CN209882961U

CN209882961U - Tea machine

Info

Publication number: CN209882961U
Application number: CN201920597962.8U
Authority: CN
Inventors: 王业进
Original assignee: Yuexi Shixing Machinery Equipment Co Ltd
Current assignee: Yuexi Shixing Machinery Equipment Co Ltd
Priority date: 2019-04-28
Filing date: 2019-04-28
Publication date: 2020-01-03
Anticipated expiration: 2029-04-28

Abstract

The utility model provides a tea machine, include the groove pot of constituteing by each reason strip groove, the top of groove pot is provided with distributing device, and distributing device includes the distributing box who is used for the splendid attire material of arranging with each reason strip groove respectively, and the distributing box is connected with adjustment mechanism, and adjustment mechanism is used for adjusting the distributing box to reason strip inslot cloth, the utility model discloses stable in structure, rationally distributed, it is convenient to adjust, can realize to the even cloth of reason strip inslot while, promotes the reason strip effect and the efficiency of completing of tealeaves, has satisfied present operation requirement.

Description

Tea machine

Technical Field

The utility model discloses tea processing equipment field, concretely relates to tea machine.

Background

When tea leaves are subjected to enzyme deactivation and carding, a tea machine is generally adopted to carding the tea leaves. When a tea grower uses the tea maker, the tea grower firstly arranges new leaves in each tea tidying groove on the tea tidying machine by hand, then the tea maker carries out water-removing and tea tidying on the tea leaves, after the tea tidying is finished, the tea leaves in the tea tidying grooves are poured out from one side, and then the new leaves are manually rearranged in each tea tidying groove on the tea tidying machine.

The prior carding machine has the following problems: firstly, the manual operation needs to be carried out quickly in a short time, so that the uniformity of the tea leaves in each carding groove cannot be ensured, and the tea leaves are uniformly distributed in the length direction of the grooves; second, some reason strip machines are in order to promote reason strip effect, set up reason strip stick in the reason strip inslot, after the reason strip finishes, in order to make reason strip stick not to influence tealeaves and empty away from reason strip inslot, can lift up one end distance with reason strip stick from reason strip inslot, but after the reason strip stick lifted up, can influence next time to reason strip inslot cloth, it is even to lead to being difficult for arranging tealeaves in the reason strip inslot, and after arranging the new leaf, reason strip stick falls, can compress tightly the new leaf in the reason strip inslot, not only make tealeaves can't be in the short time equipartition, and can lead to partial tealeaves to deactivate and reason strip degree not enough, and the third, the time of generally adding the new leaf is about a minute, and in this time difference, the problem that the tea that the reason strip degree differs can appear in the tealeaves that gets into the reason strip inslot around can making. Therefore, the tea leaf fixation and carding efficiency and effect are improved, and the problems are urgently needed to be solved.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a tea machine, its purpose can realize promoting tealeaves water removing reason strip efficiency and effect to the even cloth of reason strip inslot.

The utility model discloses the technical scheme who takes specifically as follows:

a tea machine comprises a groove pot composed of strip tidying grooves, a material distributing device is arranged above the groove pot, the material distributing device comprises material distributing grooves which are arranged corresponding to the strip tidying grooves and used for containing materials, the material distributing grooves are connected with an adjusting mechanism, and the adjusting mechanism is used for adjusting the material distributing grooves to distribute materials into the strip tidying grooves.

Preferably: the distributing grooves are provided with distributing groove bottoms which are arranged into an open-close type structure, and the adjusting mechanism is used for adjusting the opening and closing of the groove bottoms of the distributing grooves to distribute materials.

Preferably: the bottom of a distributing trough of the distributing trough is horizontally and smoothly arranged on the distributing rack, the distributing troughs are arranged at intervals, an adjusting mechanism adjusts the bottom of the distributing trough to be in two states, one is the material loading position for closing the bottom of the distributing trough, and the other is the material distributing position for avoiding the falling of materials in the distributing trough between the two distributing troughs.

Preferably: the tank frame of distributing tank includes two A1 cell walls and A2 cell walls that arrange relatively, A1, A2 cell wall are the cell wall unanimous with the groove length direction of distributing tank, A1 cell wall and/or A2 cell wall rotate through the A pivot and install on the distributing frame, the A pivot keeps unanimous with the groove length direction of distributing tank, when the distributing tank bottom is in the material loading position, the tank frame of distributing tank is that the upper shed is big, the state that the end opening is little is arranged, when the distributing tank bottom is in the material distributing position, the tank frame of distributing tank is that the upper shed is little, the state that the end opening is big is arranged.

Preferably: the lower surface of the bottom of the distributing groove is provided with a containing groove for containing a bar tidying rod, and the bar tidying rod is installed on the distributing device through a lifting assembly.

Preferably: the A rotating shaft comprises an A1 rotating shaft and an A2 rotating shaft, each A1 groove wall is rotatably arranged on the cloth frame through the A1 rotating shaft, and each A2 groove wall is rotatably arranged on the cloth frame through the A2 rotating shaft.

Preferably: the cloth rack is provided with a movable support, the movable support is in sliding fit with the cloth rack along the groove width direction of the strip arranging groove, and the bottom of the cloth groove is arranged on the movable support at intervals.

