CN213472283U - Following type plane mask machine - Google Patents
Following type plane mask machine Download PDFInfo
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- CN213472283U CN213472283U CN202021704544.3U CN202021704544U CN213472283U CN 213472283 U CN213472283 U CN 213472283U CN 202021704544 U CN202021704544 U CN 202021704544U CN 213472283 U CN213472283 U CN 213472283U
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Abstract
The utility model discloses a following type plane mask machine, which comprises a frame, a cloth feeding mechanism arranged on the frame and used for conveying mask cloth, a cloth pre-folding mechanism connected with the cloth feeding mechanism and used for folding the cloth into overlapped creases, a nose line threading mechanism connected with the cloth pre-folding mechanism and used for inserting nose lines into the mask cloth, a mask body welding mechanism connected with the nose line threading mechanism and used for crimping the nose lines on the cloth and welding the cloth together, an ear line welding device connected with the mask body welding mechanism and used for crimping ear lines on the cloth, and an ear line welding mechanism connected with the ear line welding mechanism and used for cutting the cloth into a single mask forming cutting mechanism; the lug wire welding device comprises a welding moving mechanism arranged on the frame and a lug wire welding mechanism arranged on the welding moving mechanism; the utility model discloses a welding moving mechanism drive ear line welding mechanism is following the removal of cloth and is removing when the welding ear line to the ear line welding efficiency has been improved.
Description
Technical Field
The embodiment of the utility model provides a relate to gauze mask machine technical field, especially relate to a follow formula plane gauze mask machine.
Background
The mask is a sanitary article, generally refers to a device which is worn at the mouth and nose part and used for filtering air entering the mouth and nose so as to prevent harmful gas, smell and spray from entering and exiting the mouth and nose of a wearer, and is made of gauze or paper and the like. The mask has a certain filtering function on air entering the lung. The gauze mask machine is through the hot pressing with the multilayer non-woven fabrics, the fold forming, ultrasonic bonding, the waste material excision, processes such as ear area bridge of the nose strip welding produce the various gauze masks that have certain filtering quality, gauze mask equipment is not the machine of single unit, it needs the cooperation of many machines to accomplish the process of various differences, current gauze mask machine is in the welding process to the ear line, ear line welding mechanism can't remove along with the removal of gauze mask cloth or gauze mask, make in welding process, gauze mask cloth or gauze mask can only stop at ear line welding station and go out and wait for the welding operation, thereby the operating efficiency of whole assembly line has been influenced, the production efficiency of gauze mask has been reduced.
SUMMERY OF THE UTILITY MODEL
The utility model discloses a solve and to propose current gauze mask machine ear line welding mechanism and can't remove and then cause the technical problem that gauze mask production efficiency is low along with the removal of gauze mask cloth or gauze mask among the above-mentioned background art, provide a following formula plane gauze mask machine.
The utility model provides a following type plane mask machine, which comprises a frame, a cloth feeding mechanism arranged on the frame and used for conveying mask cloth, a cloth pre-folding mechanism connected with the cloth feeding mechanism and used for folding the cloth into overlapped creases, a nose line threading mechanism connected with the cloth pre-folding mechanism and used for inserting nose lines into the mask cloth, a mask body welding mechanism connected with the nose line threading mechanism and used for crimping the nose lines on the cloth and welding the cloth together, an ear line welding device connected with the mask body welding mechanism and used for crimping the ear lines on the cloth, and an ear line welding mechanism connected with the ear line welding mechanism and used for cutting the cloth into a single mask forming cutting mechanism; the ear wire welding device comprises a welding moving mechanism arranged on the rack and an ear wire welding mechanism arranged on the welding moving mechanism.
Further, the welding moving mechanism comprises a moving guide rail arranged on the machine frame, a moving base plate arranged on the moving guide rail and a moving power part used for driving the moving base plate to move directionally on the moving guide rail.
Further, the lug wire welding mechanism comprises a first lug wire welding mechanism arranged on the movable substrate and a second lug wire welding mechanism adjacent to the first lug wire welding mechanism; first ear wire welding mechanism reaches second ear wire welding mechanism is all including installing ear wire welding frame on the removal base plate, install push down power spare in the ear wire welding frame and with push down the continuous push down frame of output of power spare, install push down ear wire material loading subassembly in the frame, install be used for on the removal base plate to tailor the ear wire of ear wire and tailor the subassembly, be used for with ear wire welding subassembly and install the ear wire turn-over subassembly that is used for the ear wire turn-over after welding on the removal base plate on the cloth.
