Manufacturing method of rubber glove hand mold cleaning and gluing system

- Nov 21, 2020-

Background technique:


At present, in the production process of rubber gloves, the rubber glove hand mold is first cleaned, and then the cleaned rubber glove hand mold is dried, and then the dried rubber glove hand mold is dipped. The cleaning and drying of the rubber glove hand mold is to prevent the debris adhering to the rubber glove hand mold from entering the subsequent dipping process, causing product defects in the produced rubber glove.


Existing rubber glove hand mold cleaning devices mostly use a three-disc two-channel type cleaning disc system. The cleaning disc system includes three coaxially arranged cleaning discs, which are vertically arranged in the cleaning tank and driven by a motor. When rotating, the opposite surfaces of any two cleaning discs are evenly provided with several groups of brushes. Three coaxially arranged cleaning discs form two cleaning channels, and two parallel rows of rubber glove hand molds enter the two cleaning channels respectively, and the surface of the rubber glove hand mold and the debris between the rubber glove hand mold fingers Clean up. The existing rubber glove hand mold cleaning device only relies on a small amount of washing water absorbed on the brush to scrub the rubber glove hand mold, and the cleaning effect is not good. In addition, some debris may be carried on the brush and will be adsorbed on the rubber glove hand mold, causing subsequent product defects.


Existing drying systems often rely only on simple fixed drying boxes, which have poor drying effects, which may easily cause washing water to appear on the rubber glove hand mold and cause uneven rubber coating on the rubber glove hand mold in the dipping environment. , Resulting in product defects.

surgical latex glove dipping production line

Technical realization elements:


The purpose of the utility model is to provide a rubber glove hand mold cleaning and gluing system, which can effectively guarantee the cleaning and drying of the rubber glove hand mold, improve the dipping effect of the rubber glove hand mold, and improve product quality.


The utility model adopts the following technical solutions:


A rubber glove hand mold cleaning and gluing system, which is characterized in that it comprises a rubber glove conveying track, a rubber glove hand mold cleaning device, a rubber glove hand mold drying device and a rubber glove dipping device;


The rubber glove hand mold cleaning device includes a cleaning tank and a cleaning disk system. The cleaning disk system is arranged in the cleaning tank. The cleaning disk system includes a left cleaning disk, a middle cleaning disk, a right cleaning disk and a rotating shaft. The cleaning plate is disc-shaped and the left and right surfaces of the middle cleaning plate are evenly provided with several groups of brushes. The left and right cleaning plates have the same structure and are symmetrically arranged on the left and right sides of the middle cleaning plate;


The left washing pan includes a left washing pan body and a flushing water spray device. The left washing pan body includes a left washing pan outer ring, a left washing pan middle ring and a left washing pan inner ring, and the left washing pan outer ring and left washing Several sets of brushes are evenly arranged on the right side of the inner ring of the inner ring of the left and the middle of the disk. The inner diameter of the outer ring of the left cleaning disk is larger than the outer diameter of the middle ring of the left cleaning disk, and the inner diameter of the middle ring of the left cleaning disk is larger than that of the left cleaning. The outer diameter of the inner ring part of the disc, the outer ring part of the left cleaning disc and the middle ring part of the left cleaning disc are connected by a connecting device, and an annular first flushing water spray space is formed between the outer ring part of the left cleaning disc and the middle ring part of the left cleaning disc; The middle ring part of the cleaning tray and the inner ring part of the left cleaning tray are connected by a connecting device, and an annular second flushing water spray space is formed between the middle ring part of the left cleaning tray and the inner ring part of the left cleaning tray;


The flushing water injection device includes an annular first flushing water injection pipe and an annular second flushing water injection pipe, the first flushing water injection pipe and the second flushing water injection pipe are in communication, the first flushing water injection pipe and the second flushing water injection A plurality of flushing water nozzles are uniformly arranged on the pipes, the plurality of flushing water nozzles arranged on the first flushing water jetting pipe are all located in the first flushing water jetting space, and the second flushing water jetting pipes are arranged with a plurality of flushing water jets All are located in the second flushing water jetting space, the first flushing water jetting pipe is arranged on the left side of the left washing plate body through the flushing water jetting bracket, and the first flushing water jetting pipe is connected to the water source through the water supply pipe;


