CN1553080A - Stove regulator - Google Patents

Abstract

A regulator for cooking device has a ball, a transmission consisting of a pressure spring, a push lever, a tooth-bar, two gears, two actuating levers, and two valves. The ball is installed on the cooking rack and projected out. When a cooker is put on the rack, the ball is pressed down via transmission to actuate the both valves to control amounts of fuel and air to be inlet into the combustor. It can save fuel and labor.

Description

The stove and accessory adjusting device

Use the stove and accessory of cooked food at present, have that a kind of to need hair-dryer that wind is transported to burner combustion-supporting, it during use the fuel valve of opening stove and accessory earlier, allow fuel be transported to burner and light through pipeline, open hair-dryer again, make wind be transported to the air valve of stove and accessory through pipeline, the air valve output by stove and accessory enters the place through the wind that pipeline is transported to burner again, could cooked food.If in the process of cooked food, need keep in a fire, the most handy hand is regulated the air valve and the fuel valve of stove and accessory simultaneously.Yet the cook is in the cooked food process, especially cooking, when the utensil of picking up cooked food, leave before the stove circle, should regulate the air valve and the fuel valve of stove and accessory, the food that just will boil falls down toward the utensil of containing food, but the cook of this moment takes the utensil of cooked food owing to a hand, the another hand is taken the utensil that dips food, be busy with operation, it is stove and accessory had both been regulated in inconvenience repeatedly with hand air valve, fuel metering valve again, so be accustomed to, the fuel of leaving continue to keep big flow to enter burner in the furnace chamber internal combustion through pipeline, wind also continues to keep carrying to burner, so not only cause fuel to waste, also produce high temperature simultaneously, very undesirable.

The purpose of this invention is to provide and a kind ofly both made things convenient for the cook to operate, again can fuel metering and wind enter the stove and accessory adjusting device of burner in the furnace chamber internal combustion.

The object of the present invention is achieved like this, be drilled with the hole at Lu Quan, the bore dia of stove circle platform one side is greater than 0.02 millimeter of ball diameter---and 60 millimeters, the bore dia that is in inclined plane one side in the stove circle is less than 0.02 millimeter of ball diameter---and 90 millimeters, put into ball in the hole of stove circle, the bolt of two cover upper gaskets simultaneously is being connected capping with the stove circle platform of stove circle, and the stove circle is in the furnace chamber top.With bolt respectively with the first flange of two connecting rods and capping and control agent, the second flange is connecting, push rod has been inserted in the A adjusting nut successively, contiguous block, the A packing ring, spring, the B packing ring, one end of push rod screw thread screws in the second nut and screws in adjustable column, the A face of adjustable column passes the C through hole contact ball of capping, ball protrudes 160 millimeters of the interior inclined plane A---A0.02 millimeter---simultaneously of stove circle, bolt is with the first flange of contiguous block and control agent, the second flange is connecting, the through-hole diameter of contiguous block is greater than 0.02 millimeter of rod diameter---and 90 millimeters, the bulb of push rod is put into the heavy hole of semicircle of tooth bar, and bulb is to being by tapering transition all-in-one-piece between the push rod.One end of tooth bar screw thread screws in to be had the first nut and screws in the A adjusting nut, the A adjusting nut has the through-hole diameter of semicircle counterbore, A adjusting nut greater than 0.2 millimeter of rod diameter---40 millimeters and less than 0.2 millimeter of bulb diameter---40 millimeters, the other end of tooth bar inserts between A gear, second gear, the tooth engagement of A gear and tooth bar one side, the tooth engagement of second wheel and rack another side.The B gear shaft has been inserted in second closure member, thrust ball bearing, two radial ball bearings and second gear, and pin is being connected the threadless end of second closure member and B gear shaft, and the second closure member is in the second endoporus of air-valve body, is movingly.One end of the start and stop lever screw thread of a fuel adjusting valve screws in an end that the B nut is arranged and screw in an adjusting nut, one end of B gear shaft screw thread screws in the other end that the A nut is arranged and screw in this adjusting nut, and the start and stop lever other end of fuel adjusting valve is connected with the fuel adjusting valve.The A gear shaft has been inserted in two radial ball bearings and A gear, one end of the start and stop lever screw thread of another fuel adjusting valve screws in the D nut and screws in an end of another adjusting nut, one end of A gear shaft screw thread screws in the other end that the C nut is arranged and screw in this adjusting nut, the start and stop lever other end of this fuel adjusting valve is connected with the fuel adjusting valve, and two fuel adjusting valves are mounted in the gusset place of control agent.Totally two of the start and stop levers of fuel adjusting valve, totally two of adjusting nuts.The gusset of control agent has 4---and 8 microscler through holes are established for the fuel adjusting valve is installed, and the quantity of microscler through hole can increase as required, can also reduce.B gear shaft, A gear shaft all are in the first flange, second flange hole separately of control agent, and second gear, A gear portion are between the first flange, second flange of control agent.Between control agent first flange, the second flange tibet cinnamon bark is arranged.Bolt is being connected the air-valve body with control agent, the axis of air-valve body first endoporus is not more than 70 millimeters to the axis non-perpendicularity of control agent.The air-valve body that bolt will connect is being connected with the stove framing holder together with control agent.Bolt is being connected handle with the first pole shutoff, bolt is close to plate before with valve gap and stove and accessory and is being connected with the air-valve body, and bolt enters an end of pipeline that one end is being connected, the other end of this pipeline is being connected with the end that hair-dryer is discharged wind with air-valve body wind.Bolt is discharged the A end with an end of another pipeline with air-valve body wind and is being connected, and the other end of this pipeline is connected with the burner wind place of entering.When ball is not depressed, the A wind outlet of second closure member be facing the wind valve body second endoporus and the B wind outlet of second closure member is that valve body wind is discharged the third wind outlet of B end facing the wind, the second endoporus of second closure member and air-valve body is movingly, and the second closure member has A wind outlet, B wind outlet.In the A end that air-valve body wind is discharged first wind outlet, second wind outlet are arranged, the A through hole direction that the B end that air-valve body wind is discharged is close to plate before the stove and accessory is close to the B end diameter that the A through-hole diameter of plate is discharged greater than air-valve body wind before the stove and accessory.In the B end that air-valve body wind is discharged the third wind outlet, fourth wind outlet are arranged.The first closure member is in the first endoporus of air-valve body, is movingly.When the first closure member was in opening, the A hole of first closure member was that the B hole of the first hole of valve body facing the wind, first closure member is a valve body second endoporus facing the wind.The control agent of this device is that can to rotate the back bolted with the air-valve body and function, and A gear both can be in the top of second gear, also can be in the below of second gear, and A gear meshes with the tooth engagement of tooth bar one side, the tooth of second wheel and rack another side, and is all effective.Stove and accessory is equipped with two fuel valves that use for different fuel, two valves that use equal fuel can certainly be installed, fuel is to be transported to the input of two fuel valves of stove and accessory respectively, to be transported to the input of two fuel adjusting valves through pipeline by output place of two fuel valves of stove and accessory again through pipeline, output place of two fuel adjusting valves is being connected with an end of two pipelines respectively, the other end of these two pipelines is to be connected with the fuel place of entering, two places of a burner, this burner two kinds of different fuels that can burn.Burner is to be in fuel discharge place furnace chamber below, burner and wind discharge place is in the furnace chamber.Stove and accessory also can only be installed a fuel valve, also can a fuel adjusting valve only be installed at the gusset of control agent, the start and stop lever of this fuel adjusting valve is can be with any connection of two adjusting nuts, if just fuel is transported to the input of a fuel valve of stove and accessory like this by a pipeline, output place of this stove and accessory fuel valve is connected with an end of a pipeline, the other end of pipeline is to be connected with the input of a fuel adjusting valve, and output place of this fuel adjusting valve is connected with an end of another pipeline, the other end of this pipeline is to enter a required place with burner fuel to be connected.

