CN203985998U - Radish wind dewater unit - Google Patents
Radish wind dewater unit Download PDFInfo
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- CN203985998U CN203985998U CN201420264324.1U CN201420264324U CN203985998U CN 203985998 U CN203985998 U CN 203985998U CN 201420264324 U CN201420264324 U CN 201420264324U CN 203985998 U CN203985998 U CN 203985998U
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- radish
- seat
- crossbearer
- wind
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Abstract
The utility model discloses a kind of radish wind dewater unit, it comprises radish wind dewatering holder and radish wind dehydration mesh bag, in the supporting seat of radish wind dewatering holder, crossbearer seat, cross-brace, welding, upper support and lower support, all manufactured pin hole, pivot pin can rotate in pin hole, pillar is fixed in support seat, supporting seat and crossbearer seat are fixed on pillar, support seat is flexibly connected with pivot pin with crossbearer seat with upper support and lower support, crossbearer with lateral support, supporting seat, the lower end of lower support and upper support withstands in support limit, and laterally bearing bar is laterally holding on position; During wind dehydration, the radish wind dehydration mesh bag of filling radish hangs on horizontal bearing bar.While having adopted the dehydration of simple in structure, wind, airing is easily after radish wind dewater unit, and built is laborsaving quick again, need not wear bunchiness, and radish wind dehydration mesh bag and radish wind dewatering holder can be reused, and have reduced the wind dehydration cost of radish.
Description
Technical field
The utility model relates to a kind of radish wind dewater unit.
Background technology
The wind dehydration of traditional radish is all to adopt to wear string and hang the wind dehydration of drying in the air, and the radish of wearing after string is all to hang over branch or the dehydration of yoke windward, takes the speed fine rattan slow, yoke of yoke and can not reuse, and causes that to take the cost of yoke high.Meanwhile, wear the hole that has perforating wound on when string radish, easily mouldy and produce mould, the radish of rotting while having the aperture of perforating wound to cross wind and weather.Meanwhile, the speed of wearing string is slow, causes cost of labor to increase, yield poorly to industrialized large-scale production.
Summary of the invention
The object that the utility model relates to be for provide a kind of can be reusable frame and the mesh bag of wind dehydration radish.
For achieving the above object, radish wind dewater unit described in the utility model mainly comprises radish wind dewatering holder and radish wind dehydration mesh bag;
Radish wind dewatering holder mainly comprise support seat, pillar, lateral support, lower support, upper support, supporting seat, crossbearer, crossbearer seat, pivot pin, support limit, laterally bearing bar, laterally hold position; Pin hole on the pivot pin seat being connected in described support seat is flexibly connected lateral support, has the lower end of the lower support of support limit restriction to locate in lateral support in lateral support, and the middle part of support seat is fixed with pillar; On pillar, be fixed with supporting seat, crossbearer seat, in the pin hole of pivot pin on supporting seat, crossbearer seat, cross-brace and crossbearer, rotate or do not rotate; Supporting seat near support seat is connected with lower support by pivot pin, and the lower end of lower support is supported on the Support Position of limiting the lower end of lower support in lateral support by support limit; Lower support supporting seat is above connected with upper support by pivot pin, and the crossbearer seat above supporting seat is flexibly connected with bracing frame by pivot pin, and the upper end of upper support is supported on the Support Position of the upper end of above supportting with support limit restriction on crossbearer; On crossbearer, have and laterally hold position, laterally bearing bar inserts and laterally holds holding a hole or being placed on the groove that laterally holds position of position, and laterally bearing bar is used for hanging radish wind dehydration mesh bag.
Described radish wind dehydration mesh bag is netted microscler sack, and there are hook or link in upper end, and lower end is mesh bag mouth; Radish, need wind when dehydration, be used for splendid attire radish, and the radish wind dehydration mesh bag of filling radish is hung on horizontal bearing bar.
In described supporting seat, crossbearer seat, cross-brace, welding, upper support and lower support, have pin hole, pivot pin can rotate in pin hole.
For the ease of using and depositing, described radish wind dewatering holder is when needs wind dewaters, and its all composition accessories can be combined into frame; Not the used time, its all composition accessories can both be dismantled, and are convenient to packaging and storing; Described radish wind dehydration mesh bag can fold and open.