The rubber glove hand mold drying device includes a rotating cylindrical drying cylinder, and a plurality of groups of electric heating devices are uniformly arranged on the inner wall of the drying cylinder along the circumferential direction of the drying cylinder;


The rubber glove dipping device includes a rectangular dipping tank body, a stirring system is arranged along the length of the dipping tank body, and the stirring system includes a conveyor chain arranged along the length of the dipping tank body and several sets of three-dimensional Stirring device. The three-dimensional stirring device includes a stirring shaft and several sets of three-dimensional stirring blades set up and down. The stirring shaft is vertically arranged in the dipping tank. The bottom of the dipping tank is provided with a stirring shaft rotation positioning structure, and the lower end of the stirring shaft is provided In the stirring shaft rotation positioning structure and rotatably connected with the stirring shaft rotation positioning structure, a limit collar is set on the stirring shaft above the stirring shaft rotation positioning structure, and several sets of three-dimensional stirring blade groups are arranged in the middle of the stirring shaft. The three-dimensional stirring blade group includes The vertical mixing blade group and the horizontal mixing blade group are arranged up and down. The vertical mixing blade group includes two vertical mixing blades symmetrically arranged on the mixing shaft. The vertical mixing blades are arc blades under the vertical projection; the horizontal mixing blades The group includes two horizontal mixing blades symmetrically arranged on the mixing shaft. The horizontal mixing blades are arc-shaped blades under the horizontal projection; the top of the mixing shaft is located above the upper end surface of the dipping tank, and the top of the mixing shaft is coaxially fixed. The stirring shaft rotates a gear. A drive mechanism is provided outside one end of the dipping tank body. The output shaft of the drive mechanism is provided with a drive gear coaxially. The drive gear drives several groups of three-dimensional stirring devices through a transmission chain to drive the stirring shaft rotation gear at the top of the stirring shaft. .


The connecting device includes a first fixing plate, a connecting plate and a second fixing plate. The first fixing plate and the second fixing plate are both symmetrically provided with connecting screw holes. The connecting plate includes an integrally formed left vertical connecting plate, The middle extension connecting plate and the right vertical connecting plate, the left vertical connecting plate is connected with the first fixing plate, and the right vertical connecting plate is connected with the second fixing plate.


The cleaning tank has two side plates, both side plates are provided with rotating shaft accommodating holes, the rotating shaft accommodating holes are provided with bearings, and the two ends of the rotating shaft respectively pass through the two bearings of the cleaning tank. Side panels.


The flushing water nozzle adopts an angle adjustable flushing water nozzle.


The outer wall of the drying cylinder is provided with a heat preservation layer.


The vertical mixing blade group includes two vertical mixing blades and a vertical mixing blade connecting barrel. The two vertical mixing blades are symmetrically arranged on the outer surface of the vertical mixing blade connecting barrel. On the shaft; the stirring shaft above the vertical stirring blade connecting drum is provided with a vertical stirring blade connecting drum upper cover drum, the lower part of the vertical stirring blade connecting drum upper cover drum extends outward to form an annular protrusion, and the vertical stirring blade connecting The upper end surface of the upper cover cylinder of the drum is provided with vertically arranged screw holes. The upper cover cylinder of the vertical mixing blade connecting cylinder is connected with the upper end surface of the vertical mixing blade connection cylinder through the upper cover cylinder fixing bolt; below the vertical mixing blade connection cylinder The stirring shaft is provided with a vertical stirring blade connecting the lower top tube of the drum, the upper part of the vertical stirring blade connecting tube lower top tube extends outward to form an annular protrusion, and the lower part of the vertical stirring blade connecting tube lower top tube is provided with a horizontal setting The lower top tube of the vertical mixing blade connecting cylinder is connected with the mixing shaft through the fixing bolts of the lower top cylinder.


