阅读说明：本技术 手脚双踏一轴双控悬停摇臂式分类垃圾桶 (Hand-foot double-pedal one-shaft double-control hovering rocker arm type classification garbage can ) 是由 邱康红 于 2021-02-28 设计创作，主要内容包括：一种手脚双踏一轴双控悬停摇臂式分类垃圾桶,其特征是将桶盖3连接与桶体2连接用双头螺栓及螺母9紧固为一体,将丝轴18从托座1正前方经底部下方贯穿至正背面,预留出V型摇臂4的间距,背面用螺母17及垫片紧固限位,于正前方丝轴18依序加装手动踏板支撑23、螺母17、传导踏板22与脚踏板26,再用螺母17紧固,将悬停带扣13与一体的悬停带扣拉索19紧固于桶体2与桶盖3连接处的后端延伸处,并通过调节旋钮螺栓10校对好V型摇臂4与手动踏板21及脚踏板26的中心平衡点,同时调节好拉索14的松紧度,至此组装完成,拎起袋口抽出相连垃圾袋12,撕下需扔的垃圾,顺手将新垃圾袋12套于桶口,压下卡箍合件,合上桶盖3即可继续使用。(A hand-foot double-pedal one-shaft double-control hovering rocker arm type classified garbage can is characterized in that a can cover 3 is connected with a can body 2 and fastened into a whole through a stud bolt and a nut 9, a screw shaft 18 penetrates from the front of a support seat 1 to the front back through the bottom of the support seat to reserve the space between V-shaped rocker arms 4, the back of the support seat is fastened and limited through a nut 17 and a gasket, a manual pedal support 23, a nut 17, a conduction pedal 22 and a pedal plate 26 are sequentially and additionally arranged on the screw shaft 18 in front of the support seat, the suspension buckle 13 and an integrated hovering stay cable 19 are fastened at the rear end extending part of the connection part of the can body 2 and the can cover 3, the central balance points of the V-shaped rocker arms 4, the manual pedal 21 and the pedal plate 26 are calibrated through adjusting knob bolts 10, meanwhile, the tightness of the stay cable 14 is adjusted, the assembly is completed, a bag opening is lifted and is drawn out to be connected with a, the new garbage bag 12 is sleeved on the opening of the can by hand, the clamping hoop closing piece is pressed down, and the can cover 3 is closed for continuous use.)

