CN206501264U - One kind energy-conservation ready-mixed concrete dispenser - Google Patents
One kind energy-conservation ready-mixed concrete dispenser Download PDFInfo
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- CN206501264U CN206501264U CN201720161447.6U CN201720161447U CN206501264U CN 206501264 U CN206501264 U CN 206501264U CN 201720161447 U CN201720161447 U CN 201720161447U CN 206501264 U CN206501264 U CN 206501264U
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Abstract
The utility model is related to a kind of metering device, more particularly to a kind of energy-conservation ready-mixed concrete dispenser.The technical problems to be solved in the utility model is to provide a kind of energy-conservation ready-mixed concrete dispenser.In order to solve the above-mentioned technical problem, the utility model provides such a energy-conservation ready-mixed concrete dispenser, includes bottom plate, first support, left socle, collection frame, right support, motor, step, top chock, first rotating shaft, screw mandrel, nut, conveying device etc.；Base top is connected with first support, left socle in turn, collects frame and right support from left to right, and first support front portion is sequentially provided with top chock, step and motor from top to bottom.The utility model has reached metering accurately effect, and only conveying device needs to use driven by power, and other operations only need manually, staff can be allowed more easily to transport raw material, and make the utility model more energy efficient.
Description
Technical field
The utility model is related to a kind of metering device, more particularly to a kind of energy-conservation ready-mixed concrete dispenser.
Background technology
Ready-mixed concrete refer to by cement, gather materials, the composition such as water and the additive mixed as needed, mineral admixture
Sold by a certain percentage in mixing plant after metering, mixing, and place to use is transported to using transport vehicle at the appointed time
Concrete mix.Concrete concentrated compactness is conducive to using advanced technology, carries out Virtual production management.Equipment profit
High, the accurate measurement with rate, the siccative worked good is put into after the abundant mix of concrete mixer, loads concrete stirring conveying
Car.
At present, during ready-mixed concrete, it is necessary to measured to raw material, it is stirred mixing again afterwards, however it is existing
Metering device there is metering not accurately shortcoming, therefore need a kind of energy-conservation ready-mixed concrete dispenser of research and development badly.
Utility model content
(1) technical problem to be solved
The utility model measures not accurately shortcoming to overcome existing metering device to exist, and the utility model will be solved
Technical problem be to provide a kind of energy-conservation ready-mixed concrete dispenser.
(2) technical scheme
In order to solve the above-mentioned technical problem, the utility model provides such a energy-conservation ready-mixed concrete and measured with raw material
Device, include bottom plate, first support, left socle, collect frame, right support, motor, step, top chock, first turn
Axle, screw mandrel, nut, conveying device, second support, metering device, the 3rd support, feed hopper and valve, base top from a left side to
The right side is connected with first support, left socle in turn, collects frame and right support, and first support front portion is sequentially provided with upper bearing (metal) from top to bottom
First rotating shaft is installed, first rotating shaft bottom at the top of motor with being connected, first turn on seat, step and motor, step
Screw mandrel is connected with the top of axle, top chock at the top of screw mandrel with being connected, and screw mandrel is provided with nut, and nut front is connected with haul dress
Put, be connected with second support and the 3rd support on the right side of left socle between right support left side, second support is located under the 3rd support
Side, second support front portion is provided with metering device, and metering device, which is located at, to be collected directly over frame, and the 3rd support is provided with feed hopper, enters
Hopper is located at directly over metering device, and feed hopper bottom is provided with valve.
Preferably, conveying device include first bearing seat, the second rotating shaft, the first pole, second bearing seat, the 3rd turn
Axle, the second pole, haul case and handle, nut front, which is connected with first bearing seat, first bearing seat, is provided with the second rotating shaft,
It is connected with the left of second rotating shaft on the left of the first pole, the first pole to be connected with second bearing seat, second bearing seat and is provided with the
The second pole is connected with the left of three rotating shafts, the 3rd rotating shaft, the second pole rear portion, which is connected with the left of haul case, the second pole, is provided with hand
Handle.
