CN115041357A

CN115041357A - A beat machine of gluing for gauze mask production

Info

Publication number: CN115041357A
Application number: CN202210592410.4A
Authority: CN
Inventors: 徐小东; 刘望星
Original assignee: Guangzhou Kuangzheng Medical Supplies Co ltd
Current assignee: Guangzhou Kuangzheng Medical Supplies Co ltd
Priority date: 2022-05-28
Filing date: 2022-05-28
Publication date: 2022-09-13

Abstract

The invention relates to the technical field of mask processing, and discloses a gluing machine for mask production, which comprises a conveyor belt and a support on the conveyor belt, wherein a ram is installed on the support, a spray head is installed on the ram, a limiting box is also installed on the ram, the limiting box is used for shaping colloid sprayed out by the spray head, a collecting device used for adjusting the colloid is also installed in the limiting box, the collecting device comprises an inclined surface arranged on the limiting box, an overflow groove used for storing the colloid is also arranged in the limiting box, a through hole communicated with the overflow groove and the inclined surface is also arranged in the limiting box, and a piston cavity communicated with the overflow groove is also arranged in the limiting box. According to the invention, the colloid shoveled away from the inclined plane is conveyed to the inside of the overflow groove through the through hole, so that the device can remove the redundant colloid on the mask, and the colloid is adhered to the mask as much as possible, so that the filtering device is firmly installed and has a good installation effect.

Description

A beat machine of gluing for gauze mask production

Technical Field

The invention relates to the technical field of mask processing, in particular to a gluing machine for mask production.

Background

With the rapid development of social economy, the mask is a health and epidemic prevention product, is generally worn at the position of the mouth and the nose for filtering air entering the mouth and the nose so as to achieve the effect of blocking harmful gas, smell, droplets, viruses and other substances, is made of gauze or paper and other materials, has a certain filtering effect on air entering the lung, and has a very good effect when being worn in an environment polluted by dust and the like during operation when respiratory infectious diseases are prevalent. The mask may be classified into an air filtering type mask and an air supplying type mask.

Mask with filtering capability need paint glue around the gauze mask breach earlier when production, install filter equipment in gauze mask breach department afterwards, it is sealed to utilize glue, but when glue paint when less, filter equipment can drop after long-time the use, and then cause the gauze mask filter effect to become invalid, consequently paint the glue volume around the gauze mask breach can not be few, when glue paints more, during installation filter equipment, filter equipment will extrude unnecessary glue and spill over from filter equipment's bottom, cause glue to depend on the gauze mask, it is pleasing to the eye and influence the use of gauze mask, the glue that spills over even can block up on filter equipment, thereby cause the gauze mask to lose filter effect.

Disclosure of Invention

The invention provides a gluing machine for mask production, which has the beneficial effect of good glue coating effect and solves the problems that when glue is coated less, a filter device can fall off after being used for a long time, and further the mask filtering effect is invalid, so that the glue amount coated around a gap of a mask cannot be small, when the glue is coated more, the filter device can extrude redundant glue to overflow from the bottom end of the filter device when the filter device is installed, the glue is attached to the mask, the mask is not attractive, the mask is influenced in use, and even the overflowing glue can block the filter device, so that the mask filtering effect is lost.

The invention provides the following technical scheme: a glue-spraying machine for mask production comprises a conveyor belt and a support on the conveyor belt, wherein a ram is mounted on the support, a spray head is mounted on the ram, a limiting box is further mounted on the ram and used for shaping glue sprayed by the spray head, and a collecting device used for adjusting the glue is further mounted in the limiting box;

the collecting device comprises an inclined plane arranged on the limiting box, an overflow groove used for storing colloid is further arranged inside the limiting box, and a through hole communicated with the overflow groove and the inclined plane is further arranged on the limiting box.

As an alternative of the gluing machine for mask production according to the present invention, wherein: the limit box is characterized in that a piston cavity communicated with the overflow groove is further formed in the limit box, a push rod is connected to the interior of the piston cavity in a sliding mode, a piston block is mounted on the push rod, a single valve is connected to the piston block, and the piston block is used for extracting colloid at the overflow groove.

As an alternative of the gluing machine for mask production according to the present invention, wherein: the individual valve is including setting up square hole and the recess on the piston piece, the square hole runs through the piston piece, first spring is still installed to the inside of spacing case, be connected with the closing plate on the first spring, the closing plate is used for sealed square hole, still install the rubber buffer with recess looks adaptation on the closing plate.

