CN105231874A - Use method of lifting hamburger baking tray - Google Patents
Use method of lifting hamburger baking tray Download PDFInfo
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- CN105231874A CN105231874A CN201510743505.1A CN201510743505A CN105231874A CN 105231874 A CN105231874 A CN 105231874A CN 201510743505 A CN201510743505 A CN 201510743505A CN 105231874 A CN105231874 A CN 105231874A
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Abstract
The invention discloses a use method of a lifting hamburger baking tray. The use method is characterized by including the following steps of placing bread on the lower portion of an upper heating disc or an upper heating plate, placing food such as egg liquid or a meat pie or the like on the area of the upward heating face of the upper heating disc or the upper heating plate, rotating the upper heating disc or the upper heating plate upwards to open the upper heating disc or the upper heating plate, taking food on the area of the upward heating face of the upper heating disc or the upper heating plate, placing food in the space between the bread on the upper layer and the bread on the lower layer, rotating the upper heating disc or the upper heating plate downwards to close the upper heating disc or the upper heating plate, overlapping the bread on the upper layer, an egg pie and the bread on the lower layer together, and inserting an external fork to the upper portion of the bread on the upper layer and the lower portion of the bread on the lower layer to clamp and take out food. The lifting hamburger baking tray is simple and reasonable in structure, small in occupied space, convenient to clean and low in cost.
Description
Technical field
The present invention relates to a kind of using method being elevated hamburger ovenware.
Background technology
Family expenses baking tray is heating appliances conventional in kitchen, and baking tray is used for decocting roasting or curing the food such as hamburger, egg, beef steak.But baking tray normally heats individual layer food equipment, different food can not be heated, and each equipment to occupy certain space in the middle of kitchen simultaneously.
Prepare utensil as Chinese patent literature CN103549877A discloses sandwich on February 5th, 2014 and utilize it to prepare the method for sandwich, particularly a kind of mini cooking device tool, it comprises lower house, upper shell and ring assemblies.Lower house has the upper surface of the lower cooking surface forming utensil.Upper shell is attached to lower house and removable between closing position and open position movably.When upper shell is positioned at its closing position, ring assemblies is positioned between cooking surface and lower cooking surface.Ring assemblies comprises upper ring and lower ring and selectable middle cooking plate.Middle cooking plate is in (i) closing position, and the space wherein limited by ring assemblies is divided into upper culinary art cavity and lower culinary art cavity and (ii) removable between open position.Be double-layer heating structure although above-mentioned, ripe owing to can not heat when heating bread and egg simultaneously, cause and use inconvenient complicated operation, need to improve.
Summary of the invention
Object of the present invention aim to provide a kind of simple and reasonable, take up room little, be convenient to clean, easy to operate a kind of using method being elevated hamburger ovenware, to overcome weak point of the prior art.
A kind of using method being elevated hamburger ovenware designed by this object is characterized in that, comprises the steps:
1) bread is put into the bottom of upper heating disk or heating plate, upper heating disk or heating plate are closed downwards;
2) bread is put into the heating region top of lower heating plate or heating plate;
3) heating surface food such as egg fluid or meat pie being put into upper heating disk or heating plate upper heating disk upwards or heating plate region;
4) upper heating disk or heating plate are rotated make upper strata bread heat together with lower floor bread is fitted downwards; Upper strata bread and lower floor's bread are along with the rotating shaft between upper casing assembly and lower casing assembly, axis hole or be elevated groove and be rotationally connected; Rotating shaft can move up and down rotation in axis hole or lifting groove, automatically can regulate the height space of heat food simultaneously;
5) heat foods good after upper cover opened the food in heating surface upper heating disk upwards or heating plate region taken out, again upper heating disk or heating plate are rotated and upwards open, being picked up by the food in the heating surface of upper heating disk or heating plate upper heating disk upwards or heating plate region puts between upper strata bread and lower floor's bread, thus by bread, egg cake or meat pie, bread three is stacked to be added together, use outer clips to be inserted into bread top, upper strata and lower floor's bread bottom to clamp, drive upper heating disk or heating plate to rotate with lower heating plate or heating plate to be separated, food is taken out.
