CN203913172U - A kind of alimentary paste machine - Google Patents
A kind of alimentary paste machine Download PDFInfo
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- CN203913172U CN203913172U CN201420202316.4U CN201420202316U CN203913172U CN 203913172 U CN203913172 U CN 203913172U CN 201420202316 U CN201420202316 U CN 201420202316U CN 203913172 U CN203913172 U CN 203913172U
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Abstract
The utility model relates to a kind of alimentary paste machine, comprise pedestal, flour agitator and juicer, in pedestal, be provided with high low speed driving mechanism, this mechanism adopts Purely mechanical to realize rotating speed switching, high speed low torque and low speed and large torque output can be provided, the lower house of pedestal comprises: the first bottom surface and the second bottom surface, in the time that the first bottom surface is placed in the plane down, flour agitator is placed in upper shell, in the time that the second bottom surface is placed in the plane down, juicer is placed in upper shell, and shrinks in to lower compression power output shaft to pedestal.Alimentary paste machine described in the utility model, simple in structure, easy to operate, user is required low, in pedestal, be provided with high low speed driving mechanism, adopt Purely mechanical to realize rotating speed and switch, realize two kinds of power way of outputs of high speed low torque and low speed and large torque, can meet respectively and face, extruding noodles function and the function of squeezing the juice, reduce the volume of driving mechanism and mixing plant, reduce manufacturing cost.
Description
Technical field
The utility model relates to kitchen mixing plant, is a kind of alimentary paste machine specifically.Described alimentary paste facility have and face, extruding noodles function and the function of squeezing the juice, and change after corresponding die head, also can push the food materials such as dumpling wrapper.
Background technology
Along with the continuous research and development of small household appliances, universal, kitchen small household appliances make rapid progress, and constantly weed out the old and bring forth the new, and the work of a lot of loaded down with trivial details kitchens is simplified, and have brought facility to user.
Flour stranding machine, juice extractor are very common kitchen small household appliances, the in use rotating speed difference of the mixing component of the two, and rotational speed regulation, control mode and principle are also variant, therefore the driving mechanism of existing flour stranding machine, juice extractor (referring to the driving mechanism of mixing component) can not be general.
When hope realize noodles, while squeezing the juice all-in-one, in machine, need to arrange two cover driving mechanisms, meet respectively and face, extruding noodles function and the function of squeezing the juice, this has caused manufacturing cost large, rotational speed regulation control complexity, and the noodles of two cover driving mechanisms are set, the all-in-one volume of squeezing the juice is large, be not easy to put, use.
Utility model content
For the defect existing in prior art, the purpose of this utility model is to provide a kind of alimentary paste machine, simple in structure, easy to operate, user is required low, in pedestal, be provided with high low speed driving mechanism, adopt Purely mechanical to realize rotating speed and switch, realize two kinds of power way of outputs of high speed low torque and low speed and large torque, can meet respectively and face, extruding noodles function and the function of squeezing the juice, the volume that has reduced driving mechanism and mixing plant, has reduced manufacturing cost.
For reaching above object, the technical scheme that the utility model is taked is:
A kind of alimentary paste machine, is characterized in that, comprising: pedestal 1501, and with the matching used flour agitator 1502 of pedestal, juicer 1602,
Described pedestal 1501 comprises:
Shell body,
In shell body, be provided with high low speed driving mechanism 1004, with the supporting control circuit board 1003 of high low speed driving mechanism 1004,
Described high low speed driving mechanism 1004 has two kinds of power way of outputs of high speed low torque and low speed and large torque, and between two kinds of power way of outputs, adopt Purely mechanical to realize rotating speed and switch,
Described control circuit board 1003 is provided with external power supply interface and driving mechanism power supply interface, and high low speed driving mechanism 1004 obtains electric power by driving mechanism power supply interface, and external power supply interface connects civil power,
Control button 1002, is connected with control circuit board 1003, and it is exposed to outside shell body, controls mixing plant for operator,
Described control button 1002 at least can send to give an order to control circuit board 1003: start or stop mixing plant,
Described shell body comprises: the upper shell 1005, the lower house 1001 that fasten up and down,
Upper shell 1005, lower house 1001 entirety are L-shaped, include horizontal segment housing and vertical piece housing, wherein:
Lower house 1001 comprises: the first bottom surface 1011 and 1012, the first bottom surfaces 1011, the second bottom surface and the second bottom surface 1012 are orthogonal,
Upper shell 1005 comprises: the stirred vessel stopper slot 1010 of being located at horizontal segment housing upper surface 1009, be located at the stirred vessel holddown groove 1008 of vertical piece housing leading flank, power output shaft 24 in high low speed driving mechanism 1004 is located at stirred vessel holddown groove 1008 places between two parties
In the time that the first bottom surface 1011 is placed in the plane down, flour agitator 1502 is placed in upper shell 1005 horizontal segment housing upper surface 1009 places, and flour agitator 1502 is connected with power output shaft 24 by metal conversion head 1401,
In the time that the second bottom surface 1012 is placed in the plane down, juicer 1602 is placed in upper shell 1005 horizontal segment housing upper surface 1009 places, the bottom of juicer 1602 engages with stirred vessel holddown groove 1008, the mixing component of juicer 1602 is connected with power output shaft 24, and to lower compression power output shaft 24 to the interior contraction of pedestal 1501.
On the basis of technique scheme, away from the vertical end of piece housing, be provided with article putting groove 1007 at the horizontal segment housing of upper shell 1005, described article putting groove 1007 is provided with drawing and pulling type lid 1006.
On the basis of technique scheme, described high low speed driving mechanism comprises: first, second transmission mechanism being connected with power set, the power output shaft being connected with mechanical speed switching mechanism; When exerting pressure to power output shaft, pressure is passed to mechanical speed switching mechanism by power output shaft, described mechanical speed switching mechanism is connected with in first, second transmission mechanism one, realizes the output of high speed low torque power or the output of low speed and large torque power; When pressure is cancelled, power output shaft resets, and now described mechanical speed switching mechanism is connected with another in first, second transmission mechanism, and power output realizes reverse switching.
On the basis of technique scheme, described high low speed driving mechanism comprises a driving mechanism support body, be provided with power set in support body one side, opposite side is provided with power output shaft 24, power set are located in the horizontal segment housing of upper shell 1005, lower house 1001, power output shaft 24 is located at stirred vessel holddown groove 1008 places
In driving mechanism support body, be provided with the first transmission mechanism, the second transmission mechanism, described the first transmission mechanism, the second transmission mechanism are oppositely arranged up and down,
Exert pressure when giving power output shaft 24, make it in driving mechanism support body when vertical contraction, pressure is passed to mechanical speed switching mechanism by power output shaft 24, described mechanical speed switching mechanism is connected with in first, second transmission mechanism one, realize the output of high speed low torque power or the output of low speed and large torque power
Be cancelled when exerting pressure to power output shaft 24, mechanical speed switching mechanism provides reseting elasticity for power output shaft 24, when it is vertically stretched out outside driving mechanism support body, described mechanical speed switching mechanism is connected with another in first, second transmission mechanism, realizes the output of low speed and large torque power or the output of high speed low torque power.