1. A hand-foot dual-pedal shaft double-control hovering rocker arm type classified garbage can is composed of a bracket (1), a can body (2), a can cover (3), a V-shaped rocker arm (4), a bottom plate assembly (5), a bag outlet (6), a turning clamp (7), a tape adhering point (8), a stud bolt, a nut (9), an adjusting knob bolt (10), a bag coil (11), a garbage bag (12), a hovering belt buckle (13), a pull cable (14), a buckling belt limiting ring (15), a toothed body (16), a nut (17), a screw shaft (18), a hovering pull cable (19), a steel sheet spring (20), a manual pedal (21), a conduction pedal (22), a manual pedal support (23), a conduction rod piece (24), a bolt (25) and a pedal plate (26), and is characterized in that the bottom plate assembly (5) and the bag outlet (6) are molded into a bottom plate assembly by a mold, and the can body (2), The bracket (1), the tooth-shaped bodies (16), the barrel cover (3), the manual pedal (21), the conduction pedal (22) and the manual pedal support (23) are respectively molded into independent parts by a mold, a hovering buckle guy cable (19) and a hovering buckle (13) are independent parts, a plurality of connected garbage bags (12) with connecting fractures are rolled together to form a bag roll (11), a turning clamp (7) and a plurality of adhesive tape points (8) form a clamp closing part, the barrel cover (3) is connected with the barrel body (2) and is fastened into a whole by using stud bolts and nuts (9), an adjusting knob bolt (10) is arranged at the connection extension part of the barrel cover (3), two buckle belt limiting rings (15) are respectively fixed right above the two tooth-shaped bodies (16), a steel sheet spring (20) is fixed between the two buckle belt limiting rings, and a wire shaft (18) penetrates to the right back face from the right front of the bracket (1) through the bottom lower part, the technical key points are that the V-shaped rocker arm (4), the wire shaft (18), the conduction pedal (22), the manual pedal (21) and the pedal (26) are fastened and limited by nuts (17) and gaskets, a manual pedal support (23), nuts (17), the conduction pedal (22) and the pedal (26) are sequentially and additionally arranged on the right front screw shaft (18), then the nuts (17) are fastened, the manual pedal (21) is arranged in the manual pedal support (23) and fastened by bolts (25), the conduction rod piece (24) is connected with the conduction pedal (22) and the manual pedal (21) by rigid hooks, the V-shaped rocker arm (4) is arranged at the tail end of the right rear screw shaft (18), the balance degree with the conduction pedal (22) and the manual pedal (21) is calibrated, the front and the rear parts are fastened and limited by the nuts (17), the technical key points are that the V-shaped rocker arm (4), the wire shaft (18), the conduction pedal (22), the manual pedal (21, the clamp assembly is arranged on the rear opening edge of the barrel body (2), a bag roll (11) is placed into the barrel body (2), covered by a bottom plate assembly, a garbage bag (12) is drawn out from a bag outlet (6) and sleeved on the barrel opening, pressed by the clamp assembly to form the barrel body assembly, two identical barrel body assemblies are placed on a bracket (1) in parallel, the barrel cover (3) is respectively closed, a hovering buckle (13) and an integrated hovering buckle stay cable (19) are fastened at the rear end extending part of the connecting part of the barrel body (2) and the barrel cover (3) by an adjusting knob bolt (10), the hovering buckle stay cable (19) passes through a buckle belt limiting ring (15), penetrates through the back of the bracket (1) and penetrates out from the front through the bottom, one end of the stay cable (14) is tied to the end of a V-shaped rocker arm (4), the other end of the stay cable is tied to the adjusting knob bolt (10), and the central balance point of the V-shaped rocker (4), a manual pedal (21) and a pedal (26, meanwhile, the tightness of the guy cable (14) is adjusted, so that the assembly is completed, as the recoverable garbage and the unrecovered garbage are respectively sprayed and drawn on the outer surfaces of the barrel body (2) and the barrel cover (3), when the recoverable garbage needs to be placed, the right hand-operated pedal (21) is pressed down, the right conduction rod piece (24) gives a downward pressing acting force to the conduction pedal (22), the right foot pedal (26) is stepped on, the V-shaped rocker arm (4) at the other end of the same shaft inclines rightwards, the guy cable (14) tied to the end head gives a downward pulling acting force to the adjusting knob bolt (10), the recoverable barrel cover (3) is turned up, the recoverable garbage can be placed, the right hand-operated pedal (21) or the right foot pedal (26) is released, the barrel cover (3) is naturally closed under the action of gravity, and vice versa, the unrecovered garbage can be placed only by pressing the left hand-operated pedal (21) or the left, when garbage needs to be uninterruptedly put in, the end of a hovering belt buckle guy cable (19) arranged right in front is tensioned, at the moment, the hovering belt buckle (13) is buckled on a tooth-shaped body (16), a barrel cover (3) hovers above a barrel opening with the opening degree close to 85 degrees, when the barrel cover (3) needs to be closed, the hovering belt buckle guy cable (19) right in front is knocked down, a steel sheet spring (20) is stressed to bounce, the hovering belt buckle (13) jacks up to break away the tooth-shaped body (16) to be bound, the barrel cover (3) is closed, when the garbage needs to be thrown away without recovering the garbage, the barrel cover (3) is opened, a clamp closing member is turned over, and a sticky belt point (8) pulls up and pulls up the adhered, the design is convenient for arranging the bag opening, the bag opening is lifted to draw out the connected garbage bag (12), the garbage which needs to be thrown away is torn off, the new garbage bag (12) is sleeved on the opening of the barrel, the clamp closing piece is pressed down, and the barrel cover (3) is closed to continue use.

2. The hand-foot dual-pedal-shaft dual-control hovering rocker arm type sorting garbage can according to claim 1, wherein the technique is applicable to any geometry and combination of geometries, sorting garbage cans using garbage bag rolls.

