WO2010015154A1 - 手动带盖烤面包炉 - Google Patents

手动带盖烤面包炉 Download PDF

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Publication number
WO2010015154A1
WO2010015154A1 PCT/CN2009/071015 CN2009071015W WO2010015154A1 WO 2010015154 A1 WO2010015154 A1 WO 2010015154A1 CN 2009071015 W CN2009071015 W CN 2009071015W WO 2010015154 A1 WO2010015154 A1 WO 2010015154A1
Authority
WO
WIPO (PCT)
Prior art keywords
diode
carriage
switch
inductor
frame
Prior art date
Application number
PCT/CN2009/071015
Other languages
English (en)
French (fr)
Inventor
张默晗
张北
陈华金
Original Assignee
晶辉科技(深圳)有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 晶辉科技(深圳)有限公司 filed Critical 晶辉科技(深圳)有限公司
Priority to US12/737,717 priority Critical patent/US8631737B2/en
Priority to EP09804454A priority patent/EP2319378B1/en
Publication of WO2010015154A1 publication Critical patent/WO2010015154A1/zh

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Classifications

    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47JKITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J37/00Baking; Roasting; Grilling; Frying
    • A47J37/06Roasters; Grills; Sandwich grills
    • A47J37/08Bread-toasters
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47JKITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J37/00Baking; Roasting; Grilling; Frying
    • A47J37/06Roasters; Grills; Sandwich grills
    • A47J37/08Bread-toasters
    • A47J37/0814Bread-toasters with automatic bread ejection or timing means
    • A47J37/0842Bread-toasters with automatic bread ejection or timing means with electronic timers

Definitions

  • the present invention relates to a toaster, in particular to a manual breaded toaster.
  • electronic toasters are generally composed of components such as outer casing, pickpocket, base, electronic stator and frame.
  • the main functions are fixed baking and resetting.
  • the main purpose is to bake the bread slice to be burnt yellow.
  • the user can adjust the baking time according to the needs, so that the color of the bread baking is in accordance with the user's preference.
  • the general toaster is a heating bath with open-mouthed baking bread. When the user inserts the toaster power plug into the power socket, the bread is placed in the bread trough of the toaster, and then the hand is pressed, the carriage And the bracket attached to the carriage holds the bread down to the bottom of the slot, the switch is turned on, the coil on the electronic stator is energized, the armature is sucked, the heating wire starts to work and the bread is baked.
  • the object of the present invention is to provide a manual breaded bread oven, and the technical problem to be solved is to realize a bread oven with a lid, and according to the user's preference, whether to bring the lid to the baking and the bread to be baked, The cover is opened first, and the bread is raised, which shortens the baking bread and the bread, and achieves the effect of uniform baking, energy saving, hygienic and convenient use.
  • a manual lidded bread oven includes a base provided with a frame, a vertical guide member is fixed at the front end of the frame, and the vertical guide member is slidably connected with the front carriage, and the front and rear ends of the frame are respectively provided with front fixing
  • the frame and the rear fixing frame, the cover assembly and the control circuit, the rear end of the frame is further provided with a vertical guiding member, the vertical guiding member forms a sliding connection with the rear sliding frame, and the rear sliding frame and the base are provided with a cover driving mechanism .
  • the cover driving mechanism of the present invention comprises an armature bracket and a pressing block which are disposed on the rear carriage away from the outer end surface of the frame.
  • the armature bracket is hinged with a rear armature, a pressing block, a handlebar and a rear carriage
  • the outer end surface is fixedly connected, and the lower part of the first and second dialing members is fixedly connected with the rear sliding frame, and the rear edge of the rear end of the rack or the rear end of the base is provided with a rear inductor wire and a switch, and the rear inductor wire is rearward and rearward.
  • the position of the armature corresponds to the top and bottom, and the clamp is located above the switch.
  • the cover driving mechanism of the present invention comprises a hanging piece, a pressing block, a first and a second dialing member and a handle fixedly connected to the outer end surface of the rear carriage away from the outer frame, and the lower part of the first and second dialing members
  • the rear carriage is fixedly connected, and the inductor wire and the switch are fixed at the rear end of the base or the frame, and the armature is hinged on the inductor wire, and the hook on the armature corresponds to the position of the hanging piece on the rear carriage, and the pressure block is located at the switch.
  • the vertical guide of the present invention is a vertical shaft
  • the upper end of the dial member is outwardly bent to form a flange, and the upper end outward flange is located above the left cover rear bracket and the right cover rear bracket end inward flange.
  • the vertical axis of the present invention is 1 to 4 pieces.
  • the control circuit of the present invention is a cover control fixed circuit and a front carriage delay circuit, and the front carriage delay circuit is connected in parallel with the wire drive circuit of the cover control fixed circuit output circuit.
  • the cover of the present invention controls the positive terminal of the first diode of the coil drive circuit of the output circuit of the fixed circuit and the output terminal of the fixed circuit A
  • the cathode of the first diode is connected to one end of the second resistor, and the other end of the second resistor is connected to one end of the first switch and the base of the first transistor, and the other end of the first switch and the first three
  • the emitter of the pole tube is connected to the ground, and the collector of the first transistor is connected to the anode of the second diode and one end of the first inductor coil, the other end of the first inductor coil and the second diode
  • the negative electrode is connected to the positive terminal VCC of the power supply.
  • the anode of the first diode is connected to one end of the second switch, and the cathode of the third diode is connected to one end of the fourth resistor and the anode of the second capacitor through the third resistor, and the other end of the second switch is connected to the ground.
  • the other end of the fourth resistor is connected to the base of the second transistor, the anode of the second capacitor and the emitter of the second transistor are grounded, and the collector of the second transistor and one end of the second inductor
  • the positive pole of the fourth diode is connected, the positive pole of the third capacitor, the other end of the second inductor coil, and the cathode of the fourth diode
  • the negative electrode of the fifth diode It is connected to the negative electrode of the fifth diode, the negative electrode of the third capacitor is connected to the ground, and the positive electrode of the fifth diode is connected to the positive electrode VCC of the power supply.
  • the anode of the third diode of the front carriage delay circuit of the present invention and the output terminal A of the fixed circuit The anode of the first diode is connected to one end of the second switch, and the cathode of the third diode is connected to one end of the fourth resistor and the anode of the second capacitor through the third resistor, and the other end of the second switch is connected to the ground.
  • the other end of the fourth resistor is connected to the base of the second transistor, the anode of the second capacitor and the emitter of the second transistor are grounded, the collector of the second transistor and the cathode of the third capacitor, One end of the second inductor coil, the anode of the fourth diode, the anode of the third capacitor, the other end of the second inductor, the cathode of the fourth diode, and the cathode of the fifth diode, fifth The anode of the diode is connected to the positive terminal VCC of the power supply.
  • the first diode of the present invention is selected from 4148 or 4001 or 4005 or 4007, and the second resistance is selected from 1 K ⁇ to 3K ⁇ , and the first switch is selected from A06-A-4.0 or A06-A-5.0.
  • the first transistor is 8050 or 9014
  • the second diode is 4001 or 4005 or 4007
  • the first inductor is 60 ⁇ /800 ⁇ to 250 ⁇ /3000
  • the third diode is 4148 or 4001 or 4005 or 4007
  • the second switch selects A06-A-4.0 or A06-A-5.0
  • the third resistor value is selected from 1K ⁇ to 3K ⁇
  • the fourth resistor value is selected between 0.5 ⁇ and 3K ⁇ .