Preferably, metering device includes before the first batch meter, the first transparent panel, baffle plate and the first draw ring, second support
Portion is connected with the first batch meter, and the first batch meter front portion is provided with two wall bottoms of left and right in the first transparent panel, the first batch meter and is provided with
Baffle plate is provided with groove, groove, baffle plate front portion is provided with the first draw ring.
Preferably, the second batch meter, expansion link, the second transparent panel, the 3rd batch meter, the 3rd transparent panel and are also included
Four supports, second support front portion is connected with the second batch meter, and the second batch meter front portion is provided with the second transparent panel, and the second batch meter is left
Forequarter, rear portion and right front, rear portion are equipped with expansion link, and expansion link bottom is connected with the 4th support, the 4th support and set
There is the 3rd batch meter, the 3rd batch meter is located in the second batch meter, the 3rd batch meter front portion is provided with the 3rd transparent panel, the 4th support
Two wall bottoms of interior left and right are provided with groove, and groove is located at below the 3rd batch meter, and baffle plate is provided with groove, and baffle plate front portion is provided with first
Draw ring.
Preferably, the 3rd pole, pulley, drawstring, the second draw ring and pulling block, the connection of the 4th support left and right sides are also included
Have and drawstring is connected with pulling block, pulling block, the 3rd pole is connected with the right side of left socle and on the left of right support, the 3rd pole is provided with cunning
Wheel, drawstring bypasses pulley, and drawstring end is connected with the second draw ring, and drawstring is located in front of second support.
Preferably, the ratio of the second batch meter and the 3rd batch meter is 1.1 to 1.
Preferably, the material of base is steel alloy.
Operation principle：Conveying device is built with raw material, when needing to measure raw material, and staff starts motor and turned
It is dynamic, and then drive nut to move upwards, so that drive conveying device to move upwards, when conveying device is located above feed hopper,
Staff closes motor, and staff pours into the raw material in conveying device in feed hopper, and staff opens valve, and then
Make raw material enter metering device in, so as to be measured to raw material, raw material can be finally put into collecting tank, when needs again
During meter feedstock, repeat to operate above.
Because conveying device includes first bearing seat, the second rotating shaft, the first pole, second bearing seat, the 3rd rotating shaft,
Two poles, haul case and handle, nut front, which is connected with first bearing seat, first bearing seat, is provided with the second rotating shaft, and second
It is connected with to be connected with second bearing seat, second bearing seat on the left of the first pole, the first pole on the left of rotating shaft and is provided with the 3rd turn
The second pole is connected with the left of axle, the 3rd rotating shaft, the second pole rear portion, which is connected with the left of haul case, the second pole, is provided with handle,
So when conveying device is moved to suitable position, haul case is moved to directly over feed hopper by staff by handle,
Handle is rotated 180 ° by staff, and then raw material is poured into feed hopper, so as to reach the effect for transporting raw material.
Because metering device includes the first batch meter, the first transparent panel, baffle plate and the first draw ring, second support front portion is even
The first batch meter is connected to, the first batch meter front portion is provided with two wall bottoms of left and right in the first transparent panel, the first batch meter and is provided with groove,
Baffle plate is provided with groove, baffle plate front portion is provided with the first draw ring, so when raw material enters in the first batch meter, staff passes through
First transparent panel, can preferably observe the raw material in batch meter, after the completion of metering, and staff pulls the first draw ring, and then
Baffle plate is pulled out, so that raw material is fallen into collecting tank, the effect of meter feedstock is reached.
Because also including the second batch meter, expansion link, the second transparent panel, the 3rd batch meter, the 3rd transparent panel and the 4th
Support, second support front portion is connected with the second batch meter, and the second batch meter front portion is provided with the left of the second transparent panel, the second batch meter
Anterior, rear portion and right front, rear portion are provided with expansion link, and expansion link bottom is connected with the 4th support, the 4th support provided with the
Three batch meters, the 3rd batch meter front portion is provided with two wall bottoms of left and right in the 3rd transparent panel, the 4th support and is provided with groove, and groove is located at
Below 3rd batch meter, provided with baffle plate in groove, baffle plate is anterior to be provided with the first draw ring, so when the capacity for needing increase to measure
When, staff can pull downward on the 3rd batch meter, and then double the capacity of metering, when need not increase metering
Capacity when, staff moves up the 3rd batch meter, and then the 3rd batch meter is overlapped with the second batch meter, so that extensive
The capacity of initial metering is arrived again, reaches the effect of control metered capacity.
