CN108548552A - A kind of fracturing unit instrument and meter detection device - Google Patents
A kind of fracturing unit instrument and meter detection device Download PDFInfo
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- CN108548552A CN108548552A CN201810232720.9A CN201810232720A CN108548552A CN 108548552 A CN108548552 A CN 108548552A CN 201810232720 A CN201810232720 A CN 201810232720A CN 108548552 A CN108548552 A CN 108548552A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D18/00—Testing or calibrating apparatus or arrangements provided for in groups G01D1/00 - G01D15/00
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Abstract
The invention discloses a kind of fracturing unit instrument and meter detection devices,Its structure includes apparatus main body,Control panel,Object disposing platform,Clamping plate,Oscillating plate,Electric machine structure,Fixed link,Pivot block,Fixed link automatic lubrication mechanism,Oscillating plate is vertically connected at the rear surface of clamping plate,Fixed link vertically through the internal cavities right part of apparatus main body and its be electrically connected between electric machine structure,It is in the state being mechanically connected between oscillating plate that pivot block, which is vertically connected at the most upper place in left end surface of fixed link and its,,Fixed link automatic lubrication mechanism is movably connected on the internal cavities left part of apparatus main body,The present invention is in the operating process for carrying out calibration detection to instrument,Real-time self-lubricate processing can be carried out with rotating axis component to the fixed link of equipment,Prevent the consequences such as parts depreciation speed quickening,It ensure that the smooth orderly progress of calibration detection work,Also mitigate the maintenance load of user,Effectively increase the stability of equipment.
Description
Technical field
The present invention is a kind of fracturing unit instrument and meter detection device, belongs to instrument and meter detection device manufacturing technology neck
Domain.
Background technology
With the continuous development of society, science is constantly progressive, and each electronic product continues to bring out, each instrument and meter exists
Inevitably instrument can be caused to will appear deviation in use due to the influence of environment using process, instrument and meter is pressing crack construction
Eyes, the working condition of instrument system directly affects construction quality and construction safety, thus we using instrument it
Before instrument will be calibrated, detecting instrument instrument suitable services under which kind of state, traditional detection device is when in use
Detection function is relatively single, and does not carry out comparison comparison with the instrument and meter of standard when being detected, causes to detect
As a result bigger error, influences testing result and normal use.
But the prior art instrument is carried out calibration detection operating process in, can not be right although error is smaller
The fixed link of equipment carries out real-time self-lubricate processing with rotating axis component, after may leading to correlated parts rate of wear quickening etc.
Fruit not only increases the maintenance cost of equipment, can not also ensure the smooth orderly progress of calibration detection work, stability is not
Foot.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of fracturing unit instrument and meter detection device,
It, can not be to equipment although error is smaller to solve the prior art in the operating process for carrying out calibration detection to instrument
Fixed link carries out real-time self-lubricate processing with rotating axis component, may lead to the consequences such as correlated parts rate of wear quickening, no
The maintenance cost of equipment is only increased, can not also ensure the smooth orderly progress of calibration detection work, stability is insufficient to ask
Topic.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of fracturing unit instrument instrument
Table detection device, structure include apparatus main body, control panel, object disposing platform, clamping plate, oscillating plate, electric machine structure, fixed link,
Pivot block, fixed link automatic lubrication mechanism, the control panel is fixedly connected at the front-end surface upper right of apparatus main body, described
Object disposing platform is fixedly connected on the inner surface left part of apparatus main body, and the clamping plate is mechanically connected to the upper end face of apparatus main body
Most left place, the oscillating plate are vertically connected at the rear surface of clamping plate, and the electric machine structure is fixedly connected on the interior of apparatus main body
Bottom surface left part, the fixed link vertically through the internal cavities right part of apparatus main body and its electrically connect between electric machine structure
It connects, it is in the shape being mechanically connected between oscillating plate that the pivot block, which is vertically connected at the most upper place in left end surface of fixed link and its,
State, the fixed link automatic lubrication mechanism are movably connected on the internal cavities left part of apparatus main body, the fixed link self-lubricate
Mechanism is made of gear assembly, rotation wheel construction, coiling roller arrangement, pulley control structure, automatic lubrication installation, the tooth
Wheel transmission device is movably connected at gear assembly lower-left, and the rotation wheel construction is vertically connected at dress by precompressed bolt
The inside left surface middle of main body is set, the coiling roller arrangement is movably connected on the upper end face of rotation wheel construction, the cunning
The top half of wheel control structure is vertically connected at the rear surface middle of pivot block, and lower half portion is movably connected on device
At under in the right surface in inside of main body, the automatic lubrication installation is movably connected in the left end surface of fixed link upper place, described
Gear assembly by first gear fixed frame, first gear, first gear output shaft, gear teeth structure, second gear fixed frame,
Second gear, second gear output shaft composition, the first gear fixed frame are vertically connected at the inside left surface of apparatus main body
In lower place, the first gear is movably connected on the right end face of first gear fixed frame, the first gear output shaft mechanical
It is in concentric circles state between first gear to be connected to the front-end surface middle of first gear and its, and the second gear is fixed
Frame is vertically connected at the inner bottom surface middle of apparatus main body, and the second gear is movably connected on the upper end of second gear fixed frame
Surface, the second gear output shaft is mechanically connected to the front-end surface middle of second gear and it is between second gear
Concentric circles state, the gear teeth structure are uniformly equally spaced in the outer surface edge of first gear, second gear, and described
One gear, second gear are flexibly connected by the engagement between gear teeth structure.