  • the second capacitor is between 47UF/16V and 470UF/16V
  • the second transistor is 8050 or 9014
  • the third capacitor is between 470UF/16V to 2000UF/16V or 470UF/25V to 2000UF/25V.
  • the wire ⁇ is selected from 60 ⁇ / 800 ⁇ to 250 ⁇ / 3000
  • the fourth diode and the fifth diode are selected from 4001 or 4005 or 4007.
  • the bread dough oven bread cover assembly is designed with a cover driving mechanism for opening and closing, and whether or not the cover is used, can be freely selected by the user.
  • the baking bread lid is closed, the bread dough is covered, the bread is baked until the setting is set, the lid is opened first, and then the bracket of the front carriage holds the bread up, and the toast is realized.
  • the front of the furnace holds up the bread and raises the bread and does not interfere with the opening of the lid.
  • the reliable lifting and opening and closing of the lid have the advantages of simple structure, safety and reliability, uniform baking of bread, energy saving and hygienic maintenance.
  • FIG. 1 is a front elevational view showing an embodiment (1) of a toaster according to the present invention.
  • FIG. 2 is a schematic structural view of the cover and the rear bracket of FIG.
  • Figure 3 is Figure 1
  • the position and structure of the rear bracket and the upper end of the dial are bent outward to form a flange.
  • FIG. 4 is a structural schematic view of the rear carriage of FIG. 1 at a lower limit position.
  • Figure 5 is a front elevational view of the embodiment (b) of the toaster of the present invention.
  • Figure 6 is a schematic view showing the structure of the rear carriage of Fig. 5 at the lower limit position.
  • Figure 7 is a schematic view showing the structure of a toaster of the present invention connected to a rear carriage by a vertical shaft.
  • Figure 8 is a front view of Figure 1.
  • Figure 9 is a schematic view showing the structure of the front carriage of Figure 8 at the lower limit.
  • Figure 10 is a circuit schematic diagram of a front carriage delay circuit (1) in parallel with an embodiment of the present invention.
  • FIG. 11 is a circuit schematic diagram of a front carriage delay circuit (2) in parallel according to an embodiment of the present invention.
  • a manual breaded bread oven of the present invention comprising a base 1 provided with a frame 15, a frame 15
  • the front end is fixed with a vertical guiding member 10, and the vertical guiding member 10 is formed into a sliding connection with the carriage 21.
  • the front and rear ends of the frame 15 are respectively provided with a front fixing frame 11a and a rear fixing frame 11, a cover assembly and a control circuit, and the frame 15
  • the rear end is also provided with a vertical guide 10, a vertical guide 10 and a rear carriage 12
  • a sliding connection is formed, and a rear cover 12 and a base 1 are provided with a cover driving mechanism.
  • the cover drive mechanism includes an armature bracket 8 disposed on the rear carriage 12 away from the outer end surface of the frame 15
  • the pressing block 3, the first and second dialing members 5, 5a and the handlebar 4, the armature bracket 8 is hinged with a rear armature 13, and the pressing block 3 and the handlebar 4 are fixedly connected with the outer end surface of the rear carriage 12, first The lower part of the second dialing member 5, 5a is fixedly connected with the rear carriage 12, and the front folding edge or the base 1 of the rear end of the frame 15
  • the rear inductor wire ⁇ 14 and the switch 2 are provided on the rear end, and the rear inductor wire ⁇ 14 and the rear armature 13
  • the position corresponds to the top and bottom, and the clamp 3 is located above the switch 2.
  • the cover driving mechanism includes a hanging piece 23 fixedly connected to the outer end surface of the rear carriage 12 away from the frame 15, a pressing block 3, first and second dialing members 5, 5a and a handlebar 4, first
  • the lower part of the second dialing member 5, 5a is fixedly connected to the rear carriage 12, and the back end of the base 1 or the frame 15 is fixed with an inductor coil 18 and a switch 2, and an armature 17 is hinged on the inductor coil 18, and the armature 17 is attached.
  • the upper hook 17-1 corresponds to the position of the hanging piece 23 on the rear carriage 12, and the pressure block 3 is located above the switch 2.
  • the vertical guide of the present invention is a vertical shaft, first and second dial members 5, 5a
  • the upper end portion is bent outward to form a flange, and the upper end outward flange is located at the left cover rear bracket 6a and the right cover rear bracket 6 end inward flange 6-1, 6a-l Above.
  • the vertical axis is one to four, and the preferred solution is to use two vertical shafts.
  • the first embodiment of the manual lidded bread oven of the present invention is provided with a casing and a base 1
  • the front cover has a front carriage 21, a rear carriage 12, a frame 15, a frame 15
  • the front end is fixed with a vertical guiding member 10, wherein the vertical guiding member is a vertical shaft, the vertical guiding member 10 is slidably connected with the front sliding frame 21, and the vertical guiding member 10 is also fixed at the rear end of the frame 15.
  • the straight guide 10 and the rear carriage 12 form a sliding connection, and the front and rear ends of the frame 15 are respectively fixed with a front fixing frame 11a and a rear fixing frame 11, a cover assembly and a control cover, and a fixed control circuit for controlling the operation of the bread carrier.
  • the front end surface of the rear carriage 12, that is, the armature bracket 8 on the outward side of the frame 15 is hinged with a rear armature 13, fixedly connected with the pressing block 3, the handlebar 4, and the front end surface of the rear carriage 12 with the first and the first
  • the lower portions of the two dial members 5, 5a are fixedly connected, and the upper end portions of the first and second dial members 5, 5a are bent outward to form a 90-degree flange, and the upper ends of the first and second dial members 5, 5a are oriented upward.
  • Outer flange and left cover rear bracket 6a and right cover rear bracket 6 end inward flange 6a - l, 6-1
  • the rear inductor wire 14 on the rear end of the frame 15 or base 1 corresponds to the rear armature 13, which corresponds to the switch 2.
  • the vertical guide 10 on the rear end of the frame 15 is fixed to the frame 15 through the rear carriage 12, and the rear carriage 12 is movable along the vertical guide 10
  • Rear fixing frame 11 inner middle coaxially hinged left cover rear bracket 6a and right cover rear bracket 6 middle and lower ends of one end, left cover rear bracket 6a and right cover rear bracket 6 end 6a - 1, 6-1
  • the middle upper portion and the rear fixed frame 11 are respectively coupled with a left tension spring 7a and a right tension spring 7, and the front fixing frame 11a is coaxially hinged to the left cover front bracket 20a and the right cover front bracket
  • the other ends of the left cover front bracket 20a and the left cover rear bracket 6a are coupled to the upper portion of the circular left cover 9a of the cover assembly, and the other ends of the right cover front bracket 20 and the right cover rear bracket 6 are coupled to the cover assembly
  • the second embodiment of the manual lidded bread oven of the present invention is provided with a casing and a base 1
  • the front cover has a front carriage 21, a rear carriage 12, a frame 15, a frame 15
  • the front end is fixed with a vertical guide 10, and the vertical guide described here is a vertical shaft, and the vertical guide 10 A sliding connection is formed with the front carriage 21, and a vertical guide 10 is fixed to the rear end of the frame 15.
  • the vertical guide 10 is slidably connected to the rear carriage 12, and the front and rear ends of the frame 15 are respectively fixed with a front fixing frame 11a.
  • the front end surface of the rear carriage 12, that is, the outward side of the frame 15 is fixedly coupled with the hanging piece 23, the pressing block 3, the handle 4, and the lower and rear carriages of the first and second dialing members 5, 5a.