On the basis of technique scheme, the first transmission mechanism is gear drive group or belt transmission group or chain drive group,
The second transmission mechanism and the first transmission mechanism are identical or different.
On the basis of technique scheme, described driving mechanism support body comprises:
The upper mounted plate 2 being oppositely arranged up and down and bottom plate 14,
Between upper mounted plate 2 and bottom plate 14, be provided with some supporting members.
On the basis of technique scheme, described supporting member is connecting rod 11, is separately positioned on upper mounted plate 2 and bottom plate 14 four jiaos.
On the basis of technique scheme, described power set are motor 1.
On the basis of technique scheme, described the first transmission mechanism is gear drive group, comprising:
The first helical gear 4, it is arranged on driving mechanism support body by the second bearing 8,
Bevel pinion 6, it is arranged on driving mechanism support body by clutch shaft bearing 7,
Clutch shaft bearing 7 upper ends are connected with power set by connector.
On the basis of technique scheme, described the first helical gear 4, is provided with dedendum flank 163 along its gear side, and its upper surface middle part is the boss 161 that is provided with addendum flank 162,
The dedendum flank 163 of the first helical gear 4 engages with bevel pinion 6.
On the basis of technique scheme, described the second transmission mechanism is belt transmission group, comprising:
The first synchronizing wheel 9, it is arranged on driving mechanism support body by clutch shaft bearing 7,
The second synchronizing wheel 17, it is arranged on driving mechanism support body by the 3rd bearing 18,
The first synchronizing wheel 9,17 of the second synchronizing wheels are provided with belt 16.
On the basis of technique scheme, described mechanical speed switching mechanism comprises:
The large helical gear 20 engaging with the addendum flank 162 of the first helical gear 4,
Described large helical gear 20 middle parts are the boss 152 that is provided with groove 151, and upward, the bottom surface 154 of boss 152 is fixed with the 3rd top chock 19 to the opening 153 of groove 151,
The 3rd top chock 19 and the 3rd bearing 18 upper ends are rotationally connected,
In groove 151, be provided with the first driving cog 21, the first driving cogs 21 and be fixedly connected with the 3rd bearing 18 upper ends in the second transmission mechanism,
In the time that the 3rd bearing 18 rotates, large helical gear 20 does not rotate with the 3rd bearing 18, and the first driving cog 21 rotates with the 3rd bearing 18,
Opening 153 places are provided with the 3rd driving cog 23, the three driving cogs 23 and are fixedly connected with large helical gear 20,
The 3rd driving cog 23 is connected with driving mechanism support body by large bearing 25,
Between the 3rd driving cog 23 and the first driving cog 21, be provided with the second driving cog 22,
Between the second driving cog 22 first driving cogs 21, be provided with spring 26,
Power output shaft 24 is fixedly connected with the second driving cog 22.
On the basis of technique scheme, exert pressure when giving power output shaft 24, make it in driving mechanism support body when vertical contraction, power output shaft 24 drives the second driving cog 22 to moving near driving mechanism support body bottom surface direction, now the second driving cog 22 engages with the first driving cog 21, spring 26 is compressed, and the power of power set passes to power output shaft 24 by the second transmission mechanism, the first driving cog 21, the second driving cog 22 successively, realizes the output of high speed low torque power;
Be cancelled when exerting pressure to power output shaft 24, spring 26 provides reseting elasticity for power output shaft 24, when it is vertically stretched out outside driving mechanism support body, the second driving cog 22 separates with the first driving cog 21, under the promotion of spring force, the second driving cog 22 engages with the 3rd driving cog 23, and the power of power set passes to power output shaft 24 by the first transmission mechanism, large helical gear 20, the 3rd driving cog 23, the second driving cog 22 successively, realizes the output of low speed and large torque power.
On the basis of technique scheme, the 3rd driving cog 23, its upwards depression of lower surface middle part, teeth 71 can be located on the bottom surface of this recess;
The second driving cog 22, its teeth 71 are located at gear side, and the height of teeth is higher than the height of gear body, and gear body can be located at the middle part of teeth, makes teeth exceed the upper and lower surface of gear body;
The first driving cog 21, its teeth 71 are located at upper surface.
On the basis of technique scheme, the modulus of bevel pinion 6 is 1, and the number of teeth is 12;
The first helical gear 4 is divided into upper and lower two parts flank of tooth, and two-part modulus is respectively 1.5 and 1, wherein:
Modulus is 1 the flank of tooth and bevel pinion 6 engaged transmission, and the number of teeth is 80,
Modulus is 1.5 the flank of tooth and large helical gear 20 engaged transmission, and the number of teeth is 15;
The modulus of large helical gear 20 is 1.5, and the number of teeth is 96.
On the basis of technique scheme, described flour agitator 1502, comprising:
Container body 1201, it is cube or cuboid or cylinder, end face opening, opening part is provided with removable seal cover 1207,
In the inner chamber 1206 of container body, be provided with agitating device, described agitating device comprises:
Puddler 1208 and screw rod 1209, screw rod is located at puddler front side, the two grafting or clamping or be threaded,
Described puddler 1208 is provided with at least two stirrer gears,
Described stirrer gear in the shape of a spiral;
The front and back sidewall of container body is provided with opening, and the opening of front side wall is for holding the front end of screw rod 1209, and the opening of rear wall is used for the rear end that holds puddler 1208.
On the basis of technique scheme, be provided with screw blade 1109 along screw rod 1209 length directions, the hand of spiral of described spiral helicine stirrer gear is identical with the hand of spiral of the screw blade 1109 on screw rod.
On the basis of technique scheme, described puddler comprises:
Shaft 1102, its rear end is provided with connecting shaft hole 1101, connecting shaft hole 1101 is for being connected with the driving shaft of driving mechanism, or for directly and the adaptor connection that is connected of the driving shaft of driving mechanism, its front end is provided with screw rod connecting shaft hole 1107,
Spiral helicine stirrer gear is along the length direction setting of shaft 1102,
Described spiral helicine stirrer gear is bar shaped,
The rear end of stirrer gear is connected with shaft 1102 by rear support bar 1112, and described rear support bar 1112 is connected with shaft 1102 is vertical,
The front portion of stirrer gear is connected with shaft 1102 by front support bar 1113, and described front support bar 1113 is connected with shaft 1102 is vertical.
On the basis of technique scheme, the front end of stirrer gear is for stirring blade.