Preferably: the movable support is provided with two movable rods which are horizontally arranged, the rod length of each movable rod is consistent with the arrangement range of the strip tidying grooves, the two movable rods are movably arranged on the movable support and are connected with the lifting assembly, lifting ropes are arranged on the movable rods at intervals, the strip tidying rods in the strip tidying grooves are hung on the movable rods through the lifting ropes, and the movable rods are adjusted to move to achieve lifting adjustment of the strip tidying rods.

Preferably: the two movable rods are connected, and the movable rods are slidably arranged on the movable support along the vertical direction or the horizontal direction.

Preferably: the other two side groove walls between the A1 groove wall and the A2 groove wall are made of flexible materials or elastic cloth.

Preferably: the outer sides of the A1 and A2 groove walls are respectively provided with a baffle, and the end parts of the A1 and A2 groove walls are in clearance fit with the baffle.

Preferably: the movable rod is connected with the A pushing electric cylinder.

The utility model discloses the technological effect who gains does: the groove pot is used for treating the tea wrap reason strip, setting through the distributing device, realize the function to the cloth of each reason strip inslot in the groove pot, arrange with each reason strip groove correspondence through the distributing trough, realize that every distributing trough can be to the cloth of the reason strip inslot that corresponds, realize when the in-process that the tea wrap reason strip that the reason strip groove is being carried out to it, can be to the distributing trough cloth, after the reason strip groove finishes pouring the material to the tea wrap reason strip in it, can be quick carry out the cloth to the reason strip inslot, very big promotion machining efficiency, setting through adjustment mechanism, realize adjusting each distributing trough simultaneously to the function of the cloth of reason strip inslot, when having avoided present manual work in proper order to each reason strip inslot cloth, cause the front and back cloth time difference, lead to the problem that the degree of completing differs.

The tea leaves are fed into the tea strip arranging grooves in front and back, so that different time is easy to feed the tea leaves into the tea strip arranging grooves, different tea leaf fixation degrees can be caused, the tea leaves are easy to disperse during distribution, the tea leaves are easy to feed into other tea strip arranging grooves when the corresponding tea strip arranging grooves are distributed, the tea leaf quantity in each tea strip arranging groove is different, the tea leaf fixation degree and effect in each tea strip arranging groove are deviated, the distribution groove bottom is opened only by arranging the opening and closing type distribution groove bottom, the tea leaves in the distribution grooves can fall into the tea strip arranging grooves, the tea leaves in the distribution grooves can simultaneously enter the corresponding tea strip arranging grooves, the distribution is quick and convenient, and the tea leaves in the distribution grooves can be distributed into the corresponding tea strip arranging grooves in equal quantity, the tea leaf fixation and carding device has the advantages that uniform distribution is realized, the tea leaf fixation and carding effects in the carding grooves are the same, and the tea leaf fixation and carding effects are guaranteed.

The bottom of the distributing groove is arranged on the distributing bracket in a horizontal sliding manner, so that when the bottom of the distributing groove is adjusted to be opened and closed, only the bottom of the distributing groove needs to be adjusted to slide on the distributing bracket, the convenience is realized, the simultaneous sliding of the bottoms of the distributing grooves is realized, and the simultaneous opening and closing adjustment of the bottoms of the distributing grooves is realized; compared with other opening and closing modes, the sliding type opening and closing device is easy to implement, low in failure rate, convenient to adjust and convenient to control.

Through the rotatable arrangement of the A1 tank wall and the A2 tank wall, when tea leaves are added into the distributing tank, the A1 tank wall and the A2 tank wall rotate, and a tank frame of the distributing tank is in a state that an upper opening is large and a lower opening is small, so that the tea leaves are conveniently added into the distributing tank; when the distributing chute distributes to the reason strip inslot, A1 cell wall and A2 cell wall rotate, and the tank frame of distributing chute is that the upper shed is little, the big state of end opening is arranged, can make the tealeaves in the distributing chute fall into the reason strip groove fast, and the tank frame of having avoided the distributing chute is end opening hour, and the difficult problem that the blanking of tealeaves easily blockked up has avoided traditional fixed distributing chute to add tealeaves unchangeable or to the inconvenient problem of cloth in the reason strip inslot.

Through the arrangement of the accommodating groove, when the material distribution groove is used for preparing material distribution, the lifting assembly lifts the bar tidying rod into the accommodating groove before the groove bottom moves from the material loading position to the material distribution position, then the groove bottom is adjusted to move from the material loading position to the material distribution position, after the material distribution is finished, the groove bottom moves from the material distribution position to the material loading position, and the lifting assembly puts down the bar tidying rod; the problem that the strip tidying rod blocks the material distribution is avoided, and the material distribution groove can distribute the material to the strip tidying groove quickly.

Through the setting of A1 pivot and A2 pivot, make and adjust A1 pivot and A2 pivot and rotate, can adjust the switching of the cell frame two kinds of states of distributing trough, A1 pivot and A2 pivot rotate towards opposite direction respectively, can drive the rotation of the orientation opposite direction of each A1 cell wall and each A2 cell wall respectively, make when being convenient for realize that the tank bottom is in the material loading position, the cell frame of distributing trough is that the upper shed is big, the little state of lower part is arranged, when the tank bottom is in the material distributing position, the cell frame of distributing trough is that the upper shed is little, the big state of lower part is arranged.

Through constituting sliding fit between movable support and the cloth frame, when adjusting the cloth tank bottom, only need drive movable support and slide on the cloth frame and can realize the synchronous regulation to each cloth tank bottom, stable in structure adjusts conveniently, is convenient for realize.

