TWM506266U - Improved loader - Google Patents

Description

Improved loader

This creation is an improved loader, especially a loader that limits the amount of ice loaded.

As the summer temperature rises year by year, in recent years, there have been many merchants selling beverages on the market. In order to meet the needs of different consumers, merchants will provide many different kinds of beverages for consumers to choose. However, The beverages currently sold in stores or convenience stores are refrigerated in refrigerators or freezers. After a period of time, consumers buy the beverages back. After a period of time, the beverages will quickly deflate due to the hot weather and cannot last for a long time. The effect of refrigerating, at this time, the beverage must be placed in the refrigerator or the ice cubes must be placed in the beverage to cool the temperature of the beverage below normal temperature, so that consumers can drink cold beverages, while hot The summer reaches the role of summer heat.

The ice cube is processed by the ice making machine and directly sent to a motor-driven ice dispensing device for dispensing to the packaging device through the ice-making device of the ice machine. The utility model comprises a cylinder, a baffle, a bottom plate, a disc, a plurality of loaders and an impactor, wherein the cylinder is in a hollow shape, the baffle is longitudinally upright and the two sides are respectively connected to the circle The inner side of the cylinder, the baffle is divided into the left and right sides of the cylinder, the falling ice pipe is located above the space on the left half of the cylinder; the bottom plate is horizontally connected to the bottom of the cylinder, The bottom plate has a falling ice hole, and the falling ice hole is located in the space of the right half of the cylinder, and an ice conveying pipe connecting and packaging device is connected below the falling ice hole.

As described above, the disc is horizontally disposed in the cylinder and located between the baffle and the bottom plate, and the top of the disc is adjacent to the lower portion of the baffle, and the disc has a space between the disc and the top of the cylinder. A space for accommodating ice can be provided, and the disk can be horizontally rotated in the cylinder by driving by a motor; the plurality of loaders are respectively mounted on the disk and are arranged in an annular arrangement. The bottoms of the respective loaders are respectively abutted against the bottom plate, and the ice falling holes are located on the moving wires of the respective loaders, and when the loaders are turned over the ice falling holes, the loading space of each loader can be Located in the ice hole; the impactor is mounted above the cylinder, and the lower portion of the impactor corresponds to the ice hole of the bottom plate.

When the ice cubes fall through the falling ice pipe into the cylinder of the ice-equipped device, after the ice fillings are filled in the left half of the cylinder, the top of each of the loaders will protrude excess ice. When the disc is driven by the motor to rotate horizontally, when the disc rotates, the baffle scrapes off the excess ice on the top of each loader, and when the loader is respectively transferred to the ice hole of the bottom plate, the ice cube is Will automatically fall into the ice hole, send it to the packaging device through the ice pipe, and directly implement the ice bagging process, and when each loader loaded with ice is rotated to the corresponding ice hole, The actuating end of the impactor will move downward into the loader and then reset. At this time, if the ice in the loader is stuck, but does not automatically fall to the ice hole, then borrow The downward auxiliary thrust is provided by the striker so that all the ice in the loader is completely dropped to the ice pipe through the lower ice hole.

The conventional loader, as shown in FIG. 7, has a receiving space 51 extending from the top to the bottom. The receiving space 51 has a cylindrical shape, and the loader 50 is used. When the ice cubes are loaded, since the accommodating space 51 of the loader 50 is large, a large number of ice cubes fall into the loader 50, causing a problem of excessive filling.

Moreover, the opening formed by the accommodating space 51 at the top of the loader 50 is large. When the accommodating space 51 in the loader 50 is filled with ice, the number of ice bulging at the opening is large, and the disk rotates. The number of ice pieces scraped off by the baffle is not fixed, and the number of ice pieces loaded in each of the loaders 50 is different. After the ice cube is bagged, a large amount of error occurs between the weight of the ice cubes of each bag and the standard weight of the ice cubes originally scheduled, and the number of ice cubes per bag exceeds too much, and It will also cause the number of ice cubes in each bag to be unequal, and it will not be able to achieve a stable amount of ice in each bag.

The present invention provides an improved loader for improving the size of the opening formed by the conventional loader at the top, resulting in overfilling, and the weight of the ice pack after bagging exceeds the predetermined ice standard. The problem of too much weight; and the extent to which the number of ice cubes scraped is large, and the number of ice cubes per bag is unstable.

In order to achieve the foregoing, the present invention provides an improved loader comprising a loading body having a receiving space extending from the top to the bottom, the receiving space being stepped and small. The lower type, and the accommodating space is divided into an upper accommodating area and a lower accommodating area, and the outer side of the filling body is formed with a horizontally outwardly extending flange.

The improved loader, wherein the loading body comprises an upper mold body, a lower mold body and two screws, the inner portion of the upper mold body has the upper receiving portion, and the top outer edge of the upper mold body forms the convex portion. The upper mold body has two perforations on the top portion thereof, which are opposite to the upper receiving portion, and the two perforations are connected to the bottom portion of the upper mold body; the inner portion of the lower mold body has the lower receiving portion. The top of the lower mold body has two screw holes corresponding to the two through holes, and the upper mold system is respectively inserted into the two through holes by the two screws to be locked into the two screw holes of the lower mold body.