When cook's cooked food, open a required stove and accessory fuel valve earlier, allow big flow fuel be transported to the fuel adjusting valve through pipeline, obtain the adjusting of fuel adjusting valve, output low discharge fuel enters burner through pipeline, and light, open the power supply of hair-dryer again, hair-dryer is started, and the first closure member of unlatching air-valve body, at this moment wind is to discharge from the B end of air-valve body, the cook is put into the profit of inclined plane one side in the stove circle by the utensil with cooked food, the power of adding some points of taking advantage of a situation makes the utensil of cooked food that ball is depressed, spring is compressed, ball promotes push rod and rack drives A gear, the A gear shaft, the second gear, the B gear shaft, all rotate simultaneously with the start and stop lever and the second closure member of two fuel adjusting valves, make the fuel adjusting valve export big flow fuel when pipeline enters burner, wind also simultaneously enters burner through pipeline, thereby reach the required requirement of cooked food, in case the cook picks up the utensil of cooked food and leaves the stove circle, the spring of this device promotes push rod drive tooth bar immediately and moves toward the ball direction, because the bore dia of inclined plane one side blocks ball less than the ball diameter in the stove circle, in this process, the rack drives A gear, the A gear shaft, the second gear, the B gear shaft, rotate simultaneously with the start and stop lever and the second closure member of two fuel adjusting valves, thereby return to the state when ball not being depressed, and reach the effect that keeps in a fire.The adjustable column of this device, A adjusting nut and two adjusting nuts can mix up as required in advance.Also the fuel adjusting valve can be transferred to and close, and establish stove and accessory fuel valve control low discharge fuel in addition and enter the furnace chamber burning through another pipeline, and obtain keeping in a fire.If refuelling is just closed the stove and accessory fuel valve of former unlatching, and then open another stove and accessory fuel valve and just can continue cooked food, not only convenient but also quick.

Owing to adopt such scheme, both solve fuel metering and wind and entered burner in the furnace chamber internal combustion, saved fuel again, also alleviate cook's labour intensity, thereby increase work efficiency.