Further, the rotation wheel construction is by third gear, third gear output shaft, the first rotating wheel shaft, first
Rotating wheel forms, and the third gear is movably connected at the upper end of third gear, the third gear output shaft mechanical connection
In third gear front-end surface and its be in concentric circles state between third gear, the first rotating wheel shaft passes through precompressed
Bolt is vertically connected at the inside left surface middle of apparatus main body, and the first rotating wheel activity is nested in the first rotation rotation
The most right place of the outer surface of axis.
Further, the third gear by activity be nested in the driving belt of third gear output shaft outer surface with
First gear, second gear flexible connection, the third gear output shaft, first gear output shaft, second gear output shaft
Outer surface all activities have been nested in driving belt, the front-end surface edge of the third gear, the outside of the first rotating wheel
All uniform equidistant arrangement has external screw thread, the third gear, the first rotating wheel to pass through the engagement between external screw thread at surface
Flexible connection.
Further, the coiling roller arrangement by the first lateral fixed frame, the second rotating wheel shaft, the second rotating wheel, around
Line roller group is at the described first lateral fixed frame is vertically connected at the most upper place in inside left surface of apparatus main body, second rotation
Wheel shaft is vertically connected at the rear surface middle of the first lateral fixed frame, and the second rotating wheel activity is nested in second turn
The outer surface of driving wheel shaft most descends place, and the winding roller activity is nested in the outer surface middle of the second rotating wheel, described
The outer surface activity of winding roller has been nested in connection rope, and second rotating wheel is by being uniformly equally spaced in its outside table
The external screw thread in face is flexibly connected with the first rotating wheel.
Further, the pulley control structure is by the second lateral fixed frame, first pulley, second pulley fixed frame, the
Two pulleys form, and the described second lateral fixed frame is vertically connected in the right surface in inside of apparatus main body at lower, and described first slides
Wheel is movably connected on the upper end face of the second lateral fixed frame, and the second pulley fixed frame is vertically connected at the lower end of pivot block
Surface middle.
Further, the second pulley is movably connected on the rear surface of second pulley fixed frame, the first pulley,
The all activities of the outer surface of second pulley have been nested in connection rope, the first pulley, second pulley by connect rope with
Winding roller is flexibly connected.
Further, the automatic lubrication installation by automatic lubricant pump, binding post, L-type fixed frame, slide vertically frame, solid
Determine electrical power contacts head, mobile electric power contact head, interior pulley composition, the automatic lubricant pump is fixedly connected on the left end table of fixed link
Upper place in face, the binding post be fixedly connected on the rear surface of automatic lubricant pump and they between be electrically connected, the L-type is solid
Determine the left end surface middle that frame is vertically connected at fixed link, the lower end for sliding vertically frame and being vertically connected at L-type fixed frame
The most right place in surface, the right end face that the fixed power source contact head is fixedly connected on L-type fixed frame most descend place and itself and binding post
Between be electrically connected by power cord, the mobile electric power contact head slides vertically in the sliding slot for being connected to and sliding vertically frame, institute
The rear surface that interior pulley is fixedly connected on mobile electric power contact head is stated, the outer surface activity of the interior pulley has been nested in company
Splicing rope, the interior pulley are flexibly connected by being nested in the connection rope of its outer surface with first pulley, second pulley.
