TWM528859U - Multilayer touch insole mold assembly - Google Patents

Description

Multi-level touch insole mold composition

The present invention provides a multi-level touch-sensing insole mold composition, mainly for the mold used in forming the insole, which can be switched according to the pre-formed insole, so as to facilitate the use of the mold to form the insole. A morphological application with more morphological changes and multiple levels of tactile sensation.

It is useful for forming molds of various shapes of insoles, usually at least one or more molds of pre-introducing materials according to the shape of the preset insole, so as to introduce the preset liquid material into the preformed insole mold, and the insole It can be removed after completion. Although the molded insole can be used in the inner joint of the shoes according to the preset use, since the insole is only introduced by a single material, it is still uncomfortable and comfortable to wear. Therefore, there is a related industry to overcome this problem and propose a positive and effective improvement, so that the mold of the molded insole can produce a preset shape insole that is more comfortable and has a breathable appearance.

Here, a related art research and development is disclosed and disclosed in the publication No. 10601.16, the method of manufacturing the environmentally-friendly insole, the environmentally-friendly insole and the mold for manufacturing the environmentally-friendly insole, and the mold for manufacturing the environmentally-friendly insole is a bottom block, a middle block, and a top block; wherein the center of the middle block is a hollow accommodating space, and a leather layer is allowed to be inserted between the bottom block and the middle block; and The top block, the middle block and the bottom block are sequentially stacked, and Abutting between each other, and allowing a protrusion to be protruded on the side of the aforementioned top block toward the middle block, as a leather layer is placed between the bottom block and the middle block, except for allowing the top block, The middle block and the bottom block are stacked on each other so that the convex portion can contact the previously placed leather layer.

The creator of this case is also designing another new form for the mold set used in forming the various insoles in the same category as above, so that the insole mold can be applied according to the preformed insole. The mold is switched so that the insole formed by the mold can be used for more morphological changes and multi-layered touch.

The present invention is further configured in accordance with the mold assembly for forming the insole, such that the mold composition must include a bottom side mold, an intermediate mold, at least one side mold, and a top side mold. Constructing and pivoting the aforementioned members in an appropriate direction; wherein the side molds pivotally connected to one side of the intermediate mold toward the bottom side are nips that allow a predetermined shape to be protruded to be placed oppositely The leather layer between the side molds is pressed by the required shape, and is combined with a predetermined range of the top side mold pivotally connected to one end of the intermediate mold, and a partition member allowing the protruding/non-protruding form to be introduced into the mold. The preset material inside can obtain the required shape after forming the insole, so that the mold can be applied in a mobile switching mode to obtain more changes in the shape of the insole and have a multi-layered touch.

The main purpose of the present invention is to form a mold for forming various insoles, which must include a bottom side mold, an intermediate mold, at least one side mold, and a top side mold; wherein, at least one along the intermediate mold The at least one side mold of the side pivoting is a nip which is extended in a preset shape toward the bottom side; and is applied as a pressing layer in a desired form to allow the leather layer to be placed between the bottom side molds, so that the motorized mold is switched. The formed insole can be more morphologically changed, and An application with multiple levels of touch.

The second purpose of the present invention is to position the mold on the bottom side of the mold in a predetermined range to allow the positioning of the plurality of locating pins upwards to facilitate the placement of the leather layer.

The third purpose of the present invention is to provide a protruding/or non-protruding form for the top side mold which is pivotally connected to one end of the intermediate mold and which is allowed to cooperate with a partition in the preset range to facilitate introduction into the mold. The preset material can be in the form of a reserved receiving area/or a non-reserved receiving area after forming the insole.

The fourth purpose of the present invention is to allow the intermediate mold and the top side mold to be formed in the preset range to allow the formation of a through/or non-penetrating hole to match the bottom side mold protruding upward at the action level. The positioning pin can correspondingly introduce the holes of the foregoing intermediate mold and the top side mold when the mold is closed, so that the mold composition has an exact azimuth alignment when closed.

The fifth purpose of the present invention is to allow the side molds included in the mold to be placed on the non-pivoting side to allow the movable part or the inactive form to be held, so that the side molds are placed in the middle. The mold can be conveniently moved down/or pulled up by the gripping member.

The sixth purpose of the present invention is to allow the top side mold and the bottom side mold to be combined on the non-pivoting side of the mold to allow the combination to be used to fasten the top mold and the intermediate mold and the bottom mold. Closing can maintain an exact positional limit.

The seventh object of the present invention is to provide a fastening component for combining the top side mold and the bottom side mold included in the mold composition, which is a non-pivoting side of the bottom side mold extending a truncated convex portion, and the other is the top The side mold position is formed on the non-pivoting side to form a hook portion downward, so that the top mold can be cut into the convex portion of the corresponding portion of the bottom mold by the hook portion, so that the closed mold remains. The preset is forced to position.