Concrete structure of the present invention is provided by following embodiment and accompanying drawing thereof.

Fig. 1 is the A that Fig. 2 amplifies---A cutaway view, stove circle (104) section that draws, and the part control agent (26) that draws is being connected with stove framing holder (74).

Fig. 2 is that stove and accessory adjusting device air-valve body of the present invention (1) is in the installation diagram that the left side, control agent (26) are in the right, stove circle (104) section that draws, and the muscle (204) of control agent (26) draws by symmetry.

After Fig. 3 was control agent (26) rotation of stove and accessory adjusting device of the present invention, A gear (34) was in the structural map of second gear (48) below, stove circle (104) section that draws, and the part control agent (26) that draws is being connected with stove framing holder (74).

Fig. 4 be stove and accessory adjusting device of the present invention by the utensil of cooked food (214) draw part section, with ball (103) when depressing, the A wind outlet (64) of second closure member (55) valve body (1) wind is facing the wind discharged the first wind outlet (16) of A end (11) and the B wind outlet (65) of second closure member (55) is the structural map of the second endoporus (63) of valve body (1) facing the wind, stove circle (104) section that draws.

Fig. 5 is the B that Fig. 2 amplifies---the B partial sectional view.

Fig. 6 is the C that Fig. 2 amplifies---the C partial sectional view.

Fig. 7 is contiguous block (a 127) front view.

Fig. 8 is the A of Fig. 7---the A cutaway view.

Fig. 9 is that air-valve body (1) is in the right, control agent (26) is in the partial view that is close to plate (19) before the required stove and accessory in the left side.

Figure 10 is briquetting (a 184) front view.

Figure 11 is the mansion view of Figure 10.

Figure 12 is the D of Figure 11---the D profile.

Figure 13 is connecting rod (a 80) front view.

Figure 14 is the C of Figure 13---the C cutaway view.

Figure 15 is the C of Figure 16---the C cutaway view.

Figure 16 is the D of Figure 15---the D revolved sectional view.

Figure 21 is the A of Figure 17---the A cutaway view.

Figure 22 is the cutaway view after air-valve body (1) assembles with second closure member (55), and axis (199) angle that the axis (198) of air-valve body (1) wind that draws discharge B end (18) is discharged A end (11) to air-valve body (1) wind is a negative angle.

Figure 23 is that air-valve body (1) is in the right, control agent (26) is in required air-valve body (1) front view in the left side.

Figure 24 is the C of Figure 23---the C cutaway view.

Figure 25 is control agent (a 26) front view.

Figure 26 is the left view of Figure 25.

Figure 27 is the Z of Figure 25---the Z part sectioned view.

Figure 28 is the N of Figure 25---the N part sectioned view.

Figure 29 is that the F of Figure 25 is to partial view.

Figure 30 is the A of Figure 26---the A compound sectional view, and muscle (204) draws by symmetry, and gusset (202) has 4---8 microscler through holes (203) (6 centers of only drawing among the figure, one of them complete drawing).

Figure 31 is the C of Figure 25---the C cutaway view.

Figure 32 is the D of Figure 25---the D cutaway view.

Figure 33 is the F of Figure 32---the F part sectioned view.

Figure 34 is the C of Figure 32---the C part sectioned view.

Figure 35 is the B of Figure 25---the B cutaway view.

Figure 36 is the E of Figure 25---the E cutaway view.

Figure 37 is the A of Figure 36---A rotates part sectioned view.

Figure 38 is the B of Figure 36---the local compound section figure of B.

Figure 39 is hole (108) stove circle (104) front view that (218) maintain an equal level with inclined plane one side (107) in the adjacent stove circle in 220 millimeters scopes on every side that is in inclined plane one side (107) in the stove circle.

Figure 40 is the C of Figure 39---the C profile.

Figure 41 is the D of Figure 39---the D rotation profile.

Figure 42 is the E of Figure 40---E rotates part sectioned view.

Figure 43 is the partial rear view of Figure 39.

Figure 44 is valve gap (a 148) front view.

Figure 45 is the A of Figure 44---the A revolved sectional view.

Figure 46 is the C of Figure 47---the C cutaway view.

Figure 47 is the B of Figure 46---the B cutaway view.

Figure 48 is first closure member (a 146) front view.

Figure 49 is the A of Figure 48---the A profile.

Figure 50 is the B of Figure 48---the B cutaway view.

Figure 51 is the D of Figure 52---the D revolved sectional view.

Figure 52 is the C of Figure 51---the C cutaway view.

Figure 53 is A adjusting nut (a 122) front view.

Figure 54 is the A of Figure 53---the A cutaway view.

Figure 55 is tooth bar (a 117) front view.

Figure 56 is the right view of Figure 55.

Figure 57 is the B of Figure 55---the B cutaway view.

Figure 58 is A gear (a 34) front view.

Figure 59 is the A of Figure 58---the A cutaway view.

