CN108326756A - A kind of novel corner shot-blasting machine - Google Patents
A kind of novel corner shot-blasting machine Download PDFInfo
- Publication number
- CN108326756A CN108326756A CN201810046709.3A CN201810046709A CN108326756A CN 108326756 A CN108326756 A CN 108326756A CN 201810046709 A CN201810046709 A CN 201810046709A CN 108326756 A CN108326756 A CN 108326756A
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- CN
- China
- Prior art keywords
- driving wheel
- ball blast
- chamber body
- face
- blast chamber
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24C—ABRASIVE OR RELATED BLASTING WITH PARTICULATE MATERIAL
- B24C3/00—Abrasive blasting machines or devices; Plants
- B24C3/02—Abrasive blasting machines or devices; Plants characterised by the arrangement of the component assemblies with respect to each other
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24C—ABRASIVE OR RELATED BLASTING WITH PARTICULATE MATERIAL
- B24C9/00—Appurtenances of abrasive blasting machines or devices, e.g. working chambers, arrangements for handling used abrasive material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24C—ABRASIVE OR RELATED BLASTING WITH PARTICULATE MATERIAL
- B24C9/00—Appurtenances of abrasive blasting machines or devices, e.g. working chambers, arrangements for handling used abrasive material
- B24C9/006—Treatment of used abrasive material
Abstract
The invention discloses a kind of novel corner shot-blasting machines,Its structure includes pedestal,Ball blast chamber body,Impeller head,Screw lifting retracting device,Storage bin sorter,Pellet conveyer belt,Cat ladder,Screw lifting device motor,Flow sensing controls transmission mechanism,Impeller head is movably connected on the upper end face left part of ball blast chamber body,It is in mutually perpendicular state that screw lifting retracting device, which is set to the rear of ball blast chamber body and itself and ground,,Flow sensing control transmission mechanism is movably connected in the internal cavities of ball blast chamber body,The present invention is during the road surface of the side machine edge to kerbstone carries out ball blast operation,It can be according to the real-time size of the flow for the bullet stream that impeller head is dished out,Certain adjusting processing is carried out to the motor speed of the recovery part such as screw lifting retracting device of the shot of equipment,Promote the motor speed of screw lifting retracting device in time when the flow of bullet stream is excessive,It ensure that the organic efficiency of shot can not be suitable with the flow of bullet stream.
Description
Technical field
The present invention is a kind of novel corner shot-blasting machine, belongs to corner shot-blasting machine manufacturing technology field.
Background technology
Kerbstone is the markstone of pavement edge and other structure boundarys, not only has to intercept and collects rainwater on road surface and U.S.
Change the effect of the appearance of a street, while road pavement edge plays a good protective effect.The direct shadow of the combined strength bination of kerbstone and Road Edge
The protective effect for ringing its road pavement edge usually will carry out coarse place before pavement construction to kerbstone side and road bed
Reason increases combined strength bination, it is ensured that road quality to improve by the roughness on processing surface.Traditional technology carries out road bed
The method of processing can only be handled horizontal surface, to vertical kerbstone side surface using mobile shot-blast apparatus
Processing is difficult to realize, and is existed simultaneously the dead angles such as opposite side, angle and is handled problem not in place, it is desirable to be able to both sides of the road kerbstone side
Face and side, the road surfaces Jiao Chu carry out the corner shot-blasting machine of coarse processing.