Advantageous effect
The present invention provides a kind of scheme of fracturing unit instrument and meter detection device, by being equipped with fixed link self-lubricate machine
Structure can carry out in real time certainly the fixed link of equipment with rotating axis component in the operating process for carrying out calibration detection to instrument
Dynamic lubricated, prevents the consequences such as parts depreciation speed quickening, and specially electric machine structure, which is opened, drives fixed link, pivot block
First gear is driven to start to be driven also by driving belt while work, to engagement of the second gear between gear teeth structure
It is driven under effect, third gear carries out being driven under the action of driving belt and makes the first rotating wheel in external screw thread therewith
Between engagement under rotated, then the second rotating wheel is nibbled in the externally threaded of its outer surface being uniformly equally spaced
Cooperation is rotated under around the second rotating wheel shaft, and winding roller is rotated and pulls the connecting rope of its outer surface therewith
Rope, first pulley, second pulley, interior pulley outer surface connection rope be pulled therewith successively, then mobile electric power contact
Head is pulled and vertically sliding rack slide downward, mobile electric power contact head are powered with fixed power source contact head and to moisten automatically
Sliding pump is opened and carries out real-time lubrication operation to fixed link, ensure that the smooth orderly progress of calibration detection work, also mitigates
The maintenance load of user 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 dimensional structure diagram of fracturing unit instrument and meter detection device of the present invention.
Fig. 2 is the inner plane structural schematic diagram of apparatus of the present invention main body.
Fig. 3 is the planar structure schematic diagram of fixed link automatic lubrication mechanism of the present invention.
Fig. 4 is the planar structure schematic diagram of fixed link automatic lubrication mechanism of the present invention.
Fig. 5 is the A structural schematic diagrams of Fig. 3 of the present invention.
In figure：Apparatus main body -1, object disposing platform -3, clamping plate -4, oscillating plate -5, electric machine structure -6, is fixed control panel -2
Bar -7, pivot block -8, fixed link automatic lubrication mechanism -9, gear assembly -91, rotation wheel construction -92, coiling roller arrangement -
93, pulley control structure -94, automatic lubrication installation -95, first gear fixed frame -911, first gear -912, first gear are defeated
Shaft -913, gear teeth structure -914, second gear fixed frame -915, second gear -916, second gear output shaft -917, third
Gear -921, third gear output shaft -922, the first rotating wheel shaft -923, the first rotating wheel -924, the first lateral fixed frame -
931, the second rotating wheel shaft -932, the second rotating wheel -933, winding roller -934, the second lateral fixed frame -941, first pulley -
942, second pulley fixed frame -943, second pulley -944, automatic lubricant pump -951, binding post -952, L-type fixed frame -953,
Slide vertically frame -954, fixed power source contact head -955, mobile electric power contact head -956, interior pulley -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 fracturing unit instrument and meter detection device, and structure includes device master
Body 1, control panel 2, object disposing platform 3, clamping plate 4, oscillating plate 5, electric machine structure 6, fixed link 7, pivot block 8, fixed link are moistened automatically
Sliding mechanism 9, the control panel 2 are fixedly connected at the front-end surface upper right of apparatus main body 1, and the object disposing platform 3, which is fixed, to be connected
It is connected to the inner surface left part of apparatus main body 1, the clamping plate 4 is mechanically connected to the most left place of upper end face of apparatus main body 1, described
Oscillating plate 5 is vertically connected at the rear surface of clamping plate 4, and the inner bottom surface that the electric machine structure 6 is fixedly connected on apparatus main body 1 is left
Portion, the fixed link 7 vertically through the internal cavities right part of apparatus main body 1 and its be electrically connected between electric machine structure 6, institute
State pivot block 8 be vertically connected at fixed link 7 the most upper place in left end surface and its between oscillating plate 5 in mechanical connection state,
The fixed link automatic lubrication mechanism 9 is movably connected on the internal cavities left part of apparatus main body 1, the fixed link self-lubricate machine
Structure 9 is by gear assembly 91, rotation wheel construction 92, coiling roller arrangement 93, pulley control structure 94,95 groups of automatic lubrication installation
At the gear assembly 91 is movably connected at 91 lower-left of gear assembly, and the rotation wheel construction 92 passes through precompressed
Bolt is vertically connected at the inside left surface middle of apparatus main body 1, and the coiling roller arrangement 93 is movably connected on rotating wheel knot
The top half of the upper end face of structure 92, the pulley control structure 94 is vertically connected at the rear surface middle of pivot block 8,
Its lower half portion is movably connected in the right surface in inside of apparatus main body 1 at lower, and the automatic lubrication installation 95 is movably connected on
Upper place in the left end surface of fixed link 7, the gear assembly 91 is by first gear fixed frame 911, first gear 912, the