Described support seat is that pivot pin seat is the stand that has hanger, has pin hole on hanger with pivot pin seat the pedestal that is connected with pivot pin seat, and pivot pin seat is in the periphery of support seat;
Described pillar is the column standing in support seat, is hollow body, or solid; The cross section of pillar is I shape, or the pipe of the polygon pipe of annular or curved pipe or polygon and arc combination;
Described lateral support is arranged on microscler " protruding " font that is shaped as of top view in support seat, is solid, or hollow body, on narrower one end, has pin hole, relatively wide part have support limit above;
There is pin hole described lower support and one end of upper support, are solids, or hollow body, and lower support is used for to lower support, and upper support is used for to upper support;
Described supporting seat is " recessed " font hanger with pin hole being fixed on pillar;
Described crossbearer is arranged on microscler " protruding " font that is shaped as of top view on crossbearer seat, is solid, or hollow body, on narrower one end, has pin hole, relatively wide part have support limit below;
Described crossbearer seat is " recessed " font hanger with pin hole being fixed on pillar;
Described pivot pin is can either work as axle to use, can work as again pin and use, and be hollow body, or solid;
Described support limit is the protrusion on cross-brace and crossbearer, or is installed at the casting lug thereon on cross-brace and crossbearer, for limiting position;
Described laterally to hold position be the position of holding being fixed on crossbearer, is ring, or groove; While being ring, the via hole of ring is on crossbearer, or the via hole on crossbearer, on pillar or have a via hole; While being groove, be the groove being fixed on crossbearer, or the groove on crossbearer; Via hole and groove part are for carrying and limit horizontal bearing bar;
Described horizontal bearing bar is hollow body or the solid of hanging radish wind dehydration mesh bag for holding.
For radish wind dewatering holder is installed fast in use, described crossbearer all adopts pivot pin or screw rod to be connected with supporting seat, lateral support with support seat with crossbearer seat, upper support and lower support.
In order to reduce costs and alleviate the weight of radish wind dewatering holder, described crossbearer, crossbearer seat, upper support, lower support, supporting seat, lateral support, support seat, pivot pin and pillar are solids, or hollow body; Described crossbearer is individual layer on pillar, or multilayer.
In order to increase the stability of radish wind dewatering holder, described crossbearer adopts upper support and support limit limit and the fixing setting angle of crossbearer and pillar, and lateral support adopts lower support and support limit limits the setting angle of also fixed lateral support and pillar.
Radish in order to hang radish wind dehydration mesh bag or wear bunchiness on radish wind dewatering holder, connects with horizontal bearing bar between described radish wind dewatering holder, laterally on bearing bar, has the part of hook or protrusion, or there is no the part of hook or protrusion.
In order to reduce cost and the consumption of natural wind dehydration, described radish wind dewatering holder and radish wind dehydration mesh bag can reuse.
The using method of described radish wind dewater unit, is characterized in that:
While needing wind dehydration, first assemble radish wind dewatering holder.One, when assembling, A, is fixed on supporting seat, crossbearer seat on pillar, and supporting seat and crossbearer seat omit this step while adopting welding or riveted joint to be fixed on pillar; B, support limit is fixed on cross-brace and crossbearer, laterally holding position, is fixed on crossbearer; C, with pivot pin, connect lower support and supporting seat, upper support and supporting seat; D, with pivot pin, connect support seat and cross-brace; E, pillar is fixed in support seat, pillar omits this step when being fixed on and adopting welding or riveted joint in support seat; F, the lower end of lower support is withstood in the support limit in cross-brace; G, with pivot pin, connect crossbearer and crossbearer seat; H, the upper end of upper support is withstood in the support limit on crossbearer; Go up I, laterally the holding position that horizontal bearing bar is fixed on crossbearer, completes the assembling of radish wind dewatering holder.While two, radish being packed in radish wind dehydration mesh bag, first radish wind dehydration mesh bag is opened, then after radish wind dehydration mesh bag is turned around, from mesh bag mouth below, radish is packed into radish wind dehydration mesh bag, fill and rear mesh bag mouth is pricked above or directly and tied a knot with rope; When mesh bag mouth is to hang upside down by rope bundle object upper or directly knotting, radish can not fall down in mesh bag; Afterwards, the radish wind dehydration mesh bag of filling radish is hung on the horizontal bearing bar on radish wind dewatering holder and carried out natural wind dehydration by bag.Reach after the degree of dehydration needing, in the time of collecting, open the knot on mesh bag mouth or untie the rope on mesh bag mouth, radish just falls down from mesh bag mouth, the splendid attire of the container made of bamboo, wicker, ratten, etc. or frame or vessel for the radish falling down.