Because also including the 3rd pole, pulley, drawstring, the second draw ring and pulling block, the 4th support left and right sides is connected with
It is connected with pulling block, pulling block on the right side of drawstring, left socle and the 3rd pole is connected with the left of right support, the 3rd pole is provided with cunning
Wheel, drawstring bypasses pulley, and drawstring end is connected with the second draw ring, and drawstring is located in front of second support, thus when staff to
During the second draw ring of lower pulling, and then the 3rd batch meter is driven to move upwards, so that the 3rd batch meter is overlapped with the second batch meter.
In order to clearly demonstrate the operation principle of the present apparatus, do not have the guiding dress of picture feed screw nut in Figure of description
Put (guider of feed screw nut is generally sliding-rail sliding either linear guides), in the real work of the present apparatus, screw mandrel
The guider of nut is to must have, and otherwise screw mandrel is rotated, and nut also can be rotated and then, and the guider of feed screw nut is just
It is to follow screw mandrel to rotate for limiting nut, axial movement of the nut along screw mandrel is forced, because the technical staff of mechanical field
See when having feed screw nut's device, just necessarily know in the actual fabrication present apparatus, add the guider of upper screw rod nut, add
Plus the guider of feed screw nut does not need mechanical field personnel to pay performing creative labour and can be achieved, and illustrates hereby.
(3) beneficial effect
The utility model has reached metering accurately effect, and only conveying device needs to use driven by power, other behaviour
Make only to need manually, staff can be allowed more easily to transport raw material, and make the utility model more energy efficient, more environmentally friendly, operation
Simply, replicability is strong.
Brief description of the drawings
Fig. 1 is main structure diagram of the present utility model.
Fig. 2 is the main structure diagram of the utility model conveying device.
Fig. 3 is the main structure diagram of the utility model metering device.
Fig. 4 is the first part main structure diagram of the present utility model.
Fig. 5 is second of part of the present utility model main structure diagram.
Mark in accompanying drawing for：1- bottom plates, 2- first supports, 3- left socles, 4- collects frame, 5- right supports, 6- motors, 7-
Step, 8- top chocks, 9- first rotating shafts, 10- screw mandrels, 11- nuts, 12- conveying devices, 120- first bearing seats,
The rotating shafts of 121- second, the poles of 122- first, 123- second bearing seats, the rotating shafts of 124- the 3rd, the poles of 125- second, 126- hauls
Case, 127- handles, 13- second supports, 14- metering devices, the batch meters of 140- first, the transparent panels of 141- first, 142- grooves,
143- baffle plates, the draw rings of 144- first, the supports of 15- the 3rd, 16- feed hoppers, 17- valves, the batch meters of 18- second, 19- expansion links,
The transparent panels of 20- second, the batch meters of 21- the 3rd, the transparent panels of 22- the 3rd, the supports of 23- the 4th, the poles of 24- the 3rd, 25- pulleys, 26-
Drawstring, the draw rings of 27- second, 28- pulling blocks.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
One kind energy-conservation ready-mixed concrete dispenser, as Figure 1-5, includes bottom plate 1, first support 2, a left side
Support 3, collection frame 4, right support 5, motor 6, step 7, top chock 8, first rotating shaft 9, screw mandrel 10, nut 11, haul
Device 12, second support 13, metering device 14, the 3rd support 15, feed hopper 16 and valve 17, base top is from left to right successively
It is connected with first support 2, left socle 3, collects frame 4 and right support 5, the front portion of first support 2 is sequentially provided with upper bearing (metal) from top to bottom
First rotating shaft 9 is installed, the bottom of first rotating shaft 9 is connected with the top of motor 6 on seat 8, step 7 and motor 6, step 7,
The top of first rotating shaft 9 is connected with screw mandrel 10, and top chock 8 is connected with the top of screw mandrel 10, and screw mandrel 10 is provided with nut 11, nut 11
Front portion is connected with conveying device 12, and the support of second support 13 and the 3rd is connected between the right side of left socle 3 and the left side of right support 5
15, second support 13 is located at the lower section of the 3rd support 15, and second support 13 is anterior to be provided with metering device 14, and metering device 14, which is located at, to be received
Collect directly over frame 4, the 3rd support 15 is provided with feed hopper 16, feed hopper 16 is located at directly over metering device 14, under feed hopper 16
Portion is provided with valve 17.