One gear output shaft 913, gear teeth structure 914, second gear fixed frame 915, second gear 916,917 groups of second gear output shaft
At the first gear fixed frame 911 is vertically connected in the inside left surface of apparatus main body 1 at lower, the first gear 912
It is movably connected on the right end face of first gear fixed frame 911, the first gear output shaft 913 is mechanically connected to first gear
912 front-end surface middle and its between first gear 912 be in concentric circles state, the second gear fixed frame 915 hang down
The direct-connected inner bottom surface middle for being connected to apparatus main body 1, the second gear 916 are movably connected on second gear fixed frame 915
Upper end face, the second gear output shaft 917 be mechanically connected to the front-end surface middle of second gear 916 and its with second
It is in concentric circles state between gear 916, the gear teeth structure 914 is uniformly equally spaced in first gear 912, second gear 916
Outer surface edge, the first gear 912, second gear 916 pass through the engagement activity between gear teeth structure 914
Connection, the rotation wheel construction 92 is by third gear 921, third gear output shaft 922,923, first turns of the first rotating wheel shaft
Driving wheel 924 forms, and the third gear 921 is movably connected at the upper end of third gear 921, the third gear output shaft
922 be mechanically connected to the front-end surface of third gear 921 and its between third gear 921 be in concentric circles state, described first
Rotating wheel shaft 923 is vertically connected at the inside left surface middle of apparatus main body 1, first rotating wheel by precompressed bolt
924 activities are nested in the most right place of outer surface of the first rotating wheel shaft 923, and the third gear 921 is nested in by activity
The driving belt of 922 outer surface of third gear output shaft is flexibly connected with first gear 912, second gear 916, the third
Outer surface all activities of gear output shaft 922, first gear output shaft 913, second gear output shaft 917 have been nested in transmission
Belt, the front-end surface edge of the third gear 921, the first rotating wheel 924 outer surface at all uniform equidistant arrangement
Have an external screw thread, the third gear 921, the first rotating wheel 924 are flexibly connected by the engagement between external screw thread, it is described around
Line roller arrangement 93 is made of the first lateral fixed frame 931, the second rotating wheel shaft 932, the second rotating wheel 933, winding roller 934,
Described first lateral fixed frame 931 is vertically connected at the most upper place in inside left surface of apparatus main body 1, the second rotating wheel shaft
932 are vertically connected at the rear surface middle of the first lateral fixed frame 931, and 933 activity of the second rotating wheel is nested in the
The outer surface of two rotating wheel shafts 932 most descends place, 934 activity of the winding roller to be nested in the outside table of the second rotating wheel 933
The outer surface activity of face middle, the winding roller 934 has been nested in connection rope, and second rotating wheel 933 is by equal
The even external screw thread being equally spaced in its outer surface is flexibly connected with the first rotating wheel 924, and the pulley control structure 94 is by
Two lateral fixed frames 941, first pulley 942, second pulley fixed frame 943, second pulley 944 form, and described second is laterally solid
Determine frame 941 to be vertically connected in the right surface in inside of apparatus main body 1 at lower, the first pulley 942 is movably connected on the second cross
To the upper end face of fixed frame 941, the second pulley fixed frame 943 is vertically connected at the rear surface middle of pivot block 8,
The second pulley 944 is movably connected on the rear surface of second pulley fixed frame 943, the first pulley 942, second pulley
The all activities of 944 outer surface have been nested in connection rope, the first pulley 942, second pulley 944 by connect rope with
Winding roller 934 is flexibly connected, and the automatic lubrication installation 95 is by automatic lubricant pump 951, binding post 952, L-type fixed frame 953, perpendicular
It is formed to sliding rack 954, fixed power source contact head 955, mobile electric power contact head 956, interior pulley 957, the automatic lubricant pump
951 are fixedly connected in the left end surface of fixed link 7 upper place, and the binding post 952 is fixedly connected under automatic lubricant pump 951
End surfaces and they between be electrically connected, the L-type fixed frame 953 is vertically connected at the left end surface middle of fixed link 7, institute
It states and slides vertically the most right place of rear surface that frame 954 is vertically connected at L-type fixed frame 953, the fixed power source contact head 955 is solid
Surely the right end face for being connected to L-type fixed frame 953 most descends place and its to be electrically connected by power cord between binding post 952, institute
It states mobile electric power contact head 956 to slide vertically in the sliding slot for being connected to and sliding vertically frame 954, the interior pulley 957 is fixedly connected
It is nested in connection rope, institute in the outer surface activity of the rear surface of mobile electric power contact head 956, the interior pulley 957
It states interior pulley 957 and is flexibly connected with first pulley 942, second pulley 944 by being nested in the connection rope of its outer surface.