As an alternative of the gluing machine for mask production according to the present invention, wherein: the limiting box is characterized in that a single plate used for sealing the overflow groove is rotatably connected in the limiting box, an elastic sheet is connected to the single plate and is connected with the limiting box, the elastic sheet is used for driving the single plate to rotate, a stop block is further installed on the limiting box, and the single plate is used for abutting against the stop block.

As an alternative of the gluing machine for mask production according to the present invention, wherein: the inside of spacing case still rotates and is connected with processing apparatus, processing apparatus is used for filling the colloid on the gauze mask, processing apparatus is including rotating the transfer line of connection in spacing incasement portion, semicircle axle and semicolumn are installed to transfer line axial symmetry, the piston piece is used for carrying the colloid to semicolumn department, still be provided with the feed opening on the spacing case, the semicolumn rotates to be connected in feed opening department.

As an alternative of the gluing machine for mask production according to the present invention, wherein: the semi-circle shaft is connected with a scraper in a sliding mode, the semi-circle shaft is further provided with a second spring, and the second spring is connected with the scraper.

As an alternative of the gluing machine for mask production according to the present invention, wherein: the limiting box is further provided with a motor, the motor is connected with a transmission rod, the transmission rod is further provided with an extension plate, the push rod is further connected with a slide rod in a sliding mode, the lower end of the slide rod is provided with a square plate, and the extension plate is used for abutting against the square plate;

the limiting device is characterized in that a limiting block is installed on the sliding rod, an inserting column is further installed on the limiting block and used for being buckled on the pushing rod, a third spring is further installed on the pushing rod and connected with the sliding rod, a trapezoidal groove is further formed in the inner wall of the limiting box, the limiting block is used for being connected inside the trapezoidal groove in a sliding mode, a sixth spring is further installed inside the limiting box and connected with the pushing rod.

As an alternative of the gluing machine for mask production according to the present invention, wherein: still be provided with jet-propelled part on the spacing box, jet-propelled part is including setting up the fumarole on the spacing box, the fumarole is used for the stoving colloid, still install the gas transmission hose on the spacing box, the gas transmission hose is used for carrying steam to the fumarole.

As an alternative of the gluing machine for mask production according to the present invention, wherein: the inside sliding connection of fumarole has sealed dish, sealed dish is used for sealed fumarole, square frame is installed to the one end of sealed dish, square frame is used for driving sealed dish and slides, still install the slide bar on the square frame, the slide bar runs through spacing case, the surface cover of slide bar is equipped with fifth spring, fifth spring is connected with spacing case.

As an alternative of the gluing machine for mask production according to the present invention, wherein: the inside of spacing case sets up the gas storehouse, the gas storehouse communicates with gas transmission hose and fumarole respectively, it has the transfer line still to slide connection on the spacing case, the trapezoidal piece is installed to the lower extreme of transfer line, the trapezoidal piece runs through square frame, the trapezoidal piece is used for extrudeing square frame and slides, it is used for contradicting on the transfer line to stretch out the board, the fourth spring is still installed to the inside of spacing case, the fourth spring is connected with the transfer line.

The invention has the following beneficial effects:

1. this a hits rubber machine for gauze mask production utilizes logical groove to carry out the plastic to the colloid for unnecessary colloid can be shoveled away by the inclined plane on the gauze mask, because still be provided with the through-hole with the overflow launder intercommunication on the spacing box afterwards, and then carry the inside of overflow launder through the colloid that the through-hole shoveled away the inclined plane, with this realize the device can get rid of unnecessary colloid on the gauze mask, let the colloid as far as possible not few adhesion on the gauze mask, with this let filter equipment installation firm and installation effectual.

2. This a hits rubber machine for gauze mask production through the spacing colloid in inclined plane, utilizes the colloid on the piston piece negative pressure extraction inclined plane, and further let the not few adhesion of colloid on the gauze mask, improve filter equipment's installation effect.

3. This a hits rubber machine for gauze mask production, the colloid flows to the gauze mask through the gap between semicircle axle and the feed opening on to the colloid that realizes on the gauze mask is less, and through rotatory semicircle post, the colloid will flow to on the gauze mask in order to fill the colloid on the gauze mask.

Drawings

Fig. 1 is a schematic structural view of the whole of the present invention.

Fig. 2 is a schematic structural view of the ram and the limit box of the present invention.