Embodiment 2
One kind energy-conservation ready-mixed concrete dispenser, as Figure 1-5, includes bottom plate 1, first support 2, a left side
Support 3, collection frame 4, right support 5, motor 6, step 7, top chock 8, first rotating shaft 9, screw mandrel 10, nut 11, haul
Device 12, second support 13, metering device 14, the 3rd support 15, feed hopper 16 and valve 17, base top is from left to right successively
It is connected with first support 2, left socle 3, collects frame 4 and right support 5, the front portion of first support 2 is sequentially provided with upper bearing (metal) from top to bottom
First rotating shaft 9 is installed, the bottom of first rotating shaft 9 is connected with the top of motor 6 on seat 8, step 7 and motor 6, step 7,
The top of first rotating shaft 9 is connected with screw mandrel 10, and top chock 8 is connected with the top of screw mandrel 10, and screw mandrel 10 is provided with nut 11, nut 11
Front portion is connected with conveying device 12, and the support of second support 13 and the 3rd is connected between the right side of left socle 3 and the left side of right support 5
15, second support 13 is located at the lower section of the 3rd support 15, and second support 13 is anterior to be provided with metering device 14, and metering device 14, which is located at, to be received
Collect directly over frame 4, the 3rd support 15 is provided with feed hopper 16, feed hopper 16 is located at directly over metering device 14, under feed hopper 16
Portion is provided with valve 17.
Conveying device 12 include first bearing seat 120, the second rotating shaft 121, the first pole 122, second bearing seat 123,
3rd rotating shaft 124, the second pole 125, haul case 126 and handle 127, the front portion of nut 11 are connected with first bearing seat 120, first
Second rotating shaft 121 is installed, the left side of the second rotating shaft 121 is connected with the first pole 122, the left side of the first pole 122 on bearing block 120
It is connected with second bearing seat 123, second bearing seat 123 and the 3rd rotating shaft 124 is installed, the left side of the 3rd rotating shaft 124 is connected with the
Two poles 125, the rear portion of the second pole 125 is connected with haul case 126, and the left side of the second pole 125 is provided with handle 127.
Embodiment 3
One kind energy-conservation ready-mixed concrete dispenser, as Figure 1-5, includes bottom plate 1, first support 2, a left side
Support 3, collection frame 4, right support 5, motor 6, step 7, top chock 8, first rotating shaft 9, screw mandrel 10, nut 11, haul
Device 12, second support 13, metering device 14, the 3rd support 15, feed hopper 16 and valve 17, base top is from left to right successively
It is connected with first support 2, left socle 3, collects frame 4 and right support 5, the front portion of first support 2 is sequentially provided with upper bearing (metal) from top to bottom
First rotating shaft 9 is installed, the bottom of first rotating shaft 9 is connected with the top of motor 6 on seat 8, step 7 and motor 6, step 7,
The top of first rotating shaft 9 is connected with screw mandrel 10, and top chock 8 is connected with the top of screw mandrel 10, and screw mandrel 10 is provided with nut 11, nut 11
Front portion is connected with conveying device 12, and the support of second support 13 and the 3rd is connected between the right side of left socle 3 and the left side of right support 5
15, second support 13 is located at the lower section of the 3rd support 15, and second support 13 is anterior to be provided with metering device 14, and metering device 14, which is located at, to be received
Collect directly over frame 4, the 3rd support 15 is provided with feed hopper 16, feed hopper 16 is located at directly over metering device 14, under feed hopper 16
Portion is provided with valve 17.