A kind of lifting hamburger ovenware is used through the present invention, main body comprises: heat generating member, heating plate or heating plate, upper casing assembly, lower casing assembly, it is characterized in that: described heating plate or the upper and lower setting of heating plate, upper heating disk or heating plate are upper and lower Double-side Heating structure, heating surface is downwards to the heating of upper strata food upper surface, and heating surface is upwards to upper strata food bottom-heated;
Described lower heating plate or heater plate towards on the lower surface of lower floor's food is heated;
Described upper heating disk or heating plate and lower heating plate or heating plate are combined to form 3 layers, upper, middle and lower heating region;
Described upper heating disk or heating plate and lower heating plate or heating plate one end are rotationally connected; Or upper casing assembly and lower casing assembly one end are rotationally connected;
Described upper casing assembly rotates opening together lift along axis hole or lifting groove or rotating shaft.
Upper strata food in described upper heating disk or heater plate face opening upwards to rotate together along axis hole or lifting groove or rotating shaft in company with upper casing assembly and lifts.
Described upper casing assembly and lower casing assembly one end are rotationally connected;
Described upper heating disk or heating plate are upper and lower two-sided for heating container or heating plate;
Described upper heating disk or the upper and lower heating container of heating plate or heating plate are split or are wholely set;
Heat generating member clamps when being split by described upper heating disk or the upper and lower heating container of heating plate or heating plate;
Heat generating member contains when being integrated by described upper heating disk or the upper and lower heating container of heating plate or heating plate;
Described upper heating disk or heating plate are arranged to, middle heating region;
Lower floor's independent heating region is arranged to by described lower heating plate or heating plate;
Described upper heating disk or heating plate are fixedly connected with by least one connector with between lower heating plate or heating plate;
Described connector is arranged in the middle part of upper heating disk or heating plate or lower heating plate or heating plate or side, and connector is screw or blind rivet or riveting part or nut or clasp.
Described upper casing assembly is made up of upper shell, heat generating member, upper heating disk or heating plate; Or described upper casing assembly is made up of upper shell, heat generating member, the prone upper heating disk of heating or heating plate; Or upper casing assembly is made up of the two-sided heating container in the up and down of upper shell, heat generating member, upper heating disk or heating plate or heating plate;
The two-sided heating container of described upper heating disk or heating plate up and down or heating plate are by upper shell, heat generating member clamping;
Described lower casing assembly is made up of lower casing, heat generating member, lower heating plate or heating plate;
By rotating shaft, axis hole or be elevated groove and be rotationally connected between described upper casing assembly and lower casing assembly; Rotating shaft can move up and down rotation in axis hole or lifting groove;
Arrange spring between rotating shaft position between described upper casing assembly and lower casing assembly, spring one end is connected with agent localization, and the other end is connected with rotating shaft and rotating shaft pull-up is slided at axis hole or be elevated in groove;
Described spring is extension spring; Axis hole or lifting trench bottom arrange fulcrum, and fulcrum and axes of rotation skew are arranged upper casing assembly inclined shore opening, and opening angle is greater than 45 degree;
Described fulcrum and rotating shaft height are arranged, and rotating shaft is arranged on top or the oblique upper of fulcrum;
The horizontal support point of described fulcrum and rotating shaft or line parallel are arranged.
Described rotating shaft, axis hole or lifting groove are separately positioned on casing assembly and lower casing assembly, or, rotating shaft, axis hole or lifting groove are separately positioned on the peripheral side of upper and lower heating plate or heating plate, or rotating shaft, axis hole or lifting groove are separately positioned on the peripheral side of shell and lower casing;
The peripheral side of described upper heating disk or heating plate or lower heating plate or heating plate arranges opening, and upper and lower food is picked up taking-up by opening position instant food clamp together;
Described axis hole or lifting groove are that bar shaped is arranged, be erected at heating plate or heating plate side, the length of bar shaped axis hole or lifting groove can regulate the thickness of heat food up and down, and thick, the thin size of food moves up and down the high and low position of adjustment rotation hole automatically along the length of bar shaped axis hole or lifting groove;
Arrange spring between rotating shaft position between described upper casing assembly and lower casing assembly, spring one end is connected with main body, and the other end is connected with rotating shaft and rotating shaft pull-up is slided at axis hole or be elevated in groove.