Figure 3 is a cross-sectional view of the check box of the present invention.

FIG. 4 is a schematic view of a portion of the structure shown in FIG. 3A according to the present invention.

FIG. 5 is a schematic view of the processing apparatus according to the present invention.

FIG. 6 is a schematic view of a portion of the structure shown in FIG. 5B according to the present invention.

FIG. 7 is a partial structural view of FIG. 5 at C according to the present invention.

In the figure: 1. a support; 2. a conveyor belt; 3. a ram; 4. a limiting box; 5. a collection device; 6. a spray head; 7. a processing device; 9. a gas injection part; 10. a feeding port; 11. a slide bar; 51. a bevel; 52. a through hole; 53. an overflow trough; 54. a piston block; 55. a push rod; 56. a piston cavity; 57. a stopper; 58. a single board; 59. a spring plate; 60. a square hole; 61. a first spring; 62. a rubber plug; 63. a groove; 64. a sealing plate; 71. a motor; 72. a transmission rod; 73. a semi-cylinder; 74. a semi-circular shaft; 75. a squeegee; 76. a second spring; 77. extending the plate; 78. a square plate; 79. a slide bar; 80. a third spring; 81. a limiting block; 82. inserting a column; 83. a trapezoidal groove; 84. a sixth spring; 91. a gas hose; 92. a gas bin; 93. a gas injection hole; 94. a transmission rod; 95. a fourth spring; 96. a trapezoidal block; 97. sealing the disc; 98. a fifth spring; 99. a square frame.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example 1

Referring to fig. 1-2, a hits rubber machine for gauze mask production, includes conveyer belt 2 and the support 1 on the conveyer belt 2, installs ram 3 on the support 1, installs shower nozzle 6 on the ram 3, its characterized in that: the ram 3 is also provided with a limit box 4, the limit box 4 is used for shaping colloid sprayed by the spray head 6, and a collecting device 5 for adjusting the colloid is also arranged in the limit box 4;

the collecting device 5 comprises an inclined surface 51 arranged on the limiting box 4, an overflow groove 53 used for storing colloid is further arranged inside the limiting box 4, and a through hole 52 communicated with the overflow groove 53 and the inclined surface 51 is further arranged on the limiting box 4.

When the mask with the filtering function is produced, glue is required to be coated on the periphery of the gap of the mask, then the filtering device is arranged at the gap of the mask and is sealed by the glue, but when the glue is less coated, the filtering device can fall off after being used for a long time, thereby causing the failure of the filtering effect of the mask, the glue amount coated around the gap of the mask cannot be reduced, when the glue is coated more, when the filtering device is installed, the filtering device can extrude the redundant glue to overflow from the bottom end of the filtering device, so that the glue is attached to the mask, the appearance is not attractive, the use of the mask is influenced, even the overflowing glue can block the filtering device, thereby causing the mask to lose the filtering effect, therefore, the device adjusts the colloid by installing the limit box 4 on the ram 3 and utilizing the limit box 4, the redundant colloid on the mask can be taken away by the limiting box 4, so that the colloid coated on the mask is right;

adjusting colloid: it is specific according to shown in fig. 1, carry the gauze mask to the lower extreme of ram 3 through conveyer belt 2, spray the colloid to the gauze mask through shower nozzle 6 afterwards, drive the gauze mask through conveyer belt 2 afterwards and slide to the right side, make the colloid can pass spacing box 4, according to shown in fig. 2, its spacing box 4 is inside by a logical groove, and then when the colloid passes spacing box 4, utilize logical groove to carry out the plastic to the colloid, make unnecessary colloid on the gauze mask can be shoveled away by inclined plane 51, because still be provided with the through-hole 52 with overflow launder 53 intercommunication on spacing box 4 afterwards, and then carry the inside of overflow launder 53 through the colloid that through-hole 52 shoveled away inclined plane 51, with this realize that the device can get rid of unnecessary colloid on the gauze mask, let the colloid not more and not less adhesion on the gauze mask as far as possible, with this make filter equipment installation and firm installation effectual.

Example 2

In this embodiment, an improvement is made on the basis of embodiment 1, specifically, referring to fig. 1 to 3, a piston cavity 56 communicated with the overflow tank 53 is further disposed inside the limiting box 4, a push rod 55 is slidably connected inside the piston cavity 56, a piston block 54 is mounted on the push rod 55, a single valve is connected to the piston block 54, and the piston block 54 is used for extracting colloid at the overflow tank 53.

