TWI772772B - Feeding container having a cover component of integrated molding - Google Patents

Abstract

A force-feeding container with an integrally formed covering part, the covering part comprises a first cover body, a second cover body, a fixing ring, a bendable first connection part, and a bendable second connection part and a hanging frame; the second cover has a feeding inlet, the feeding inlet is offset on the top of the second cover; wherein the fixing ring can be arranged on the upper end of the feeding container, the first cover The top of the body can cover the feeding inlet, the second cover can be fixed on the upper end of the feeding container, and the second cover can cover an opening of the feeding container, and the hanging frame can be rotated to a hanging angle.

Description

Force-feeding container with integrally formed cover parts

The present invention relates to a force-feeding container, in particular to a force-feeding container with an integrally formed covering part, the covering part is arranged at an upper end of the force-feeding container, the covering part has a force-feeding inlet and a hanging frame, the The hanging frame can be rotated to a hanging angle.

Conventional technology such as Taiwan Published Patent No. M543082, the main disclosed technology is a feeding device, the feeding device includes a cylinder body, a cylinder cover and a cover body; wherein the cylinder cover can be arranged on the cylinder body, and the The lid has an opening, the lid can be set on the lid, and the lid can open or close the opening; when the lid closes the opening, the lid can protect the food in the cylinder; when the lid closes the opening, the lid can protect the food in the cylinder; When the body opens the opening, the cylinder body can inject food through the opening.

The prior art is not a one-piece molding technology, the cover is pivoted to the cylinder cover, and the prior art requires an additional manufacturing process for assembling the cover and the cylinder cover. Furthermore, there is a gap between the cover body and the pivoting part of the cylinder cover. The cover body and the cylinder cover need to be released from the pivoting state to be cleaned. Otherwise, the hinged part of the cover body and the cylinder cover is not easy to clean. Therefore, , the conventional technology still needs to be improved.

The purpose of the present invention is to provide a force-feeding container with an integrally formed covering part, the integrally formed covering part is disposed on an upper end of the force-feeding container, and the integrally formed covering part includes a first cover body and a second cover body, a fixing ring, a bendable first connecting part, a bendable second connecting part and a hanging frame; the second cover body has a feeding inlet, the feeding inlet is offset from the first The top of the two cover bodies; the outer side of the fixing ring has a first lug and a second lug, one end of the first connecting portion is connected to the first cover, and the other end of the first connecting portion connected to the second cover; one end of the second connecting part is connected to the fixing ring, and the other end of the second connecting part is connected to the second cover; the suspension frame has a first extension arm and a a second extension arm, the first extension arm has a bendable first extension part to connect with the first lug, the second extension arm has a bendable second extension part to connect to the second lug ; Wherein the fixing ring can be arranged on the upper end of the force-feeding container, the top of the first cover can cover the force-feeding inlet, the second cover can be fixed on the upper end of the force-feeding container, and the second cover The cover body can cover an opening of the feeding container, and the hanging frame can be rotated to a hanging angle.

Another object of the present invention is to provide a force-feeding container with an integrally formed covering part, the integrally formed covering part is disposed on an upper end of the force-feeding container, and the integrally formed covering part includes a first cover, a first Two cover bodies, a fixing ring, a bendable first connecting part, a bendable second connecting part and a hanging frame; the second cover body has a force-feeding inlet, the force-feeding inlet is offset from the The top of the second cover body; the outer side of the fixing ring has a first lug and a second lug, One end of the first connecting portion is connected to the first cover, the other end of the first connecting portion is connected to the fixing ring; one end of the second connecting portion is connected to the fixing ring, and the second connecting portion is connected to the fixing ring. The other end is connected to the second cover body; the suspension frame has a first extension arm and a second extension arm, the first extension arm has a bendable first extension part to connect the first lug , the second extension arm has a bendable second extension part to connect the second lug; wherein the fixing ring can be arranged on the upper end of the feeding container, and the top of the first cover can cover the feeding container For the food inlet, the second cover can be fixed on the upper end of the force-feeding container, and the second cover can cover an opening of the force-feeding container, and the hanging frame can be rotated to a hanging angle.

The benefit (1) of the present invention is that the covering part is an integrally formed structure, and the first cover body and the second cover body do not need pivoting features, which can simplify the structure and reduce the assembly process of pivoting.

The benefit (2) of the present invention is that the first cover body and the second cover body have no pivoting feature, and the first cover body and the second cover body are easy to clean.

The beneficial effect of the present invention (3) is that when the force-feeding container is suspended, the suspension frame will not hinder the opening of the first cover, and the suspension frame will not hinder the injection of food into the force-feeding inlet.

