CN107282518A

CN107282518A - A kind of power cable facility

Info

Publication number: CN107282518A
Application number: CN201710731823.5A
Authority: CN
Inventors: 汪贤荣
Original assignee: Ningbo Yinzhou Kang Machinery Technology Co Ltd
Current assignee: Ningbo Yinzhou Kang Machinery Technology Co Ltd
Priority date: 2017-08-23
Filing date: 2017-08-23
Publication date: 2017-10-24

Abstract

The invention discloses a kind of power cable facility, including base station and the jetter being fixedly mounted in base station, liquid storage cylinder provided with the setting that stretches downwards in top surface on the left of jetter, liquid storage cylinder bottom stretches end pin insertion provided with leakage fluid dram, the connecting cavity set in jetter bottom surface below leakage fluid dram provided with top with the insertion of leakage fluid dram bottom, insertion stretches the first sliding chamber of setting provided with left and right in leakage fluid dram, first sliding intracavitary is sliding sliding plate, on the left of sliding plate liquid outlet is provided with section, provided with the first sliding groove in sliding plate top surface on the right side of liquid outlet, spiral shell type line is connected with the spiral shell type bar for the setting that stretches to the right in sliding plate right flank, the end pin that stretched on the right side of spiral shell type bar is connected with first driving means；The present invention is simple in construction, easy to operate, improves safety in utilization and service life, can automatically control hydro-peening work, reduce operating personnel's amount of labour.

Description

A kind of power cable facility

Technical field

The present invention relates to power cable technical field, a kind of power cable facility.

Background technology

During cable laying, for more big and heavy cable, generally require artificial towing and move ahead, therefore cable surface Many plasters can be speckled with, it is therefore desirable to its surface is washed away when being not powered on after cable is installed, traditional approach passes through people The hand-held rag of work is cleaned, and this mode wastes time and energy, inefficiency, and automatic spray-washing car needs the artificial solution by cleaning Poured into after the completion of mixing, program is cumbersome, and discharge rate is difficult to accurate control, and automatic spray-washing car security is not high in addition, easily right It is artificial into danger.

The content of the invention

The technical problems to be solved by the invention are to provide a kind of power cable facility, and it can solve the problem that above-mentioned present technology Middle the problem of.

The present invention is achieved through the following technical solutions：The present invention a kind of power cable facility, including base station with And it is fixedly mounted on the liquid storage provided with the setting that stretches downwards the top surface on the left of the jetter in the base station, the jetter Nei Chamber, the liquid storage cylinder bottom stretches end pin insertion provided with leakage fluid dram, is provided with the jetter bottom surface below the leakage fluid dram Insertion stretches provided with left and right and the first of setting slided in the connecting cavity that top is set with leakage fluid dram bottom insertion, the leakage fluid dram Chamber is connect, the described first sliding intracavitary is sliding sliding plate, and the sliding plate left side section is interior to be provided with the right side of liquid outlet, the liquid outlet The sliding plate top surface in provided with the first sliding groove, in the sliding plate right flank, spiral shell type line is connected with stretches to the right The end pin that stretched on the right side of the spiral shell type bar of setting, the spiral shell type bar is connected with the first driving means, the first driving dress Put outer surface to be arranged on the right side of the described first sliding chamber in inwall and be fixedly connected, stretched setting provided with left and right in the liquid storage cylinder Shaft member, the end pin that stretches on the left of the shaft member transfers with the liquid storage cylinder inner left wall, and stretch end pin and the on the right side of the shaft member Two drive devices are connected, and the second drive device outer surface is arranged on the right side of the liquid storage cylinder in inwall and fixed company Connect, the shaft member outer surface in the liquid storage cylinder is provided with the jetter stirred evenly on the right side of flabellum, second drive device It is interior to be provided with the Coupling Shaft that end pin on the right side of stalling chamber, second drive device is connected with the setting that stretches to the right, described turn The end pin that stretched on the right side of spindle is visited into the stalling intracavitary and transferred with the right side inwall of the stalling intracavitary, the stalling intracavitary The second drive device bottom on the right side of stalling disk, the liquid storage cylinder is fixedly installed in the Coupling Shaft to slide with described first It is provided with the jetter between connecing at the top of the section that stretched on the right side of chamber to be conducted respectively with the stalling disk and the sliding plate The stalling conduction device of mating connection, the leakage fluid dram bottom is provided with booster water pump, the booster water pump outer ring surface with it is described Leakage fluid dram wall is fixedly connected, with the leakage fluid dram intercommunication, booster water pump bottom bottom and institute at the top of the booster water pump State connecting cavity intercommunication setting.