Described upper casing assembly top arranges upper cover, and upper cover and upper casing assembly upper part are from being connected or being rotationally connected;
Food is closed in the upward opening container of upper heating disk or heating plate by described upper cover;
The upper outside shell annular opening of described upper casing assembly arranges or penetrates up and down opening and arranges, and upper shell aperture upper and lower side exposes the thermal treatment zone, heat food top and the thermal treatment zone, heat food bottom of upper heating disk or heating plate;
Described upper heating disk or heating plate are arranged on shell intermediate openings position, and the thermal treatment zone is exposed by opening position, upper heating disk or heating plate top are exposed or upper heating disk or heating plate top arrange heat-conducting plate and opening to upper tray bottom contact heat food;
Described upper heating disk or heating plate upwards, two-sided simultaneously to the different heat foods in two regions downwards;
Described heat generating member to be arranged on above or below upper and lower heating plate or heating plate or inner, and fitting to arrange or inlay or contain to note above or below heat generating member and upper and lower heating plate or heating plate is arranged;
Described heat generating member is arranged on upper heating disk or heating plate containing note, the smooth setting of upper heating disk or heating plate positive and negative; Or described heat generating member is arranged between the upper heating disk that Open Side Down or heating plate, the upper heating disk of opening upwards or heating plate, and upper and lower smooth outer surface is arranged;
The upper heating disk of described opening upwards or heating plate are fixedly installed with heat generating member or are separated setting; The upper heating disk of opening upwards or heating plate and upper casing assembly snapping or spin is arranged;
Described heat generating member is by a temperature controller control job.
The area of described upper heating disk or the upper and lower heat food of heating plate is greater than the area of lower heating plate or heater plate food;
The area of described upper heating disk or the upper and lower heat food of heating plate at least more than or be greater than 1/2nd of lower heating plate or heater plate food area;
The power of described upper heating disk or heater plate is greater than the power of lower heating plate or heater plate;
The power of described upper heating disk or heater plate is at least greater than or more than the power 50 watts of lower heating plate or heater plate;
The upwards heating surface of described upper heating disk or heating plate and downward heating surface, with lower heating plate or heating plate upwards heating surface can work or heat food simultaneously.
Described heating surface is the thermal treatment zone, and upper heating disk or heating plate arrange the upwards thermal treatment zone and the downward thermal treatment zone, and upwards the thermal treatment zone is to the food tray bottom-heated at top, and the downward thermal treatment zone is heated the end face of bottom food;
The food tray at the described upper thermal treatment zone and top is wholely set or separate type is arranged.
Described main body arranges upper cover, upper dish, upper shell, upper heating disk or heating plate, lower heating plate or heating plate, lower casing from top to bottom, upper heating disk or heating plate be set to rotating shaft and axis hole between lower heating plate or heating plate or be elevated groove be connected, rotating shaft and axis hole or be elevated between groove spring is set;
Described axis hole or lifting groove are that bar hole and groove are arranged, and rotating shaft two ends are rotated or slided up and down and rotate in bar hole or groove;
Be connected by spring between described rotating shaft and upper heating disk or heating plate or lower heating plate or heating plate, by food clamping heating while Spring driving upper heating disk or the downward single-way moving of heating plate; Or between upper heating disk or heating plate and lower heating plate or heating plate, spring is set; While Spring driving upper heating disk or the downward single-way moving of heating plate, food clamping is heated;
Described upper heating disk or heating plate move as moving down, and food upper surface is extruded heating downwards;
Described spring is extension spring or stage clip.
Described upper heating disk or heating plate side arrange position of shaking hands; Or upper shell side arranges position of shaking hands; Shake hands between position and upper shell and arrange recess, the size that the width of recess at least can enter a finger position is approximately wide 20 millimeters;
Described recess opening upwards or open side to or Open Side Down or annular opening is arranged;
Described button is arranged on below recess opening or the inside of side;
Described recess is " U " or " V " font.
The present invention passes through composite design one cleverly by one being elevated hamburger ovenware main body.It is simple and reasonable, it is little to take up room, be convenient to clean, cost is low, can toast bread and decoct Egg, beef steak, baking hamburger etc. simultaneously.
