KR200454390Y1

KR200454390Y1 - Cutlery separator

Info

Publication number: KR200454390Y1
Application number: KR2020110002775U
Authority: KR
Inventors: 하유진
Original assignee: 하유진
Priority date: 2011-04-04
Filing date: 2011-04-04
Publication date: 2011-07-05

Abstract

The present invention relates to a spoon separator which automatically separates a spoon and chopsticks, and more particularly, to a spoon separator that induces chopsticks to slide along a chopstick guide groove by vibration by attaching a vibration motor. will be.
Cutlery separator according to the present invention is made inclined so that the spoon and chopsticks slide down obliquely, the guide plate 115 formed of a semi-circle of the upper side is formed so that the spoon and chopsticks slide down to gather in the middle; A chopstick guide groove 117 formed in a center in the longitudinal direction of the guide plate 115 to be recessed in a ',' shape, and formed wider than the width of the spoon and wider than the width of the chopsticks; A spoon catching jaw 113 formed in a circular shape such that the spoon slipped along the guide plate 115 is opened, and the spoon handle is opened in a downward direction; Fixing the guide plate 115 from below, and forming a rectangular parallelepiped shape as a whole, the main body 101 is formed on each side of the chopstick barrel insertion port 103 and the spoon barrel insertion port 105; Spoons and chopsticks off the guide plate 115 is formed higher than the guide plate 115 on the left and right sides of the guide plate 115 to return back to the guide plate 115, one side of the guide plate ( A side plate 121 connected to the main body 101 and connected to the main body 101; It is made in a straight line, the spoon hooking jaw 113 is connected downward in the center, and the left and right side end is connected to the spoon hooking jaw support 111 is supported; Chopsticks stopper plate 203 to hang the chopsticks that passed through the spoon stopper (113); Chopsticks 107 to hold the chopsticks hanging on the chopsticks hanging plate (203); A spoon barrel 109 to hold the spoon dropped on the spoon catching jaw 113; A main body lid 119 fixed to an upper side of the chopstick rest plate 203 and covering an upper portion of the main body 101; A vibration motor 205 for vibrating the guide plate 115 so that the chopsticks fall into the chopstick guide grooves 117; A rectifier 501 for converting AC power into direct current to supply power to the vibration motor 205; A filter unit 503 for smoothing the voltage rectified by the rectifier 501; A power converter 505 for converting the voltage passing through the filter unit 503 into a DC voltage suitable for driving the vibration motor 205; A vibration controller 507 which receives the DC voltage from the power converter 505 and controls the vibration motor 205; A first MOSFET 509 for supplying current to the vibration motor 205 under the control of the vibration controller 507; The current is supplied to the vibration motor 205 according to the control of the vibration control unit 507, the first MOSFET 509 is turned off when the first MOSFET 509 is turned on, and is turned on when the first MOSFET 509 is turned off. And a second MOSFET 511 which causes the vibration motor 205 to vibrate.
Cutlery separator according to the present invention made as described above automatically separates the spoon and chopsticks, there is a convenience that can reduce the time and effort due to the separation of the spoon and chopsticks in a restaurant.

Description

Cutlery separator {A Separator for Spoon and Chopsticks}

The present invention relates to a spoon separator which automatically separates a spoon and chopsticks, and more particularly, to a spoon separator that induces chopsticks to slide along a chopstick guide groove by vibration by attaching a vibration motor. will be.

Conventionally, there is a separate container for passing chopsticks for collecting spoons in restaurants and the like, and the person who finished the meal puts the spoon and chopsticks into each collection box. As described above, in the state of holding a plate or a bowl in one hand, the spoon and the chopsticks are separated by the other hand, and each has to be put in a different collecting container. In addition, if a spoon is passed through the chopsticks and confuses the wrong number of spoons and chopsticks are collected in a mixed state, since it must be separated again after collection, there is a waste of time and manpower accordingly, the improvement is urgently It is a required situation.

Cutlery separator according to the present invention for solving the above problems by automatically separating the cutlery put by the user to drop into each chopsticks passing through the spoon, to provide a cutlery separator that can reduce the effort due to the separation of the spoon The purpose.