After wind has dewatered, radish wind dewatering holder is dismantled to collection.During dismounting, A, from laterally holding position, pull down horizontal bearing bar; Connection pivot pin on B, taking-up crossbearer and crossbearer seat, pulls down crossbearer; In C, taking-up, the connection pivot pin of support and supporting seat, pulls down support; The connection pivot pin of D, the lower support of taking-up and supporting seat, pulls down lower support; The connection pivot pin of E, taking-up support seat and cross-brace, pulls down cross-brace; F, pull down supporting seat and support seat on pillar, this step is omitted and is not torn open; G, all accessories are separated to packing and storing, be convenient to use next time.
The manufacture method of described radish wind dewatering holder, it is characterized in that: during fabrication, described support seat, pillar, lateral support, lower support, upper support, supporting seat, crossbearer, crossbearer seat, pivot pin, support limit, horizontal bearing bar and laterally hold position and can both adopt metal material or plastics or timber manufacture;
During fabrication, pivot pin seat, in the periphery of support seat, manufactures as a whole pedestal pivot pin seat and support seat to described support seat, or pivot pin seat and support seat are separated and manufactured together with recombinant; Pivot pin seat is created to the stand of hanger, on hanger, manufacture and have pin hole;
Described pillar during fabrication, creates pillar the cylinder of hollow body or solid; The cross section of pillar is created to I shape, or the polygon pipe of annular or curved pipe or polygon and arc combine pipe or entity; The fixedly employing welding of pillar in support seat or riveted joint or screw rod are connected and fixed;
During fabrication, the shape that lateral support is created to top view is solid or the hollow body of microscler " protruding " font to described lateral support, on narrower one end, manufactures and has pin hole; Lateral support and support limit are manufactured when as a whole, and in lateral support, relatively wide part manufactures and has projection as support limit above;
During fabrication, lower support and upper support create solid or the hollow body that there is pin hole one end for described lower support and upper support;
Described supporting seat during fabrication, creates " recessed " font hanger with pin hole supporting seat; Supporting seat is fixed on pillar and adopts welding or riveted joint or screw to be connected and fixed;
Described crossbearer during fabrication, creates crossbearer seat solid or the hollow body that top view is microscler " protruding " font, on narrower one end, manufactures and has pin hole; Crossbearer and support limit are manufactured when as a whole, and on crossbearer, relatively wide part manufactures and has projection as support limit below;
Described crossbearer seat during fabrication, creates " recessed " font hanger with pin hole crossbearer seat; Crossbearer seat is fixed on pillar and adopts welding or riveted joint or screw to be connected and fixed;
Described pivot pin during fabrication, creates hollow shaft or the solid shafting of pin shape, makes pivot pin can either work as axle and uses, and can work as again pin and use, and in pin hole, can rotate;
Described support limit during fabrication, creates the protrusion on cross-brace and crossbearer support limit, or is installed at the casting lug thereon on cross-brace and crossbearer, for limiting position;
Described laterally holds position during fabrication, laterally holding position, creates ring or groove; While creating ring, ring hold a hole on crossbearer, or the via hole in the support body of crossbearer, on pillar or hold a hole; While creating groove, be the groove being fixed on crossbearer, or the groove on crossbearer; Laterally hold position and be fixed on crossbearer, holding a hole and groove part is for carrying and limit horizontal bearing bar;
Described horizontal bearing bar creates hollow or solid barred body, is used for holding extension radish wind dehydration mesh bag.