But the prior art the side machine edge to kerbstone road surface carry out ball blast operation during, although
It in place to the processing of the dead angles such as opposite side, angle, but can not be according to the real-time size of the flow for the bullet stream that impeller head is dished out, to equipment
The motor speed of recovery part such as screw lifting retracting device of shot carry out certain adjusting processing, to cannot be in bullet
The motor speed for promoting screw lifting retracting device when the flow of stream is excessive in time may cause the organic efficiency of shot can not be with
The flow of bullet stream is suitable, influences being smoothed out for ball blast work, and stability is insufficient.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of novel corner shot-blasting machine, it is existing to solve
There is technology during the road surface of the side machine edge to kerbstone carries out ball blast operation, although to dead angles such as opposite side, angles
It handles in place, but can not be according to the real-time size of the flow for the bullet stream that impeller head is dished out, to the recoverer of the shot of equipment
The motor speed of part such as screw lifting retracting device carries out certain adjusting processing, thus cannot be when the flow of bullet stream is excessive
The motor speed for promoting screw lifting retracting device in time, may cause the organic efficiency of shot can not be with the flow phase of bullet stream
When, influence ball blast work be smoothed out, the problem of stability deficiency.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of novel corner ball blast
Machine, structure include pedestal, ball blast chamber body, impeller head, screw lifting retracting device, storage bin sorter, pellet conveyer belt, climb
Ladder, screw lifting device motor, flow sensing control transmission mechanism, and the ball blast chamber body fixes the upper end table for being welded in pedestal
Face, the impeller head are movably connected on the upper end face left part of ball blast chamber body, and the screw lifting retracting device is set to ball blast
The rear of chamber body and its be in mutually perpendicular state with ground, the storage bin sorter be movably connected on the right end of impeller head and
It is electrically connected between impeller head, the cat ladder fix the upper end face edge for being welded in pedestal and its to pedestal left end
Extend, the screw lifting device motor fixes the upper end face middle for being welded in ball blast chamber body, the flow sensing control
Transmission mechanism is movably connected in the internal cavities of ball blast chamber body, and the flow sensing controls transmission mechanism by ball blast flow sensing
Device, rotational coupling mechanism, sliding control structure, pulley attachment device, transmission control device composition, the ball blast flow sensing
The left-half of device is vertically connected at the most right place of rear surface of pellet conveyer belt, and right end face is fixedly connected on shot blast room
It is electrically connected at the internal cavities upper left of body and between ball blast flow sensing device, the rotational coupling mechanism passes through precompressed spiral shell
Bolt is fixedly connected on the inside left surface middle of ball blast chamber body, and the sliding control structure is fixedly connected on the interior of ball blast chamber body
The top half of bottom surface middle, the pulley attachment device is fixedly connected on the right table in inside of ball blast chamber body by precompressed bolt
The most upper place in face, lower half portion are fixedly connected on the most upper place of inner surface of sliding control structure, and the transmission control device hangs down
The direct-connected inner top surface middle for being connected to ball blast chamber body, the ball blast flow sensing device are turned by flow sensor, connecting line, signal
Changer controller, extension and contraction control bar, link composition, the flow sensor are vertically connected at the rear surface of pellet conveyer belt most
Right place, the connecting line is movably connected on the rear surface of flow sensor and it runs through in the internal cavities of ball blast chamber body,
The signal converting controller is fixedly connected on the inside left surface top of ball blast chamber body and it passes through between flow sensor
Connecting line is electrically connected, and the extension and contraction control bar is vertically connected at the right end face middle of signal converting controller and itself and signal
It is electrically connected between switching controller, the link is vertically connected at the rear surface of extension and contraction control bar.
Further, the rotational coupling mechanism is made of lateral fixed frame, rotation axis, rotating turret, spring structure, described
Lateral fixed frame is vertically connected at the inside left surface middle of ball blast chamber body by precompressed bolt, and the rotation axis is fixedly connected
In the right end face of lateral fixed frame, the rotating turret activity is nested in the outer surface of rotation axis, and the spring structure is vertical
The right end face for being connected to spring structure most descends place, the upper end face of the rotating turret to be connected with link.
Further, the sliding control structure is by vertical supporting bar, horizontal slide rail, sliding rack, link block, baffle arrangement
Composition, the vertical supporting bar are vertically connected at the inner bottom surface of ball blast chamber body by precompressed bolt, and the horizontal slide rail vertically connects
It is connected to the left end surface of vertical supporting bar, the sliding rack is slidably connected in the sliding slot of horizontal slide rail, and the link block is fixed
It is connected to the upper end face of sliding rack, the left end surface of the link block is connected with another most end of spring structure, the gear
Harden structure is vertically connected at the most left place of upper end face of horizontal slide rail.
Further, the pulley attachment device by pulley fixed frame, fixed pulley, vertical fixed frame, rotating bar shaft, turn
Lever forms, and the pulley fixed frame is fixedly connected on the upper end face of vertical supporting bar, and the fixed pulley is fixedly connected on cunning
The left end surface of fixed frame is taken turns, the right surface in inside that the vertical fixed frame is fixedly connected on ball blast chamber body by precompressed bolt is most
Upper place, the rotating bar shaft are vertically connected at the left end surface middle of vertical fixed frame, and the rotating bar activity is nested in
The most left place of the outer surface of rotating bar shaft.