3. The hand-foot dual-pedal one-shaft dual-control hovering rocker arm type sorting garbage can according to claim 1, is characterized in that a small size is suitable for household use, and a medium size to a large size is suitable for municipal use.

4. The hand-foot dual-pedal shaft dual-control hovering rocker arm type sorting garbage can according to claim 1, wherein the can cover (3) is provided with a hovering buckle (13) with hovering opening degree close to 85 degrees, a toothed body (16) and a steel sheet spring (20) for hovering, and the hovering buckle is controlled through a hovering buckle pull rope (19).

5. The double-pedal and shaft-control hovering rocker arm type classification garbage can according to claim 1, further comprising a double-pedal design of a manual pedal (8) and a pedal (26), so as to open the can cover (3) by using both hands and feet.

6. The hand-foot dual-pedal-shaft dual-control hovering rocker arm type sorting garbage can according to claim 1, wherein the pulling cable (14) may be rigidly connected in addition to being flexibly connected.

7. The hovering swing arm type garbage can according to claim 1, wherein the bracket (1), the can body (2) and the can cover (3) are made of non-plastic metal.

8. The hand-foot dual-pedal one-shaft dual-control hovering rocker arm type classification garbage can according to claim 1, due to the separated design that the bracket (1) is connected with the can cover, the height of a backrest of the bracket (1) can be reduced to the maximum extent, and cost is reduced.

Technical Field

A hand-foot double-pedal one-shaft double-control hovering rocker arm type classification garbage can is disclosed.

Technical Field

A hand-foot double-pedal one-shaft double-control hovering rocker arm type classified garbage can is based on 2013202435545 semi-embedded wire-drawing garbage cans, 2013204710123 combined garbage cans, 2019204364556 wing hoop bag-collecting and automatic bag-discharging mode can liners and newly-developed second-generation and third-generation series of wire-drawing garbage cans, and integrates the manufactured hand-foot double-pedal one-shaft double-control hovering rocker arm type classified garbage cans on the basis of a pedal flip garbage can, a unique wing hoop bag-sticking and automatic bag-discharging mode technology.