On the basis of technique scheme, the length of adjacent stirrer gear is identical or different.
On the basis of technique scheme, the length of the rear support bar 1112 of each stirrer gear is identical or different,
The length of the front support bar 1113 of each stirrer gear is identical or different.
On the basis of technique scheme, the length of stirrer gear is equal to or greater than the length of shaft 1102,
In the time that the length of stirrer gear is greater than the length of shaft 1102, the length of stirrer gear is equal to or less than the total length of puddler 1208 and screw rod 1209.
On the basis of technique scheme, helical axis 1110, its rear end is provided with the puddler connecting rod 1108 with screw rod connecting shaft hole 1107 adaptations, and its front end is provided with noodle extrusion shaped component connecting shaft hole 1111, or its front end is provided with detent,
Be provided with screw blade 1109 along helical axis 1110 length directions.
On the basis of technique scheme, described puddler connecting rod 1108 is at least triangle, or is cross, rice font.
On the basis of technique scheme, the front side wall front of container body is provided with front panel 1204, is provided with extrusion die 1205 between the front side wall of front panel 1204 and container body,
Extrusion die 1205 is located at the opening part of front side wall, is positioned at the dead ahead of the front end of screw rod 1209,
Front panel 1204 is provided with the opening with extrusion die 1205 adaptations,
The left and right sides of front panel 1204 is respectively equipped with at least one fixed bar installing hole 1210, fixed bar 1202 penetrates described fixed bar installing hole 1210, the rear end of fixed bar 1202 is threaded or clamping with container body, and front panel 1204, extrusion die 1205, container body are compressed.
On the basis of technique scheme, described fixed bar 1202 front ends are provided with hand nutting 1203, and the size of hand nutting 1203 is greater than the size of fixed bar installing hole 1210.
On the basis of technique scheme, described container body is provided with inside and outside two-layer wall body, is provided with the interlayer of hollow between two-layer wall body,
On the front and back sidewall of container body, be respectively equipped with the relative through hole 1211 in front and back, described through hole and fixed bar 1202 adaptations, be communicated with interlayer,
Fixed bar 1202 penetrates the through hole on the rear wall of through hole 1211 on the front side wall of fixed bar installing hole 1210 on front panel 1204, container body, container body from front to back successively, the rear end of fixed bar 1202 passes the rear wall of container body, for being fixedly connected with pedestal
On the basis of technique scheme, described seal cover 1207 is provided with observation window.
On the basis of technique scheme, described seal cover 1207 is provided with the box that adds water, and the box bottom that adds water is provided with leaking hole, and leaking hole is communicated with container body.
Alimentary paste machine described in the utility model, simple in structure, easy to operate, user is required low, in pedestal, be provided with high low speed driving mechanism, adopt Purely mechanical to realize rotating speed and switch, realize two kinds of power way of outputs of high speed low torque and low speed and large torque, can meet respectively and face, extruding noodles function and the function of squeezing the juice, reduce the volume of driving mechanism and mixing plant, reduce manufacturing cost.
Alimentary paste machine described in the utility model, and mixing component novel structure used when face, extruding noodles, stir fully without dead angle, while being used for making the food materials such as noodles, dumpling wrapper, flour utilization rate is high, and mixing speed is fast, food materials are extruded smooth and easy, effectively shorten food materials process times.
Brief description of the drawings
The utility model has following accompanying drawing:
The schematic perspective view of the high low speed driving mechanism of Fig. 1,
The structural representation of the high low speed driving mechanism of Fig. 2,
The cutaway view of Fig. 3 Fig. 2,
The explosive view of the high low speed driving mechanism of Fig. 4,
Fig. 5 large helical gear stereogram and profile,
Fig. 6 the first helical gear stereogram and profile,
Fig. 7 the 3rd driving cog stereogram and profile,
Fig. 8 the second driving cog stereogram and profile,
Fig. 9 the first driving cog stereogram and profile,
The explosive view of Figure 10 pedestal,
The stereogram of Figure 11 mixing component,
The structural representation of Figure 12 mixing component,
The explosive view of Figure 13 flour agitator,
The assembling schematic diagram of Figure 14 pedestal and flour agitator,
Figure 15 flour stranding machine view,
Figure 16 juice extractor view.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As shown in Figure 10～16, alimentary paste machine described in the utility model, have flour stranding machine (referring to Figure 15) and two kinds of functions of juice extractor (referring to Figure 16) concurrently, use same pedestal 1501, only need the corresponding flour agitator 1502 of assembling or juicer 1602, specifically:
As shown in Figure 10,15,16, alimentary paste machine described in the utility model, comprising:
Pedestal 1501, with the matching used flour agitator 1502 of pedestal, juicer 1602,
Described pedestal 1501 comprises:
Shell body,
In shell body, be provided with high low speed driving mechanism 1004, with the supporting control circuit board 1003 of high low speed driving mechanism 1004,
Described high low speed driving mechanism 1004 has two kinds of power way of outputs of high speed low torque and low speed and large torque, and between two kinds of power way of outputs, adopt Purely mechanical to realize rotating speed and switch,
Described control circuit board 1003 is provided with external power supply interface and driving mechanism power supply interface, and high low speed driving mechanism 1004 obtains electric power by driving mechanism power supply interface, and external power supply interface connects civil power,
Control button 1002, is connected with control circuit board 1003, and it is exposed to outside shell body, controls mixing plant for operator,
Described control button 1002 at least can send to give an order to control circuit board 1003: start or stop mixing plant, the concrete enforcement of control button 1002, control circuit board 1003, by prior art, is no longer described in detail,
Described shell body comprises: the upper shell 1005, the lower house 1001 that fasten up and down,
Upper shell 1005, lower house 1001 entirety are L-shaped, include horizontal segment housing and vertical piece housing, wherein:
Lower house 1001 comprises: the first bottom surface 1011 and 1012, the first bottom surfaces 1011, the second bottom surface and the second bottom surface 1012 are orthogonal, for guaranteeing that mixing plant puts firmly, on the first bottom surface 1011 and the second bottom surface 1012, some anti-skidding feets is preferably set,
For example: the bottom surface of the horizontal segment housing of lower house 1001 is the first bottom surface 1011, the bottom surface of the vertical piece housing of lower house 1001 is that 1012, the first bottom surfaces 1011, the second bottom surface and the second bottom surface 1012 are orthogonal, and connecting portion can be provided with chamfering,
Upper shell 1005 comprises: the stirred vessel stopper slot 1010 of being located at horizontal segment housing upper surface 1009, be located at the stirred vessel holddown groove 1008 of vertical piece housing leading flank, power output shaft 24 in high low speed driving mechanism 1004 is located at stirred vessel holddown groove 1008 places between two parties
As shown in figure 15, in the time that the first bottom surface 1011 is such as placed on, in plane (smooth desktop etc.) down, flour agitator 1502 is placed in upper shell 1005 horizontal segment housing upper surface 1009 places, flour agitator 1502 is connected with power output shaft 24 by metal conversion head 1401, the power of metal conversion head 1401 to power output shaft 24 undirected lower compression, when metal conversion head 1401 is connected (directly connecting) with power output shaft 24, the length that power output shaft 24 is exposed to stirred vessel holddown groove 1008 surfaces is the longest and unchanged
As shown in figure 16, in the time that the second bottom surface 1012 is such as placed on, in plane (smooth desktop etc.) down, juicer 1602 is placed in upper shell 1005 horizontal segment housing upper surface 1009 places, the bottom of juicer 1602 engages with stirred vessel holddown groove 1008, the mixing component of juicer 1602 is connected (directly connecting) with power output shaft 24, and to lower compression power output shaft 24 to the interior contraction of pedestal 1501, when the mixing component of juicer 1602 is connected (directly connecting) with power output shaft 24, power output shaft 24 is oppressed to the interior contraction of pedestal 1501 by the mixing component of juicer 1602, it is the shortest that power output shaft 24 is exposed to the length on stirred vessel holddown groove 1008 surfaces.