Furthermore, the lug wire feeding assembly comprises a lug wire frame arranged on the lug wire welding rack and used for placing a lug wire coil, a rotary winding assembly used for assisting a lug wire wheel for feeding the lug wire and used for conveying the lug wire to a welding position, a wire locking assembly used for locking the lug wire on the rotary winding assembly, and an unlocking assembly used for contacting the locking assembly to lock the lug wire; the rotary winding assembly comprises a rotary power piece arranged on the pressing rack, a rotary base plate connected with the output end of the rotary power piece and two winding plates arranged on two sides of the rotary base plate; the winding plate comprises a winding part provided with an arc winding surface and a connecting part connected with the rotary substrate; the connecting part is provided with an adjusting groove for adjusting the distance between the connecting part and the rotating base plate.
Furthermore, the wire locking assembly comprises a plurality of locking pieces arranged on the rotating base plate, a locking power piece arranged on the pressing rack and a locking pressing piece arranged on the output end of the locking power piece; the unlocking assembly comprises an unlocking power part arranged on the pressing rack, an unlocking plate connected with the unlocking power part and an unlocking part arranged on the unlocking plate and matched with the locking part; the unlocking plate is provided with a vacancy part opposite to the locking piece close to the lug wheel.
Furthermore, the ear line cutting assembly comprises ear line cutting scissors arranged on the movable substrate; the lug line turnover assembly comprises a turnover power piece arranged on the movable substrate and a turnover plate connected with the output end of the turnover power piece; the lug wire welding assembly comprises a lug wire positioning power part arranged on the pressing rack, a lug wire positioning column connected with the output end of the lug wire positioning power part and a first welding machine used for welding the lug wire on the cloth.
Furthermore, the nose line threading mechanism comprises a nose line feeding assembly and a nose line threading assembly which are arranged on the rack; the nose line penetrating assembly comprises a wire pulling wheel, a cutting wheel, a flanging plate and a penetrating pipe, wherein the wire pulling wheel is arranged on the frame and used for pulling the nose line, the cutting wheel is used for cutting the nose line, the flanging plate is used for flanging the mask cloth out of a nose line flanging, and the penetrating pipe is used for allowing the cut nose line to penetrate through the mask cloth; the folding plate is arranged from one end close to the cloth pre-folding mechanism to one end far away from the cloth pre-folding mechanism in an inward-cutting and oblique manner; an arc-shaped guide surface is arranged at one end of the flanging plate close to the cloth pre-folding mechanism; the nose line feeding assembly comprises a nose line feeding wheel and a nose line feeding power part for driving the nose line feeding wheel to rotate; the pull wire wheel is provided with a nose wire groove for accommodating a nose wire; and a cutter is arranged on the cutting wheel.
Furthermore, the cloth pre-folding mechanism comprises a folding assembly and a wrinkle pressing assembly which are arranged on the rack; the folding assembly comprises a folding wheel shaft arranged on the rack and a folding driving piece used for driving the folding wheel shaft to rotate; the fold pressing assembly comprises a fold pressing plate and an adjusting wheel for adjusting the tension of the fold pressing plate; and a folding concave surface is arranged on the folding wheel shaft.
Further, the cover body welding mechanism comprises a welding driving power part, a welding driving gear set connected with the output end of the welding driving power part, and a grooved pulley and a leveling wheel which are respectively connected with the welding driving gear set; the cover body welding mechanism further comprises a second welding machine arranged on the rack and located at the lower end of the pressure sheave.
Furthermore, the forming cutting mechanism is provided with a cutting leveling wheel arranged on the frame and a forming cutting wheel for cutting the cloth into the mask; the cloth feeding mechanism comprises a plurality of cloth feeding rollers arranged on the rack, a cloth feeding power part used for driving the feeding rollers to rotate, and cloth feeding auxiliary wheels arranged on the rack and used for assisting in feeding.
Adopt foretell technical scheme, the utility model discloses it is to have at least following beneficial effect: the utility model discloses a crease is rolled over to the cloth in advance to cloth preflex mechanism to realize the automatic threading of gauze mask nasal thread through nasal thread threading mechanism, realize welding different cloth together through cover body welding mechanism after the threading, and then realize the welding to the ear wire through ear wire welding set, cut the cloth into single gauze mask through the shaping cutting mechanism at last, thereby realize the full automated production of gauze mask, improved gauze mask production efficiency; the ear wire welding device comprises a welding moving mechanism arranged on the frame and an ear wire welding mechanism arranged on the welding moving mechanism; dress ear line welding machine constructs the dress and establishes on the welding moving mechanism for when welding the ear line, can follow the removal of cloth and remove when welding the ear line through welding moving mechanism drive ear line welding mechanism, thereby when avoiding welding the ear line, gauze mask cloth or semi-manufactured goods gauze mask need stop and influence the smoothness nature of whole gauze mask production water line, thereby improved the production efficiency of gauze mask.