Figure 60 is second gear (a 48) front view.

Figure 61 is the B of Figure 60---the B cutaway view.

Figure 62 is that air-valve body (1) is in the right, control agent (26) is in required stove framing holder (74) partial view in the left side.

Figure 63 is B gear shaft (a 45) front view.

Figure 64 is the B of Figure 63---the B cutaway view.

Figure 65 is the C of Figure 63---the C cutaway view.

Figure 66 is A gear shaft (a 31) front view.

Figure 67 is the D of Figure 66---the D cutaway view.

Figure 68 is the E of Figure 66---the E cutaway view.

Figure 69 is start and stop lever (192) partial view of fuel adjusting valve.

Figure 70 is the B of Figure 69---the B cutaway view.

Figure 71 is that stove and accessory adjusting device of the present invention, air-valve body (1) are in the right, control agent (26) is in the installation diagram part on the left side.

Figure 72 is that the E that amplifies of Fig. 2, Figure 71 is to partial view.

Figure 73 is the view that pin (57) has partial cutaway.

Figure 74 is adjusting nut (a 195) front view.

Figure 75 is the A of Figure 74---the A cutaway view.

Figure 76 is ball (a 103) front view.

Figure 77 is the partial enlarged drawing of Figure 76.

Figure 78 is adjustable column (a 133) front view.

Figure 79 is the A of Figure 78---the A cutaway view.

Figure 80 is push rod (a 120) front view.

Figure 81 is the right view of Figure 80.

Figure 82 is the C of Figure 80---the C profile.

Figure 83 is that air-valve body (1) is in the left side, control agent (26) and is in the partial view that is close to plate (19) before the required stove and accessory in the right.

Figure 84 is the I partial enlarged drawing of Figure 83.

Figure 85 is the D of Figure 23---the D cutaway view.

Figure 86 is that the B of Figure 23 is to partial view.

Figure 87 be the part draw hole (108) that stove circle (104) is in inclined plane one side (107) in the stove circle on every side (218) in 220 millimeters scopes, protrude the view of inclined plane one side (107) in the adjacent stove circle.

Figure 88 is the A of Figure 87---the A part sectioned view.

Figure 89 is that the D that amplifies of Fig. 2 is to partial view.

Figure 90 is that air-valve body (1) is in the left side, control agent (26) is in required stove framing holder (74) front view in the right.

Figure 91 is the A of Figure 90---the A profile.

Figure 92 is the C of Figure 90---the C part sectioned view.

Figure 93 is the B of Figure 90---the B profile.

Figure 94 is the D of Figure 90---the D partial sectional view.

Figure 95 is capping (a 90) front view.

Figure 96 is the left view of Figure 95.

Figure 97 is the A of Figure 95---the A cutaway view.

Figure 98 is that the E of Figure 17 is to partial view.

