CN208992125U - A kind of shaft sleeve press-mounting machine of automatic charging - Google Patents

Abstract

The utility model relates to a kind of shaft sleeve press-mounting machines of automatic charging, it includes rack and distribution control box, the workpiece jig with air conditioner air deflector cooperation is provided in the middle part of rack, the front side of workpiece jig is in being provided with axle sleeve feed mechanism in rack, and the shaft sleeve press-mounting machine structure with the cooperation of axle sleeve feed mechanism is provided with above workpiece jig, axle sleeve feed mechanism includes the feeding vibration disk for being arranged side by side three groups on the rack, axle sleeve delivery track is respectively connected on three groups of feeding vibration disks, device cooperation is directly shaken in the bottom of axle sleeve delivery track and the feeding being arranged on the rack, and the end of axle sleeve delivery track docks cooperation with the feeding-distribution device being arranged on the rack, transfer carrier is provided between feeding-distribution device and workpiece jig；Through feeding vibration disk along axle sleeve delivery track transfer feed to feeding-distribution device, single axle sleeve is carried on transfer carrier by feeding-distribution device, then by shaft sleeve press-mounting machine structure by axle sleeve automatic press mounting to wind deflector, to be conducive to improve production efficiency.

Description

A kind of shaft sleeve press-mounting machine of automatic charging

Technical field

The present invention relates to air-conditioning components assembling field more particularly to a kind of shaft sleeve press-mounting machines of automatic charging.

Background technique

For air conditioner when being switched on operation, air outlet wind deflector needs to swing certain angle, or needs continuous pendulum It is dynamic, to achieve the effect that all directions are blown；During shutdown, wind deflector needs to go back to closed state air conditioner, and air outlet is covered, Entered with blocks dust and keep beautiful, in general, the air outlet of air conditioner is gap-matched with wind deflector, and driven by motor Dynamic wind deflector is rotated in air outlet to achieve the purpose that wind-guiding, wherein wind deflector passes through the support in connecting shaft and air conditioner Part rotation connection, generally in order to reduce wind deflector rotation when its connecting shaft and supporting element between frictional force, traditional way It is setting and connecting shaft cooperation and cylindrical circular axle sleeve on wind deflector.

Existing axle sleeve mounting means uses manual operation, is manually continuously assembled into axle sleeve on supporting element one by one, no Only packaging efficiency is low, and axle sleeve is not close with supporting element cooperation during press fitting, leads to wind deflector in the course of rotation It is easy the axial direction shake along its connecting shaft, and then leads to the gap for occurring not of uniform size between the two sides of wind deflector and outlet frame, Influence the quality of product.

Summary of the invention

The object of the present invention is to provide a kind of shaft sleeve press-mounting machines of automatic charging, are consolidated air conditioner air deflector by workpiece jig It is fixed, and through feeding vibration disk along axle sleeve delivery track transfer feed to feeding-distribution device, it will be single by feeding-distribution device Axle sleeve is carried on transfer carrier, facilitates automatic material taking, then by shaft sleeve press-mounting machine structure by axle sleeve automatic press mounting to wind deflector, It is close to be conducive to improve production efficiency and axle sleeve and supporting element cooperation.

In order to achieve the goal above, the technical solution adopted by the present invention are as follows: a kind of shaft sleeve press-mounting machine of automatic charging, it is wrapped Including rack 1 and distribution control box, the middle part of the rack 1 are provided with the workpiece jig 4 cooperated with air conditioner air deflector 11, the work The front side of part jig 4 is in being provided with axle sleeve feed mechanism 2 in rack 1, and the top of workpiece jig 4 is provided with and axle sleeve feeder The shaft sleeve press-mounting machine structure 3 that structure 2 cooperates, the axle sleeve feed mechanism 2 include the feeding vibration disk for being disposed side by side on three groups in rack 1 36, be respectively connected with axle sleeve delivery track 35 on feeding vibration disk 36 described in three groups, the bottom of the axle sleeve delivery track 35 with set It sets the feeding in rack 1 and directly shakes the cooperation of device 34, and the end of axle sleeve delivery track 35 and the feeding-distribution device being arranged in rack 1 33 docking cooperations, are provided with transfer carrier 32, the feeding vibration disk 36 is sent between the feeding-distribution device 33 and workpiece jig 4 The straight shake device 34 of material and feeding-distribution device 33 are electrically connected with distribution control box.

Preferably, the feeding-distribution device 33 includes that sub-material jacking cylinder 48 in rack 1 is arranged in upward vertically, and described point The output end of material jacking cylinder 48 is fixedly connected with the horizontally disposed sub-material support plate 47 having, the bottom of the sub-material support plate 47 Be fixedly connected with the lifting guide pillar 58 that cooperation is slided up and down with rack 1, and the upper surface of sub-material support plate 47 be fixedly installed with Axle sleeve delivery track 35 docks the distribution block 49 of cooperation, the groove cooperated with axle sleeve 53 is offered in the distribution block 49, and divide The left side of material block 49 is provided with detector 50, rear side in being installed with rotary cylinder 52, the rotary cylinder in sub-material support plate 47 52 output end is connected with the steering soup stick 51 cooperated with the axle sleeve 53 in distribution block 49, the sub-material jacking cylinder 48, detection Device 50 and rotary cylinder 52 are electrically connected with distribution control box.

