CN-121576768-B - Breathable leather-sensitive coated mesh drying equipment

CN121576768BCN 121576768 BCN121576768 BCN 121576768BCN-121576768-B

Abstract

The invention relates to a drying device for breathable leather-sensitive coated mesh cloth, which relates to the technical field of drying devices and comprises a conveying belt, an insulation box body, a circulating system, a heater, a distribution box and an airflow distributor, wherein the conveying belt comprises a conveying frame, two drying chains, a plurality of drying base plates, a plurality of adaptive supporting devices, a plurality of distributing head fixing devices, a plurality of drying conveying rollers and a drying conveying motor, the adaptive supporting devices are arranged on the upper sides of the drying base plates, the distributing head fixing devices are arranged on the two sides of the drying base plates, the drying base plates are mutually parallel and arranged on the drying chains, the circulating system is arranged on the upper side of the insulation box body, the heater is arranged at the tail end of the circulating system, the distribution box is arranged on the lower side of the heater, the distribution box is communicated with the heater through a hot air conveying pipe, the airflow distributor is rotatably arranged in the distribution box, the upper end of the airflow distributor is matched with the hot air conveying pipe, and the airflow distributor is provided with a plurality of rotary air spraying pipes to ensure thorough drying.

Inventors

Ding Chundi
LI DEWEI
CHEN RUNTAO
DING YAGUO
WANG JINLI

Assignees

泉州佰霖新材料科技有限公司

Dates

Publication Date: 20260508
Application Date: 20260120

Claims (6)

1. The utility model provides a breathable leather-sensitive coating mesh drying equipment, which is characterized in that, including conveyer belt, insulation box, circulation system, heater, distribution box and air current distributor, the conveyer belt includes carriage, two stoving chains, a plurality of stoving layer boards, a plurality of adaptability strutting arrangement, a plurality of cloth head fixing device, a plurality of stoving conveying rollers and stoving conveying motor, the carriage passes the insulation box, adaptability strutting arrangement installs in stoving layer boards upside, adaptability strutting arrangement includes two adaptability strutting rollers that set up in pairs, each adaptability strutting rollers all installs on corresponding stoving layer boards through the swinging arms, two between the swinging arms that adaptability strutting rollers connect be the splayed distribution, cloth head fixing device is hooked up to the head of cloth, cloth head fixing device installs in the both sides of stoving layer boards, each stoving conveyor roller is all rotatable install on the carriage, each stoving conveyor roller has high position and low position the stoving conveyor roller between the interval setting, the stoving motor conveyor motor is installed on the carriage, two adaptation heater and the circulation system is installed at the both ends of the circulation system is installed on the corresponding stoving layer boards, the circulation system is installed at the both ends of heater, the circulation system is installed on the both ends of heater and the circulation system is installed to the heater, the heater is connected on the both ends of the circulation system is installed on the heater and the heater-side of the heater, the air distributor is provided with a plurality of rotary air ejector pipes, each rotary air ejector pipe is symmetrical relative to the center of the rotary axis of the air distributor, the bottom of the air distributor is provided with a round head, the top of the air distributor is provided with a sharp corner, a rotary support for pressing the top of the air distributor is arranged in the hot air conveying pipe, a blind hole for pressing the top of the air distributor is arranged on the rotary support, the trend of each rotary air ejector pipe does not pass through the rotary axis of the air distributor, the upper side of the air distributor is provided with an air inlet communicated with the corresponding rotary air ejector pipe, the distance between the upper side of the air distributor and the hot air conveying pipe is less than 2 mm, hot air is further limited to be ejected from the upper side of the air distributor and the hot air conveying pipe, and the hot air in the hot air conveying pipe is ejected downwards from the rotary air ejector pipe through the air inlet.
2. The air-permeable skin-sensing coated mesh drying apparatus according to claim 1, wherein the cloth head fixing means is a fixing needle.
3. The breathable skin-sensing coated mesh drying device of claim 1, wherein the heat-insulating box comprises a heat-insulating base and a heat-insulating upper cover, the heat-insulating upper cover is hinged to the heat-insulating base, a cover opening cylinder is hinged to the heat-insulating upper cover, and an output end of the cover opening cylinder is hinged to the heat-insulating base.
4. The breathable skin-sensing coated mesh drying device of claim 1, wherein the circulation system comprises a circulation fan, an air inlet cover and an air return pipe, the air inlet cover and the air return pipe are both arranged on the insulation box body, the heater is arranged at the tail end of the air return pipe, and the air inlet cover and the air return pipe are respectively arranged at an output port and an input port of the circulation fan.
5. The breathable skin-feel coated mesh drying device according to claim 1, wherein a plurality of steam heating pipes are arranged in the heater.
6. The air-permeable skin-sensing coated mesh drying device according to claim 1, wherein the bottom of the distribution box is provided with a plurality of ejection openings.

