CN204603794U - Perforating charge cartridge case production line - Google Patents
Perforating charge cartridge case production line Download PDFInfo
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- CN204603794U CN204603794U CN201520095260.1U CN201520095260U CN204603794U CN 204603794 U CN204603794 U CN 204603794U CN 201520095260 U CN201520095260 U CN 201520095260U CN 204603794 U CN204603794 U CN 204603794U
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- cartridge case
- perforating charge
- charge cartridge
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- controlled lathe
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Abstract
Perforating charge cartridge case production line, the side of operating walk way is provided with processed product mounting table, numerically controlled lathe A, numerically controlled lathe B, intermediate station, numerically controlled lathe D, intermediate station, working platform for deburring in turn; The opposite side of operating walk way is provided with numerically controlled lathe A, numerically controlled lathe B, numerically controlled lathe C, finished product mounting table, finished product checking table in turn; Each Digit Control Machine Tool of operating walk way both sides is oppositely arranged in turn; Numerically controlled lathe A is provided with outer surface clamp assembly, described numerically controlled lathe B, numerically controlled lathe C are provided with internal clamp assembly, and numerically controlled lathe D is provided with perforating charge cartridge case slotting attachment.Two numerically controlled lathe A and two numerically controlled lathe B form the numerically controlled lathe group of a processing endoporus and outer surface, by operative employee A one man operation; Numerically controlled lathe D and numerically controlled lathe C forms the numerically controlled lathe group of processing groove and annular groove, by operator B one man operation; The relevant work of working platform for deburring and finished product checking table is completed by operator C mono-people.
Description
Technical field
The utility model relates to perforating charge cartridge case production field, especially relates to perforating charge cartridge case production line.
Background technology
Perforating oil gas well is a key technology in petroleum exploration & development, the effect of perforating bullet is exactly penetrate to wear down-hole and close the sleeve pipe of target zone, cement sheath go deep into target zone, form target zone and the effective seepage channel be proficient in, ensure that Oil/gas Well obtains due production capacity.Perforating charge cartridge case entirety is hollow rotating cylindrical shell: the endoporus of perforating charge cartridge case is formed primarily of two sections of cylindrical holes and two sections of conical bores, outer surface is formed primarily of three sections of faces of cylinder and three sections of taper seats, wherein the minimum one section of face of cylinder [i.e. the head of perforating charge cartridge case] of diameter is provided with the groove for installing gunpowder primacord, and three sections of faces of cylinder are equipped with annular groove.Because perforating charge cartridge case clamping position difficulty is large, the groove of the head of perforating charge cartridge case generally adopts milling machine to process.The processing of existing perforating charge cartridge case, general first outsourcing come by cold-extrusion technology or by forge hot after heating materials the blank of basic forming, then first concentrated processing endoporus on numerically controlled lathe, again concentrated processing outer surface on the perforating charge cartridge case numerically controlled lathe processing endoporus, subsequently endoporus and all manufactured perforating charge cartridge case of outer surface are taken the groove of the head of concentrated processing perforating charge cartridge case on milling machine, last again the aperture that manufactured for groove perforating charge cartridge case is taken the annular groove on numerically controlled lathe on concentrated processing shell case outer surface and drilled in trench bottom surfaces.Owing to processing the consuming time of the groove of the head much larger than processing shell case consuming time of endoporus and outer surface, adopt the work flow of the groove of concentrated processing endoporus, outer surface, shell case head, the annular groove of outer surface, the aperture of trench bottom surfaces, the middle turnaround time between perforating charge cartridge case manufacturing procedure is consuming time longer, is unfavorable for the production and processing efficiency improving perforating charge cartridge case.
Summary of the invention
Main inventive object of the present utility model is to provide a kind ofly to be had compared with high efficiency and all adopts numerically controlled lathe to complete the perforating charge cartridge case production line of the endoporus of perforating charge cartridge case, outer surface, the groove of shell case head, the annular groove of outer surface, the aperture of trench bottom surfaces.
