KR20190122290A - cooking method on the way to be delivery - Google Patents

Abstract

The present invention relates to a method which saves time by cooking the food during delivery and delivers a food in the best possible taste and nutrition and a device for carrying out the method. The present invention is for people who order the food from the restaurant and eat the same in the busy modern life scene, because loss of taste and nutrition occurs when the food is ordered, cooked, and delivered.

Description

Means for cooking during delivery {cooking method on the way to be delivery}

If you order food at a restaurant, cook it, and deliver the cooked food and eat it with the delivered food, the delivery time and the time required will prevent the cooked food from cooling and blowing out to reduce its taste and time. It's about saving.

Traditionally, when many people order food at work or at home without going directly to the restaurant, they waste a lot of time because they cook food and deliver the ordered food over long distances. Food is cooled and the taste of food is degraded. To solve this problem, it is about technology that saves time by cooking cooked food during delivery and prevents food from cooling down and deteriorating taste.

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When food is ordered in a restaurant, the ingredients of the ordered food are mixed, heated, cooked and placed in a moving box for long distance delivery.

Cooking food during delivery saves you time to cook food during delivery, and prevents the food from degrading as the food you ordered does not cool.

With this in mind, in order to solve the technical problem of cooking cooked food on the go, many foods have been developed in which only hot water is poured and cooking is completed. Coated and laminated in two layers to prevent the coated carbon from contacting air, there is a heating element that can heat up to 250 ℃

In addition, the battery that stores electric power is developed so well that even the car moves with the power stored in the battery.

With these devices, you can cook food while it is being delivered by simply equipping the cooked food with the power stored in the battery or a separate heating source. So you can save time and prevent food from cooling and its taste deteriorating.

Therefore, a mobile device for delivering food has a heat source for cooking food and a food cooking device for delivery, and means for delivering the cooked food to customers who have ordered the food automatically in consideration of the delivery time during delivery, The device is the subject of the present invention.

It saves you the time to wait by ordering food and at the same time, you get the same effect as going to the restaurant and ordering the food. Therefore, you need to heat the restaurant yourself. .

Figure 1: developed view of a mechanism for cooking food during delivery
2: Principle diagram for applying electric power to the heater
Figure 3: Installation of a device for learning food during delivery by motorcycle
Fig. 3-1: Structure diagram in which a device for learning food during delivery by motorcycle is installed
Figure 3-2: A detailed view of obtaining the force against the inertial force so that the inertial force acts upon acceleration so that the shape of the cooked food is not deformed
Fig. 3-3: Detailed view of obtaining the force against the inertia force so that the inertial force acts during deceleration so that the shape of the food to cook the food is not deformed
4: Detail view of inertial force absorber
Figure 5. Figure that connects electric power to cookware from battery

The apparatus for cooking food during movement is to put the cooked food 130 as shown in Figure 1 is to heat the heat to the position coincident with the holes formed in the two holes 132 before and after the two holes 131 on the left and right, respectively On the bottom of the heat transfer plate 111, the support 112 is installed by fixing two pieces at positions facing each other at each position where the bowl 130 is placed, and the intervals thereof are the same as the holes 131 and 132, and the bowl 130 is disposed. To the four support (112) positions, the bowl will not move and will be fixed during movement.

Four holes facing each other out of eight holes drilled on the four sides of the bowl 130 correspond to four supports fixed to the heat transfer plate. It is a hole to insert and move the bowl from the heat transfer plate (110).

In addition, the lid 120 of the food heating mechanism during the movement is pressed by the edge of the bowl 130, which is inserted into the support 112 fixed to the bottom of the heating plate 111, the heat-resistant rubber parking 122 for sealing the lid ( 120 is inserted and fixed in the lower edge and the central bisector. When the lid is closed and tightened with the clamp 115, the heat-resistant rubber parking 122 that resists heat and closes the edges of each bowl so that the bottom of the bowl is in close contact with the top of the heater and heats the bowl to cook food in the bowl ( 130) is well conducted to cook food and at the same time prevents the soup outflow.

As shown in FIG. 3, the housing 400 carried by a motorcycle or a vehicle has a moving object between the mount 300 and the housing 400 which are fixed by being connected to the body of the motorcycle or the vehicle while the housing is not shaken during transportation. According to the direction of the composite vector of inertial force and earth gravity, the bottom of the cooking utensil 100 during transportation can be used to prevent mixing of the food being cooked inside the enclosure 400 by using the inertia force generated when making a rapid start or sudden braking. "Leave this tilting inertia absorber (FIGS. 4, 430).

As shown in FIG. 4, the inertial force absorber 430 is fixed to the frame 300 fixed to the vehicle body such as a motorcycle so that the inertial force absorber 430 is fixed to the right and left edges of the enclosure 400. 431 and 432 are fixed and installed.

When the motorcycle black or vehicle body moves forward with the acceleration A, the inertia force multiplied by the acceleration A is applied to the weight M of the enclosure as shown in Fig. 3-2, so that the inertia force is generated to move in the backward direction and the inertia force is the spring 434. Press and the spring (434) is contracted in proportion to the inertia force and the housing is tilted as much as the contracted length. This inclined direction preserves the shape of the food by acting as a force received by the earth's gravity as much as the force pushed out by the inertia force that retreats.