Conveying device 12 include first bearing seat 120, the second rotating shaft 121, the first pole 122, second bearing seat 123,
3rd rotating shaft 124, the second pole 125, haul case 126 and handle 127, the front portion of nut 11 are connected with first bearing seat 120, first
Second rotating shaft 121 is installed, the left side of the second rotating shaft 121 is connected with the first pole 122, the left side of the first pole 122 on bearing block 120
It is connected with second bearing seat 123, second bearing seat 123 and the 3rd rotating shaft 124 is installed, the left side of the 3rd rotating shaft 124 is connected with the
Two poles 125, the rear portion of the second pole 125 is connected with haul case 126, and the left side of the second pole 125 is provided with handle 127.
Metering device 14 includes the first batch meter 140, the first transparent panel 141, the draw ring 144 of baffle plate 143 and first, second
The front portion of support 13 is connected with the first batch meter 140, and the first batch meter 140 is anterior to be provided with the first transparent panel 141, the first batch meter
Two wall bottoms of left and right, which are provided with groove 142, groove 142, in 140 is provided with baffle plate 143, and baffle plate 143 is anterior to be provided with the first draw ring 144.
Embodiment 4
One kind energy-conservation ready-mixed concrete dispenser, as Figure 1-5, includes bottom plate 1, first support 2, a left side
Support 3, collection frame 4, right support 5, motor 6, step 7, top chock 8, first rotating shaft 9, screw mandrel 10, nut 11, haul
Device 12, second support 13, metering device 14, the 3rd support 15, feed hopper 16 and valve 17, base top is from left to right successively
It is connected with first support 2, left socle 3, collects frame 4 and right support 5, the front portion of first support 2 is sequentially provided with upper bearing (metal) from top to bottom
First rotating shaft 9 is installed, the bottom of first rotating shaft 9 is connected with the top of motor 6 on seat 8, step 7 and motor 6, step 7,
The top of first rotating shaft 9 is connected with screw mandrel 10, and top chock 8 is connected with the top of screw mandrel 10, and screw mandrel 10 is provided with nut 11, nut 11
Front portion is connected with conveying device 12, and the support of second support 13 and the 3rd is connected between the right side of left socle 3 and the left side of right support 5
15, second support 13 is located at the lower section of the 3rd support 15, and second support 13 is anterior to be provided with metering device 14, and metering device 14, which is located at, to be received
Collect directly over frame 4, the 3rd support 15 is provided with feed hopper 16, feed hopper 16 is located at directly over metering device 14, under feed hopper 16
Portion is provided with valve 17.
Conveying device 12 include first bearing seat 120, the second rotating shaft 121, the first pole 122, second bearing seat 123,
3rd rotating shaft 124, the second pole 125, haul case 126 and handle 127, the front portion of nut 11 are connected with first bearing seat 120, first
Second rotating shaft 121 is installed, the left side of the second rotating shaft 121 is connected with the first pole 122, the left side of the first pole 122 on bearing block 120
It is connected with second bearing seat 123, second bearing seat 123 and the 3rd rotating shaft 124 is installed, the left side of the 3rd rotating shaft 124 is connected with the
Two poles 125, the rear portion of the second pole 125 is connected with haul case 126, and the left side of the second pole 125 is provided with handle 127.
Metering device 14 includes the first batch meter 140, the first transparent panel 141, the draw ring 144 of baffle plate 143 and first, second
The front portion of support 13 is connected with the first batch meter 140, and the first batch meter 140 is anterior to be provided with the first transparent panel 141, the first batch meter
Two wall bottoms of left and right, which are provided with groove 142, groove 142, in 140 is provided with baffle plate 143, and baffle plate 143 is anterior to be provided with the first draw ring 144.