The utility model technical scheme used is: a kind of perforating charge cartridge case production line, comprise the numerically controlled lathe A for processing perforating charge cartridge case endoporus, for process perforating charge cartridge case outer surface numerically controlled lathe B, for process perforating charge cartridge case outer surface annular groove numerically controlled lathe C, for processing the numerically controlled lathe D of the groove of perforating charge cartridge case head, working platform for deburring, finished product checking table, intermediate station, processed product mounting table and finished product mounting table, described numerically controlled lathe A is provided with the outer surface clamp assembly for clamping perforating charge cartridge case outer surface, described numerically controlled lathe B, numerically controlled lathe C are provided with the internal clamp assembly for clamping perforating charge cartridge case endoporus, and described numerically controlled lathe D is provided with perforating charge cartridge case slotting attachment, the side of operating walk way is provided with processed product mounting table, numerically controlled lathe A, numerically controlled lathe B, intermediate station, numerically controlled lathe D, intermediate station, working platform for deburring in turn, the opposite side of operating walk way is provided with numerically controlled lathe A, numerically controlled lathe B, numerically controlled lathe C, finished product mounting table, finished product checking table in turn, each Digit Control Machine Tool of operating walk way both sides is oppositely arranged in turn, described perforating charge cartridge case slotting attachment comprises perforating charge cartridge case mounting cylinder, mounting cylinder fixed cover, support, perforating charge cartridge case binding clasp, perforating charge cartridge case binding clasp bracing frame, perforating charge cartridge case pressing plate, perforating charge cartridge case mounting cylinder is fixed on the endoporus of mounting cylinder fixed cover, described support comprises base plate, two vertical gripper shoes and fixed cover installing plate, the lower end of two vertical gripper shoes is connected with the front and back end of base plate respectively, and the upper end of vertical gripper shoe is connected with former and later two respectively in the front and back end of fixed cover installing plate, and the front portion of fixed cover installing plate is provided with the vertical installing hole with the lower end adaptation of mounting cylinder fixed cover, the upper end of mounting cylinder fixed cover extends to form retainer ring ear to surrounding, and the lower end of mounting cylinder fixed cover is plugged in vertical installing hole, and retainer ring ear and fixed cover installing plate are connected, described perforating charge cartridge case binding clasp is cylinder or oil cylinder, described perforating charge cartridge case binding clasp bracing frame comprises two vertical support side plate and perforating charge cartridge case binding clasp installing plate, the lower end of two vertical support side plate is connected with the left and right sides at fixed cover installing plate rear portion respectively, the rear end of perforating charge cartridge case binding clasp installing plate and the upper end of two vertical support side plate are connected, the front end of perforating charge cartridge case binding clasp installing plate is provided with the piston rod perforation coaxial with perforating charge cartridge case, the piston rod of perforating charge cartridge case binding clasp is from top to bottom through piston rod perforation, cylinder body and the perforating charge cartridge case binding clasp installing plate of perforating charge cartridge case binding clasp are connected, perforating charge cartridge case pressing plate is fixed on the lower end of the piston rod of perforating charge cartridge case binding clasp.
Here, the bore of described perforating charge cartridge case mounting cylinder and perforating charge cartridge case adaptation, the lower end of the bore of perforating charge cartridge case mounting cylinder is taper hole, can self centering when such perforating charge cartridge case puts into the bore of perforating charge cartridge case mounting cylinder, be pressed on perforating charge cartridge case mounting cylinder with the perforating charge cartridge case pressing plate of the piston-rod lower end of perforating charge cartridge case binding clasp after perforating charge cartridge case puts into the bore of perforating charge cartridge case mounting cylinder, so just can the groove of milling perforating charge cartridge case head.During use, first the blade row on the X supporting plate of numerically controlled lathe D is removed, then the base plate of the support of perforating charge cartridge case slotting attachment is screwed on X supporting plate, the dress knife bar be arranged on the main shaft of numerically controlled lathe D is stretched between former and later two vertical gripper shoes and the below of perforating charge cartridge case, and the metal saw for the groove of the head of milling perforating charge cartridge case is nested with and is fixed on dress knife bar.During milling groove, controlled advance and the retrogressing of perforating charge cartridge case by the movement of X supporting plate, the symmetry of groove is mended by the Z axis cutter controlling numerically controlled lathe D and is controlled.
