JP3120203U - Electric shaver - Google Patents

Abstract

There is no need to make dedicated large ice cubes, small ice cubes can be used, and small ice cubes can be completely cut, so that ice cubes are not wasted and can be easily disassembled and cleaned. Provide a shaved ice device.
SOLUTION: Consists of components such as a base, an equipment base, a rolling mechanism, an upper lid, a lid, a tool stand, a socket, and an ice introducing portion, and the ice introducing portion is rotated by the rolling mechanism to introduce small-angle ice into pieces. Introduce into the shaving blade position of the blade base and scrape into shaved ice.
[Selection] Figure 1

Description

  The present invention relates to an electric shaving device, and in particular, in conjunction with the rotation of the ice introduction part by a rolling mechanism, it is possible to introduce small-angle ice into the shaving blade position of the cutting tool base with an introduction piece and cut it into shaved ice, The present invention relates to an electric shaving device that can use small-angle ice and that is extremely speedy, can save labor, does not waste ice cubes, and is easy to disassemble and clean.

  A general shaved ice machine is designed to scrape the ice cube put in the shaved ice machine into fine shaved ice by manually rotating the club. However, in general, since it is used in a shaved ice device, it is necessary to make ice cubes of an appropriate size in advance in a container that matches the size of the ice cube mounting base of the shaved ice device. Place this ice cube on the table of the shaved ice device, hold it on the ice cube with the compression table, hold the top surface of the ice cube with a ratchet installed on the bottom of the compression table, and place the bottom surface of the ice cube on the top of the installation table. Close contact on the surface. Further, the rotation of the pressure bar causes the rotation of the compression table to be interlocked with the ratchet and the rotation of the ice cubes on the installation table. When the ice cubes are rotated on the installation table, the shaved ice is scraped by a cutting blade on the installation table, and the shaved ice after the cutting falls from the tank hole beside the cutting blade to the lower side of the installation table. Below the installation table, the shaved ice shaved by the receiving container is received and can be used as shaved ice.

  However, the conventional manual-type shaved ice machine takes a lot of time and labor when shaving ice, and when the ice cubes are scraped into flakes and become smaller in volume, they can no longer be shaved and the remaining ice cube ice is Since it must be thrown away, it is a waste of resources. In addition, it is necessary to make ice cubes with a large volume every time before cutting the ice, and general ice cubes cannot be used, which is very troublesome in use.

  Since the conventional shaved ice machine is manual, it takes time and effort to cut the ice, and when the ice cubes are cut into flakes, they can no longer be cut and must be thrown away. It has become. Conventionally, ice that can be used is only a specified size, and general small-angle ice cannot be used, which is very troublesome in use.

  The present invention has been made in view of these circumstances, and it is not necessary to make a small ice cube separately because it is possible to use small ice cubes, and it is extremely speedy and can save labor, and completely cuts small ice cubes. Therefore, it is an object of the present invention to provide an electric shaving device that does not waste ice cubes and can be easily disassembled and cleaned.

In order to solve the above-described problem, an electric shaving device according to an aspect of the present invention includes a base, an installation surface is provided on the base, an insertion connection hole is formed on the base, and the equipment base is mounted on the base. The insertion connecting rod is installed at the bottom of the equipment base, a storage chamber is provided on the equipment base, a through hole is formed in the equipment base, and the stereotactic engagement is performed on the wall surface of the through hole. Install the tank, install the switch on the side wall of the equipment stand,
A rolling mechanism is installed in the storage chamber of the equipment stand, a motor is provided in the rolling mechanism, a rolling shaft of the motor is used as a worm rod, the worm rod is engaged with a worm gear, and the worm gear is interlocked with a rolling wheel. Let
An upper lid is installed above the device base, a through hole is formed in the upper lid, a guard edge is installed in the through hole, a chip is formed on the guard edge, and an opening is formed on the wall surface of the through hole. Provided, installing a concave tank on the upper lid, installing a puncture tank in the concave tank and penetrating to the bottom, the fine movement switch is fixed to the bottom of the upper lid,
A lid is movably installed on the through-hole of the upper lid, a movable connection base is protruded on one side of the lid, a convex block is installed on the outer wall of the movable connection base,
The tool stand is disposed in the through hole of the instrument stand and the upper lid, the storage space is provided in the tool stand, a tank hole is formed on the bottom surface of the storage chamber, a cutting blade is installed in the tank hole, A convex shaft is installed in the storage chamber, a guard edge is installed on the top of the tool stand, a chip is installed on one side of the guard edge, a stereotactic fitting is installed on the bottom surface of the guard edge, and the passive gear is Installed on the guard edge, meshing with the rolling gear of the above rolling mechanism, installing several fitting tanks on the inner edge of the passive gear,
An ice introduction portion is installed in the storage chamber of the tool stand, a storage chamber is installed in the ice introduction portion, a shaft cover is installed in the storage chamber, a spiral introduction piece is installed in the storage chamber, and the introduction A through hole is formed at the tip and end of the piece, a flange is provided on the top surface of the ice introduction portion, several fitting blocks are installed on the bottom surface of the flange, and the dial is attached to the top surface of the shaft cover of the ice introduction portion. It is installed in.

