CN205893649U

CN205893649U - Full -automatic cheese hydroextractor with prevent gearshift

Info

Publication number: CN205893649U
Application number: CN201620769250.6U
Authority: CN
Inventors: 李文; 龚华刚; 郭长青
Original assignee: TAI'AN COMPANION MACHINERY CO Ltd
Current assignee: TAI'AN COMPANION MACHINERY CO Ltd
Priority date: 2016-07-21
Filing date: 2016-07-21
Publication date: 2017-01-18
Anticipated expiration: 2026-07-21

Abstract

The utility model discloses a full -automatic cheese hydroextractor with prevent gearshift, this hydroextractor includes the dehydrating tank body, a drive uni, rotation axis (1) that links to each other with drive arrangement, bobbin base (2) middle part of the dehydrating tank body sets up and holds the cavity, the top of rotation axis (1) is provided with tapering axle (4), set up circular cone cover (5) in holding the cavity, set up lock nut (21) at the top of tapering axle (4), through tapering suit tapering axle (4) in circular cone cover (5), in bobbin base (2), it prevents the gearshift to set up between circular cone cover (5) and tapering axle (4). This hydroextractor especially is suitable for the cooperation manipulator to be used, and it is unchangeable to have guaranteed consequently that dehydrating tank rotates the fore -and -after position, and it is accurate to have guaranteed that the position of cheese is put into to the manipulator, has avoided the cheese because of scratch or winding phenomenon that putting of manipulator produced partially, has effectively guaranteed the integrality of cheese.

Description

A kind of full-automatic cheese dewaterer with non-displacement device

Technical field

The utility model is related to field of textile machinery, specially a kind of full-automatic cheese dehydration with non-displacement device Machine.

Background technology

Cheese dewaterer is a kind of centrifugal force of the generation of the high-speed rotation using dehydration tube thus dehydration tube will be placed on Moisture in interior yarn throws away from the mesh dehydration tube barrel, thus reducing the moisture content in yarn, and then meets life The requirement of production. art.

Existing dehydration tube is to surround an overall dehydration tube, each arc plate and dehydration tube successively by some arc plates Form the receiving space of cheese between cylinder bottom, the side wall of each arc plate opens up some mesh, when being dehydrated, The yarn basket support being loaded with cheese is sequentially placed in the receiving space that each inner arc plate is formed, the transmission dress by bottom for the dehydration tube Put and be driven rotation, described transmission device includes being arranged on the conical sleeve of dehydration tube bottom, this conical sleeve and power transmission shaft top Taper shaft cooperates, and is locked by locking nut at both tops, and under the action of the centrifugal force, power transmission shaft is transmitted and is Regiment commander is dynamic, by taper fit, the moment on power transmission shaft is passed to conical sleeve, and conical sleeve drives dehydration tube to rotate, during rotation, Each arc plate inwall is close to by cheese, and in it, moisture is thrown out of in mesh.

When cheese is put into toward each receiving space by yarn basket support, if this operation is to be manually placed into, then artificial The cheese being stacked on one piece directly can be successively placed on the middle part of the receiving space that each arc plate is formed, but with the sector certainly The raising of dynamicization degree, this is manually placed into process is gradually put into cheese by manipulator and replaces, and process efficiency put into by manipulator Height, during putting into, the position of manipulator must mutually corresponding with the position of dehydration tube it is ensured that position between dehydration tube rotation Constant with the resting position after rotating, only in this way just can ensure that cheese is just put when putting into cheese every time by manipulator The middle part of the receiving space being formed in each arc plate, if the front and back position of dehydration tube has deviation, manipulator will be by Cheese is put partially, and in dehydration, cheese will be hurt by the projection of formation between each pair arc plate or be wound around Phenomenon, now needs maintenance shut-downs, wastes time and energy, and causes the waste of substantial amounts of cheese simultaneously.

Mutually corresponding with the position of dehydration tube in order to ensure manipulator, so conical sleeve and power transmission shaft top will be improved as far as possible Taper shaft quality of fit, the raising of quality of fit needs to improve corresponding level of processing, high cost and be difficult to realize；De- In the presence of the vibrations of water process generation and other external force, especially starting moment, the moment of torsion moment that taper shaft produces increases, This process repeats for a long time, and taper shaft drives conical sleeve will produce relative rotation when rotating, and ultimately results in dehydration tube and turns Position before and after dynamic is differed it is impossible to be used cooperatively with manipulator.

Content of the invention

The utility model is directed to above weak point, provides a kind of full-automatic cheese dehydration with non-displacement device Machine, this dewaterer is particularly suitable for cooperative mechanical hand and uses, thereby ensure that dehydration tube rotate before and after position constant it is ensured that The position that cheese put into by manipulator is accurate, it is to avoid cheese puts the incised wound producing or wrapping phenomena partially because manipulator, The integrality of cheese has been effectively ensured.