The jetter top surface above preferably technical scheme, the liquid storage cylinder stretches the closing of setting provided with left and right The adaptor that the end pin switching that stretched on the right side of closing lid, the closure lid has bottom to be fixedly connected with the jetter top surface.

Preferably technical scheme, the stalling conduction device include stretching up and down setting the first conduction chamber and set Put the second conduction chamber on the right side of the described first conduction chamber, the first conduction bottom of chamber portion, which stretches described in end pin insertion, first slips Intracavitary roof and insertion are set, and the second conduction bottom of chamber portion insertion stretches the 3rd conduction chamber of setting provided with both sides to the left and right, Stretch inwall and insertion setting on the right side of the first conduction chamber, the second conduction chamber described in end pin insertion on the left of the 3rd conduction chamber Right hand top is set with the insertion of stalling bottom of chamber portion, and the first conduction intracavitary is sliding the first conductive block, and described first passes The first conduction intracavitary at the top of guide block is provided with the first spring element, the first conductive block right flank slips provided with second Groove, the first conductive block bottom right side is provided with the first slip joint, and the 3rd conduction intracavitary is sliding the second conductive block, described The 3rd conduction intracavitary on the right side of second conductive block is provided with end pin bottom on the left of the second spring element, second conductive block and is provided with Second slip joint, the second conduction intracavitary is sliding a block that connects for the setting that stretches up and down, and the block bottom that connects stretches end pin Visit into the described 3rd conduction intracavitary and be fixedly connected with the second conductive block right hand top, it is described to connect the end pin that stretched at the top of block Lock is fixedly installed to stop tooth.

Preferably technical scheme, the stalling tray bottom is visited into the described second conduction intracavitary, the stalling disk appearance Face, which is provided with, to be used to lock the stalling tooth that tooth of stopping locks mating connection of stopping with described.

The beneficial effects of the invention are as follows：

1. by end pin and the mating connection of the second drive device of being stretched on the right side of shaft member, the second drive device outer surface is arranged at liquid storage Inwall is interior on the right side of chamber and is fixedly connected, and the shaft member outer surface in liquid storage cylinder, which is set, stirs evenly flabellum, the hydro-peening on the right side of the second drive device Set stalling chamber in device, end pin is connected the Coupling Shaft of setting of stretching to the right on the right side of the second drive device, stretched on the right side of Coupling Shaft Prolong end pin to visit into stalling intracavitary and transfer with the right side inwall of stalling intracavitary, stalling is fixedly installed in the Coupling Shaft for stalling intracavitary Set and be used in jetter between at the top of the section that stretched on the right side of the sliding chamber in the second drive device bottom and first on the right side of disk, liquid storage cylinder Respectively with stalling disk and sliding plate conduction be connected stalling conduction device so that realize automatically control stalling disk lock stop with And work is opened, realize and improve security.

2. by stall conduction device include stretching up and down setting the first conduction chamber and to be arranged on the first conduction chamber right Second conduction chamber of side, the first conduction bottom of chamber portion end pin insertion first that stretches is slipped intracavitary roof and insertion and set, the second conduction The insertion of bottom of chamber portion sets both sides to the left and right and stretched the 3rd conduction chamber of setting, and the end pin insertion first that stretches is conducted on the left of the 3rd conduction chamber Inwall and insertion setting on the right side of chamber, the second conduction chamber right hand top are set with stalling bottom of chamber portion insertion, and first, which conducts intracavitary, slips The first conduction intracavitary at the top of first conductive block, the first conductive block, which is set in the first spring element, the first conductive block right flank, sets second Sliding groove, the first conductive block bottom right side sets the first slip joint, and the 3rd conduction intracavitary slips the second conductive block, and the second conductive block is right 3rd conduction intracavitary of side sets end pin bottom on the left of the second spring element, the second conductive block and sets the second slip joint, the second conduction intracavitary The sliding setting that stretches up and down connects block, connect block bottom stretch end pin visit into the 3rd conduction intracavitary and with the right side of the second conductive block Top is fixedly connected, and connects the end pin that stretches at the top of block lock is fixedly installed and stop tooth, automatically control stalling protection work so as to realize, prevent Only stir evenly operation without permission, improve safety in utilization, meanwhile, it is moved easily and transports, rocking for preventing from producing in transport is made Forming apparatus weares and teares, and improves service life.

3. the present invention is simple in construction, easy to operate, it can realize and automatically control stalling protection work, prevent from stirring evenly without permission Operation, improves safety in utilization, meanwhile, it is moved easily and transports, prevent what is produced in transport to rock and cause equipment attrition, improves Service life, automatically controls hydro-peening by leakage fluid dram and sliding plate mating connection realization and works, reduce operating personnel's amount of labour.