Hang the mode on the movable rod through the lifting rope with the reason strip stick, at first can make the reason strip stick be and suspend the form in midair, make the groove pot when carrying out the reason strip that completes to tealeaves, the reason strip stick can swing, the realization is pressed down the tealeaves in the groove pot intermittently, can effectual promotion tealeaves effect that completes and reason strip, then when needs are accomodate the reason strip stick in accomodating the groove, only need drive the movable rod and remove, can upwards promote the lifting rope, the realization promotes the reason strip stick to accomodating in the groove.

The movable rod is arranged on the movable support in a sliding mode along the vertical direction, and when the bar tidying rod is stored, the movable rod moves upwards to drive the lifting rope to lift upwards, so that the bar tidying rod is lifted into the storage groove; the movable rod adopts the mode of arranging along horizontal direction slidable mounting on the movable support, and lifting unit includes the guide pulley, and the guide pulley is arranged at cloth tank bottom both ends, and reason strip stick is connected to lifting rope one end, and the other end is connected on the movable rod, and the body of lifting rope is worn and is taken on the guide pulley, and when the movable rod moved along its length direction at the horizontal direction, the lifting rope was along with movable rod horizontal migration to upwards promote the reason strip stick through the guide pulley, can accomodate the reason strip stick in accomodating the groove.

Constitute other both sides cell wall through flexible material or elasticity cloth, when A1 cell wall, A2 cell wall activity rotation transform, the both ends of A1 cell wall, A2 cell wall can be sealed all the time to both sides cell wall in addition for the cloth groove can hold tealeaves, avoids tealeaves to spill from both ends, the realization of being convenient for.

Through the setting of baffle, the realization is with each A1 cell wall, the both ends of A2 cell wall carry out the shutoff of uniting for the distributing box can hold tealeaves, avoid tealeaves to spill from both ends, simultaneously through A1, be clearance fit's setting between the tip of A2 cell wall and the baffle, when A1 cell wall, A2 cell wall activity rotate the transform, the baffle can block all the time at the both ends of A1 cell wall, A2 cell wall, be convenient for realize, it is convenient to implement. The electric cylinder is pushed by the A to provide power, so that the movable rod is driven to move.

The utility model discloses stable in structure, rationally distributed, it is convenient to adjust, can realize promoting the reason strip effect and the efficiency of completing of tealeaves to the even cloth of reason strip inslot simultaneously, has satisfied present operation requirement.

Drawings

Fig. 1 is a schematic structural view of the tea machine provided by the utility model.

Fig. 2 is a schematic view of a rear side structure of the tea machine provided by the utility model.

Fig. 3 is a schematic structural view of a distribution chute and a tank pan in the tea machine provided by the utility model.

Fig. 4 is a schematic structural view of an adjusting mechanism in a tea machine according to the present invention.

Fig. 5 is a schematic structural view of a2 cross bar and a2 vertical bar in the tea machine of the present invention.

Fig. 6 is a schematic structural view of a1 cross bar and a1 vertical bar in the tea machine of the present invention.

Fig. 7 is a schematic structural view of the push rod and the push sleeve in the tea machine of the present invention.

The corresponding relation of all the reference numbers is as follows: 100-groove pan, 110-carding groove, 200-distributing device, 210-distributing groove, 211-A1 groove wall, 212-A2 groove wall, 213-distributing groove bottom, 213 a-accommodating groove, 214-A1 rotating shaft, 215-A2 rotating shaft, 216-distributing bracket, 217-baffle, 218-movable bracket, 300-adjusting mechanism, 310-push rod, 320-A1 connecting rod, 321-A1 vertical rod, 321a-A1 strip-shaped hole, 322-A connecting piece, 341-A2 vertical rod, 341a-A2 strip-shaped hole, 342-B connecting piece, 330-A1 crank, 340-A2 connecting rod, 350-A2 crank, 360-push sleeve, 361-limit piece, 362-trunnion, 370-synchronous reversing component, 371-reversing rod, 372-transmission component, 372a-B crank, 372a1-B strip hole, 373-B rotating shaft, 374-A1 cross bar, 375-A2 cross bar, 380-elastic piece, 390-B pushing electric cylinder, 400-bar, 410-lifting component, 420-movable rod and 430-lifting rope.

Detailed Description

In order to make the objects and advantages of the present invention more apparent, the present invention will be described in detail with reference to the following embodiments. It is to be understood that the following text is only intended to describe one or several particular embodiments of the invention, and does not strictly limit the scope of the claims specifically claimed.

Example 1

Referring to fig. 1-4, in the embodiment of the present invention, a tea machine is provided, including a tank pan 100 composed of various carding grooves 110, a material distribution device 200 is disposed above the tank pan 100, the material distribution device 200 includes material distribution grooves 210 for containing materials, which are respectively disposed corresponding to the carding grooves 110, the material distribution grooves 210 are connected with an adjusting mechanism 300, and the adjusting mechanism 300 is used for adjusting the material distribution grooves 210 to distribute materials into the carding grooves 110.