Disclosure of Invention

The invention has the innovation that on the basis of the original wire-drawing type garbage can technology, the wing hoop bag sticking and automatic bag discharging and pedal flip technology and the recyclable garbage can are integrated, the environment-friendly requirement of current social garbage classification can be really met by the convenience and the practicability of the garbage can in line with the pace of the times. The invention is realized in this way, a double-pedal and one-shaft double-control hovering rocker arm type classified garbage can is characterized in that a bottom plate assembly 5 and a bag outlet 6 are molded into a bottom plate assembly by a mold, a can body 2, a bracket 1, a tooth-shaped body 16, a can cover 3, a manual pedal 21, a conduction pedal 22 and a manual pedal support 23 are respectively molded into independent parts by the mold, a hovering buckle stay cable 19 and a hovering buckle 13 are independent parts, a plurality of connected garbage bags 12 with connecting fractures are rolled together to form a bag roll 11, a turning clamp 7 and a plurality of adhesive tape points 8 form a clamp assembly, the can cover 3 is connected with the can body 2 and fastened into a whole by a stud and a nut 9, an adjusting knob bolt 10 is arranged at the connecting extension part of the can cover 3, two buckle limiting rings 15 are respectively fixed right above the two tooth-shaped bodies 16, a steel sheet spring 20 is fixed between the two buckle limiting rings, a screw shaft 18 penetrates from the front of the bracket 1 to the right back side, reserving the space between the V-shaped rocker arms 4, fastening and limiting the back surface by nuts 17 and gaskets, sequentially adding a manual pedal support 23, nuts 17, a conduction pedal 22 and a pedal 26 on a screw shaft 18 in the front, then fastening by the nuts 17, installing the manual pedal 21 in the manual pedal support 23, fastening by bolts 25, connecting a conduction rod member 24 with the conduction pedal 22 and the manual pedal 21 by rigid hooks, installing the V-shaped rocker arms 4 at the tail end of the screw shaft 18 in the front and back, calibrating the balance between the conduction pedal 22 and the manual pedal 21, and fastening by the nuts 17 in a limiting way in the front and back direction, technically characterized in that the V-shaped rocker arms 4, the screw shaft 18, the conduction pedal 22, the manual pedal 21 and the pedal 26 are fastened into a whole, rotating synchronously, installing a clamp assembly at the rear edge of the barrel body 2, placing the bag roll 11 in the barrel body 2, covering by a bottom plate assembly, drawing out a garbage bag 12 from a bag outlet 6 and covering at the, pressing by a clamp part to form a barrel body assembly, arranging two identical barrel body assemblies on a bracket 1 in parallel, respectively closing a barrel cover 3, fastening a hovering buckle 13 and an integrated hovering buckle stay cable 19 on the extending part of the rear end of the joint of the barrel body 2 and the barrel cover 3 by an adjusting knob bolt 10, penetrating the hovering buckle stay cable 19 through a buckle belt limiting ring 15 from the back of the bracket 1, penetrating out from the front of the bottom, tying one end of a stay cable 14 at the end of a V-shaped rocker arm 4 and the other end at the adjusting knob bolt 10, aligning the central balance points of the V-shaped rocker arm 4, a manual pedal 21 and a pedal plate 26 by the adjusting knob bolt 10, and simultaneously adjusting the tightness of the stay cable 14, so as to finish the assembly, because the outer surfaces of the barrel body 2 and the barrel cover 3 are respectively sprayed with recoverable and unrecyclable garbage, when the recoverable garbage needs to be placed, pressing a right manual pedal 21 down to enable a right side conduction rod 24 to apply a downward acting, stepping on the right foot board 26 can cause the V-shaped rocker arm 4 at the other end of the same shaft to incline rightwards, the guy cable 14 tied at the end head provides a downward pulling force for the adjusting knob bolt 10, so that the recoverable barrel cover 3 can be turned up, the recoverable garbage can be thrown, the right hand pedal 21 or the right foot board 26 is loosened, the barrel cover 3 can be naturally closed under the action of gravity, and vice versa, the left hand pedal 21 or the left foot board 26 can be pressed only when the garbage is not recovered, when the garbage needs to be uninterruptedly put in, the end head of the buckle suspension guy cable 19 arranged right in front is tightened, the suspension buckle 13 is buckled on the dentate body 16 at the moment, the barrel cover 3 can be suspended on the barrel opening with the opening degree of nearly 85 degrees, when the barrel cover 3 needs to be closed, the suspension buckle guy cable 19 arranged right in front is pulled, the steel sheet spring 20 is bounced under the force, so that the suspension buckle, when the barrel cover 3 is closed, when garbage is thrown away and is not recycled, the barrel cover 3 is opened, the clamp closing member is turned over, the adhesive tape points 8 pull up and pull up the adhered garbage bag 12, so that the bag opening is convenient to arrange, the bag opening is lifted up to draw out the connected garbage bag 12, the garbage bag which needs to be thrown away is torn down, a new garbage bag 12 is sleeved on the barrel opening by hand, the clamp closing member is pressed down, and the barrel cover 3 is closed to continue use.

2. Description of the drawings

Fig. 1 is a schematic structural diagram of the front side of a barrel back, which is provided with a bracket 1, a barrel body 2, a barrel cover 3, a V-shaped rocker arm 4, a turning clamp 7, a stud bolt and nut 9, an adjusting knob bolt 10, a hovering belt buckle 13, a guy cable 14, a buckling belt limiting ring 15, a tooth-shaped body 16, a nut 17 and a screw shaft 18.

Fig. 2 is a perspective schematic view of a bracket 1, a barrel body 2, a barrel cover 3, a V-shaped rocker arm 4, a bottom plate assembly 5, a turning clamp 7, a tape adhering point 8, a stud bolt and a nut 9, an adjusting knob bolt 10, a bag roll 11, a garbage bag 12, a hovering buckle 13, a guy cable 14, a buckling belt limiting ring 15, a tooth-shaped body 16, a nut 17, a wire shaft 18, a hovering buckle guy cable 19, a steel sheet spring 20 and a side structure.