The utility model solves its technical problem and be the technical scheme is that this dewaterer includes being dehydrated cylinder, driving Device, the rotary shaft being connected with driving means, arrange receiving cavity in the middle part of the cylinder bottom of dehydration cylinder, the top of rotary shaft is provided with Taper shaft, is arranged conical sleeve in receiving cavity, arranges in locking nut, conical sleeve at the top of taper shaft and be set with by taper Taper shaft, arranges non-displacement device between cylinder bottom, conical sleeve and taper shaft.

Realized between conical sleeve and whole dehydration cylinder by the taper fit between locking nut, conical sleeve and taper shaft Mutual locking, driving means are rotated axle and rotate, the rotation of one piece of taper shaft accompanying rotation axle, and taper shaft is connected by taper Deliver torque to conical sleeve, conical sleeve drives cylinder bottom to rotate by non-displacement device, thus the dehydration realizing being dehydrated cylinder turns Dynamic, when driving means are rotated axle and rotate, now the moment of the transmission in rotary shaft is big by zero unexpected change, the power of this mutation Square is very easy to allow and produces mutual displacement between taper shaft and conical sleeve, thus the dehydration cylinder that impact is driven by conical sleeve turns Resting position before and after dynamic, due to devising this non-displacement device, will not occur mutual position between taper shaft, conical sleeve and cylinder bottom Move, thereby ensure that the position before and after dehydration barrel body rotation is constant, before each dehydration, cheese is placed on de- by manipulator all the time The same position of water drum body is it is ensured that the manipulator position of putting into cheese is accurate, it is to avoid cheese putting because of manipulator The scratch producing or wrapping phenomena partially, have been effectively ensured the integrality of cheese.

The utility model devises, and described non-displacement device includes the connecting plate being connected with cylinder bottom, in conical sleeve bottom week To arranging round boss between direction and connecting plate, conical sleeve bottom circumferential direction is passed through bolt and is connected with connecting plate, Taper shaft both sides open up keyway, place the end of horizontal key in keyway, and the other end of horizontal key is connected by bolt Conical sleeve.

The utility model devises, and described dehydration cylinder is relatively connect by some arc plates and forms, each arc plate and cylinder bottom Between formed cheese receiving space, each arc plate opens up dewatering hole, outside conical sleeve be set with stainless steel sheath, institute State driving means and down set gradually as transmission device, the gripper shoe of transmission device, motor fixing plate from rotary shaft, motor is fixed Motor is installed in plate bottom, arranges detection means between gripper shoe and motor fixing plate.

The utility model devises, and described detection means includes above motor fixing plate and is sleeved on machine shaft Swivel becket, swivel becket periphery arrange round boss, gripper shoe bottom be positioned proximate to switch, the lower detection of proximity switch The upper surface just to round boss for the end face, the surface of the proximity switch center of circle just to an arc plate.

Brief description

Fig. 1 show structural representation one of the present utility model；

Fig. 2 show structural representation two of the present utility model；

Fig. 3 show partial enlarged drawing of the present utility model.

Specific embodiment

With specific embodiment, the utility model is described in detail below in conjunction with the accompanying drawings:

It is a specific embodiment of the present utility model as Figure 1-3, the bobbin that 22 in Fig. 2 are placed for manipulator Yarn, this dewaterer includes being dehydrated cylinder, driving means, the rotary shaft 1 being connected with driving means, and described dehydration cylinder is by some circles Arc plate 12 relatively connects and forms, and each arc plate opens up dewatering hole, forms the appearance of cheese between each arc plate 12 and cylinder bottom 2 Receive space, the cylinder bottom 2 middle part setting receiving cavity of dehydration cylinder, described driving means down set gradually as passing from rotary shaft 1 Dynamic device 13, the gripper shoe 14 of transmission device, motor fixing plate 15, motor 20, rotation are installed in motor fixing plate 15 bottom The top of axle 1 is provided with taper shaft 4, arranges conical sleeve 5 in receiving cavity 3, and conical sleeve 5 is outside to be set with stainless steel sheath 3, The top setting locking nut 21 of taper shaft 4, by taper suit taper shaft 4 in conical sleeve 5, is connected connecting plate 6 at cylinder bottom 2, Round boss 7 is set between conical sleeve 5 bottom circumferential direction and connecting plate 6, and conical sleeve 5 bottom circumferential direction is passed through to position spiral shell Bolt 8 is connected with connecting plate 6, opens up keyway in taper shaft 4 both sides, places the end of horizontal key 10 in keyway, horizontal key 10 The other end connects conical sleeve 5 by bolt 11.