Drawings
Fig. 1 is a perspective view of the following type flat mask machine of the present invention.
Fig. 2 is a perspective view of the ear line welding device and the forming and cutting mechanism of the following type flat mask machine of the present invention.
Fig. 3 is another perspective view of the ear line welding device and the forming and cutting mechanism of the following plane mask machine of the present invention.
Fig. 4 is a perspective view of the first ear wire welding mechanism or the second ear wire welding mechanism.
Fig. 5 is an enlarged view of a portion B of fig. 4.
Fig. 6 is a diagram of an embodiment of the present invention.
Fig. 7 is an enlarged view of a portion a of fig. 6.
Fig. 8 is a perspective view of the nose line threading assembly and the cover body welding mechanism of the present invention.
Fig. 9 is a perspective view of the forming and cutting mechanism of the present invention.
Fig. 10 is a perspective view of another embodiment of the present invention.
Fig. 11 is a perspective view of the folding assembly of the present invention.
Fig. 12 is a perspective view of the pleat assembly of the present invention.
Fig. 13 is a perspective view of the folding axle of the present invention.
Fig. 14 is a perspective view of the grooved wheel of the present invention.
Fig. 15 is a perspective view of the folding plate of the present invention.
Fig. 16 is a perspective view of the pulling reel of the present invention.
Fig. 17 is a perspective view of the unlocking plate of the present invention.
Fig. 18 is a perspective view of the locking member of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings. It should be understood that the embodiments described below by referring to the drawings are exemplary for explaining the present invention, and are not to be construed as limiting the present invention, and features in the embodiments of the present invention may be combined with each other without conflict.
As shown in fig. 1-17, the utility model provides a following type plane mask machine, which comprises a frame 1, a cloth feeding mechanism arranged on the frame 1 and used for conveying mask cloth, a cloth pre-folding mechanism 3 connected with the cloth feeding mechanism and used for folding the cloth into overlapped folds, a nose line threading mechanism connected with the cloth pre-folding mechanism 3 and used for inserting nose lines into the mask cloth, a mask body welding mechanism 5 connected with the nose line threading mechanism and used for crimping the nose lines on the cloth and welding the cloth together, an ear line welding device connected with the mask body welding mechanism 5 and used for crimping the ear lines on the cloth, and an ear line welding mechanism 6 connected with the ear line welding mechanism and used for cutting the cloth into single mask forming cutting mechanism 6; the ear wire welding device comprises a welding moving mechanism 7 arranged on the rack and an ear wire welding mechanism arranged on the welding moving mechanism 7.
In the embodiment, the cloth is pre-folded by the cloth pre-folding mechanism 2 to form creases, the automatic threading of the mask nose line is realized by the nose line threading mechanism, different cloths are welded together by the cover body welding mechanism after threading, the ear line is welded by the ear line welding device, and finally the cloth is cut into single masks by the forming and cutting mechanism 6, so that the full-automatic production of the masks is realized, and the production efficiency of the masks is improved; the ear wire welding device comprises a welding moving mechanism 7 arranged on the frame and an ear wire welding mechanism 8 arranged on the welding moving mechanism 7; dress ear line welding mechanism 8 is installed on the welding moving mechanism 7 for when the welding ear line, can follow the removal of cloth and remove when the welding ear line through 7 drive ear line welding mechanism 8 of welding moving mechanism, thereby when avoiding welding the ear line, gauze mask cloth or semi-manufactured goods gauze mask need stop and influence the smoothness nature of whole gauze mask production water line, thereby improved the production efficiency of gauze mask.
In one embodiment, the welding moving mechanism 7 includes a moving guide 71 mounted on the frame, a moving base plate 72 mounted on the moving guide 71, and a moving power member 73 for driving the moving base plate 72 to move directionally on the moving guide 71; in this embodiment, the ear line welding mechanism is arranged on the movable base plate 72, and during specific work, the movable base plate 72 is driven by the movable power part 73 to directionally move on the movable guide rail 71, so that the movable base plate 72 drives the ear line welding mechanism to synchronously move along with cloth of the mask, thereby synchronously welding the ear lines on the mask, and improving the production efficiency of the mask.