The utility model, two numerically controlled lathe A and two numerically controlled lathe B form a numerically controlled lathe group, and by operative employee A one man operation, wherein numerically controlled lathe A, B of operating walk way the same side form the numerically controlled lathe group of a processing endoporus and outer surface; Numerically controlled lathe D and numerically controlled lathe C forms the numerically controlled lathe group of processing groove and annular groove, by operator B one man operation; The relevant work of working platform for deburring and finished product checking table is completed by operator C mono-people.During work, first the blank that outsourcing comes is concentrated and be placed on processed product mounting table.Operative employee A picks up from processed product mounting table outer surface clamp assembly of numerically controlled lathe A that a blank puts into the numerically controlled lathe group of one of them processing endoporus and outer surface and processes the outer chamfering of the large end of perforating charge cartridge case and each endoporus [great circle post holes and two sections of conical bores] of perforating charge cartridge case, take out from numerically controlled lathe A the three sections of faces of cylinder processing perforating charge cartridge case in the internal clamp assembly be put in the numerically controlled lathe B of the numerically controlled lathe group of same processing endoporus and outer surface again after completing processing, annular groove on three sections of taper seats and perforating charge cartridge case head, and then from numerically controlled lathe B, perforating charge cartridge case is taken out on the intermediate station that is put between numerically controlled lathe B and numerically controlled lathe D.Operator B then picks up from the intermediate station between numerically controlled lathe B and numerically controlled lathe D the groove processing perforating charge cartridge case head in the perforating charge cartridge case slotting attachment that perforating charge cartridge case is placed in numerically controlled lathe D, and then from numerically controlled lathe D, take out in internal clamp assembly that perforating charge cartridge case is placed in numerically controlled lathe C the aperture processed each bar annular groove on the another two sections of faces of cylinder of perforating charge cartridge case and drill channel bottom, and then take out from numerically controlled lathe C on intermediate station that perforating charge cartridge case is placed between numerically controlled lathe D and working platform for deburring.Last operation workman C picks up perforating charge cartridge case from the intermediate station between numerically controlled lathe D and working platform for deburring and arrives first the burr that working platform for deburring removes perforating charge cartridge case surface, and then to finished product checking table, the perforating charge cartridge case processed is verified, finally the qualified perforating charge cartridge case of verification is put into finished product mounting table.
The utility model, annular groove on the endoporus of perforating charge cartridge case, outer surface, outer surface, the groove of head, the aperture of channel bottom all adopt lathe in machining, the processing to perforating bullet shell case head groove is achieved first with numerically controlled lathe, decrease the kind of processing equipment, be convenient to the maintenance management of processing equipment, and numerically controlled lathe, technique and operator configure rationally, the middle turnaround time being conducive to reducing between perforating charge cartridge case manufacturing procedure is consuming time, thus is conducive to improving the productivity ratio of perforating charge cartridge case and the crudy of perforating charge cartridge case.
As preferably, perforating charge cartridge case mounting cylinder and mounting cylinder fixed cover are threaded.This preferred version, the height of perforating charge cartridge case mounting cylinder can be elevated by rotating perforating charge cartridge case mounting cylinder, thus regulate the relative position of perforating charge cartridge case mounting cylinder and mounting cylinder fixed cover, and then regulate the height of perforating charge cartridge case, so just accurately can control the milling degree of depth of groove.After the position of perforating charge cartridge case mounting cylinder is adjusted, the position of the perforating charge cartridge case mounting cylinder that need be locked.This preferred version, structure is simple, easy to use.
As preferably, the upper end of vertical installing hole is provided with the counterbore holding retainer ring ear.This preferred version, retainer ring ear is screwed on the counterbore holding retainer ring ear.
As preferably, perforating charge cartridge case binding clasp installing plate is provided with binding clasp and installs groove, and the lower end of the cylinder body of perforating charge cartridge case binding clasp is positioned at binding clasp and installs groove.This preferred version, processing and manufacturing is easy, perforating charge cartridge case binding clasp and perforating charge cartridge case binding clasp installing plate connection reliability high.
As preferably, perforating charge cartridge case binding clasp installing plate is screwed in the upper end of vertical support side plate.This preferred version, structure is simple, and processing and manufacturing is easy.
As preferably, the lower end of former and later two vertical gripper shoes is fixed with gripper shoe respectively and fixes side, and vertical gripper shoe is fixed side by gripper shoe and is connected with bottom plate screw.This preferred version, structure is simple, and processing and manufacturing is easy.
As preferably, outer surface clamp assembly comprises large shaft sleeve and collet; Collet is arranged in the endoporus of large shaft sleeve, and one end that collet is connected with perforating charge cartridge case is made up of eight lobe jaws, and the outer surface of jaw forms a jaw taper seat, and the endoporus of jaw is the cylindrical hole with perforating charge cartridge case outer surfaces adaptation; The trepanning of one end that large shaft sleeve is corresponding with jaw is provided with the axle sleeve taper seat with jaw taper seat adaptation.This preferred version, structure is simple, easy to use, reliable operation.
As preferably, internal clamp assembly comprises the spring body that rises, the spring pull bar that rises, end face positioning sleeve; One end that the spring body that rises is connected with perforating charge cartridge case is made up of the eight lobes pawl that rises, and the endoporus of the pawl that rises is provided with the pawl conical surface that rises, and the outer surface of the pawl that rises is the face of cylinder with perforating charge cartridge case respective interior bores adaptation; The rise middle part of spring body is body annulus; The spring pull bar that rises is plugged on and rises in the endoporus of spring body, and one end that the spring pull bar that rises is connected with the pawl that rises is provided with and the taper seat of the pawl conical surface adaptation that rises, and end face positioning sleeve is fixed on body annulus near rising on the side of pawl.This preferred version, structure is simple, easy to use, reliable operation.