Accompanying drawing explanation
Fig. 1 is baking tray main body sectional structure schematic diagram.
Fig. 2 is baking tray main body detonation configuration schematic diagram.
Fig. 3 is baking tray main body schematic top plan view.
Fig. 4 is one embodiment of the invention upper heating disk or heating plate lifting structure schematic diagram.
Fig. 5 is one embodiment of the invention upper heating disk or heating board structure schematic diagram.
Fig. 6 is one embodiment of the invention upper heating disk or heating plate folding rotational structure schematic diagram.
In figure: 01 is main body, 1 is upper cover, 1.1 is upper cover handle, 1.2 is upper cover rotating shaft, 2 is upper shell, 2.1 is recess, 2.2 is handle, 2.7 is annular opening, 2.8 is spring, 2.11 is upper shell shaft position, 3 is lower casing, 4 is bottom, 5 is lower heating plate or heating plate, 6 is heat generating member, 5.1 is opening, 5.3 is temperature controller, 5.2 is axle position, 7 is axis hole or lifting groove, 8 is rotating shaft, 8.1 is extension spring, 9 is heat generating member, 10 is heating surface upper heating disk upwards or heating plate, 11 is lamp, 12 is the prone upper heating disk of heating or heating plate, 12.2 be opening, 12.1 be jack, 12.3 be location, 12.7 be connector, 22 is upper casing assembly, 33 is lower casing assembly, 55 is position of shaking hands, A is angle, B is opening angle, C is adjustable height, D is fulcrum.
Detailed description of the invention
Below in conjunction with drawings and Examples, the invention will be further described.
See Fig. 1-Fig. 6, a kind of lifting hamburger ovenware, main body 01 comprises: heat generating member, heating plate or heating plate, upper casing assembly 22, lower casing assembly 33, it is characterized in that: described heating plate or the upper and lower setting of heating plate, upper heating disk or heating plate (10 and 12) are upper and lower Double-side Heating structure, heating surface is downwards to the heating of upper strata food upper surface, and heating surface is upwards to upper strata food bottom-heated;
Described lower heating plate or heating plate 5 heating surface upwards heat the lower surface of lower floor's food;
Described upper heating disk or heating plate (10 and 12) are combined to form 3 layers, upper, middle and lower heating region with lower heating plate or heating plate 5;
Described upper heating disk or heating plate (10 and 12) are rotationally connected with lower heating plate or heating plate 5 one end; Or upper casing assembly 22 is rotationally connected with lower casing assembly 33 one end;
Described upper casing assembly 22 rotates opening together lift along axis hole or lifting groove 7 or rotating shaft 8.
Upper strata food in described upper heating disk or heating plate (10 and 12) heating surface opening upwards lifts along rotating together with axis hole or lifting groove 7 or rotating shaft 8 in company with upper casing assembly 22.
Described upper casing assembly 22 is rotationally connected with lower casing assembly 33 one end;
Described upper heating disk or heating plate (10 and 12) for upper and lower two-sided be heating container or heating plate;
Described upper heating disk or heating plate (10 and 12) upper and lower heating container or heating plate are split or are wholely set;
Heat generating member clamps when being split by described upper heating disk or heating plate (10 and 12) upper and lower heating container or heating plate;
Heat generating member contains when being integrated by described upper heating disk or heating plate (10 and 12) upper and lower heating container or heating plate;
Described upper heating disk or heating plate (10 and 12) are arranged to, middle heating region;
Lower floor's independent heating region is arranged to by described lower heating plate or heating plate 5;
Described upper heating disk or heating plate (10 and 12) are fixedly connected with by least one connector 12.7 with between lower heating plate or heating plate 5;
Described connector 12.7 is arranged in the middle part of upper heating disk or heating plate (10 and 12) or lower heating plate or heating plate 5 or side, and connector 12.7 is screw or blind rivet or riveting part or nut or clasp.
