CN206137958U - Air door adjustment mechanism and oven equipment - Google Patents
Air door adjustment mechanism and oven equipment Download PDFInfo
- Publication number
- CN206137958U CN206137958U CN201620743462.7U CN201620743462U CN206137958U CN 206137958 U CN206137958 U CN 206137958U CN 201620743462 U CN201620743462 U CN 201620743462U CN 206137958 U CN206137958 U CN 206137958U
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- gripper shoe
- control
- air
- rotisserie device
- rod
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Abstract
The utility model discloses an air door adjustment mechanism, include: temperature sensor for the setting is in oven equipment, with the temperature that detects oven equipment, the capillary, its one end is connected with temperature sensor, and wherein the inside of capillary is equipped with liquid, and liquid is expanded by the thermogenesis, the metallic diaphragm, wherein the metallic diaphragm is equipped with the inflation face, and is equipped with the inner chamber in the metallic diaphragm, and the inner chamber communicates with the other end of capillary to make the inflation face produce displacement according to the degree of being heated of the liquid in the capillary, adjustment mechanism for the setting is in the air intake department of oven equipment, with the intake of the air intake of the displacement control oven equipment according to the inflation face. The utility model discloses still disclose an oven equipment. In this way, the utility model discloses can control the intake of the air intake of oven equipment to can realize controlling the required duration and degree of heating of food, and fuel can be utilized expeditiously.
Description
Technical field
This utility model is related to charcoal formula baking equipment technical field, more particularly to a kind of air door regulating mechanism and rotisserie device.
Background technology
With the improvement of people's living standards, many people often assemble circle of friends and carry out various activities, certainly least
Can be exactly to roast less.And rotisserie device is always the visual plant of barbecue activity, wherein rotisserie device is divided into charcoal brazier, gas and bakes
Stove and electric oven.And charcoal brazier institute barbi be it is most nice, at present both at home and abroad using it is most be also charcoal brazier.Existing
In technology, charcoal brazier can control its oxygen feeding amount size, but all be adjusted by artificial machinery, and the method has two
Shortcoming：One is artificial control, it is difficult to know the temperature of charcoal brazier, therefore, it is difficult to the required duration and degree of heating of control food；Two is fuel
Expeditiously can not be utilized.
Utility model content
This utility model is mainly solving the technical problems that provide a kind of air door regulating mechanism and rotisserie device, which can have
The intake of the air inlet of effect control rotisserie device.
To solve above-mentioned technical problem, the technical scheme that this utility model is adopted is：A kind of air door is provided and adjusts machine
Structure, including：Temperature sensor, for being arranged in rotisserie device, to detect the temperature of rotisserie device；Capillary tube, its one end with
Temperature sensor connects, and the inside of wherein capillary tube is provided with liquid, and heated liquid produces expansion；Metallic membrane, wherein metal film
Piece is provided with expanding noodles, and metallic membrane and is provided with inner chamber, and inner chamber is connected with the other end of capillary tube, so that expanding noodles are according to hair
The heating degree of the liquid in tubule produces change in displacement；Governor motion, for being arranged on the air inlet of rotisserie device, with root
According to the intake of the air inlet of the change in displacement control rotisserie device of expanding noodles.
Wherein, temperature sensor is used for the grill for being arranged on rotisserie device, to detect the temperature of the grill of rotisserie device.
Wherein, temperature sensor is used for the inwall for being arranged on rotisserie device, to detect the inner air of rotisserie device
Temperature.
Wherein, governor motion includes air flap, and air flap is used for the air inlet for being arranged on rotisserie device, with according to expansion
The change in displacement in face blocks the air inlet of rotisserie device, to control the intake of the air inlet of rotisserie device.
Wherein, governor motion also includes control-rod and regulating member, and one end of control-rod is fixedly connected with air flap, is controlled
The other end of bar is hinged with regulating member, and metallic membrane is arranged in regulating member, expansion of the regulating member according to metallic membrane
The change in displacement control control-rod in face is rotated, to control the air inlet that air flap blocks rotisserie device by control-rod.
