CN210758397U

CN210758397U - Transportation and circulation system of heavy wine jar/pottery jar mold vehicle with weight of more than 200 kilograms

Info

Publication number: CN210758397U
Application number: CN201920255501.2U
Authority: CN
Inventors: 王惠忠
Original assignee: Rongxian Mingfeng Pottery Co ltd
Current assignee: Rongxian Mingfeng Pottery Co ltd
Priority date: 2019-02-28
Filing date: 2019-02-28
Publication date: 2020-06-16
Anticipated expiration: 2029-02-28

Abstract

The utility model discloses a heavy wine jar gallipot mould car transportation circulation system more than 200 kilograms, including the main transportation track that is used for bearing transportation wine jar gallipot mould car, along mud embryo shaping district, warm braw wet area that main transportation track set gradually, get the mould district, take off the mould district, the district of polishing automatically, the district of glazing porcelain automatically, automatic drying district, heating drainage district and dress kiln district, set up respectively at each district and the other pusher of main transportation track, be used for with main transportation track with the lane change device in vice transportation track switching lane, and set up respectively in mud embryo shaping district with the dress kiln district's the navigation that is used for hoist and mount wine jar gallipot is put. The utility model discloses a pusher pushes into each manufacturing procedure region respectively with the originated pottery jar mould car that is equipped with the pottery jar mud embryo in mud embryo shaping district, adopts the hoisting accessory to hang the wine jar pottery jar and packs into the kiln car on at last, and the circulation transportation that realizes the pottery jar mould car in mud embryo shaping district is returned in the propelling movement of empty pottery jar mould car again, improves production efficiency.

Description

Transportation and circulation system of heavy wine jar/pottery jar mold vehicle with weight of more than 200 kilograms

Technical Field

The utility model relates to an earthenware jar production technical field, concretely relates to heavy wine jar earthenware jar mold vehicle transport circulation system more than 200 kilograms.

Background

The pottery jar products are strong in practicability and low in cost, and can not be used in square surfaces of people's life, such as rice jars, wine jars, pickle jars and the like, particularly in the process of containing and using white spirit, the required pottery jars are large in quantity and heavy in weight, and manual carrying is inconvenient, a series of processing procedures need to be carried out on the wine jar pottery jar clay embryo before the heavy wine jar pottery jar is burnt in a pottery kiln, such as dehydration and drying, demoulding, polishing, glazing and other operations of the wine jar pottery jar clay embryo, the existing operation mode adopts a mould vehicle to convey the wine jar pottery jar clay embryo to a processing operation area of each procedure for placing, the wine jar pottery jar clay embryo is conveyed to the next procedure after the processing operation of the procedure is finished, the clay embryo is conveyed by the mould vehicle in the series of processing procedures, the loading and unloading of the clay embryo are frequently required, time is wasted, and the wine jar pottery jar clay embryo is easy to be damaged, in order to improve the production efficiency of the wine jar gallipot, the damage rate of the wine jar gallipot is reduced, a transportation circulation system of one set of wine jar gallipot mold vehicle needs to be designed, the loading and unloading times of a wine jar gallipot mud embryo are reduced, the transportation efficiency of the wine jar gallipot mud embryo is improved, and the production efficiency and the yield of the wine jar gallipot are improved.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is: the transportation circulation system and the implementation method of the heavy wine jar and earthenware jar mold vehicle with the weight of more than 200 kilograms realize the circulation transportation function of the wine jar and earthenware jar mold vehicle, reduce the loading and unloading times of wine jar and earthenware jar mud embryos, improve the transportation efficiency of the wine jar and earthenware jar mud embryos and improve the production efficiency and yield of the wine jar and earthenware jars.

In order to achieve the above object, the utility model adopts the following technical scheme:

a transportation and circulation system of a heavy wine jar/earthenware jar mold vehicle with weight of more than 200 kilograms comprises a main transportation track for bearing and transporting the wine jar/earthenware jar mold vehicle, a mud blank forming area, a warm air moisture discharging area, an upper mold taking area, a lower mold taking area, an automatic polishing area, an automatic glazing area, an automatic drying area, a heating and draining area and a kiln loading area which are sequentially arranged along the main transportation track, auxiliary transportation tracks which are respectively arranged in the warm air moisture discharging area, the upper mold taking area, the lower mold taking area, the automatic polishing area, the automatic glazing area, the automatic drying area and the heating and draining area, a channel changing device for changing the main transportation track and the auxiliary transportation tracks into lanes, and a pushing machine which is arranged beside the main transportation track, the warm air moisture discharging area, the upper mold taking area, the lower mold taking area, the automatic polishing area, the automatic glazing area, the automatic drying area and the heating and draining area and is used for providing transportation power for the earthenware jar mold vehicle, and the hoisting devices are respectively arranged in the mud blank forming area and the kiln loading area and used for hoisting the wine jar gallipot.