In one embodiment, the ear wire welding mechanism includes a first ear wire welding mechanism mounted on the moving substrate 72 and a second ear wire welding mechanism adjacent to the first ear wire welding mechanism; first ear wire welding mechanism reaches second ear wire welding mechanism is all including installing ear wire welding frame 81 on the removal base plate 72, install push down power 82 on the ear wire welding frame 81 and with push down the frame 83 that the output of power 82 links to each other, install push down ear wire material loading subassembly on the frame 83, install be used for on the removal base plate 72 cutting out the ear wire of ear wire and tailor the subassembly, be used for with ear wire welding subassembly and the installation on the cloth of ear wire welding the ear wire turn-over subassembly that is used for on the removal base plate 72 with the ear wire turn-over after the welding.
In this embodiment, first ear wire welding mechanism reaches second ear wire welding mechanism is used for welding the ear wire on gauze mask both sides respectively to improve the welding efficiency of ear wire, concrete during operation, when the gauze mask carries through preceding process operation behind gauze mask welding set's the position, ear wire material loading subassembly with ear wire material loading to need welded position on the gauze mask, and at the material loading in-process of ear wire the subassembly is tailor into the unilateral ear wire of weldable with the ear wire to the ear wire, through ear wire welding subassembly is with ear wire welding on the corresponding position of gauze mask, last pass through ear wire turn-over ear wire with welded ear wire turn-over, the ear wire receives the cutting damage when preventing follow-up cutting into single gauze mask.
In an optional embodiment, the ear wire feeding assembly, the ear wire cutting assembly, the ear wire welding assembly and the ear wire turnover assembly are respectively two, so that the ear wire welding can be simultaneously carried out on two masks.
In a specific embodiment, the ear wire feeding assembly comprises an ear wire frame 84 arranged on the ear wire welding rack 81 and used for placing an ear wire coil, a rotary wire winding assembly used for assisting an ear wire wheel 85 in feeding the ear wire and used for conveying the ear wire to a welding position, a wire locking assembly used for locking the ear wire on the rotary wire winding assembly, and an unlocking assembly used for contacting the locking assembly to lock the ear wire; the rotary winding assembly comprises a rotary power piece 861 arranged on the lower pressing frame 83, a rotary base plate 862 connected with the output end of the rotary power piece 861 and two winding boards 863 arranged on two sides of the rotary base plate 862; the winding plate 863 comprises a winding part 8631 provided with an arc winding surface 86311 and a connecting part 8632 connected with the rotating base plate 862; the connecting portion 8632 is formed with an adjustment groove 8633 for adjusting a distance from the rotating base 862.
In this embodiment, the worker places the coiled ear wire on the ear wire holder 84, and pulls the ear wire to wind on the ear wire wheel 85, and then fixes the ear wire outlet end on the locking piece 871 at the position close to the ear wire wheel 85, thereby completing the initial installation work of the ear wire, when loading, the rotary power piece 861 drives the rotary base plate 862 to drive the winding board 863 to rotate, so that the winding part 8631 surrounds the upper ear wire in the rotation process of the winding board 863, and the winding board 863 conveys the wound ear wire to the corresponding welding position on the mask for waiting for welding, the winding part 8631 is arc-shaped, so that the ear wire part surrounded by the winding part 8631 forms an arc-shaped shape for the user to hang on the ear, and further the subsequent ear wire welding does not need to intentionally adjust the relief shape, the winding board 863 is further provided with a connecting part 8632, the connecting portion 8632 is formed with an adjusting groove 8633 for adjusting a distance between the wire winding plate 863 and the rotating base plate 862, the wire winding plate 863 is locked on the rotating base plate 862 by passing a screw through the adjusting groove 8633, and the distance between the wire winding plate 863 and the rotating base plate 862 can be adjusted by adjusting the adjusting groove 8633 corresponding to a screw locking position, so as to adjust the length of the ear line.
In one embodiment, the wire locking assembly includes a plurality of locking members 871 mounted on the rotating base plate 862, a locking power member 872 mounted on the pressing frame 83, and a locking pressing member 873 mounted on an output end of the locking power member 872; the unlocking assembly comprises an unlocking power piece 882 arranged on the pressing rack 83, an unlocking plate 881 connected with the unlocking power piece 882, and an unlocking piece 883 arranged on the unlocking plate 881 and matched with the locking piece 871 for use; the unlocking plate 881 is provided with a vacant part 8811 opposite to the locking piece 871 close to the lug wheel 85.