  • the upper end portions of the first and second dial members 5, 5a are bent outward to form a 90 degree flange, and the flanges 6a are inward with the left cover rear bracket 6a and the right cover rear bracket 6 end - l, 6-1 corresponding, located on the same vertical line, always above the left cover rear bracket 6a and the right cover rear bracket 6 end inward of the flanges 6a-1, 6-1, the base 1 or the rack 15
  • the back end is fixed with an inductor wire ⁇ 18 and a switch 2, and an armature 17 is hinged on the inductor wire ⁇ 18, and the hook 17-1 on the armature 17 corresponds to the position of the hang plate 23 on the rear carriage 12, and the pressure block 3 is located at the switch.
  • the vertical guide 10 on the rear end of the frame 15 is fixed to the frame 15 through the rear carriage 12, and the rear carriage 12 is along the vertical guide 10.
  • the inner middle portion is coaxially hinged to the lower middle end of the left cover rear bracket 6a and the right cover rear bracket 6, and the left cover rear bracket 6a and the right cover rear bracket 6 end portions 6a-1, 6-1 are bent inwardly to form 90.
  • the flanges, the upper middle portion and the rear fixing frame 11 are respectively coupled with a left tension spring 7a and a right tension spring 7, and the front fixing frame 11a is coaxially hinged to the left cover front bracket 20a and the right cover front bracket 20
  • the other ends of the left cover front bracket 20a and the left cover rear bracket 6a are coupled to the upper portion of the circular left cover 9a of the cover assembly, and the other ends of the right cover front bracket 20 and the right cover rear bracket 6 are coupled at
  • the contact is closed, the baking oven is energized, and the control circuit in the baking oven is energized to start working.
  • the front inductor wire ⁇ 18 and the rear inductor wire ⁇ 14 are energized to generate suction, and the front inductor wire ⁇ 18 sucks the front armature 17 , the hanging piece 23 is hooked by the hook 17-1 of the armature 17, the front carriage 21
  • the handle 4 on the rear carriage 12 is pressed, and the rear carriage 12 is pressed. Moving downward, the upper end of the first and second dial members 5, 5a is bent outward to form a flange pressed against the left cover rear bracket
  • the control circuit adjusts the baking time to the oven with the lid.
  • the fixed circuit emits a low potential
  • the cover control circuit and the rear carriage delay circuit simultaneously obtain a low potential, which covers the rear inductance line of the control circuit.
  • the upper end outward flange is bent away from the left cover rear bracket 6a and the right cover rear bracket 6 end portions 6a-1, 6-1 are bent inwardly to form a 90 degree flange, which is covered by the left extension spring 7a and the right extension Spring 7
  • the contact is closed, the baking oven is energized, the control circuit in the baking oven is powered, and the front inductor wire ⁇ 18 is energized to generate suction.
  • the front inductor wire ⁇ 18 sucks the front armature 17, and the hanging piece 23 is held by the armature 17 Hook 17-1 hooked, front carriage 21
  • a control circuit composed of a control circuit or other discrete components, so that the control circuit adjusts the baking time to a baking condition with a lid, and the control circuit sends a signal to make the rear inductor line 18
  • the power is generated to generate suction, and the rear inductor wire 18 sucks the rear armature 17, and the hanging piece 23 is hooked by the hook 17-1 of the rear armature 17, and the rear carriage 12 is held below, so that the circular left cover 9a and the circle The curved right cover 9 remains closed at all times.
  • the control circuit sends a signal, the control circuit causes the rear inductor wire ⁇ 18 to lose power and loses the suction force, the armature 17 leaves the inductor wire ⁇ 18, and the hook 17-1 of the armature 17 hangs.
  • the piece 23 is released, and the rear carriage 12 is at the return spring 27
  • the control circuit sends a signal to lose power to the front inductor line ⁇ 18, the armature 17 leaves the front inductor line ⁇ 18, the hook 17-1 of the armature 17 and the hang-tab 23 are released, and the front carriage 21 is at Return spring 26
  • a vertical guide 10 is disposed on the rear end of the frame 15, and the vertical guide 10 is a vertical shaft, and the vertical shaft 10 is fixed to the frame 15 through the rear carriage 12. , rear carriage 12
  • the number of vertical shafts on the rear end of the frame 15 can also be set to three or four.
  • the number of vertical shafts depends on the structure of the cover assembly and the carriage, and two vertical shafts are preferred.
  • the anode of the first diode of the coil driving circuit of the cover control circuit output circuit is connected to the output terminal A of the fixed circuit, and the cathode of the first diode D1 passes through the second resistor R2 and the first switch SW1.
  • One end is connected to the base of the first transistor Q1, the other end of the first switch SW1 and the emitter of the first transistor Q1 are connected to the ground, and the collector of the first transistor Q1 and the second diode D2
  • the positive pole is connected to one end of the first inductor line ⁇ LI, and the first inductor line ⁇ L1
  • the anode of the first diode D1 and one end of the second switch SW2 are connected, and the cathode of the third diode D3 passes through the third resistor R3 and one end of the fourth resistor R4, and the second capacitor C2
  • the positive pole is connected, the other end of the second switch SW2 is connected to the ground, and the fourth resistor R4
  • the other end is connected to the base of the second transistor Q2, the anode of the second capacitor C2 and the emitter of the second transistor Q2 are grounded, and the collector of the second transistor Q2 and the second inductor line ⁇ L2
  • One end of the fourth diode D4 is connected, the anode of the third capacitor C3, the other end of the second inductor line 2L2, and the cathode of the fourth diode D4 are connected to the cathode of the fifth diode D5.
  • the cathode of the three capacitor C3 is connected to the ground, and the anode of the fifth diode D5 is connected to the positive electrode VCC of the power source.
  • the anode of the third diode D3 of the front carriage delay circuit is connected to the output terminal A of the fixed circuit, the anode of the first diode D1, and one end of the second switch SW1.
  • the cathode of the third diode D3 passes through the third resistor R3 and one end of the fourth resistor R4, and the second capacitor C2
  • the positive pole is connected, the other end of the second switch SW2 is connected to the ground, and the fourth resistor R4
  • the other end is connected to the base of the second transistor Q2, the anode of the second capacitor C2 and the emitter of the second transistor Q2 are grounded, the collector of the second transistor Q2 and the cathode of the third capacitor C3, One end of the second inductor line 2L2, the anode of the fourth diode D4, the anode of the third capacitor C3, the other end of the second inductor line 2L2, the cathode of the fourth diode D4, and the fifth diode D5
  • the negative electrode is connected, and the positive electrode of the fifth diode D5 is connected to the positive electrode VCC of the power supply.
  • the first diode D1 is selected as 4148 or 4001 or 4005 or 4007.
  • the resistance of the second resistor R2 is selected from 1 ⁇ ⁇ to 3K ⁇ , and the first switch SW1 is selected from A06-A-4.0 or
  • the first transistor Q1 selects 8050 or 9014
  • the second diode D2 selects 4001 or
  • the first inductor ⁇ L1 selects 60 ⁇ / 800 ⁇ to 250 ⁇ / 3000
  • the third diode D3 selects 4148 or 4001 or 4005 or 4007
  • the second switch SW2 selects A06-A-4.0 or A06-A-5.0
  • the third resistor R3 selects 1K ⁇ to 3K
  • the resistance of the fourth resistor R4 is between 0.5 ⁇ and 3K ⁇
  • the second capacitor C2 is between 47UF/16V and 470UF/16V
  • the second transistor Q2 is 8050 or 9014
  • the third capacitor C3 is used. 470UF/16V to 2000UF/16V or 470UF/25V to 2000UF/25V
  • the fourth diode D4 and the fifth diode D5 are selected from 4001 or 4005 or 4007.