Fig. 3 is a front elevation structure schematic diagram of the bracket 1, the barrel body 2, the barrel cover 3, the turning clamp 7, the adhesive tape point 8, the stud bolt and nut 9, the nut 17, the screw shaft 18, the hovering buckle inhaul cable 19 and the pedal 26.

Fig. 4 is a schematic structural diagram of the bottom plate assembly 5 and the bag outlet 6 in front view.

Fig. 5 is a front view of the structure of the turning clamp 7 and the adhesive tape point 8.

Fig. 6 is a front view of the nut 17, the screw shaft 18, the manual pedal 21, the conduction pedal 22, the manual pedal support 23, the conduction rod 24 and the bolt 25.

Fig. 7 is a schematic side view of the V-shaped rocker arm 4, the nut 17, the screw shaft 18, the manual pedal 21, the conduction pedal 22, the manual pedal support 23, the conduction rod 24 and the bolt 25.

Fig. 8 is a front view of the hovering buckle 13 and the hovering buckle pulling cable 19.

In the figure, 1 bracket, 2 barrel body, 3 barrel cover, 4V-shaped rocker arm, 5 bottom plate assembly, 6 bag outlet, 7 turning clamp, 8 adhesive tape point, 9 stud bolt and nut, 10 adjusting knob bolt, 11 bag coil, 12 garbage bag, 13 hovering buckle, 14 guy cable, 15 buckle belt limiting ring, 16 tooth-shaped body, 17 nut, 18 wire shaft, 19 hovering buckle guy cable, 20 steel sheet spring, 21 manual pedal, 22 conduction pedal, 23 manual pedal support, 24 conduction rod piece, 25 bolt and 26 pedal.

Detailed Description

The implementation steps of the invention are described below with reference to the accompanying drawings:

1. the bottom plate assembly 5 and the bag outlet 6 are molded into a bottom plate assembly by a mold, the barrel body 2, the bracket 1, the tooth-shaped body 16, the barrel cover 3, the manual pedal 21, the conduction pedal 22 and the manual pedal support 23 are respectively molded into independent parts by the mold, the suspension buckle guy cable 19 and the suspension buckle 13 are independent parts, a plurality of connected garbage bags 12 with connecting fractures are rolled together to form a bag roll 11, and the overturning clamp 7 and a plurality of adhesive tape points 8 form a clamp assembly.

2. A barrel cover 3 is connected with a barrel body 2 and fastened into a whole through a stud bolt and a nut 9, an adjusting knob bolt 10 is arranged at the connection extension part of the barrel cover 3, two buckle belt limiting rings 15 are respectively fixed right above two tooth-shaped bodies 16, a steel sheet spring 20 is fixed between the two buckle belt limiting rings, a screw shaft 18 penetrates from the front part of a bracket 1 to the front back surface through the bottom part, the distance of a V-shaped rocker arm 4 is reserved, the back surface is fastened and limited through a nut 17 and a gasket, a manual pedal support 23, a nut 17, a conduction pedal 22 and a pedal plate 26 are sequentially and additionally arranged on the screw shaft 18 in the front part, then the manual pedal 21 is fastened through the nut 17, the manual pedal 21 is arranged in the manual pedal support 23 and fastened through a bolt 25, a conduction rod piece 24 is connected with the conduction pedal 22 and the manual pedal 21 through a rigid hook, the V-shaped rocker arm 4 is arranged at the tail end of the screw shaft 18 in the front part and the, the technical key point is to ensure that the V-shaped rocker arm 4, the screw shaft 18, the conduction pedal 22, the manual pedal 21 and the pedal plate 26 are fastened into a whole, and the rotation must be synchronous.

3. The hoop assembly is arranged on the rear opening edge of the barrel body 2, the bag roll 11 is placed into the barrel body 2 and covered by the bottom plate assembly, the garbage bag 12 is drawn out from the bag outlet 6 and sleeved on the barrel opening, and the garbage bag is pressed by the hoop assembly to form the barrel body assembly.