The eighth purpose of the present invention is to extend the intercepting section of the bottom side mold portion included in the mold composition on the non-pivoting side, so that the intermediate mold can be formed when the mold is placed on the bottom side mold. An exact azimuth alignment.

The ninth purpose of the present invention is to provide a partition in which the top side mold position included in the mold portion is allowed to be placed in a predetermined range, and it is possible to use a screwing element to make an orientation restriction along the outer side, and timely Adjust the partition in this area for a prominent/non-protruding configuration.

[this creation]

1‧‧‧ bottom mold

11‧‧‧ Positioning needle

12‧‧‧ convex

13‧‧‧Block section

2‧‧‧Intermediate mould

21, 42‧ ‧ holes

3‧‧‧Side mould

31‧‧‧Pressing Department

32‧‧‧Wheel parts

33‧‧‧ pin

34‧‧‧ lugs

35, 46‧‧‧ ‧

4‧‧‧ top side mould

41‧‧‧ partition

43‧‧‧ hook

43'‧‧‧Detained parts

44‧‧‧ screw components

45‧‧‧ recess

5‧‧‧Mold composition

6‧‧‧Leather layer

7, 7', 7", 7'''‧‧‧ Insole

71‧‧‧mixture

72‧‧‧Shock recess

73‧‧‧ accommodating holes

74‧‧‧ plastic materials

Figure 1 is an exploded view of the relevant components of the present insole mold.

Figure 2 is a view of the assembly of the insole mold of the present invention.

Figure 3 is a closed schematic view of the present insole mold as a form of insole.

Fig. 4 is a schematic view showing the opening of the shoe insole mold as the insole form.

Fig. 5 is a schematic view of the finished insole mold as a finished product form of the insole.

Fig. 6 is a closed schematic view of the present insole mold as the second form of the insole.

Figure 7 is a schematic view of the finished insole mold as a finished product of the insole form 2.

Figure 8 is a schematic illustration of the closing step of the present insole mold as the insole form 3.

Figure 9 is a schematic diagram showing the closing step 2 of the present insole mold as the insole form 3.

Figure 10 is a schematic view of the finished insole mold as a finished product of the insole form 3.

Figure 11 is a closed schematic view of the present insole mold as the insole form 4.

Figure 12 is a schematic view of the finished insole mold as a finished product of the insole form 4.

The multi-layered insole mold composition of the present design (as shown in Fig. 1) is mainly for the mold composition 5 used for forming various insoles, which must include a bottom side mold 1, an intermediate mold 2, at least one side The mold 3 and a top side mold 4 are formed; wherein, each of the foregoing molds (ie, including the bottom side mold 1, the intermediate mold 2, the side mold 3, and the top side mold 4) are individually extended in the preset paragraph to correspond The lugs and the pin-to-pin are made to form a pivotal relationship between the adjacent molds (as shown in Fig. 2), which is an application of the existing means, which is not the implementation of the case; The portion is: at least one side of the intermediate mold 2 is pivotally connected to at least one side mold 3, and the side mold 3 is nip portion 31 extending toward the bottom side in a predetermined shape (here, the nip 31) It is determined according to the insole forming state of the corresponding portion of the bottom side mold 1 as a pressing for allowing the leather layer placed between the bottom side molds 1 to be in a desired form.

Continuing the foregoing, the bottom side mold 1 included in the mold composition 5 is in a predetermined range to allow a plurality of positioning pins 11 to be protruded upward (as shown in FIG. 1) to facilitate placement of the leather layer. The top side mold 4 pivotally connected to the end of the intermediate mold 2 in the mold composition 5 is allowed to cooperate with the one partition member 41 in a protruding/non-protruding manner to facilitate introduction into the mold. The material is provided in the shape of the reserved receiving area/or the non-reserved receiving area after forming the insole; the intermediate mold 2 and the top side mold 4 included in the mold composition 5 are allowed in the preset range. The through-holes/non-penetrating holes 21, 42 are formed to fit the positioning pins 11 of the bottom side mold 1 protruding upward at the active layer to correspondingly introduce the holes 21, 42 of the intermediate mold 2 and the top side mold 4 when the mold is closed. [Figure 2], the mold composition 5 is given an exact azimuthal alignment when closed.

