CN103256803A

CN103256803A - Damping structure of industrial dewatering machine

Info

Publication number: CN103256803A
Application number: CN2013101475003A
Authority: CN
Inventors: 姜迎春
Original assignee: WUJIANG JIANGXU TEXTILE CO Ltd
Current assignee: WUJIANG JIANGXU TEXTILE CO Ltd
Priority date: 2013-04-26
Filing date: 2013-04-26
Publication date: 2013-08-21

Abstract

The invention provides a damping structure of an industrial dewatering machine. The damping structure comprises a dewatering inner container and an outer shell, wherein the dewatering inner container is arranged inside the outer shell. A rotary shaft is arranged inside the outer shall, the rotary shaft drives the dewatering inner container to rotate, three supporting legs are evenly arranged on the bottom of the outer shell, a pressure monitoring module is arranged on each supporting leg, the pressure monitoring modules are electrically connected with a weight adjusting module, a weight adjusting member is arranged on the outer shell or on the dewatering inner container, and the weight adjusting member is controlled by the weight adjusting module. According to the damping structure of the industrial dewatering machine, the pressure monitoring modules detect stress data of the three supporting legs, the weight adjusting module controls the weight adjusting member through the detected data, therefore, the three supporting legs are stressed evenly, and the whole dewatering machine has good stability in rotation.

Description

A kind of INDUSTRY SPINDRYER shock-damping structure

Technical field

The dehydration equipment field that the present invention relates to weave especially, is a kind of the weaving with the shock-damping structure of dewaterer.

Background technology

Dewaterer generally can be used for the removal process of article such as clothing, textile fabric, crops.The recycling dryer is dried after the dehydration, then can reach the effect of finish-drying.The critical piece of dewaterer is inner bag, is furnished with aperture around the inner bag, and clothing to be drained off just is placed in the inner bag.Motor drives inner bag by belt and rotates at a high speed.So produce very big centrifugal force, therefore moisture be thrown out of by the aperture on the inner bag, is collected the unified discharge in back.In general, for the clothing of humidity, the drying effect that dewaterer work reached in two minutes is almost identical with the effect that dryer work reached in 20 minutes, and still, dewaterer can't the finish-drying clothing.So a kind of save time and the way of the energy is carried out dehydrating operations earlier to the clothing of humidity, carry out drying operation again after having taken off water.

INDUSTRY SPINDRYER is generally the tripodia formula structure that dangles, tripodia is equipped with spring, can avoid because of the uneven vibration that produces of load-carrying, but this vibrations can't thoroughly be avoided alleviating vibrations relatively, but the inner bag of secular disequilibrium can cause the inordinate wear of parts when rotating at a high speed and further cause driving power consumption to increase.

Summary of the invention

In order to address the above problem, the object of the present invention is to provide a kind of INDUSTRY SPINDRYER shock-damping structure, this INDUSTRY SPINDRYER shock-damping structure can make inner bag rotate stably.

The technical solution adopted for the present invention to solve the technical problems is:

This INDUSTRY SPINDRYER shock-damping structure comprises dehydration inner bag and shell, described dehydration inner bag is arranged in the described shell, be provided with the rotating shaft that drives described dehydration inner bag rotation in the described shell, described outer casing bottom is evenly equipped with three supporting legs, described every supporting leg is provided with pressure monitoring module, described pressure monitoring module and a weight adjusting module are electrically connected, on the described shell or described dehydration inner bag be provided with weight and adjust member, described weight is adjusted member and controlled by described weight adjusting module.

As preferably, it is three water storage cavities that are arranged on the described shell that described weight is adjusted member, and described three water storage cavities are separately positioned on described supporting leg to the line at described shell center, and described three water storage cavities equate apart from the centre distance of described shell.

As preferably, described three storage tanks are arranged on outermost week of described shell upwards.

As preferably, it is the balancing weight that is arranged on described dehydration inner bag bottom that described weight is adjusted member, and described balancing weight can be adjusted sole mass, and described balancing weight is by a connecting rod and described rotating shaft flexible connection that has a change.

As preferably, described connecting rod is telescopic connecting rod.

The invention has the advantages that:

Utilize described pressure monitoring module to detect the stress data of three supporting legs on the described shell, by described data, control described weight by the weight adjusting module and adjust member, make described three supporting legs stressed evenly, have good stable when whole dewaterer is rotated.

Description of drawings

Fig. 1 is the structural representation of looking up of this INDUSTRY SPINDRYER shock-damping structure shell;

Fig. 2 is the structural representation of facing of this INDUSTRY SPINDRYER shock-damping structure dehydration inner bag;

Fig. 3 is the structural representation of looking up of this INDUSTRY SPINDRYER shock-damping structure dehydration inner bag.