The groove pot 100 is used for conducting fixation and carding treatment on tea, the arrangement of the distributing device 200 is achieved, the function of distributing materials into the tea carding grooves 110 in the groove pot 100 is achieved, the distributing grooves 210 are arranged corresponding to the tea carding grooves 110, the distributing materials can be distributed into the corresponding carding grooves 110 through the distributing grooves 210, in-process fixation and carding of tea in the carding grooves 110 is achieved, the distributing materials can be distributed into the distributing grooves 210, after the tea in the carding grooves 110 is completely poured after fixation and carding, the distributing materials can be rapidly distributed into the carding grooves 110, machining efficiency is greatly improved, the function of regulating the distribution materials in the tea carding grooves 210 simultaneously into the carding grooves 110 is achieved through the arrangement of the regulating mechanism 300, and the problem that the fixation degree is different due to the fact that the difference between the front distributing time and the rear distributing time is caused when manual work is conducted to the tea carding grooves 110 in sequence is avoided.

The distributing chute 210 is provided with a distributing chute bottom 213, the distributing chute bottom 213 is set to be an open-close structure, and the adjusting mechanism 300 is used for adjusting the chute bottom of each distributing chute 210 to be opened and closed for distributing.

The tea leaves enter the tidying grooves 110 from front to back, so that different time for the tea leaves to enter the tidying grooves 110 and different tea leaf fixation degrees are easily caused, the tea leaves are easily scattered during distribution, the tea leaves easily enter other tidying grooves 110 during distribution of the corresponding tidying grooves 110, the tea leaf fixation degree and effect in each tidying groove 110 are different due to different tea leaf amounts in each tidying groove 110, and the tea leaf fixation degree and effect in each tidying groove 110 are deviated, the uniform distribution is realized, the tea leaf fixation and carding effects in the carding grooves 110 are the same, and the tea leaf fixation and carding effects are ensured.

The distributing trough bottom 213 of the distributing trough 210 is horizontally and slidably mounted on the distributing frame 216, the distributing troughs 210 are arranged at intervals, and the adjusting mechanism 300 adjusts the distributing trough bottom 213 to be in two states, wherein one state is a closed loading position for the trough bottom of the distributing trough 210, and the other state is a distributing position which is moved between the two distributing troughs 210 and avoids the falling of the material in the distributing trough 210.

The distribution groove bottoms 213 are horizontally and slidably mounted on the distribution support 216, so that when the distribution groove bottoms 213 are adjusted to be opened and closed, only the distribution groove bottoms 213 are required to be adjusted to slide on the distribution support 216, the realization is convenient, the simultaneous sliding of the distribution groove bottoms 213 is convenient to realize, and the simultaneous opening and closing adjustment of the distribution groove bottoms 213 is realized; compared with other opening and closing modes, the sliding type opening and closing device is easy to implement, low in failure rate, convenient to adjust and convenient to control.

The tank frame of the distributing tank 210 comprises two A1 tank walls 211 and A2 tank walls 212 which are arranged oppositely, the A1 and A2 tank walls are tank walls consistent with the tank length direction of the distributing tank 210, the A1 tank walls 211 and/or the A2 tank walls 212 are/is rotatably arranged on the distributing frame 216 through an A rotating shaft, the A rotating shaft is consistent with the tank length direction of the distributing tank 210, when the distributing tank bottom 213 is at a loading position, the tank frame of the distributing tank 210 is arranged in a state that the upper opening is large and the lower opening is small, and when the distributing tank bottom 213 is at a distributing position, the tank frame of the distributing tank is arranged in a state that the upper opening is small and the lower opening is large.

Through the rotatable arrangement of the A1 tank wall 211 and the A2 tank wall 212, when tea leaves are added into the distributing tank 210, the A1 tank wall 211 and the A2 tank wall 212 rotate, and the tank frame of the distributing tank 210 is in a state of large upper opening and small lower opening, so that the tea leaves are conveniently added into the distributing tank 210; when distributing groove 210 distributes to in the reason strip groove 110, A1 cell wall 211 and A2 cell wall 212 rotate, and the tank frame of distributing groove 210 is that the state that the upper shed is little, the end opening is big is arranged, can make the tealeaves in the distributing groove 210 fall into reason strip groove 110 fast, and the tank frame of having avoided distributing groove 210 is the end opening hour, the easy problem of blockking up of difficult blanking of tealeaves, has avoided traditional fixed distributing groove 210 to add tealeaves unchangeable or to the inconvenient problem of cloth in reason strip groove 110.

The lower surface of the bottom of the distributing chute 210 is provided with a receiving chute 213a for receiving the carding bar 400, and the carding bar 400 is installed on the distributing device 200 in a lifting way through a lifting assembly 410.

Through the arrangement of the accommodating groove 213a, when the material distribution groove 210 prepares for material distribution, before the groove bottom moves from the loading position to the material distribution position, the lifting component 410 lifts the bar-arranging rod 400 into the accommodating groove 213a, then the groove bottom is adjusted to move from the loading position to the material distribution position, after the material distribution is finished, the groove bottom moves from the material distribution position to the loading position, and the lifting component 410 puts down the bar-arranging rod 400; the problem that the carding bar 400 obstructs the material distribution is avoided, and the material distribution groove 210 can distribute the material into the carding groove 110 quickly.

The A rotating shaft comprises an A1 rotating shaft 214 and an A2 rotating shaft 215, each A1 groove wall 211 is rotatably installed on the cloth rack 216 through the A1 rotating shaft 214, and each A2 groove wall 212 is rotatably installed on the cloth rack 216 through the A2 rotating shaft 215.