And (3) automatically extracting the colloid: according to fig. 3, in embodiment 1, the excessive colloid on the mask is scraped through the inclined plane 51, the colloid may be extruded and deformed to escape from the inside of the limiting box 4, and then the device is connected with the piston block 54 through the sliding inside of the limiting box 4, and the piston block 54 slides to the right side, so that the piston block 54 forms a negative pressure inside the piston cavity 56, and the piston cavity 56 can draw air to the overflow groove 53 and the through hole 52, so that the through hole 52 can draw the colloid adhered to the inclined plane 51, and therefore when the amount of colloid on the mask is large, the colloid on the inclined plane 51 is drawn through the negative pressure of the piston block 54 through the inclined plane 51 for limiting, and the colloid is further not more or less adhered to the mask, thereby improving the installation effect of the filter device.

Example 3

In this embodiment, an improvement is made on the basis of embodiment 2, specifically, referring to fig. 1 to 6, the single valve includes a square hole 60 and a groove 63 which are arranged on the piston block 54, the square hole 60 penetrates through the piston block 54, a first spring 61 is further installed inside the limiting box 4, a sealing plate 64 is connected to the first spring 61, the sealing plate 64 is used for sealing the square hole 60, and a rubber plug 62 which is adapted to the groove 63 is further installed on the sealing plate 64;

the limiting box 4 is also rotatably connected with a single plate 58 used for sealing the overflow groove 53, the single plate 58 is connected with an elastic sheet 59, the elastic sheet 59 is connected with the limiting box 4, the elastic sheet 59 is used for driving the single plate 58 to rotate, a stop block 57 is further installed on the limiting box 4, and the single plate 58 is used for abutting against the stop block 57.

And (3) reciprocating extraction: according to fig. 4, by providing the square hole 60 on the piston block 54 and sealing with the sealing plate 64, after the piston block 54 slides to the right side to extract the colloid in the overflow groove 53 under negative pressure, the piston block 54 will drive the sealing plate 64 to slide, so that the sealing plate 64 will stretch the first spring 61, and the negative pressure will open the single top plate 58, so that the single top plate 58 will make the overflow groove 53 communicate with the piston chamber 56, and then when the piston block 54 slides to a certain position, the rubber plug 62 clipped in the groove 63 will slide out from the inside of the groove 63, so that the first spring 61 will pull the sealing plate 64 to separate from the sealing plate 64, so that the piston block 54 is not a complete sealing body, the negative pressure disappears, the single top plate 58 is pushed to abut against the stopper 57 by the elastic sheet 59, the overflow groove 53 and the piston chamber 56 are isolated by the single top plate 58, thereby ensuring that the colloid extracted under negative pressure to the piston chamber 56 will not flow down to the overflow groove 53 again, subsequently, the piston block 54 is reset in a sliding mode towards the left side through the sliding piston block 54, colloid on the left side of the piston block 54 can flow to the right side of the piston block 54 through the square hole 60, then the rubber plug 62 can be buckled to the inside of the groove 63 again, the sealing plate 64 can seal the square hole 60 again, therefore, when the piston block 54 slides towards the right side again and negative pressure is used for extracting colloid at the overflow groove 53, the piston block 54 can extrude the colloid on the right side of the piston block 54 to the inside of the limiting box 4, the colloid at the overflow groove 53 and the colloid at the through hole 52 can be continuously extracted by the piston block 54 in a reciprocating mode, and further the colloid on the mask can not be excessively adhered to the mask.

The limiting box 4 is further provided with a motor 71, the motor 71 is connected with a transmission rod 72, the transmission rod 72 is further provided with an extension plate 77, the push rod 55 is further connected with a sliding rod 79 in a sliding mode, the lower end of the sliding rod 79 is provided with a square plate 78, and the extension plate 77 is used for abutting against the square plate 78;

install stopper 81 on the slide bar 79, still install on stopper 81 and insert post 82, insert post 82 and be used for the buckle on push rod 55, still install third spring 80 on push rod 55, third spring 80 is connected with slide bar 79, and the inner wall of spacing case 4 still is provided with dovetail groove 83, and stopper 81 is used for sliding connection in dovetail groove 83's inside, and the inside of spacing case 4 still installs sixth spring 84, and sixth spring 84 is connected with push rod 55.