Furthermore, the main transportation track and the auxiliary transportation track are two parallel steel tracks formed by I-shaped steel, wheels of the earthenware jar mold vehicle are clamped on the two steel tracks and can freely move on the steel tracks, and the two steel tracks form a closed loop respectively.

Further, the lane-changing apparatus includes a point rail connected to the main transport rail, a guide rail engaged with the point rail, a frog engaged with the guide rail, a wing rail corresponding to the frog and preventing a wheel from striking the frog, a guard rail corresponding to the wing rail and preventing a wheel from derailing, and a switch connected to the point rail and switching a lane of the wheel.

Further preferably, the switch and the pusher are both connected with a PLC automatic control system, so that the automatic control of lane switching between the main transportation track and the auxiliary transportation track and the automatic pushing control of the gallipot mold vehicle are realized.

Compared with the prior art, the utility model discloses following beneficial effect has:

the invention can respectively push the pottery mould vehicle with the wine jar pottery clay embryo to a warm air humidity-discharging area, a mold-taking area, an automatic polishing area, an automatic glazing area and the automatic drying area on the main transportation track from the initial wine jar pottery clay embryo forming area under the action of the pushing machines, and then push the pottery mould vehicle to the main track through the pushing machines in the respective areas after the construction operation procedures of the respective areas are completed, and hoist the wine jar pottery clay embryo on the pottery mould vehicle to the pottery mould vehicle through the hoisting devices in the kiln loading area on the main transportation track and send the pottery mould vehicle to the pottery kiln for firing, and the pottery mould vehicle returns to the wine jar pottery clay embryo forming area for transporting the wine jar pottery clay embryo, thereby realizing the circular transportation of the pottery mould vehicle, because in the processing operation of carrying out each process, wine jar gallipot mud embryo homogeneous directly is located the gallipot mould car, only need carry out the loading and unloading of wine jar gallipot mud embryo in mud embryo shaping district and kiln loading district once, the loading and unloading number of times of wine jar gallipot mud embryo has significantly reduced, improves the conveying efficiency of wine jar gallipot mud embryo, promotes wine jar gallipot production efficiency and yield.

Drawings

FIG. 1 is a schematic view of the present invention.

FIG. 2 is a schematic view of the lane-changing device of the present invention.

Wherein, the names corresponding to the reference numbers are:

1-main conveying track, 2-auxiliary conveying track, 3-thruster, 4-hoisting device, 5-warm air moisture removal area, 6-upper mould taking area, 7-lower mould taking area, 8-automatic grinding area, 9-automatic glazing area, 10-automatic drying area, 11-heating water removal area, 12-mud blank forming area, 13-kiln loading area, 14-lane changing device, 15-switch rail, 16-curve guiding rail, 18-frog, 17-wing rail, 19-guard rail and 20-switch.

Detailed Description

The present invention will be further described with reference to the following description and examples, which include but are not limited to the following examples.

As shown in FIGS. 1-2: the utility model provides a heavy wine jar gallipot mould car transport circulation system more than 200 kilograms, is including the main transportation track 1 that is used for bearing transportation wine jar gallipot mould car, in order to guarantee the convenient and fast's of gallipot mould car above main transportation track transportation, main transportation track 1 with vice transportation track 2 is two steel tracks that are parallel to each other that "I" shaped steel constitutes, and the wheel joint of gallipot mould car is on two steel tracks to can freely remove on the track, two steel tracks all form a confined closed loop separately, and the reciprocating operation of circulation on the main transportation track of gallipot mould car.

The utility model discloses circulation system still along main transportation track 1 has set gradually mud embryo shaping district 12, warm braw arrange wet district 5, has got mould district 6, has taken off mould district 7, has polished district 8 automatically, has glazed district 9 automatically, automatic drying district 10, has heated water drainage district 11 and dress kiln district 13, sets up respectively warm braw arrange wet district 5 get mould district 6 take off mould district 7 automatically polish district 8 automatically glazed district 9 automatically automatic drying district 10 with the vice transportation track 2 of heated water drainage district 11.

In order to realize the lane change of the main transportation rail and the auxiliary transportation rail, the main transportation rail 1 and the auxiliary transportation rail 2 perform the lane change between the two rails through a lane changing device 14, the lane changing device 14 comprises a switch rail 15 connected with the main transportation rail 1, a guide rail 16 engaging said point rail 15, a frog 18 engaging said guide rail 16, a wing rail 17 corresponding to the frog 18 for preventing the wheel from hitting the frog, a guard rail 19 corresponding to the wing rail 17 for preventing the wheel from derailing, and a switch 20 associated with said point rail 15 and intended for switching lanes of the wheel, the actuation of which causes the connection of the point rail to the main transport track in different positions, the wheels of the gallipot mold vehicle are guided and converted through the connection of the guide curve rails and the frog, so that the gallipot mold vehicle is converted on the main conveying rail and the auxiliary conveying rail.