This device comprises air-valve body (1), bolt (2), (3) screw in the screw (5) that air-valve body (1) wind enters an end (4) respectively, (6) end (8) of pipeline (7) being entered an end (4) with air-valve body (1) wind is being connected, the other end of pipeline (7) is (not the drawing among the figure) that is connected with an end of hair-dryer discharge wind, bolt (9), (10) screw in the screw (12) that air-valve body (1) wind is discharged A end (11) respectively, (13) end (15) of pipeline (14) is discharged A end (11) with air-valve body (1) wind and be connected, the other end of this pipeline (14) is (not the drawing among the figure) that is connected with the wind place of entering of burner.Burner is to be in fuel discharge place furnace chamber below, burner and wind discharge place is (not the drawing among the figure) that is in the furnace chamber.Air-valve body (1) wind is discharged in the A end (11) first wind outlet (16), second wind outlet (17), air-valve body (1) wind is discharged A through hole (20) direction that B end (18) is close to plate (19) before the stove and accessory, and wind is discharged B end (18) to be had screw (21), (22) can connecting pipe to be close to the A through hole (20) of plate (19) before stove and accessory and wind discharged outside the stove and accessory (do not draw among the figure).Air-valve body (1) wind is discharged in the B end (18) the third wind outlet (23), fourth wind outlet (24).With radial ball bearing (25) totally 4 two of merely hitting put into the hole (28) of control agent (26) first flange (27) respectively, in the hole (30) of second flange (29), the through hole (33) that the threadless end of A gear shaft (31) (32) is passed a radial ball bearing (25) and first flange (27) passes the through hole (35) of A gear (34) again, A gear (34) has keyway (36), the keyway (37) of A gear shaft (31) locates to be placed with flat key (38), pass from another radial ball bearing (25) again, A gear shaft (31) is in the through hole (33) of the through hole (39) of control agent (26) second flange (29) and first flange (27), be screwed into the pit (42) of A gear shaft (31) from the screw (41) of A gear (34) with bolt (40), and tighten, other two radial ball bearings (25) are put into the hole (43) of control agent (26) first flange (27), in the hole (44) of second flange (29), the through hole (47) of the threadless end of B gear shaft (45) (46) from a radial ball bearing (25) and first flange (27), pass with the through hole (49) of second gear (48), second gear (48) has keyway (50), the keyway (51) of B gear shaft (45) locates to be placed with flat key (52), through hole (53) from another radial ball bearing (25) and second flange (29) passes again, pass thrust ball bearing (54) again, locate to penetrate to the hole (56) of second closure member (55) again, pin (57) is in the pin-and-hole (59) of the pin-and-hole (58) that is in second closure member (55) and B gear shaft (45), be screwed into the pit (62) of B gear shaft (45) with bolt (60) from the screw (61) of second gear (48), and tighten.Second closure member (55) is put in the second endoporus (63) of air-valve body (1), second closure member (55) is that A wind outlet (64) is arranged, B wind outlet (65), a through hole (68) that passes control agent (26) second flange (29) with the bolt (67) of a cover upper gasket (66) is screwed into a screw (69) of air-valve body (1) and locates, the bolt (71) that overlaps upper gasket (70) with another another through hole (72) of passing the second flange (29) of control agent (26) another screw (73) of being screwed into air-valve body (1) is located again, the air-valve body (1) that connected and control agent (26) is put into stove framing holder (74) together locates.The axis (76) of air-valve body (1) first endoporus (75) is not more than 70 millimeters to axis (77) non-perpendicularity of control agent (26).The through hole (81) that passes connecting rod (80) one ends with the bolt (79) of a cover upper gasket (78) is screwed into the screw (82) of control agent (26) first flange (27) and locates, and the bolt (84) that overlaps upper gasket (83) with the another through hole (81) that passes another connecting rod (80) the one ends screw (87) that is screwed into control agent (26) second flange (29) is located again.Pass the C groove (92) of capping (90) A end (91) and the through hole (93) of a connecting rod (80) other end overlaps upper gasket (94) again and screws in nut (95) with the bolt (89) of a cover upper gasket (88), the bolt (97) that overlaps upper gasket (96) with another passes the D groove (99) of capping (90) B end (98) and the through hole (93) of another connecting rod (80) other end overlaps upper gasket (101) and screw-in nut (102) more again.Totally two on connecting rod (80).With ball (103) from hole (106) diameter of the stove circle platform of stove circle (104) one side (105) greater than 0.02 millimeter of ball (103) diameter---put into for 60 millimeters, hole (108) diameter that is in inclined plane one side (107) in the stove circle is less than 0.02 millimeter of ball (103) diameter---90 millimeters.The hole (108) that is in inclined plane one side (107) in the stove circle on every side (218) in 220 millimeters scopes, be to maintain an equal level to protruding (107) 60 millimeters of inclined plane one sides in the adjacent stove circle with inclined plane one side (107) in the adjacent stove circle.The B nonparallelism is not more than 70 millimeters to the A of inclined plane one side (107) in the stove circle---A is to B of stove circle platform one side (105)---.The A through hole (111) that a bolt (110) of grip upper gasket (109) passes capping (90) is screwed into the screw (112) of stove circle platform one side (105) and locates, again the B through hole (115) that passes capping (90) with the another bolt (114) of cover upper gasket (113) be screwed into stove circle platform simultaneously another screw (116) of (105) locate.Stove circle (104) is (not the drawing among the figure) that is in the furnace chamber top.End (118) to tooth bar (117) screw thread screws in first nut (119), the through hole (123) of one end (121) of push rod (120) screw thread from A adjusting nut (122) passed, A adjusting nut (122) has semicircle counterbore (124), through hole (123) diameter of A adjusting nut (122) is greater than 0.2 millimeter of push rod (120) diameter---40 millimeters and less than 0.2 millimeter of bulb (125) diameter---40 millimeters, bulb (125) between the push rod (120) by tapering (217) transition all-in-one-piece.The bulb (125) of push rod (120) is put into the heavy hole of semicircle (126) of tooth bar (117), and A adjusting nut (122) is located to screw in to an end (118) of tooth bar (117) screw thread.One end (121) of push rod (120) the screw thread through hole (128) from contiguous block (127) is passed, and through hole (128) diameter of contiguous block (127) is greater than 0.02 millimeter of push rod (120) diameter---and 90 millimeters.And to the end (121) of push rod (120) screw thread be inserted in A