CN201499565U - Novel gland bush for tea rolling machine - Google Patents

Abstract

The utility model provides a novel gland bush for a tea rolling machine, relating to tea processing machine parts. A gland bush nose is arranged at the middle of the bottom of the gland bush. During the rolling process, when the tea rotates, turns over and forms a vortex with the middle part lower than the outer edges in a rolling drum, the papillary gland bush nose at the bottom of the gland bush can thoroughly contact with the middle part of the vortex, and thereby the rolling efficiency and the rolled twig rate of the tea can be improved. The gland bush is a casting with big roughness and big friction on the surface, which is good for improving the rolled twig rate. Aluminum-copper alloy has good castability and cutting property and high strength and hardness, so the products made of the aluminum-copper alloy are more durable.

Description

Gland of novel tea knead entwist machine

Technical field

The utility model relates to the machine for processing tea parts, particularly a kind of gland of novel tea knead entwist machine.

Background technology

Its gland of existing tea twisting machine adopts stainless steel compacting more, and its shape cooperates not goodly with kneading to coil, and the problem of existence is, manufacturing cost is higher, easy-formation not, and rolled twig rate is not high in the Tea Production, the broken tea rate height, production efficiency is not high.

Summary of the invention

Technical problem to be solved in the utility model provides a kind of gland of novel tea knead entwist machine, is convenient to processing and manufacturing, its profile with knead the dish fiting effect good, improved the tealeaves rolled twig rate, reduced broken tea rate, improved production efficiency.

For solving the problems of the technologies described above, the technical scheme that the utility model adopted is: a kind of gland of novel tea knead entwist machine, the gland bottom is provided with the gland plush copper.

The gland bottom becomes the low middle high plate-like of outer rim.

The gland plush copper is positioned at the centre of gland bottom.

Gland adopts forging type to make.

The gland material is an aluminium copper.

The gland of novel tea knead entwist machine that the utility model provides, by centre the gland plush copper is set in the gland bottom, when kneading, when whirlpool shape low between outer rim senior middle school is rolled in rotation in tealeaves is being kneaded tube, the papilary gland plush copper of gland bottom can fully touch the middle part of whirlpool shape tealeaves, thereby improve and to knead efficient, be beneficial to fannings and from become tea, separate, improve the rolled twig rate of tealeaves.

Gland is that its surface roughness of cast member is higher, and frictional force is bigger, help fannings and from become tea, separate, and the raising of kneading rolled twig rate.

Casting character, the cutting ability of aluminium copper are good, and have higher intensity and hardness, and the product of production is more durable in use.

Description of drawings

The utility model is described in further detail below in conjunction with drawings and Examples.

Fig. 1 is a B-B cutaway view of the present utility model;

Fig. 2 is the front view of the utility model user mode;

Fig. 3 is the vertical view of the utility model user mode.

The specific embodiment

As Fig. 1, a kind of gland of novel tea knead entwist machine, gland 12 bottoms are provided with gland plush copper 121.

Gland 12 bottoms become the low middle high plate-like of outer rim.

Gland plush copper 121 is positioned at the centre of gland 12 bottoms.

Gland 12 adopts forging type to make.

Gland 12 materials are aluminium copper.

As among Fig. 2, Fig. 3 in tea twisting machine, support 3 is provided with transmission mechanism 4, kneads dish and 2 is fixedly mounted on the support 3, kneads device 1 and is installed on the support 3 by a plurality of crank and rocker mechanisms 5, one of them crank and rocker mechanism 5 is connected with transmission mechanism 4.

Knead dish 2 middle being provided with and unload charging tray 23, unload charging tray 23 and be connected with discharging switch 21.Knead dish 2 and unload charging tray 23 and be provided with many rib bones 22,22 one-tenths camber lines of many rib bones are being kneaded dish 2 and are being unloaded on the charging tray 23 by circumferential arrangement with radial, and rib bone 22 is higher near an end height that unloads charging tray 23 centers, and the cross section of rib bone 22 be near semicircle.

Knead and knead tube 11 in the device 1 and be connected with crank and rocker mechanism 5, knead tube 11 and be provided with support bar 18 and rotation support bar 19, support bar 18 is provided with steady pin 17, spiral arm 13 is movably arranged on the rotation support bar 19, leading screw 16 passes spiral arm 13 with guide rod 14 fixedlys connected with gland 12, and leading screw 16 is connected with gland hoisting mechanism 15.

Knead dish 2, gland 12, unload charging tray 23 and the 22 employing forging types making of rib bone.

Kneading dish 2, gland 12 and unloading charging tray 23 materials is aluminium copper, and rib bone 22 materials are copper alloy.

During use tealeaves poured into and knead the kneading in the tube 11 of device 1, pull spiral arm 13, spiral arm 13 is center of circle rotation with the axle that is connected with rotation support bar 19, the other end until spiral arm 13 is fixed on the support bar 18 by the pin tongue in the steady pin 17, rotate the runner in the gland hoisting mechanism 15, runner drives the bevel gear set rotation, bevel gear set drives decides the nut rotation, thereby drive leading screw 16 and on gland 12 move to correct position downwards, by being slidingly matched of guide rod 14 and spiral arm 13, the operation that can guarantee gland 12 is more steady, and guide rod can alleviate the deformation that gland 12 produces when kneading.

By belt prime mover is connected with belt pulley in the transmission mechanism 4, what the reducing gear in the present embodiment adopted is worm-and-wheel gear, one in the moment of torsion of reducing gear output and three crank and rocker mechanisms 5 is connected, and drive crank rotation, thereby drive by crank and rocker mechanism 5 and to knead device 1 and move in a circle kneading on the dish 2, knead dish 2 and unload the rib bone 22 that charging tray 23 is provided with arc, the rib bone of kneading in this example on the dish 2 22 is 15, the rib bone 22 that unloads on the charging tray 23 is five, be radial by circle distribution, wherein, knead in the rib bone 22 of dish on 2 five with unload charging tray 23 on five rib bones 22 from beginning to end corresponding, tealeaves rolls in kneading tube 11 and becomes a whirlpool shape when kneading, knead dish 2 and unload charging tray 23 and on rib bone 22 cooperate with gland 12 and the gland plush copper on it 121, tealeaves is kneaded.Knead and finish, pull discharging switch 21, discharging switch 21 drives and unloads charging tray 23 and leave the center of kneading dish 2, and tealeaves is removed in the middle of kneading dish 2.

Claims (5)

1. a gland of novel tea knead entwist machine is characterized in that: be provided with gland plush copper (121) bottom the gland (12).

2. a kind of gland of novel tea knead entwist machine according to claim 1 is characterized in that: gland (12) bottom becomes the low middle high plate-like of outer rim.

3. a kind of gland of novel tea knead entwist machine according to claim 1 and 2 is characterized in that: gland plush copper (121) is positioned at the centre of gland (12) bottom.

4. a kind of gland of novel tea knead entwist machine according to claim 1 is characterized in that: gland (12) adopts forging type to make.

5. a kind of gland of novel tea knead entwist machine according to claim 1 is characterized in that: gland (12) material is an aluminium copper.

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