1: Cover the parts

10: The first cover

11: The top of the first cover

14: Groove

16: Flange

20: Second cover

21: Force-feeding entrance

23: The top of the second cover

24: Ring Column

26: Ring Wall

28: The edge of the annular wall

29: Positioning Department

30: Retaining ring

31: Perforation

32: The outer side of the fixing ring

33: First lug

34: Second lug

38: The edge of the retaining ring

40: The first connecting part

41: One end of the first connecting part

42: the other end of the first connecting part

50: Second connecting part

51: One end of the second connecting part

52: the other end of the second connecting part

60: Hanging Frame

61: The first extension arm

62: Second extension arm

63: First extension

64: Second extension

θ 1: Hangable angle

θ 2: included angle

X: horizontal axis

2: Force-feeding container

2a: The upper end of the force-feeding container

2b: Opening of the force-feeding container

2c: The first positioning convex ring

2d: Second positioning convex ring

2e: edge of opening

2f: Force-feed outlet

FIG. 1 is a schematic perspective view of a preferred embodiment of the present invention.

FIG. 2 is a schematic diagram of a first implementation form of the preferred embodiment of the present invention.

FIG. 3 is a schematic diagram of a second embodiment of the preferred embodiment of the present invention.

FIG. 4 is a schematic diagram of a third implementation form of the preferred embodiment of the present invention.

FIG. 5 is an enlarged schematic perspective view of the first connecting portion and the second connecting portion of the present invention.

FIG. 6 is an enlarged schematic perspective view of the first lug of the present invention.

FIG. 7 is an enlarged schematic perspective view of the second lug of the present invention.

8 is an exploded perspective view of the fixing ring and the force-feeding container of the present invention.

FIG. 9 is an assembly schematic diagram of a preferred embodiment of the present invention.

FIG. 10 is a cross-sectional view taken along line A-A of FIG. 9 .

FIG. 11 is a schematic perspective view of the second embodiment of the present invention.

FIG. 12 is an assembly schematic diagram of the second embodiment of the present invention.

In order to further understand the features and technical means of the present invention, as well as the specific functions and objectives achieved, more specific embodiments are listed here, followed by detailed descriptions of the drawings and figures.

Referring to FIGS. 1 to 10 , in a preferred embodiment, the integrally formed covering part 1 of the present invention can be disposed on the upper end 2 a of the feeding container 2 , and the integrally formed covering part 1 includes a first cover 10 , a second cover 20, a fixing ring 30, a bendable first connecting portion 40, a bendable second connecting portion 50 and a suspension frame 60; the second cover 20 has a feeding The inlet 21, the feeding inlet 21 is offset on the top 23 of the second cover 20; the outer side 32 of the fixing ring 30 has a first lug 33 and a second lug 34, the first connecting part 40 One end portion 41 of the first connecting portion 40 is connected to the first cover body 10 , the other end portion 42 of the first connecting portion 40 is connected to the second cover body 20 ; one end portion 51 of the second connecting portion 50 is connected to the fixing ring 40 , The other of the second connecting part 50 The end portion 52 is connected to the second cover body 20 ; the suspension frame 60 has a first extension arm 61 and a second extension arm 62 , the first extension arm 61 has a bendable first extension portion 63 for connection The first lug 33 and the second extending arm 62 have a bendable second extending portion 64 to connect with the second lug 34 ; wherein the fixing ring 30 can be disposed on the upper end 2 a of the feeding container 2 (For example, the feeding container 2 passes through a through hole 31 of the fixing ring 30, as shown in FIG. 8); when the first connecting portion 40 is bent, the top 11 of the first cover 10 can cover The force-feeding inlet 21; when the second connecting portion 50 is bent, the second cover 20 can be fixed on the upper end 2a of the force-feeding container 2, and the second cover 20 can cover the force-feeding container 2 an opening 2b; when the first extension 63 and the second extension 64 are bent, the suspension frame 60 can be rotated to a suspension angle θ 1 (as shown in FIG. 2 ). Furthermore, since the covering part 1 is integrally formed, the structure of the covering part 1 can be simplified and easy to assemble, and the first cover body 10 and the second cover body 20 are easy to clean. In addition, since the force-feeding inlet 21 is offset from the top 23 of the second cover 20 , when the force-feeding container 2 is suspended, the hanging frame 60 will not hinder the opening of the first cover 10 , and the hanging frame 60 It also does not prevent the injection of food into the force-feeding inlet 21 .

The embodiments of the first cover 10 , the second cover 20 and the first connecting portion 40 are enumerated and described as follows: the first cover 10 has a groove 14 , and the feed inlet 21 has an annular column 24 , the annular post 24 can be fixed to the groove 14, whereby the first cover 10 can be fixed to the second cover 20, and the top 11 of the first cover 10 can cover the feed inlet 21 ( as shown in Figure 10). Furthermore, one end 41 of the first connecting portion 40 is connected to a flange 16 of the first cover 10 , and the other end 42 of the first connecting portion 40 is connected to an annular wall of the second cover 20 An edge 28 of 26 (as shown in Figure 3 and shown in Figure 5).