Driving: according to fig. 6, the driving rod 72 is driven to rotate by the motor 71, the driving rod 72 drives the extending plate 77 to rotate, when the extending plate 77 abuts against the square plate 78, the extending plate 77 pulls the square plate 78 to slide, so that the square plate 78 pulls the push rod 55 to slide, and the push rod 55 drives the piston block 54 to extract colloid under negative pressure, and when the push rod 55 slides, the push rod 55 pulls the sixth spring 84, and then when the limit block 81 on the push rod 55 is connected to the trapezoidal groove 83 in a sliding manner, the limit block 81 slides to the right side, so that the third spring 80 pushes the square plate 78 and the square plate 78 to slide to the right side, and the extending plate 77 and the square plate 78 are dislocated, so that the extending plate 77 does not abut against the square plate 78, and the sixth spring 84 pushes the push rod 55 to reset, so that the limit block 81 can abut against the inner wall of the limit box 4 again through the trapezoidal surface on the trapezoidal groove 83, and the plug 82 on the limit block 81 can again abut against the inside of the push rod 55, the square plate 78 is fixed by the fixing device, so that the next time the plate 77 is extended, the square plate 78 is driven to slide.

Example 4

The embodiment is an improvement on the basis of the embodiment 3, specifically, referring to fig. 1 to 6, the inside of the limiting box 4 is further rotatably connected with a processing device 7, the processing device 7 is used for filling colloid on the mask, the processing device 7 comprises a transmission rod 72 rotatably connected inside the limiting box 4, a semicircular shaft 74 and a semicircular cylinder 73 are axially symmetrically installed on the transmission rod 72, the piston block 54 is used for conveying the colloid to the position of the semicircular cylinder 73, the limiting box 4 is further provided with a feeding port 10, and the semicircular cylinder 73 is rotatably connected to the feeding port 10.

Lack of filling: according to the structure shown in fig. 5, the semi-cylinder 73 and the semi-circular shaft 74 are mounted on the transmission rod 72, the semi-cylinder 73 is connected to the feed opening 10 in a sealing manner, the piston block 54 can transmit the redundant colloid on the inclined surface 51 to the semi-cylinder 73, when the transmission rod 72 rotates, the transmission rod 72 can drive the semi-cylinder 73 and the semi-circular shaft 74 to rotate, and because the semi-circular shaft 74 is smaller than the semi-cylinder 73 in size, when the semi-circular shaft 74 rotates to the feed opening 10, the colloid originally blocked by the semi-cylinder 73 can flow to the mask through the gap between the semi-circular shaft 74 and the feed opening 10, so that when the amount of the colloid on the mask is small, and the colloid can flow to the mask to fill the colloid on the mask by rotating the semi-cylinder 73;

it should be noted that, when the semi-cylinder 73 rotates and connects on the feed opening 10, the colloid that passes on spacing case 4 gauze mask can not get into the inside of spacing case 4, and when the rotation of semicircle axle 74 opened feed opening 10, because the logical groove restriction colloid of spacing case 4, and then when the colloid that covers just in time, the colloid of spacing case 4 inside just can not flow to the gauze mask through feed opening 10.

Example 5

In this embodiment, an improvement is made on the basis of embodiment 4, specifically, referring to fig. 1 to 6, a scraper 75 is slidably connected to the semicircular shaft 74, a second spring 76 is further installed on the semicircular shaft 74, and the second spring 76 is connected to the scraper 75.

The flow effect is increased: because the mobility of colloid is not good, and then when semicircle axle 74 opened feed opening 10, the colloid can not be automatic to flow to the gauze mask on, consequently the device sliding connection has scraper blade 75 on semicircle axle 74, as shown in fig. 6, be connected with scraper blade 75 on semicircle axle 74, when transfer line 72 drove semicircle axle 74 and rotates, semicircle axle 74 can drive scraper blade 75 and scrape the colloid of getting spacing box 4 inside to feed opening 10 department, thereby let the colloid can flow to the gauze mask as fast as possible, can automatic filling when so realizing that the colloid on the gauze mask is less, with this guarantee filter equipment can firm the installation on the gauze mask.