Through the arrangement of the a1 rotating shaft 214 and the a2 rotating shaft 215, the a1 rotating shaft 214 and the a2 rotating shaft 215 are adjusted to rotate, so that the two states of the tank frame of the material distribution tank 210 can be adjusted to be switched, the a1 rotating shaft 214 and the a2 rotating shaft 215 rotate in opposite directions respectively, and the a1 tank walls 211 and the a2 tank walls 212 can be driven to rotate in opposite directions respectively, so that when the tank bottom is at a material loading position, the tank frame of the material distribution tank 210 is arranged in a state that the upper opening is large and the lower opening is small, and when the tank bottom is at the material distribution position, the tank frame of the material distribution tank 210 is arranged in a state that the upper opening is small and the.

The cloth frame 216 is provided with a movable support 218, the movable support 218 is in sliding fit with the cloth frame 216 along the width direction of the carding groove 110, and the bottom 213 of the cloth groove is arranged on the movable support 218 at intervals.

Through the sliding fit formed between the movable support 218 and the distributing frame 216, when the distributing groove bottom 213 is adjusted, the movable support 218 is driven to slide on the distributing frame 216, so that the synchronous adjustment of the distributing groove bottoms 213 can be realized, the structure is stable, the adjustment is convenient and fast, and the realization is convenient.

Two movable rods 420 which are horizontally arranged are arranged on the movable support 218, the rod length of each movable rod 420 is consistent with the arrangement range of the strip tidying groove 110, the two movable rods 420 are movably arranged on the movable support 218, the movable rods 420 are connected with the lifting assembly 410, lifting ropes 430 are arranged on the movable rods 420 at intervals, the strip tidying rods 400 in the strip tidying grooves 110 are hung on the movable rods 420 through the lifting ropes 430, and the movable rods 420 are adjusted to move to achieve lifting adjustment of the strip tidying rods 400.

Hang the mode on movable rod 420 through lifting rope 430 with reason stick 400, at first can make reason stick 400 be and suspend the form in midair, make groove pot 100 when fixing green and managing the strip to tealeaves, reason stick 400 can swing, the realization is pressed to the tealeaves in the groove pot 100 intermittently, can effectual promotion tealeaves fix green and the effect of reason strip, then when needs are accomodate reason stick 400 in accomodating groove 213a, only need drive movable rod 420 to remove, can upwards promote lifting rope 430, the realization promotes reason stick 400 in accomodating groove 213 a.

The two movable rods 420 are connected, and the movable rods 420 are slidably mounted on the movable bracket 218 in the vertical direction or the horizontal direction.

The movable rod 420 is arranged on the movable support 218 in a manner of sliding along the vertical direction, and when the bar-tidying bar 400 is stored, the movable rod 420 moves upwards to drive the lifting rope 430 to lift upwards, so that the bar-tidying bar 400 is lifted into the storage groove 213 a; the movable rod 420 adopts the arrangement mode of sliding mounting on the movable support 218 along the horizontal direction, the lifting component 410 comprises a guide wheel, the guide wheel is arranged at two ends of the bottom 213 of the material distribution groove, one end of the lifting rope 430 is connected with the bar 400, the other end of the lifting rope 430 is connected on the movable rod 420, the body section of the lifting rope 430 is worn on the guide wheel, the movable rod 420 moves along the length direction of the movable rod in the horizontal direction, the lifting rope 430 moves horizontally along with the movable rod 420, the bar 400 is lifted upwards through the guide wheel, and the bar 400 can be stored in the storage groove 213 a.

The other two side groove walls between the A1 groove wall 211 and the A2 groove wall 212 are made of flexible materials or elastic cloth.

Constitute other both sides cell wall through flexible material or elasticity cloth, when A1 cell wall 211, the activity of A2 cell wall 212 changes that rotates, the both ends of A1 cell wall 211, A2 cell wall 212 can be sealed all the time to other both sides cell wall for distributing groove 210 can hold tealeaves, avoids tealeaves to spill from both ends, is convenient for realize.

The outer sides of the A1 and A2 groove walls are respectively provided with a baffle 217, and the end parts of the A1 and A2 groove walls are in clearance fit with the baffle 217.

Through the setting of baffle 217, realize carrying out the unified shutoff with each A1 cell wall 211, the both ends of A2 cell wall 212 for distributing groove 210 can hold tealeaves, avoid tealeaves to spill from both ends, simultaneously through the setting for clearance fit between the tip of A1, A2 cell wall and baffle 217, when A1 cell wall 211, A2 cell wall 212 activity rotation transform, the baffle can block the both ends at A1 cell wall 211, A2 cell wall 212 all the time, be convenient for realize, it is convenient to implement.

The movable rod 420 is connected with an a-push electric cylinder.

The electric cylinder is pushed by A to provide power, so that the movable rod 420 is driven to move.