packing ring (129), spring (130), B packing ring (131) successively and screw in second nut (132) and screw in adjustable column (133), adjustable column (133) has screw (215).With the other end (134) of tooth bar (117) from inserting between A gear (34), the second gear (48), A gear (34) both can be in the top of second gear (48), also can be in the below of second gear (48), make A gear (34) and tooth bar (117) simultaneously (135) the tooth engagement,, the tooth engagement of second gear (48) and tooth bar (117) another side (136).With hand second nut (132) is pushed away toward tooth bar (117) direction, make the A face (216) of adjustable column (133) pass C through hole (137) the contact ball (103) of capping (90), 160 millimeters of the A---A0.02 millimeter---of ball (103) the protrusion stove interior inclined plane one side of circle (107), C through hole (137) diameter of capping (90) is greater than 0.02 millimeter of adjustable column (133) diameter---60 millimeters.A through hole (140) that passes contiguous block (127) with the bolt (139) of cover upper gasket (138) is screwed into the screw (141) of control agent (26) first flange (27) and locates, and the bolt (143) that overlaps upper gasket (142) with another another through hole (144) of passing contiguous block (127) screw (145) of being screwed into control agent (26) second flange (29) is located again.The first pole shutoff (147) of first closure member (146) through hole (149) from valve gap (148) is passed, put into spring (152) and ball (153) is inserted in the B hole (154) of handle (150) first pole shutoff (147) again, screw (155) is located to screw in and tighten to the screw (156) of handle (150) and the screw (157) of first pole shutoff (147) to the A hole (151) of handle (150).One end (158) of first closure member (146) is passed the first endoporus (75) that the B through hole (159) that is close to plate (19) before the stove and accessory is put into air-valve body (1), with a bolt (160) pass be close to plate (19) before the through hole (161) of valve gap (148) and the stove and accessory B through hole (159) more aweather the screw (162) of valve body (1) screw in, the B through hole of using another bolt (163) to pass again to be close to plate (19) before another through hole (164) of valve gap (148) and the stove and accessory (159) more aweather another screw of valve body (1) (165) screw in.Valve gap (148) is drilled with 5 pits (166).When first closure member (146) when being in opening, the A hole (167) of first closure member (146) is that valve body (1) first hole (168), first closure member (146) facing the wind B hole (169) is valve body (a 1) second endoporus (63) facing the wind.Bolt (171) with a cover upper gasket (170) passes a through hole (172) of stove framing holder (74) and a groove (173) of air-valve body (1) overlaps upper gasket (174) again and screws in nut (175), and the bolt (177) that overlaps upper gasket (176) with another passes another through hole (178) of stove framing holder (74) and another groove (179) of air-valve body (1) overlaps upper gasket (180) again and screws in nut (181) again.Passing the through hole (185) of briquetting (184) and the A through hole (186) of control agent (26) and the through hole (187) of stove framing holder (74) with the bolt (183) that overlaps upper gasket (182) overlaps upper gasket (188) again and screws in nut (189).With A nut (190) screw in B gear shaft (45) screw thread an end (191), screw in B nut (194) and screw in an end of an adjusting nut (195) to the end (193) of start and stop lever (192) screw thread of a fuel adjusting valve (not drawing among the figure), the other end of this adjusting nut (195) is to locate to screw in to an end (191) of B gear shaft (45) screw thread.C nut (196) is screwed in the end (197) of A gear shaft (31) screw thread, to the end (193) of start and stop lever (192) screw thread of another fuel adjusting valve (not drawing among the figure) screw in D nut (200) and screw in an end of another adjusting nut (195), the other end of this adjusting nut (195) is located to screw in to A gear shaft (31) screw thread one end (197).Totally two of adjusting nuts (195), totally two of the start and stop levers of fuel adjusting valve (192).The gusset (202) of control agent (26) has 4---8 microscler through holes (203), (6 centers of drawing among the figure, complete drawing in the tool) for being installed, establishes in two fuel adjusting valves (not drawing among the figure) face, the quantity of microscler through hole (203) can increase as required, can also reduce, and is all effective.Between control agent (26) first flange (27), the second flange (29) tibet cinnamon bark (204) is arranged.When the A wind outlet (64) of ball (103) when not being depressed, second closure member (55) be facing the wind valve body (1) second endoporus (63) and the B wind outlet (65) of second closure member (55) is that valve body (1) wind is discharged the third wind outlet (23) of B end (18) facing the wind.The screw (205) of control agent (26) first flange (27), (206), the screw (207) of second flange (29), (208), through hole (85), (86) and B through hole (209), the screw (100) of air-valve body (1), (201), be after control agent (26) rotation, also can be that air-valve body (1) is in the right, control agent (26) is in the left side, A gear (34) is in the below of second gear (48), A gear (34) and the simultaneously tooth engagement of (135) of tooth bar (117), when meshing, just uses in the tooth of second gear (48) and tooth bar (117) another side (136), and also in full force and effect.The same axis (210) in the hole (108) of inclined plane one side (107) is not more than 60 millimeters to the non-perpendicularity of stove circle platform one side (105) in the hole (106) of stove circle platform one side (105) and the stove circle, and is more suitable.Have inward flange (211) that stove circle platform one side (105) locates to the distance of stove circle center line (212), less than stove circle inward flange (213) to 3 millimeters of stove circle center line (212) distances---160 millimeters.Capping (90) has A end (91), C groove (92), B end (98), D groove (99), A through hole (111), B through hole (115), C through hole (137), first closure member (146), second closure member (55) are arranged in the air-valve body (1), A wind outlet (64) area of second closure member (55) adds that B wind outlet (65) draws long-pending summation, is 0.1 times of A hole (167) area of first closure member (146) summation that adds B hole (169) area---9 times, practical.270 ° of negative angles that air-valve body (1) wind is discharged axis (199) angle that the axis (198) of B end (18) discharges A end (11) to air-valve body (1) wind and both can have been made 0 °---270 ° of positive angles, also can make 0 °---are all effective.This device both can have been made air-valve body (1) and be in the left side, control agent (26) and be in the right, also can make that air-valve body (1) is in the right, control agent (26) is in the left side, and was all in full force and effect.