Brief description of the drawings

For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.

Fig. 1 is a kind of power cable facility internal structure schematic diagram of the invention；

Structural representation when Fig. 2 is a kind of power cable facility hydro-peening of the invention；

Fig. 3 is liquid storage cylinder inside top figure of the invention.

Embodiment

As shown in Figure 1, Figure 2 and Figure 3, a kind of power cable facility of the invention, including base station 9 and it is fixedly mounted on institute State the liquid storage cylinder 81 provided with the setting that stretches downwards, the liquid storage in the jetter 8 in base station 9, the top surface in the left side of jetter 8 The bottom of chamber 81 stretches end pin insertion provided with leakage fluid dram 82, provided with top in the bottom surface of the jetter 8 of the lower section of leakage fluid dram 82 Insertion stretches the of setting provided with left and right in the connecting cavity 821 set with the bottom insertion of the leakage fluid dram 82, the leakage fluid dram 82 Being slipped in one sliding chamber 83, the described first sliding chamber 83 has sliding plate 831, and liquid outlet is provided with the sliding left side section of plate 831 832, the sliding top surface of plate 831 on the right side of liquid outlet 832 is interior provided with the first sliding groove 833, the sliding right side of plate 831 Spiral shell type line is connected with the spiral shell type bar 834 for the setting that stretches to the right in face, the right side of spiral shell type bar 834 stretch end pin with it is described First driving means 835 are connected, and the outer surface of first driving means 835 is arranged in the described first sliding right side of chamber 83 Wall is interior and is fixedly connected, the shaft member 881 of the interior setting that stretched provided with left and right of the liquid storage cylinder 81, and stretch tail on the left of the shaft member 881 The tip is transferred with the inner left wall of liquid storage cylinder 81, and the end pin that stretched on the right side of the shaft member 881 is connected with the second drive device 88, The outer surface of second drive device 88 is arranged in the right side inwall of liquid storage cylinder 81 and is fixedly connected, in the liquid storage cylinder 81 The outer surface of the shaft member 881 provided with flabellum 810 is stirred evenly, be provided with the jetter 8 on the right side of the second drive device 88 Chamber 87 is stalled, the right side end pin of the second drive device 88 is connected with the Coupling Shaft 882 for the setting that stretches to the right, described turn The end pin that stretched on the right side of spindle 882 is visited into the stalling chamber 87 and transferred with the right side inwall in the stalling chamber 87, described to stop Turn to be fixedly installed stalling disk 871 in the Coupling Shaft 882 in chamber 87, the second driving dress on the right side of liquid storage cylinder 81 Put 88 bottoms and the first sliding right side of chamber 83 stretch at the top of section between the jetter 8 in be provided with to respectively with it is described The stalling conduction device that disk 871 and the sliding plate 831 conduction are connected is stalled, the bottom of leakage fluid dram 82 is provided with supercharging Water pump 820, the outer ring surface of booster water pump 820 is fixedly connected with the wall of leakage fluid dram 82, the top of the booster water pump 820 with The intercommunication of leakage fluid dram 82, the bottom bottom of booster water pump 820 is set with the intercommunication of connecting cavity 821.

Valuably, the top surface of the jetter 8 of the top of the liquid storage cylinder 81 stretches the closure lid 89 of setting, institute provided with left and right The adaptor 891 that the end pin switching that stretched on the right side of closure lid 89 has bottom to be fixedly connected with the top surface of jetter 8 is stated, so as to prevent Debris falls into liquid storage cylinder 81 and causes device damage, meanwhile, improve security.

Valuably, the stalling conduction device include stretching up and down setting the first conduction chamber 84 and be arranged on described the The second conduction chamber 86 on one conduction chamber 84 right side, the first conduction chamber 84 bottom stretches the first sliding chamber 83 described in end pin insertion Inner roof wall and insertion are set, and the second conduction chamber 86 bottom insertion stretches the 3rd conduction chamber of setting provided with both sides to the left and right 85, the 3rd conduction chamber 85 left side stretches the first conduction right side inwall of chamber 84 described in end pin insertion and insertion is set, and described the The two conduction right hand tops of chamber 86 are set with the bottom insertion of stalling chamber 87, and being slipped in the first conduction chamber 84 has the first conduction The first spring element 843, first conduction are provided with block 841, the first conduction chamber 84 at the top of the first conductive block 841 Provided with the second sliding groove 842 in the right flank of block 841, the bottom right side of the first conductive block 841 is provided with the first slip joint 844, institute State to slip in the 3rd conduction chamber 85 and have the second conductive block 851, in the 3rd conduction chamber 85 on the right side of the second conductive block 851 Provided with the second spring element 852, the left side end pin bottom of the second conductive block 851 is provided with the second slip joint 853, second conduction Slipped in chamber 86 have a setting that stretches up and down connect block 861, the bottom of block 861 end pin that stretches that connects is visited into the 3rd conduction It is fixedly connected in chamber 85 and with the right hand top of the second conductive block 851, the end pin that stretched at the top of block 861 that connects is fixedly installed There is lock to stop tooth 8611, automatically control stalling protection work so as to realize, prevent operation without permission, improve safety in utilization, together When, it is moved easily and transports, prevent what is produced in transport to rock and cause equipment attrition, improves service life.