Further, the transmission control device is by supporting rod, the first driving wheel shaft, the first driving wheel, the first transmission
Output shaft, the second driving wheel shaft, the second driving wheel, the second driving wheel output shaft composition are taken turns, the supporting rod is vertically connected at
The inner top surface middle of ball blast chamber body, the first driving wheel shaft, the second driving wheel shaft are respectively perpendicular and are connected to supporting rod
Right end face upper and lower part, activity is nested in the first driving wheel shaft, second respectively for first driving wheel, the second driving wheel
The outer surface of driving wheel shaft, the first driving wheel output shaft, the second driving wheel output shaft are respectively mechanically coupled to first
Driving wheel, the second driving wheel right end face middle and they respectively with the first driving wheel, the second driving wheel be in concentric circles knot
Structure.
Further, the outer surface activity of the fixed pulley is nested with connection rope, the outer surface of the rotating bar
The place of keeping right has been closely wound connection rope, and the connection rope of the fixed pulley outer surface is connected to the right end table of link block to the left
Face is flexibly connected between the fixed pulley, link block and rotating bar by connecting rope.
Further, the outer surface place of keeping left of the rotating bar has been closely wound driving belt, first driving wheel
Output shaft, the second driving wheel output shaft, screw lifting device motor the outer surface of output shaft be connected with transmission skin
Band is flexibly connected between the rotating bar, the first driving wheel, the second driving wheel, screw lifting device motor by driving belt.
Further, the flow for the bullet stream that the flow sensor dishes out to impeller head is incuded and is transferred to signal
Switching controller, the signal converting controller control the extension and contraction control bar when the flow of bullet stream is excessively high and uphold to the right,
To which the link pulls to the right the top half of rotating turret and rotating turret is made to be rotated around rotation axis, the rotation
The lower half portion of frame turns left and the spring structure is driven to be moved to the left, therewith to the left to the sliding rack, link block
It moving and so that transversely sliding rail slides sliding rack to the left, the link block pulls the connection rope of its right end face to the left, from
And the connection rope of the fixed pulley outer surface is pulled to the left and rotating bar is driven to be rotated around rotating bar shaft, it is described
Rotating bar drives second driving wheel, the first driving wheel to be driven successively by driving belt, and first driving wheel is logical
Crossing driving belt drives the screw lifting device motor to be accelerated.
Advantageous effect
The present invention provides a kind of scheme of novel corner shot-blasting machine, and transmission mechanism is controlled by being equipped with flow sensing,
It, can be according to the bullet stream that impeller head is dished out during carrying out ball blast operation to the road surface of the side machine edge of kerbstone
The real-time size of flow carries out certain tune to the motor speed of the recovery part such as screw lifting retracting device of the shot of equipment
Section processing, the motor speed of screw lifting retracting device, specially flow sensing are promoted when the flow of bullet stream is excessive in time
Device is incuded and is transferred to signal converting controller to the flow for the bullet stream that impeller head is dished out, and signal converting controller is in bullet
It controls extension and contraction control bar when the flow of ball stream is excessively high to uphold to the right, to which link pulls to the right the top half of rotating turret simultaneously
So that rotating turret is rotated around rotation axis, the lower half portion of rotating turret turns left and spring structure is driven to be moved to the left, from
And sliding rack, link block are moved to the left therewith and so that sliding rack transversely sliding rail slides to the left, link block pulls its right end table
The connection rope in face to the left, to fixed pulley outer surface connection rope pulled to the left and drive rotating bar around rotating bar turn
Axis is rotated, and rotating bar drives the second driving wheel, the first driving wheel to be driven successively by driving belt, the first driving wheel
It drives screw lifting device motor to be accelerated by driving belt, ensure that the organic efficiency of shot can not be with the stream of bullet stream
Amount is suitable, effectively increases the stability of equipment.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of positive structure diagram of novel corner shot-blasting machine of the present invention.
Fig. 2 is the inner plane structural schematic diagram of ball blast chamber body of the present invention.
Fig. 3 is the planar structure schematic diagram of inventive flow induction control transmission mechanism.