Claims (10)

1. the used a kind of stove and accessory adjusting device of cooked food, bolt (155) is being connected handle (150) with first pole shutoff (147), two bolts are close to plate (19) before with valve gap (148) and stove and accessory and are being connected with air-valve body (1), the other end of pipeline (7) is to be connected with an end of hair-dryer air draft, the other end of pipeline (14) is to be connected with the wind place of entering of burner, it is characterized in that: the bolt of two cover upper gaskets is being connected capping (90) with the stove circle platform one side (105) of stove circle (104), capping (90) has A end (91), C groove (92), B holds (98), D groove (99), A through hole (111), B through hole (115), C through hole (137), stove circle (104) has inclined plane one side (107) in the stove circle, the hole (108) of inclined plane one side (107) in the stove circle, the B-B of stove circle platform-face (105), the hole (106) of stove circle platform-face (105), screw (112), (116), the inward flange (211) that has stove circle platform-face (105) to locate, stove circle inward flange (213), stove circle center line (212), the same axis (210) in the hole (108) of inclined plane one side (107) in the hole (106) of stove circle platform one side (105) and the stove circle, hole (106), ball (103) is arranged between the hole (108), bolt is being connected the first flange (27) of a connecting rod (80) with capping (90) A end (91) and control agent (26), bolt is being connected the second flange (29) of another connecting rod (80) with capping (90) B end (98) and control agent (26), totally 2 on connecting rod (80), push rod (120) has been inserted in A adjusting nut (122) successively, contiguous block (127), A packing ring (129), spring (130), B packing ring (131), one end (121) of push rod (120) screw thread screws in second nut (132) and screws in adjustable column (133), adjustable column (133) has screw (215), the A face (216) of adjustable column (133) passes C through hole (137) the contact ball (103) of capping (90), 160 millimeters of the A---A0.02 millimeter---of ball (103) the protrusion stove interior inclined plane one side of circle (107), C through hole (137) diameter of capping (90) is greater than 0.02 millimeter of adjustable column (133) diameter---60 millimeters, the bolt of two cover upper gaskets is with the first flange (27) of contiguous block (127) with control agent (26), second flange (29) is connecting, through hole (128) diameter of contiguous block (127) is greater than 0.02 millimeter of push rod (120) diameter---and 90 millimeters, the bulb (125) of push rod (120) is put into the heavy hole of semicircle (126) of tooth bar (117), bulb (125) is to being by tapering (217) transition all-in-one-piece between the push rod (120), one end (118) of tooth bar (117) screw thread screws in first nut (119) and screws in A adjusting nut (122), A adjusting nut (122) has semicircle counterbore (124), through hole (123) diameter of A adjusting nut (122) is greater than 0.2 millimeter of push rod (120) diameter---and 40 millimeters, the other end (134) of tooth bar (117) is from A gear (34), insert between the second gear (48), A gear (34) and the simultaneously tooth engagement of (135) of tooth bar (117), second gear (48) meshes with the tooth of tooth bar (117) another side (136), the threadless end of B gear shaft (45) (46) has been inserted in second closure member (55), thrust ball bearing (54), two radial ball bearings (25) and second gear (48), second gear (48) has strong groove (50), pin (57) is in the pin-and-hole (59) of the pin-and-hole (58) of second closure member (55) and B gear shaft (45), second closure member (55) is in the second endoporus (63) of air-valve body (1), one end (193) of the start and stop lever of a fuel adjusting valve (192) screw thread screws in B nut (194) and screws in the end of an adjusting nut (195), one end (191) of B gear shaft (45) screw thread screws in A nut (190) and screws in the other end of this adjusting nut (195), the keyway (51) of B gear shaft (45) locates to be placed with flat key (52), B gear shaft (45) is in the through hole (47) of the through hole (53) of control agent (26) second flange (29) and first flange (27), bolt (60) is screwed into the pit (62) of B gear shaft (45) from the screw (61) of second gear (48), A gear shaft (31) has been inserted in two radial ball bearings (25) and A gear (34), A gear (34) has keyway (36), one end (193) of start and stop lever (192) screw thread of another fuel adjusting valve screws in D nut (200) and screws in an end of another adjusting nut (195), one end (197) of A gear shaft (31) screw thread screws in C nut (196) and screws in the other end of this adjusting nut (195), totally 2 of adjusting nuts (195), totally 2 of the start and stop levers of fuel adjusting valve (192), the keyway (37) of A gear shaft (31) locates to be placed with flat key (38), A gear shaft (31) is in the through hole (33) of the through hole (39) of control agent (26) second flange (29) and first flange (27), bolt (40) is screwed into the pit (42) of A gear shaft (31), A gear (34) from the screw (41) of A gear (34), second gear (48) all is the first flange (27) that is in control agent (26), between the second flange (29), the bolt of two cover upper gaskets is being connected air-valve body (1) with control agent (26), the axis (76) of air-valve body (1) first endoporus (75) is not more than 70 millimeters to axis (77) non-perpendicularity of control agent (26), the bolt of two cover upper gaskets is being connected with stove framing holder (74) air-valve body (1) with nut screwing clamping, the bolt of a cover upper gasket is being connected with stove framing holder (74) briquetting (184) and control agent (26) with nut screwing clamping, second closure member (55) is that A wind outlet (64) is arranged, B wind outlet (65) when ball (103) when not being depressed, the A wind outlet (64) of second closure member (55) is valve body (a 1) second endoporus (63) facing the wind, and the B wind outlet (65) of second closure member (55) is that valve body (1) wind is discharged the third wind outlet (23) that B holds (18) facing the wind, second closure member (55) is movingly with air-valve body (1) second endoporus (63), and two bolts are discharged A end (11) with an end (15) of pipeline (14) with air-valve body (1) wind and are being connected, and air-valve body (1) wind is discharged in the A end (11) first wind outlet (16), second wind outlet (17), axis (199) angle that the axis (198) of air-valve body (1) wind discharge B end (18) is discharged A end (11) to air-valve body (1) wind is 0 °---270 ° of positive angles, air-valve body (1) wind is discharged A through hole (20) direction that B end (18) is close to plate (19) before the stove and accessory, air-valve body (1) wind is discharged in the B end (18) the third wind outlet (23), fourth wind outlet (24), first closure member (146) are in the first endoporus (75) of air-valve body (1), be movingly, when first closure member (146) when being in opening, the A hole (167) of first closure member (146) is valve body (1) first hole (168) facing the wind, the B hole (169) of first closure member (146) is valve body (a 1) second endoporus (63) facing the wind, two bolts are with the end (8) of pipeline (7). and enter an end (4) with air-valve body (1) wind and be connected, the gusset (202) of control agent (26) has 4---8 microscler through holes (203), control agent (26) first flange (27), tibet cinnamon bark (204) is arranged between the second flange (29), control agent (26) has A through hole (186), B through hole (209), the first flange (27) porose (28) of control agent (26), (43), through hole (33), (47), screw (82), (205), (141), (206), the second flange (29) porose (30) of control agent (26), (44), through hole (39), (53), (68), (72), (85), (86), screw (87), (145), (207), (208), air-valve body (1) has screw (5), (6), (12), (13), (21), (22), (69), (73), (162), (165), (100), (201) and a groove (173), another groove (179).