Preferably, the transfer carrier 32 includes the transfer support plate 54 being arranged in rack 1, the transfer support plate 54 Upper end be vertically arranged with the one-to-one transfer material seat 56 of distribution block 49, the upper end of the transfer material seat 56 offer with point Expect the limit card slot 55 of 49 upper groove of block alignment.

Preferably, the shaft sleeve press-mounting machine structure 3 includes being arranged in rack 1 in the medianly zygomorphic pressure of workpiece jig 4 Shaft supporting frame 5, and front and back sliding rail 6, front and back slider cylinder 9 are respectively arranged on left and right last item support frame, the front and back slide unit gas The output end of cylinder 9 is fixedly connected with the support transverse slat 7 being slidably matched with front and back sliding rail 6, and the middle part of transverse slat 7 is supported to be provided with pair Position device 8, the lower section of the alignment device 8 are provided with the propulsion device 10 cooperated with the supporting element 59 on air conditioner air deflector 11, The front and back slider cylinder 9, alignment device 8 and propulsion device 10 are electrically connected with distribution control box.

Preferably, the workpiece jig 4 includes the carrier support base 37 being fixed in rack 1, the carrier support Being arranged side by side on seat 37 has two groups of parallel carrier bottom plates 39, is evenly distributed between carrier bottom plate 39 described in two groups and leads with air-conditioning Three groups of pressing devices 40 that aerofoil 11 cooperates, the pressing device 40 include the compression cylinder 41 being vertically arranged in rack 1, institute The output end for stating compression cylinder 41 is fixedly connected with compression connecting plate 43 above carrier bottom plate 39, the compression connecting plate 43 both ends be fixedly installed with 11 upper surface of air conditioner air deflector cooperation compact heap 42, the compression cylinder 41 with match it is automatically controlled Case processed is electrically connected.

Preferably, the front side of the carrier bottom plate 39 is provided with two groups of side limiting devices cooperated with air conditioner air deflector 11 38, the side limiting device 38 includes the limit fixed plate 44 for being fixed at 39 bottom of carrier bottom plate, the limit fixed plate Intert on 44 and be combined with limit slide bar 46, one end of the limit slide bar 46 is arranged with the reset bullet cooperated with limit fixed plate 44 Spring 45, the other end are fixedly connected with the side clamping plate 57 cooperated with air conditioner air deflector 11.

Preferably, the alignment device 8 includes the contraposition riser 17 being fixed on support transverse slat 7, and the contraposition is perpendicular Being arranged side by side along the vertical direction on plate 17 has two groups of upper and lower slide rails being mutually slidably matched 14 and upper sliding block 13, and aligns riser 17 upper end is provided with servo motor 12 downwards, and the output end of the servo motor 12 is connected with contraposition screw rod 16, described It is threadedly engaged lifting seat 15 on contraposition screw rod 16, and lifting seat 15 and upper sliding block 13 are fixedly connected with propulsion device 10, The servo motor 12 is electrically connected with distribution control box.

Preferably, the propulsion device 10 includes the propulsion support plate 18 being fixedly connected on lifting seat 15, the propulsion There are contraposition sliding rail 19 and guiding slide bar 22 along horizontally disposed in support plate 18, is sliding combined on the contraposition sliding rail 19 and air-conditioning Supporting element 59 on guide plate 11 takes shaft sleeve device 21 correspondingly, described that shaft sleeve device 21 and level is taken to be installed in propulsion branch The output end of propulsion cylinder 20 on fagging 18 is fixedly connected, and takes shaft sleeve device 21 and guiding 22 sleeve of slide bar cooperation, described Propulsion cylinder 20 and distribution control box are electrically connected.

Preferably, described to take shaft sleeve device 21 including being vertically arranged in the feeding seat 29 promoted in support plate 18, it is described to take The rear side of material seat 29 is fixed with the promoting slider 23 being slidably matched with contraposition sliding rail 19, and the lower section of the promoting slider 23 is in feeding It is provided on seat 29 and what guiding slide bar 22 was slidably matched is 24, and the rear side of feeding seat 29 is fixedly installed propulsion buffer board 27, intert on the propulsion buffer board 27 and be combined with push rod 25, one end of the push rod 25 is arranged with buffer spring 26 and connects There is the push plate 28 being fixedly connected with propulsion cylinder 20, the lower end of the feeding seat 29 is fixedly installed suction nozzle mounting base 31, described The inside sleeve of suction nozzle mounting base 31 is combined with the Pneumatic suction nozzle 30 cooperated with axle sleeve 53, the Pneumatic suction nozzle 30 with match electric control Case is electrically connected.

Detailed description of the invention

Fig. 1 is the structural diagram of the present invention.

Fig. 2 is the structural schematic diagram of axle sleeve feed mechanism.

Fig. 3 is the structural schematic diagram of feeding-distribution device.