Fig. 4 is another working condition planar structure schematic diagram of inventive flow induction control transmission mechanism.
Fig. 5 is the planar structure schematic diagram of transmission control device of the present invention.
In figure：Pedestal -1, ball blast chamber body -2, impeller head -3, screw lifting retracting device -4, storage bin sorter -5, ball
Expect conveyer belt -6, cat ladder -7, screw lifting device motor -8, flow sensing control transmission mechanism -9, ball blast flow sensing device -
91, rotational coupling mechanism -92, sliding control structure -93, pulley attachment device -94, transmission control device -95, flow sensing
Device -911, connecting line -912, signal converting controller -913, extension and contraction control bar -914, link -915, lateral fixed frame -
921, rotation axis -922, rotating turret -923, spring structure -924, vertical supporting bar -931, horizontal slide rail -932, sliding rack -
933, link block -934, baffle arrangement -935, pulley fixed frame -941, fixed pulley -942, vertical fixed frame -943, rotating bar turn
Axis -944, rotating bar -945, supporting rod -951, the first driving wheel shaft -952, the first driving wheel -953, the output of the first driving wheel
Axis -954, the second driving wheel shaft -955, the second driving wheel -956, the second driving wheel output shaft -957.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of novel corner shot-blasting machine, and structure includes pedestal 1, ball blast chamber body
2, impeller head 3, screw lifting retracting device 4, storage bin sorter 5, pellet conveyer belt 6, cat ladder 7, screw lifting device motor
8, flow sensing controls transmission mechanism 9, and the ball blast chamber body 2 fixes the upper end face for being welded in pedestal 1, and the impeller head 3 is lived
The dynamic upper end face left part for being connected to ball blast chamber body 2, the screw lifting retracting device 4 be set to the rear of ball blast chamber body 2 and
It is in mutually perpendicular state with ground, and the storage bin sorter 5 is movably connected on the right end of impeller head 3 and itself and impeller head
It being electrically connected between 3, the cat ladder 7 fixes the upper end face edge for being welded in pedestal 1 and it extends to the left end of pedestal 1,
The screw lifting device motor 8 fixes the upper end face middle for being welded in ball blast chamber body 2, the flow sensing control transmission
Mechanism 9 is movably connected in the internal cavities of ball blast chamber body 2, and the flow sensing controls transmission mechanism 9 by ball blast flow sensing
Device 91, rotational coupling mechanism 92, sliding control structure 93, pulley attachment device 94, transmission control device 95 form, the throwing
The left-half of ball flow sensing device 91 is vertically connected at the most right place of rear surface of pellet conveyer belt 6, and right end face is solid
Surely it is connected at the internal cavities upper left of ball blast chamber body 2 and is electrically connected between ball blast flow sensing device 91, the rotation
Bindiny mechanism 92 is fixedly connected on the inside left surface middle of ball blast chamber body 2, the sliding control structure by precompressed bolt
93 are fixedly connected on the inner bottom surface middle of ball blast chamber body 2, and the top half of the pulley attachment device 94 passes through precompressed bolt
It is fixedly connected on the most upper place in the right surface in inside of ball blast chamber body 2, lower half portion is fixedly connected on the interior of sliding control structure 93
The most upper place in side surface, the transmission control device 95 are vertically connected at the inner top surface middle of ball blast chamber body 2, the ball blast flow
Sensing device 91 is by flow sensor 911, connecting line 912, signal converting controller 913, extension and contraction control bar 914, link 915
Composition, the flow sensor 911 are vertically connected at the most right place of rear surface of pellet conveyer belt 6,912 activity of the connecting line
It is connected to the rear surface of flow sensor 911 and it runs through in the internal cavities of ball blast chamber body 2, the signal conversion and control
Device 913 be fixedly connected on the inside left surface top of ball blast chamber body 2 and its between flow sensor 911 by connecting line 912
Electrical connection, the extension and contraction control bar 914 are vertically connected at the right end face middle of signal converting controller 913 and itself and signal
It is electrically connected between switching controller 913, the link 915 is vertically connected at the rear surface of extension and contraction control bar 914, described turn
Dynamic bindiny mechanism 92 is made of lateral fixed frame 921, rotation axis 922, rotating turret 923, spring structure 924, described laterally fixed
Frame 921 is vertically connected at the inside left surface middle of ball blast chamber body 2 by precompressed bolt, and the rotation axis 922 is fixedly connected