The first method of reducing the size of the mold is enumerated as follows: a flange 16 of the first cover body 10 is parallel to a horizontal axis X of the integrally molded covering part 1, an annular wall 26 of the second cover body 20 An edge 28 of the one is parallel to the horizontal axis X to reduce the mold size of the integrally formed covering part 1 (not shown).

The embodiments of the second cover 20 , the fixing ring 30 and the second connecting portion 50 are listed as follows: one end 51 of the second connecting portion 50 is connected to an edge 38 of the fixing ring 30 , the second The other end 52 of the connecting portion 50 is connected to an edge 28 of an annular wall 26 of the second cover 20 (as shown in FIG. 5 ).

The second method of reducing the size of the mold is enumerated and explained as follows: an edge 38 of the fixing ring 30 is parallel to a horizontal axis X of the integrally molded covering part 1 , the first extension arm 61 and the second extension of the suspension frame 60 are as follows: The arms 62 are parallel to the horizontal axis X to reduce the size of the mold of the integrally formed covering part 1 (not shown).

The third method of reducing the size of the mold is enumerated as follows: the first connecting portion 40 and the second connecting portion 50 form an included angle θ2 to reduce the mold size of the integrally molded covering part 1 (not shown in the figure), the included angle θ 2 is less than ninety degrees.

The combination of the second cover 20 and the force-feeding container 2 is enumerated as follows: the second cover 20 has at least one positioning portion 29 , the force-feeding container 2 has a first positioning convex ring 2c, the positioning portion 29 can abut against the bottom of the first positioning convex ring 2c, and the top 23 of the second cover 20 can abut against the edge 2e of the opening 2b of the feeding container 2 to fix the second cover 20 on the feeding container 2. The upper end portion 2a of the food container 2 is provided.

Enumerate and describe the combination of the fixing ring 40 and the force-feeding container 2 as follows: Rear: the force-feeding container 2 has a second positioning convex ring 2d; when the suspension frame 60 is suspended, the fixing ring 40 can abut against the bottom of the second positioning convex ring 2d to support the weight of the force-feeding container 2 , the bottom of the force-feeding container 2 has a force-feeding outlet 2f.

The optimized structure of the fixing ring 40 and the suspension frame 60 is enumerated as follows: the first lug 33 and the second lug 34 are L-shaped lugs to increase the structure of the fixing ring 40 and the two lugs 33 and 34 For strength, the first extending portion 63 and the second extending portion 64 of the suspension frame 60 are arc-shaped extending portions (as shown in FIG. 6 and FIG. 7 ).

Please refer to FIG. 11 and FIG. 12 , the second embodiment is substantially the same as the preferred embodiment, the only difference is that one end 41 of the first connecting portion 40 is connected to the first cover 10 , and the first The other end 42 of the connecting portion 40 is connected to the fixing ring 30 .

1: Cover the parts

10: The first cover

11: The top of the first cover

16: Flange

20: Second cover

21: Force-feeding entrance

23: The top of the second cover

24: Ring Column

26: Ring Wall

28: The edge of the annular wall

29: Positioning Department

30: Retaining ring

31: Perforation

32: The outer side of the fixing ring

33: First lug

34: Second lug

40: The first connecting part

42: The other end of the first connecting part

50: Second connecting part

52: The other end of the second connecting part

60: Hanging Frame

61: The first extension arm

62: Second extension arm

63: First extension

64: Second extension

X: horizontal axis

Claims (10)