In sum, the beneficial effect that the utility model brings is: the endoporus of perforating charge cartridge case, outer surface, annular groove on outer surface, the groove of head, the aperture of channel bottom all adopts lathe in machining, the processing to perforating bullet shell case head groove is achieved first with numerically controlled lathe, decrease the kind of processing equipment, be convenient to the maintenance management of processing equipment, and numerically controlled lathe, technique and operator configure rationally, the middle turnaround time being conducive to reducing between perforating charge cartridge case manufacturing procedure is consuming time, thus be conducive to improving the productivity ratio of perforating charge cartridge case and the crudy of perforating charge cartridge case.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present utility model;
Fig. 2 is a kind of structural representation [in figure, perforating charge cartridge case mounting cylinder is equipped with perforating charge cartridge case] of perforating charge cartridge case slotting attachment;
Fig. 3 is the left view of Fig. 2;
Fig. 4 is a kind of structural representation [showing the perforating charge cartridge case clamped in figure] of outer surface clamp assembly;
Fig. 5 be internal clamp assembly a kind of structural representation [be illustrated as state during numerically controlled lathe B, the groove of the head of perforating charge cartridge case and the aperture of channel bottom undressed go out];
Fig. 6 is the structural representation of perforating charge cartridge case finished product.
Detailed description of the invention
Below by embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
As shown in Figure 6, perforating charge cartridge case 11 entirety is hollow rotating cylindrical shell: the endoporus of perforating charge cartridge case is formed primarily of two sections of cylindrical holes and two sections of conical bores, outer surface is formed primarily of three sections of faces of cylinder and three sections of taper seats, wherein the minimum one section of face of cylinder [i.e. the head of perforating charge cartridge case] of diameter is provided with groove, and three sections of faces of cylinder are equipped with annular groove.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, the utility model comprise numerically controlled lathe A1 for processing perforating charge cartridge case 11 endoporus, for process perforating charge cartridge case outer surface numerically controlled lathe B2, for process perforating charge cartridge case outer surface annular groove numerically controlled lathe C3, for process the numerically controlled lathe D10 of the groove of perforating charge cartridge case head, working platform for deburring 4, finished product checking table 5, intermediate station 6.1,6.2, processed product mounting table 7.1 and finished product mounting table 7.2.The rear side of operating walk way is from left to right provided with processed product mounting table 7.1, numerically controlled lathe A1, numerically controlled lathe B2, intermediate station 6.1, numerically controlled lathe D10, intermediate station 6.2, working platform for deburring 4 in turn; The front side of operating walk way is from left to right provided with numerically controlled lathe A1, numerically controlled lathe B2, numerically controlled lathe C3, finished product mounting table 7.2, finished product checking table 5 in turn; Before and after operating walk way, each Digit Control Machine Tool of both sides is oppositely arranged in turn.The specific structural details of numerically controlled lathe A, numerically controlled lathe B, numerically controlled lathe C, numerically controlled lathe D, processed product mounting table, finished product mounting table, intermediate station and finished product checking table, because being known technology, does not repeat at this.
Wherein, described numerically controlled lathe A is provided with the outer surface clamp assembly 8.1 for clamping perforating charge cartridge case outer surface, outer surface clamp assembly 8.1 comprises large shaft sleeve 8.1.1 and collet 8.1.2; Collet 8.1.2 is arranged in the endoporus of large shaft sleeve 8.1.1, one end that collet 8.1.2 is connected with perforating charge cartridge case is made up of eight lobe jaw 8.1.21, the outer surface of jaw 8.1.21 forms a jaw taper seat, and the endoporus of jaw 8.1.21 is the cylindrical hole with perforating charge cartridge case outer surfaces adaptation; The trepanning of one end that large shaft sleeve 8.1.1 is corresponding with jaw 8.1.21 is provided with the axle sleeve taper seat with jaw taper seat adaptation.Outer surface clamp assembly 8.1 specific structural details specifically and the syndeton with corresponding numerically controlled lathe A thereof, because being known technology, therefore not to repeat here.