The mold assembly 5 includes the side mold 3 at the non-pivoting side The grip member 32 is allowed to be coupled to the movable/inactive form (the grip member here is applied by a pin 33 to the portion of the lug 34 that is not pivoted to the side of the side mold 3, such as the first 2)), the side mold 3 can be pulled down or pulled up by the grip member 32 in the middle mold 2; the top mold 4 and the bottom included in the mold composition 5 The side mold 1 position on the non-pivoting side allows bonding to the fastening member 43' (as shown in Fig. 3), so that the top side mold 4 and the intermediate mold 2 and the bottom side mold 1 can be closed to maintain an exact orientation. The restriction member (as shown in FIG. 4); and the fastening member 43' combined with the top side mold 4 and the bottom side mold 1 included in the mold composition 5 is extended on the non-pivoting side of the bottom side mold 1 The truncated portion 12 is formed on the non-pivoting side of the top mold 4, and a hook portion 43 is formed downward, so that the top mold 4 can be cut into the bottom mold 1 by the hook portion 43 in the intermediate mold 2 The convex portion 12 of the corresponding portion maintains the closed mold at a predetermined pressing position.

In the periphery of the non-pivoting side of the bottom side mold 1 included in the mold composition 5, a blocking section 13 is extended upward (as shown in FIG. 1), so that the intermediate mold 2 is covered on the bottom side mold 1 The timing can form an exact azimuth alignment (as shown in FIG. 2); and the mold member 5 includes a top side mold 4 which is disposed at a predetermined range to allow the partition 41 to be inserted. The element 44 is azimuthally constrained along the outer side, and the spacer 41 is adjusted to make a prominent/or non-protruding sinking into the corresponding portion of the recess 45 in a timely manner.

The mold composition 5 of the above-mentioned composition (as shown in FIG. 3) can be formed by using the insole as a preset insole shape, and the motorized mold can be switched to form more insoles with multiple shapes and multiple levels of touch. The application of the sensation is implemented as follows: the insole form is as follows: the spacer 41 which is placed in the preset range by the top mold 4 is non-protruding and sinks into the corresponding portion. 45, open the intermediate mold 2 to facilitate the placement of the leather in the preset form The layer 6 is arranged such that the leather layer 6 is restrained by the positioning pin 11 of the bottom side mold 1 , and then the intermediate mold 2 is placed on the bottom side mold 1 and the top side mold 4 is also placed on the intermediate mold 2 . Each of the aforementioned molds is subjected to a predetermined tight closing state (such as FIG. 4) in cooperation with the fastening member 43', so as to facilitate the preset liquid material (here, the mixture 71 is implemented) through the material channel. 46 is introduced into the mold in the closed state, so that the formed insole 7 is integrated with the leather layer 6 (as shown in FIG. 5), and the bottom side layer of the insole 7 is recessed into the plurality of shock absorber recesses. 72 (The part of this shock absorber is not claimed in this case).

The insole form 2 is a recess 45 which protrudes the corresponding part by the partition 41 which is placed in the preset range of the top mold 4 (as shown in FIG. 6), and opens the intermediate mold 2 to be placed in the preset form. The leather layer 6 is made to limit the leather layer 6 by the positioning pin 11 of the bottom side mold 1, and then the intermediate mold 2 is placed on the bottom side mold 1, and the top side mold 4 is also covered in the intermediate mold. 2, in the matching fastening member 43', each of the aforementioned molds is placed in a predetermined tightly closed state (such as Figure 4), in order to facilitate the preset liquid material (here, the mixture 71 is implemented) The feed channel 46 is introduced into the previously closed mold so that the formed insole 7' is integrated with the leather layer 6 (as shown in Fig. 5), and the insole 7' is recessed to accommodate the heel portion. The hole 73 allows the insertion of the cushion and the bottom side of the insole 7 to be recessed into the plurality of shock concealing recesses 72 (the portion of the shock concavity is not claimed in the present invention).

The insole form 3 is: the partition 41 placed in the preset range of the top mold 4 is non-protruding and sinks into the corresponding portion of the recess 45 (as shown in FIG. 8), and the intermediate mold 2 is opened for disposal. The leather layer 6 of the preset form is placed, and the leather layer 6 is restrained by the positioning pin 11 of the bottom side mold 1 to be oriented, and then the intermediate mold 2 is placed on the bottom side mold 1, and the side mold 3 is also covered. Set in the middle mold 2 (as shown in Figure 9) to facilitate the preset liquid material (here is mixed The material 71 is introduced into the mold in the closed state via the channel 35 as the first injection material; after that, the side mold 3 is pulled away from the intermediate mold 2, and then the top mold 4 is covered. The intermediate mold 2 and the engaging fastening member 43' apply a predetermined tightly closed shape to each of the aforementioned molds, so as to facilitate the second predetermined liquid material (here, the plastic material 74 is used as the implementation). The road 46 is introduced into the mold in the closed state, so that the formed insole 7" is combined with the leather layer 6 and the mixture 71 and the plastic material 74 (as shown in FIG. 10), so that the insole 7" can be comfortably breathable and Lightweight application.