Described upper casing assembly 22 is made up of upper shell 2, heat generating member 9, upper heating disk or heating plate (10 and 12); Or, described upper casing assembly 22 by upper shell 2, heat generating member 9, heat prone upper heating disk or heating plate (10 and 12) forms; Or upper casing assembly 22 is made up of the two-sided heating container in the up and down of upper shell 2, heat generating member 9, upper heating disk or heating plate (10 and 12) or heating plate;
Upper shell 2, heat generating member 9 clamp by the two-sided heating container of described upper heating disk or heating plate (10 and 12) up and down or heating plate;
By rotating shaft 8, axis hole or be elevated groove 7 and be rotationally connected between described upper casing assembly 22 and lower casing assembly 33; Rotating shaft 8 can move up and down rotation in axis hole or lifting groove 7, can regulate the height space of heat food simultaneously;
Described axis hole or lifting groove 7 are arranged for bar shaped, erect or be inclined at heating plate or heating plate side.
Described rotating shaft 8, axis hole or lifting groove 7 are separately positioned on casing assembly 22 with on lower casing assembly 33, or, rotating shaft 8, axis hole or lifting groove 7 are separately positioned on the peripheral side of upper and lower heating plate or heating plate 5, or rotating shaft 8, axis hole or lifting groove 7 are separately positioned on the peripheral side of shell and lower casing;
Described axis hole or lifting groove 7 are that vertical bar shaped or arc bar shaped perforate are arranged, erect or be tilted in the peripheral side in heating plate or heater plate district, the length of bar shaped axis hole or lifting groove 7 can regulate the thickness of heat food up and down, and thick, the thin size of food moves up and down the high and low position of adjustment rotation hole automatically along the length of bar shaped axis hole or lifting groove 7;
The upper end of described axis hole or lifting groove 7 arranges and extends transverse holes position, and the end of transverse holes position is lower than the crossover port position, front end of transverse holes position;
Described axis hole or lifting groove 7 are " 7 " font or left and right oppositely " 7 " font setting;
Be connected by spring 8.1 between described rotating shaft 8 and upper heating disk or heating plate 12 or lower heating plate or heating plate 5, spring 8.1 drive upper heating disk or heating plate 12 downwards while single-way moving by food clamping heating; Or between upper heating disk or heating plate 12 and lower heating plate or heating plate 5, spring 8.1 is set; By food clamping heating while spring 8.1 drives upper heating disk or the downward single-way moving of heating plate 12;
Described upper heating disk or heating plate 12 move as moving down, and food upper surface is extruded heating downwards;
Described spring 8.1 is extension spring or stage clip;
Arrange spring 8.1 between rotating shaft 8 between described upper casing assembly 22 and lower casing assembly 33, spring 8.1 one end is connected with main body, and the other end is connected with rotating shaft 8 and rotating shaft 8 pull-up is slided at axis hole or be elevated in groove 7;
The peripheral side of described upper heating disk or heating plate 12 or lower heating plate or heating plate 5 arranges opening, and upper and lower food is picked up taking-up by opening position instant food clamp together;
Upper heating disk or heating plate 12 be set to rotating shaft 8 and axis hole between lower heating plate or heating plate 5 or be elevated groove 7 be connected, upper heating disk or heating plate 12 are rotationally connected with lower heating plate or heating plate 5 through slotting axis hole or lifting groove 7, bar shaped axis hole or lifting groove 7 by rotating shaft 8;
Described slotting axis hole or lifting groove 7 are one, bar shaped axis hole or settings of lifting groove 7 two, or, insert axis hole or lifting groove 7 be two, bar shaped axis hole or be elevated groove 7 one setting;
Described two slotting axis holes or lifting groove 7 are arranged on bar shaped axis hole or lifting groove 7 both sides, or two bar shaped axis holes or lifting groove 7 are arranged on slotting axis hole or lifting groove 7 both sides;
The height dimension of described two bar shaped axis holes or lifting groove 7 is at least 2 times of the height dimension of rotating shaft 8.