Wherein, regulating member include the first vertical support frame, the second vertical support frame, the first gripper shoe, the second gripper shoe,
3rd gripper shoe, the first spring, second spring and movable block, control-rod be not provided with the other end of air flap be provided with first lead to
Hole, the first vertical support frame are provided with the second through hole, and control-rod passes through first through hole and the second through hole to be hinged on the by connector
In one vertical support frame, the first vertical support frame and the second vertical support frame interval setting, the first gripper shoe and the second gripper shoe
Interval setting, the first vertical support frame and the second vertical support frame are fixedly connected with the first gripper shoe and the second gripper shoe respectively,
Third through-hole is interval with first gripper shoe, in the 3rd gripper shoe, fourth hole is interval with, the 3rd is passed through by screw
Through hole and fourth hole are removably set on the 3rd gripper shoe between the first gripper shoe and the second gripper shoe, and the 3rd gripper shoe is leaned on
One end of nearly control-rod is provided with the first spring, for support and control bar, is rotated with push lever, and second spring is arranged on the
In two gripper shoes, for supporting the 3rd gripper shoe, to promote the 3rd gripper shoe to move, metallic membrane is arranged on first by screw
In gripper shoe, and the expanding noodles of metallic membrane, towards the second gripper shoe, movable block is arranged in the 3rd gripper shoe, and movable block court
To metallic membrane so that movable block is contacted with the expanding noodles of metallic membrane, so that the expanding noodles of metallic membrane produce displacement and become
During change, the expanding noodles of metallic membrane promote the movement of the 3rd gripper shoe, so that control-rod drives air flap movement, it is roasting to adjust
The intake of the air inlet of furnace apparatus.
Wherein, regulating member also includes rotation adjusting knob and the 3rd spring, and the 3rd spring is arranged in the second gripper shoe, and
With second spring interval setting, for supporting the 3rd gripper shoe, to promote the 3rd gripper shoe to move, adjusting knob and first are rotated
Fagging is threadedly coupled, for promoting the 3rd gripper shoe to move towards the second gripper shoe direction.
Wherein, the first vertical support frame, the second vertical support frame and the first gripper shoe are integrally formed.
Wherein, air flap is used for the surface of the air inlet for being arranged on rotisserie device, and temperature sensor is inductive needle, hair
Tubule is metal capillary.
To solve above-mentioned technical problem, another technical scheme that this utility model is adopted is：A kind of rotisserie device is provided,
Including the air door regulating mechanism of any of the above-described.
The beneficial effects of the utility model are：It is different from the situation of prior art, air door regulating mechanism of the present utility model
Including：Temperature sensor, for being arranged in rotisserie device, to detect the temperature of rotisserie device；Capillary tube, its one end and temperature
Sensor connects, and the inside of wherein capillary tube is provided with liquid, and heated liquid produces expansion；Metallic membrane, wherein metallic membrane set
Have in expanding noodles, and metallic membrane and be provided with inner chamber, inner chamber is connected with the other end of capillary tube, so that expanding noodles are according to capillary tube
The heating degree of interior liquid produces change in displacement；Governor motion, for being arranged on the air inlet of rotisserie device, with according to swollen
The intake of the air inlet of the change in displacement control rotisserie device in swollen face.By the way, this utility model can control to bake
The intake of the air inlet of furnace apparatus, such that it is able to realize controlling the duration and degree of heating needed for food, and fuel can be obtained expeditiously
Utilize.
Description of the drawings
Fig. 1 is the structural representation of the first embodiment of this utility model rotisserie device；
Fig. 2 is the structural representation of the second embodiment of this utility model rotisserie device；
Fig. 3 is the side structure schematic view of air door regulating mechanism in Fig. 1；
Fig. 4 is the overlooking the structure diagram of air door regulating mechanism in Fig. 1.
Specific embodiment
This utility model is described in detail with embodiment below in conjunction with the accompanying drawings.
