CN212640792U - Absorber forming device of disposable nursing pad - Google Patents
Absorber forming device of disposable nursing pad Download PDFInfo
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- CN212640792U CN212640792U CN202020991497.9U CN202020991497U CN212640792U CN 212640792 U CN212640792 U CN 212640792U CN 202020991497 U CN202020991497 U CN 202020991497U CN 212640792 U CN212640792 U CN 212640792U
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Abstract
The utility model discloses an absorber forming device of disposable nursing pad, including the shaping cover and the shaping case that are connected, the shaping case includes negative pressure box, ventilative guipure, negative pressure interface and negative pressure division board, and the negative pressure box is inside to be hollow structure, and the inside negative pressure division board that is equipped with of negative pressure box, one side of negative pressure box are connected with the negative pressure interface, and the surface covering of negative pressure box has the ventilative guipure of circulation pivoted, and the export of shaping cover covers in ventilative guipure surface, and the inside air current of shaping cover communicates with each other with the inside air current of negative pressure box. This absorbent forming device of disposable nursing pad has avoided the use of shaping drum and transfer drum, and compared, its structure is simpler, and equipment cost is lower, can effectively improve the stability of absorbent shaping quality simultaneously, effectively improves the qualification rate of product.
Description
Technical Field
The utility model relates to a disposable hygienic product manufacturing technical field, in particular to an absorber forming device of disposable nursing pad.
Background
The disposable nursing pad is used as a disposable sanitary article commonly used in hospital operations and daily life of people, the demand of the disposable nursing pad is very large, and the product structure is continuously upgraded and improved. In the existing production process, the forming mode of the absorber of the disposable nursing pad is mainly as follows: as shown in fig. 1 (wherein, the arrow indicates the conveying direction of the wood pulp raw material and the formed absorbent, the absorbent is formed at the outlet of the defibrator 1 and the forming hood 2 by using a large forming drum 3, and then transferred out by a transfer drum 4 to be combined with the wrapping layer. However, in actual production, the forming mode has the following obvious defects: (1) because the width of the disposable nursing pad is large (generally about 600 mm) and the thickness of the disposable nursing pad is small (generally about 3 mm), the situation that faults or local areas of the absorber are lost easily occurs in the process that the absorber of the disposable nursing pad is transferred out through the transfer drum after being formed on the forming drum, and the product yield is low; (2) because the width of the disposable nursing pad is larger, the diameters and the lengths of the forming drum and the transfer drum are correspondingly larger, the processing difficulty and the installation difficulty of equipment are increased, the equipment cost is higher, and the control of the production cost is not facilitated.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to overcome prior art's is not enough, provides an absorbent forming device that disposable nursing was filled up, and the device simple structure, equipment cost is lower, can effectively improve the stability of absorbent shaping quality simultaneously.
The technical scheme of the utility model is that: the utility model provides an absorber forming device of disposable nursing pad, includes shaping cover and the shaping case that links, and the shaping case includes negative pressure box, ventilative guipure, negative pressure interface and negative pressure division board, and negative pressure box is inside to be hollow structure, and negative pressure box is inside to be equipped with the negative pressure division board, and one side of negative pressure box is connected with the negative pressure interface, and the surface covering of negative pressure box has the ventilative guipure of circulation rotation, and the export of shaping cover covers in ventilative guipure surface, and the inside air current of shaping cover communicates with each other with the inside air current of negative pressure box. Wherein, the forming cover is externally connected with a fiber-splitting machine (the fiber-splitting machine can adopt the fiber-splitting machine with the traditional structure), the negative pressure interface is externally connected with a negative pressure device (such as a vacuum fan and the like), and the wrapping layer of the disposable nursing pad is continuously conveyed by the air-permeable mesh belt after the coating layer is coated with the glue; and (3) after the wood pulp raw material is defibered by a defibering machine, conveying the wood pulp raw material to a forming box by a forming cover, and directly forming an absorber on the surface of the wrapping layer on the air-permeable mesh belt. In the negative pressure box body, a negative pressure cavity formed in the negative pressure box body is separated by the negative pressure separation plate, so that the consistency of the pressure intensity of each part of the negative pressure cavity can be effectively improved, and the distribution uniformity of the wood pulp raw material in the forming process of the absorber is ensured. The air-permeable net belt is used for supporting the formed wrapping layer and providing a forming platform for the absorber, the wrapping layer is prevented from being sucked into the negative pressure box body by negative pressure, and the forming stability of the absorber is improved.