  The electric shaving device according to the present invention can use small ice cubes, so there is no need to make special large ice cubes, and the ice cubes can be shaved by electric power, making it very speedy and labor-saving. In addition, since the small ice cubes can be completely scraped, the ice cubes are not wasted, and the decomposition and cleaning can be easily performed.

  Embodiments of the present invention will be described below with reference to the drawings.

  As shown in FIGS. 1, 2, and 3, an electric shaver according to an embodiment of the present invention includes a base 1, an equipment base 2, a rolling mechanism 3, an upper lid 4, a lid 5, a tool base 6, a socket 7, ice An introduction unit 8 is included. An installation surface 10 is provided on the base 1, an insertion connection base 11 is installed on the base 1, and an insertion connection hole 12 is installed on the insertion connection base 11.

  The equipment table 2 is combined above the base 1, and an insertion connecting rod 20 is installed at the bottom of the equipment base 2. A storage chamber 21 is provided on the device table 2, and a through hole 22 is further provided in the device table 2. A stereotaxic bath 23 is installed on the wall surface of the through hole 22, and a switch 24 is installed on the side wall of the device base 2.

  The rolling mechanism 3 is installed in the accommodation chamber 21 of the equipment table 2, and the rolling mechanism 3 is provided with a motor 30. The motor 30 is fixed in the accommodation chamber 21 of the equipment table 2 by a fixed connection part 31, and the rotating shaft of the motor 30 is a worm rod 32. The worm bar 32 meshes with the worm gear 33, and the worm gear 33 meshes with the rolling gear 34.

  The upper lid 4 is installed above the device base 2, and a through hole 40 is provided in the upper lid 4. A guard edge 41 is provided in the through hole 40, and a notch 42 is formed on the guard edge 41. An opening 43 is provided on the wall surface of the through hole 40 (see FIG. 7), and a concave tank 44 is formed on the upper lid 4. In the concave tank 44, a puncture tank 45 is installed and penetrated to the bottom. The fine movement switch 46 is installed at the bottom of the upper lid 4 by a fixed connecting part 47. This fine movement switch 46 is provided with a pressing convex point 48.

  The lid 5 is movably installed on the through hole 40 of the upper lid 4, and the lid 5 can be a transparent body. On one side of the lid 5, a movable connection base 50 is installed so as to protrude, and a convex block 51 is installed on the outer wall of the movable connection base 50.

  The tool stand 6 is installed so as to penetrate through the device table 2 and the through holes 22 and 40 of the upper lid 4, and a storage chamber 60 is installed in the tool stand 6. Two tank holes 61 are installed in the bottom surface of the storage chamber 60, and a cutting blade 62 is installed in the tank hole 61. A convex shaft 63 is provided in the storage chamber 60, and a fitting block 64 is installed in the convex shaft 63. A guard edge 65 is provided on the top of the tool stand 6, and an annular rectangular protrusion 66 is provided in the guard edge 65. A notch 67 is provided on one side of the guard edge 65, and a stereotactic fitting 68 is installed on the bottom surface of the guard edge 65. The passive gear 69 is installed on the guard edge 65 and meshes with the rolling gear 34 of the rolling mechanism 3. Several fitting tanks 690 are installed on the inner edge of the passive gear 69.

  The socket 7 is fitted on a convex shaft 63 in the storage chamber 60 of the tool stand 6, and several cutting tanks 70 are provided on the upper edge of the socket 7. A convex body 71 is provided between the two cutting tanks 70.

  The ice introduction unit 8 is installed in the accommodation chamber 60 of the tool stand 6, and the accommodation chamber 80 is installed in the ice introduction unit 8. A cover 81 is installed in the storage chamber 80, and a fitting tank 82 is installed on the top edge of the shaft cover 81. In the storage chamber 80, a spiral introduction piece 83 is provided, and several ratchets 84 are provided on the bottom surface of the introduction piece 83 so as to protrude. A through hole 85 is provided at the tip and the end of the introduction piece 83. A flange 86 is provided on the top surface of the ice introduction part 8. Several fitting blocks 87 are installed on the bottom surface of the flange 86, and the dial 88 is installed on the top surface of the shaft cover 81 of the ice introduction part 8. An engagement block 89 is installed at the bottom of the dial 88.