On the basis of technique scheme, away from the vertical end of piece housing, be provided with article putting groove 1007 at the horizontal segment housing of upper shell 1005, described article putting groove 1007 is provided with drawing and pulling type lid 1006.Article putting groove 1007 can be used for placing the related accessory of mixing plant.
On the basis of technique scheme, described high low speed driving mechanism comprises: driving mechanism support body, power set, power output shaft, first, second transmission mechanism, mechanical speed switching mechanism; Described power set, power output shaft, the first transmission mechanism, the second transmission mechanism and mechanical speed switching mechanism are all located on driving mechanism support body; Wherein:
The first transmission mechanism, the second transmission mechanism are oppositely arranged up and down, and the first transmission mechanism, the second transmission mechanism are all connected with power set;
Power output shaft is connected with mechanical speed switching mechanism;
When exerting pressure to power output shaft, pressure is passed to mechanical speed switching mechanism by power output shaft, described mechanical speed switching mechanism is connected with in first, second transmission mechanism one, realizes the output of high speed low torque power or the output of low speed and large torque power;
When pressure is cancelled, power output shaft resets, now described mechanical speed switching mechanism is connected with another in first, second transmission mechanism, power output realizes oppositely switches, described reverse switching refers to by high speed low torque power output (the power output while having pressure) and becomes low speed and large torque power output (without pressure time power output), otherwise or.
More particularly, as Fig. 1～4 illustrated embodiment, high low speed driving mechanism described in the utility model, comprising:
Driving mechanism support body, is provided with power set in support body one side, and opposite side is provided with power output shaft 24, and power set are located in the horizontal segment housing of upper shell 1005, lower house 1001, and power output shaft 24 is located at stirred vessel holddown groove 1008 places,
In driving mechanism support body, be provided with the first transmission mechanism, the second transmission mechanism, described the first transmission mechanism, the second transmission mechanism are oppositely arranged up and down, for example: the first transmission mechanism above the second transmission mechanism, otherwise or,
The first transmission mechanism, the second transmission mechanism are all connected with power set,
Described power output shaft 24 is connected with mechanical speed switching mechanism,
Exert pressure when giving power output shaft 24, make it in driving mechanism support body when vertical contraction, pressure is passed to mechanical speed switching mechanism by power output shaft 24, described mechanical speed switching mechanism is connected with in first, second transmission mechanism one, realize the output of high speed low torque power or the output of low speed and large torque power
Be cancelled when exerting pressure to power output shaft 24, mechanical speed switching mechanism provides reseting elasticity for power output shaft 24, when it is vertically stretched out outside driving mechanism support body, described mechanical speed switching mechanism is connected with another in first, second transmission mechanism, realizes the output of low speed and large torque power or the output of high speed low torque power.
On the basis of technique scheme, the first transmission mechanism is gear drive group or belt transmission group or chain drive group,
The second transmission mechanism and the first transmission mechanism are identical or different.
In embodiment illustrated in fig. 4, the first transmission mechanism is gear drive group, and the second transmission mechanism is belt transmission group, the first transmission mechanism is above the second transmission mechanism, and this is only a kind of selectable embodiment, obviously, can also change belt transmission group into gear drive group, vice versa; Chain drive group and belt transmission category seemingly, are described no longer separately; Or second transmission mechanism above the first transmission mechanism.
On the basis of technique scheme, in mechanical speed switching mechanism, be provided with the spring that reseting elasticity is provided for power output shaft 24.
On the basis of technique scheme, as shown in Figure 4, described driving mechanism support body comprises:
The upper mounted plate 2 being oppositely arranged up and down and bottom plate 14,
Between upper mounted plate 2 and bottom plate 14, be provided with some supporting members.
On the basis of technique scheme, described supporting member is connecting rod 11, is separately positioned on upper mounted plate 2 and bottom plate 14 four jiaos.
For example: fixed plate 2 and bottom plate 14 are rectangular metal plate,
Described connecting rod 11 is metal connecting rod, is separately positioned on upper mounted plate 2 and bottom plate 14 four jiaos,
Upper mounted plate 2 and bottom plate 14 are provided with the connecting rod pilot hole with connecting rod 11 adaptations.
On the basis of technique scheme, described power set are motor 1.Motor can directly be fixed on driving mechanism support body, for example: motor 1 can directly be fixed on upper mounted plate 2 upper surfaces (in the illustrated embodiment of Fig. 1～4, motor 1 is fixed on upper mounted plate 2 upper surface left sides, upper mounted plate 2 upper surface right sides are power output shaft 24), the motor shaft of motor 1 stretches in driving mechanism support body through upper mounted plate 2, so that motor shaft is connected with the first transmission mechanism, the second transmission mechanism.
On the basis of technique scheme, described the first transmission mechanism is gear drive group, comprising:
The first helical gear 4, it is arranged on driving mechanism support body by the second bearing 8,
For example: the second bearing 8 lower ends are arranged on bottom plate 14 by the second step 13, the second bearing 8 upper ends are arranged on upper mounted plate 2 by the second top chock 3,
Bevel pinion 6, it is arranged on driving mechanism support body by clutch shaft bearing 7,
For example: clutch shaft bearing 7 lower ends are arranged on bottom plate 14 by clutch shaft bearing seat 10,
Clutch shaft bearing 7 upper ends are connected with power set by connector,
For example: clutch shaft bearing 7 upper ends are connected with the motor shaft of motor 1 by shaft coupling 5.