As shown in figure 1, Fig. 1 is the structural representation of this utility model rotisserie device.The rotisserie device 20 includes that air door is adjusted
Section mechanism.In the present embodiment, the rotisserie device 20 is charcoal brazier.Wherein, the rotisserie device 20 can be the shape shown in Fig. 1
Shape, which includes big oven and little oven, and little oven is provided with air inlet, and air door regulating mechanism is arranged on air inlet, and big oven
Connect with little oven, to provide oxygen as big oven by little oven.It should be understood that this utility model shape not to rotisserie device
Shape is defined, and in other embodiments, rotisserie device can also be plate-like oven as shown in Figure 2, and air inlet 21 is arranged on disk
The bottom of shape oven, air door regulating mechanism are positioned close at air inlet 21.As Figure 3-Figure 4, Fig. 3 is air door tune in Fig. 1
The side structure schematic view of section mechanism, Fig. 4 is the overlooking the structure diagram of air door regulating mechanism in Fig. 1.The air door regulating mechanism
Including temperature sensor 10, capillary tube 11, metallic membrane 12 and governor motion.
Temperature sensor 10 is used to be arranged in rotisserie device 20, to detect the temperature of rotisserie device 20.It should be understood that temperature
Sensor 10 specifically can be used for being arranged on 20 inwall of rotisserie device, to detect the temperature of 20 inner air of rotisserie device, or
Person's temperature sensor 10 specifically can be used for being arranged on the grill of rotisserie device 20, to detect the temperature of the grill of rotisserie device 20
Degree.That is, this utility model limiting temperature sensor 10 is not arranged on the position of rotisserie device 20, i.e. temperature sensor
10 optional positions that can be arranged on rotisserie device 20, the such as outer wall of rotisserie device 20, depending on specifically needing according to practical situation；
Meanwhile, also limiting temperature sensor 10 is not used to detect that the temperature or oven of 20 inner air of rotisserie device set this utility model
The temperature of standby 20 grill, i.e. temperature sensor 10 can be also used for detection 20 optional position of rotisserie device or other are relevant
The temperature of (such as food), depending on specifically needing according to practical situation, such as temperature sensor 10 specifically can be used for being plugged in oven
On the food of equipment 20, to detect the temperature of the food on the grill of rotisserie device 20.
In the present embodiment, temperature sensor 10 is inductive needle.Further, inductive needle is metal inductive needle.It should be understood that
The quantity of this utility model not limiting temperature sensor 10, the quantity of temperature sensor 10 can be 1,2,3 or
It is more, depending on specifically needing according to practical situation.
One end of capillary tube 11 is connected with temperature sensor 10.Wherein, the inside of capillary tube 11 is provided with liquid, heated liquid
Expansion is produced, i.e., liquid can produce phenomenon of expanding with heat and contract with cold in the inside of capillary tube 11.In the present embodiment, capillary tube 11 is metal
Capillary tube.Further, capillary tube 11 is arranged in spring-like, i.e., the circle of capillary tube 11 1 circle is arranged, and certainly, this utility model is not
Capillary tube 11 is limited, capillary tube 11 can also be in other shapes, such as linear, depending on specifically needing according to practical situation.
It is hollow inside metallic membrane 12, which is provided with inner chamber, the inner chamber is connected with the other end of capillary tube 11.In this reality
Apply in example, metallic membrane 12 is provided with expanding noodles 121, expanding noodles 121 can be produced according to the heating degree of the liquid in capillary tube 11
Raw change in displacement.I.e. the liquid flatulence of heat type of the inside of capillary tube 11 when, expanding noodles 121 are expanded so as to produce change in displacement.
Governor motion is used to be arranged at the air inlet 21 of rotisserie device 20, with the change in displacement control according to expanding noodles 121
The intake of the air inlet 21 of rotisserie device processed 20.Specifically, governor motion includes air flap 131, control-rod 132 and adjustment portion
Part.