In the negative pressure box body, each negative pressure division plate is vertically distributed with the airflow direction of the forming cover, and two adjacent division plates are connected through a support rod; the width of each negative pressure separation plate is gradually increased along the direction from the outlet close to the forming cover to the outlet far away from the forming cover; the number of layers of the negative pressure separation plates is gradually reduced along the direction from the negative pressure interface to the direction far away from the negative pressure interface. The principle of the structure setting is as follows: due to the action of negative pressure, the flowing direction of airflow sequentially passes through the forming cover, the negative pressure box body and the negative pressure interface, and the volume in the negative pressure box body is larger, so that the closer to the outlet of the forming cover and the negative pressure interface, the higher the pressure is, and the more wood pulp raw materials can be adsorbed on the surface of the breathable net belt; therefore, in order to improve the uniformity of pressure distribution, the negative pressure cavity in the negative pressure box body is divided by the negative pressure separation plate, and the density of the negative pressure separation plate is larger as the negative pressure separation plate is closer to the outlet of the forming cover and the negative pressure interface, so that the flowing direction of air flow is changed, and the wood pulp raw material is more uniformly distributed on the surface of the breathable mesh belt.
In the negative pressure box body, one side connected with the negative pressure interface is a negative pressure side, one side connected with the forming cover is a forming side, and the negative pressure side and the forming side are two adjacent sides on the negative pressure box body (namely the airflow direction of the negative pressure interface is vertical to the airflow direction of the outlet of the forming cover).
The forming side is provided with a plurality of supporting strips which are distributed in a cross mode, and the ventilating mesh belt covers all the supporting strips. Generally, in order to ensure the smoothness and stability of gas flowing between the forming cover and the negative pressure box body, the forming side on the negative pressure box body is of an opening structure, and a supporting strip is arranged on the opening structure to form a good supporting effect on the breathable net belt.
And a mesh belt driving roller and a plurality of mesh belt tensioning driven rollers are distributed on two sides of the forming side, and the breathable mesh belt is arranged between the mesh belt driving roller and each mesh belt tensioning driven roller. The mesh belt driving roller is mainly used for driving the air permeable mesh belt to rotate circularly so as to enable the wrapping layer to be conveyed continuously, and the number and the specific installation position of the mesh belt tensioning driven rollers can be set according to the actual requirements of the forming device.
As a preferred scheme, the forming cover is arranged above the negative pressure box body, and the negative pressure port is arranged on the side surface of the negative pressure box body. The structure enables the wood pulp raw material to form a vertical blanking mode after defibering, is beneficial to improving the forming effect of the absorber, and particularly aims at the thin absorber, the formed absorber is uniform in thickness, and the phenomenon of absorber fault or local deletion is effectively avoided.
The upper end and the lower end of the forming cover are both of an open structure, the periphery of the forming cover comprises a front side plate, a first side plate, a rear side plate and a second side plate which are sequentially connected, and the first side plate and the second side plate are symmetrically arranged;
the structure symmetry of first curb plate and second curb plate includes fixed horizontal pole, upper junction plate and the lower connecting plate that from top to bottom connects gradually respectively, through activity hinge connection between the upper portion of upper junction plate and the fixed horizontal pole, is connected through adjusting the connecting rod between the lower part of upper junction plate and the upper portion of lower connecting plate. The adjusting connecting rod comprises an upper connecting piece, a connecting rod and a lower connecting piece, the upper connecting piece is arranged on the upper connecting plate, the lower connecting piece is arranged on the lower connecting plate, the upper end of the connecting rod is hinged to the upper connecting piece, a long hole is formed in the lower portion of the connecting rod, and the lower connecting piece is embedded into the long hole and locked and fixed through a nut. Also for articulated between upper junction plate and the lower connecting plate, when adjusting the position of connecting piece in the slot hole down, can adjust the contained angle between upper junction plate and the lower connecting plate to the shaping cover outlet width that makes lower connecting plate bottom form changes, makes the shaping cover use of the shaping case of multiple different specifications of cooperateing, and the shaping of disposable nursing pad that adapts to different specifications is used, improves forming device's use flexibility.