Since the viscosity of the food is high compared to the viscosity of water, the piston is placed inside the cylinder as shown in FIG. And both ends of the cylinder is connected to the pipeline, and the orifice 435 in the center of the pipeline to discharge the air in the cylinder and the pipeline and filled with a liquid having a suitable viscosity.

And the inertia force generated by the acceleration and deceleration of the enclosure to adjust the opening degree of the orifice 435 so that the enclosure is inclined so that food is not mixed.

And since the inertial force generated by the rapid braking acts in the opposite direction as the acceleration, as shown in Figure 3-3, because the inertial force is applied to the spring 435, the spring is contracted in proportion to the inertial force and the length of the contraction is It is inclined proportionally.

At this time, the lean direction is inclined in the opposite direction to the acceleration, and the food is not deformed and retains its shape since it is received as frictional resistance by gravity as much as the force of food being pushed out by inertia.

As the water evaporates and the pressure rises as it is heated, the safety valve (122) installed on the upper lid of the appliance is opened and water vapor is discharged to the outside.

However, if water vapor is discharged to the outside, it dissipates that much heat, thereby preventing it by maintaining a temperature at which water vapor is not discharged by temperature control.

The heat source that cooks on the go heats with the power charged in the battery. The system for control of controlling the power supplied from the battery to the heater is shown in FIG.

The power supplied to the heater is 220 volts or 110 volts, which is used to power the home.

When it is not moving, it can be heated by being supplied with general household power, and during the movement, it is converted into a form of power with an inverter that converts low DC voltage supplied from battery into general power.

While on the move, they are supplied by batteries installed in mobile devices and heated by normal household electrical power after or before delivery.

In order to supply electric power to the heater to cook food during the movement for delivery as shown in Figure 5 to the alternating current of a suitable frequency in the primary winding of the transformer installed in the mobile enclosure 400 to supply power to the heater around the battery Heater supply power control device 520 is divided into electric power supply device 510 and the temperature control power controller 523 for supplying power to the heater by electric power induced in the secondary winding of the transformer or home or industrial power This is installed on the appliance (100) which heats food during movement.

The power is supplied to the mechanism 100 for heating food while the power of the power supply device installed in the enclosure 400 moves, the transformer primary winding core and the transformer secondary winding core are in close contact with each other in the correct position An alternating magnetic field is generated along the material that is formed and formed, which induces voltage in the secondary winding and connects power.

At this time, the inverter 513 can detect the state in which the primary winding core and the secondary winding core are in close contact with each other by the strength of the excitation current, and the electric power is supplied in the close contact with the right location, and Indicates that

Therefore, if the cooking utensil 100 is moved to the correct position in the housing 400 without connecting a separate power line, the transformer primary winding core and the secondary winding core are closely adhered to each other by the magnetic field, thereby heating the heater. Power is supplied.

And select switch 522 to select the power supply to select the power supplied to the heater.

100: a device for heating food while moving
110: heater
111 heating element 112 support 113 insulating layer
114: hinge 115: clamp
120: lid
121: safety valve 122: heat-resistant rubber parking 123: vent
124: conquest
130: bowl
131: hole 132: hole
200: cooking device while moving
300: enclosure support connecting frame
301: support plate for connecting the housing support connecting frame to the vehicle body
302: Shock Absorber
400: enclosure
410: shaft on which the body hangs
420: bearing to fix the hanging body to rotate according to the inertia force
430: inertial force absorbing device
431: acceleration inertial force support cam 432: deceleration inertial force support cam
433 cylinder 434 piston
435: Orifice
500: power supply
510: primary winding electricity supply device
511: charger 512: storage battery
513: Invertor 514: primary winding core
515: switch
520: heater supply power control device
521: secondary winding core 522: selection switch
523: power controller for temperature control 524: power line connection outlet

Claims (4)

Considering the time it takes to order food from home or at work to a restaurant to cook and deliver the cooked food, the time is set in consideration of the time it takes to move and the time the cooked food is cooked. Means to cook food during delivery, which saves time by allowing food to be cooked during the time it travels, and can provide customers with the best food that does not cool and its quality has not changed. In order to carry out the means of claim 1, as shown in FIG. 1, the bowl 130 containing the cooked food is placed on the support plate so as to be aligned with the heating plate, and is heated to support the hole in the edge of the bowl 130 in accordance with the support. Device (100) In order to carry out the means of claim 1, the frame 300 is fixed to a motorcycle or a vehicle body, and the enclosure is suspended by rotation by inertia force, and the inertial force absorbing device 430 is fixed to a moving vehicle body for a certain distance. A device that prevents food from being mixed by the force of resistance caused by gravity due to displacement of a vessel containing food by an inertia force generated during acceleration and deceleration. The power supply device 510 attached to the enclosure 400 has a current flowing through the transformer primary winding core and the power supplied to the heater located in the cooking apparatus 100 for cooking the cooked food is wound around the core of the transformer secondary winding to induce organic matter. In order to receive electric power with the electromotive force, the transformer core is divided into two parts as shown in FIG. 5, and the cooking apparatus 100 is positioned in the inside of the enclosure 400, thereby providing power without a separate power connection line.

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