In the above improved loader, the flange of the top of the loading body has a plurality of connecting holes which respectively penetrate the top of the flange to the bottom.

Through the creation of the improved loader, the ice cubes are dropped from the falling ice pipe into the improved loader, and after the ice is filled in the accommodating space, the ice can be filled in the upper accommodating area with a smaller space. The amount of the block is small, and the total amount of ice is reduced, so that the loading amount is limited, and the conventional overfilling of the loader can be alleviated; and the opening of the upper receiving area is small, and the ice protruding from the opening The number of blocks is small, and the amount of ice scraped off at the top of the upper accommodating area can be reduced. After the ice pack is bagged, the error between the weight of each bag and the weight of the original ice block is reduced. Stable to maintain the number of ice in a certain range, and can reduce the error between the number of ice in each bag, and achieve the effect of stability.

In addition, the improved loader of the present invention is of a detachable type, and has an upper mold body and a lower mold body. The upper mold system is screwed to the upper mold body, thereby changing the ice. When the block loading amount is changed, only the lower mold body of different accommodating space size needs to be changed, and the entire loader is not required to be changed, and the variability can be reduced, thereby reducing the cost of the mold.

Referring to FIG. 1 , a preferred embodiment of the improved loader of the present invention is disclosed, which comprises a loading body 10 having a receiving space extending from the top to the bottom, the receiving space. The structure is stepped and is a small upper and lower type, and the accommodating space is divided into an upper accommodating area 111 and a lower accommodating area 121, and the filling body 10 forms a horizontal direction on the outer edge of the top portion thereof. An outwardly extending flange 112.

Further, the improved loader of the present invention may be in an integrally formed or detachable type, as shown in FIG. 2, which is a preferred embodiment in which the improved loader is a detachable type. The loading body 10 includes an upper mold body 11 , a lower mold body 12 and two screws 13 .

As shown in FIG. 1 and FIG. 2, the upper accommodating portion 11 has the upper accommodating portion 111, and the lower phantom 12 has the lower accommodating portion 121. The top portion of the upper phantom 11 is The second through hole 113 is formed on the top of the upper mold body 11 and penetrates to the bottom portion. The top surface of the upper mold body 11 is formed with a horizontal outward extension. The flange 112 has a plurality of connecting holes 114 respectively extending from the top of the flange 112 to the bottom, and the top of the lower body 12 has two corresponding to the two through holes 113. The screw hole 122 and the upper mold body 11 are respectively inserted into the two through holes 113 by the two screws 13 and locked into the two screw holes 122 of the lower mold body 12, so that the upper mold body 11 is locked above the lower mold body 12. .

When the improved loader of the present invention is applied to a motor-driven ice dispensing device 20, as shown in FIG. 3, the ice dispensing device 20 includes a cylinder 21, a bottom plate 22, a disc 23, and a plurality of improvements. a type of loader, a baffle 24, and an impactor 25, the cylinder 21 is in a hollow shape, the bottom plate 22 is horizontally connected to the bottom of the cylinder 21, and the bottom plate 22 has an ice-drop hole 221, An ice-receiving tube 40 is fastened below the falling ice hole 221; the disc 23 is horizontally disposed in the cylinder 21, and is located above the bottom plate 22, and has a space between the disc 23 and the top of the cylinder 21. The space in which the ice is accommodated is provided, and the disk 23 is horizontally rotated within the cylinder 21 by the motor.

As described above, the plurality of modified loaders are distributed in the mounting holes of the ring array in the disk 23, and the plurality of modified loaders respectively abut the disk 23 with the flange 112 at the top thereof. With the bottom of the bottom plate 22 resting on the bottom plate 22, the plurality of modified loaders are locked to the disk 23 by a plurality of connecting holes 114 respectively threaded into the flanges 112 of the flanges 112. The loading device rotates on the moving wire, and when each modified loader is rotated to the position corresponding to the falling ice hole 221, the accommodating space of the improved loader can be located opposite to the falling ice hole 221; the baffle 24 The longitudinal direction is erected so that the two sides thereof are respectively connected to the inner side surface of the cylinder 21, and adjacent to the upper side of the disc 23, the baffle 24 divides the upper space inside the cylinder 21 into the space of the left and right sides. An ice trap 30 is disposed above the space on the left half of the cylinder 21. The ice hole 221 of the bottom plate 22 is located below the space on the right half of the cylinder 21, and the impact is installed above the space on the right half of the cylinder 21. The striker 25 has an actuating end 251 that can be actuated up and down, and the striker 25 The lower portion corresponds to the ice falling hole 221 of the bottom plate 22.