In this embodiment, there are two sets of the locking members 871, each set has two locking members 871, each set of the locking members 871 is used to clamp a section of ear wire, there are two locking downward members 873, and the two locking downward members 873 correspond to the locking member 871 on the side close to the cutting assembly in the two sets of the locking members 871, specifically, after the ear wire is encircled and brought to the ear wire welding position by the rotation of the winding plate 863, at this time, the locking member 871 opposite to the locking downward member 873 is switched to the other two locking members 871 in the unlocked state due to the rotation of the rotating base plate 862 by 180 degrees, at this time, the locking power member 872 drives the locking downward members 873 to press downward, thereby driving the two locking members 871 to be buckled downward, locking the position corresponding to the ear wire on the rotating base plate 862, and cutting the cutting assembly, so that the cutting assembly separates the ear wire encircled and brought to the position above the mask welding position corresponding to the winding portion 8631 to be separated by the cutting assembly When the mask is used, the ear wire separated from the ear wire cannot fall out of the wire winding plate 863, the downward pressing power part 82 drives the downward pressing rack 83 to drive the rotating base plate 862 to enable the ear wire to be pressed downward to the position corresponding to mask welding, at this time, the unlocking power part 882 drives the unlocking plate 881 to be pressed downward, so that the unlocking part 883 on the unlocking plate 881 acts on the other three locking parts 871 except the locking part 871 corresponding to the vacancy 8811 (namely, the locking part 871 close to the position of the ear wire wheel 85), and the locking part 871 contacted by the unlocking part 883 is in an open state, so that the cut and separated ear wire can fall on the mask to be welded and the like, and the operation is repeated, and the feeding efficiency of the ear wire is improved; the unlocking plate 881 is provided with a vacant part 8811 opposite to the locking piece 871 close to the lug wheel 85. So that the unlocking member 883 near the position of the ear wire wheel 85 can be kept in a locked state each time the unlocking plate 881 is pressed down, thereby ensuring that the outlet end of the ear wire is always fixed on the rotating base plate 862; it should be noted that, the locking piece 871 can rotate relative to the rotating base plate 862, and the rotating shaft is located in the middle position of the locking piece 871, one end of the locking piece 871 is provided with a buckle portion 8711 for buckling the ear wire and an unlocking portion 8712 located at the other end of the locking piece 871 for unlocking, when the locking piece 871 clamps the ear wire, the locking downward pressing piece 873 acts on the buckle portion 8712, so that the buckle portion 8711 of the locking piece 871 is downward buckled to clamp the ear wire, and when the unlocking plate 881 is downward pressed, the unlocking piece 883 acts on the unlocking portion 8712, so that the buckle portion 8711 is lifted, and the clamping effect of the ear wire is released.
In one embodiment, the ear line cutting assembly includes ear line cutting scissors 891 mounted on the moving base plate 72; the ear line turn-over assembly comprises a turn-over power component arranged on the movable base plate 72 and a turn-over plate 893 connected with the output end of the turn-over power component 892; the lug wire welding assembly comprises a lug wire positioning power piece 894 arranged on the lower press frame 83, a lug wire positioning post 895 connected with the output end of the lug wire positioning power piece 894, and a first welding machine 896 used for welding a lug wire on a cloth.
In this embodiment, when the ear wire warp rotatory wire winding subassembly the locking wire subassembly reaches when carrying the corresponding welding position of gauze mask under the cooperation of unblock subassembly, ear wire location power piece 894 drive ear wire reference column 895 pushes down to press the both ends of ear wire tightly on the gauze mask relevant position, and then pass through first welding machine 896 welds the ear wire on the gauze mask relevant position, the back that the welding finishes, turn over the drive power piece turn over panel 893 upset, thereby with the ear wire turn-over that the welding is good, prevent when shaping cutting mechanism 6 cuts into single gauze mask, the ear wire receives the damage.
In one embodiment, the nose line threading mechanism comprises a nose line feeding assembly and a nose line threading assembly 41 which are arranged on the frame 1; the nose line penetrating component 41 comprises a wire pulling wheel 411 which is arranged on the frame 1 and used for pulling the nose line, a cutting wheel 412 used for cutting the nose line, a folding plate 413 used for turning the mask cloth out of the folded edge of the nose line and a penetrating pipe 414 for the cut nose line to penetrate through the mask cloth; the folding plate 413 is arranged from one end close to the cloth pre-folding mechanism 3 to one end far away from the cloth pre-folding mechanism 3 in an inward-inclined mode; an arc-shaped guide surface 4131 is arranged at one end of the folding plate 413 close to the cloth pre-folding mechanism 3; the penetration tube 414 is located at the upper end of the mask cloth so that the nose line can slide into the mask cloth through the penetration tube 414 after being cut.