In described supporting seat, crossbearer seat, cross-brace, welding, upper support and lower support, all manufactured pin hole, pivot pin can rotate in pin hole, pillar is fixed in support seat and adopts welding or riveted joint or screw rod to be connected and fixed, and supporting seat and crossbearer seat are fixed on pillar and adopt welding or riveted joint or screw to be connected and fixed; Support seat and lateral support with pivot pin be flexibly connected, supporting seat and upper support and lower support with pivot pin be flexibly connected, crossbearer and crossbearer seat be flexibly connected with pivot pin, the lower end of lower support withstands in the support limit in cross-brace, the upper end of upper support withstands in the support limit below crossbearer, and laterally bearing bar inserts or is placed on and laterally holds the holding on a hole or groove of position.
The manufacture method of described radish wind dehydration mesh bag, is characterized in that: radish wind dehydration mesh bag adopts plastics manufacture during fabrication, creates netted microscler sack, and there are hook or link in upper end, and lower end is mesh bag mouth.
When simple in structure, the wind of the utility model radish wind dewater unit dewaters, airing is convenient; Adopt after radish wind dewater unit, built is laborsaving quick again, need not wear bunchiness, and radish wind dehydration mesh bag and radish wind dewatering holder can be reused, and has reduced wind dehydration cost.
Accompanying drawing explanation
Fig. 1 is the whole surface structure schematic diagram of the utility model radish wind dewater unit.
Fig. 2 is that the radish wind dewatering holder of the utility model radish wind dewater unit is the surface structure schematic diagram of multilayer.
Fig. 3 is the surface structure schematic diagram of the left view of Fig. 2.
Fig. 4 is that the radish wind dewatering holder of the utility model radish wind dewater unit is the surface structure schematic diagram of individual layer.
Fig. 5 be on the crossbearer of radish wind dewatering holder of the utility model radish wind dewater unit laterally to hold position be the surface structure schematic diagram of ring.
Fig. 6 be on the crossbearer of radish wind dewatering holder of the utility model radish wind dewater unit laterally to hold position be the surface structure schematic diagram of groove.
Fig. 7 be on the crossbearer of radish wind dewatering holder of the utility model radish wind dewater unit laterally hold position hold the surface structure schematic diagram of a hole in the support body of crossbearer.
Fig. 8 be on the crossbearer of radish wind dewatering holder of the utility model radish wind dewater unit laterally hold position hold the surface structure schematic diagram of a groove in the support body of crossbearer.
Fig. 9 is the crossbearer of radish wind dewatering holder of the utility model radish wind dewater unit and the sectional structure schematic diagram of the top view of lateral support.
Figure 10 is the crossbearer seat of radish wind dewatering holder of the utility model radish wind dewater unit and the sectional structure schematic diagram of the top view of supporting seat.
Figure 11 is that the radish wind dewatering holder of the utility model radish wind dewater unit is the sectional structure schematic diagram of two top views to the support seat supporting.
Figure 12 is that the radish wind dewatering holder of the utility model radish wind dewater unit is the sectional structure schematic diagram of the top view of the support seat that supports of four-way.
Shown in figure: lateral support 1, lower support 2, pillar 3, crossbearer 4, laterally hold position 5, upper support 6, laterally bearing bar 7, support seat 8, supporting seat 9, pivot pin 10, support limit 11, crossbearer seat 12, hold a hole 13, pin hole 14, groove 15, radish wind dehydration mesh bag 16.
The specific embodiment
The utility model radish wind dewater unit mainly comprises radish wind dewatering holder and radish wind dehydration mesh bag 16; Radish wind dewatering holder mainly comprise support seat 8, pillar 3, lateral support 1, lower support 2, upper support 6, supporting seat 9, crossbearer 4, crossbearer seat 12, pivot pin 10, support limit 11, laterally bearing bar 7, laterally hold position 5; Pin hole 14 on 10 of the pivot pins that are connected in support seat 8 is flexibly connected lateral support 1, has the lower end of the lower support 2 of support limit 11 restriction to locate in lateral support 1 in lateral support 1, and the middle part of support seat 8 is fixed with pillar 3; On pillar 3, be fixed with supporting seat 9, crossbearer seat 12, the pin hole 14 interior rotation of pivot pin 10 on supporting seat 9, crossbearer seat 12, cross-brace and crossbearer 4 or do not rotate; Supporting seat 9 near support seat 8 is connected with lower support 2 by pivot pin 10, and the lower end of lower support 2 is supported on the Support Position of limiting the lower end of lower support 2 in lateral support 1 by support limit 11; Lower support 2 supporting seat 9 is above connected with upper support 6 by pivot pin 10, and supporting seat 9 crossbearer seat 12 is above flexibly connected with bracing frame by pivot pin 10, and the upper end of upper support 6 is supported on the Support Position of limiting the upper end of upper support 6 on crossbearer 4 by support limit 11; On crossbearer 4, have and laterally hold position 5, laterally bearing bar 7 inserts and laterally holds holding a hole 13 or being placed on the groove 15 that laterally holds position 5 of position 5, and laterally bearing bar 7 is for hanging radish wind dehydration mesh bag 16.