The horizontal mixing blade group includes two horizontal mixing blades and a horizontal mixing blade connecting barrel. The two horizontal mixing blades are symmetrically arranged on the outer surface of the horizontal mixing blade connecting barrel, and the horizontal mixing blade connecting barrel is arranged on the mixing shaft; The mixing shaft above the connecting drum is provided with a horizontal mixing blade connecting drum upper cover drum, the lower part of the horizontal mixing blade connecting drum upper cover drum extends outward to form an annular protrusion, and the upper end surface of the horizontal mixing blade connecting drum upper cover drum is provided with a vertical Straightly set screw holes, the upper cover cylinder of the horizontal mixing blade connecting cylinder is connected with the upper end surface of the horizontal mixing blade connecting cylinder through the upper cover cylinder fixing bolt; the mixing shaft below the horizontal mixing blade connecting cylinder is provided with the lower top of the horizontal mixing blade connecting cylinder The upper part of the lower top tube of the horizontal mixing blade connecting tube extends outward to form an annular protrusion. The lower part of the lower top tube of the horizontal mixing blade connecting tube is provided with horizontally arranged screw holes. The horizontal mixing blade connecting tube lower top tube passes through the lower top tube The fixing bolt is connected with the stirring shaft.


The agitating shafts above and below the rotating gear of the stirring shaft are respectively provided with a conveyor chain upper limit plate and a conveyor chain lower limit plate, and the front and rear sides of the conveyor chain upper limit plate and the conveyor chain lower limit plate are also respectively provided with conveyor chains The front limit plate and the rear limit plate of the conveyor chain.


From the middle to both sides along the length of the dipping tank, the number of three-dimensional mixing blade groups in each group of three-dimensional mixing devices gradually increases.


The rotation positioning structure of the stirring shaft adopts a limit sleeve.


In the utility model, the rubber glove hand mold cleaning device can use the flushing water nozzle to rinse the rubber glove hand mold that is cleaned by the brush in real time, ensuring that the sundries adsorbed on the rubber glove hand mold are shared by the brush and the rinse water. Under the action, it is washed away from the rubber glove hand mold. At the same time, the left and right cleaning trays adopt a special structure, which can keep the flushing water sprayed by the flushing water nozzle from being affected by the rotation of the left and right cleaning trays. Most of the flushing water can be sprayed smoothly on the rubber gloved hands. The surface of the mold further improves the cleaning effect of the rubber glove hand mold. The rotating drying cylinder can effectively ensure the uniform temperature in the drying cylinder and improve the drying effect. Several sets of three-dimensional stirring devices set up in a special structure can realize the vertical and horizontal stirring of the rubber latex in the dipping tank, effectively preventing the formation of a solidified film on the surface of the latex in the dipping tank, affecting the quality of rubber gloves, and The characteristics of the movement stroke of the rubber glove hand mold. The combination of rubber glove hand mould cleaning device, rubber glove hand mould drying device and rubber glove dipping device greatly improves the product quality of rubber gloves.

Technical features:


1. A rubber glove hand mold cleaning and gluing system, characterized in that it comprises a rubber glove conveying track, a rubber glove hand mold cleaning device, a rubber glove hand mold drying device and a rubber glove dipping device;


The rubber glove hand mold cleaning device includes a cleaning tank and a cleaning disk system. The cleaning disk system is arranged in the cleaning tank. The cleaning disk system includes a left cleaning disk, a middle cleaning disk, a right cleaning disk and a rotating shaft. The cleaning plate is disc-shaped and the left and right surfaces of the middle cleaning plate are evenly provided with several groups of brushes. The left and right cleaning plates have the same structure and are symmetrically arranged on the left and right sides of the middle cleaning plate;


The left washing pan includes a left washing pan body and a flushing water spray device. The left washing pan body includes a left washing pan outer ring, a left washing pan middle ring and a left washing pan inner ring, and the left washing pan outer ring and left washing Several sets of brushes are evenly arranged on the right side of the inner ring of the inner ring of the left and the middle of the disk. The inner diameter of the outer ring of the left cleaning disk is larger than the outer diameter of the middle ring of the left cleaning disk, and the inner diameter of the middle ring of the left cleaning disk is larger than that of the left cleaning. The outer diameter of the inner ring part of the disc, the outer ring part of the left cleaning disc and the middle ring part of the left cleaning disc are connected by a connecting device, and an annular first flushing water spray space is formed between the outer ring part of the left cleaning disc and the middle ring part of the left cleaning disc; The middle ring part of the cleaning tray and the inner ring part of the left cleaning tray are connected by a connecting device, and an annular second flushing water spray space is formed between the middle ring part of the left cleaning tray and the inner ring part of the left cleaning tray;