  • the two sides are closed to cover the bread groove, and the rear carriage 12 is held by the front inductor wire ⁇ L2 and the suction force generated by the rear inductor wire ⁇ L1. Thereafter, the power supply positive VCC is passed through the fifth diode D5.
  • the three capacitor C3 is charged, and the high potential of the output of the output terminal of the circuit is fixed, and the second capacitor C2 is given to the second capacitor C2 through the third diode D3 and the third resistor R3.
  • the upper end outward flange is bent away from the left cover rear bracket 6a and the right cover rear bracket 6 end portions 6a - 1 , 6-1 are bent inwardly to form a 90 degree flange, which is covered by the left extension spring 7a and the right extension
  • the tension of the spring 7 is opened from the top of the bread pit of the toaster, which is due to the second capacitor C2
  • the second transistor Q2 still maintains a short conduction, and the second capacitor C2 is discharged through the base of the fourth resistor R4 and the second transistor Q2 to the ground, when the second capacitor C2
  • the voltage on the lower voltage is lower than the turn-on voltage of the second transistor Q2, and the second transistor Q2
  • the state of the open state is ⁇ : The user needs to open the lid during the baking process to check the baking condition of the bread.
  • the first switch SW1 When the user presses the first switch SW1, the first triode Q1
  • the base is extremely low, the first transistor Q1 is turned over and the rear inductor line 1L1 loses suction, and the rear carriage 12 is raised by the action of the return spring 27, and the cover is opened by the left tension spring 7a and the right tension spring 7, from the top of the toast oven bread groove, and the second transistor Q2 is due to the first diode D1.
  • the reverse bias is not affected.
  • the baking state is artificially terminated.
  • the user needs to terminate the baking during the baking process.
  • the first transistor Q1 When the user presses the second switch SW2, the first transistor Q1
  • the base is immediately turned off at a low potential, and the rear inductor line ⁇ L1 loses suction, and the rear armature 13
  • the voltage on the second transistor Q2 is lower than the turn-on voltage of the second transistor Q2, and the second inductor line ⁇ L2
  • the present invention suddenly stops powering and terminates the baking state ⁇ : There is a sudden power failure to terminate the baking, and therefore, since the first transistor Q1 does not work due to no power, the first inductor line 1L1 loses suction, and the rear armature 13 leaves the inductor line ⁇ L1, and the rear carriage 12 bounces under the action of the return spring 27, and the cover is thus opened. And because there is some charge on the third capacitor C3 and the second capacitor C2, the second transistor Q2

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  • Food Science & Technology (AREA)
  • Electric Stoves And Ranges (AREA)
  • Baking, Grill, Roasting (AREA)

Description

说明书 手动带盖烤面包炉
手动带盖烤面包炉
[1] 技术领域
[2] 本发明涉及一种烤面包炉, 特别是一种手动带盖烤面包炉。
[3] 背景技术
[4] 目前电子烤面包炉一般由外壳、 襟手、 底座、 电子定吋器和机架等零部件组成