The lower part of the front side plate is provided with a side air supplement opening, and the side air supplement opening is provided with a side air supplement adjusting baffle. The opening degree of the side air supply opening can be adjusted through the side air supply adjusting baffle, and the side air supply amount of the forming fan cover is adjusted according to the requirement of the absorber forming process, so that the uniformity and smoothness of air flow in the forming device are guaranteed.
The top of the forming cover is also provided with a defibrator connecting cover, one side of the defibrator connecting cover is provided with a defibrator, and the bottom of the defibrator connecting cover is communicated with the inside of the forming cover.
The top of the defibrator connecting cover is provided with a top air supplement opening, and the top air supplement opening is provided with a top air supplement adjusting baffle. The opening degree of the top air supplementing opening can be adjusted through the top air supplementing adjusting baffle, and the top air supplementing quantity of the defibrator connecting cover is adjusted according to the requirement of the absorber forming process, so that the uniformity and smoothness of air flow in the forming device are guaranteed.
The side air supply adjusting baffle and the top air supply adjusting baffle have the same structure, are similar to a shutter curtain in principle and are formed by arranging a plurality of sub baffles with the same structure in parallel, and the opening degree of the opening is adjusted by adjusting the inclination angle of each sub baffle.
When the forming device of the absorber of the disposable nursing pad is used, the principle is as follows: after defibering the wood pulp raw material by a defibering machine, conveying the wood pulp raw material to a forming box by a forming cover, and directly forming an absorber on the surface of a wrapping layer on the air-permeable mesh belt; in the forming process, a negative pressure device externally connected with the negative pressure interface provides a vacuumizing effect, under the negative pressure effect, the flowing direction of air flow sequentially passes through the forming cover, the negative pressure box body and the negative pressure interface, in the negative pressure box body, the inner cavity of the negative pressure box body is divided by the multiple layers of negative pressure division plates, so that the air flow at each position in the negative pressure box body vertically downwards at the outlet of the forming cover and then is reversed to be horizontally oriented towards the negative pressure interface, the vacuum values at each position in the negative pressure box body are ensured to be equal, and the condition that the vacuum value at one end close to the negative pressure interface is large, the vacuum value at one end (the outer side) far away from the.
Compared with the prior art, the utility model, following beneficial effect has:
this absorbent forming device of disposable nursing pad has avoided the use of shaping drum and transfer drum, and compared, its structure is simpler, and equipment cost is lower, can effectively improve the stability of absorbent shaping quality simultaneously, effectively improves the qualification rate of product.
Among this absorbent forming device of disposable nursing pad, because the width of disposable nursing pad is great, for the fashioned homogeneity of better assurance absorbent, set up multilayer negative pressure division board through the inner chamber at the forming box, can effectively improve the uniformity of the pressure of each department of negative pressure box inner chamber, the homogeneity of assurance absorbent shaping in-process wood pulp raw materials distribution.
Among this absorbent forming device of disposable nursing pad, defibrator, shaping cover and shaping case set gradually from top to bottom, and this structure makes the mode that forms perpendicular unloading after the wood pulp raw materials defibering, is favorable to improving the shaping effect of absorbent, especially to thin absorbent, and the absorbent thickness after the shaping is even, has effectively avoided the phenomenon of absorbent fault or local disappearance to take place.
In the forming device of the absorber of the disposable nursing pad, the width of the outlet of the forming cover is adjustable, so that the forming cover with the same specification can flexibly adapt to the forming of the disposable nursing pads with various specifications, and the use flexibility of the forming device is improved.
In this absorbent forming device of disposable nursing pad, be equipped with side air supplement adjusting damper and top air supplement adjusting damper on shaping cover and the defibrator connecting cover respectively, adjustable corresponding air supplement open-ended aperture adjusts corresponding tonifying wind volume according to the demand of absorbent shaping technology to guarantee the even smooth and easy of air current among the forming device, improve flexibility and the stability that equipment used.