The utility model discloses when using, at first evenly arrange the new leaf in each cloth chute 210 to distributing device 200, after the reason strip finishes to last batch tealeaves as groove pot 100, the fall material drive assembly in the reason strip machine orders about groove pot 100 and rotates, make groove pot 100 be the slope form and pour tealeaves, fall material drive assembly includes bracing piece and guide roller group, the guide roller group includes direction die-pin and guide pulley, the direction die-pin is installed in groove pot 100 one side, the guide pulley rotates and installs on the bracing piece, the bracing piece is kept away from guide pulley one end and is rotated the connection crank, the crank connection pivot, groove pot 100 opposite side passes through the articulated shaft and installs on the carriage, when groove pot 100 falls the material, at first the pivot orders about the crank and rotates, the crank drives bracing piece upward movement, the bracing piece props up the groove pot through the guide roller group, make the groove pot rotate, realize that the slope of groove pot is fallen material. The pivot passes through the linkage subassembly and connects elevating system, and elevating system orders about the distributing device and goes up and down for when groove pot 400 rotates and falls the material, the distributing device rises, dodges the groove pot that rotates. Or the material distributing device 200 is arranged on the strip tidying machine through the lifting mechanism arranged at one end, before the material is poured in the groove pot 100 in a rotating mode, the material distributing device 200 is lifted to a high position through the lifting mechanism, so that the material distributing device 200 cannot block the groove pot 100 in the rotating material pouring process, after the material pouring of the groove pot 100 is finished, the lifting mechanism lowers the material distributing device to a low position, and the material distributing device 200 can distribute materials in the groove pot.

After the tea leaves are poured out of the tank pan 100, the tea leaves are reset, then the distributing device 200 descends to the upper side of the tank pan 100, the distributing device 200 starts distributing the tea leaves, firstly, the electric cylinder is pushed by the A to drive the movable rod 420 to move, the lifting rope 430 drives the tidying rod 400 to rise, the tidying rod 400 is stored in the storage groove 213a, then the adjusting mechanism 300 drives the distributing groove bottom 213 to move to a distributing position, at the moment, the tank frame of the distributing groove is arranged in a state that the upper opening is small and the lower opening is large, the tea leaves fall into the tidying groove 110 to realize distributing, after distributing is finished, the adjusting mechanism 300 drives the distributing groove bottom 213 to move to an upper material level, then the electric cylinder is pushed by the A to drive the movable rod 420 to move, the lifting rope 430 drives the tidying rod 400 to descend, the tidying rod 400 falls into the tank pan 100 again, then the tea leaves are subjected to green-removing and tidying treatment, at the distributing groove bottom 213, And in a state that the lower opening is small, new leaves are uniformly distributed in each material distribution groove 210, and the steps are repeated, so that continuous material distribution, water removing, strip tidying and material pouring can be carried out.

Example 2

Referring to fig. 2-7, according to the tea machine provided by the present invention, in the embodiment of the present invention, an adjusting mechanism for adjusting adding fresh tea leaves into a distribution groove on a tea machine is provided, which comprises a horizontally moving push rod 310 and a push sleeve 360, the middle part of the push rod 310 is connected with each distribution groove bottom 213, the other end of the push rod 310 is provided with the push sleeve 360, the push sleeve 360 is slidably mounted on the push rod 310, both ends of the sliding stroke of the push sleeve 360 are respectively provided with a stopper 363 for preventing the push sleeve 360 and the push rod 310 from separating, the push sleeve 360 is further provided with an elastic member 380, and the elastic member 380 and the push rod 310 are respectively disposed at both ends of the push sleeve 360; the rotating shafts 214 of A1 are respectively connected with the connecting rod 320 of A1 through A1 cranks 330, the rotating shafts 215 of A2 are respectively connected with the connecting rod 340 of A2 through A2 cranks 350, the connecting rods of A1 and A2 are horizontally arranged, the push sleeve 360 is connected with the connecting rods of A1 and A2 through the synchronous reversing assembly 370, and the moving directions of the connecting rods of A1 and A2 are opposite.

Through the arrangement that the push rod 310 is connected with each distribution groove bottom 213, the push rod 310 can drive each distribution groove bottom 213 to slide when moving, and the opening and closing of the distribution groove bottom 213 can be adjusted; through the arrangement of the push sleeve 360, the limit pieces 361 and the elastic pieces 380, the elastic pieces 380 enable the push rod 310 to be located at a position between the two limit pieces 361 in the push sleeve 360, so that when the push rod 310 moves, the push rod 310 firstly drives the cloth groove bottom 213 to slide, then the push rod 310 continuously moves to be in contact with and abut against the limit pieces 361 at one end of the push sleeve 360 to push the push sleeve 360 to move, the push sleeve 360 is connected with the connecting rods A1 and A2 through the synchronous reversing assembly 370 to drive the rotating shaft 214A 1 and the rotating shaft 215A 2 to rotate towards different directions; through the arrangement, when the push rod moves, the cloth groove bottom 213 is driven to slide firstly, so that the cloth groove bottom 213 is opened firstly, then the push sleeve 360 is driven to move, the push sleeve drives the groove walls A1 and A2 on the cloth groove 210 to rotate through the synchronous reversing assembly 370, so that the cloth groove 210 is in a state of large upper opening and small lower opening, and the cloth is convenient.

The synchronous reversing assembly 370 comprises a reversing rod 371 and a transmission member 372 which are obliquely arranged, the middle of the reversing rod 371 is rotatably installed on the cloth support 216 through a rotating shaft B373, the rotating shaft B373 is arranged in parallel with the rotating shaft A, two ends of the reversing rod 371 are respectively provided with a1 cross rod 374 and a2 cross rod 375, the A1 cross rods and the A2 cross rods are arranged in parallel with the rotating shaft B373, the end part of the A1 connecting rod 320 is provided with a1 vertical rod 321 which is vertically arranged, the end part of the A2 connecting rod 340 is provided with a2 vertical rod 341 which is vertically arranged, the end part of the A1 vertical rod 321 is provided with an A1 strip-shaped hole 321a which is arranged along the length direction, the end part of the A2 vertical rod 341 is provided with an A2 strip-shaped hole 341a which is arranged along the length direction, the A1 cross rod is in sliding guide fit connection with the A1 strip-shaped hole 321a, the A2 cross rod 375 is in sliding guide fit.