Among the figure 100, the dehydration inner bag; 110, water storage cavity; 200, supporting leg; 300, rotating shaft; 400, balancing weight; 410, connecting rod; 420, change; 500, shell.

The specific embodiment

The present invention is further described below in conjunction with drawings and Examples:

Embodiment one:

Consult Fig. 1 and Fig. 2, in the present embodiment, this INDUSTRY SPINDRYER shock-damping structure comprises dehydration inner bag 100 and shell 500, described dehydration inner bag 100 is arranged in the described shell 500, be provided with the rotating shaft 300 that drives described dehydration inner bag 100 rotations in the described shell 500, described shell 500 bottoms are evenly equipped with three supporting legs 200, described every supporting leg 200 is provided with pressure monitoring module, described pressure monitoring module and a weight adjusting module are electrically connected, described shell 500 or described dehydration inner bag 100 are provided with weight and adjust member, and described weight is adjusted member and controlled by described weight adjusting module.

Consult Fig. 1, it is three water storage cavities 110 that are arranged on the described shell that described weight is adjusted member, described three water storage cavities 110 are separately positioned on described supporting leg 200 to the line at described shell 500 centers, and described three water storage cavities 110 equate apart from the centre distance of described shell 500.

The INDUSTRY SPINDRYER shock-damping structure of the above, described three storage tanks 110 are arranged on described 500 outermost weeks of shell upwards.

The shock absorption principle of the INDUSTRY SPINDRYER shock-damping structure of the above:

Utilize described pressure monitoring module that the pressure of described three supporting legs 200 is read out, according to the pressure of reading, near two water storage cavities 110 that described weight adjusting module is controlled two less supporting legs of described controlled pressure 200 add heavy work, according to feedback pressure, pressure reading until described three supporting legs 200 equates, because the distribution of weight of described dewaterer is even, when therefore dewatering, vibrate less.

Embodiment two:

In another embodiment, consult Fig. 2 and Fig. 3, it is the balancing weight 400 that is arranged on described dehydration inner bag 100 bottoms that described weight is adjusted member, and described balancing weight 400 can be adjusted sole mass, and described balancing weight 400 flexibly connects with described rotating shaft 300 by a connecting rod 410 that has change 420.

The INDUSTRY SPINDRYER shock-damping structure of the above, described connecting rod 410 is telescopic connecting rod, can adjust the suffered centrifugal force of described rotating shaft, is used for offsetting from described dehydration inner bag 100 because of the uneven centrifugal force that is subjected to of weight.

Utilize described pressure monitoring module that the pressure of described three supporting legs 200 is read out, according to the pressure of reading, by described pressure detecting module is arranged in order, can obtain the pressure data of each circle circulation, according to described pressure data, described weight adjusting module drives described balancing weight 400 rotations, and the position of described balancing weight 400 is in the low end of pressure data all the time.

The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. INDUSTRY SPINDRYER shock-damping structure, comprise dehydration inner bag (100) and shell (500), described dehydration inner bag (100) is arranged in the described shell (500), is provided with the rotating shaft (300) that drives described dehydration inner bag (100) rotation in the described shell (500), it is characterized in that:

Described shell (500) bottom is evenly equipped with three supporting legs (200), described every supporting leg (200) is provided with pressure monitoring module, described pressure monitoring module and a weight adjusting module are electrically connected, described shell (500) or described dehydration inner bag (100) are provided with weight and adjust member, and described weight is adjusted member and controlled by described weight adjusting module.

2. INDUSTRY SPINDRYER shock-damping structure according to claim 1, it is characterized in that: it is three water storage cavities (110) that are arranged on the described shell that described weight is adjusted member, described three water storage cavities (110) are separately positioned on described supporting leg (200) to the line at described shell (500) center, and described three water storage cavities (110) equate apart from the centre distance of described shell (500).

3. INDUSTRY SPINDRYER shock-damping structure according to claim 2 is characterized in that: described three storage tanks (110) are arranged on outermost week of described shell (500) upwards.

4. INDUSTRY SPINDRYER shock-damping structure according to claim 1, it is characterized in that: described weight is adjusted member for being arranged on the balancing weight (400) bottom the described dehydration inner bag (100), described balancing weight (400) can be adjusted sole mass, and described balancing weight (400) flexibly connects with described rotating shaft (300) by a connecting rod (410) that has change (420).

5. INDUSTRY SPINDRYER shock-damping structure according to claim 4, it is characterized in that: described connecting rod (410) is telescopic connecting rod.