  As shown in FIGS. 1 to 4, first, the insertion connecting rod 20 of the device base 2 is inserted and connected into the insertion connection hole 12 of the base 1, and the device base 2 is combined above the base 1. The rolling mechanism 3 is combined in the accommodation chamber 21 of the equipment table 2 by the fixed connection part 31, and the fine movement switch 46 is fixedly connected to the bottom surface of the upper lid 4 by the fixed connection part 47. The touching convex point 48 of the fine movement switch 46 is positioned in the tank 45 of the upper lid 4, and the upper lid 4 is fitted onto the equipment base 2, and the rolling gear 34 of the rolling mechanism 3 is on one side of the upper lid 4. It is located at the position of 4 openings 43. The notch 42 of the upper lid 4 is positioned by engaging with the outer wall of the localization engagement tank 23 of the device base 2, and the movable connection base 50 of the lid 5 is movably installed in the concave tank 44 of the upper lid 4. Thus, the lid 5 can be opened over the through hole 40 of the upper lid 4, and the convex block 51 of the lid 5 presses the pressure convex point 48 of the fine movement switch 46.

  The passive gear 69 is installed on the guard edge 65 of the tool base 6, the sot 7 is fitted on the convex shaft 63 of the tool base 6, and the ice introduction part 8 is placed in the storage chamber 60 of the tool base 6. Install in. Thus, the shaft cover 81 of the ice introduction part 8 is fitted outside the socket 7, and the convex body 71 of the socket 7 is fitted in the fitting tank 82 of the shaft cover 81. The fitting block 87 on the bottom surface of the flange 86 of the ice introduction part 8 is fitted in the fitting tank 690 of the passive gear 69, and the dial 88 is installed on the shaft cover 81 of the ice introduction part 8.

  The dial 88 can be rotated at a constant angle, and the engagement block 89 below the dial 88 and the fitting block 64 in the tool base 6 convex shaft 63 are engaged with each other and positioned. As a result, the tool base 6 and the ice introduction part 8 are coupled, and the component parts such as the tool base 6 and the ice introduction part 8 are installed together in the through holes 40 and 22 of the upper lid 4 and the equipment base 2, and the tool base It is held on the guard edge 41 of the upper lid 4 by the six guard edges 65. The stereotactic fitting 68 of the tool base 6 is engaged in the stereotactic engagement tank 23 of the equipment base 2. Thus, the tool stand 6 is positioned and there is no fear of rotation, and the passive gear 69 meshes with the rolling gear 34 located at the opening position of the upper lid 4 to complete the entire combination.

  4, 5, 6, the lid 5 is opened, ordinary small ice cubes 90 are placed in the storage chamber 80 of the ice introduction section 8, the upper lid 5 is closed, and the switch 24 is pressed to perform the ice cutting operation. Start. When the motor 30 rotates the worm rod 32, the meshed worm gear 33 is rotated, and the worm gear 33 rotates the upper rolling gear 34. The rolling gear 34 rotates the meshing passive gear 69, and the passive gear 69 rotates the ice introducing portion 8 to be fitted. Thereby, the small-angle ice 90 in the storage chamber 80 of the ice introduction portion 8 rotates and moves along the introduction piece 83, and the bottom portion of the introduction piece 83 of the ice introduction portion 8 and the accommodation chamber of the tool base 6 from the through hole 85. Enter between 60. At this time, since the small ice 90 is pressed by the ratchet 84 on the bottom surface of the introduction piece 83, the small ice 90 does not slip even when it is rotated. The ice introduction part 8 is shaved by rotation via the shaving blade 62 in the tool holder 6 accommodating chamber 60, and the shaved ice 91 after shaving is received by the receiving blade on the base 1 from the tank hole 61 on one side of the shaving blade 62. Fall within 92. This completes the ice cutting operation.

  After completion of the ice removal of the small-angle ice 90 in the ice introduction part 8 accommodating chamber 80, when the lid 5 is opened, the convex block 51 of the lid 5 does not press the pressure convex point 48 of the fine movement switch 46, and the fine movement switch 46 Exhibits a power-off state, and the motor 30 is stopped.

  When the small ice cube 90 is put into the ice introduction part 8 and the lid 5 is closed, the convex block 51 of the lid 5 again presses the pressure convex point 48 of the fine movement switch 46 and becomes energized, and the motor 30 is operated again. Start and perform the ice cutting operation.

  In this way, the convenience of use is very good, the safety is high, and the small ice cube 90 can be completely scraped without specially making the prescribed large ice cube, and the ice cube is not wasted. In addition, since the electric type is adopted, it is extremely speedy and can save labor.