Radish wind dehydration mesh bag 16 is netted microscler sacks, and there are hook or link in upper end, and lower end is mesh bag mouth; Radish, need wind when dehydration, be used for splendid attire radish, and the radish wind dehydration mesh bag 16 of filling radish is hung on horizontal bearing bar.
During fabrication, support seat 8, pillar 3, lateral support 1, lower support 2, upper support 6, supporting seat 9, crossbearer 4, crossbearer seat 12, pivot pin 10, support limit 11, horizontal bearing bar 7 and laterally hold position 5 and all adopt metal material or plastics or timber manufacture;
During fabrication, 10 of pivot pins manufacture as a whole pedestal 10 of pivot pins with support seat 8 in the periphery of support seat 8 to support seat 8, or 10 of pivot pins and support seat 8 are separated and manufactured together with recombinant; 10 stands that create hanger of pivot pin, on hanger, manufacture and have pin hole 14;
Pillar 3 during fabrication, creates pillar 3 cylinder of hollow body or solid; The cross section of pillar 3 is created to I shape, or the polygon pipe of annular or curved pipe or polygon and arc combine pipe or entity; The fixedly employing welding of pillar 3 in support seat 8 or riveted joint or screw rod are connected and fixed;
During fabrication, the shape that lateral support 1 is created to top view is solid or the hollow body of microscler " protruding " font to lateral support 1, on narrower one end, manufactures and has pin hole 14; Lateral support 1 and support limit 11 manufactured when as a whole, and in lateral support 1, relatively wide part manufactures and has projection as support limit 11 above;
During fabrication, lower support 2 and upper support 6 create solid or the hollow body that there is pin hole 14 one end for lower support 2 and upper support 6;
Supporting seat 9 during fabrication, creates " recessed " font hanger with pin hole 14 supporting seat 9; Supporting seat 9 is fixed on pillar 3 and adopts welding or riveted joint or screw to be connected and fixed;
Crossbearer 4 during fabrication, creates crossbearer seat 12 solid or the hollow body that top view is microscler " protruding " font, on narrower one end, manufactures and has pin hole 14; Crossbearer 4 and support limit 11 manufactured when as a whole, and on crossbearer 4, relatively wide part manufactures and has projection as support limit 11 below;
Crossbearer seat 12 during fabrication, creates " recessed " font hanger with pin hole 14 crossbearer seat 12; Crossbearer seat 12 is fixed on pillar 3 and adopts welding or riveted joint or screw to be connected and fixed;
Pivot pin 10 during fabrication, creates hollow shaft or the solid shafting of pin shape, makes pivot pin 10 can either work as axle and uses, and can work as again pin and use, and in pin hole 14, can rotate;
Support limit 11 during fabrication, creates the protrusion on cross-brace and crossbearer 4 support limit 11, or is installed at the casting lug thereon on cross-brace and crossbearer 4, for limiting position;
Laterally hold position 5 during fabrication, laterally holding position 5, create ring, or groove 15; While creating ring, ring hold a hole 13 on crossbearer 4, or hold a hole 13 in the support body of crossbearer 4, on pillar 3 or hold a hole 13; While creating groove 15, be the groove 15 being fixed on crossbearer 4, or the groove on crossbearer 4 15; Laterally hold position 5 and be fixed on crossbearer 4, holding a hole 13 and groove 15 is all for carrying and limit horizontal bearing bar 7;
Laterally bearing bar 7 creates hollow or solid barred body, is used for holding extension radish wind dehydration mesh bag 16.