, 其主要功能有定吋烘烤和复位, 主要用途为烘烤面包片为焦黄色, 用户可根 据需要调整烘烤吋间, 使面包片烘烤的颜色程度符合用户的喜好。 一般烤面包 炉为具有开口向上的烘烤面包的发热槽, 当用户将烤面包炉电源插头插入电源 插座后, 将面包放入烤面包炉的面包槽中, 随后将襟手按下, 滑架以及连接在 滑架上的托架托着面包下降到槽底部, 此吋开关接通电源, 电子定吋器上的线 圏通电, 衔铁被吸住, 发热丝开始工作并烘烤面包。 这种烤面包炉的缺点是: 烤面包炉的面包槽开口向上, 易沾上尘埃, 不卫生, 面包颜色不够均匀, 同吋 , 因面包槽开口向上, 还存在着大量的热量散失, 加热的效率较低等问题。
[5] 发明内容:
[6] 本发明的目的是提供一种手动带盖烤面包炉, 要解决的技术问题是实现烤面包 炉带盖、 并可根据用户的喜好选择是否带盖烘烤和面包烘烤完后, 实现盖先开 , 面包后升起, 既缩短烘烤面包吋间, 又达到面包烘烤均匀, 节能和保持卫生 、 使用方便的效果。
[7] 为解决上述技术问题, 本发明釆用以下技术方案:
一种手动带盖烤面包炉, 包括设置有机架的基座, 机架前端固定有竖直导向件 , 竖直导向件与前滑架形成滑动连接, 机架的前后端分别设置有前固定架和后 固定架、 盖组件及控制电路, 所述机架后端还設置有竖直导向件, 竖直导向件 与后滑架形成滑动连接, 后滑架与基座上设有盖驱动机构。
[8] 本发明所述盖驱动机构包括设置在后滑架上远离机架外端面的衔铁支架、 压块
、 第一、 第二拨动件及手把, 衔铁支架铰接有后衔铁, 压块、 手把与后滑架的 外端面固定连接, 第一、 第二拨动件的下部与后滑架固定连接, 机架后端的前 折边或基座后端上设有后电感线圏和开关, 后电感线圏与后衔铁的位置上下对 应, 压块位于开关的上方。
本发明所述盖驱动机构包括固定连接在后滑架上远离机架外端面的挂片、 压块 、 第一、 第二拨动件及手把, 第一、 第二拨动件的下部与后滑架固定连接, 基 座或机架后端固定有电感线圏和开关, 电感线圏上铰接有衔铁, 衔铁上的挂钩 与后滑架上的挂片位置上下对应, 压块位于开关的上方。
本发明的竖直导向件是立轴,
拨动件的上端部向外弯折形成凸缘, 且上端向外的凸缘位于左盖后支架和右盖 后支架端部向内的凸缘上方。
本发明的立轴是 1到 4根。
本发明的控制电路为盖控制定吋电路和前滑架延吋电路, 前滑架延吋电路与盖 控制定吋电路输出电路的线圏驱动电路并联。
本发明盖控制定吋电路输出电路的线圏驱动电路的第一二极管的正极与定吋电 路的输出端 A
连接, 第一二极管的负极与第二电阻的一端连接, 第二电阻的另一端与第一开 关的一端和第一三极管的基极连接, 第一开关的另一端和第一三极管的发射极 与地连接, 第一三极管的集电极与第二二极管的正极和第一电感线圏的一端连 接, 第一电感线圏的另一端和第二二极管的负极与电源正极 VCC连接。
本发明前滑架延吋电路的第三二极管的正极与定吋电路的输出端 A
、 第一二极管的正极、 第二开关的一端连接, 第三二极管的负极通过第三电阻 与第四电阻的一端、 第二电容的正极连接, 第二开关的另一端与地连接, 第四 电阻的另一端与第二三极管的基极连接, 第二电容的负极和第二三极管的发射 极接地, 第二三极管的集电极与第二电感线圏的一端、 第四二极管的正极连接 , 第三电容的正极、 第二电感线圏的另一端、 第四二极管的负极
与第五二极管的负极连接, 第三电容的负极与地连接, 第五二极管的正极与电 源正极 VCC连接。
本发明前滑架延吋电路的第三二极管的正极与定吋电路的输出端 A 、 第一二极管的正极、 第二开关的一端连接, 第三二极管的负极通过第三电阻 与第四电阻的一端、 第二电容的正极连接, 第二开关的另一端与地连接, 第四 电阻的另一端与第二三极管的基极连接, 第二电容的负极和第二三极管的发射 极接地, 第二三极管的集电极与第三电容的负极、 第二电感线圏的一端、 第四 二极管的正极连接, 第三电容的正极、 第二电感线圏的另一端、 第四二极管的 负极与第五二极管的负极连接, 第五二极管的正极与电源正极 VCC连接。
[16] 本发明第一二极管选用 4148或 4001或 4005或 4007, 第二电阻阻值选用 1 K Ω到 3K Ω之间, 第一开关选用 A06-A-4.0或 A06-A-5.0, 第一三极管选用 8050 或 9014, 第二二极管选用 4001或 4005或 4007, 第一电感线圏选用 60 Ω /800 匝到 250 Ω /3000匝之间, 第三二极管选用 4148或 4001或 4005或 4007 , 第二开关选用 A06-A-4.0或 A06-A-5.0, 第三电阻阻值选用 1K Ω到 3K Ω之间, 第四电阻阻值选用 0.5 Ω到 3K Ω之间, 第二电容选用 47UF/16V到 470UF/16V之间, 第二三极管选用 8050或 9014, 第三电容选用 470UF/16V到 2000UF/16V之间或 470UF/25V到 2000UF/25V之间, 第二电感线圏选用 60 Ω /800匝到 250 Ω /3000匝之间, 第四二极管和第五二极管选用 4001或 4005或 4007。
[17] 本发明与现有技术相比, 烤面包炉面包槽釆用盖组件, 设计有用于盖开合的盖 驱动机构, 是否用盖, 可由用户自由选择。 同吋, 在烘烤面包吋盖闭合, 盖住 烤面包炉面包槽, 面包烘烤到设定吋间吋, 盖先打开, 然后前滑架的托架托起 面包升起, 实现了烤面包炉前滑架托起面包升起吋与盖打开互不干涉, 可靠的 升降和盖的开合, 具有结构简单、 安全可靠、 面包烘烤均匀、 节能和保持卫生 的优点。
[18] 附图说明
[19] 图 1是本发明烤面包炉实施例 (一) 的主视图。
[20] 图 2是图 1的盖与盖后支架的结构示意图。
[21] 图 3是图 1
的盖后支架与拨动件上端部向外弯折形成凸缘之间的位置及结构示意图。
[22] 图 4是图 1后滑架在下限位吋的结构示意图。 [23] 图 5是本发明烤面包炉实施例 (二) 的主视图。
[24] 图 6是图 5后滑架在下限位吋的结构示意图。
[25] 图 7是本发明烤面包炉釆用一根立轴与后滑架连接的结构示意图。
[26] 图 8是图 1的前视图。
[27] 图 9是图 8的前滑架在下限位吋的结构示意图。
[28] 图 10是本发明实施例并联的前滑架延吋电路 (一) 的电路原理图。
[29] 图 11是本发明实施例并联的前滑架延吋电路 (二) 的电路原理图。
[30] 具体实施方式
[31] 下面结合附图和实施例对发明作进一步详细说明。
[32] 本发明一种手动带盖烤面包炉, 包括设置有机架 15的基座 1, 机架 15
前端固定有竖直导向件 10、 竖直导向件 10与滑架 21形成滑动连接, 机架 15 的前后端分别设置有前固定架 11a和后固定架 11, 盖组件及控制电路, 机架 15 后端还設置有竖直导向件 10, 竖直导向件 10与后滑架 12
形成滑动连接, 后滑架 12与基座 1上设有盖驱动机构。
[33] 所述盖驱动机构包括设置在后滑架 12上远离机架 15外端面的衔铁支架 8
、 压块 3、 第一、 第二拨动件 5、 5a及手把 4, 衔铁支架 8铰接有后衔铁 13 , 压块 3、 手把 4与后滑架 12的外端面固定连接, 第一、 第二拨动件 5、 5a 的下部与后滑架 12固定连接, 机架 15后端的前折边或基座 1
后端上设有后电感线圏 14和开关 2, 后电感线圏 14与后衔铁 13
的位置上下对应, 压块 3位于开关 2的上方。
[34] 所述盖驱动机构包括固定连接在后滑架 12上远离机架 15外端面的挂片 23 、 压块 3、 第一、 第二拨动件 5、 5a及手把 4, 第一、 第二拨动件 5、 5a 的下部与后滑架 12固定连接, 基座 1或机架 15后端固定有电感线圏 18和开关 2, 电感线圏 18上铰接有衔铁 17, 衔铁 17上的挂钩 17-1与后滑架 12 上的挂片 23位置上下对应, 压块 3位于开关 2的上方。