After the ice cubes are made in the ice making machine, the ice cubes are transported through a falling ice pipe 30 to a motor-driven ice-splitting device 20 for quantitative dispensing to the packaging device, and the ice cubes are passed through the ice-falling tube 30. The space falls to the left half of the cylinder 21, and the ice cubes are dropped into the respective loaders of the left half of the cylinder 21. As shown in FIG. 4 to FIG. 6, when the loading body 10 of the improved loader is filled with ice in the space on the left half of the cylinder 21, the top of the mold body 11 above the loading body 10 protrudes with excess ice. At this time, the disk 23 is horizontally rotated by the motor drive, so that the improved loader loaded with the ice block is rotated by the baffle 24 during the rotation of the left half of the cylinder 21 toward the right half of the cylinder 21. In addition to protruding the excess ice on the top of the upper mold body 11, the ice pack in the modified loader automatically passes through the ice drop hole when the modified loader to be filled with the ice block is rotated to the position of the ice drop hole 221 of the corresponding bottom plate 22. The 221 is dropped down to the ice transfer pipe 40, and then sent to the packaging device via the ice transfer pipe 40 to directly perform the ice bagging process.

In addition, when each of the modified loaders loaded with ice cubes is rotated to the position corresponding to the ice falling hole 221, the actuating end portion 251 of the striker 25 is moved downward into the modified loader and then reset. If the ice in the improved loader is stuck and does not automatically fall to the ice hole 221, the downward auxiliary thrust is provided by the striker 25 to make the improved loader All of the ice pieces are dropped to the ice transfer pipe 40 through the lower ice hole 221.

Therefore, after the ice cube falls into the improved loader, the number of ice cubes loaded in the upper accommodating area 111 in the upper mold body 11 is small, and the total number of ice cubes can be reduced, thereby limiting the loading amount. It can reduce the overfilling of the conventional loader; and the opening of the upper accommodating area 111 is small, and the number of ice bulging at the opening is small, which can be reduced by scraping off the top of the upper accommodating area 111. The number of ice cubes, after bagging the ice cubes, makes the error between the weight of the ice cubes of each bag and the weight of the original ice cubes smaller, and stably maintains the number of ice cubes within a certain range, and can reduce the ice of each bag. The error between the number of blocks, and the effect of the stability.

In addition, the improved loader of the present invention is of a detachable type, and an upper mold body 11 and a lower mold body 12 are formed, and the upper mold body 11 is screwed to the upper mold body 12, thereby When it is necessary to change the ice filling amount, it is only necessary to change the lower molding body 12 of different accommodating space sizes, without having to change the entire loader, and the variability can reduce the cost of the mold.

10‧‧‧ Filling the body
11‧‧‧Upper phantom
111‧‧‧上容区
112‧‧‧Flange
113‧‧‧Perforation
114‧‧‧connection hole
12‧‧‧ Lower phantom
121‧‧‧下容区
122‧‧‧ screw holes
13‧‧‧ screws
20‧‧‧With ice device
21‧‧‧ cylinder
22‧‧‧floor
221‧‧‧ ice hole
23‧‧‧ disc
24‧‧ ‧ baffle
25‧‧‧impacter
251‧‧‧ actuation end
30‧‧‧falling tube
40‧‧‧ Ice tube
50‧‧‧Loader
51‧‧‧ accommodating space

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a side cross-sectional view of a preferred embodiment of the improved loader of the present invention. 2 is a perspective exploded view of the preferred embodiment of the improved loader of FIG. 1. Figure 3 is a top plan view of a preferred embodiment of the present invention in which the improved loader is mounted on a disk and placed in an ice dispensing device. Figure 4 is a side elevational cross-sectional view of a preferred embodiment of the modified packer of the present invention filled with ice. Fig. 5 is a view showing the state in which the disk of the preferred embodiment of the improved loader shown in Fig. 4 is rotated to scrape off the ice block by the baffle. Figure 6 is a reference view of a preferred embodiment of the preferred embodiment of the improved loader of the present invention for knocking ice cubes with an impactor. Figure 7 is a side cross-sectional view of a preferred embodiment of a conventional loader.

10‧‧‧ Filling the body

11‧‧‧Upper phantom

111‧‧‧上容区

112‧‧‧Flange

113‧‧‧Perforation

114‧‧‧connection hole

12‧‧‧ Lower phantom

121‧‧‧下容区

122‧‧‧ screw holes

13‧‧‧ screws

Claims (3)

An improved loader includes a loading body having a receiving space extending from the top to the bottom. The receiving space is stepped and is a small and large shape, and the receiving body is accommodated. The space system is divided into an upper accommodating area and a lower accommodating area, and the outer edge of the filling body at the top thereof is formed with a horizontally outwardly extending flange. The improved loader of claim 1, wherein the loading body comprises an upper mold body, a lower mold body and two screws, the inner portion of the upper mold body having the upper receiving portion, the top portion of the upper mold body The rim forms the flange, and the upper phantom has two perforations on the top portion of the upper accommodating portion, and the two perforations are connected to the bottom of the upper mold body; the inner portion of the lower phantom has the lower portion In the accommodating area, the top of the lower mold body has two screw holes corresponding to the two through holes, and the upper mold system is respectively inserted into the two through holes by the two screws to be locked into the two screw holes of the lower mold body. The improved loader of claim 1 or 2, wherein the flange of the top of the loading body has a plurality of connecting holes that extend from the top of the flange to the bottom, respectively.