Air flap 131 is used to be arranged at the air inlet 21 of rotisserie device 20, to be kept off according to the change in displacement of expanding noodles 121
The firmly air inlet 21 of rotisserie device 20, to control the intake of the air inlet 21 of rotisserie device 20.It should be understood that air flap 131
The air inlet 21 of rotisserie device 20 can be partly blocked or is all blocked according to the change in displacement of expanding noodles 121.Preferably, air flap
131 are used to be arranged on the surface at the air inlet 21 of rotisserie device 20.It should be understood that the size of air flap 131 and air inlet 21
Size match, or the size of air flap 131 is slightly big than the size of air inlet 21, such as air flap 131 and air inlet
21 rounded shapes, the diameter of air flap 131 are equal or slightly larger than the diameter of air inlet 21.Wherein, air flap 131 and air inlet 21
Shape has a certain degree.
One end of control-rod 132 is fixedly connected with air flap 131, and specifically, one end of control-rod 132 is fixed by screw
On air flap 131.The other end of control-rod 132 is hinged with regulating member.In the present embodiment, metallic membrane 12 is arranged on tune
In section part, regulating member can control control-rod 132 according to the change in displacement of the expanding noodles 121 of metallic membrane 12 and rotate, with
The air inlet 21 that air flap 131 blocks rotisserie device 20 is controlled by control-rod 132.It should be understood that as air flap 131 is arranged on
Surface at air inlet 21, and control-rod 132 is hinged with regulating member, therefore air flap 131 is in the surface of air inlet 21
Swing up and down.
Regulating member includes the first vertical support frame 133, the second vertical support frame 134, the first gripper shoe 135, second
Fagging 136, the 3rd gripper shoe 137, movable block 138, the first spring 139, second spring 140, the 3rd spring 141 and rotation are adjusted
Button 142.In the present embodiment, the first vertical support frame 133, the second vertical support frame 134, the first gripper shoe 135, second are supported
Plate 136, the 3rd gripper shoe 137 and movable block 138 are made up of metal material.
134 interval setting of first vertical support frame 133 and the second vertical support frame, the first gripper shoe 135 and second are supported
136 interval setting of plate, the first vertical support frame 133 and the second vertical support frame 134 respectively with the first gripper shoe 135 and second
Fagging 136 is fixedly connected.It should be understood that the first vertical support frame 133, the second vertical support frame 134, the first gripper shoe 135 and
Two gripper shoe 136 forms a framework.Lower portion is provided with the 3rd gripper shoe 137.
In the present embodiment, the first vertical support frame 133, the second vertical support frame 134 and 135 one of the first gripper shoe into
Type.Specifically, the extension of the first gripper shoe 135 is bent to form the first vertical support frame 133 and the second vertical support frame 134.
Specifically, control-rod 132 is not provided with the other end of air flap 131 and is provided with first through hole 1321, and first vertically
Support 133 is provided with the second through hole 1331, and control-rod 132 passes through first through hole 1321 and the second through hole 1331 to be hinged by connector
In the first vertical support frame 133, therefore control-rod 132 can be arbitrarily rotated in the first vertical support frame 133, wherein connecting
Part is specifically as follows screw or rotary shaft.It should be noted that the first gripper shoe 135 exists near one end holding of control-rod 132
On the other end of control-rod 132, the angle rotated by control-rod 132 can be limited.In addition, be spaced in the first gripper shoe 135 setting
There is third through-hole, in the 3rd gripper shoe 137, be interval with fourth hole, third through-hole and screw 144 are passed through by screw 143
The 3rd gripper shoe 137 is removably set on the first gripper shoe 135 and the second gripper shoe 136 through fourth hole.
In addition, the 3rd gripper shoe 137 is provided with the first spring 139 near one end of control-rod 132, and specifically, the first bullet
Spring 139 is fixed in the 3rd gripper shoe 137 by screw 1391.First spring 139 is used for support and control bar 132, to promote control
Bar processed 132 is rotated.Second spring 140 is arranged in the second gripper shoe 136, specifically, and second spring 140 is fixed by screws in
In second gripper shoe 136.Second spring 140 is used to support the 3rd gripper shoe 137, to promote the 3rd gripper shoe 137 to move.At this
In embodiment, the first spring 139 is fixedly connected with the 3rd gripper shoe 137 and control-rod 132 respectively.