In the right end face of lateral fixed frame 921,923 activity of the rotating turret is nested in the outer surface of rotation axis 922, the spring
The right end face that structure 924 is vertically connected at spring structure 924 most descends place, the upper end face and link of the rotating turret 923
915 are connected, the sliding control structure 93 by vertical supporting bar 931, horizontal slide rail 932, sliding rack 933, link block 934,
Baffle arrangement 935 forms, and the vertical supporting bar 931 is vertically connected at the inner bottom surface of ball blast chamber body 2 by precompressed bolt, described
Horizontal slide rail 932 is vertically connected at the left end surface of vertical supporting bar 931, and the sliding rack 933 is slidably connected to horizontal slide rail
In 932 sliding slot, the link block 934 is fixedly connected on the upper end face of sliding rack 933, the left end table of the link block 934
Face is connected with another most end of spring structure 924, and the baffle arrangement 935 is vertically connected at the upper end table of horizontal slide rail 932
The most left place in face, the pulley attachment device 94 is by pulley fixed frame 941, fixed pulley 942, vertical fixed frame 943, rotating bar shaft
944, rotating bar 945 forms, and the pulley fixed frame 941 is fixedly connected on the upper end face of vertical supporting bar 931, described to determine cunning
Wheel 942 is fixedly connected on the left end surface of pulley fixed frame 941, and the vertical fixed frame 943 is fixedly connected by precompressed bolt
In the most upper place in the right surface in the inside of ball blast chamber body 2, the rotating bar shaft 944 is vertically connected at the left end of vertical fixed frame 943
Surface middle, 945 activity of the rotating bar are nested in the most left place of outer surface of rotating bar shaft 944, the transmission control
Device 95 is passed by supporting rod 951, the first driving wheel shaft 952, the first driving wheel 953, the first driving wheel output shaft 954, second
Driving wheel shaft 955, the second driving wheel 956, the second driving wheel output shaft 957 composition, the supporting rod 951 are vertically connected at ball blast
The inner top surface middle of chamber body 2, the first driving wheel shaft 952, the second driving wheel shaft 955 are respectively perpendicular and are connected to support
The right end face upper and lower part of bar 951, activity is nested in the first transmission respectively for first driving wheel 953, the second driving wheel 956
Take turns the outer surface of shaft 952, the second driving wheel shaft 955, the first driving wheel output shaft 954, the output of the second driving wheel
Axis 957 be respectively mechanically coupled to the first driving wheel 953, the second driving wheel 956 right end face middle and they respectively with
One driving wheel 953, the second driving wheel 956 are in concentric structure, and the outer surface activity of the fixed pulley 942 is nested with connecting rope
The outer surface place of keeping right of rope, the rotating bar 945 has been closely wound connection rope, the company of 942 outer surface of the fixed pulley
Splicing rope is connected to the right end face of link block 934 to the left, leads between the fixed pulley 942, link block 934 and rotating bar 945
The flexible connection of connection rope is crossed, the outer surface place of keeping left of the rotating bar 945 has been closely wound driving belt, and described first passes
Driving wheel output shaft 954, the second driving wheel output shaft 957, screw lifting device motor 8 output shaft outer surface activity even
It is connected to driving belt, between the rotating bar 945, the first driving wheel 953, the second driving wheel 956, screw lifting device motor 8
It is flexibly connected by driving belt, the flow for the bullet stream that the flow sensor 911 dishes out to impeller head 3 is incuded and passed
It is handed to signal converting controller 913, the signal converting controller 913 controls the flexible control when the flow of bullet stream is excessively high
Bar 914 processed is upheld to the right, to which the link 915 pulls to the right the top half of rotating turret 923 and makes rotating turret 923
It is rotated around rotation axis 922, the lower half portion of the rotating turret 923 turns left and drives the spring structure 924 to the left
It is mobile, to which the sliding rack 933, link block 934 are moved to the left therewith and make sliding rack 933 transversely sliding rail 932 is to the left
Sliding, the link block 934 pull the connection rope of its right end face to the left, to the company of 942 outer surface of the fixed pulley
Splicing rope is pulled and rotating bar 945 is driven to be rotated around rotating bar shaft 944 to the left, and the rotating bar 945 passes through transmission
Belt drives second driving wheel 956, the first driving wheel 953 to be driven successively, and first driving wheel 953 passes through transmission
Belt drives the screw lifting device motor 8 to be accelerated.