Also include the second batch meter 18, expansion link 19, the second transparent panel 20, the 3rd batch meter 21, the 3rd transparent panel 22
With the 4th support 23, the front portion of second support 13 is connected with the second batch meter 18, and the second batch meter 18 is anterior to be provided with the second transparent panel
20, the left side of the second batch meter 18 is anterior, rear portion and right front, rear portion are equipped with expansion link 19, and the bottom of expansion link 19 is connected with
The 3rd batch meter 21 is provided with 4th support 23, the 4th support 23, the 3rd batch meter 21 is located in the second batch meter 18, the 3rd meter
Measuring tank 21 is anterior to be provided with two wall bottoms of left and right in the 3rd transparent panel 22, the 4th support 23 and is provided with groove 142, and groove 142 is located at the
Baffle plate 143 is provided with the lower section of three batch meter 21, groove 142, baffle plate 143 is anterior to be provided with the first draw ring 144.
Also include the 3rd pole 24, pulley 25, drawstring 26, the second draw ring 27 and pulling block 28, the 4th support 23 or so two
Side, which is connected with pulling block 28, pulling block 28, is connected with drawstring 26, and the right side of left socle 3 and the left side of right support 5 are connected with the 3rd pole 24,
3rd pole 24 is provided with pulley 25, and drawstring 26 bypasses pulley 25, and the end of drawstring 26 is connected with the second draw ring 27, and drawstring 26 is located at
The front of second support 13.
The ratio of second batch meter 18 and the 3rd batch meter 21 is 1.1 to 1.
The material of base is steel alloy.
Operation principle：Conveying device 12 is built with raw material, when needing to measure raw material, and staff starts motor
6 rotate, and then drive nut 11 to move upwards, so that the motion upwards of conveying device 12 is driven, when conveying device 12 is located at charging
Struggle against 16 top when, staff closes motor 6, and staff pours into the raw material in conveying device 12 in feed hopper 16, works
Personnel open valve 17, and then raw material is entered in metering device 14, so as to be measured to raw material, can finally put raw material
Enter in collecting tank, when needing meter feedstock again, repeat to operate above.
Because conveying device 12 includes first bearing seat 120, the second rotating shaft 121, the first pole 122, second bearing seat
123rd, the 3rd rotating shaft 124, the second pole 125, haul case 126 and handle 127, the front portion of nut 11 are connected with first bearing seat 120,
Second rotating shaft 121 is installed, the left side of the second rotating shaft 121 is connected with the first pole 122, the first pole 122 in first bearing seat 120
Left side, which is connected with second bearing seat 123, second bearing seat 123, is provided with the 3rd rotating shaft 124, and the left side of the 3rd rotating shaft 124 is connected
There is the second pole 125, the rear portion of the second pole 125 is connected with haul case 126, and the left side of the second pole 125 is provided with handle 127, so
When conveying device 12 is moved to suitable position, haul case 126 is being moved to feed hopper 16 just by staff by handle 127
Handle 127 is rotated 180 ° by top, staff, and then raw material is poured into feed hopper 16, so as to reach the effect for transporting raw material
Really.
Because metering device 14 includes the first batch meter 140, the first transparent panel 141, the draw ring 144 of baffle plate 143 and first,
The front portion of second support 13 is connected with the first batch meter 140, and the first batch meter 140 is anterior to be provided with the first transparent panel 141, the first metering
Two wall bottoms of left and right, which are provided with groove 142, groove 142, in case 140 is provided with baffle plate 143, and baffle plate 143 is anterior to be provided with the first draw ring
144, so when raw material enters in the first batch meter 140, staff passes through the first transparent panel 141, can preferably observe
Raw material in batch meter, after the completion of metering, staff pulls the first draw ring 144, and then baffle plate 143 is pulled out, so that former
Material is fallen into collecting tank, reaches the effect of meter feedstock.