Drawings
Fig. 1 is a schematic view of a conventional absorbent body molding method.
Fig. 2 is a schematic structural view of the absorbent body forming device of the disposable nursing pad.
FIG. 3 is a schematic view of the molding box of FIG. 1.
Fig. 4 is a schematic sectional view taken along line a-a of fig. 3.
FIG. 5 is a schematic view of the disassembled components of the molding box of FIG. 3.
FIG. 6 is a schematic structural diagram of the forming hood and the defibrator connecting hood.
FIG. 7 is a schematic view of the adjustment of the width of the outlet of the forming hood.
FIG. 8 is a schematic structural view of the forming hood and the defibrator connecting hood of FIG. 6, after disassembly, showing the respective components.
Fig. 9 is a schematic structural view of the adjusting link.
Fig. 10 is a schematic structural view of a single sub-baffle.
In the above figures, the components indicated by the respective reference numerals are as follows: 1 is a defibrator, 2 is a forming cover, 3 is a forming drum, 4 is a transfer drum, 5 is a forming box, 6 is a defibrator connecting cover, 7 is a wrapping layer, and 8 is a wrapping layer glue gun;
5-1 is a negative pressure box body, 5-2 is a breathable mesh belt, 5-3 is a negative pressure interface, 5-4 is a negative pressure separation plate, 5-5 is a support rod, 5-6 is a support supporting strip, 5-7 is a mesh belt driving roller, 5-8 is a mesh belt tensioning driven roller, 5-9 is a support leg, 5-10 is a box body cover plate, and 5-11 is an adjusting flashboard;
2-1 is a front side plate, 2-2 is a first side plate, 2-3 is a rear side plate, 2-4 is a second side plate, 2-5 is a fixed cross bar, 2-6 is an upper connecting plate, 2-7 is a lower connecting plate, 2-8 is a movable hinge, 2-9 is an adjusting connecting rod, 2-10 is a side air supplement opening, and 2-11 is a side air supplement adjusting baffle;
6-1 is a top air supplement opening, 6-2 is a top air supplement adjusting baffle, and 6-3 is a sub baffle.
Detailed Description
The present invention will be described in further detail with reference to examples, but the present invention is not limited thereto.
Example 1
The absorbent forming device of the disposable nursing pad of the embodiment comprises a defibrator 1, a defibrator forming cover 6, a forming cover 2 and a forming box 5, wherein the defibrator forming cover, the forming cover and the forming box are sequentially arranged from top to bottom, and the defibrator is arranged on one side of the defibrator forming cover, as shown in fig. 2. The defibering machine is an external device of the absorber forming device and can be a defibering machine with a traditional structure. The negative pressure interface is externally connected with a negative pressure device (such as a vacuum fan and the like), and a wrapping layer 7 of the disposable nursing pad is continuously conveyed by a breathable net belt on the forming box after the wrapping layer glue gun 8 finishes gluing; and (3) after the wood pulp raw material is defibered by a defibering machine, conveying the wood pulp raw material to a forming box by a forming cover, and directly forming an absorber on the surface of the wrapping layer on the air-permeable mesh belt.
The specific structure of the forming box and the forming cover is as follows:
as shown in fig. 3 to 5, the forming box comprises a negative pressure box body 5-1, a ventilating mesh belt 5-2, a negative pressure interface 5-3 and a negative pressure division plate 5-4, the negative pressure box body is of a hollow structure, the negative pressure division plate is arranged in the negative pressure box body, the negative pressure interface is connected to one side of the negative pressure box body, the ventilating mesh belt which rotates circularly is covered on the surface of the negative pressure box body, an outlet of the forming cover covers the surface of the ventilating mesh belt, and airflow in the forming cover is communicated with airflow in the negative pressure box body. In the negative pressure box body, a negative pressure cavity formed in the negative pressure box body is separated by the negative pressure separation plate, so that the consistency of the pressure intensity of each part of the negative pressure cavity can be effectively improved, and the distribution uniformity of the wood pulp raw material in the forming process of the absorber is ensured. The air-permeable net belt is used for supporting the formed wrapping layer and providing a forming platform for the absorber, the wrapping layer is prevented from being sucked into the negative pressure box body by negative pressure, and the forming stability of the absorber is improved.