Example 6

The embodiment is an improvement made on the basis of the embodiment 5, specifically, referring to fig. 1 to 7, an air injection part 9 is further disposed on the limit box 4, the air injection part 9 includes an air injection hole 93 disposed on the limit box 4, the air injection hole 93 is used for drying colloid, an air delivery hose 91 is further mounted on the limit box 4, and the air delivery hose 91 is used for delivering hot air to the air injection hole 93;

the inside sliding connection of fumarole 93 has sealed dish 97, and sealed dish 97 is used for sealed fumarole 93, and square 99 of putting up is installed to sealed dish 97's one end, and square 99 of putting up is used for the sealed dish 97 slip of drive, still installs slide bar 11 on the square 99 of putting up, and slide bar 11 runs through spacing box 4, and slide bar 11's surface cover is equipped with fifth spring 98, and fifth spring 98 is connected with spacing box 4.

Shaping colloid: because the total amount of colloid can be adjusted to spacing case 4, but when the gauze mask after the adjustment is transmitted to next process, the colloid on the gauze mask is under the unrestricted condition, probably flow at will, thereby lead to the colloid on the gauze mask can not combine with the filter equipment perfectly, still can take place the possibility that there is the space between filter equipment and the colloid, therefore the device is through setting up fumarole 93 and air hose 91 on spacing case 4, as shown according to figure 7, utilize air hose 91 to blow hot gas to fumarole 93, make the outer surface of colloid can form the thin film, and then finalize the design of colloid, with this situation that reduces the colloid and flow freely on the gauze mask;

shaping and then shaping: as shown in fig. 7, since the air hose 91 transfers hot air to the air injection hole 93 to set the gel, however, when the gel is shaped by the limiting box 4, the gel may flow to the air delivery hose 91 through the air injection holes 93, and thus the gas hose 91, cannot be operated any further, the device is constructed so that the gas discharge hole 93 is sealed by slidably attaching a sealing plate 97 to the gas discharge hole 93, sealing the gas discharge hole 93 with the sealing plate 97, when the gas orifice 93 is required to spray hot gas to shape the colloid, the square frame 99 slides to enable the square frame 99 to drive the sealing disc 97 to slide, the sealing disc 97 is enabled to open the gas orifice 93, so that the hot air sprayed from the air hose 91 flows to the gel through the air spraying holes 93 to set the gel, and then when the next short gel contacts the limit box 4, the sealing disc 97 is pushed by the square shelf 99 to seal the air injection hole 93, thereby reducing the entrance of the gel into the interior of the air hose 91.

Example 7

The present embodiment is an improvement made on the basis of embodiment 6, and specifically, please refer to fig. 1 to 7, an air bin 92 is disposed inside the limit box 4, the air bin 92 is respectively communicated with an air hose 91 and an air injection hole 93, a transmission rod 94 is further slidably connected to the limit box 4, a trapezoidal block 96 is mounted at a lower end of the transmission rod 94, the trapezoidal block 96 penetrates through the square frame 99, the trapezoidal block 96 is used for extruding the square frame 99 to slide, the extension plate 77 is used for abutting against the transmission rod 94, a fourth spring 95 is further mounted inside the limit box 4, and the fourth spring 95 is connected to the transmission rod 94.

Drive seal disk 97: according to fig. 7, when the extension plate 77 rotates, the extension plate 77 can also abut against the transmission rod 94, the transmission rod 94 is extruded to slide downwards through the extension plate 77, the transmission rod 94 can drive the trapezoidal block 96 to slide downwards, the trapezoidal block 96 penetrates through the square frame 99, the size of the trapezoidal block 96 is gradually increased from bottom to top, and further when the trapezoidal block 96 slides downwards, the trapezoidal block 96 can extrude the square frame 99 to slide towards the left side, the sealing disc 97 is enabled to open the air injection holes 93 to inject hot air to shape the colloid, and in order to reduce the situation that the colloid enters the inside of the gas transmission hose 91, the sealing disc 97 and the transmission rod 94 are timely pulled to reset through the fifth spring 98 and the fourth spring 95, so that the colloid enters the inside of the limit box 4.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the technical principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.

Claims

1. The utility model provides a hits rubber machine for gauze mask production, includes support (1) on conveyer belt (2) and conveyer belt (2), install ram (3) on support (1), install shower nozzle (6), its characterized in that on ram (3): the ram (3) is also provided with a limiting box (4), the limiting box (4) is used for shaping colloid sprayed by the spray head (6), and a collecting device (5) used for adjusting the colloid is also arranged in the limiting box (4);

the collecting device (5) comprises an inclined surface (51) arranged on the limiting box (4), an overflow groove (53) used for storing colloid is further arranged inside the limiting box (4), and a through hole (52) communicated with the overflow groove (53) and the inclined surface (51) is further arranged on the limiting box (4).