Because it is transparent also to include the second batch meter 18, expansion link 19, the second transparent panel 20, the 3rd batch meter the 21, the 3rd
The support 23 of plate 22 and the 4th, the front portion of second support 13 is connected with the second batch meter 18, and the second batch meter 18 is anterior saturating provided with second
Isotropic disk 20, the left side of the second batch meter 18 is anterior, rear portion and right front, rear portion are provided with expansion link 19, the connection of the bottom of expansion link 19
Have and the 3rd batch meter 21 is provided with the 4th support 23, the 4th support 23, the front portion of the 3rd batch meter 21 is provided with the 3rd transparent panel 22, the
Two wall bottoms of left and right are provided with groove 142 in four supports 23, and groove 142 is located in the lower section of the 3rd batch meter 21, groove 142 provided with gear
Plate 143, baffle plate 143 is anterior to be provided with the first draw ring 144, so when needing to increase the capacity of metering, and staff can be by the
Three batch meters 21 are pulled downward on, and then double the capacity of metering, when that need not increase the capacity of metering, staff
3rd batch meter 21 is moved up, and then the 3rd batch meter 21 is overlapped with the second batch meter 18, so as to return to initial
The capacity of metering, reaches the effect of control metered capacity.
Because also including the 3rd pole 24, pulley 25, drawstring 26, the second draw ring 27 and pulling block 28, the 4th support 23 is left
Right both sides, which are connected with pulling block 28, pulling block 28, is connected with drawstring 26, and the right side of left socle 3 and the left side of right support 5 are connected with the 3rd
Bar 24, the 3rd pole 24 is provided with pulley 25, and drawstring 26 bypasses pulley 25, and the end of drawstring 26 is connected with the second draw ring 27, drawstring
26 are located at the front of second support 13, so when staff pulls downward on the second draw ring 27, and then drive the 3rd batch meter 21
Motion upwards, so that the 3rd batch meter 21 is overlapped with the second batch meter 18.
In order to clearly demonstrate the operation principle of the present apparatus, do not have leading for the nut 11 of picture screw mandrel 10 in Figure of description
To device (guider of the nut 11 of screw mandrel 10 is generally sliding-rail sliding either linear guides), in the real work of the present apparatus
In, the guider of the nut 11 of screw mandrel 10 is to must have, and otherwise screw mandrel 10 is rotated, and nut 11 also can be rotated and then, screw mandrel
The guider of 10 nuts 11 follows screw mandrel 10 to rotate for limiting nut 11, forces axial direction of the nut 11 along screw mandrel 10
Motion, because the technical staff of mechanical field is seen when having 10 11 device of nut of screw mandrel, just necessarily knows in this dress of actual fabrication
When putting, the guider of the nut 11 of upper screw rod 10 is added, the guider of the addition nut 11 of screw mandrel 10 does not need mechanical field people
Member pays performing creative labour and can be achieved, and illustrates hereby.
Embodiment described above only expresses preferred embodiment of the present utility model, and it describes more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model the scope of the claims.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (7)
1. one kind energy-conservation ready-mixed concrete dispenser, it is characterised in that include bottom plate (1), first support (2),
Left socle (3), collection frame (4), right support (5), motor (6), step (7), top chock (8), first rotating shaft (9), silk
Bar (10), nut (11), conveying device (12), second support (13), metering device (14), the 3rd support (15), feed hopper
(16) and valve (17), base top is connected with first support (2), left socle (3) in turn, collects frame (4) and right from left to right
Support (5), first support (2) front portion is sequentially provided with top chock (8), step (7) and motor (6), lower axle from top to bottom
First rotating shaft (9) is installed, first rotating shaft (9) bottom connects with being connected at the top of motor (6) at the top of first rotating shaft (9) in bearing (7)
Screw mandrel (10) is connected to, top chock (8) at the top of screw mandrel (10) with being connected, and screw mandrel (10) is provided with before nut (11), nut (11)
Portion is connected with the right side of conveying device (12), left socle (3) is connected with second support (13) and the 3rd between right support (5) left side
Support (15), second support (13) is located at below the 3rd support (15), and second support (13) front portion is provided with metering device (14), meter
Measure device (14) to be located at directly over collection frame (4), the 3rd support (15) is provided with feed hopper (16), feed hopper (16) is located at metering
Directly over device (14), feed hopper (16) bottom is provided with valve (17).