Before dehydration, manipulator by yarn basket support, cheese is sequentially placed between each arc plate and cylinder bottom 2 and accommodates sky Interior, then motor 20 is rotated axle 1 by transmission device 13 and rotates, and rotary shaft 1 drives taper shaft 4 to rotate, due to Devise the top setting locking nut 21 of the taper fit passed through between taper shaft 4 and conical sleeve 5, taper shaft 4, taper shaft 4 Pass torque to conical sleeve 5, conical sleeve 5 is passed through bolt 8 and drives the connecting plate 6 being connected with cylinder bottom 2, last connecting plate 6 Drive whole dehydration cylinder to carry out the dewatering operation of cheese, in prior art, drive whole dehydration tube to realize conical sleeve 5 Body rotates, simply by the locking function of the taper fit between conical sleeve 5 and taper shaft 4 and locking nut 21, but with Long time running, this kind of simple locking function still cannot avoid the mutual position between conical sleeve 5 and whole dehydration cylinder Move, so devise bolt 8, keyway, horizontal key 10, bolt 11 again, bolt 8 by conical sleeve 5 and connects Fishplate bar 6 is connected in one piece it is ensured that both do not produce mutual displacement；Bolt 11 passes through horizontal key 10 by conical sleeve simultaneously 5 with taper shaft 4 be connected in one piece it can be seen that, between conical sleeve 5 and taper shaft 4 in addition to taper fit, increased one again Plant anti-displacement measure；Finally allow conical sleeve 5, taper shaft 4, dehydration cylinder three between do not produce mutual displacement, meet this kind The use of dewaterer cooperative mechanical hand；

In this example, it is set with swivel becket 17 above motor fixing plate 15 and on machine shaft 16, in swivel becket 17 Periphery setting round boss 18, be positioned proximate to switch 19 in gripper shoe 14 bottom, the lower detection end face of proximity switch 19 is just right The upper surface of round boss 18, with 16 1 pieces of rotations of machine shaft, proximity switch 19 is in whole dehydration for swivel becket 17 It is actionless, when dehydration cylinder remains static, the lower detection end face of proximity switch 19 is just directed at round boss 18 upper surface, does not produce mutual displacement now by detection explanation；If proximity switch 19 is not aligned with round boss 18, So proximity switch 19 will produce alarm signal, and operating personnel are overhauled to equipment by this signal, by shown in Fig. 2, The during initial installation proximity switch 19 it is ensured that center of circle just to a certain arc plate 12 for the surface of proximity switch 19.

Claims

1. a kind of full-automatic cheese dewaterer with non-displacement device it is characterised in that: this dewaterer include be dehydrated cylinder, Driving means, the rotary shaft (1) being connected with driving means, arrange receiving cavity, rotary shaft in the middle part of the cylinder bottom (2) of dehydration cylinder (1) top is provided with taper shaft (4), setting conical sleeve (5) in receiving cavity, arranges locking at the top of taper shaft (4) Nut (21), is set with taper shaft (4) by taper in conical sleeve (5), between cylinder bottom (2), conical sleeve (5) and taper shaft (4) Setting non-displacement device.

2. a kind of full-automatic cheese dewaterer with non-displacement device according to claim 1 it is characterised in that: institute State the connecting plate (6) that non-displacement device includes being connected with cylinder bottom (2), conical sleeve (5) bottom circumferential direction and connecting plate (6) it Between setting round boss (7), conical sleeve (5) bottom circumferential direction passes through bolt (8) and connecting plate (6) and is connected, in taper Axle (4) both sides open up keyway, place the end of horizontal key (10) in keyway, and the other end of horizontal key (10) passes through bolt (11) connect conical sleeve (5).

3. a kind of full-automatic cheese dewaterer with non-displacement device according to claim 2 it is characterised in that: institute State dehydration cylinder to be formed by relative the connecing of some arc plates (12), each arc plate (12) opens up dewatering hole, each arc plate (12) form the receiving space of cheese and cylinder bottom (2) between, suit stainless steel sheath (3), described drive outside conical sleeve (5) Dynamic device down sets gradually from rotary shaft (1) and fixes for transmission device (13), the gripper shoe (14) of transmission device (13), motor Plate (15), motor (20) is installed in motor fixing plate (15) bottom, arranges between gripper shoe (14) and motor fixing plate (15) Detection means.

4. a kind of full-automatic cheese dewaterer with non-displacement device according to claim 3 it is characterised in that: institute State the swivel becket (17) that detection means includes above motor fixing plate (15) and is sleeved on machine shaft (16), rotating Periphery setting round boss (18) of ring (17), is positioned proximate to switch (19) in gripper shoe (14) bottom, proximity switch (19) The lower detection upper surface just to round boss (18) for the end face, the surface of proximity switch (19) circle just to an arc plate (12) The heart.