Described numerically controlled lathe B, numerically controlled lathe C are provided with the internal clamp assembly 8.2 for clamping perforating charge cartridge case endoporus; Internal clamp assembly 8.2 comprises the spring body 8.2.1 that rises, the spring pull bar 8.2.2 that rises, end face positioning sleeve 8.2.3; One end that the spring body 8.2.1 that rises is connected with perforating charge cartridge case is made up of the eight lobes pawl 8.2.11 that rises, and the endoporus of the pawl 8.2.11 that rises is provided with the pawl conical surface that rises, and the outer surface of the pawl 8.2.11 that rises is the face of cylinder with perforating charge cartridge case respective interior bores adaptation; The rise middle part of spring body 8.2.1 is body annulus 8.2.12; The spring pull bar 8.2.2 that rises is plugged on and rises in the endoporus of spring body 8.2.1, one end that the spring pull bar 8.2.2 that rises is connected with the pawl 8.2.11 that rises is provided with and the taper seat of the pawl conical surface adaptation that rises, and end face positioning sleeve 8.2.3 is fixed on body annulus 8.2.12 near rising on the side of pawl 8.2.11.Internal clamp assembly 8.2 specific structural details specifically and the syndeton with numerically controlled lathe B, numerically controlled lathe C thereof, because being known technology, do not repeat at this.
Described numerically controlled lathe D is provided with perforating charge cartridge case slotting attachment 9, and described perforating charge cartridge case slotting attachment 9 comprises perforating charge cartridge case mounting cylinder 9.1, mounting cylinder fixed cover 9.2, support 9.3, perforating charge cartridge case binding clasp 9.4, perforating charge cartridge case binding clasp bracing frame 9.5, perforating charge cartridge case pressing plate 9.6, perforating charge cartridge case mounting cylinder 9.1 is fixed on the endoporus of mounting cylinder fixed cover 9.2, described support comprises base plate 9.3.1, two vertical gripper shoe 9.3.2 and fixed cover installing plate 9.3.3, described base plate 9.3.1 is provided with for base plate 9.3.1 being fixed on the through hole on the X supporting plate of numerically controlled lathe D and the screwed hole [through hole on base plate and screwed hole are and illustrate] for being fixed vertical gripper shoe 9.3.2 by screw by bolt, the lower end of two vertical gripper shoe 9.3.2 is connected with the front and back end of base plate 9.3.1 respectively, the present embodiment, side 9.3.21 is fixed respectively by being welded with gripper shoe in the lower end of former and later two vertical gripper shoe 9.3.2, and the lower end of vertical gripper shoe 9.3.2 is fixed side by gripper shoe and is connected with base plate 9.3.1 screw, the upper end screw of vertical gripper shoe 9.3.2 is connected with former and later two respectively in the front and back end of fixed cover installing plate 9.3.3, and the front portion of fixed cover installing plate 9.3.3 is provided with the vertical installing hole with the lower end adaptation of mounting cylinder fixed cover 9.2, the upper end of mounting cylinder fixed cover 9.2 extends to form retainer ring ear 9.2.1 to surrounding, and the lower end of mounting cylinder fixed cover 9.2 is plugged in vertical installing hole, and retainer ring ear 9.2.1 and fixed cover installing plate 3.3 are connected, the present embodiment, the upper end of vertical installing hole is provided with the counterbore holding retainer ring ear 9.2.1, and retainer ring ear 9.2.1 4 screws are fixed on the counterbore of accommodation retainer ring ear, described perforating charge cartridge case binding clasp 9.4 is cylinder or oil cylinder, described perforating charge cartridge case binding clasp bracing frame 9.5 comprises two vertical support side plate 9.5.1 and perforating charge cartridge case binding clasp installing plate 9.5.2, the lower end of two vertical support side plate 9.5.1 is connected with the left and right sides at fixed cover installing plate 9.3.3 rear portion respectively, the rear end of perforating charge cartridge case binding clasp installing plate 9.5.2 and the upper end of two vertical support side plate 9.5.1 are connected, the present embodiment, perforating charge cartridge case binding clasp installing plate 9.5.2 is screwed in the upper end of vertical support side plate 9.5.1, the lower end of vertical support side plate 9.5.1 is also connected with the left side at screw and fixed cover installing plate 9.3.3 rear portion or right side, the front end of perforating charge cartridge case binding clasp installing plate 9.5.2 is provided with the piston rod perforation coaxial with perforating charge cartridge case, the piston rod 9.4.1 of perforating charge cartridge case binding clasp is from top to bottom through piston rod perforation, cylinder body 9.4.2 and the perforating charge cartridge case binding clasp installing plate 9.5.2 of perforating charge cartridge case binding clasp are connected, perforating charge cartridge case pressing plate 9.6 is fixed on the lower end [specific structural details of the piston rod 9.4.1 of perforating charge cartridge case binding clasp, because being simple technique, do not repeat at this].
As preferably, described in the present embodiment, perforating charge cartridge case binding clasp 9.4 is cylinder, perforating charge cartridge case binding clasp installing plate 9.5.2 is provided with binding clasp and installs groove 9.5.21, the lower end of the cylinder body of perforating charge cartridge case binding clasp 9.4 is positioned at binding clasp and installs groove 9.5.21, the specific structural details that perforating charge cartridge case binding clasp 9.4 and perforating charge cartridge case binding clasp installing plate 9.5.2 are connected, because being known technology, do not repeat at this.