Automatic lubricant pump described in this patent injects lubricating oil in component to be lubricated at regular time and quantity, is come out from fuel injector
Oil enter the center slot hole of support shaft through hose, flow to the surface of rolling bearing, it is ensured that friction pair is in full fluid profit always
It is operated under sliding condition.
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, the control panel 2 of adjustment equipment, the glove that the instrument of detection to be calibrated is placed in equipment is put down
Platform 3 opens the electric machine structure 6 of equipment, ensures that the clamping plate 4 of equipment, oscillating plate 5 are in normal working condition, electric machine structure 6 is opened
First gear 912 is driven to start to be driven also by driving belt while evident band moves fixed link 7, pivot block 8 works, to second
Gear 916 is driven under the engagement between gear teeth structure 914, third gear 921 under the action of driving belt with
Carry out transmission and so that rotated under engagement of first rotating wheel 924 between external screw thread, then the second rotating wheel
933 are rotated around the second rotating wheel shaft 932 being uniformly equally spaced under the externally threaded engagement in its outer surface,
Winding roller 934 is rotated and is pulled the connection rope of its outer surface, first pulley 942, second pulley 944, interior cunning therewith
The connection rope for taking turns 957 outer surfaces is pulled therewith successively, and then mobile electric power contact head 956 is pulled and vertically slides
954 slide downward of frame, mobile electric power contact head 956 are powered with fixed power source contact head 955 and automatic lubricant pump 951 are opened
And real-time lubrication operation is carried out to fixed link 7, the equipment can start to work normally later.
Problems solved by the invention is the prior art in the operating process for carrying out calibration detection to instrument, although error compared with
It is small, but real-time self-lubricate processing can not be carried out with rotating axis component to the fixed link of equipment, correlated parts may be caused to grind
Damage speed accelerate etc. consequences, not only increase the maintenance cost of equipment, can not also ensure calibration detection work it is smooth orderly into
Row, stability is insufficient, and the present invention is combined with each other by above-mentioned component, by being equipped with fixed link automatic lubrication mechanism, right
Instrument carries out in the operating process of calibration detection, can be carried out at real-time self-lubricate with rotating axis component to the fixed link of equipment
Reason prevents the consequences such as parts depreciation speed quickening, and specially electric machine structure unlatching drives fixed link, pivot block to work same
When drive first gear to start to be driven also by driving belt, under engagement of the second gear between gear teeth structure into
Row transmission, third gear carry out transmission and so that the first rotating wheel nibbling between external screw thread therewith under the action of driving belt
Cooperation is rotated under, and then the second rotating wheel is uniformly being equally spaced under the externally threaded engagement in its outer surface
It is rotated around the second rotating wheel shaft, winding roller is rotated and pulled the connection rope of its outer surface therewith, and first slides
Wheel, second pulley, interior pulley outer surface connection rope be pulled therewith successively, then mobile electric power contact head is pulled simultaneously
Vertically sliding rack slide downward, mobile electric power contact head are powered with fixed power source contact head and automatic lubricant pump are opened simultaneously
Real-time lubrication operation is carried out to fixed link, the smooth orderly progress of calibration detection work is ensure that, also mitigates the dimension of user
Workload is repaiied, the stability of equipment is effectively increased.