[35] 本发明的竖直导向件是立轴, 第一、 第二拨动件 5、 5a
的上端部向外弯折形成凸缘, 且上端部向外的凸缘位于左盖后支架 6a 和右盖后支架 6端部向内的凸缘 6-1、 6a-l 的上方。 立轴是一到四根, 优选方案是釆用二根立轴。
[36] 如图 1、 图 2、 图 3和图 4
所示, 本发明的手动带盖烤面包炉第一实施例设有外壳、 基座 1
, 外壳内设有前滑架 21、 后滑架 12、 机架 15, 机架 15
前端固定有竖直导向件 10, 这里所述的竖直导向件即是立轴, 竖直导向件 10 与前滑架 21形成滑动连接, 机架 15后端也固定有竖直导向件 10, 竖直导向件 10与后滑架 12形成滑动连接, 机架 15的前后端分别固定有前固定架 11a 和后固定架 11, 盖组件及控制盖和控制面包托架动作的定吋控制电路。 后滑架 12的前端面, 即相对机架 15向外的一面上的衔铁支架 8铰接有后衔铁 13 , 固定连接有压块 3、 手把 4, 后滑架 12前端面与第一、 第二拨动件 5、 5a 的下部固定连接, 第一、 第二拨动件 5、 5a的上端部向外弯折形成 90 度凸缘, 第一、 第二拨动件 5、 5a上端部向外的凸缘与左盖后支架 6a 和右盖后支架 6端部向内的凸缘 6a -l、 6-1
相对应, 位于同一垂线上, 始终处于左盖后支架 6a和右盖后支架 6
端部向内的凸缘 6a -l、 6-1的上方, 机架 15或基座 1后端上的后电感线圏 14 与后衔铁 13对应, 压块 3与开关 2对应。 机架 15后端上的竖直导向件 10 穿过后滑架 12固定在机架 15上, 后滑架 12可沿竖直导向件 10
上下滑动。 后固定架 11内侧中部同轴铰接左盖后支架 6a和右盖后支架 6 一端的中下部, 左盖后支架 6a和右盖后支架 6的端部 6a - 1、 6-1
向内弯折形成 90度凸缘, 中上部与后固定架 11分别联接有左拉伸弹簧 7a 和右拉伸弹簧 7, 前固定架 11a中部同轴铰接左盖前支架 20a和右盖前支架 20 的一端, 左盖前支架 20a和左盖后支架 6a的另一端联接在盖组件的圆弧形左盖 9a的上部, 右盖前支架 20和右盖后支架 6的另一端联接在盖组件的圆弧形右盖 9的上部。
[37] 如图 5、 图 6及图 2
所示, 本发明的手动带盖烤面包炉第二实施例设有外壳、 基座 1
, 外壳内设有前滑架 21、 后滑架 12、 机架 15, 机架 15
前端固定有竖直导向件 10, 这里所述的竖直导向件即是立轴, 竖直导向件 10 与前滑架 21形成滑动连接, 机架 15后端也固定有竖直导向件 10, 竖直导向件 10与后滑架 12形成滑动连接, 机架 15的前后端分别固定有前固定架 11a 和后固定架 11, 盖组件及控制盖和控制面包托架动作的定吋控制电路。 后滑架 12的前端面, 即相对机架 15向外的一面上固定连接有挂片 23、 压块 3、 手把 4, 第一、 第二拨动件 5、 5a的下部与后滑架 12固定连接, 第一、 第二拨动件 5、 5a的上端部向外弯折形成 90度凸缘, 并与左盖后支架 6a和右盖后支架 6 端部向内的凸缘 6a -l、 6-1相对应, 位于同一垂线上, 始终处于左盖后支架 6a 和右盖后支架 6端部向内的凸缘 6a -l、 6-1的上方, 基座 1或机架 15 后端固定有电感线圏 18和开关 2, 电感线圏 18上铰接有衔铁 17, 衔铁 17 上的挂钩 17-1与后滑架 12上的挂片 23位置上下对应, 压块 3位于开关 2 的上方, 机架 15后端上的竖直导向件 10穿过后滑架 12固定在机架 15 上, 后滑架 12可沿竖直导向件 10
上下滑动, 这里竖直导向件即是立轴。 后固定架 11
内侧中部同轴铰接左盖后支架 6a和右盖后支架 6的一端的中下部, 左盖后支架 6a和右盖后支架 6的端部 6a - 1、 6-1向内弯折形成 90
度凸缘, 中上部与后固定架 11分别联接有左拉伸弹簧 7a和右拉伸弹簧 7 , 前固定架 11a中部同轴铰接左盖前支架 20a和右盖前支架 20
的一端, 左盖前支架 20a和左盖后支架 6a的另一端联接在盖组件的圆弧形左盖 9a的上部, 右盖前支架 20和右盖后支架 6的另一端联接在
盖组件的圆弧形右盖 9的上部。
[38] 如图 3、 图 4、 图 8、 图 9所示, 当接通电源吋, 用户按下前滑架 21上的手把 22 , 使前滑架 21下移, 当前滑架 21上的挂片 23移到前衔铁 17的挂钩 17-1 下方吋, 压片 24已将开关的压杆 25压下, 使开关 19
的触点闭合, 烤面包炉通电, 烤面包炉内的控制电路得电开始工作, 前电感线 圏 18和后电感线圏 14都通电产生吸力, 前电感线圏 18此吋吸住前衔铁 17 , 挂片 23被衔铁 17的挂钩 17-1钩住, 前滑架 21
被保持在下方, 烤面包炉按用户设置的吋间开始烤面包, 这吋, 若用户选择盖 闭合烘烤面包, 则按下后滑架 12上的手把 4, 后滑架 12 下移, 第一、 第二拨动件 5、 5a的上端部向外弯折形成的凸缘压在左盖后支架
6a和右盖后支架 6端部向内的凸缘 6a -l、 6-1上, 使圆弧形左盖 9a 和圆弧形右盖 9向烤面包炉面包槽方向移动, 当圆弧形左盖 9a和圆弧形右盖 9 两侧面闭合将面包槽盖住吋, 后滑架 12上的后衔铁 13与后电感线圏 14 上表面接触并被吸住, 使圆弧形左盖 9a和圆弧形右盖 9保持闭合, 后滑架 12 上的压块 3将开关 2压住, 使开关 2接通, 开关 2
给烤面包炉控制电路一个盖已闭合的信号, 使控制电路调整烘烤吋间为带盖烘 烤吋间。 当烘烤面包吋间达到用户设置吋间時, 定吋电路发出一个低电位, 此 吋, 盖控制电路和后滑架延吋电路同吋得到一个低电位, 这吋盖控制电路的后 电感线圏 14失电失去吸力, 后衔铁 13离开后电感线圏 14, 后滑架 12 在复位弹簧 27的作用下弹起, 第一、 第二拨动件 5、 5a
上端部向外的凸缘离开左盖后支架 6a和右盖后支架 6的端部 6a - 1、 6-1 向内弯折形成 90度凸缘, 盖在左拉伸弹簧 7a和右拉伸弹簧 7
的拉力的作用下打开。 随后, 前滑架延吋电路经延吋后使前电感线圏 18 失电失去吸力, 衔铁 17离开前电感线圏 18, 衔铁 17的挂钩 17-1与挂片 23 松脱, 前滑架 21在复位弹簧 26
的作用下弹起, 将面包托起到正常位置, 这样一个烘烤循环结束。
如图 5、 图 6、 图 8、 图 9所示, 当接通电源吋, 用户按下前滑架 21上的手把 22 , 使前滑架 21下移, 当前滑架 21上的挂片 23移到前衔铁 17的挂钩 17-1 下方吋, 压片 24已将开关的压杆 25压下, 使开关 19
的触点闭合, 烤面包炉通电, 烤面包炉内的控制电路得电开始工作, 前电感线 圏 18通电产生吸力, 前电感线圏 18此吋吸住前衔铁 17, 挂片 23被衔铁 17 的挂钩 17-1钩住, 前滑架 21
被保持在下方, 烤面包炉按用户设置的吋间开始烤面包, 这吋, 若用户选择盖 闭合烘烤面包, 则按下后滑架 12上的手把 4, 后滑架 12
下移, 第一、 第二拨动件 5、 5a的上端部向外弯折形成的凸缘压在左盖后支架
6a和右盖后支架 6端部向内的凸缘 6a -l、 6-1上, 使圆弧形左盖 9a 和圆弧形右盖 9向烤面包炉面包槽方向移动, 当圆弧形左盖 9a和圆弧形右盖 9 两侧面闭合将面包槽盖住吋, 后滑架 12上的挂片 23移到前衔铁 17的挂钩 17-1 下方吋, 后滑架 12上的压块 3将开关 2压住, 使开关 2接通, 开关 2 给烤面包炉控制电路一个盖已闭合的信号, 这里的所述的控制电路可以是单片 机 CPU