  When cleaning after use, as shown in FIG. 7, the lid 5 is turned up, the components such as the tool base 6 and the ice introduction part 8 are taken out from the through hole 40 of the upper lid 4 and the dial 88 is reversed. The engagement block 89 is disengaged from the fitting block 64 of the tool base 6. In this way, the ice introduction part 8, the socket 7, and the tool base 6 can be disassembled and cleaned, the base 1 can be taken out from below the equipment base 2, and the base 1 can be separated from the equipment base 2 and cleaned. Very convenient for disassembly and cleaning.

It is a three-dimensional exploded view showing an electric shaving device according to an embodiment of the present invention. It is the three-dimensional combination figure of one Example. It is combination sectional drawing of one Example. It is bird's-eye explanatory drawing of one Example. It is explanatory drawing of the state which covers the cover of one Example, and cuts ice. It is explanatory drawing of the power-off state which opened the cover of one Example. It is explanatory drawing explaining the state of decomposition | disassembly of one Example, and a washing | cleaning.

Explanation of symbols

1 base
10 Installation surface
11 Insertion base
12 Insertion hole
2 Device base 20 Insertion connecting rod 21 Accommodating chamber 22 Through hole 23 Stereotaxic tank 24 Switch
3 Rolling mechanism 30 motor
31 Fixed connection parts
32 Worm stick
33 Worm gear
34 Rolling gear
4 Upper lid
40 Through hole
41 Guard edge
42
43 opening
44 Recessed tank
45 Drilling tank
46 Fine switch
47 Fixed connection parts
48 Pressure convex point
5 lid
50 Movable connection base
51 Convex block
6 Tool stand
60 containment room
61 tank hole
62 Sharpening blade
63 Convex axis
64 Mating block
65 Guard rim
66 Annular rectangular protrusion
67
68 Stereotactic body
69 Passive gear
690 fitting tank
7 socket
70 tank
71 Convex
8 Ice introduction part
80 containment room
81 Axis cover
82 Fitting tank
83 Introduction piece
84 Ratchet
85 Through hole
86 Flange
87 Mating block
88 dial
89 Engagement block
90 small ice cubes
91 shaved ice
92 Receiving container

Claims (3)

A base is provided, an installation surface is provided on the base, an insertion connection hole is formed on the base, an equipment base is installed above the base, and an insertion connecting rod is disposed at the bottom of the equipment base And providing a storage chamber on the device table, further forming a through hole in the device table and installing a stereotaxic bath on the wall surface of the through hole, providing a switch on the side wall of the device table,
A rolling mechanism is disposed in the storage chamber of the equipment stand, a motor is provided in the rolling mechanism, a rolling shaft of the motor is used as a worm rod, the worm rod is engaged with a worm gear, and the worm gear is used as a rolling wheel. Interlock,
An upper lid is installed above the device base, a through hole is formed in the upper lid, a guard edge is installed in the through hole, a chip is formed on the guard edge, and an opening is formed on the wall surface of the through hole. Provide a concave tank on the upper lid, install a puncture tank in the concave tank and let it penetrate to the bottom, and fix a fine movement switch on the bottom of the upper lid,
A lid is movably installed on the through-hole of the upper lid, a movable connection base is protruded on one side of the lid, a convex block is installed on the outer wall of the movable connection base,
A tool base is provided in the through hole of the instrument base and the upper lid, a storage chamber is installed in the tool base, a tank hole is formed on the bottom surface of the storage chamber, and a cutting blade is disposed in the tank hole, A convex shaft is installed in the storage chamber, a guard edge is installed on the top of the tool stand, a chip is provided on one side of the guard edge, a stereotactic fitting is installed on the bottom surface of the guard edge, and a passive gear is installed on the guard. It is arranged on the edge and meshes with the rolling gear of the rolling mechanism, and several fitting tanks are installed on the inner edge of the passive gear.
An ice introduction portion is installed in the storage chamber of the tool stand, a storage chamber is installed in the ice introduction portion, a shaft cover is installed in the storage chamber, a spiral introduction piece is installed in the storage chamber, and the introduction A through hole is formed at the tip and end of the piece, a flange is provided on the top surface of the ice introduction portion, several fitting blocks are installed on the bottom surface of the flange, and a dial is provided on the top surface of the shaft cover of the ice introduction portion. Electric shaving device characterized by installation. On the convex shaft of the tool stand, a socket is fitted, several cutting tanks are installed on the upper edge of the socket, a convex body is installed between the cutting tanks, and the axis of the ice introduction part The electric shaving device according to claim 1, wherein a fitting tank is installed at the top edge of the cover, a fitting block is installed in the convex shaft of the tool stand, and an engaging block is installed at the bottom of the dial. . 2. The electric ice shaver according to claim 1, wherein several ratchets are provided on the bottom surface of the introduction piece of the ice introduction portion so as to protrude.

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