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 (7)
1. a kind of fracturing unit instrument and meter detection device, structure include apparatus main body（1）, control panel（2）, object disposing platform
（3）, clamping plate（4）, oscillating plate（5）, electric machine structure（6）, fixed link（7）, pivot block（8）, fixed link automatic lubrication mechanism（9）,
It is characterized in that：
The control panel（2）It is fixedly connected on apparatus main body（1）Front-end surface upper right at, the object disposing platform（3）It is fixed
It is connected to apparatus main body（1）Inner surface left part, the clamping plate（4）It is mechanically connected to apparatus main body（1）Upper end face most
Left place, the oscillating plate（5）It is vertically connected at clamping plate（4）Rear surface, the electric machine structure（6）It is fixedly connected on device master
Body（1）Inner bottom surface left part, the fixed link（7）Vertically through apparatus main body（1）Internal cavities right part and itself and motor
Structure（6）Between be electrically connected, the pivot block（8）It is vertically connected at fixed link（7）The most upper place in left end surface and its with shake
Movable plate（5）Between in mechanical connection state, the fixed link automatic lubrication mechanism（9）It is movably connected on apparatus main body（1）'s
Internal cavities left part；
The fixed link automatic lubrication mechanism（9）By gear assembly（91）, rotation wheel construction（92）, coiling roller arrangement
（93）, pulley control structure（94）, automatic lubrication installation（95）Composition, the gear assembly（91）It is movably connected on gear
Transmission device（91）At lower-left, the rotation wheel construction（92）It is vertically connected at apparatus main body by precompressed bolt（1）Inside
Left surface middle, the coiling roller arrangement（93）It is movably connected on rotation wheel construction（92）Upper end face, the pulley control
Structure processed（94）Top half be vertically connected at pivot block（8）Rear surface middle, lower half portion is movably connected on
Apparatus main body（1）The right surface in inside in it is lower at, the automatic lubrication installation（95）It is movably connected on fixed link（7）Left end table
Upper place in face；
The gear assembly（91）By first gear fixed frame（911）, first gear（912）, first gear output shaft
（913）, gear teeth structure（914）, second gear fixed frame（915）, second gear（916）, second gear output shaft（917）Group
At the first gear fixed frame（911）It is vertically connected at apparatus main body（1）Inside left surface in it is lower at, first tooth
Wheel（912）It is movably connected on first gear fixed frame（911）Right end face, the first gear output shaft（913）Machinery is even
It is connected to first gear（912）Front-end surface middle and itself and first gear（912）Between be in concentric circles state, described second
Gear fixed frame（915）It is vertically connected at apparatus main body（1）Inner bottom surface middle, the second gear（916）Flexible connection
In second gear fixed frame（915）Upper end face, the second gear output shaft（917）It is mechanically connected to second gear
（916）Front-end surface middle and itself and second gear（916）Between be in concentric circles state, the gear teeth structure（914）
It is even to be equally spaced in first gear（912）, second gear（916）Outer surface edge, the first gear（912）,
Two gears（916）Pass through gear teeth structure（914）Between engagement flexible connection.
2. a kind of fracturing unit instrument and meter detection device according to claim 1, it is characterised in that：The rotating wheel knot
Structure（92）By third gear（921）, third gear output shaft（922）, the first rotating wheel shaft（923）, the first rotating wheel（924）
Composition, the third gear（921）It is movably connected on third gear（921）Upper end at, the third gear output shaft（922）
It is mechanically connected to third gear（921）Front-end surface and itself and third gear（921）Between be in concentric circles state, described first
Rotating wheel shaft（923）It is vertically connected at apparatus main body by precompressed bolt（1）Inside left surface middle, described first turn
Driving wheel（924）Activity is nested in the first rotating wheel shaft（923）The most right place of outer surface.
3. a kind of fracturing unit instrument and meter detection device according to claim 2, it is characterised in that：The third gear
（921）It is nested in third gear output shaft by activity（922）The driving belt and first gear of outer surface（912）, second
Gear（916）Flexible connection, the third gear output shaft（922）, first gear output shaft（913）, second gear output shaft
（917）Outer surface all activities be nested in driving belt, the third gear（921）Front-end surface edge, first
Rotating wheel（924）Outer surface at all uniform equidistant arrangement have external screw thread, the third gear（921）, the first rotating wheel
（924）It is flexibly connected by the engagement between external screw thread.