The flow sensor pressure loss described in this patent is small, and range ability is big, and precision is high, several in Test Cycle flow
It is not influenced by parameters such as fluid density, pressure, temperature, viscosity.Without moving machinery part, therefore reliability is high, maintenance
It is small.Meter parameter can be steady in a long-term.
In use, first check for whether equipment appearance is intact, and whether each section is bonded, after confirming Plant in good condition,
Equipment is placed in place, by the storage bin sorter 5 of bullet material insertion apparatus, the pellet conveyer belt of adjustment equipment
6, to suitable working condition, the impeller head 3 of equipment are opened, the stream for the bullet stream that flow sensor 911 dishes out to impeller head 3
Amount is incuded and is transferred to signal converting controller 913, and signal converting controller 913 is controlled when the flow of bullet stream is excessively high
Extension and contraction control bar 914 is upheld to the right, to which link 915 pulls to the right the top half of rotating turret 923 and makes rotating turret
923 are rotated around rotation axis 922, and the lower half portion of rotating turret 923 turns left and spring structure 924 is driven to be moved to the left,
To sliding rack 933, link block 934 is moved to the left and so that transversely sliding rail 932 slides sliding rack 933 to the left, connects therewith
Block 934 pulls the connection rope of its right end face to the left, is pulled to the left simultaneously to the connection rope of 942 outer surface of fixed pulley
Rotating bar 945 is driven to be rotated around rotating bar shaft 944, rotating bar 945 drives the second driving wheel by driving belt successively
956, the first driving wheel 953 is driven, and the first driving wheel 953 drives screw lifting device motor 8 to carry out by driving belt
Accelerate, the equipment can start to work normally later.
Problems solved by the invention is that the prior art carries out ball blast operation on the road surface of the side machine edge to kerbstone
During, although in place to the processing of the dead angles such as opposite side, angle, it can not be according to the reality of the flow for the bullet stream that impeller head is dished out
Shi great little carries out certain adjusting to the motor speed of the recovery part such as screw lifting retracting device of the shot of equipment and handles,
To which the motor speed of screw lifting retracting device cannot be promoted in time when the flow of bullet stream is excessive, shot may be caused
Organic efficiency can not be suitable with the flow of bullet stream, influences being smoothed out for ball blast work, and stability is insufficient, and the present invention passes through
Above-mentioned component is combined with each other, and transmission mechanism is controlled by being equipped with flow sensing, on the road of the side machine edge to kerbstone
It, can be according to the real-time size of the flow for the bullet stream that impeller head is dished out, to the steel of equipment during face carries out ball blast operation
The motor speed of the recovery part of ball such as screw lifting retracting device carries out certain adjusting processing, excessive in the flow of bullet stream
When promote the motor speed of screw lifting retracting device, the stream for the bullet stream that specially flow sensor dishes out to impeller head in time
Amount is incuded and is transferred to signal converting controller, and signal converting controller controls flexible control when the flow of bullet stream is excessively high
Bar processed is upheld to the right, to which link pulls to the right the top half of rotating turret and so that rotating turret is turned around rotation axis
Dynamic, the lower half portion of rotating turret turns left and spring structure is driven to be moved to the left, to which sliding rack, link block are therewith to moving to left
It moves and so that transversely sliding rail slides sliding rack to the left, link block pulls the connection rope of its right end face to the left, sliding depending on
The connection rope of wheel outer surface is pulled and rotating bar is driven to be rotated around rotating bar shaft to the left, and rotating bar passes through transmission
Belt drives the second driving wheel, the first driving wheel to be driven successively, and the first driving wheel drives screw lifting by driving belt
Device motor is accelerated, and be ensure that the organic efficiency of shot can not be suitable with the flow of bullet stream, is effectively increased equipment
Stability.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of novel corner shot-blasting machine, structure includes pedestal (1), ball blast chamber body (2), impeller head (3), screw lifting time
Receiving apparatus (4), storage bin sorter (5), pellet conveyer belt (6), cat ladder (7), screw lifting device motor (8), flow sensing