On the basis of technique scheme, as shown in Figure 6, described the first helical gear 4, be provided with dedendum flank 163 along its gear side, its upper surface middle part is the boss 161 that is provided with addendum flank 162, for example: the first helical gear 4, main body is in the form of annular discs, be provided with some teeth along its gear side, these teeth place peripheries form described dedendum flank 163; In its upper surface middle part of main body of the first helical gear 4, be provided with cylindrical boss 161, be provided with some teeth along boss 161 sides, these teeth place peripheries form described addendum flank 162;
The dedendum flank 163 of the first helical gear 4 engages with bevel pinion 6.
On the basis of technique scheme, described the second transmission mechanism is belt transmission group, comprising:
The first synchronizing wheel 9, it is arranged on driving mechanism support body by clutch shaft bearing 7,
For example: clutch shaft bearing 7 lower ends are arranged on bottom plate 14 by clutch shaft bearing seat 10,
Clutch shaft bearing 7 upper ends are connected with power set by connector,
For example: clutch shaft bearing 7 upper ends are connected with the motor shaft of motor 1 by shaft coupling 5,
The second synchronizing wheel 17, it is arranged on driving mechanism support body by the 3rd bearing 18,
For example: the 3rd bearing 18 lower ends are arranged on bottom plate 14 by the 3rd step 15, the 3rd bearing 18 upper ends are provided with the 3rd top chock 19,
The first synchronizing wheel 9,17 of the second synchronizing wheels are provided with belt 16.
Further, be provided with the 3rd synchronizing wheel at the first synchronizing wheel 9,17 of the second synchronizing wheels, the 3rd synchronizing wheel is arranged on driving mechanism support body by little clip 12, for example: the 3rd synchronizing wheel is arranged on bottom plate 14 by little clip 12, three synchronizing wheels can make belt transmission more stable, reliable, and little clip 12 and the 3rd synchronizing wheel coordinate the degree of tightness that also can be used for regulating belt 16.
On the basis of technique scheme, as shown in Fig. 4～9, described mechanical speed switching mechanism comprises:
The large helical gear 20 engaging with the addendum flank 162 of the first helical gear 4,
Described large helical gear 20 middle parts are the boss 152 that is provided with groove 151, and upward, the bottom surface 154 of boss 152 is fixed with the 3rd top chock 19 to the opening 153 of groove 151,
The 3rd top chock 19 and the 3rd bearing 18 upper ends are rotationally connected,
In groove 151, be provided with the first driving cog 21, the first driving cogs 21 and be fixedly connected with the 3rd bearing 18 upper ends in the second transmission mechanism,
In the time that the 3rd bearing 18 rotates, large helical gear 20 does not rotate with the 3rd bearing 18, and the first driving cog 21 rotates with the 3rd bearing 18,
Opening 153 places are provided with the 3rd driving cog 23, the three driving cogs 23 and are fixedly connected with large helical gear 20,
The 3rd driving cog 23 is connected with driving mechanism support body by large bearing 25,
For example: the 3rd driving cog 23 is connected with upper mounted plate 2 by large bearing 25,
Between the 3rd driving cog 23 and the first driving cog 21, be provided with the second driving cog 22,
Between the second driving cog 22 first driving cogs 21, be provided with spring 26 (referring to Fig. 3),
Power output shaft 24 is fixedly connected with the second driving cog 22.
In embodiment described in Fig. 4:
Exert pressure when giving power output shaft 24, make it in driving mechanism support body when vertical contraction, power output shaft 24 drives the second driving cog 22 to moving near driving mechanism support body bottom surface direction, now the second driving cog 22 engages with the first driving cog 21, spring 26 is compressed, as previously mentioned, " the first driving cog 21 is fixedly connected with the 3rd bearing 18 upper ends in the second transmission mechanism ", therefore having realized described mechanical speed switching mechanism is connected with the second transmission mechanism, the power of power set is successively by the second transmission mechanism, the first driving cog 21, the second driving cog 22 passes to power output shaft 24, realize the output of high speed low torque power,
Be cancelled when exerting pressure to power output shaft 24, spring 26 provides reseting elasticity for power output shaft 24, when it is vertically stretched out outside driving mechanism support body, the second driving cog 22 separates with the first driving cog 21, under the promotion of spring force, the second driving cog 22 engages with the 3rd driving cog 23, as previously mentioned, " the 3rd driving cog 23 is fixedly connected with large helical gear 20 " and " large helical gear 20 engaging with the addendum flank 162 of the first helical gear 4 ", therefore having realized described mechanical speed switching mechanism is connected with the first transmission mechanism, the power of power set is successively by the first transmission mechanism, large helical gear 20, the 3rd driving cog 23, the second driving cog 22 passes to power output shaft 24, realize the output of low speed and large torque power.
On the basis of technique scheme, large helical gear 20 can be implemented by shown in Fig. 5,
The first helical gear 4 can be implemented by shown in Fig. 6,
The 3rd driving cog 23 can be implemented by shown in Fig. 7, and its upper surface is step surface, upwards depression of lower surface middle part, and teeth 71 can be located on the bottom surface of this recess,
The second driving cog 22 can be implemented by shown in Fig. 8, its teeth 71 are located at gear side (side of gear body), the height of teeth (as shown in the figure, teeth vertical direction is its height) higher than the height of gear body, gear body can be located at the middle part of teeth, make teeth exceed the upper and lower surface of gear body
The first driving cog 21 can be implemented by shown in Fig. 9, and its teeth 71 are located at the upper surface of the first driving cog 21.
It is below a selectable specific embodiment.
1, the modulus of bevel pinion 6 is 1, and the number of teeth is 12.
2, the first helical gear 4 is divided into upper and lower two parts flank of tooth, and two-part modulus is respectively 1.5 and 1, wherein:
Modulus is 1 the flank of tooth and bevel pinion 6 engaged transmission, and the number of teeth is 80,
Modulus is 1.5 the flank of tooth and large helical gear 20 engaged transmission, and the number of teeth is 15.
3, the modulus of large helical gear 20 is 1.5, and the number of teeth is 96.
As shown in Figure 11～13, described flour agitator 1502, comprising:
Container body 1201, it is cube or cuboid or cylinder, end face opening, opening part is provided with removable seal cover 1207,
In the inner chamber 1206 of container body, be provided with agitating device (mixing component), described agitating device comprises:
Puddler 1208 and screw rod 1209, screw rod is located at puddler front side, the two grafting or clamping or be threaded,
Described puddler 1208 is provided with at least two stirrer gears,
Described stirrer gear in the shape of a spiral;
The front and back sidewall of container body is provided with opening, and the opening of front side wall is for holding the front end of screw rod 1209, and the opening of rear wall is used for the rear end that holds puddler 1208.
Adopt spiral helicine stirrer gear, in the process of stirring and face, can in the short time, reach fast the even mixing of face, water, stir fully, do not have dead angle, Mixing time can reduce to 1/5th left and right of common type on market, greatly save time.