2. device according to claim 1 is characterized in that: the same axis (210) in the hole (108) of inclined plane one side (107) is not more than 60 millimeters to the non-perpendicularity of stove circle platform one side (105) in the hole (106) of stove circle platform one side (105) and the stove circle.

3. device according to claim 1 is characterized in that: the A of inclined plane one side (107) in the stove circle---A is not more than 70 millimeters to the B-B nonparallelism of stove circle platform one side (105).

4. device according to claim 1 is characterized in that: have inward flange (211) that stove circle platform one side (105) locates to the distance of stove circle center line (212), be less than stove circle inward flange (213) to 3 millimeters of stove circle center line (212) distances---160 millimeters.

5. device according to claim 1, it is characterized in that: first closure member (146), second closure member (55) are arranged in the air-valve body (1), A wind outlet (64) area of second closure member (55) add B wind outlet (65) area summation, be 0.1 times of A hole (167) area of first closure member (146) summation that adds B hole (169) area---9 times.

6. device according to claim 1 is characterized in that: air-valve body (1) is being connected with control agent (26), and air-valve body (1) is in the left side, control agent (26) is in the right.

7. device according to claim 1 is characterized in that: air-valve body (1) is being connected with control agent (26), and air-valve body (1) is in the right, control agent (26) is in the left side.

8. device according to claim 1 is characterized in that: axis (199) angle that the axis (198) of air-valve body (1) wind discharge B end (18) is discharged A end (11) to air-valve body (1) wind is 0 °---270 ° of negative angles.

9. device according to claim 1 is characterized in that: the hole (108) that is in inclined plane one side (107) in the stove circle on every side (218) in 220 millimeters scopes, be to maintain an equal level to protruding in the adjacent stove circle (107) 60 millimeters of inclined plane one sides with inclined plane one side (107) in the adjacent stove circle.

10. device according to claim 1, it is characterized in that: hole (106) diameter of stove circle platform one side (105) is greater than 0.02 millimeter of ball (103) diameter---and 60 millimeters, hole (108) diameter that is in inclined plane one side (107) in the stove circle is less than 0.02 millimeter of ball (103) diameter---and 90 millimeters.

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