Valuably, stalling disk 871 bottom is visited into the described second conduction chamber 86, on stalling disk 871 outer surface Provided with to lock the stalling tooth 8711 that tooth 8611 of stopping locks mating connection of stopping with described.

During original state, the left-most position that the sliding plate 831 in the first sliding chamber 83 is slid into the first sliding chamber 83, The sliding left side outer face of plate 831 is set to be abutted against with the first sliding inner left wall of chamber 83, meanwhile, make the liquid outlet in sliding plate 831 832 at utmost away from the side of leakage fluid dram 82, and now, leakage fluid dram 82 is closed, meanwhile, make the first sliding groove 833 most Big degree now, makes the first conductive block 841 overcome the pressure on top surface of the first spring element 843 at utmost away from the first conduction chamber 84 Slip into the first conduction chamber 84, meanwhile, make the sliding plate 831 on the bottom end pin of the first conductive block 841 and the first sliding right side of groove 833 Top surface slides top pressure and is connected, now, makes the in the right flank of the first conductive block 841 second sliding groove 842 at utmost remote 3rd conduction chamber 85 left side end pin position, meanwhile, the second conductive block 851 is overcome the pressure on top surface maximum journey of the second spring element 852 Degree is visited into the 3rd conduction chamber 85, now, makes the first of the left side end pin of the second conductive block 851 and the second sliding lower section of groove 842 to pass The right flank of guide block 841 slides and compresses mating connection, meanwhile, block 861 is connected by the drive of the second conductive block 851 and slides into the second conduction Right-most position in chamber 86, now, makes the stalling tooth 8711 for connecting the top end pin of block 861 stop with visiting into the second conduction chamber 86 Turn the clamping engagement connection of tooth 8711.

When needing hydro-peening to work, by the way that base station 9 is moved at the position for needing hydro-peening, then by opening closure lid 89, it will then need the water that stirs evenly and solvent to pour into liquid storage cylinder 81, then be re-closing off closure lid 89, now, control the One drive device 835 drives spiral shell type bar 834 to rotate, and drives sliding plate 831 gradually along along the first sliding chamber 83 by spiral shell type bar 834 Right direction is slided, now, and the bottom end pin end face of the first conductive block 841 is gradually slided along the sliding top surface left direction of plate 831, directly When sliding to the first slip joint 844 of the sliding bottom end pin of plate 831 in the first sliding groove 833, now, the first conductive block 841 by Pressure on top surface to the first spring element 843 is gradually slided along the first conduction chamber 84 bottom direction, meanwhile, make the second conductive block 851 left Side end pin end face is gradually slided along the top-direction of the first conductive block 841, until sliding plate 831 is slid into the first sliding chamber 83 most During right positions, now, control first driving means 835 stop operating, meanwhile, make liquid outlet 832 and the weight completely of leakage fluid dram 82 Close, now, the first sliding groove 833 is located at the position directly below of the first conduction chamber 84, meanwhile, make the first conductive block 841 by The pressure on top surface of first spring element 843 drives the first slip joint 844 at utmost to visit into the first sliding groove 833, now, makes second Sliding groove 842 is moved to the relative position of the 3rd conduction left side end pin of chamber 85, meanwhile, make the second conductive block 851 by the second bullet The pressure on top surface of power part 852, drives the second slip joint 853 at utmost to slip into the second sliding groove 842 by the second conductive block 851, Now, the left-most position that block 861 is slid into the second conduction chamber 86 that connects of right hand top is driven by the second conductive block 851, The lock for connecting the top end pin of block 861 is set to stop tooth 8611 at utmost away from the bottom of disk 871 stalling tooth 8711 side is stalled, now, Rotated by the control shaft element 881 of the second drive device 88, stirring evenly flabellum 810 by the drive of shaft member 881 rotates, so as to realize solution Work is stirred evenly, the solution after stirring evenly falls into connecting cavity 821 after leakage fluid dram 82 and liquid outlet 832, most afterwards through connecting cavity Outside 821 discharge jetters 8, so as to complete automatic spray-washing work.