Control transmission mechanism (9), it is characterised in that：
The fixed upper end face for being welded in pedestal (1) of the ball blast chamber body (2), the impeller head (3) are movably connected on shot blast room
The upper end face left part of body (2), the screw lifting retracting device (4) are set to the rear of ball blast chamber body (2) and itself and ground
In mutually perpendicular state, the storage bin sorter (5) is movably connected on the right end of impeller head (3) and itself and impeller head (3)
Between be electrically connected, the fixed upper end face edge for being welded in pedestal (1) of the cat ladder (7) and its to pedestal (1) left end
Extend, the fixed upper end face middle for being welded in ball blast chamber body (2) of the screw lifting device motor (8), the flow sense
Transmission mechanism (9) should be controlled to be movably connected in the internal cavities of ball blast chamber body (2)；
The flow sensing control transmission mechanism (9) is controlled by ball blast flow sensing device (91), rotational coupling mechanism (92), sliding
Structure (93) processed, pulley attachment device (94), transmission control device (95) composition, a left side for the ball blast flow sensing device (91)
Half part is vertically connected at the most right place of rear surface of pellet conveyer belt (6), and right end face is fixedly connected on ball blast chamber body (2)
Internal cavities upper left at and be electrically connected between ball blast flow sensing device (91), the rotational coupling mechanism (92) passes through
Precompressed bolt is fixedly connected on the inside left surface middle of ball blast chamber body (2), and the sliding control structure (93) is fixedly connected
In the inner bottom surface middle of ball blast chamber body (2), the top half of the pulley attachment device (94) is fixed by precompressed bolt to be connected
It is connected to the most upper place in the right surface in inside of ball blast chamber body (2), lower half portion is fixedly connected on the inside of sliding control structure (93)
The most upper place in surface, the transmission control device (95) are vertically connected at the inner top surface middle of ball blast chamber body (2)；
The ball blast flow sensing device (91) is by flow sensor (911), connecting line (912), signal converting controller
(913), extension and contraction control bar (914), link (915) composition, the flow sensor (911) are vertically connected at pellet conveyer belt
(6) the most right place of rear surface, the connecting line (912) is movably connected on the rear surface of flow sensor (911) and it is passed through
It penetrates in the internal cavities of ball blast chamber body (2), the signal converting controller (913) is fixedly connected on the interior of ball blast chamber body (2)
Portion left surface top and its be electrically connected by connecting line (912) between flow sensor (911), the extension and contraction control bar
(914) be vertically connected at the right end face middle of signal converting controller (913) and itself and signal converting controller (913) it
Between be electrically connected, the link (915) is vertically connected at the rear surface of extension and contraction control bar (914).
2. a kind of novel corner shot-blasting machine according to claim 1, it is characterised in that：The rotational coupling mechanism (92)
It is made of lateral fixed frame (921), rotation axis (922), rotating turret (923), spring structure (924), the transverse direction fixed frame
(921) the inside left surface middle of ball blast chamber body (2) is vertically connected at by precompressed bolt, the rotation axis (922) is fixed
It is connected to the right end face of lateral fixed frame (921), rotating turret (923) activity is nested in the outside table of rotation axis (922)
Face, the right end face that the spring structure (924) is vertically connected at spring structure (924) most descend place, the rotating turret (923)
Upper end face is connected with link (915).
3. a kind of novel corner shot-blasting machine according to claim 2, it is characterised in that：The sliding control structure (93)
It is made of vertical supporting bar (931), horizontal slide rail (932), sliding rack (933), link block (934), baffle arrangement (935), institute
State the inner bottom surface that vertical supporting bar (931) is vertically connected at ball blast chamber body (2) by precompressed bolt, the horizontal slide rail (932)
It is vertically connected at the left end surface of vertical supporting bar (931), the sliding rack (933) is slidably connected to horizontal slide rail (932)
In sliding slot, the link block (934) is fixedly connected on the upper end face of sliding rack (933), the left end table of the link block (934)
Face is connected with another most end of spring structure (924), and the baffle arrangement (935) is vertically connected at horizontal slide rail (932)
The most left place of upper end face.