In order to realize the independent connection of each link and a main track in the production process of the earthenware pot, thrusters 3 for providing transportation power for the earthenware pot mould vehicle are respectively arranged beside the main transportation track 1, the hot air humidity-discharging area 5, the upper mould taking area 6, the lower mould taking area 7, the automatic polishing area 8, the automatic glazing area 9, the automatic drying area 10 and the heating and water discharging area 11.

In order to satisfy the convenient hoist and mount of wine jar gallipot, the utility model discloses all be equipped with the boat hoist and mount device that is used for hoist and mount wine jar gallipot in mud embryo shaping district 12 and kiln loading district 13.

In order to realize the automatic control of the invention, the switch 20 and the pusher 3 are both connected with a PLC automatic control system, so as to realize the automatic control of lane switching between the main transportation track 1 and the auxiliary transportation track 2 and the automatic pushing control of the earthenware pot mould vehicle.

The principle of the utility model is as follows:

the utility model is provided with a main transportation track and an auxiliary transportation track, the wine jar earthenware jar mud embryo is hoisted and placed on the earthenware jar mold vehicle by using a hoisting device in a mud embryo forming area, the earthenware jar mold vehicle with the wine jar earthenware jar mud embryo is respectively pushed to a warm air humidity discharging area, a mold loading area, a mold unloading area, an automatic polishing area, an automatic glazing area and the automatic drying area from the initial earthenware jar mud embryo forming area on the main transportation track, after the construction operation procedures of the respective areas are completed, the earthenware jar mold vehicle is pushed to the main transportation track by using the hoisting device in the kiln loading area, the wine earthenware jar mud embryo on the earthenware jar mold vehicle is hoisted to the kiln vehicle by using the hoisting device in the kiln loading area on the main transportation track and is sent to the kiln for firing, the earthenware jar mold vehicle returns to the wine jar embryo forming area for carrying out the transportation of the wine jar earthenware jar embryo once, the circular transportation of the gallipot mould vehicle is realized.

The above embodiment is only one of the preferred embodiments of the present invention, and should not be used to limit the protection scope of the present invention, but all the insubstantial changes or modifications made in the spirit and the idea of the main design of the present invention, the technical problems solved by the embodiment are still consistent with the present invention, and all should be included in the protection scope of the present invention.

Claims

1. A transportation and circulation system of a heavy wine jar/earthenware jar mold vehicle with a weight of more than 200 kilograms comprises a main transportation track (1) for bearing and transporting the wine jar/earthenware jar mold vehicle, a mud blank forming area (12), a warm air moisture discharging area (5), a mold taking and taking area (6), a mold taking and taking area (7), an automatic polishing area (8), an automatic glazing area (9), an automatic drying area (10), a heating and draining area (11) and a kiln loading area (13) which are sequentially arranged along the main transportation track (1), and auxiliary transportation tracks (2) which are respectively arranged on the warm air moisture discharging area (5), the mold taking and taking area (6), the mold taking and taking area (7), the automatic polishing area (8), the automatic glazing area (9), the automatic drying area (10) and the heating and draining area (11), and a lane changing device (14) for changing lanes of the main transportation track (1) and the auxiliary transportation tracks (2), the hot air wet discharging area (5) is arranged beside the main transportation track (1), the upper die area (6) is taken, the lower die area (7) is taken, the automatic polishing area (8) is arranged, the automatic glazing area (9) is arranged, the automatic drying area (10) is arranged, the heating and drainage area (11) is provided with a pushing machine (3) for providing transportation power of a pottery jar mold vehicle, and hoisting devices which are respectively arranged in the mud blank forming area (12) and the kiln loading area (13) and used for hoisting wine jar pottery jars are arranged.

2. The transportation and circulation system of the heavy wine jar/pottery jar mold vehicle with the weight of more than 200 kg as claimed in claim 1, wherein the main transportation rail (1) and the auxiliary transportation rail (2) are two parallel steel rails made of "i" section steel, the wheels of the pottery jar mold vehicle are clamped on the two steel rails and can freely move on the two steel rails, and the two steel rails form a closed loop respectively.

3. The transportation cycle system of 200 kg or more heavy wine jar/earthenware pot mold vehicle as claimed in claim 2, wherein said lane changing means (14) comprises a point rail (15) connected to said main transportation rail (1), a guide rail (16) engaged with said point rail (15), a frog (18) engaged with said guide rail (16), a wing rail (17) corresponding to said frog (18) for preventing a wheel from hitting the frog, a guard rail (19) corresponding to said wing rail (17) for preventing a wheel from derailing, and a switch (20) connected to said point rail (15) for switching lanes of the wheel.

4. The transportation and circulation system of the heavy wine jar/earthenware pot mold vehicle with the weight of more than 200 kg as claimed in claim 3, wherein the switch (20) and the pusher (3) are connected with a PLC automatic control system for realizing the automatic lane change control of the main transportation rail (1) and the auxiliary transportation rail (2) and the automatic pushing control of the earthenware pot mold vehicle.