组成的控制电路或其他分立元件组成的控制电路, 使控制电路调整烘烤吋间为 带盖烘烤吋间, 同吋, 控制电路发出一个信号使后电感线圏 18
通电产生吸力, 后电感线圏 18此吋吸住后衔铁 17, 挂片 23被后衔铁 17 的挂钩 17-1钩住, 后滑架 12被保持在下方, 使圆弧形左盖 9a和圆弧形右盖 9 一直保持闭合。 当烘烤面包吋间达到用户设置吋间時, 控制电路发出一个信号 , 控制电路使后电感线圏 18失电失去吸力, 衔铁 17离开后电感线圏 18, 衔铁 17的挂钩 17-1与挂片 23松脱, 后滑架 12在复位弹簧 27
的作用下弹起, 第一、 第二拨动件 5、 5a上端部向外的凸缘离开左盖后支架 6a 和右盖后支架 6的端部 6a - 1、 6-1向内弯折形成 90度凸缘, 盖在左拉伸弹簧 7a和右拉伸弹簧 7
的拉力的作用下打开。 然后这个延后吋间的多少可以通过调整 CPU
的程序完成, 控制电路再发出一个信号, 使前电感线圏 18失电失去吸力, 衔铁 17离开前电感线圏 18, 衔铁 17的挂钩 17-1与挂片 23松脱, 前滑架 21 在复位弹簧 26
的作用下弹起, 将面包托起到正常位置, 这样一个烘烤循环结束。
[40] 如图 7所示, 在机架 15后端上设置有一根竖直导向件 10, 这根竖直导向件 10 是立轴, 这根立轴 10穿过后滑架 12固定在机架 15上, 后滑架 12
可沿这根立轴 10上下滑动。 在机架 15后端上的立轴还可设置为 3根或 4 根, 立轴的数量根据盖组件和滑架的结构而定, 两根立轴是优选方案。
[41] 如图 10所示
, 盖控制定吋电路输出电路的线圏驱动电路的第一二极管的正极与定吋电路的 输出端 A连接, 第一二极管 D1的负极通过第二电阻 R2与第一开关 SW1 的一端和第一三极管 Q1的基极连接, 第一开关 SW1的另一端和第一三极管 Q1 的发射极与地连接, 第一三极管 Q1的集电极与第二二极管 D2 的正极和第一电感线圏 LI的一端连接, 第一电感线圏 L1
的另一端和第二二极管 D2的负极与电源正极 VCC
连接。 前滑架延吋电路的第三二极管 D3的正极与定吋电路的输出端 A
、 第一二极管 D1的正极、 第二开关 SW2的一端连接, 第三二极管 D3 的负极通过第三电阻 R3与第四电阻 R4的一端、 第二电容 C2
的正极连接, 第二开关 SW2的另一端与地连接, 第四电阻 R4
的另一端与第二三极管 Q2的基极连接, 第二电容 C2的负极和第二三极管 Q2 的发射极接地, 第二三极管 Q2的集电极与第二电感线圏 L2
的一端、 第四二极管 D4的正极连接, 第三电容 C3的正极、 第二电感线圏 L2 的另一端、 第四二极管 D4的负极与第五二极管 D5的负极连接, 第三电容 C3 的负极与地连接, 第五二极管 D5的正极与电源正极 VCC连接。
[42] 如图 11所示, 前滑架延吋电路的第三二极管 D3的正极与定吋电路的输出端 A 、 第一二极管 D1的正极、 第二开关 SW1的一端连接, 第三二极管 D3 的负极通过第三电阻 R3与第四电阻 R4的一端、 第二电容 C2
的正极连接, 第二开关 SW2的另一端与地连接, 第四电阻 R4
的另一端与第二三极管 Q2的基极连接, 第二电容 C2的负极和第二三极管 Q2 的发射极接地, 第二三极管 Q2的集电极与第三电容 C3的负极、 第二电感线圏 L2的一端、 第四二极管 D4的正极连接, 第三电容 C3的正极、 第二电感线圏 L2的另一端、 第四二极管 D4的负极与第五二极管 D5
的负极连接, 第五二极管 D5的正极与电源正极 VCC连接。
[43] 如图 10、 11所示, 第一二极管 D1选用 4148或 4001或 4005或 4007
, 第二电阻 R2阻值选用 1 Κ Ω到 3K Ω之间, 第一开关 SW1选用 A06-A-4.0或
A06-A-5.0, 第一三极管 Q1选用 8050或 9014, 第二二极管 D2选用 4001或
4005或 4007, 第一电感线圏 L1选用 60 Ω /800匝到 250 Ω /3000
匝之间, 第三二极管 D3选用 4148或 4001或 4005或 4007, 第二开关 SW2 选用 A06-A-4.0或 A06-A-5.0, 第三电阻 R3阻值选用 1K Ω到 3K
Ω之间, 第四电阻 R4阻值选用 0.5 Ω到 3K Ω之间, 第二电容 C2选用 47UF/16V 到 470UF/16V之间, 第二三极管 Q2选用 8050或 9014, 第三电容 C3选用 470UF/16V到 2000UF/16V之间或 470UF/25V到 2000UF/25V
之间, 第二电感线圏 L2选用 60 Ω /800匝到 250 Ω /3000匝之间, 第四二极管 D4和第五二极管 D5选用 4001或 4005或 4007。
[44] 本发明正常烘烤状态吋: 当使用者将手把 22压下, 使前滑架 21下移, 将开关 19接通, PCB电路得电后, 定吋电路输出端 A输出高电位, 第一三极管 Q1 和第二三极管 Q2导通, 前电感线圏 L2和后电感线圏 L1产生吸力, 前滑架 21 被保持在下方。 若使用带盖烘烤, 则按下后手把 4, 后滑架 12
下移, 圆弧形左盖 9a和圆弧形右盖 9
向烤面包炉面包槽方向移动, 当圆弧形左盖 9a和圆弧形右盖 9
两侧面闭合将面包槽盖住吋, 后滑架 12都被前电感线圏 L2和被后电感线圏 L1 产生的吸力保持在下方, 此吋, 电源正极 VCC通过第五二极管 D5给第三电容 C3充电, 定吋电路输出端 A输出的高电位, 通过第三二极管 D3和第三电阻 R3 给第二电容 C2
充电, 经过烘烤阶段, 当达到用户设定的烘烤吋间吋, 定吋电路输出端 A 输出一个低电位, 第一三极管 Q1翻转截止, 后电感线圏 L1失去吸力, 后滑架 12在复位拉簧 27的作用下弹起, 第一、 第二拨动件 5、 5a
上端部向外的凸缘离开左盖后支架 6a和右盖后支架 6的端部 6a - 1 、 6-1 向内弯折形成 90度凸缘, 盖在左拉伸弹簧 7a和右拉伸弹簧 7的拉力的作用下从 烤面包炉面包槽顶部打开, 此吋由于第二电容 C2
上的电压不能突变, 第二三极管 Q2仍然维持短暂导通, 第二电容 C2 经第四电阻 R4和第二三极管 Q2的基极到地放电, 当第二电容 C2
上的电压低于第二三极管 Q2的导通电压吋, 第二三极管 Q2
翻转截止, 前电感线圏 L2失去吸力, 经延吋后的前滑架 21在复位弹簧 26 的作用下升起, 完成了一个烘烤循环, 这样就解决了盖先打开, 面包后升起, 实现了盖与面包互不干涉的问题。
[45] 本发明烘烤过程中人为开盖状态吋: 有吋用户在烘烤过程中需要开盖査看面包 烘烤情况吋, 当用户按下第一开关 SW1键吋, 第一三极管 Q1
的基极为低电位, 第一三极管 Q1翻转截止, 后电感线圏 L1失去吸力, 后滑架 12在复位弹簧 27的作用下上升, 盖在左拉伸弹簧 7a和右拉伸弹簧 7 的作用下, 从烤面包炉面包槽顶部打开, 而第二三极管 Q2因第一二极管 D1 反偏不受影响。
[46] 本发明烘烤过程中人为终止烘烤状态吋: 有吋用户在烘烤过程中需要临吋终止 烘烤, 当用户按下第二开关 SW2键吋, 因第一三极管 Q1
的基极马上为低电位而截止, 后电感线圏 L1失去吸力, 后衔铁 13
离开电感线圏 L1, 后滑架 12在复位弹簧 27