In the negative pressure box body, each negative pressure division plate is vertically distributed with the airflow direction of the forming cover, and two adjacent division plates are connected through a support rod 5-5 (as shown in figure 5); as shown in fig. 4, the width of each negative pressure separation plate gradually increases in a direction from the outlet of the forming hood to a direction away from the outlet of the forming hood; the number of layers of the negative pressure separation plates is gradually reduced along the direction from the negative pressure interface to the direction far away from the negative pressure interface. The principle of the structure setting is as follows: due to the action of negative pressure, the flowing direction of airflow sequentially passes through the forming cover, the negative pressure box body and the negative pressure interface, and the volume in the negative pressure box body is larger, so that the closer to the outlet of the forming cover and the negative pressure interface, the higher the pressure is, and the more wood pulp raw materials can be adsorbed on the surface of the breathable net belt; therefore, in order to improve the uniformity of pressure distribution, the negative pressure cavity in the negative pressure box body is divided by the negative pressure separation plate, and the density of the negative pressure separation plate is larger as the negative pressure separation plate is closer to the outlet of the forming cover and the negative pressure interface, so that the flowing direction of air flow is changed (the changed air flow direction in the negative pressure box body is shown as the arrow direction in fig. 4), and the wood pulp raw material is more uniformly distributed on the surface of the breathable mesh belt.
The molding cover is arranged above the negative pressure box body, and the negative pressure port is arranged on the side surface of the negative pressure box body. The structure enables the wood pulp raw material to form a vertical blanking mode after defibering, is beneficial to improving the forming effect of the absorber, and particularly aims at the thin absorber, the formed absorber is uniform in thickness, and the phenomenon of absorber fault or local deletion is effectively avoided. In the negative pressure box body, one side connected with the negative pressure interface is a negative pressure side, one side connected with the forming cover is a forming side, and the negative pressure side and the forming side are two adjacent sides on the negative pressure box body (namely the airflow direction of the negative pressure interface is vertical to the airflow direction of the outlet of the forming cover). The forming side is provided with a plurality of supporting strips 5-6 which are distributed in a cross way, and the air-permeable net belt covers each supporting strip. Generally, in order to ensure the smoothness and stability of gas flowing between the forming cover and the negative pressure box body, the forming side on the negative pressure box body is of an opening structure, and a supporting strip is arranged on the opening structure to form a good supporting effect on the breathable net belt. Two sides of the forming side are distributed with a mesh belt driving roller 5-7 and a plurality of mesh belt tensioning driven rollers 5-8, and the air permeable mesh belt is arranged between the mesh belt driving roller and each mesh belt tensioning driven roller. The mesh belt driving roller is mainly used for driving the air permeable mesh belt to rotate circularly so as to enable the wrapping layer to be conveyed continuously, and the number and the specific installation position of the mesh belt tensioning driven rollers can be set according to the actual requirements of the forming device. In addition, the bottom of the negative pressure box body is also provided with supporting legs 5-9, the side surface of the negative pressure box body is also provided with a box body cover plate 5-10, the edge of the top surface of the negative pressure box body (namely the peripheral edge of the supporting strip) is also provided with an adjusting flashboard 5-11, the installation position of the adjusting flashboard is adjusted, and the forming width of the absorber can be adjusted, so that the forming box can also be suitable for forming the absorber of disposable nursing pads with various specifications.