The beneficial effects of the invention are as follows：

The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any The change or replacement expected without creative work, should all be included within the scope of the present invention.Therefore, it is of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims

1. a kind of power cable facility, including base station and the jetter that is fixedly mounted in base station, it is characterised in that：Jetter Liquid storage cylinder provided with the setting that stretches downwards in the top surface in left side, liquid storage cylinder bottom stretches end pin insertion provided with leakage fluid dram, leakage fluid dram Insertion is stretched provided with left and right in the connecting cavity set in the jetter bottom surface of lower section provided with top with the insertion of leakage fluid dram bottom, leakage fluid dram Extended the first sliding chamber put, the first sliding intracavitary is sliding sliding plate, slips and is provided with liquid outlet on the left of plate in section, and liquid outlet is right Provided with the first sliding groove in the sliding plate top surface of side, spiral shell type line is connected with the setting that stretches to the right in sliding plate right flank The end pin that stretched on the right side of spiral shell type bar, spiral shell type bar is connected with first driving means, and first driving means outer surface is arranged at first In inwall and be fixedly connected on the right side of sliding chamber, the shaft member for the setting that stretched in liquid storage cylinder provided with left and right, stretched on the left of shaft member end pin with Liquid storage cylinder inner left wall is transferred, and stretch end pin and the mating connection of the second drive device, the second drive device outer surface on the right side of shaft member It is arranged on the right side of liquid storage cylinder in inwall and is fixedly connected, the shaft member outer surface in liquid storage cylinder is filled provided with flabellum, the second driving is stirred evenly Put provided with stalling chamber in the jetter on right side, the second drive device right side end pin is connected with the switching for the setting that stretches to the right The end pin that stretched on the right side of axle, Coupling Shaft is visited into stalling intracavitary and the right side inwall with stalling intracavitary is transferred, and stalls the Coupling Shaft of intracavitary On be fixedly installed on the right side of the second drive device bottom on the right side of stalling disk, liquid storage cylinder and the first sliding chamber at the top of the section that stretches between Jetter in be provided with to respectively with stalling disk and sliding plate conduction be connected stalling conduction device, leakage fluid dram bottom is set Booster water pump is equipped with, booster water pump outer ring surface is fixedly connected with leakage fluid dram wall, with leakage fluid dram intercommunication at the top of booster water pump, supercharging Water pump bottom bottom is set with connecting cavity intercommunication.

2. a kind of power cable facility according to claim 1, it is characterised in that：The hydro-peening above the liquid storage cylinder Device top surface stretches the closure lid of setting provided with left and right, and the end pin switching that stretched on the right side of the closure lid has bottom and the jetter top The adaptor that face is fixedly connected.

3. a kind of power cable facility according to claim 1, it is characterised in that：Above and below the stalling conduction device includes Stretch the first of setting the second conduction chamber for conducting chamber and being arranged on the right side of the first conduction chamber, the first conduction bottom of chamber Portion stretches described in end pin insertion the first sliding intracavitary roof and insertion is set, and the second conduction bottom of chamber portion insertion is provided with to the left and right Both sides stretch the 3rd conduction chamber of setting, inwall on the right side of the first conduction chamber that stretched on the left of the 3rd conduction chamber described in end pin insertion And insertion is set, the second conduction chamber right hand top is set with the insertion of stalling bottom of chamber portion, and the first conduction intracavitary is slided It is connected to the first conduction intracavitary at the top of the first conductive block, first conductive block and is provided with the first spring element, described first passes Provided with the second sliding groove in guide block right flank, the first conductive block bottom right side is provided with the first slip joint, the 3rd conduction Sliding the 3rd conduction intracavitary having on the right side of the second conductive block, second conductive block of intracavitary is provided with the second spring element, described End pin bottom is provided with the second slip joint on the left of second conductive block, and the second conduction intracavitary is sliding connecting for the setting that stretches up and down Block, it is described connect block bottom stretch end pin visit into the described 3rd conduction intracavitary and with the second conductive block right hand top fix connect Connect, it is described connect the end pin that stretches at the top of block and be fixedly installed lock stop tooth.

4. a kind of power cable facility according to claim 4, it is characterised in that：The stalling tray bottom is visited into described the Two conduction intracavitary, the stalling disk outer surface, which is provided with, to be used to lock the stalling tooth that tooth of stopping locks mating connection of stopping with described.