Described lower casing assembly 33 is made up of lower casing 3, heat generating member 6, lower heating plate or heating plate 5;
By rotating shaft 8, axis hole or be elevated groove 7 and be rotationally connected between described upper casing assembly 22 and lower casing assembly 33; Rotating shaft 8 can move up and down rotation in axis hole or lifting groove 7;
Arrange spring between rotating shaft 8 between described upper casing assembly 22 and lower casing assembly 33, spring one end is located 12.3 with main body 01 and is connected, and the other end is connected with rotating shaft 8 and rotating shaft 8 pull-up is slided at axis hole or be elevated in groove 7;
Described spring is extension spring; Arrange fulcrum D bottom axis hole or lifting groove 7, fulcrum D and rotating shaft 8 are obliquely installed upper casing assembly 22 inclined shore opening, and opening angle is greater than 45 degree;
Described fulcrum D and rotating shaft 8 height are arranged, and rotating shaft 8 is arranged on top or the oblique upper of fulcrum D;
The horizontal support point of described fulcrum D and rotating shaft 8 or line parallel are arranged.
Described rotating shaft 8, axis hole or lifting groove 7 are separately positioned on casing assembly 22 with on lower casing assembly 33, or, rotating shaft 8, axis hole or lifting groove 7 are separately positioned on the peripheral side of upper and lower heating plate or heating plate 5, or rotating shaft 8, axis hole or lifting groove 7 are separately positioned on shell 2 with on the peripheral side of lower casing 3;
The peripheral side of described upper heating disk or heating plate (10 and 12) or lower heating plate or heating plate 5 arranges opening, and upper and lower food is picked up taking-up by opening position instant food clamp together;
Described axis hole or lifting groove 7 are bar shaped setting, be erected at heating plate or heating plate side, the length of bar shaped axis hole or lifting groove 7 can regulate the thickness of heat food up and down, and thick, the thin size of food moves up and down the high and low position of adjustment rotation hole automatically along the length of bar shaped axis hole or lifting groove 7;
Arrange spring between rotating shaft 8 between described upper casing assembly 22 and lower casing assembly 33, spring one end is connected with main body 01, and the other end is connected with rotating shaft 8 and rotating shaft 8 pull-up is slided at axis hole or be elevated in groove 7.
Described upper casing assembly 22 top arranges upper cover 1, and upper cover 1 and upper casing assembly 22 upper part are from being connected or being rotationally connected;
Food is closed in the upward opening container of upper heating disk or heating plate (10 and 12) by described upper cover 1;
The upper outside shell annular opening of described upper casing assembly 22 arranges or penetrates up and down opening and arranges, and upper shell aperture upper and lower side exposes the thermal treatment zone, heat food top and the thermal treatment zone, heat food bottom of upper heating disk or heating plate (10 and 12);
Described upper heating disk or heating plate (10 and 12) are arranged on shell intermediate openings position, the thermal treatment zone is exposed by opening position, upper heating disk or heating plate (10 and 12) top are exposed or upper heating disk or heating plate (10 and 12) top arrange heat-conducting plate and opening to upper tray bottom contact heat food;
Described upper heating disk or heating plate (10 and 12) upwards, two-sided simultaneously to the different heat foods in two regions downwards;
Described heat generating member to be arranged on above or below upper and lower heating plate or heating plate 5 or inner, and fitting to arrange or inlay or contain to note above or below heat generating member and upper and lower heating plate or heating plate 5 is arranged;
Described heat generating member is arranged on upper heating disk or heating plate (10 and 12) containing note, upper heating disk or the heating plate smooth setting in (10 and 12) positive and negative; Or described heat generating member is arranged between the upper heating disk that Open Side Down or heating plate (10 and 12), the upper heating disk of opening upwards or heating plate (10 and 12), and upper and lower smooth outer surface is arranged;
The upper heating disk of described opening upwards or heating plate (10 and 12) are fixedly installed with heat generating member or are separated setting; The upper heating disk of opening upwards or heating plate (10 and 12) and upper casing assembly 22 snapping or spin is arranged;
Described heat generating member controls work by a temperature controller 5.3.
The area of described upper heating disk or the upper and lower heat food of heating plate (10 and 12) is greater than the area of lower heating plate or heating plate 5 heat food;
Described upper heating disk or heating plate (10 and 12) up and down heat food area at least more than or be greater than 1/2nd of lower heating plate or heating plate 5 heat food area;
The power that described upper heating disk or heating plate (10 and 12) heat is greater than the power of lower heating plate or heating plate 5 heating;
The power 50 watts that the power that described upper heating disk or heating plate (10 and 12) heat at least is greater than or heats more than lower heating plate or heating plate 5;
The upwards heating surface of described upper heating disk or heating plate (10 and 12) and downward heating surface, with lower heating plate or heating plate 5 upwards heating surface can work or heat food simultaneously.