As preferably, perforating charge cartridge case mounting cylinder 9.1 and mounting cylinder fixed cover 9.2 are threaded, as long as rotate perforating charge cartridge case mounting cylinder 9.1 so just can be elevated perforating charge cartridge case mounting cylinder 9.1, thus adjustment is arranged on the height of the perforating charge cartridge case on perforating charge cartridge case mounting cylinder, and then accurately can control the milling degree of depth of groove.After the position of perforating charge cartridge case mounting cylinder is adjusted, the position of the perforating charge cartridge case mounting cylinder that is locked, the specific structural details of the perforating bullet mounting cylinder that is locked, because being simple known technology, not illustrating in the drawings, also not repeating at this.
Here, the bore of described perforating charge cartridge case mounting cylinder and perforating charge cartridge case adaptation, the lower end of the bore of perforating charge cartridge case mounting cylinder is taper hole, can self centering when such perforating charge cartridge case puts into the bore of perforating charge cartridge case mounting cylinder, be pressed on perforating charge cartridge case mounting cylinder with the perforating charge cartridge case pressing plate of the piston-rod lower end of perforating charge cartridge case binding clasp after perforating charge cartridge case puts into the bore of perforating charge cartridge case mounting cylinder, so just can the groove of milling perforating charge cartridge case head.During use, first the blade row on the X supporting plate of numerically controlled lathe D is removed, then the base plate of the support of perforating charge cartridge case slotting attachment is screwed on X supporting plate, the dress knife bar be arranged on the main shaft of numerically controlled lathe D is stretched between former and later two vertical gripper shoes and the below of perforating charge cartridge case, and the metal saw for the groove of the head of milling perforating charge cartridge case is nested with and is fixed on dress knife bar.During milling groove, controlled advance and the retrogressing of perforating charge cartridge case by the movement of X supporting plate, the symmetry of groove is mended by the Z axis cutter controlling numerically controlled lathe D and is controlled.
The utility model, two numerically controlled lathe A and two numerically controlled lathe B form a numerically controlled lathe group, and by operative employee A one man operation, wherein numerically controlled lathe A, B of operating walk way the same side form the numerically controlled lathe group of a processing endoporus and outer surface; Numerically controlled lathe D and numerically controlled lathe C forms the numerically controlled lathe group of processing groove and annular groove, by operator B one man operation; The relevant work of working platform for deburring and finished product checking table is completed by operator C mono-people.During work, first the blank that outsourcing comes is concentrated and be placed on processed product mounting table.Operative employee A picks up from processed product mounting table outer surface clamp assembly of numerically controlled lathe A that a blank puts into the numerically controlled lathe group of one of them processing endoporus and outer surface and processes the outer chamfering of the large end of perforating charge cartridge case and each endoporus [great circle post holes and two sections of conical bores] of perforating charge cartridge case, take out from numerically controlled lathe A the three sections of faces of cylinder processing perforating charge cartridge case in the internal clamp assembly be put in the numerically controlled lathe B of the numerically controlled lathe group of same processing endoporus and outer surface again after completing processing, annular groove on three sections of taper seats and perforating charge cartridge case head, and then from numerically controlled lathe B, perforating charge cartridge case is taken out on the intermediate station that is put between numerically controlled lathe B and numerically controlled lathe D.Operator B then picks up from the intermediate station between numerically controlled lathe B and numerically controlled lathe D the groove processing perforating charge cartridge case head in the perforating charge cartridge case slotting attachment that perforating charge cartridge case is placed in numerically controlled lathe D, and then from numerically controlled lathe D, take out in internal clamp assembly that perforating charge cartridge case is placed in numerically controlled lathe C the aperture processed each bar annular groove on the another two sections of faces of cylinder of perforating charge cartridge case and drill channel bottom, and then take out from numerically controlled lathe C on intermediate station that perforating charge cartridge case is placed between numerically controlled lathe D and working platform for deburring.Last operation workman C picks up perforating charge cartridge case from the intermediate station between numerically controlled lathe D and working platform for deburring and arrives first the burr that working platform for deburring removes perforating charge cartridge case surface, and then to finished product checking table, the perforating charge cartridge case processed is verified, finally the qualified perforating charge cartridge case of verification is put into finished product mounting table.Utilize the utility model, annular groove on the endoporus of perforating charge cartridge case, outer surface, outer surface, the groove of head, the aperture of channel bottom all adopt lathe in machining, the processing to perforating bullet shell case head groove is achieved first with numerically controlled lathe, decrease the kind of processing equipment, be convenient to the maintenance management of processing equipment, and numerically controlled lathe, technique and operator configure rationally, the middle turnaround time being conducive to reducing between perforating charge cartridge case manufacturing procedure is consuming time, thus is conducive to improving the productivity ratio of perforating charge cartridge case and the crudy of perforating charge cartridge case.