On the basis of technique scheme, be provided with screw blade 1109 along screw rod 1209 length directions, the hand of spiral of described spiral helicine stirrer gear is identical with the hand of spiral of the screw blade 1109 on screw rod.
This kind of identical advantage of the hand of spiral is: also very obvious for the effect promoting that squeezes face process, spiral helicine stirrer gear can be advanced to the dough of becoming reconciled swimmingly in the residing crowded face cavity of screw rod in the space of its spiralization, whole process is smooth and easy, effectively and very quick, can be good at the flour in inner chamber 1206 to push clean, reach good flour utilization rate, noodles find time and also can significantly shorten.
On the basis of technique scheme, described puddler comprises:
Shaft 1102, its rear end is provided with connecting shaft hole 1101, connecting shaft hole 1101 is for for example, being connected with the driving shaft of driving mechanism (motor), or connect for the adaptor being connected with the driving shaft of direct and driving mechanism, its front end is provided with screw rod connecting shaft hole 1107, for example shaft 1102 rear ends are provided with the spindle nose in rectangle (cross section), and spindle nose is provided with driving mechanism axle connecting shaft hole 1101
Spiral helicine stirrer gear is along the length direction setting of shaft 1102,
Described spiral helicine stirrer gear is bar shaped (cross section),
The rear end of stirrer gear is connected with shaft 1102 by rear support bar 1112, and described rear support bar 1112 is connected with shaft 1102 is vertical,
The front portion of stirrer gear is connected with shaft 1102 by front support bar 1113, and described front support bar 1113 is connected with shaft 1102 is vertical.
Figure 11,12 illustrated embodiments are: be provided with two stirrer gears, be respectively the first stirrer gear 1103 and the second stirrer gear 1104, the two is symmetrical arranged centered by shaft 1102, form the stirrer gear of double helix shape structure.Obviously, the quantity of stirrer gear can also be three or four or more, is uniformly distributed or non-uniform Distribution all can.
On the basis of technique scheme, the front end of stirrer gear is for stirring blade.
In Figure 11,12 illustrated embodiments, the front end of the first stirrer gear 1103 is that the front end of the first stirring blade 1106, the second stirrer gears 1104 is the second stirring blade 1105.
On the basis of technique scheme, the length of adjacent stirrer gear is identical or different.
On the basis of technique scheme, the length of the rear support bar 1112 of each stirrer gear is identical or different,
The length of the front support bar 1113 of each stirrer gear is identical or different.
On the basis of technique scheme, the length of stirrer gear is equal to or greater than the length of shaft 1102,
In the time that the length of stirrer gear is greater than the length of shaft 1102, the length of stirrer gear is equal to or less than the total length of puddler 1208 and screw rod 1209.
Figure 11,12 illustrated embodiments are: the length of stirrer gear is greater than the length of shaft 1102, and the length of stirrer gear is less than the total length of puddler and screw rod.
On the basis of technique scheme, described screw rod comprises:
Helical axis 1110, its rear end is provided with the puddler connecting rod 1108 with screw rod connecting shaft hole 1107 adaptations, its front end is provided with noodle extrusion shaped component connecting shaft hole 1111, or its front end is provided with detent, in the time that front end is provided with detent, noodle extrusion shaped component adopts other selectable modes to arrange
Described puddler connecting rod 1108 is at least triangle (cross section), and Figure 11,12 illustrated embodiments are quadrangle (preferred version), and the polymorphic structures such as cross, rice font also can be selected according to actual needs,
Be provided with screw blade 1109 along helical axis 1110 length directions.
On the basis of technique scheme, the front side wall front of container body is provided with front panel 1204, is provided with extrusion die 1205 between the front side wall of front panel 1204 and container body,
Extrusion die 1205 is located at the opening part of front side wall, is positioned at the dead ahead of the front end of screw rod 1209,
Front panel 1204 is provided with the opening with extrusion die 1205 adaptations, the food materials such as noodles, dumpling wrapper are by extrusion die 1205 extrusion modlings, extrusion die 1205 is according to the food materials difference of making, be provided with extruded hole or the squeezing groove of difformity, quantity, with the opening of extrusion die 1205 adaptations, the member such as locating slot, limited block can be set, extrusion die is played to spacing, location
The left and right sides of front panel 1204 is respectively equipped with at least one fixed bar installing hole 1210, fixed bar 1202 penetrates described fixed bar installing hole 1210, the rear end of fixed bar 1202 is threaded or clamping with container body, and front panel 1204, extrusion die 1205, container body are compressed.
On the basis of technique scheme, described fixed bar 1202 front ends are provided with hand nutting 1203, and the size of hand nutting 1203 is greater than the size of fixed bar installing hole 1210.By screwing hand nutting 1203, both front panel 1204, extrusion die 1205, container body can be compressed, can also prevent front panel 1204 in work, extrusion die 1205 is stressed comes off.
On the basis of technique scheme, described container body is provided with inside and outside two-layer wall body, is provided with the interlayer of hollow between two-layer wall body,
On the front and back sidewall of container body, be respectively equipped with the relative through hole 1211 in front and back, described through hole and fixed bar 1202 adaptations, be communicated with interlayer,
Fixed bar 1202 penetrates the through hole on the rear wall of through hole 1211 on the front side wall of fixed bar installing hole 1210 on front panel 1204, container body, container body from front to back successively, the rear end of fixed bar 1202 passes the rear wall of container body, for being fixedly connected with pedestal, for example: the rear end of fixed bar 1202 is provided with screw thread, be connected with base thread.
On the basis of technique scheme, described seal cover 1207 is provided with observation window.Can see through the situation that observation window sees that flour stirs intuitively.As preferred version, seal cover 1207 can adopt transparent material to make, and itself just has effect of observation window concurrently, establishes no longer separately observation window.
On the basis of technique scheme, described seal cover 1207 is provided with the box that adds water, and the box bottom that adds water is provided with leaking hole, and leaking hole is communicated with container body.As required can be by the suitable moisturizing of the box that adds water, without dismounting seal cover 1207.
The content not being described in detail in this description belongs to the known prior art of professional and technical personnel in the field.