The flushing water injection device includes an annular first flushing water injection pipe and an annular second flushing water injection pipe, the first flushing water injection pipe and the second flushing water injection pipe are in communication, the first flushing water injection pipe and the second flushing water injection A plurality of flushing water nozzles are uniformly arranged on the pipes, the plurality of flushing water nozzles arranged on the first flushing water jetting pipe are all located in the first flushing water jetting space, and the second flushing water jetting pipes are arranged with a plurality of flushing water jets All are located in the second flushing water jetting space, the first flushing water jetting pipe is arranged on the left side of the left washing plate body through the flushing water jetting bracket, and the first flushing water jetting pipe is connected to the water source through the water supply pipe;


The rubber glove hand mold drying device includes a rotating cylindrical drying cylinder, and a plurality of groups of electric heating devices are uniformly arranged on the inner wall of the drying cylinder along the circumferential direction of the drying cylinder;


The rubber glove dipping device includes a rectangular dipping tank body, a stirring system is arranged along the length of the dipping tank body, and the stirring system includes a conveyor chain arranged along the length of the dipping tank body and several sets of three-dimensional Stirring device. The three-dimensional stirring device includes a stirring shaft and several sets of three-dimensional stirring blades set up and down. The stirring shaft is vertically arranged in the dipping tank. The bottom of the dipping tank is provided with a stirring shaft rotation positioning structure, and the lower end of the stirring shaft is provided In the stirring shaft rotation positioning structure and rotatably connected with the stirring shaft rotation positioning structure, a limit collar is set on the stirring shaft above the stirring shaft rotation positioning structure, and several sets of three-dimensional stirring blade groups are arranged in the middle of the stirring shaft. The three-dimensional stirring blade group includes The vertical mixing blade group and the horizontal mixing blade group are arranged up and down. The vertical mixing blade group includes two vertical mixing blades symmetrically arranged on the mixing shaft. The vertical mixing blades are arc blades under the vertical projection; the horizontal mixing blades The group includes two horizontal mixing blades symmetrically arranged on the mixing shaft. The horizontal mixing blades are arc-shaped blades under the horizontal projection; the top of the mixing shaft is located above the upper end surface of the dipping tank, and the top of the mixing shaft is coaxially fixed. The stirring shaft rotates a gear. A drive mechanism is provided outside one end of the dipping tank body. The output shaft of the drive mechanism is provided with a drive gear coaxially. The drive gear drives several groups of three-dimensional stirring devices through a transmission chain to drive the stirring shaft rotation gear at the top of the stirring shaft. .


2. The rubber glove hand mold cleaning and gluing system according to claim 1, wherein the connecting device comprises a first fixing plate, a connecting plate and a second fixing plate, the first fixing plate and the second fixing plate The upper part is symmetrically provided with connecting screw holes. The connecting plate includes an integrally formed left vertical connecting plate, a middle extension connecting plate and a right vertical connecting plate. The left vertical connecting plate is connected to the first fixing plate, and the right vertical connecting plate is The straight connecting plate is connected with the second fixing plate.


3. The rubber glove hand mold cleaning and gluing system according to claim 2, characterized in that: the cleaning tank has two side plates, and both side plates are provided with a rotating shaft containing hole, and the rotating shaft contains Bearings are arranged in the placement holes, and the two ends of the rotating shaft respectively pass through the two side plates of the cleaning tank through the bearings.


4. The rubber glove hand mold cleaning and gluing system according to claim 3, wherein the flushing water nozzle adopts an angle adjustable flushing water nozzle.


5. The rubber glove hand mold cleaning and gluing system according to claim 1, wherein the outer wall of the drying cylinder is provided with a thermal insulation layer.