As shown in fig. 6 to 8, the upper end and the lower end of the forming cover are both open structures, the periphery of the forming cover comprises a front side plate 2-1, a first side plate 2-2, a rear side plate 2-3 and a second side plate 2-4 which are sequentially connected, and the first side plate and the second side plate are symmetrically arranged; the first side plate and the second side plate are symmetrical in structure and respectively comprise fixed cross rods 2-5, upper connecting plates 2-6 and lower connecting plates 2-7 which are sequentially connected from top to bottom, the upper portions of the upper connecting plates are connected with the fixed cross rods through movable hinges 2-8, and the lower portions of the upper connecting plates are connected with the upper portions of the lower connecting plates through adjusting connecting rods 2-9. As shown in fig. 9, the adjusting link includes an upper connecting member, a link and a lower connecting member, the upper connecting member is disposed on the upper connecting plate, the lower connecting member is disposed on the lower connecting plate, the upper end of the link is hinged to the upper connecting member, a long hole is disposed at the lower portion of the link, and the lower connecting member is embedded in the long hole and is locked and fixed by a nut (not shown in the figure). Also for articulated between upper junction plate and the lower connecting plate, when adjusting the position of connecting piece in the slot hole down, can adjust the contained angle between upper junction plate and the lower connecting plate to the shaping cover outlet width that makes lower connecting plate bottom form changes, makes the shaping cover use of the shaping case of multiple different specifications of cooperateing, and the shaping of disposable nursing pad that adapts to different specifications is used, improves forming device's use flexibility.
When the forming device of the absorber of the disposable nursing pad is used, the principle is as follows: after defibering the wood pulp raw material by a defibering machine, conveying the wood pulp raw material to a forming box by a forming cover, and directly forming an absorber on the surface of a wrapping layer on the air-permeable mesh belt; in the forming process, a negative pressure device externally connected with the negative pressure interface provides a vacuumizing effect, under the negative pressure effect, the flowing direction of air flow sequentially passes through the forming cover, the negative pressure box body and the negative pressure interface, in the negative pressure box body, the inner cavity of the negative pressure box body is divided by the multiple layers of negative pressure division plates, so that the air flow at each position in the negative pressure box body vertically downwards at the outlet of the forming cover and then is reversed to be horizontally oriented towards the negative pressure interface, the vacuum values at each position in the negative pressure box body are ensured to be equal, and the condition that the vacuum value at one end close to the negative pressure interface is large, the vacuum value at one end (the outer side) far away from the.
Example 2
This embodiment is different from embodiment 1 in the following points:
the lower part of the front side plate is also provided with a side air supplement opening 2-10, and the side air supplement opening is provided with a side air supplement adjusting baffle 2-11. The opening degree of the side air supply opening can be adjusted through the side air supply adjusting baffle, and the side air supply amount of the forming fan cover is adjusted according to the requirement of the absorber forming process, so that the uniformity and smoothness of air flow in the forming device are guaranteed.
The top of the defibrator connecting cover is provided with a top air supplementing opening 6-1, and the top air supplementing opening is provided with a top air supplementing adjusting baffle 6-2. The opening degree of the top air supplementing opening can be adjusted through the top air supplementing adjusting baffle, and the top air supplementing quantity of the defibrator connecting cover is adjusted according to the requirement of the absorber forming process, so that the uniformity and smoothness of air flow in the forming device are guaranteed.
The side air supply adjusting baffle and the top air supply adjusting baffle have the same structure, the principle of the side air supply adjusting baffle is similar to that of a venetian blind, the side air supply adjusting baffle and the top air supply adjusting baffle are formed by arranging a plurality of sub baffles 6-3 (the specific structure of the sub baffles is shown in figure 10) which have the same structure in parallel, and the opening degree of each sub baffle is adjusted by adjusting the inclination angle of each sub baffle.
As described above, the present invention can be realized well, and the above embodiments are only preferred embodiments of the present invention, and are not intended to limit the scope of the present invention; all equivalent changes and modifications made according to the present invention are intended to be covered by the scope of the claims of the present invention.
Claims (10)
1. The forming device is characterized by comprising a forming cover and a forming box which are connected, wherein the forming box comprises a negative pressure box body, a breathable net belt, a negative pressure interface and a negative pressure partition plate, the negative pressure box body is internally of a hollow structure, the negative pressure partition plate is arranged in the negative pressure box body, the negative pressure interface is connected to one side of the negative pressure box body, the breathable net belt rotates circularly covers the surface of the negative pressure box body, an outlet of the forming cover covers the surface of the breathable net belt, and air flow in the forming cover is communicated with air flow in the negative pressure box body.