The specific embodiment of the above is only the utility model preferably embodiment, not limits concrete practical range of the present utility model with this.The equivalence change that all shapes according to the utility model, structure are done ought to all be included in protection domain of the present utility model.
Claims (8)
1. a perforating charge cartridge case production line, comprises the numerically controlled lathe A(1 for processing perforating charge cartridge case (11) endoporus), for processing the numerically controlled lathe B(2 of perforating charge cartridge case outer surface), for processing the numerically controlled lathe C(3 of perforating charge cartridge case outer surface annular groove), working platform for deburring (4), finished product checking table (5), intermediate station (6.1,6.2), processed product mounting table (7.1) and finished product mounting table (7.2), described numerically controlled lathe A is provided with the outer surface clamp assembly (8.1) for clamping perforating charge cartridge case outer surface, described numerically controlled lathe B, numerically controlled lathe C are provided with the internal clamp assembly (8.2) for clamping perforating charge cartridge case endoporus, it is characterized in that: the numerically controlled lathe D(10 also comprising the groove for processing perforating charge cartridge case head), described numerically controlled lathe D is provided with perforating charge cartridge case slotting attachment (9), the side of operating walk way is provided with processed product mounting table (7.1), numerically controlled lathe A(1 in turn), numerically controlled lathe B(2), intermediate station (6.1), numerically controlled lathe D(10), intermediate station (6.2), working platform for deburring (4), the opposite side of operating walk way is provided with numerically controlled lathe A(1 in turn), numerically controlled lathe B(2), numerically controlled lathe C(3), finished product mounting table (7.2), finished product checking table (5), each Digit Control Machine Tool of operating walk way both sides is oppositely arranged in turn, described perforating charge cartridge case slotting attachment (9) comprises perforating charge cartridge case mounting cylinder (9.1), mounting cylinder fixed cover (9.2), support (9.3), perforating charge cartridge case binding clasp (9.4), perforating charge cartridge case binding clasp bracing frame (9.5), perforating charge cartridge case pressing plate (9.6), perforating charge cartridge case mounting cylinder (9.1) is fixed on the endoporus of mounting cylinder fixed cover (9.2), described support comprises base plate (9.3.1), two vertical gripper shoes (9.3.2) and fixed cover installing plate (9.3.3), the lower end of two vertical gripper shoes (9.3.2) is connected with the front and back end of base plate (9.3.1) respectively, the upper end of vertical gripper shoe (9.3.2) is connected with former and later two respectively in the front and back end of fixed cover installing plate (9.3.3), and the front portion of fixed cover installing plate (9.3.3) is provided with the vertical installing hole with the lower end adaptation of mounting cylinder fixed cover (9.2), the upper end of mounting cylinder fixed cover (9.2) extends to form retainer ring ear (9.2.1) to surrounding, and the lower end of mounting cylinder fixed cover (9.2) is plugged in vertical installing hole, and retainer ring ear (9.2.1) and fixed cover installing plate (9.3.3) are connected, described perforating charge cartridge case binding clasp (9.4) is cylinder or oil cylinder, described perforating charge cartridge case binding clasp bracing frame (9.5) comprises two vertical support side plate (9.5.1) and perforating charge cartridge case binding clasp installing plate (9.5.2), the lower end of two vertical support side plate (9.5.1) is connected with the left and right sides at fixed cover installing plate (9.3.3) rear portion respectively, the rear end of perforating charge cartridge case binding clasp installing plate (9.5.2) and the upper end of two vertical support side plate (9.5.1) are connected, the front end of perforating charge cartridge case binding clasp installing plate (9.5.2) is provided with the piston rod perforation coaxial with perforating charge cartridge case, the piston rod (9.4.1) of perforating charge cartridge case binding clasp is from top to bottom through piston rod perforation, cylinder body (9.4.2) and the perforating charge cartridge case binding clasp installing plate (9.5.2) of perforating charge cartridge case binding clasp are connected, perforating charge cartridge case pressing plate (9.6) is fixed on the lower end of the piston rod (9.4.1) of perforating charge cartridge case binding clasp.
2. perforating charge cartridge case production line according to claim 1, is characterized in that: perforating charge cartridge case mounting cylinder (9.1) and mounting cylinder fixed cover (9.2) are threaded.