4. The same two barrel body assembling parts are placed on a supporting seat 1 in parallel, a barrel cover 3 is respectively closed, a hovering buckle 13 and an integrated hovering buckle guy cable 19 are fastened at the extending position of the rear end of the connecting position of the barrel body 2 and the barrel cover 3 through an adjusting knob bolt 10, the hovering buckle guy cable 19 penetrates through a buckling belt limiting ring 15 and penetrates through the back of the supporting seat 1 and penetrates out from the front through the bottom, one end of the guy cable 14 is tied to the end head of a V-shaped rocker arm 4, the other end of the guy cable is tied to the adjusting knob bolt 10, the central balance point of the V-shaped rocker arm 4, a manual pedal 21 and a pedal 26 is calibrated through the adjusting knob bolt 10, and meanwhile, the tightness of the.

5. Because the recoverable garbage and the non-recoverable garbage are respectively sprayed and painted on the outer surfaces of the barrel body 2 and the barrel cover 3, when the recoverable garbage needs to be placed, the right hand-operated pedal 21 is pressed down, the right conduction rod 24 provides downward acting force for the conduction pedal 22, the right foot board 26 is stepped on, the V-shaped rocker arm 4 at the other end of the same shaft inclines rightwards, the pull rope 14 tied at the end head provides downward acting force for the adjusting knob bolt 10, the recoverable barrel cover 3 is turned up, the recoverable garbage can be thrown away, the right hand-operated pedal 21 or the right foot board 26 is loosened, the barrel cover 3 naturally closes under the action of gravity, and vice versa, the non-recoverable garbage only needs to be pressed down by the left hand-operated pedal 21 or the left foot board 26.

6. When garbage needs to be uninterruptedly put in, the end of the hovering belt buckle stay cable 19 arranged right in front is tensioned, the hovering belt buckle 13 is buckled and hung on the tooth-shaped body 16 at the moment, the barrel cover 3 is hovered on the barrel opening with an opening degree of nearly 85 degrees, when the barrel cover 3 needs to be closed, the hovering belt buckle stay cable 19 arranged right in front is dumped, the steel sheet spring 20 is stressed to bounce, the hovering belt buckle 13 jacks up to break free from the constraint of the tooth-shaped body 16, the barrel cover 3 is closed, when garbage is thrown away and is not recycled, the barrel cover 3 is opened, the clamping piece is turned over, the adhesive tape point 8 pulls up and pulls up the adhered garbage bag 12, the design is convenient for arranging the bag opening, the connected garbage bag 12 is pulled out by lifting the bag opening, the garbage bag which needs to be thrown away is torn, a new garbage bag 12 is sleeved on the barrel opening by hands.

7. The hand-foot double-pedal one-shaft double-control hovering rocker arm type classification garbage can is characterized in that the technology is suitable for any geometry body and combination of the geometry bodies and classification garbage cans applying garbage bag rolls.

8. The hand-foot double-pedal one-shaft double-control hovering rocker arm type classification garbage can is characterized in that a small size is suitable for household use, and a medium size to a large size is suitable for municipal administration.

9. The hand-foot dual-pedal shaft dual-control hovering rocker arm type classification garbage can is characterized in that the can cover 3 is provided with a hovering belt buckle 13 with an opening degree of hovering close to 85 degrees, a toothed body 16 and a steel sheet spring 20, and hovering is achieved through control of a hovering belt buckle pull rope 19.

10. The hand-foot double-pedal one-shaft double-control hovering rocker arm type classification garbage can is provided with a double-pedal design of a hand pedal 8 and a pedal plate 26, and the hand-foot double-control hovering garbage can is realized by opening the can cover 3.

11. The hand-foot dual-pedal one-shaft dual-control hovering rocker arm type classification garbage can has the advantage that the stay cable 14 can be rigidly connected besides flexible connection.

12. The hand-foot dual-pedal one-shaft dual-control hovering rocker arm type classification garbage can is characterized in that the bracket 1, the can body 2 and the can cover 3 can be made of non-plastic metal materials.

13. The manual and foot dual-pedal one-shaft dual-control hovering rocker arm type classification garbage can is characterized in that the bracket 1 and the can cover are connected in a separated design, so that the height of the backrest of the bracket 1 can be reduced to the greatest extent, and the cost is reduced.