3rd spring 141 is arranged in the second gripper shoe 136, and with 140 interval setting of second spring, specifically, the 3rd
Spring 141 is fixed by screws in the second gripper shoe 136.3rd spring 141 is used to support the 3rd gripper shoe 137, to promote
3rd gripper shoe 137 is moved.Rotation adjusting knob 142 be used to controlling between the 3rd gripper shoe 137 and the second gripper shoe 136 away from
From.Wherein, rotate adjusting knob 142 to be arranged between the first gripper shoe 135 and the 3rd gripper shoe 137.Specifically, rotate adjusting knob
142 are threadedly coupled with the first gripper shoe 135, rotation adjusting knob 142 can be caused to promote the 3rd by rotating rotation adjusting knob 142
Gripper shoe 137 is moved towards 136 direction of the second gripper shoe.Wherein, rotate adjusting knob 142 and be provided with support bar, support bar holding exists
Between first gripper shoe 135 and the 3rd gripper shoe 137.
Metallic membrane 12 is arranged in the first gripper shoe 135 by screw 145, and 122 court of expanding noodles of metallic membrane 12
To the second gripper shoe 136, movable block 138 is arranged in the 3rd gripper shoe 137, and movable block 138 is towards metallic membrane 12, so that
Obtain movable block 138 to contact with the expanding noodles 121 of metallic membrane 12 so that the expanding noodles 121 of metallic membrane 12 produce change in displacement
When, the expanding noodles 121 of metallic membrane 12 promote the 3rd gripper shoe 137 to move, so that control-rod 132 drives air flap 131
It is mobile, to adjust the intake of the air inlet 21 of rotisserie device 20.
The operation principle of this utility model air door regulating mechanism is illustrated with reference to embodiment.
It should be understood that air flap 131 can be swung up and down in the top of air inlet 21.When air door regulating mechanism is in normal shape
Under state, i.e., when rotisserie device is not heated, second spring 140 applies the 3rd gripper shoe 137 of pressure towards first direction, and now second
Spring 140 takes advantage of a favourable situation to promote the 3rd gripper shoe 137 to move towards first direction.Meanwhile, the first spring 139 applies to press towards first direction
To control-rod 132, now the first spring 139 push lever 132 of taking advantage of a favourable situation is rotated power towards first direction, this moment air flap 131
In the surface of air inlet 21.
When temperature sensor 131 is heated, temperature sensor 131 delivers heat to the liquid in capillary tube 11, now
Heated liquid expansion in capillary tube 11, while the liquid of 12 inner chamber of metallic membrane also expands so that the expansion of metallic membrane 12
The expansion of face 121 produces displacement, and the wherein direction of displacement is second direction, and second direction is contrary with first direction.Metallic membrane 12
Expanding noodles 121 extruding movable block 138 so that movable block 138 promote the 3rd gripper shoe 137 towards second direction move.Now
The first spring 139 in three gripper shoes 137 drives control-rod 132 to rotate towards second direction so that air flap 131 blocks air inlet
21, so as to reduce the intake of air inlet 21.
When 131 heating degree step-down of temperature sensor, temperature sensor 131 delivers heat to the liquid in capillary tube 11
Body, now the liquid phase in capillary tube 11 is to colder before, therefore liquid receives cold events, while the liquid of 12 inner chamber of metallic membrane
Body also shrinks so that the expanding noodles 121 of metallic membrane 12 shrink and produce displacement, and wherein the direction of displacement is first direction.Now
Second spring 140 promotes the 3rd gripper shoe 137 to move towards first direction.Now 139 band of the first spring in the 3rd gripper shoe 137
Dynamic control-rod 132 is rotated towards first direction so that air flap 131 does not block air inlet 21, so as to increase the air intake of air inlet 21
Amount.
In addition, when the intake for needing damper piece 131 different degrees of with air inlet 21, rotating clockwise rotation and adjusting
Section button 142, rotation adjusting knob 142 promote the 3rd gripper shoe 137 to move towards second direction.Now in the 3rd gripper shoe 137
One spring 139 drive control-rod 132 towards second direction rotate so that air flap 131 closer to air inlet 21, so as to change air intake
The maximum intake of mouth.Rotation adjusting knob 142 is rotated counterclockwise, rotation adjusting knob 142 promotes the 3rd gripper shoe 137 towards first party
To motion.Now the first spring 139 in the 3rd gripper shoe 137 drives control-rod 132 to rotate towards first direction so that air flap
131 further from air inlet 21, so as to change the maximum intake of air inlet 21.