The insole form 4 is: a partition 45 for placing the top mold 4 in a predetermined range as a recess 45 for protruding the corresponding portion (as shown in FIG. 11), and opening the intermediate mold 2 to facilitate placement into the preset shape The leather layer 6 is made to limit the leather layer 6 by the positioning pin 11 of the bottom side mold 1, and then the intermediate mold 2 is placed on the bottom side mold 1, and the side mold 3 is also covered in the intermediate mold. 2 (as shown in Fig. 9), in order to facilitate the introduction of the liquid material (here, the mixture 71 as the implementation) into the mold in the closed state via the channel 35 as the first injection material; Pulling the side mold 3 away from the intermediate mold 2, then covering the top mold 4 to the intermediate mold 2, and engaging the fastening member 43' to apply each of the aforementioned molds to a predetermined tight closing shape to facilitate The second predetermined liquid material (herein implemented as plastic material 74) is introduced into the mold in the closed state via the channel 46, so that the formed insole 7"" is combined with the leather layer 6 and the mixture. 71 and plastic material 74 (as shown in Fig. 12), the insole 7''' is used for comfortable ventilation and light weight, and the shoe The pad 7''' is recessed in the heel portion to accommodate the hole 73 to allow the cushion to be placed, and the bottom side of the insole 7''' is recessed into the plurality of shock absorbing recesses 72 (this avoidance) The part of the earthquake and recess is not claimed in this case).

1‧‧‧ bottom mold

11‧‧‧ Positioning needle

12‧‧‧ convex

13‧‧‧Block section

2‧‧‧Intermediate mould

21, 42‧ ‧ holes

3‧‧‧Side mould

31‧‧‧Pressing Department

32‧‧‧Wheel parts

33‧‧‧ pin

34‧‧‧ lugs

4‧‧‧ top side mould

41‧‧‧ partition

43‧‧‧ hook

44‧‧‧ screw components

45‧‧‧ recess

5‧‧‧Mold composition

Claims (9)

A multi-level tactile insole mold composition, which is composed of a mold for forming a shoe insole, which must include a bottom side mold, an intermediate mold, at least one side mold, and a top side mold; At least one side of the mold that is pivotally connected to at least one side is a nip portion that is extended toward the bottom side in a predetermined shape; and is applied as a pressing layer that allows the leather layer to be placed between the bottom side molds to be applied in a desired manner, so that the operation is performed The insole formed by the mold switching can be applied with more morphological changes and a multi-layered touch. According to the multi-level tactile insole mold composition of the first application scope of the patent application, wherein the mold comprises a bottom side mold position included in the preset range, which is a positioning pin that allows a plurality of roads to be protruded upward to facilitate placement. The leather layer is limited in one direction. The multi-layer tactile insole mold composition according to claim 1, wherein the mold comprises a top side mold which is pivotally connected to one end of the intermediate mold, and the predetermined range is allowed to cooperate with a partition to protrude/or The non-protruding form, in order to facilitate the introduction of the preset material in the mold, can be obtained in the form of a reserved receiving area/or a non-reserved receiving area after forming the insole. The multi-layer tactile insole mold composition according to item 2 of the patent application scope, wherein the intermediate mold and the top side mold portion included in the mold composition are in a preset range to allow a through/or non-penetrating hole to be formed to match the bottom The positioning pin protruding upward on the side surface of the side mold can correspondingly introduce the holes of the intermediate mold and the top side mold when the mold is closed, so that the mold composition has an exact azimuth alignment when closed. The multi-layer tactile insole mold composition according to claim 1 of the patent application scope, wherein the mold comprises a side mold portion included on the non-pivoting side to allow the combined active/inactive form The holding part is so that the side mold can be pulled down or pulled up by the holding part conveniently in the middle mold. The multi-layer tactile insole mold composition according to claim 1 of the patent application scope, wherein the mold comprises a top side mold and a bottom side mold portion disposed on the non-pivoting side, which is allowed to be combined to buckle the part to facilitate the top The side molds and the intermediate mold and the bottom mold can maintain an exact orientation limit when closed. The multi-layer tactile insole mold composition according to claim 6 of the patent application scope, wherein the mold comprises a fastening component including a top side mold and a bottom side mold included therein, which is a non-pivoting one included in the bottom side mold The side extends a truncated portion, and the top side mold portion is formed with a hook portion downward on the non-pivoting side, so that the top mold can be cut into the corresponding portion of the bottom mold by the hook portion. To keep the closed mold in a pre-set position. The multi-level tactile insole mold composition according to claim 1 of the patent application scope, wherein the mold comprises a bottom side mold portion extending between the non-pivoting side and a blocking section extending upward to facilitate the intermediate mold An exact azimuthal alignment can be formed when the bottom mold is overlaid. The multi-layer tactile insole mold composition according to item 3 of the patent application scope, wherein the mold comprises a partition member in which a top side mold position is allowed to be placed in a preset range, and the screw member can be The outer side is used for orientation limitation, and the partition is adjusted in time to make a prominent/non-protruding form.