Cutlery separator according to the present invention for achieving the above object is made inclined so that the spoon and chopsticks slide down obliquely, the guide plate is formed of a semi-circle with the upper side is formed so that the spoon and chopsticks slide down to gather as a gown ( 115); A chopstick guide groove 117 formed in a center in the longitudinal direction of the guide plate 115 to be recessed in a ',' shape, and formed wider than the width of the spoon and wider than the width of the chopsticks; A spoon catching jaw 113 formed in a circular shape such that the spoon slipped along the guide plate 115 is opened, and the spoon handle is opened in a downward direction; Fixing the guide plate 115 from below, and forming a rectangular parallelepiped shape as a whole, the main body 101 is formed on each side of the chopstick barrel insertion port 103 and the spoon barrel insertion port 105; Spoons and chopsticks off the guide plate 115 is formed higher than the guide plate 115 on the left and right sides of the guide plate 115 to return back to the guide plate 115, one side of the guide plate ( A side plate 121 connected to the main body 101 and connected to the main body 101; It is made in a straight line, the spoon hooking jaw 113 is connected downward in the center, and the left and right side end is connected to the spoon hooking jaw support 111 is supported; Chopsticks stopper plate 203 to hang the chopsticks that passed through the spoon stopper (113); Chopsticks 107 to hold the chopsticks hanging on the chopsticks hanging plate (203); A spoon barrel 109 to hold the spoon dropped on the spoon catching jaw 113; A main body lid 119 fixed to an upper side of the chopstick rest plate 203 and covering an upper portion of the main body 101; A vibration motor 205 for vibrating the guide plate 115 so that the chopsticks fall into the chopstick guide grooves 117; A rectifier 501 for converting AC power into direct current to supply power to the vibration motor 205; A filter unit 503 for smoothing the voltage rectified by the rectifier 501; A power converter 505 for converting the voltage passing through the filter unit 503 into a DC voltage suitable for driving the vibration motor 205; A vibration controller 507 which receives the DC voltage from the power converter 505 and controls the vibration motor 205; A first metal oxide semiconductor field effect transistor (first MOSFET) 509 for supplying a current to the vibration motor 205 under the control of the vibration controller 507; A current is supplied to the vibration motor 205 according to the control of the vibration controller 507, and when the first MOSFET 509 is turned on, the current is turned off and the first MOSFET 509 is turned off. In the case of Off, the second metal oxide semiconductor field effect transistor (second MOSFET) 511 is turned on to cause the vibration motor 205 to vibrate.

Cutlery separator according to the present invention made as described above automatically separates the spoon and chopsticks, there is a convenience that can reduce the time and effort due to the separation of the spoon and chopsticks in a restaurant.

1 is a perspective view of a cutlery separator according to the present invention,
2 is a side cross-sectional view,
3 is a cross-sectional view of a rubber material and a chopstick guide groove coated on a guide plate with a Teflon material, and a vibration motor is attached to the back of the guide plate.
4 is a cross-sectional view showing that the spoon locking jaw is installed on the upper portion of the guide plate,
5 is a block circuit diagram for driving a vibration motor.

Hereinafter, an embodiment of the cutlery separator according to the present invention will be described in detail with reference to the accompanying drawings.