A force-feeding container with an integrally formed covering part, the integrally formed covering part (1) is arranged on an upper end (2a) of the force-feeding container (2), the integrally formed covering part (1) comprises: a first cover body (10); a second cover body (20) with a feeding inlet (21); a fixing ring (30) having a first lug (33) on the outer side (32) of the fixing ring (30) ) and a second lug (34); a bendable first connecting portion (40), one end (41) of the first connecting portion (40) is connected to the first cover (10), the The other end (42) of the first connecting part (40) is connected to the second cover (20); a bendable second connecting part (50), one end ( 51) connected to the fixing ring (30), the other end (52) of the second connecting portion (50) is connected to the second cover (20); a suspension frame (60) having a first extending arm (61) and a second extension arm (62), the first extension arm (61) has a bendable first extension part (63) to connect the first lug (33), the second extension arm (62) has a bendable second extension (64) to connect the second lug (34); wherein the fixing ring (30) can be arranged on the upper end (2a) of the feeding container (2) ; When the first connecting part (40) is bent, the top (11) of the first cover (10) can cover the feeding inlet (21); when the second connecting part (50) is bent , the second cover (20) can be fixed on the upper end of the force-feeding container (2) (2a), and the second cover (20) can cover an opening (2b) of the force-feeding container (2); when the first extension (63) and the second extension (64) are bent , the suspension frame (60) can be rotated to a suspended angle (θ1); wherein the force-feeding inlet (21) is offset from the top (23) of the second cover (20), and the force-feeding container ( 2) When hanging, the hanging frame (60) will not hinder the opening of the first cover (10), and the hanging frame (60) will not prevent the feeding inlet (21) from injecting food. The force-feeding container with integrally formed covering parts according to claim 1, wherein the first cover (10) has a groove (14), and the force-feeding inlet (21) has an annular column (24) , the annular column (24) can be fixed in the groove (14); one end (41) of the first connecting portion (40) is connected to a flange (16) of the first cover (10), the The other end (42) of the first connecting portion (40) is connected to an edge (28) of an annular wall (26) of the second cover (20). According to claim 1 of the scope of application, the force-feeding container with integrally formed covering part, wherein a flange (16) of the first cover (10) is parallel to a horizontal axis of the integrally formed covering part (1) (X), an edge (28) of an annular wall (26) of the second cover (20) is parallel to the horizontal axis (X) to reduce the mold size of the integrally formed covering part (1). According to the force-feeding container with integrally formed covering part according to claim 1, wherein one end (51) of the second connecting portion (50) is connected to an edge (38) of the fixing ring (30), the The other end (52) of the second connecting portion (50) is connected to an edge (28) of an annular wall (26) of the second cover (20). The feeding container with integrally formed covering part according to claim 1, wherein an edge (38) of the fixing ring (30) is parallel to a horizontal axis (X) of the integrally formed covering part (1) , the first extension arm (61) and the second extension arm (62) of the suspension frame (60) are parallel to the horizontal axis (X) to reduce the mold size of the integrally formed covering part (1). The force-feeding container with integrally formed covering part according to claim 1, wherein the first connection part (40) and the second connection part (50) form an included angle (θ2) to reduce the integrally formed covering part (1), the included angle (θ2) is less than ninety degrees. The force-feeding container with integrally formed covering parts according to claim 1, wherein the second cover (20) has at least one positioning portion (29), and the force-feeding container (2) has a first positioning protrusion ring (2c), the positioning portion (29) can abut against the bottom of the first positioning convex ring (2c), and the top (23) of the second cover (20) can abut against the feeding container (2) ) at the edge (2e) of the opening (2b) to fix the second cover (20) on the upper end (2a) of the feeding container (2). The force-feeding container with integrally formed covering parts according to item 7 of the scope of the application, wherein the force-feeding container (2) has a second positioning convex ring (2d); when the hanging frame (60) is suspended, the fixed The ring (40) can abut against the bottom of the second positioning protrusion ring (2d) to support the weight of the force-feeding container (2), and the force-feeding container (2) has a force-feeding outlet (2f) at the bottom. The force-feeding container with integrally formed covering parts according to claim 1, wherein the first lug (33) and the second lug (34) are L-shaped lugs, and the first extension (63) ) and the second extension (64) are arcuate extensions. A force-feeding container with an integrally formed covering part, the integrally formed covering part (1) is arranged on an upper end (2a) of the force-feeding container (2), the integrally formed covering part (1) comprises: a first cover body (10); a second cover body (20) with a feeding inlet (21); a fixing ring (30) having a first lug (33) on the outer side (32) of the fixing ring (30) ) and a second lug (34); a bendable first connecting portion (40), one end (41) of the first connecting portion (40) is connected to the first cover (10), the The other end (42) of the first connecting part (40) is connected to the fixing ring (30); a bendable second connecting part (50), one end (51) of the second connecting part (50) Connected to the fixing ring (30), the other end (52) of the second connecting portion (50) is connected to the second cover (20); a suspension frame (60) has a first extending arm (61) ) and a second extension arm (62), the first extension arm (61) has a bendable first extension (63) to connect the first lug (33), the second extension arm (62) ) has a bendable second extension (64) to connect the second lug (34); wherein the fixing ring (30) can be arranged on the upper end (2a) of the feeding container (2); when When the first connecting portion (40) is bent, the top of the first cover (10) The feeding portion (11) can cover the feeding inlet (21); when the second connecting portion (50) is bent, the second cover (20) can be fixed on the upper end (20) of the feeding container (2). 2a), and the second cover (20) can cover an opening (2b) of the force-feeding container (2); when the first extension (63) and the second extension (64) are bent , the hanging frame (60) can be rotated to a hanging angle (θ1); wherein the force-feeding inlet (21) is offset from the top (23) of the second cover (20), and the force-feeding container (2) ) When hanging, the hanging frame (60) will not hinder the opening of the first cover (10), and the hanging frame (60) will not prevent the feeding inlet (21) from injecting food.

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