3. perforating charge cartridge case production line according to claim 1, is characterized in that: vertically the upper end of installing hole is provided with the counterbore holding retainer ring ear (9.2.1).
4. the perforating charge cartridge case production line according to claim 1 or 2 or 3, it is characterized in that: perforating charge cartridge case binding clasp installing plate (9.5.2) is provided with binding clasp and installs groove (9.5.21), the lower end of the cylinder body of perforating charge cartridge case binding clasp (9.4) is positioned at binding clasp and installs groove (9.5.21).
5. the perforating charge cartridge case production line according to claim 1 or 2 or 3, is characterized in that: perforating charge cartridge case binding clasp installing plate (5.2) is screwed in the upper end of vertical support side plate (9.5.1).
6. the perforating charge cartridge case production line according to claim 1 or 2 or 3, it is characterized in that: the lower end of former and later two vertical gripper shoes (9.3.2) is fixed with gripper shoe respectively and fixes side (9.3.21), vertical gripper shoe (9.3.2) is fixed side by gripper shoe and is connected with base plate (9.3.1) screw.
7. the perforating charge cartridge case production line according to claim 1 or 2 or 3, is characterized in that: outer surface clamp assembly (8.1) comprises large shaft sleeve (8.1.1) and collet (8.1.2); Collet (8.1.2) is arranged in the endoporus of large shaft sleeve (8.1.1), one end that collet (8.1.2) is connected with perforating charge cartridge case is made up of eight lobe jaws (8.1.21), the outer surface of jaw (8.1.21) forms a jaw taper seat, and the endoporus of jaw (8.1.21) is the cylindrical hole with perforating charge cartridge case outer surfaces adaptation; The trepanning of one end that large shaft sleeve (8.1.1) is corresponding with jaw (8.1.21) is provided with the axle sleeve taper seat with jaw taper seat adaptation.
8. the perforating charge cartridge case production line according to claim 1 or 2 or 3, is characterized in that: internal clamp assembly (8.2) comprises the spring body (8.2.1) that rises, the spring pull bar (8.2.2) that rises, end face positioning sleeve (8.2.3); One end that the spring body (8.2.1) that rises is connected with perforating charge cartridge case is made up of the eight lobes pawl (8.2.11) that rises, and the endoporus of the pawl that rises (8.2.11) is provided with the pawl conical surface that rises, and the outer surface of the pawl that rises (8.2.11) is the face of cylinder with perforating charge cartridge case respective interior bores adaptation; The rise middle part of spring body (8.2.1) is body annulus (8.2.12); The spring pull bar (8.2.2) that rises is plugged on and rises in the endoporus of spring body (8.2.1), one end that the spring pull bar (8.2.2) that rises is connected with the pawl that rises (8.2.11) is provided with and the taper seat of the pawl conical surface adaptation that rises, and end face positioning sleeve (8.2.3) is fixed on body annulus (8.2.12) near rising on the side of pawl (8.2.11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520095260.1U CN204603794U (en) | 2015-02-11 | 2015-02-11 | Perforating charge cartridge case production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520095260.1U CN204603794U (en) | 2015-02-11 | 2015-02-11 | Perforating charge cartridge case production line |
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| Publication Number | Publication Date |
|---|---|
| CN204603794U true CN204603794U (en) | 2015-09-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520095260.1U Withdrawn - After Issue CN204603794U (en) | 2015-02-11 | 2015-02-11 | Perforating charge cartridge case production line |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104772627A (en) * | 2015-02-11 | 2015-07-15 | 宁波圣菲机械制造有限公司 | Perforating bullet shell production line |
| CN105252250A (en) * | 2015-10-30 | 2016-01-20 | 四川石油射孔器材有限责任公司 | Full-automatic press-fitting equipment for perforating charge |
| CN105618548A (en) * | 2016-03-01 | 2016-06-01 | 四川省罗桥机械有限公司 | Tool and method for manufacturing fragment control slot of inner cavity of perforating cartridge case by pressure-cutting |
-
2015
- 2015-02-11 CN CN201520095260.1U patent/CN204603794U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104772627A (en) * | 2015-02-11 | 2015-07-15 | 宁波圣菲机械制造有限公司 | Perforating bullet shell production line |
| CN105252250A (en) * | 2015-10-30 | 2016-01-20 | 四川石油射孔器材有限责任公司 | Full-automatic press-fitting equipment for perforating charge |
| CN105618548A (en) * | 2016-03-01 | 2016-06-01 | 四川省罗桥机械有限公司 | Tool and method for manufacturing fragment control slot of inner cavity of perforating cartridge case by pressure-cutting |
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| GR01 | Patent grant | ||
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Granted publication date: 20150902 Effective date of abandoning: 20170104 |