Further, the nose line feeding assembly comprises a nose line feeding wheel 421 and a nose line feeding power part for driving the nose line feeding wheel 421 to rotate; a nose wire groove 4111 for containing a nose wire is arranged on the pull wire wheel 411; the cutting wheel 412 is provided with a cutter.
In this embodiment, the folding plate 413 of the nose line threading mechanism is arranged to be inwardly and obliquely arranged from one end close to the fabric pre-folding mechanism 3 to one end far away from the fabric pre-folding mechanism 3; in the process that the cloth enters the nose line threading mechanism through the folding plate 413, due to the inclined arrangement of the folding plate 413, a folding part for folding the cloth appears, the nose line can be wrapped by the folding part, so that the nose line can be conveniently welded in the mask body by the mask body welding mechanism 5, the arc-shaped guide surface 4131 is arranged at one end of the folding plate 413 close to the cloth pre-folding mechanism 3, when the mask cloth passes through the folding plate 413, the mask cloth can be prevented from being torn by the sharp part at the edge of the folding plate 413 through the guiding effect of the arc-shaped guide surface 4131, the problem that the mask cloth is blocked or the integrity of the mask cloth is damaged is caused, and the operation of the mask cloth is smoother; during the specific work, when the mask cloth is conveyed to the folding plate 413, the mask cloth can smoothly pass through the folding plate 413 under the guiding action of the arc-shaped guiding surface 4131, and the folding plate 413 in the nose line threading mechanism is arranged inwards and obliquely from one end close to the cloth pre-folding mechanism 3 to one end far away from the cloth pre-folding mechanism 3, that is, the width of the mask cloth at one end of the folding plate 413 close to the cloth pre-folding mechanism 3 is larger than the width of the folding plate 413 far away from the cloth pre-folding mechanism 3, so that the mask cloth has a folded edge part which is folded during the running process of the mask cloth, the nose line drives the nose line feeding wheel 421 to rotate through the feeding power part while the cloth is conveyed, and the nose line is conveyed to the position of the cutting wheel 412 through the rotation of the pulling wheel 411 by utilizing the nose line groove 4111, the nose line is cut off by a cutter on the cutting wheel 412, so that the cut nose line can slide into the mask cloth through the penetration pipe 414, and the penetration pipe 414 is obliquely provided with a slope, so that the cut nose line can slide into the mask cloth through the penetration pipe 414; therefore, after the mask cloth is folded along the movement track of the side plate, the nose line can fall into the coverage range of the folded edge, and the mask body welding mechanism 5 can weld the nose line on the mask cloth conveniently.
In one embodiment, the fabric pre-folding mechanism 3 includes a folding assembly 31 and a wrinkle pressing assembly 32 mounted on the frame 1; the folding assembly 31 comprises a folding wheel shaft 311 arranged on the frame 1 and a folding driving member for driving the folding wheel shaft to rotate; the wrinkle pressing assembly 32 comprises a wrinkle pressing plate 321 and an adjusting wheel 322 for adjusting the tension of the wrinkle pressing plate 321; a folding concave surface 3111 is arranged on the folding wheel shaft 311; in this embodiment, different types of mask cloth are fed to the cloth pre-folding mechanism 3 through the cloth feeding mechanism 2, the cloth rolls out wrinkles through the folding concave surface 3111 on the folding wheel shaft 311, and then the wrinkles are pressed on the cloth through the wrinkle pressing plate 321, so that the folding of wrinkles in the middle of the mask is completed, the wrinkle pressing plate 321 is provided with three layers, and therefore the wrinkles of the cloth on different layers can be pressed.
In a specific embodiment, the cover welding mechanism 5 includes a welding driving power member, a welding driving gear set connected to an output end of the welding driving power member, a grooving wheel 51 and a leveling wheel 52 respectively connected to the welding driving gear set; the cover body welding mechanism 5 further comprises a first welding machine 896 arranged on the frame 1 and positioned at the lower end of the pressure sheave 51 and a first welding machine 896 radiator arranged on the frame 1; the pressure grooved wheel 51 is used for pressing the folded edge of the mask cloth turned out by the folding plate 413 to the body of the mask cloth, so that the nose line can be stably covered in the mask cloth; the leveling wheel 52 is used for pressing the gauze mask cloth after the groove pressing to be level.