Described heating surface is the thermal treatment zone, and upper heating disk or heating plate (10 and 12) arrange the upwards thermal treatment zone and the downward thermal treatment zone, and upwards the thermal treatment zone is to the food tray bottom-heated at top, and the downward thermal treatment zone is heated the end face of bottom food;
The food tray at the described upper thermal treatment zone and top is wholely set or separate type is arranged.
Described main body 01 arranges upper cover 1, upper dish, upper shell, upper heating disk or heating plate (10 and 12), lower heating plate or heating plate 5, lower casing from top to bottom, upper heating disk or heating plate (10 and 12) be set to rotating shaft 8 and axis hole between lower heating plate or heating plate 5 or be elevated groove 7 be connected, rotating shaft 8 and axis hole or be elevated between groove 7 spring is set;
Described axis hole or lifting groove 7 are that bar hole and groove are arranged, and rotating shaft 8 two ends are rotated or slided up and down and rotate in bar hole or groove;
Be connected by spring between described rotating shaft 8 and upper heating disk or heating plate (10 and 12) or lower heating plate or heating plate 5, Spring driving upper heating disk or heating plate (10 and 12) downwards while single-way moving by food clamping heating; Or between upper heating disk or heating plate (10 and 12) and lower heating plate or heating plate 5, spring is set; While Spring driving upper heating disk or the downward single-way moving of heating plate (10 and 12), food clamping is heated;
Described upper heating disk or heating plate (10 and 12) move as moving down, and food upper surface is extruded heating downwards;
Described spring is extension spring or stage clip.
Described upper heating disk or heating plate (10 and 12) side arrange position of shaking hands; Or upper shell side arranges position of shaking hands; Shake hands between position and upper shell and arrange recess 2.1, the size that the width of recess 2.1 at least can enter a finger position is approximately wide 20 millimeters;
Described recess 2.1 opening upwards or open side to or Open Side Down or annular opening is arranged;
Described button is arranged on below recess 2.1 opening or the inside of side;
Described recess 2.1 is " U " or " V " font.
Claims (1)
1. the using method being elevated hamburger ovenware is characterized in that, comprises the steps:
1) bread is put into the bottom of upper heating disk or heating plate, upper heating disk or heating plate are closed downwards;
2) bread is put into the heating region top of lower heating plate or heating plate;
3) heating surface food such as egg fluid or meat pie being put into upper heating disk or heating plate upper heating disk upwards or heating plate region;
4) upper heating disk or heating plate are rotated make upper strata bread heat together with lower floor bread is fitted downwards; Upper strata bread and lower floor's bread are along with the rotating shaft between upper casing assembly and lower casing assembly, axis hole or be elevated groove and be rotationally connected; Rotating shaft can move up and down rotation in axis hole or lifting groove, automatically can regulate the height space of heat food simultaneously;
5) heat foods good after upper cover opened the food in heating surface upper heating disk upwards or heating plate region taken out, again upper heating disk or heating plate are rotated and upwards open, being picked up by the food in the heating surface of upper heating disk or heating plate upper heating disk upwards or heating plate region puts between upper strata bread and lower floor's bread, thus by bread, egg cake or meat pie, bread three is stacked to be added together, use outer clips to be inserted into bread top, upper strata and lower floor's bread bottom to clamp, drive upper heating disk or heating plate to rotate with lower heating plate or heating plate to be separated, food is taken out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510743505.1A CN105231874A (en) | 2015-11-05 | 2015-11-05 | Use method of lifting hamburger baking tray |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510743505.1A CN105231874A (en) | 2015-11-05 | 2015-11-05 | Use method of lifting hamburger baking tray |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105231874A true CN105231874A (en) | 2016-01-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510743505.1A Pending CN105231874A (en) | 2015-11-05 | 2015-11-05 | Use method of lifting hamburger baking tray |
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| CN (1) | CN105231874A (en) |
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| CN102327073A (en) * | 2011-06-29 | 2012-01-25 | 周林斌 | Novel toaster |
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Application publication date: 20160113 |