Description

Breathable leather-sensitive coated mesh drying equipment Technical Field The invention relates to the technical field of drying equipment, in particular to air-permeable leather-feel coated mesh drying equipment. Background The breathable leather-sensitive coated mesh cloth drying equipment is mainly used for removing moisture in fabrics, ensuring that the fabrics reach a specified moisture regain, preventing mildew and meeting the storage and transportation requirements. The industrial dryer is suitable for a large-scale production environment, adopts a hot air circulation system, realizes high-efficiency drying through forced circulation heating and moisture removal, and has a high-temperature sterilization function. The coating dryer adopts an infrared radiation heating technology aiming at the design of fibers and fabrics after printing, printing and dyeing or coating processing, and can synchronously fuse the surface layer and the bottom layer of the printing ink, thereby avoiding the problems of foaming and color change caused by traditional heating. The cloth dryer is mainly used for drying cotton fabric grey cloth and woven fabric under a water jet loom, and the moisture regain is adjusted through a steam drying cylinder so as to ensure that the fabric is suitable for storage and transportation. The existing drying equipment can cause poor ventilation of a supporting position due to the supporting of the equipment on the mesh cloth during the mesh cloth conveying when the mesh cloth is dried, and the drying air quantity is uneven everywhere, so that the drying is not thorough during the mesh cloth drying. Disclosure of Invention In order to overcome the technical defects in the prior art, the invention provides the breathable leather-sensitive coated screen cloth drying equipment, which ensures thorough drying. The technical scheme adopted by the invention is as follows: The utility model provides a gas permeability skin sense coating film screen cloth drying equipment, includes conveyer belt, insulation box, circulation system, heater, distribution case and air current distributor, the conveyer belt includes carriage, two stoving chains, a plurality of stoving according to layer board, a plurality of adaptability strutting arrangement, a plurality of cloth head fixing device, a plurality of stoving conveying roller and stoving conveying motor, the carriage passes the insulation box, adaptability strutting arrangement installs in stoving according to layer board upside, and cloth head fixing device is hooked up to the head of screen cloth, cloth head fixing device installs in the both sides of stoving according to layer board, each the equal rotatable installation of stoving conveying roller is on the carriage, each stoving conveying roller has high position and low position, is in the high position the stoving conveying roller with be in between the stoving conveying roller interval sets up, the stoving conveying motor is installed on the carriage, two the stoving chains walk around each stoving conveying roller's both ends respectively, each according to the mutually parallel install on the stoving chain, circulation system installs in insulation box upside, the heater is installed at the heater air current distributor, the air current distributor is installed at the heater air current distributor is located at the heater air current distributor is equipped with the heater. Preferably, the adaptive support device comprises two adaptive support rollers arranged in pairs, each adaptive support roller is mounted on the corresponding drying support plate through a swinging rod, and the swinging rods connected with the two adaptive support rollers are distributed in a splayed shape. Preferably, the cloth head fixing device is a fixing needle. Preferably, the heat insulation box body comprises a heat insulation base and a heat insulation upper cover, the heat insulation upper cover is hinged to the heat insulation base, a cover opening cylinder is hinged to the heat insulation upper cover, and the output end of the cover opening cylinder is hinged to the heat insulation base. Preferably, the circulation system comprises a circulation fan, an air inlet cover and an air return pipe, wherein the air inlet cover and the air return pipe are both arranged on the heat insulation box body, the heater is arranged at the tail end of the air return pipe, and the air inlet cover and the air return pipe are respectively arranged at an output port and an input port of the circulation fan. Preferably, a plurality of steam heating pipes are arranged in the heater. Preferably, the bottom of the distribution box is provided with a plurality of ejection openings. Preferably, the bottom of the air flow distributor is provided with a round head, the top of the air flow distributor is provided with a sharp corner, a rotary support for pressing the top of the air flow distributor is arranged in the hot air conveying pipe, an