Cutlery separator according to the present invention is made to be inclined so that the spoon and chopsticks slide down obliquely, the guide plate 115 formed of a semi-circle with the upper side is formed so that the spoon and chopsticks slide down to gather in the middle; A chopstick guide groove 117 formed in a center in the longitudinal direction of the guide plate 115 to be recessed in a ',' shape, and formed wider than the width of the spoon and wider than the width of the chopsticks; A spoon catching jaw 113 formed in a circular shape such that the spoon slipped along the guide plate 115 is opened, and the spoon handle is opened in a downward direction; Fixing the guide plate 115 from below, and forming a rectangular parallelepiped shape as a whole, the main body 101 is formed on each side of the chopstick barrel insertion port 103 and the spoon barrel insertion port 105; Spoons and chopsticks off the guide plate 115 is formed higher than the guide plate 115 on the left and right sides of the guide plate 115 to return back to the guide plate 115, one side of the guide plate ( A side plate 121 connected to the main body 101 and connected to the main body 101; It is made in a straight line, the spoon hooking jaw 113 is connected downward in the center, and the left and right side end is connected to the spoon hooking jaw support 111 is supported; Chopsticks stopper plate 203 to hang the chopsticks that passed through the spoon stopper (113); Chopsticks 107 to hold the chopsticks hanging on the chopsticks hanging plate (203); A spoon barrel 109 to hold the spoon dropped on the spoon catching jaw 113; A main body lid 119 fixed to an upper side of the chopstick rest plate 203 and covering an upper portion of the main body 101; A chopstick guide groove 117 formed in the center in the longitudinal direction of the guide plate 115 to be recessed in a '형성된' shape, the width of which is narrower than the width of the spoon and wider than the width of the chopsticks; A vibration motor 205 for vibrating the guide plate 115 so that the chopsticks fall into the chopstick guide grooves 117; A rectifier 501 for converting AC power into direct current to supply power to the vibration motor 205; A filter unit 503 for smoothing the voltage rectified by the rectifier 501; A power conversion unit 505 for converting the voltage passing through the filter unit 503 into a DC voltage to drive the vibration motor 205; A vibration controller 507 which receives the DC voltage from the power converter 505 and controls the vibration motor 205; A first metal oxide semiconductor field effect transistor (first MOSFET) 509 for supplying a current to the vibration motor 205 under the control of the vibration controller 507; A current is supplied to the vibration motor 205 according to the control of the vibration controller 507, and when the first MOSFET 509 is turned on, the current is turned off and the first MOSFET 509 is turned off. In the case of Off, the second metal oxide semiconductor field effect transistor (second MOSFET) 511 is turned on to cause the vibration motor 205 to vibrate.

Referring to Figure 1, the cutlery separator according to the present invention is made to be inclined so that the spoon and chopsticks slide obliquely downward at the top of the body 101 made of a rectangular parallelepiped, the spoon and chopsticks are made up of an open semicircle The guide plate 115 formed to slide and gather in the center is attached.

The spoon slipped along the guide plate 115 forms a circular shape so that the spoon is caught, and the spoon is caught by the spoon catching jaw 113 that is opened so that the spoon handle can pass downward and falls down to the spoon container 109. Falls. The side plate 121 is formed to be higher than the guide plate 115 is bent to the left and right sides of the guide plate 115 so that the spoon and chopsticks off the guide plate 115 back to the guide plate 115, The side is connected to the guide plate 115, the other side is connected to the main body 101.

1 and 3, the spoon stopping jaw support 111 is formed in a straight line, and the spoon stopping jaw 113 is connected downward in the center thereof, and the left and right ends thereof are connected and supported in a state spanning the main body 101. do.

1 and 2, the chopsticks hanger plate 203 is caught by the chopsticks passing through the hooking jaw 113 is caught to fall on the chopsticks box 107. The chopstick barrel 107 contains the chopsticks hung on the chopsticks hanger plate 203, and the spoon 109 contains the spoons hung on the spoon brace 113. The chopstick rest plate 203 is fixed to the main body lid 119 covering the upper back side of the main body 101.

1 and 4, a chopstick guide groove 117 is formed in a straight line in the center of the longitudinal direction of the guide plate 115, and is formed to be recessed in a '∪' shape, narrower than the width of the spoon and A vibration motor 205 for vibrating the guide plate 115 is attached to the rear surface of the guide plate 115 so that the chopsticks fall into the chopstick guide groove 117 wider than the width. The front surface of the guide plate 115 is coated with a rubber material to slow down the sliding speed of the spoon, and the chopstick guide groove 117 is coated with a Teflon material to speed up the speed of the chopstick sliding down.