The height of temperature of the present embodiment by temperature sensor senses rotisserie device, can promote air flap to air inlet
Make to close automatically, so as to realize the size of the oxygen feeding amount of the air inlet for controlling rotisserie device, to reach control charcoal formula baking equipment firepower
Power apparatus.This apparatus can effectively solve the problem that problems and disadvantages present in current background technology：One by expanding with heat and contract with cold
Principle, the height of the temperature of temperature sensor senses rotisserie device, capillary liquid in pipe are expanded with heat and contract with cold and air flap are pushed away
Action is used, so that air inlet is made automatically to close, it is to avoid artificial mechanical's operation, such that it is able to preferably grasp grill surface
Temperature, food temperature are preferably held；Two, due to being that temperature sensor just and to air inlet is made to close automatically, it is therefore prevented that
Fuel is excessively prosperous without the artificial situation for closing air inlet, so as to avoid the effective consumption of fuel, improves the utilization of fuel
Rate.
To sum up, air door regulating mechanism of the present utility model includes：Temperature sensor, for being arranged in rotisserie device, with
The temperature of detection rotisserie device；Capillary tube, its one end are connected with temperature sensor, and the inside of wherein capillary tube is provided with liquid, liquid
Body is heated generation expansion；Metallic membrane, wherein metallic membrane are provided with expanding noodles, and metallic membrane and are provided with inner chamber, inner chamber and hair
The other end connection of tubule, so that expanding noodles produce change in displacement according to the heating degree of the liquid in capillary tube；Regulation machine
Structure, for being arranged on the air inlet of rotisserie device, so that the air inlet of rotisserie device is controlled according to the change in displacement of expanding noodles
Intake.By the way, this utility model can control the intake of the air inlet of rotisserie device, such that it is able to realize control
The required duration and degree of heating of food processed, and fuel expeditiously can be utilized.
Embodiment of the present utility model is the foregoing is only, the scope of the claims of the present utility model is not thereby limited, it is all
It is the equivalent structure or equivalent flow conversion made using this utility model description and accompanying drawing content, or directly or indirectly uses
In other related technical fields, it is included in the same manner in scope of patent protection of the present utility model.
Claims (10)
1. a kind of air door regulating mechanism, it is characterised in that include：
Temperature sensor, for being arranged in rotisserie device, to detect the temperature of the rotisserie device；
Capillary tube, its one end are connected with the temperature sensor, wherein the inside of the capillary tube is provided with liquid, the liquid is received
Delivery in hot weather life expansion；
Metallic membrane, wherein the metallic membrane is provided with expanding noodles, and the metallic membrane is provided with inner chamber, the inner chamber and institute
The other end connection of capillary tube is stated, so that the expanding noodles produce displacement according to the heating degree of the liquid in the capillary tube
Change；
Governor motion, for being arranged on the air inlet of the rotisserie device, to be controlled according to the change in displacement of the expanding noodles
The intake of the air inlet of the rotisserie device.
2. air door regulating mechanism according to claim 1, it is characterised in that the temperature sensor is used to being arranged on described
On the grill of rotisserie device, to detect the temperature of the grill of the rotisserie device.
3. air door regulating mechanism according to claim 1, it is characterised in that the temperature sensor is used to being arranged on described
On the inwall of rotisserie device, to detect the temperature of the inner air of the rotisserie device.
4. air door regulating mechanism according to claim 1, it is characterised in that the governor motion includes air flap, described
Air flap is used for the air inlet for being arranged on the rotisserie device, to block the oven according to the change in displacement of the expanding noodles
The air inlet of equipment, to control the intake of the air inlet of the rotisserie device.
