate gear, driving gear can be set smaller, reach larger Reduction ratio, ensure sieve velocity of rotation will not be too fast.
Preferably, sieve circumferential wall is cylinder side wall close to one section of screen side wall, sieve circumferential wall is rotated with pulverizing chamber One section of connection is conical walls, and hammering crushing mechanism is located in one section of cylinder side wall.
By using above-mentioned technical proposal, the conical walls of the material along the sieve that enter from feeding port enter the cylindrical side of sieve It is crushed in the cavity that wall is formed through hammering crushing mechanism, during comminuting matter, the material that is splashed in conical walls Also it can be slided along conical walls, ensure that materials more as possible is gathered in the position where hammering crushing mechanism.
Preferably, hammering crushing mechanism includes support plate, hammer slice axis, hammer leaf and spacer sleeve, support plate is two pieces, solid respectively It is connected to close to the position at pulverizing chamber both ends on main shaft, several hammer slice axis rotate company between two support plates and with two support plates Connect, hammer leaf and spacer sleeve are respectively positioned among two support plates, and spacer sleeve is set on hammer slice axis, hammer slice axis pass through hammer leaf one end with It is rotatablely connected, between the hammer leaf on same hammer slice axis by spacer sleeve apart from one another by.
By using above-mentioned technical proposal, main axis drives support plate rotation, and support plate rotation drives hammer slice axis rotation, As the hammer leaf of hammer slice axis rotation thereon taps material under effect of inertia, material is crushed.
Preferably, hammer slice axis is four, the hammer leaf on adjacent two hammer slice axis is staggered.
By using above-mentioned technical proposal, the crushing effect of hammering crushing mechanism is more preferably.
Preferably, the shape of hammer leaf is rectangular sheet.
By using above-mentioned technical proposal, hammer leaf facilitates machine-shaping and crushing effect is also preferable.
Preferably, the edge of hammer leaf is serrated.
By using above-mentioned technical proposal, hammer leaf broken material it is better.
Preferably, being hinged with cover board at feeding port, cover plate lid is closed on feeding port.
The dust that material generates is tapped by using above-mentioned technical proposal, in pulverizing chamber will not blow out through cover board blocking.
In conclusion the utility model has following technique effect:It is rotatably connected on main shaft by sieve, and main shaft turns Kinetic energy enough drives sieve to rotate, and sieve materials inside is made to be kept in motion, and prevents the material in sieve from being accumulated in screen surface Sieve pore is blocked, reached the small particles material in sieve steadily can fall to feed opening from sieve pore.
Description of the drawings
Fig. 1 is the structure diagram after the utility model excision top extension set shell;
Fig. 2 is the structure diagram after the utility model sieve is half-sectional;
Fig. 3 is the external structure schematic diagram of the utility model;
Fig. 4 is the structure diagram of hammering crushing mechanism.
In figure, 1, bearing;2nd, casing;23rd, feeding port;231st, cover board;24th, discharge port;27th, pulverizing chamber;271st, flange collar;3、 Main shaft;31st, driving gear;32nd, intermediate gear;321st, center tooth rotation axis;4th, motor;5th, hammering crushing mechanism;51st, it supports Plate;52nd, hammer slice axis;53rd, hammer leaf;54th, spacer sleeve;6th, sieve;61st, sieve circumferential wall;62nd, screen side wall;63rd, gear ring wall; 631st, ring gear.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.The identical attached drawing of wherein identical parts Label represents.It should be noted that word "front", "rear" used in the following description, "left", "right", " on ", " under ", " bottom Face " and " top surface " refer to the direction in attached drawing, and word " interior " and " outer " are referred respectively to towards or away from particular elements geometry The direction at center.
As depicted in figs. 1 and 2, a kind of beater disintegrating machine of stable blanking, comprising the bearing 1 placed on the ground, admittedly The casing 2 and motor 4 and main shaft 3, hammering crushing mechanism 5 and the sieve 6 equipped with material, main shaft 3 for being scheduled on 1 top of bearing run through Cross casing 2 and opposite casing 2 be rotatablely connected, motor 4 drives main shaft 3 to rotate by belt, sieve 6 be located at casing 1 it is interior and with master Axis 3 is rotatablely connected, and main shaft 3 is connected by gear drives sieve 6 to be rotated around main shaft 3, hammering crushing mechanism 5 be located at sieve 6 it is interior and The connection of main shaft 3 follows main shaft 3 to rotate.In this way, motor 4 drives main shaft 3 to rotate, the rotation of main shaft 3 drives hammering crushing mechanism 5 to rotate So as to crush the material in sieve 6, meanwhile, the rotation of main shaft 3 is connected by gear drives sieve 6 to be rotated around main shaft 3, makes sieve 6 materials inside of net is kept in motion, and prevents material in sieve 6 in 6 surface accumulated plugging sieve 6 of sieve, ensure it is broken after Small particles material can steadily be detached from sieve and be collected.