Referring to FIG. 5, the rectifier 501 converts AC power into DC to supply power to the vibration motor 205, and the voltage rectified by the rectifier 501 is smoothed by the filter unit 503. The voltage passing through the filter unit 503 is converted into a DC voltage suitable for driving the vibration motor 205 by the power conversion unit 505. The vibration controller 507 controls the vibration motor 205 by receiving a DC voltage from the power converter 505. The first metal oxide semiconductor field effect transistor (first MOSFET, 509) and the second metal oxide semiconductor field effect transistor (second MOSFET, 511) of the current flowing through the vibration motor 205 under the control of the vibration control unit 507. The direction is alternately changed to cause the vibration motor 205 to vibrate. When the first MOSFET 509 is turned on, the second MOSFET 511 is turned off, and when the first MOSFET 509 is turned off, the second MOSFET 511 is turned on. The vibration motor 205 vibrates.

101: main body, 103: chopstick barrel insertion port,
105: spoon barrel insertion hole, 107: chopstick barrel,
109: spoon container, 111: spoon jam supporter,
113: jaw of the spoon, 115: guide plate,
117: chopstick guide groove, 119: body lid
121: side plate, 201: control module,
203: chopstick rest plate, 205: vibration motor,
301: deceleration coating, 303: sliding coating,
501: rectifying part, 503: filter part,
505: power conversion unit, 507: vibration control unit,
509: first MOSFET, 511: second MOSFET

Claims

In the cutlery separator, the guide and the chopsticks are made to be inclined to slide down obliquely, the guide plate 115 is formed in a semi-circle with the upper side is formed so that the spoon and chopsticks slide down and gather in the center;
A chopstick guide groove 117 formed in a center in the longitudinal direction of the guide plate 115 to be recessed in a ',' shape, and formed wider than the width of the spoon and wider than the width of the chopsticks;
A spoon catching jaw 113 formed in a circular shape such that the spoon slipped along the guide plate 115 is opened, and the spoon handle is opened in a downward direction;
Fixing the guide plate 115 from below, and forming a rectangular parallelepiped shape as a whole, the main body 101 is formed on each side of the chopstick barrel insertion port 103 and the spoon barrel insertion port 105;
Spoons and chopsticks off the guide plate 115 is formed higher than the guide plate 115 on the left and right sides of the guide plate 115 to return back to the guide plate 115, one side of the guide plate ( A side plate 121 connected to the main body 101 and connected to the main body 101;
It is made in a straight line, the spoon hooking jaw 113 is connected downward in the center, and the left and right side end is connected to the spoon hooking jaw support 111 is supported;
Chopsticks stopper plate 203 to hang the chopsticks that passed through the spoon stopper (113);
Chopsticks 107 to hold the chopsticks hanging on the chopsticks hanging plate (203);
A spoon barrel 109 to hold the spoon dropped on the spoon catching jaw 113;
A main body lid 119 fixed to an upper side of the chopstick rest plate 203 and covering an upper portion of the main body 101;
A vibration motor 205 for vibrating the guide plate 115 so that the chopsticks fall into the chopstick guide grooves 117;
A rectifier 501 for converting AC power into direct current to supply power to the vibration motor 205;
A filter unit 503 for smoothing the voltage rectified by the rectifier 501;
A power conversion unit 505 for converting the voltage passing through the filter unit 503 into a DC voltage to drive the vibration motor 205;
A vibration controller 507 which receives the DC voltage from the power converter 505 and controls the vibration motor 205;
A first metal oxide semiconductor field effect transistor (first MOSFET) 509 for supplying a current to the vibration motor 205 under the control of the vibration controller 507;
A current is supplied to the vibration motor 205 according to the control of the vibration controller 507, and when the first MOSFET 509 is turned on, the current is turned off and the first MOSFET 509 is turned off. And a second metal oxide semiconductor field effect transistor (second MOSFET, 511) which is turned on when the vibration motor is turned on, thereby causing the vibration motor 205 to vibrate.

The front surface of the guide plate 115 is coated with a rubber material to slow the flow of the spoon, chopstick guide groove 117 is coated with Teflon to reduce the sliding friction, characterized in that the coating Separator.