In supporting seat 9, crossbearer seat 12, cross-brace, welding, upper support 6 and lower support 2, all manufactured pin hole 14, pivot pin 10 can rotate in pin hole 14, pillar 3 is fixed in support seat 8 and adopts welding or riveted joint or screw rod to be connected and fixed, and supporting seat 9 and crossbearer seat 12 are fixed on pillar 3 and adopt welding or riveted joint or screw to be connected and fixed; Support seat 8 is flexibly connected with lateral support 1 use pivot pin 10, supporting seat 9 is flexibly connected with upper support 6 and lower support 2 use pivot pins 10, crossbearer 4 is flexibly connected with crossbearer seat 12 use pivot pins 10, the lower end of lower support 2 withstands in the support limit 11 in cross-brace, the upper end of upper support 6 withstands in crossbearer 4 support limit 11 below, and laterally bearing bar 7 inserts or is placed on the via hole or groove 15 that laterally holds position 5.
Radish wind dehydration mesh bag 16 adopts plastics manufacture during fabrication, creates netted microscler sack, and there are hook or link in upper end, and lower end is mesh bag mouth.
For radish wind dewatering holder is installed fast in use, crossbearer 4 all adopts pivot pin 10 or screw rod to be connected with supporting seat 9, lateral support 1 with support seat 8 with crossbearer seat 12, upper support 6 and lower support 2.
In order to reduce costs and alleviate the weight of radish wind dewatering holder, crossbearer 4, crossbearer seat 12, upper support 6, lower support 2, supporting seat 9, lateral support 1, support seat 8, pivot pin 10 and pillar 3 are solids, or hollow body; Crossbearer 4 is individual layer on pillar 3, or multilayer.
In order to increase the stability of radish wind dewatering holder, crossbearer 4 adopts upper support 6 and support limit 11 restrictions the fixing setting angle of crossbearer 4 and pillar 3, lateral support 1 adopt lower support 2 and support limit 11 restrictions fixed lateral support 1 with the setting angle of pillar 3.
For the radish that can hang radish wind dehydration mesh bag or wear bunchiness on radish wind dewatering holder, between radish wind dewatering holder, with horizontal bearing bar 7, connect, laterally on bearing bar 7, there is the part of hook or protrusion, or there is no the part of hook or protrusion.
In order to reduce cost and the consumption of natural wind dehydration, radish wind dewatering holder and radish wind dehydration mesh bag can reuse.
While needing wind dehydration, first assemble radish wind dewatering holder.One, when assembling, A, is fixed on supporting seat 9, crossbearer seat 12 on pillar 3, and supporting seat 9 and crossbearer seat 12 omit this step while adopting welding or riveted joint to be fixed on pillar 3; B, support limit 11 is fixed on cross-brace and crossbearer 4, laterally holding position 5, is fixed on crossbearer 4; C, use pivot pin 10 connect lower support 2 and supporting seat 9, upper support 6 and supporting seat 9; D, use pivot pin 10 connect support seat 8 and cross-brace; E, pillar 3 is fixed in support seat 8, pillar 3 omits this step when being fixed on and adopting welding or riveted joint in support seat 8; F, the lower end of lower support 2 is withstood in the support limit 11 in cross-brace; G, use pivot pin 10 connect crossbearer 4 and crossbearer seats 12; H, the upper end of upper support 6 is withstood in the support limit 11 on crossbearer 4; I, horizontal bearing bar 7 is fixed on to laterally holding on position 5 on crossbearer 4, completes the assembling of radish wind dewatering holder.While two, radish being packed in mesh bag 16, first radish wind dehydration mesh bag 16 is opened, then after radish wind dehydration mesh bag 16 is turned around, from mesh bag mouth below, radish is packed into radish wind dehydration mesh bag 16, fill and rear mesh bag mouth is pricked above or directly and tied a knot with rope; When mesh bag mouth is to hang upside down by rope bundle object upper or directly knotting, radish can not fall down in radish wind dehydration mesh bag 16; Afterwards, the radish wind dehydration mesh bag 16 of filling radish is hung on the horizontal bearing bar 7 on radish wind dewatering holder and carried out natural wind dehydration by bag.Reach after the degree of dehydration needing, in the time of collecting, open the knot on mesh bag mouth or untie the rope on mesh bag mouth, radish just falls down from mesh bag mouth, the splendid attire of the container made of bamboo, wicker, ratten, etc. or frame or vessel for the radish falling down.