The pushing sleeve 360 pushes the B rotating shaft 373 to rotate through the transmission piece 372, so as to drive the reversing rod 371 to rotate, the reversing rod 371 drives the a1 vertical rod 321 and the a2 vertical rod 341 to drive through the sliding guide matching of the a1 cross rod 374 and the a2 cross rod 375 with the a1 strip-shaped hole 321a and the a2 strip-shaped hole 341a, so as to drive the a1 connecting rod 320 and the a2 connecting rod 340 to move in opposite directions, so that the rotating directions of the a1 rotating shaft 214 and the a2 rotating shaft 215 are opposite, so that when the distribution groove bottom 213 is closed, the groove frame of the distribution groove 210 is arranged in a state with a large upper opening and a small lower opening, so that fresh tea leaves can be conveniently fed into the distribution groove 210, and when the distribution groove bottom 213 is opened, the groove frame of the distribution groove 210 is arranged in a state with a small upper opening and a large lower opening, so.

The distance between the cross bar 374 of the A1 and the B rotating shaft 373 is a, the distance between the cross bar 375 of the A2 and the B rotating shaft 373 is B, and a and B are consistent.

Through the arrangement, the rotating angles of the rotating shaft 214 of the A1 and the rotating shaft 215 of the A2 are the same, the rotating angles of the groove wall 211 of the A1 and the groove wall 212 of the A2 of each distributing groove 210 are also the same, the structure of the distributing groove 210 is more reasonable, the transmission is stable, and the distributing groove is convenient to distribute

The transmission member 372 comprises a B crank 372a arranged on a B rotating shaft 373, a B strip-shaped hole 372a1 arranged along the length direction of the B crank 372a is arranged on the B crank 372a, a trunnion 362 is arranged on the push sleeve 360, and the trunnion 362 and the B strip-shaped hole 372a1 form sliding guide fit.

Through the setting of B crank 372a and trunnion 362, push rod 310 promotes push sleeve 360 and moves, and push sleeve 360 through the sliding guide cooperation of trunnion 362 with B bar hole 372a1, orders about B crank 372a and rotates, realizes ordering about B pivot 373 and rotates.

The A1 and A2 connecting rods are respectively arranged at the two outer sides of the distributing chute 210, and the reversing rod 371 is positioned at the middle position between the A1 and A2 connecting rods.

Through the arrangement, the A1 and A2 connecting rod and the reversing rod 371 are reasonable in layout, stable in movement and stable in transmission

The push rod 310 is formed by a piston rod B pushing the electric cylinder 390.

The electric cylinder 390 is pushed by the B to provide power, so that the electric cylinder is convenient to arrange and control.

The A1 vertical rod 321 is located above the A1 connecting rod 320, the A2 vertical rod 341 is located below the A2 connecting rod 340, the lower end of the A1 vertical rod 321 is connected with the A1 connecting rod 320 through an A1 connecting piece 322, the upper end of the A2 vertical rod 341 is connected with the A2 connecting rod 340 through an A2 connecting piece 342, and the A1 connecting piece and the A2 connecting piece are horizontally arranged along the groove length direction of the carding groove 110.

Through the setting of A1 connecting piece 322 and A2 connecting piece 342, make the utility model discloses the overall arrangement is more reasonable, and the structure is more stable, and power transmission is balanced stable.

The elastic member 380 is formed of a spring.

The spring is convenient to install, easy to implement and capable of providing stable and continuous elastic force.

The push sleeve 360 is a tubular member, and the limiting member 363 is a boss disposed on an inner wall of the tubular member.

The tubular member is convenient to implement, is convenient to match with a piston rod of the push inductor, and forms the limiting part 363 through the boss, so that the push rod 310 can be stably limited.

The B crank 372a is respectively arranged at both ends of the reversing rod 371, and the push sleeve 360 is provided with two trunnions 362 which form a sliding fit with the two trunnions.

Through the setting of two sets of B cranks 372a, the cooperation of trunnion 362, rationally distributed, stable in structure for power transmission is balanced stable between push sleeve 360 and B pivot 373.

When the grooved pot 100 rotates obliquely, the distributing device 200 rises upwards to avoid the grooved pot 100, the grooved pot 100 resets after pouring, then the distributing device 200 descends to the upper side of the grooved pot 100, the distributing device 200 starts distributing materials, firstly, the strip arranging rod 400 is lifted into the accommodating groove 213a, then the push rod 310 drives the distributing groove bottom 213 to move to a distributing position, the push rod 310 continues to move to push the push sleeve 360 to move, the push sleeve 360 drives the B crank 372 to rotate through the trunnion 362, the B crank 372 drives the B rotating shaft 373 to rotate, the B rotating shaft 373 drives the reversing rod 371 to rotate, the reversing rod 371 drives the A1 and the A2 cross rods to move, the A1 and the A2 cross rods drive the A1 and the A2 vertical rods to move, the A1 and the A2 vertical rods drive the A1 and the A2 connecting rods to move in opposite directions, the A1 and the A2 connecting rods drive the A1 and A2 cranks to rotate, the A1 and the A2 and A2 cross rod 6 and the A2 rotating shaft to rotate, the A1 and the distributing groove wall is driven to, The tea leaves are arranged in a large-end-opening state, the tea leaves fall into the tea carding groove 110, after the tea distribution is finished, the push rod 310 drives the bottom 213 of the tea distributing groove to move to a material loading position, the tea carding rod 400 falls into the tea carding groove 110 again, the push sleeve 360 drives and drives the groove walls A1 and A2 to rotate, a groove frame of the tea distributing groove is in a large-end-opening state and a small-end-opening state, at the moment, the groove pot 100 is matched with the tea carding rod 400 to perform water removing and carding on the tea leaves, and fresh tea leaves are added into the tea distributing groove 210 at the same time, so that continuous circular work of the tea distributing, water removing and.