2. a kind of energy-conservation ready-mixed concrete dispenser according to claim 1, it is characterised in that conveying device
(12) include first bearing seat (120), the second rotating shaft (121), the first pole (122), second bearing seat (123), the 3rd turn
Axle (124), the second pole (125), haul case (126) and handle (127), nut (11) front portion are connected with first bearing seat
(120), it is provided with first bearing seat (120) on the left of the second rotating shaft (121), the second rotating shaft (121) and is connected with the first pole
(122) second bearing seat (123), is connected with the left of the first pole (122), second bearing seat is provided with the 3rd rotating shaft on (123)
(124) the second pole (125), is connected with the left of the 3rd rotating shaft (124), the second pole (125) rear portion is connected with haul case
(126) handle (127), is provided with the left of the second pole (125).
3. a kind of energy-conservation ready-mixed concrete dispenser according to claim 2, it is characterised in that metering device
(14) the first batch meter (140), the first transparent panel (141), baffle plate (143) and the first draw ring (144), second support are included
(13) front portion is connected with the first batch meter (140), and the first batch meter (140) front portion is provided with the first transparent panel (141), the first metering
Two wall bottoms of left and right, which are provided with groove (142), groove (142), in case (140) is provided with baffle plate (143), and baffle plate (143) front portion is provided with
First draw ring (144).
4. a kind of energy-conservation ready-mixed concrete dispenser according to claim 3, it is characterised in that also include
Second batch meter (18), expansion link (19), the second transparent panel (20), the 3rd batch meter (21), the 3rd transparent panel (22) and the 4th
Support (23), second support (13) front portion is connected with the second batch meter (18), and the second batch meter (18) front portion is transparent provided with second
Anterior, rear portion and right front, rear portion are equipped with expansion link (19), expansion link (19) on the left of plate (20), the second batch meter (18)
Bottom is connected with the 4th support (23), is provided with the 3rd batch meter (21) in the 4th support (23), and the 3rd batch meter (21) is located at the
In two batch meters (18), the 3rd batch meter (21) front portion is provided with the 3rd transparent panel (22), the 4th support (23) under two walls of left and right
Portion is provided with groove (142), and groove (142) is located at below the 3rd batch meter (21), and baffle plate (143), baffle plate are provided with groove (142)
(143) it is anterior to be provided with the first draw ring (144).
5. a kind of energy-conservation ready-mixed concrete dispenser according to claim 4, it is characterised in that also include
3rd pole (24), pulley (25), drawstring (26), the second draw ring (27) and pulling block (28), the 4th support (23) left and right sides connect
It is connected on pulling block (28), pulling block (28) and is connected with drawstring (26), the 3rd is connected with the right side of left socle (3) and on the left of right support (5)
Pole (24), the 3rd pole (24) is provided with pulley (25), and drawstring (26) bypasses pulley (25), and drawstring (26) end is connected with the
Two draw rings (27), drawstring (26) is located in front of second support (13).
6. a kind of energy-conservation ready-mixed concrete dispenser according to claim 5, it is characterised in that the second metering
The ratio of case (18) and the 3rd batch meter (21) is 1.1 to 1.
7. a kind of energy-conservation ready-mixed concrete dispenser according to claim 6, it is characterised in that the material of base
Matter is steel alloy.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720161447.6U CN206501264U (en) | 2017-02-22 | 2017-02-22 | One kind energy-conservation ready-mixed concrete dispenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720161447.6U CN206501264U (en) | 2017-02-22 | 2017-02-22 | One kind energy-conservation ready-mixed concrete dispenser |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206501264U true CN206501264U (en) | 2017-09-19 |
Family
ID=59840279
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720161447.6U Expired - Fee Related CN206501264U (en) | 2017-02-22 | 2017-02-22 | One kind energy-conservation ready-mixed concrete dispenser |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206501264U (en) |
-
2017
- 2017-02-22 CN CN201720161447.6U patent/CN206501264U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170919 Termination date: 20190222 |