Claims (28)
1. an alimentary paste machine, is characterized in that, comprising: pedestal (1501), and with the matching used flour agitator of pedestal (1502), juicer (1602),
Described pedestal (1501) comprising:
Shell body,
In shell body, be provided with high low speed driving mechanism (1004), with the supporting control circuit board (1003) of high low speed driving mechanism (1004),
Described high low speed driving mechanism (1004) has two kinds of power way of outputs of high speed low torque and low speed and large torque, and between two kinds of power way of outputs, adopt Purely mechanical to realize rotating speed and switch,
Described control circuit board (1003) is provided with external power supply interface and driving mechanism power supply interface, and high low speed driving mechanism (1004) obtains electric power by driving mechanism power supply interface, and external power supply interface connects civil power,
Control button (1002), is connected with control circuit board (1003), and it is exposed to outside shell body, controls mixing plant for operator,
Described control button (1002) at least can send to give an order to control circuit board (1003): start or stop mixing plant,
Described shell body comprises: the upper shell (1005), the lower house (1001) that fasten up and down,
Upper shell (1005), lower house (1001) entirety is L-shaped, includes horizontal segment housing and vertical piece housing, wherein:
Lower house (1001) comprising: the first bottom surface (1011) and the second bottom surface (1012), and the first bottom surface (1011) and the second bottom surface (1012) are orthogonal,
Upper shell (1005) comprising: the stirred vessel stopper slot (1010) of being located at horizontal segment housing upper surface (1009), be located at the stirred vessel holddown groove (1008) of vertical piece housing leading flank, power output shaft (24) in high low speed driving mechanism (1004) is located between two parties stirred vessel holddown groove (1008) and is located
In the time that the first bottom surface (1011) place in the plane down, flour agitator (1502) is placed in upper shell (1005) horizontal segment housing upper surface (1009) and locates, flour agitator (1502) is connected with power output shaft (24) by metal conversion head (1401)
In the time that the second bottom surface (1012) place in the plane down, juicer (1602) is placed in upper shell (1005) horizontal segment housing upper surface (1009) and locates, the bottom of juicer (1602) engages with stirred vessel holddown groove (1008), the mixing component of juicer (1602) is connected with power output shaft (24), and shrinks in to lower compression power output shaft (24) to pedestal (1501).
2. alimentary paste machine as claimed in claim 1, it is characterized in that: at the horizontal segment housing of upper shell (1005) away from the vertical end of piece housing, be provided with article putting groove (1007), described article putting groove (1007) is provided with drawing and pulling type lid (1006).
3. alimentary paste machine as claimed in claim 1, is characterized in that: described high low speed driving mechanism comprises: first, second transmission mechanism being connected with power set, the power output shaft being connected with mechanical speed switching mechanism.
4. alimentary paste machine as claimed in claim 3, it is characterized in that: described high low speed driving mechanism comprises a driving mechanism support body, be provided with power set in support body one side, opposite side is provided with power output shaft (24), power set are located in the horizontal segment housing of upper shell (1005), lower house (1001), power output shaft (24) is located at stirred vessel holddown groove (1008) and is located
In driving mechanism support body, be provided with the first transmission mechanism, the second transmission mechanism, described the first transmission mechanism, the second transmission mechanism are oppositely arranged up and down.
5. the alimentary paste machine as described in claim 3 or 4, is characterized in that: the first transmission mechanism is gear drive group or belt transmission group or chain drive group,
The second transmission mechanism and the first transmission mechanism are identical or different.
6. alimentary paste machine as claimed in claim 4, is characterized in that: described driving mechanism support body comprises:
The upper mounted plate (2) being oppositely arranged up and down and bottom plate (14),
Between upper mounted plate (2) and bottom plate (14), be provided with some supporting members.
7. alimentary paste machine as claimed in claim 6, is characterized in that: described supporting member is connecting rod (11), is separately positioned on upper mounted plate (2) and bottom plate (14) four jiaos.
8. alimentary paste machine as claimed in claim 6, is characterized in that: described power set are motor (1).
9. alimentary paste machine as claimed in claim 8, is characterized in that: described the first transmission mechanism is gear drive group, comprising:
The first helical gear (4), it is arranged on driving mechanism support body by the second bearing (8),
Bevel pinion (6), it is arranged on driving mechanism support body by clutch shaft bearing (7),
Clutch shaft bearing (7) upper end is connected with power set by connector.
10. alimentary paste machine as claimed in claim 9, it is characterized in that: described the first helical gear (4), be provided with dedendum flank (163) along its gear side, its upper surface middle part is for being provided with the boss (161) of addendum flank (162)
The dedendum flank (163) of the first helical gear (4) engages with bevel pinion (6).
11. alimentary paste machines as claimed in claim 10, is characterized in that: described the second transmission mechanism is belt transmission group, comprising:
The first synchronizing wheel (9), it is arranged on driving mechanism support body by clutch shaft bearing (7),
The second synchronizing wheel (17), it is arranged on driving mechanism support body by the 3rd bearing (18),
Between the first synchronizing wheel (9), the second synchronizing wheel (17), be provided with belt (16).
12. alimentary paste machines as claimed in claim 11, is characterized in that: described mechanical speed switching mechanism comprises:
The large helical gear (20) engaging with the addendum flank (162) of the first helical gear (4),
Described large helical gear (20) middle part is for being provided with the boss (152) of groove (151), the opening (153) of groove (151) upward, the bottom surface (154) of boss (152) is fixed with the 3rd top chock (19)
The 3rd top chock (19) is rotationally connected with the 3rd bearing (18) upper end,
In groove (151), be provided with the first driving cog (21), the first driving cog (21) is fixedly connected with the 3rd bearing (18) upper end in the second transmission mechanism,
Opening (153) locates to be provided with the 3rd driving cog (23), and the 3rd driving cog (23) is fixedly connected with large helical gear (20),
The 3rd driving cog (23) is connected with driving mechanism support body by large bearing (25),
Between the 3rd driving cog (23) and the first driving cog (21), be provided with the second driving cog (22),
Between the second driving cog (22) first driving cogs (21), be provided with spring (26),
Power output shaft (24) is fixedly connected with the second driving cog (22).
13. alimentary paste machines as claimed in claim 12, is characterized in that: the 3rd driving cog (23), and its upwards depression of lower surface middle part, teeth (71) can be located on the bottom surface of this recess;
The second driving cog (22), its teeth (71) are located at gear side, and the height of teeth is higher than the height of gear body, and gear body can be located at the middle part of teeth, makes teeth exceed the upper and lower surface of gear body;
The first driving cog (21), its teeth (71) are located at upper surface.
14. alimentary paste machines as claimed in claim 13, is characterized in that: the modulus of bevel pinion (6) is 1, and the number of teeth is 12;
The first helical gear (4) is divided into upper and lower two parts flank of tooth, and two-part modulus is respectively 1.5 and 1, wherein:
Modulus is 1 the flank of tooth and bevel pinion (6) engaged transmission, and the number of teeth is 80,
Modulus is 1.5 the flank of tooth and large helical gear (20) engaged transmission, and the number of teeth is 15;
The modulus of large helical gear (20) is 1.5, and the number of teeth is 96.