After wind has dewatered, radish wind dewatering holder is dismantled to collection.During dismounting, A, from laterally holding position, 5 pull down horizontal bearing bar 7; Connection pivot pin 10 on B, taking-up crossbearer 4 and crossbearer seat 12, pulls down crossbearer 4; In C, taking-up, the connection pivot pin 10 of support 6 and supporting seat 9, pulls down support 6; The connection pivot pin 10 of D, the lower support 2 of taking-up and supporting seat 9, pulls down lower support 2; The connection pivot pin 10 of E, taking-up support seat 8 and cross-brace, pulls down cross-brace; F, pull down supporting seat 9 and support seat 8 on pillar 3, this step is omitted and is not torn open; G, all accessories are separated to packing and storing, be convenient to use next time.
Claims (6)
1. a radish wind dewater unit, is characterized in that: described radish wind dewater unit mainly comprises radish wind dewatering holder and radish wind dehydration mesh bag (16);
Radish wind dewatering holder mainly comprise support seat (8), pillar (3), lateral support (1), lower support (2), upper support (6), supporting seat (9), crossbearer (4), crossbearer seat (12), pivot pin (10), support limit (11), laterally bearing bar (7), laterally hold position (5); Pin hole (14) on pivot pin (10) seat being connected in described support seat (8) is flexibly connected lateral support (1), in lateral support (1), have the lower end of the lower support (2) of support limit (11) restriction in the upper location of lateral support (1), the middle part of support seat (8) is fixed with pillar (3); On pillar (3), be fixed with supporting seat (9), crossbearer seat (12), in the pin hole (14) of pivot pin (10) on supporting seat (9), crossbearer seat (12), cross-brace and crossbearer (4), rotate or do not rotate; Supporting seat (9) near support seat (8) is connected with lower support (2) by pivot pin (10), and the lower end of lower support (2) is supported on the Support Position of the upper lower end with the lower support (2) of support limit (11) restriction of lateral support (1); Lower support (2) supporting seat (9) is above connected with upper support (6) by pivot pin (10), supporting seat (9) crossbearer seat (12) is above flexibly connected with bracing frame by pivot pin (10), and the upper end of upper support (6) is supported on the upper Support Position with the upper end of support (6) in support limit (11) restriction of crossbearer (4); On crossbearer (4), have and laterally hold position (5), laterally bearing bar (7) inserts and laterally holds holding a hole (13) or being placed on that laterally to hold the groove (15) of position (5) upper of position (5), and laterally bearing bar (7) is for hanging radish wind dehydration mesh bag (16);
Described radish wind dehydration mesh bag (16) is netted microscler sack, and there are hook or link in upper end, and lower end is mesh bag mouth; Radish, need wind when dehydration, be used for splendid attire radish, and the radish wind dehydration mesh bag (16) of filling radish is hung on horizontal bearing bar;
In described supporting seat (9), crossbearer seat (12), cross-brace, welding, upper support (6) and lower support (2), have pin hole (14), pivot pin (10) can rotate in pin hole (14);
For the ease of using and depositing, described radish wind dewatering holder is when needs wind dewaters, and its all composition accessories can be combined into frame; Not the used time, its all composition accessories can both be dismantled, and are convenient to packaging and storing; Described radish wind dehydration mesh bag (16) can fold and open;
Described support seat (8) is that pivot pin (10) seat is the stand that has hanger, has pin hole (14) on hanger with pivot pin (10) seat the pedestal that is connected with pivot pin (10) seat, and pivot pin (10) seat is in the periphery of support seat (8);
Described pillar (3) is the column standing in support seat (8), is hollow body, or solid; The cross section of pillar (3) is I shape, or the pipe of the polygon pipe of annular or curved pipe or polygon and arc combination;
Described lateral support (1) is arranged on microscler " protruding " font that is shaped as of top view in support seat (8), is solid, or hollow body, has pin hole (14) on narrower one end, relatively wide part have support limit (11) above;
There is pin hole (14) described lower support (2) and one end of upper support (6), are solids, or hollow body, and lower support (2) is for to lower support, and upper support (6) is for to upper support;
Described supporting seat (9) is " recessed " font hanger with pin hole (14) being fixed on pillar (3);
Described crossbearer (4) is arranged on microscler " protruding " font that is shaped as of top view on crossbearer seat (12), is solid, or hollow body, has pin hole (14) on narrower one end, relatively wide part have support limit (11) below;
Described crossbearer seat (12) is " recessed " font hanger with pin hole (14) being fixed on pillar (3);
Described pivot pin (10) is can either work as axle to use, can work as again pin and use, and be hollow body, or solid;
Described support limit (11) is the protrusion on cross-brace and crossbearer (4), or is installed at the casting lug thereon on cross-brace and crossbearer (4), for limiting position;
Described laterally to hold position (5) be the position of holding being fixed on crossbearer (4), is ring, or groove (15); While being ring, the via hole of ring is on crossbearer (4), or the via hole on crossbearer (4), and pillar (3) is upper or have a via hole; While being groove (15), be the groove (15) being fixed on crossbearer (4), or the groove (15) on crossbearer (4); Via hole and groove (15) are all for carrying and limit horizontal bearing bar (7);
Described horizontal bearing bar (7) is hang radish wind dehydration mesh bag or wear hollow body or the solid of the radish of bunchiness for holding.