In this embodiment, the embossing protrusion for embossing the mask cloth is disposed on the embossing roller 51; during specific operation, the mask cloth is continuously conveyed to the mask body welding mechanism 5 after being inserted into the folds and the nose lines, the folded edge of the mask cloth, which is turned out through the folded edge plate 413, is pressed to the mask cloth body through the grooved pulley 51, so that the nose lines can be wrapped in the mask cloth, the mask cloth can be pressed out and embossed through the grooved pulley 51, the mask cloth can be welded by the first welding machine 896 when the embossed is pressed out, different cloths can be welded together, and the first welding machine 896 is an ultrasonic welding machine.
In one embodiment, the shaping and cutting mechanism 6 comprises a cutting leveling wheel 61 arranged on the frame and a shaping and cutting wheel 62 for cutting cloth into masks; the cloth feeding mechanism comprises a plurality of cloth feeding rollers arranged on the rack, a cloth feeding power part used for driving the feeding rollers to rotate, and a cloth feeding auxiliary wheel 22 arranged on the rack and used for auxiliary feeding.
In this embodiment, the mask welded by the ear wire welding device is smoothed by the cutting smoothing wheel 61, and then cut into individual masks by the forming cutting wheel 62; thereby completing the manufacturing process of the mask; when the cloth feeding mechanism feeds, different cloths are integrally conveyed by the cloth feeding rollers, and the cloth feeding rollers only assist in conveying the cloths to each structure through the cloth feeding auxiliary wheels 22, so that the conveying effect is achieved.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these examples without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (10)
1. The utility model provides a follow formula plane gauze mask machine which characterized in that: the device comprises a frame and the following mechanisms arranged on the frame:
cloth feed mechanism: used for conveying mask cloth;
cloth is folded mechanism in advance: the cloth feeding mechanism is connected with the cloth feeding mechanism and is used for folding the cloth into overlapped folds;
nasal thread threading mechanism: the nose line is connected with the cloth pre-folding mechanism and is inserted into the cloth of the mask;
cover body welding mechanism: the nose line threading mechanism is connected with the nose line threading mechanism and is used for crimping the nose line on the cloth and welding the cloth together;
ear wire welding device: the ear line welding mechanism is connected with the cover body welding mechanism and is used for crimping the ear line on the cloth; and
the forming and cutting mechanism comprises: the ear line welding mechanism is connected with the cloth cutting mechanism and is used for cutting the cloth into single masks;
the ear wire welding device comprises a welding moving mechanism arranged on the rack and an ear wire welding mechanism arranged on the welding moving mechanism.
2. The follow-up type flat mask machine according to claim 1, wherein: the welding moving mechanism comprises a moving guide rail arranged on the rack, a moving base plate arranged on the moving guide rail and a moving power part used for driving the moving base plate to move directionally on the moving guide rail.
3. The follow-up type flat mask machine according to claim 2, wherein: the lug wire welding mechanism comprises a first lug wire welding mechanism arranged on the movable substrate and a second lug wire welding mechanism adjacent to the first lug wire welding mechanism; first ear wire welding mechanism reaches second ear wire welding mechanism is all including installing ear wire welding frame on the removal base plate, install push down power spare in the ear wire welding frame and with push down the continuous push down frame of output of power spare, install push down ear wire material loading subassembly in the frame, install be used for on the removal base plate to tailor the ear wire of ear wire and tailor the subassembly, be used for with ear wire welding subassembly and install the ear wire turn-over subassembly that is used for the ear wire turn-over after welding on the removal base plate on the cloth.
4. The follow-up type flat mask machine according to claim 3, wherein: the lug wire feeding assembly comprises a lug wire frame arranged on the lug wire welding rack and used for placing a lug wire coil, a rotary winding assembly used for assisting a lug wire wheel for feeding the lug wire and used for conveying the lug wire to a welding position, a wire locking assembly used for locking the lug wire on the rotary winding assembly and an unlocking assembly used for contacting the locking assembly to lock the lug wire; the rotary winding assembly comprises a rotary power piece arranged on the pressing rack, a rotary base plate connected with the output end of the rotary power piece and two winding plates arranged on two sides of the rotary base plate; the winding plate comprises a winding part provided with an arc winding surface and a connecting part connected with the rotary substrate; the connecting part is provided with an adjusting groove for adjusting the distance between the connecting part and the rotating base plate.