4. a kind of fracturing unit instrument and meter detection device according to claim 1, it is characterised in that：The winding roller dress
It sets（93）By the first lateral fixed frame（931）, the second rotating wheel shaft（932）, the second rotating wheel（933）, winding roller（934）Group
At the described first lateral fixed frame（931）It is vertically connected at apparatus main body（1）The most upper place in inside left surface, described second turn
Driving wheel shaft（932）It is vertically connected at the first lateral fixed frame（931）Rear surface middle, second rotating wheel
（933）Activity is nested in the second rotating wheel shaft（932）Outer surface most descend place, the winding roller（934）Activity is nested in
Second rotating wheel（933）Outer surface middle, the winding roller（934）Outer surface activity be nested in connecting rope
Rope, second rotating wheel（933）By being uniformly equally spaced in the external screw thread and the first rotating wheel of its outer surface（924）It is living
Dynamic connection.
5. a kind of fracturing unit instrument and meter detection device according to claim 1, it is characterised in that：The pulley control
Structure（94）By the second lateral fixed frame（941）, first pulley（942）, second pulley fixed frame（943）, second pulley（944）
Composition, the described second lateral fixed frame（941）It is vertically connected at apparatus main body（1）The right surface in inside in it is lower at, described first
Pulley（942）It is movably connected on the second lateral fixed frame（941）Upper end face, the second pulley fixed frame（943）Vertically
It is connected to pivot block（8）Rear surface middle.
6. a kind of fracturing unit instrument and meter detection device according to claim 6, it is characterised in that：The second pulley
（944）It is movably connected on second pulley fixed frame（943）Rear surface, the first pulley（942）, second pulley（944）
Outer surface all activities be nested in connection rope, the first pulley（942）, second pulley（944）By connecting rope
With winding roller（934）Flexible connection.
7. a kind of fracturing unit instrument and meter detection device according to claim 1, it is characterised in that：The self-lubricate
Device（95）By automatic lubricant pump（951）, binding post（952）, L-type fixed frame（953）, slide vertically frame（954）, fixed power source
Contact head（955）, mobile electric power contact head（956）, interior pulley（957）Composition, the automatic lubricant pump（951）It is fixedly connected on
Fixed link（7）Left end surface in upper place, the binding post（952）It is fixedly connected on automatic lubricant pump（951）Rear surface
And it is electrically connected between them, the L-type fixed frame（953）It is vertically connected at fixed link（7）Left end surface middle, it is described
Slide vertically frame（954）It is vertically connected at L-type fixed frame（953）The most right place of rear surface, the fixed power source contact head
（955）It is fixedly connected on L-type fixed frame（953）Right end face most descend place and itself and binding post（952）Between pass through power cord
It is electrically connected, the mobile electric power contact head（956）It slides vertically to be connected to and slides vertically frame（954）Sliding slot in, it is described in
Pulley（957）It is fixedly connected on mobile electric power contact head（956）Rear surface, the interior pulley（957）Outer surface live
It is dynamic to be nested in connection rope, the interior pulley（957）By the connection rope and first pulley that are nested in its outer surface
（942）, second pulley（944）Flexible connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810232720.9A CN108548552A (en) | 2018-03-21 | 2018-03-21 | A kind of fracturing unit instrument and meter detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810232720.9A CN108548552A (en) | 2018-03-21 | 2018-03-21 | A kind of fracturing unit instrument and meter detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108548552A true CN108548552A (en) | 2018-09-18 |
Family
ID=63516827
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810232720.9A Withdrawn CN108548552A (en) | 2018-03-21 | 2018-03-21 | A kind of fracturing unit instrument and meter detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108548552A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117160921A (en) * | 2023-11-01 | 2023-12-05 | 中环国化江苏环境检测有限公司 | Instrument and meter detection device based on automation |
-
2018
- 2018-03-21 CN CN201810232720.9A patent/CN108548552A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117160921A (en) * | 2023-11-01 | 2023-12-05 | 中环国化江苏环境检测有限公司 | Instrument and meter detection device based on automation |
| CN117160921B (en) * | 2023-11-01 | 2023-12-29 | 中环国化江苏环境检测有限公司 | Instrument and meter detection device based on automation |
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Application publication date: 20180918 |