2. The gluing machine for mask production according to claim 1, characterized in that: the inner part of the limiting box (4) is further provided with a piston cavity (56) communicated with the overflow groove (53), the inner part of the piston cavity (56) is connected with a push rod (55) in a sliding mode, a piston block (54) is installed on the push rod (55), the piston block (54) is connected with a single valve, and the piston block (54) is used for extracting colloid at the overflow groove (53).

3. The gluing machine for mask production according to claim 2, characterized in that: the individual valve is including setting up square hole (60) and recess (63) on piston block (54), piston block (54) is run through in square hole (60), first spring (61) are still installed to the inside of spacing case (4), be connected with closing plate (64) on first spring (61), closing plate (64) are used for sealed square hole (60), still install rubber buffer (62) with recess (63) looks adaptation on closing plate (64).

4. The gluing machine for mask production according to claim 3, characterized in that: the limiting box is characterized in that a single plate (58) used for sealing the overflow groove (53) is further rotatably connected in the limiting box (4), an elastic sheet (59) is connected to the single plate (58), the elastic sheet (59) is connected with the limiting box (4), the elastic sheet (59) is used for driving the single plate (58) to rotate, a stop block (57) is further installed on the limiting box (4), and the single plate (58) is used for abutting against the stop block (57).

5. The gluing machine for mask production according to claim 3, characterized in that: the inside of spacing case (4) is still rotated and is connected with processing apparatus (7), processing apparatus (7) are used for filling the colloid on the gauze mask, processing apparatus (7) are including rotating transfer line (72) of connecting in spacing case (4) inside, semicircle axle (74) and semicylinder (73) are installed to transfer line (72) upper axial symmetry, piston block (54) are used for carrying the colloid to semicylinder (73) department, still be provided with feed opening (10) on spacing case (4), semicylinder (73) are rotated and are connected in feed opening (10) department.

6. The gluing machine for mask production according to claim 5, characterized in that: sliding connection has scraper blade (75) on semicircle axle (74), still install second spring (76) on semicircle axle (74), second spring (76) are connected with scraper blade (75).

7. The gluing machine for mask production according to claim 5, characterized in that: the limiting box (4) is further provided with a motor (71), the motor (71) is connected with a transmission rod (72), the transmission rod (72) is further provided with an extension plate (77), the push rod (55) is further connected with a slide rod (79) in a sliding mode, the lower end of the slide rod (79) is provided with a square plate (78), and the extension plate (77) is used for abutting against the square plate (78);

install stopper (81) on slide bar (79), still install on stopper (81) and insert post (82), insert post (82) and be used for the buckle on push rod (55), still install third spring (80) on push rod (55), third spring (80) are connected with slide bar (79), the inner wall of spacing case (4) still is provided with dovetail groove (83), stopper (81) are used for sliding connection in the inside of dovetail groove (83), sixth spring (84) are still installed to the inside of spacing case (4), sixth spring (84) are connected with push rod (55).

8. The gluing machine for mask production according to claim 7, characterized in that: still be provided with jet-propelled part (9) on spacing box (4), jet-propelled part (9) are including setting up fumarole (93) on spacing box (4), fumarole (93) are used for drying the colloid, still install gas transmission hose (91) on spacing box (4), gas transmission hose (91) are used for carrying steam to fumarole (93).

9. The gluing machine for mask production according to claim 8, characterized in that: the inside sliding connection of fumarole (93) has sealed dish (97), sealed dish (97) are used for sealed fumarole (93), square frame (99) are installed to the one end of sealed dish (97), square frame (99) are used for driving sealed dish (97) and slide, still install slide bar (11) on square frame (99), slide bar (11) run through stop box (4), the surface cover of slide bar (11) is equipped with fifth spring (98), fifth spring (98) are connected with stop box (4).

10. The gluing machine for mask production according to claim 9, wherein: the inside of spacing case (4) sets up gas storehouse (92), gas storehouse (92) communicate with gas hose (91) and fumarole (93) respectively, it has transfer line (94) still to slide connection on spacing case (4), trapezoidal piece (96) are installed to the lower extreme of transfer line (94), square frame (99) are run through to trapezoidal piece (96), trapezoidal piece (96) are used for extrudeing square frame (99) and slide, it is used for contradicting on transfer line (94) to stretch out board (77), fourth spring (95) are still installed to the inside of spacing case (4), fourth spring (95) are connected with transfer line (94).