5. air door regulating mechanism according to claim 4, it is characterised in that the governor motion also includes control-rod and tune
Section part, one end of the control-rod is fixedly connected with the air flap, the other end of the control-rod and the regulating member
It is hinged, the metallic membrane is arranged in the regulating member, the regulating member is according to the expanding noodles of the metallic membrane
Change in displacement controls the control-rod and rotates, and blocks entering for the rotisserie device to control the air flap by the control-rod
Air port.
6. air door regulating mechanism according to claim 5, it is characterised in that the regulating member includes that first vertically supports
Frame, the second vertical support frame, the first gripper shoe, the second gripper shoe, the 3rd gripper shoe, the first spring, second spring and movable block,
The control-rod is not provided with the other end of the air flap and is provided with first through hole, and first vertical support frame is provided with second and leads to
Hole, the control-rod pass through the first through hole and second through hole to be hinged on first vertical support frame by connector
On, first vertical support frame and the second vertical support frame interval setting, first gripper shoe and described second
Fagging interval setting, first vertical support frame and second vertical support frame respectively with first gripper shoe and described
Second gripper shoe is fixedly connected, and is interval with third through-hole, is interval with the 3rd gripper shoe in first gripper shoe
Fourth hole, to pass through the third through-hole and the fourth hole to be removably set on the 3rd gripper shoe by screw
Between first gripper shoe and second gripper shoe, the 3rd gripper shoe is provided near one end of the control-rod
One spring, for supporting the control-rod, to promote the control-rod to rotate, the second spring is arranged on described second and supports
On plate, for supporting the 3rd gripper shoe, to promote the 3rd gripper shoe movement, the metallic membrane to arrange by screw
In first gripper shoe, and the expanding noodles of the metallic membrane, towards second gripper shoe, the movable block is arranged on
In 3rd gripper shoe, and the movable block is towards the metallic membrane so that the movable block and the metallic membrane
Expanding noodles are contacted, and during so that the expanding noodles of the metallic membrane producing change in displacement, the expanding noodles of the metallic membrane are promoted
The 3rd gripper shoe movement, so that the control-rod drives the air flap movement, to adjust the rotisserie device
The intake of air inlet.
7. air door regulating mechanism according to claim 6, it is characterised in that the regulating member also includes rotation adjusting knob
With the 3rd spring, the 3rd spring is arranged in second gripper shoe, and with the second spring interval setting, for
The 3rd gripper shoe is supportted, to promote the 3rd gripper shoe movement, the rotation adjusting knob and the first gripper shoe screw thread
Connection, for promoting the 3rd gripper shoe to move towards the second gripper shoe direction.
8. air door regulating mechanism according to claim 6, it is characterised in that first vertical support frame, described second
Vertical support frame and first gripper shoe are integrally formed.
9. air door regulating mechanism according to claim 1, it is characterised in that the air flap is used to be arranged on the oven
The surface of the air inlet of equipment, the temperature sensor are inductive needle, and the capillary tube is metal capillary.
10. a kind of rotisserie device, it is characterised in that include the air door regulating mechanism as described in any one of claim 1-9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620743462.7U CN206137958U (en) | 2016-07-13 | 2016-07-13 | Air door adjustment mechanism and oven equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620743462.7U CN206137958U (en) | 2016-07-13 | 2016-07-13 | Air door adjustment mechanism and oven equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206137958U true CN206137958U (en) | 2017-05-03 |
Family
ID=58617081
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620743462.7U Expired - Fee Related CN206137958U (en) | 2016-07-13 | 2016-07-13 | Air door adjustment mechanism and oven equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206137958U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107616716A (en) * | 2016-07-13 | 2018-01-23 | 李健 | A kind of air door regulating mechanism and rotisserie device |
| US11698190B2 (en) | 2020-07-16 | 2023-07-11 | Canadian Tire Corporation, Limited | Gas grill with temperature control |
-
2016
- 2016-07-13 CN CN201620743462.7U patent/CN206137958U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107616716A (en) * | 2016-07-13 | 2018-01-23 | 李健 | A kind of air door regulating mechanism and rotisserie device |
| US11698190B2 (en) | 2020-07-16 | 2023-07-11 | Canadian Tire Corporation, Limited | Gas grill with temperature control |
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