As depicted in figs. 1 and 2, the cavity in casing 2 is pulverizing chamber 27, and sieve 6 is located in pulverizing chamber 27, and sieve 6 includes Sieve circumferential wall 61, screen side wall 62 and gear ring wall 63, sieve circumferential wall 61 and gear ring wall 63 are respectively positioned at screen side wall 62 Both ends offer sieve pore in sieve circumferential wall 61, and screen side wall 62 is rotatablely connected with main shaft 3 by bearing, are inputted far from main shaft 3 27 side wall of pulverizing chamber at end is protruding with the flange collar 271 coaxial with main shaft 3(See Fig. 1), sieve circumferential wall 61 is far from screen side wall 62 one end is rotatablely connected with the cooperation of flange collar 271, and 63 inside of gear ring wall is provided with ring gear 631, and main shaft 3 is close to 63, gear ring wall Position be provided with drive ring gear 631 rotate driving gear 31, be provided between ring gear 631 and driving gear 31 with both The intermediate gear 32 of engagement, intermediate gear 32 are rotatably connected on the side wall of pulverizing chamber 27 by center tooth rotation axis 321(That is casing 2)On(See Fig. 3).In this way, the rotation of main shaft 3 drives driving gear 31 to rotate, and then ring gear is driven by intermediate gear 32 631 rotations, the rotation of ring gear 631 can drive gear ring wall 63 to rotate, and then rotate screen side wall 62 and sieve circumferential wall 61.
In addition, connect as shown in figure 3, being offered on 27 side wall of pulverizing chamber being rotatablely connected with sieve circumferential wall 61 with sieve 6 Logical feeding port 23,27 bottom of pulverizing chamber of 6 lower section of sieve offer discharge port 24, cover board 231 are hinged at feeding port 23, is covered The lid of plate 231 is closed on feeding port 23, and the material put into this way from feeding port 23 can be directly entered inside sieve 6 through hammer leaf powder Broken mechanism 5 crushes, and the sieve pore of the small particle powder after crushing from sieve 6 falls into discharge port 24 and is collected.
Preferably, as shown in Fig. 2, sieve circumferential wall 61 is cylinder side wall close to one section of screen side wall 62, sieve circumference Be rotatablely connected one section of wall 61 and pulverizing chamber 27 is conical walls, and hammering crushing mechanism 5 is located in one section of cylinder side wall, in this way, from In the cavity that the cylinder side wall that the material that feeding port 23 enters can slip into sieve 6 along the conical walls of sieve 6 is formed, through hammer leaf powder Broken mechanism 5 crushes, and during comminuting matter, the material being splashed in conical walls can also be slided along conical walls, ensures Materials more as possible is gathered in the position where hammering crushing mechanism 5, improves crushing effect.
As shown in Figure 2 and Figure 4, hammering crushing mechanism 5 includes support plate 51, hammer slice axis 52, hammer leaf 53 and spacer sleeve 54, branch Fagging 51 is two pieces, is respectively and fixedly connected in the position close to 27 both ends of pulverizing chamber on main shaft 3, several hammer slice axis 52 are located at two support plates It is rotatablely connected between 51 and with two support plates 51, hammer leaf 53 and spacer sleeve 54 are respectively positioned among two support plates 51,54 sets of spacer sleeve Be located on hammer slice axis 52, hammer slice axis 52 pass through hammer leaf 53 one end be rotatablely connected with it, the hammer leaf 53 on same hammer slice axis 52 it Between by spacer sleeve 54 apart from one another by.In this way, the rotation of main shaft 3 drives support plate 51 to rotate, the rotation of support plate 51 drives hammer Bobbin 52 rotates, and the hammer leaf 53 rotated thereon with hammer slice axis 52 taps the material in sieve 6 under effect of inertia, to object Material crushes.
Preferably, hammer leaf 53 is rectangular sheet, and edge is serrated, and the crushing effect of such hammer leaf is preferable.
The operation principle of the utility model is:
In the cavity that first material is formed from feeding port 23 into sieve circumferential wall 61, subsequent start-up motor 4 drives main shaft 3 Rotation, the rotation of main shaft 3 drive hammering crushing mechanism 5 to rotate so as to crush the material in sieve 6, meanwhile, main shaft 3 rotates band Dynamic driving gear 31 rotates, and then ring gear 631 is driven to rotate by intermediate gear 32, and the rotation of ring gear 631 can be with moving teeth Circle wall 63 rotates, and then rotate screen side wall 62 and sieve circumferential wall 61, and sieve 6 is simultaneously around main shaft in this way in shattering process 3 rotations make the moment under the castering action that is rotated in sieve 6 of the material being located in sieve 6 be kept in motion, prevent solid accumulation Sieve pore is blocked, broken small particles material can be made steadily to be dropped out from sieve 6 and be collected into discharge port 24.
This specific embodiment is only explanation to the utility model, is not the limitation to the utility model, ability Field technique personnel can as needed make the present embodiment the modification of no creative contribution after this specification is read, but As long as it is all protected in the right of the utility model by Patent Law.