2. The forming device for the absorber of the disposable nursing pad as recited in claim 1, wherein each negative pressure division plate is vertically distributed with the airflow direction of the forming cover in the negative pressure box body, and two adjacent division plates are connected by a support rod; the width of each negative pressure separation plate is gradually increased along the direction from the outlet close to the forming cover to the outlet far away from the forming cover; the number of layers of the negative pressure separation plates is gradually reduced along the direction from the negative pressure interface to the direction far away from the negative pressure interface.
3. The apparatus for forming an absorbent body of a disposable nursing pad according to claim 1, wherein the side of the negative pressure tank connected to the negative pressure port is a negative pressure side, the side connected to the forming cover is a forming side, and the negative pressure side and the forming side are adjacent sides of the negative pressure tank.
4. The device for forming an absorber of a disposable nursing pad as claimed in claim 3, wherein the forming side is provided with a plurality of supporting strips which are distributed crosswise, and the air permeable net belt covers each supporting strip.
5. The apparatus for forming an absorbent body for a disposable nursing pad according to claim 3, wherein a belt driving roller and a plurality of belt tensioning driven rollers are disposed on both sides of the forming side, and the air permeable belt is disposed between the belt driving roller and each belt tensioning driven roller.
6. The apparatus for forming an absorbent body of a disposable nursing pad as claimed in claim 1, wherein said forming cover is disposed above the negative pressure box, and the negative pressure port is disposed at the side of the negative pressure box.
7. The forming device for the absorber of the disposable nursing pad as claimed in claim 1, wherein the upper and lower ends of the forming cover are both open structures, the periphery of the forming cover comprises a front side plate, a first side plate, a rear side plate and a second side plate which are connected in sequence, and the first side plate and the second side plate are symmetrically arranged;
the structure symmetry of first curb plate and second curb plate includes fixed horizontal pole, upper junction plate and the lower connecting plate that from top to bottom connects gradually respectively, through activity hinge connection between the upper portion of upper junction plate and the fixed horizontal pole, is connected through adjusting the connecting rod between the lower part of upper junction plate and the upper portion of lower connecting plate.
8. The apparatus for forming an absorbent body of a disposable nursing pad as claimed in claim 7, wherein the lower portion of the front plate is provided with a side air supply opening, and the side air supply opening is provided with a side air supply adjusting baffle.
9. The apparatus for forming an absorbent body of a disposable nursing pad as claimed in claim 1, wherein the top of said forming cover is further provided with a defibrator connecting cover, one side of the defibrator connecting cover is provided with a defibrator, and the bottom of the defibrator connecting cover is communicated with the inside of the forming cover.
10. The device for forming an absorber of a disposable nursing pad as claimed in claim 9, wherein the top of the defibrator connecting cover is provided with a top air supply opening, and the top air supply opening is provided with a top air supply adjusting baffle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020991497.9U CN212640792U (en) | 2020-06-03 | 2020-06-03 | Absorber forming device of disposable nursing pad |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020991497.9U CN212640792U (en) | 2020-06-03 | 2020-06-03 | Absorber forming device of disposable nursing pad |
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| Publication Number | Publication Date |
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| CN212640792U true CN212640792U (en) | 2021-03-02 |
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| CN202020991497.9U Active CN212640792U (en) | 2020-06-03 | 2020-06-03 | Absorber forming device of disposable nursing pad |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113417077A (en) * | 2021-07-02 | 2021-09-21 | 上海智联精工机械有限公司 | Intelligent core body forming system |
| CN114404148A (en) * | 2022-01-26 | 2022-04-29 | 瑞光（上海）电气设备有限公司 | Absorber manufacturing device |
-
2020
- 2020-06-03 CN CN202020991497.9U patent/CN212640792U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113417077A (en) * | 2021-07-02 | 2021-09-21 | 上海智联精工机械有限公司 | Intelligent core body forming system |
| CN114404148A (en) * | 2022-01-26 | 2022-04-29 | 瑞光（上海）电气设备有限公司 | Absorber manufacturing device |
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