4. a kind of novel corner shot-blasting machine according to claim 1, it is characterised in that：The pulley attachment device (94)
By pulley fixed frame (941), fixed pulley (942), vertical fixed frame (943), rotating bar shaft (944), rotating bar (945) group
At the pulley fixed frame (941) is fixedly connected on the upper end face of vertical supporting bar (931), and the fixed pulley (942) is fixed
It is connected to the left end surface of pulley fixed frame (941), the vertical fixed frame (943) is fixedly connected on ball blast by precompressed bolt
The most upper place in the right surface in inside of chamber body (2), the rotating bar shaft (944) are vertically connected at the left end of vertical fixed frame (943)
Surface middle, rotating bar (945) activity are nested in the most left place of outer surface of rotating bar shaft (944).
5. a kind of novel corner shot-blasting machine according to claim 1, it is characterised in that：The transmission control device (95)
By supporting rod (951), the first driving wheel shaft (952), the first driving wheel (953), the first driving wheel output shaft (954), second
Driving wheel shaft (955), the second driving wheel (956), the second driving wheel output shaft (957) composition, the supporting rod (951) are vertical
It is connected to the inner top surface middle of ball blast chamber body (2), the first driving wheel shaft (952), the second driving wheel shaft (955) point
It is not vertically connected at the right end face upper and lower part of supporting rod (951), first driving wheel (953), the second driving wheel (956)
Activity is nested in the outer surface of the first driving wheel shaft (952), the second driving wheel shaft (955), first transmission respectively
Wheel output shaft (954), the second driving wheel output shaft (957) are respectively mechanically coupled to the first driving wheel (953), the second driving wheel
(956) right end face middle and they be in respectively concentric structure with the first driving wheel (953), the second driving wheel (956).
6. a kind of novel corner shot-blasting machine according to claim 1, it is characterised in that：Outside the fixed pulley (942)
Side surface activity is nested with connection rope, and the outer surface place of keeping right of the rotating bar (945) has been closely wound connection rope, institute
The connection rope for stating fixed pulley (942) outer surface is connected to the right end face of link block (934), the fixed pulley to the left
(942), by connecting rope flexible connection between link block (934) and rotating bar (945).
7. a kind of novel corner shot-blasting machine according to claim 1, it is characterised in that：Outside the rotating bar (945)
The side surface place of keeping left has been closely wound driving belt, the first driving wheel output shaft (954), the second driving wheel output shaft
(957), the outer surface of the output shaft of screw lifting device motor (8) is connected with driving belt, the rotating bar
(945), pass through driving belt activity between the first driving wheel (953), the second driving wheel (956), screw lifting device motor (8)
Connection.
8. a kind of novel corner shot-blasting machine according to claim 1, it is characterised in that：The flow sensor (911)
The flow for the bullet stream dished out to impeller head (3) is incuded and is transferred to signal converting controller (913), the signal conversion
Controller (913) controls the extension and contraction control bar (914) when the flow of bullet stream is excessively high and upholds to the right, to the link
(915) top half of rotating turret (923) is pulled to the right and rotating turret (923) is rotated around rotation axis (922), institute
The lower half portion for stating rotating turret (923) turns left and the spring structure (924) is driven to be moved to the left, to the sliding rack
(933), link block (934) be moved to the left therewith and so that sliding rack (933) transversely sliding rail (932) slides to the left, the company
It connects block (934) and pulls the connection rope of its right end face to the left, to the connection rope quilt of the fixed pulley (942) outer surface
It pulls to the left and rotating bar (945) is driven to be rotated around rotating bar shaft (944), the rotating bar (945) is by being driven skin
Band drives second driving wheel (956), the first driving wheel (953) to be driven successively, and first driving wheel (953) passes through
Driving belt drives the screw lifting device motor (8) to be accelerated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810046709.3A CN108326756A (en) | 2018-01-18 | 2018-01-18 | A kind of novel corner shot-blasting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810046709.3A CN108326756A (en) | 2018-01-18 | 2018-01-18 | A kind of novel corner shot-blasting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108326756A true CN108326756A (en) | 2018-07-27 |
Family
ID=62926100
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810046709.3A Pending CN108326756A (en) | 2018-01-18 | 2018-01-18 | A kind of novel corner shot-blasting machine |
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| Country | Link |
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| CN (1) | CN108326756A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111843856A (en) * | 2020-06-17 | 2020-10-30 | 张家港市锦力标准件制造有限公司 | Multifunctional shot blasting machine for producing fasteners |
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