Claims (8)

1. a kind of beater disintegrating machine of stable blanking includes the bearing placed on the ground(1), be fixed on bearing(1)Top Casing(2)And motor(4)And main shaft(3)With hammering crushing mechanism(5), casing(2)The pulverizing chamber of the interior promising cavity of setting (27), main shaft(3)Penetrate through casing(2)And pulverizing chamber(27)And opposite casing(2)Rotation connection, hammering crushing mechanism(5)Position In pulverizing chamber(27)Interior and main shaft(3)Connection follows main shaft(3)Rotation, motor(4)With bearing(1)Affixed and motor(4)It drives Main shaft(3)Rotation, which is characterized in that the beater disintegrating machine, which also includes, is located at pulverizing chamber(27)Interior and and main shaft(3)Coaxially Sieve(6), the sieve(6)Include sieve circumferential wall(61), screen side wall(62)With gear ring wall(63), sieve circumferential wall (61)With gear ring wall(63)It is located at screen side wall respectively(62)Both ends, sieve circumferential wall(61)On offer sieve pore, sieve side Wall(62)With main shaft(3)Rotation connection, sieve circumferential wall(61)Far from screen side wall(62)One end and pulverizing chamber(27)Side wall Rotation connection, hammering crushing mechanism(5)Positioned at sieve circumferential wall(61)Inside, gear ring wall(63)Inside is provided with ring gear (631), main shaft(3)Close to gear ring wall(63)Position is provided with drive ring gear(631)The driving gear of rotation(31), with sieve Circumferential wall(61)The pulverizing chamber of rotation connection(27)It is offered on side wall and sieve(6)The feeding port of connection(23), sieve(6)Under The pulverizing chamber of side(27)Bottom offers discharge port(24).
2. a kind of beater disintegrating machine of stable blanking according to claim 1, it is characterised in that:Ring gear(631)With Driving gear(31)Between be provided with and both the intermediate gear that engages(32), intermediate gear(32)It is rotatably connected on pulverizing chamber (27)On side wall.
3. a kind of beater disintegrating machine of stable blanking according to claim 2, it is characterised in that:Sieve circumferential wall(61) Close to screen side wall(62)One section for cylinder side wall, sieve circumferential wall(61)With pulverizing chamber(27)One section of rotation connection is circle Bore wall, hammering crushing mechanism(5)In one section of cylinder side wall.
4. a kind of beater disintegrating machine of stable blanking according to claim 3, it is characterised in that:Hammering crushing mechanism (5)Including support plate(51), hammer slice axis(52), hammer leaf(53)And spacer sleeve(54), support plate(51)Be two pieces, be respectively and fixedly connected in Main shaft(3)Upper close pulverizing chamber(27)The position at both ends, several hammer slice axis(52)Positioned at two support plates(51)Between and with two Fagging(51)Rotation connection, hammer leaf(53)And spacer sleeve(54)It is respectively positioned on two support plates(51)Centre, spacer sleeve(54)It is set in Hammer slice axis(52)On, hammer slice axis(52)Across hammer leaf(53)One end be rotatablely connected with it, same hammer slice axis(52)On hammer leaf (53)Between pass through spacer sleeve(54)Apart from one another by.
5. a kind of beater disintegrating machine of stable blanking according to claim 4, it is characterised in that:Hammer slice axis(52)It is four Root, adjacent two hammer slice axis(52)On hammer leaf(53)It is staggered.
6. a kind of beater disintegrating machine of stable blanking according to claim 5, it is characterised in that:Hammer leaf(53)Shape For rectangular sheet.
7. a kind of beater disintegrating machine of stable blanking according to claim 6, it is characterised in that:Hammer leaf(53)Edge Position is serrated.
8. a kind of beater disintegrating machine of stable blanking according to claim 7, it is characterised in that:Feeding port(23)Place's hinge It is connected to cover board(231), cover board(231)Lid is closed in feeding port(23)On.
CN201721248128.5U 2017-09-26 2017-09-26 A kind of beater disintegrating machine of stable blanking Expired - Fee Related CN207463323U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721248128.5U CN207463323U (en) 2017-09-26 2017-09-26 A kind of beater disintegrating machine of stable blanking

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Application Number Priority Date Filing Date Title
CN201721248128.5U CN207463323U (en) 2017-09-26 2017-09-26 A kind of beater disintegrating machine of stable blanking

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109331955A (en) * 2018-11-20 2019-02-15 台州市硕阳机械股份有限公司 A kind of pulverizer

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109331955A (en) * 2018-11-20 2019-02-15 台州市硕阳机械股份有限公司 A kind of pulverizer
CN109331955B (en) * 2018-11-20 2020-11-17 浙江硕阳机械股份有限公司 A kind of comminutor

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Granted publication date: 20180608

Termination date: 20200926