6. The rubber glove hand mold cleaning and gluing system according to claim 5, characterized in that: the vertical mixing blade group includes two vertical mixing blades and a vertical mixing blade connecting barrel, two vertical mixing blades The blades are symmetrically arranged on the outer surface of the vertical mixing blade connecting drum, and the vertical mixing blade connecting drum is arranged on the mixing shaft; the vertical mixing blade connecting drum upper cover drum is arranged on the mixing shaft above the vertical mixing blade connecting drum. The lower part of the upper cover cylinder of the mixing blade connecting cylinder extends outward to form an annular protrusion. The upper end surface of the upper cover cylinder of the vertical mixing blade connection cylinder is provided with vertically arranged screw holes. The upper cover cylinder of the vertical mixing blade connection cylinder passes through the upper cover. The barrel fixing bolt is connected with the upper end surface of the vertical stirring blade connecting barrel; the stirring shaft below the vertical stirring blade connecting barrel is provided with a vertical stirring blade connecting barrel lower top barrel, and the upper part of the vertical stirring blade connecting barrel lower top barrel faces A ring-shaped protruding part is formed outwardly, a horizontally arranged screw hole is arranged at the lower part of the lower top tube of the vertical stirring blade connecting drum, and the lower top tube of the vertical stirring blade connecting drum is connected with the stirring shaft through the fixing bolts of the lower top tube.


7. The rubber glove hand mold cleaning and gluing system according to claim 6, characterized in that: the horizontal mixing blade group includes two horizontal mixing blades and a horizontal mixing blade connecting cylinder, and the two horizontal mixing blades are symmetrically arranged in The horizontal mixing blade is connected to the outer surface of the drum, and the horizontal mixing blade connecting drum is set on the mixing shaft; the horizontal mixing blade connecting drum is provided with a horizontal mixing blade connecting drum upper cover drum, and the horizontal mixing blade connecting drum upper cover drum is set on the mixing shaft. The upper end surface of the upper cover cylinder of the horizontal mixing blade connecting cylinder is provided with a vertically arranged screw hole. The upper cover cylinder of the horizontal mixing blade connection cylinder is connected to the upper end of the horizontal mixing blade connection cylinder through the upper cover cylinder fixing bolts. End surface connection; the mixing shaft below the horizontal mixing blade connecting cylinder is provided with a horizontal mixing blade connecting cylinder lower top cylinder, the upper part of the horizontal mixing blade connecting cylinder lower top cylinder extends outward to form an annular protrusion, and the horizontal mixing blade connecting cylinder lower top cylinder A horizontally arranged screw hole is provided at the lower part of the, and the lower top tube of the horizontal mixing blade connecting cylinder is connected with the mixing shaft through the fixing bolt of the lower top cylinder.


8. The rubber glove hand mold cleaning and gluing system according to claim 1, characterized in that: a conveyor chain upper limit plate and a conveyor chain lower limit plate are respectively provided on the stirring shaft above and below the rotating gear of the stirring shaft , The front and back of the conveyor chain upper limit plate and the lower limit plate of the conveyor chain are also respectively provided with a conveyor chain front limit plate and a conveyor chain rear limit plate.


9. The rubber glove hand mold cleaning and gluing system according to claim 1, wherein the number of three-dimensional mixing blade groups in each group of three-dimensional mixing devices gradually increases from the middle to the two sides along the length of the dipping tank. .


10. The rubber glove hand mold cleaning and gluing system according to claim 1, wherein the rotation positioning structure of the stirring shaft adopts a limit sleeve.

Technical summary

The utility model discloses a rubber glove hand mold cleaning and gluing system, which is characterized in that it comprises a rubber glove conveying track, a rubber glove hand mold cleaning device, a rubber glove hand mold drying device and a rubber glove dipping device; a rubber glove hand The mold cleaning device includes a cleaning tank and a cleaning disk system. The cleaning disk system includes a left cleaning disk, a middle cleaning disk, a right cleaning disk and a rotating shaft; the rubber glove hand mold drying device includes a rotating drying cylinder; a rubber glove dipping device It includes a rectangular dipping tank body, and a stirring system is arranged along the length of the dipping tank body. The utility model can effectively guarantee the cleaning and drying of the rubber glove hand mold, improve the dipping effect of the rubber glove hand mold, and improve product quality.