的作用下弹起, 盖因此打开, 而第二三极管 Q2的基极电压因第二电容 C2 上的电压不能突变, 第二三极管 Q2仍然维持短暂导通, 第二电容 C2 经第四电阻 R4和第二三极管 Q2的基极到地放电, 当第二电容 C2
上的电压低于第二三极管 Q2的导通电压吋截止, 第二电感线圏 L2
失去吸力, 在前滑架 21复位弹簧 26的作用下, 前衔铁 17
被释放, 经延吋后的前滑架 21在复位弹簧 26
的作用下升起, 同样达到盖先开, 面包托架后升起的效果。
[47] 本发明突然停电终止烘烤状态吋: 有吋突然停电而终止烘烤, 此吋, 因第一三 极管 Q1因无电而不工作, 第一电感线圏 L1失去吸力, 后衔铁 13离开电感线圏 Ll, 后滑架 12在复位弹簧 27的作用下弹起, 盖因此打开。 而因第三电容 C3 和第二电容 C2上还存在一些电荷, 第二三极管 Q2
仍然维持短暂导通, 使第二电感线圏 L2维持短暂的工作, 直到第三电容 C3 放电到第二电感线圏 L2的吸力不足以克服前滑架 21
复位弹簧的作用力吋, 前衔铁 17被释放, 经延吋后的前滑架 21在复位弹簧 26 的作用下升起, 同样达到盖先开, 面包托架后升起的效果。

Claims

权利要求书
一种手动带盖烤面包炉, 包括设置有机架 (15) 的基座 (1
) , 机架 (15) 前端固定有竖直导向件 (10) , 竖直导向件 (10
) 与前滑架 (21 ) 形成滑动连接, 机架 (15
) 的前后端分别设置有前固定架 (11a) 和后固定架 (11
) 、 盖组件及控制电路, 其特征在于: 所述机架 (15
) 后端还設置有竖直导向件 (10) , 竖直导向件 (10
) 与后滑架 (12) 形成滑动连接, 后滑架 (12) 与基座 (1
) 上设有盖驱动机构。
根据权利要求 1
所述的手动带盖烤面包炉, 其特征在于: 所述盖驱动机构包括设置在 后滑架 ( 12 ) 上远离机架 ( 15 ) 外端面的衔铁支架 ( 8 ) 、 压块 (
3) 、 第一、 第二拨动件 (5、 5a) 及手把 (4) , 衔铁支架 (8
) 铰接有后衔铁 ( 13 ) , 压块 ( 3 ) 、 手把 ( 4 ) 与后滑架 ( I2
) 的外端面固定连接, 第一、 第二拨动件 (5、 5a
) 的下部与后滑架 (12) 固定连接, 机架 (15
) 后端的前折边或基座 ( 1 ) 后端上设有后电感线圏 ( 14
) 和开关 (2) , 后电感线圏 (14) 与后衔铁 (13
) 的位置上下对应, 压块 (3) 位于开关 (2) 的上方。
根据权利要求 1所述的手动带盖烤面包炉, 其特征在于:
所述盖驱动机构包括固定连接在后滑架 (12) 上远离机架 (15
) 外端面的挂片 (23) 、 压块 (3) 、 第一、 第二拨动件 (5、 5a
) 及手把 (4) , 第一、 第二拨动件 (5、 5a) 的下部与后滑架 (
12) 固定连接, 基座 (1 ) 或机架 (15) 后端固定有电感线圏 (18
) 和开关 (2) , 电感线圏 (18) 上铰接有衔铁 (17) , 衔铁 (
17) 上的挂钩 (17-1 ) 与后滑架 (12) 上的挂片 (23
) 位置上下对应, 压块 (3) 位于开关 (2) 的上方。
根据权利要求 2或 3 所述的手动带盖烤面包炉, 其特征在于: 所述竖直导向件 (10 ) 是立轴, 第一、 第二拨动件 (5、 5a ) 的上
端部向外弯折形成凸缘, 且上端部向外的凸缘位于左盖后支架 (6a ) 和右盖后支架 (6 ) 端部向内的凸缘 (6-1、 6a -1 ) 的上方。 根据权利要求 4
所述的手动带盖烤面包炉, 其特征在于: 所述立轴是一到四根。 根据权利要求 1
所述的手动带盖烤面包炉, 其特征在于: 所述控制电路为盖控制定吋 电路与前滑
架延吋电路, 前滑架延吋电路与盖控制定吋电路输出电路的线圏驱动 电路并联。
根据权利要求 6所述的手动带盖烤面包炉,
其特征在于: 盖控制定吋电路输出电路的线圏驱动电路的第一二极管 的正极与定吋电路的输出端 A
连接, 第一二极管的负极通过第二电阻与第一开关的一端和第一三极 管的基极连接, 第一开关的另一端和第一三极管的发射极与地连接, 第一三极管的集电极与第二二极管的正极和第一电感线圏的一端连接 , 第一电感线圏的另一端和第二二极管的负极与电源正极 VCC 连接。
根据权利要求 6
所述的手动带盖烤面包炉, 其特征在于: 前滑架延吋电路的第三二极 管的正极与定吋电路的输出端 A
、 第一二极管的正极、 第二开关的一端连接, 第三二极管的负极通过 第三电阻与第四电阻的一端、 第二电容的正极连接, 第二开关的另一 端与地连接, 第四电阻的另一端与第二三极管的基极连接, 第二电容 的负极和第二三极管的发射极接地, 第二三极管的集电极与第二电感 线圏的一端、 第四二极管的正极连接, 第三电容的正极、 第二电感线 圏的另一端、 第四二极管的负极 与第五二极管的负极连接, 第三电容的负极与地连接, 第五二极管的 正极与电源正极 VCC连接。
根据权利要求 6
所述的手动带盖烤面包炉, 其特征在于: 前滑架延吋电路的第三二极 管的正极与定吋电路的输出端 A
、 第一二极管的正极、 第二开关的一端连接, 第三二极管的负极通过 第三电阻与第四电阻的一端、 第二电容的正极连接, 第二开关的另一 端与地连接, 第四电阻的另一端与第二三极管的基极连接, 第二电容 的负极和第二三极管的发射极接地, 第二三极管的集电极与第三电容 的负极、 第二电感线圏的一端、 第四二极管的正极连接, 第三电容的 正极、 第二电感线圏的另一端、 第四二极管的负极
与第五二极管的负极连接, 第五二极管的正极与电源正极 VCC 连接。
根据权利要求 7-9任一项
所述的手动带盖烤面包炉, 其特征在于: 第一二极管选用 4148或
4001或 4005或 4007, 第二电阻阻值选用 1 Κ Ω到 3K
Ω之间, 第一开关选用 A06-A-4.0或 A06-A-5.0, 第一三极管选用
8050或 9014, 第二二极管选用 4001或 4005或 4007
, 第一电感线圏选用 60 Ω /800匝到 250 Ω /3000
匝之间, 第三二极管选用 4148或 4001或 4005或 4007
, 第二开关选用 A06-A-4.0或 A06-A-5.0, 第三电阻阻值选用 1K Ω到
3Κ Ω之间, 第四电阻阻值选用 0.5 Ω到 3Κ Ω之间, 第二电容选用
47UF/16V到 470UF/16V之间, 第二三极管选用 8050或 9014
, 第三电容选用 470UF/16V到 2000UF/16V之间或 470UF/25V到
2000UF/25V之间, 第二电感线圏选用 60 Ω /800匝到 250 Ω /3000 匝之间, 第四二极管和第五二极管选用 4001或 4005或 4007。
PCT/CN2009/071015 2008-08-07 2009-03-26 手动带盖烤面包炉 WO2010015154A1 (zh)

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EP2319378A1 (en) 2011-05-11
CN100591255C (zh) 2010-02-24
US20110132202A1 (en) 2011-06-09
US8631737B2 (en) 2014-01-21
EP2319378B1 (en) 2013-03-20
CN101336808A (zh) 2009-01-07
EP2319378A4 (en) 2012-11-07

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