15. alimentary paste machines as claimed in claim 1, is characterized in that: described flour agitator (1502), comprising:
Container body (1201), its end face opening, opening part is provided with removable seal cover (1207),
In the inner chamber (1206) of container body, be provided with agitating device, described agitating device comprises:
Puddler (1208) and screw rod (1209), screw rod is located at puddler front side, the two grafting or clamping or be threaded,
Described puddler (1208) is provided with at least two stirrer gears,
Described stirrer gear in the shape of a spiral;
The front and back sidewall of container body is provided with opening, and the opening of front side wall is used for holding the front end of screw rod (1209), and the opening of rear wall is used for holding the rear end of puddler (1208).
16. alimentary paste machines as claimed in claim 15, it is characterized in that: be provided with screw blade (1109) along screw rod (1209) length direction, the hand of spiral of described spiral helicine stirrer gear is identical with the hand of spiral of the screw blade (1109) on screw rod.
17. alimentary paste machines as claimed in claim 15, is characterized in that, described puddler comprises:
Shaft (1102), its rear end is provided with connecting shaft hole (1101), connecting shaft hole (1101) is for being connected with the driving shaft of driving mechanism, or connect for the adaptor being connected with the driving shaft of direct and driving mechanism, its front end is provided with screw rod connecting shaft hole (1107)
Spiral helicine stirrer gear is along the length direction setting of shaft (1102),
Described spiral helicine stirrer gear is bar shaped,
The rear end of stirrer gear is connected with shaft (1102) by rear support bar (1112), described rear support bar (1112) and vertical connection of shaft (1102),
The front portion of stirrer gear is connected with shaft (1102) by front support bar (1113), described front support bar (1113) and vertical connection of shaft (1102).
18. alimentary paste machines as claimed in claim 17, is characterized in that: the front end of stirrer gear is for stirring blade.
19. alimentary paste machines as claimed in claim 17, is characterized in that: the length of adjacent stirrer gear is identical or different.
20. alimentary paste machines as claimed in claim 17, is characterized in that: the length of the rear support bar (1112) of each stirrer gear is identical or different,
The length of the front support bar (1113) of each stirrer gear is identical or different.
21. alimentary paste machines as claimed in claim 17, is characterized in that: the length of stirrer gear is equal to or greater than the length of shaft (1102),
In the time that the length of stirrer gear is greater than the length of shaft (1102), the length of stirrer gear is equal to or less than the total length of puddler (1208) and screw rod (1209).
22. alimentary paste machines as claimed in claim 15, it is characterized in that: described screw rod comprises: helical axis (1110), its rear end is provided with the puddler connecting rod (1108) adaptive with screw rod connecting shaft hole (1107), its front end is provided with noodle extrusion shaped component connecting shaft hole (1111), or its front end is provided with detent
Be provided with screw blade (1109) along helical axis (1110) length direction.
23. alimentary paste machines as claimed in claim 22, is characterized in that: described puddler connecting rod (1108) is at least triangle, or are cross, rice font.
24. alimentary paste machines as claimed in claim 15, it is characterized in that: the front side wall front of container body is provided with front panel (1204), between the front side wall of front panel (1204) and container body, be provided with extrusion die (1205)
Extrusion die (1205) is located at the opening part of front side wall, is positioned at the dead ahead of the front end of screw rod (1209),
Front panel (1204) is provided with the opening adaptive with extrusion die (1205),
The left and right sides of front panel (1204) is respectively equipped with at least one fixed bar installing hole (1210), fixed bar (1202) penetrates described fixed bar installing hole (1210), the rear end of fixed bar (1202) is threaded or clamping with container body, and front panel (1204), extrusion die (1205), container body are compressed.
25. alimentary paste machines as claimed in claim 24, it is characterized in that: described fixed bar (1202) front end is provided with hand nutting (1203), the size of hand nutting (1203) is greater than the size of fixed bar installing hole (1210).
26. alimentary paste machines as claimed in claim 15, is characterized in that: described container body is provided with inside and outside two-layer wall body, are provided with the interlayer of hollow between two-layer wall body,
On the front and back sidewall of container body, be respectively equipped with the relative through hole (1211) in front and back, described through hole and fixed bar (1202) adaptation, is communicated with interlayer,
Fixed bar (1202) penetrates the through hole on the rear wall of through hole (1211) on the front side wall of fixed bar installing hole (1210) on front panel (1204), container body, container body from front to back successively, the rear end of fixed bar (1202) passes the rear wall of container body, for being fixedly connected with pedestal.
27. alimentary paste machines as claimed in claim 15, is characterized in that: described seal cover (1207) is provided with observation window.
28. alimentary paste machines as claimed in claim 15, is characterized in that: described seal cover (1207) is provided with the box that adds water, and the box bottom that adds water is provided with leaking hole, and leaking hole is communicated with container body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420202316.4U CN203913172U (en) | 2014-01-24 | 2014-04-24 | A kind of alimentary paste machine |
Applications Claiming Priority (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410035016.6 | 2014-01-24 | ||
| CN201410035016 | 2014-01-24 | ||
| CN201410125594.9 | 2014-03-31 | ||
| CN201410125594 | 2014-03-31 | ||
| CN201420202316.4U CN203913172U (en) | 2014-01-24 | 2014-04-24 | A kind of alimentary paste machine |
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| Publication Number | Publication Date |
|---|---|
| CN203913172U true CN203913172U (en) | 2014-11-05 |
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ID=51809077
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410166901.8A Pending CN104798846A (en) | 2014-01-24 | 2014-04-24 | Nutritive noodle maker |
| CN201420202316.4U Expired - Fee Related CN203913172U (en) | 2014-01-24 | 2014-04-24 | A kind of alimentary paste machine |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410166901.8A Pending CN104798846A (en) | 2014-01-24 | 2014-04-24 | Nutritive noodle maker |
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| CN (2) | CN104798846A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107361096A (en) * | 2017-07-27 | 2017-11-21 | 淮阴工学院 | Colorful noodles machine |
| CN109589012A (en) * | 2018-12-27 | 2019-04-09 | 龙口味美思环保科技有限公司 | A kind of beverage mixer and its application method |
-
2014
- 2014-04-24 CN CN201410166901.8A patent/CN104798846A/en active Pending
- 2014-04-24 CN CN201420202316.4U patent/CN203913172U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107361096A (en) * | 2017-07-27 | 2017-11-21 | 淮阴工学院 | Colorful noodles machine |
| CN107361096B (en) * | 2017-07-27 | 2019-03-12 | 淮阴工学院 | Colorful noodles machine |
| CN109589012A (en) * | 2018-12-27 | 2019-04-09 | 龙口味美思环保科技有限公司 | A kind of beverage mixer and its application method |
| CN109589012B (en) * | 2018-12-27 | 2020-12-22 | 安徽致养食品有限公司 | Beverage mixer and using method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104798846A (en) | 2015-07-29 |
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Granted publication date: 20141105 Termination date: 20170424 |