2. according to claim 1 radish wind dewater unit, it is characterized in that: for radish wind dewatering holder is installed fast in use, described crossbearer (4) all adopts pivot pin (10) to be connected with supporting seat (9), lateral support (1) with support seat (8) with crossbearer seat (12), upper support (6) and lower support (2).
3. according to claim 1 radish wind dewater unit, it is characterized in that: in order to increase the stability of radish wind dewatering holder, the restriction of support (6) and support limit (11) the fixing setting angle of crossbearer (4) and pillar (3) in described crossbearer (4) employing, lateral support (1) adopts the also setting angle of fixed lateral support (1) and pillar (3) of lower support (2) and support limit (11) restriction.
4. according to claim 1 radish wind dewater unit, it is characterized in that: in order to reduce costs and alleviate the weight of radish wind dewatering holder, described crossbearer (4), crossbearer seat (12), upper support (6), lower support (2), supporting seat (9), lateral support (1), support seat (8), pivot pin (10) and pillar (3) are solids, or hollow body; Described crossbearer (4) is individual layer on pillar (3), or multilayer.
5. according to claim 1 radish wind dewater unit, it is characterized in that: for the radish that can hang radish wind dehydration mesh bag or wear bunchiness on radish wind dewatering holder, between described radish wind dewatering holder, with horizontal bearing bar (7), connect, laterally on bearing bar (7), there is the part of hook or protrusion, or there is no the part of hook or protrusion.
6. according to claim 1 radish wind dewater unit, it is characterized in that: the support seat (8) of radish wind dewatering holder, pillar (3), lateral support (1), lower support (2), upper support (6), supporting seat (9), crossbearer (4), crossbearer seat (12), pivot pin (10), support limit (11), a horizontal bearing bar (7) and laterally hold (5) and can both adopt metal material or plastics or timber manufacture; The fixedly employing welding of described pillar (3) in support seat (8) or riveted joint or screw rod are connected and fixed;
Radish wind dehydration mesh bag (16) adopts plastics manufacture.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420264324.1U CN203985998U (en) | 2014-05-23 | 2014-05-23 | Radish wind dewater unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420264324.1U CN203985998U (en) | 2014-05-23 | 2014-05-23 | Radish wind dewater unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203985998U true CN203985998U (en) | 2014-12-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420264324.1U Expired - Fee Related CN203985998U (en) | 2014-05-23 | 2014-05-23 | Radish wind dewater unit |
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| Country | Link |
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| CN (1) | CN203985998U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104026712A (en) * | 2014-05-23 | 2014-09-10 | 重庆示展科技发展中心 | Radish natural wind dehydration device |
-
2014
- 2014-05-23 CN CN201420264324.1U patent/CN203985998U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104026712A (en) * | 2014-05-23 | 2014-09-10 | 重庆示展科技发展中心 | Radish natural wind dehydration device |
| CN104026712B (en) * | 2014-05-23 | 2016-04-13 | 重庆示展科技发展中心 | Radish natural wind dewater unit and using method thereof and manufacture method |
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