The utility model discloses stable in structure, rationally distributed can realize adjusting cloth tank bottom and cloth chute through single power, reduces the energy consumption, and control is adjusted conveniently, has satisfied present operation requirement.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention. The structures, devices, and methods of operation of the present invention, not specifically described and illustrated, are generally practiced by those of ordinary skill in the art without specific recitation or limitation.

Claims

1. A tea machine which is characterized in that: the material distributing device comprises a groove pot (100) consisting of all the strip arranging grooves (110), a material distributing device (200) is arranged above the groove pot (100), the material distributing device (200) comprises material distributing grooves (210) which are respectively and correspondingly arranged with the strip arranging grooves (110) and used for containing materials, the material distributing grooves (210) are connected with an adjusting mechanism (300), and the adjusting mechanism (300) is used for adjusting the material distributing grooves (210) to distribute materials into the strip arranging grooves (110).

2. The tea machine according to claim 1, characterized in that: the distributing chute (210) is provided with a distributing chute bottom (213), the distributing chute bottom (213) is set to be an open-close structure, and the adjusting mechanism (300) is used for adjusting the chute bottom of each distributing chute (210) to be opened and closed for distributing.

3. A tea machine according to claim 1 or 2, wherein: the material distributing groove bottom (213) of the material distributing groove (210) is horizontally and slidably mounted on the material distributing frame (216), the material distributing grooves (210) are arranged at intervals, the material distributing groove bottom (213) is adjusted by the adjusting mechanism (300) to be in two states, one is a closed material loading position for the groove bottom of the material distributing groove (210), and the other is a material distributing position which is moved between the two material distributing grooves (210) and avoids the falling of materials in the material distributing groove (210).

4. A tea machine according to claim 3, wherein: the tank frame of the distributing tank (210) comprises two A1 tank walls (211) and A2 tank walls (212) which are arranged oppositely, the A1 and A2 tank walls are the tank walls consistent with the tank length direction of the distributing tank (210), the A1 tank walls (211) and/or the A2 tank walls (212) are/is rotatably installed on the distributing frame (216) through an A rotating shaft, the A rotating shaft is consistent with the tank length direction of the distributing tank (210), when the distributing tank bottom (213) is at the material loading position, the tank frame of the distributing tank (210) is arranged in a state that the upper opening is large and the lower opening is small, and when the distributing tank bottom (213) is at the material loading position, the tank frame of the distributing tank is arranged in a state that the upper opening is small and the lower opening is large.

5. A tea machine according to claim 3, wherein: the lower surface of the bottom of the distributing groove (210) is provided with a containing groove (213 a) for containing a bar tidying rod (400), and the bar tidying rod (400) is installed on the distributing device (200) in a lifting mode through a lifting assembly (410).

6. The tea machine according to claim 4, characterized in that: the A rotating shaft comprises an A1 rotating shaft (214) and an A2 rotating shaft (215), each A1 groove wall (211) is rotatably arranged on the cloth frame (216) through the A1 rotating shaft (214), and each A2 groove wall (212) is rotatably arranged on the cloth frame (216) through the A2 rotating shaft (215).

7. The tea machine according to claim 4, characterized in that: the cloth frame (216) is provided with a movable support (218), the movable support (218) is in sliding fit with the cloth frame (216) along the groove width direction of the strip arranging groove (110), and the bottom (213) of the cloth groove is arranged on the movable support (218) at intervals.

8. The tea machine according to claim 4, characterized in that: two movable rods (420) which are horizontally arranged are arranged on the movable support (218), the rod length of each movable rod (420) is consistent with the arrangement range of the strip arranging groove (110), the two movable rods (420) are movably arranged on the movable support (218), the movable rods (420) are connected with the lifting assembly (410), lifting ropes (430) are arranged on the movable rods (420) at intervals, the strip arranging rods (400) in the strip arranging grooves (110) are hung on the movable rods (420) through the lifting ropes (430), and the movable rods (420) are adjusted to move to achieve lifting adjustment of the strip arranging rods (400).

9. The tea machine according to claim 8, wherein: the two movable rods (420) are connected, and the movable rods (420) are installed on the movable support (218) in a sliding mode along the vertical direction or the horizontal direction.

10. The tea machine according to claim 8, wherein: further comprising one or several of the following features a-C:

a: the other two side groove walls between the A1 groove wall (211) and the A2 groove wall (212) are made of flexible materials or elastic cloth;

b: the outer sides of the A1 and A2 groove walls are respectively provided with a baffle (217), and the end parts of the A1 and A2 groove walls are in clearance fit with the baffle (217);

c: the movable rod (420) is connected with the A pushing electric cylinder.