5. The follow-up type flat mask machine according to claim 4, wherein: the wire locking assembly comprises a plurality of locking pieces arranged on the rotating base plate, a locking power piece arranged on the pressing rack and a locking pressing piece arranged on the output end of the locking power piece; the unlocking assembly comprises an unlocking power part arranged on the pressing rack, an unlocking plate connected with the unlocking power part and an unlocking part arranged on the unlocking plate and matched with the locking part; the unlocking plate is provided with a vacancy part opposite to the locking piece close to the lug wheel.
6. The follow-up type flat mask machine according to claim 3, wherein: the ear line cutting assembly comprises ear line cutting scissors arranged on the movable substrate; the lug line turnover assembly comprises a turnover power piece arranged on the movable substrate and a turnover plate connected with the output end of the turnover power piece; the lug wire welding assembly comprises a lug wire positioning power part arranged on the pressing rack, a lug wire positioning column connected with the output end of the lug wire positioning power part and a first welding machine used for welding the lug wire on the cloth.
7. The follow-up type flat mask machine according to claim 1, wherein: the nose line threading mechanism comprises a nose line feeding assembly and a nose line threading assembly which are arranged on the rack; the nose line penetrating assembly comprises a wire pulling wheel, a cutting wheel, a flanging plate and a penetrating pipe, wherein the wire pulling wheel is arranged on the frame and used for pulling the nose line, the cutting wheel is used for cutting the nose line, the flanging plate is used for flanging the mask cloth out of a nose line flanging, and the penetrating pipe is used for allowing the cut nose line to penetrate through the mask cloth; the folding plate is arranged from one end close to the cloth pre-folding mechanism to one end far away from the cloth pre-folding mechanism in an inward-cutting and oblique manner; an arc-shaped guide surface is arranged at one end of the flanging plate close to the cloth pre-folding mechanism; the nose line feeding assembly comprises a nose line feeding wheel and a nose line feeding power part for driving the nose line feeding wheel to rotate; the pull wire wheel is provided with a nose wire groove for accommodating a nose wire; and a cutter is arranged on the cutting wheel.
8. The follow-up type flat mask machine according to claim 1, wherein: the cloth pre-folding mechanism comprises a folding assembly and a fold pressing assembly which are arranged on the rack; the folding assembly comprises a folding wheel shaft arranged on the rack and a folding driving piece used for driving the folding wheel shaft to rotate; the fold pressing assembly comprises a fold pressing plate and an adjusting wheel for adjusting the tension of the fold pressing plate; and a folding concave surface is arranged on the folding wheel shaft.
9. The follow-up type flat mask machine according to claim 1, wherein: the cover body welding mechanism comprises a welding driving power part, a welding driving gear set connected with the output end of the welding driving power part, and a pressure grooved wheel and a leveling wheel which are respectively connected with the welding driving gear set; the cover body welding mechanism further comprises a second welding machine arranged on the rack and located at the lower end of the pressure sheave.
10. The follow-up type flat mask machine according to claim 1, wherein: the forming cutting mechanism is provided with a cutting leveling wheel arranged on the frame and a forming cutting wheel for cutting the cloth into the mask; the cloth feeding mechanism comprises a plurality of cloth feeding rollers arranged on the rack, a cloth feeding power part used for driving the feeding rollers to rotate, and cloth feeding auxiliary wheels arranged on the rack and used for assisting in feeding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021704544.3U CN213472283U (en) | 2020-08-14 | 2020-08-14 | Following type plane mask machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021704544.3U CN213472283U (en) | 2020-08-14 | 2020-08-14 | Following type plane mask machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN213472283U true CN213472283U (en) | 2021-06-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021704544.3U Active CN213472283U (en) | 2020-08-14 | 2020-08-14 | Following type plane mask machine |
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| Country | Link |
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| CN (1) | CN213472283U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111791521A (en) * | 2020-08-14 | 2020-10-20 | 广东勇前智能精密科技有限公司 | Following type plane mask machine |
-
2020
- 2020-08-14 CN CN202021704544.3U patent/CN213472283U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111791521A (en) * | 2020-08-14 | 2020-10-20 | 广东勇前智能精密科技有限公司 | Following type plane mask machine |
| CN111791521B (en) * | 2020-08-14 | 2023-12-26 | 广东勇前智能精密科技有限公司 | Following type plane mask machine |
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