Fig. 4 is the partial enlarged view in Fig. 3 at A.

Fig. 5 is the structural schematic diagram of transfer carrier.

Fig. 6 is the structural schematic diagram of shaft sleeve press-mounting machine structure.

Fig. 7 is the structural schematic diagram of propulsion device.

Fig. 8 is the structural schematic diagram of alignment device.

Fig. 9 is the structural schematic diagram for taking shaft sleeve device.

Figure 10 is the structural schematic diagram of workpiece jig.

Figure 11 is the structural schematic diagram of pressing device.

Figure 12 is the structural schematic diagram of side limiting device.

Figure 13 is the structural schematic diagram of air conditioner air deflector.

Figure 14 is the structural schematic diagram of axle sleeve

Label character as shown in the figure indicates are as follows: 1, rack；2, axle sleeve feed mechanism；3, shaft sleeve press-mounting machine structure；4, workpiece is controlled Tool；5, last item support frame；6, front and back sliding rail；7, transverse slat is supported；8, alignment device；9, front and back slider cylinder；10, propulsion device； 11, air conditioner air deflector；12, servo motor；13, upper sliding block；14, upper and lower slide rail；15, lifting seat；16, screw rod is aligned；17, right Position riser；18, support plate is promoted；19, sliding rail is aligned；20, propulsion cylinder；21, shaft sleeve device is taken；22, it is oriented to slide bar；23, it pushes away Into sliding block；24, guide sleeve；25, push rod；26, buffer spring；27, buffer board is promoted；28, push plate；29, feeding seat；30, gas Dynamic suction nozzle；31, suction nozzle mounting base；32, transfer carrier；33, feeding-distribution device；34, device is directly shaken in feeding；35, axle sleeve delivery track； 36, feeding vibration disk；37, carrier support base；38, side limiting device；39, carrier bottom plate；40, pressing device；41, gas is compressed Cylinder；42, compact heap；43, connecting plate is compressed；44, fixed plate is limited；45, reset spring；46, slide bar is limited；47, sub-material supports Plate；48, sub-material jacking cylinder；49, distribution block；50, detector；51, soup stick is turned to；52, rotary cylinder；53, axle sleeve；54, in Turn support plate；55, limit card slot；56, transfer material seat；57, side clamping plate；58, lifting guide pillar；59, supporting element.

Specific embodiment

In order to make those skilled in the art more fully understand technical solution of the present invention, with reference to the accompanying drawing to the present invention into Row detailed description, the description of this part be only it is exemplary and explanatory, should not have any limitation to protection scope of the present invention Effect.

As shown in Figure 1 and Figure 2, structure of the invention are as follows: a kind of shaft sleeve press-mounting machine of automatic charging, it includes rack 1 and matches Electric control box, the middle part of the rack 1 is provided with the workpiece jig 4 cooperated with air conditioner air deflector 11, before the workpiece jig 4 Side is in being provided with axle sleeve feed mechanism 2 in rack 1, and the top of workpiece jig 4 is provided with the axis cooperated with axle sleeve feed mechanism 2 Press-loading device 3 is covered, the axle sleeve feed mechanism 2 includes the feeding vibration disk 36 for being disposed side by side on three groups in rack 1, described in three groups Axle sleeve delivery track 35 is respectively connected on feeding vibration disk 36, the bottom of the axle sleeve delivery track 35 and setting are in rack 1 Feeding directly shake the cooperation of device 34, and cooperation is docked with the feeding-distribution device 33 being arranged in rack 1 in the end of axle sleeve delivery track 35, Transfer carrier 32 is provided between the feeding-distribution device 33 and workpiece jig 4, the feeding vibration disk 36, feeding directly shake 34 and of device Feeding-distribution device 33 is electrically connected with distribution control box, by workpiece jig 4 that air conditioner air deflector 11 is fixed, and is shaken by feeding Moving plate 36 removes single axle sleeve 53 along axle sleeve delivery track 35 transfer feed to feeding-distribution device 33, through feeding-distribution device 33 It is transported on transfer carrier 32, facilitates automatic material taking, then by shaft sleeve press-mounting machine structure 3 by 53 automatic press mounting to wind deflector of axle sleeve, It is close to be conducive to improve production efficiency and axle sleeve and supporting element cooperation.

As shown in Figure 3, Figure 4, the feeding-distribution device 33 includes the sub-material jacking cylinder being arranged in upward in rack 1 vertically 48, the output end of the sub-material jacking cylinder 48 is fixedly connected with the horizontally disposed sub-material support plate 47 having, the sub-material support The bottom of plate 47 is fixedly connected with the lifting guide pillar 58 that cooperation is slided up and down with rack 1, and the upper surface of sub-material support plate 47 is solid Surely it is provided with the distribution block 49 for docking cooperation with axle sleeve delivery track 35, is offered in the distribution block 49 and the cooperation of axle sleeve 53 Groove, and the left side of distribution block 49 is provided with detector 50, rear side in being installed with rotary cylinder 52 in sub-material support plate 47, it is described The output end of rotary cylinder 52 is connected with the steering soup stick 51 cooperated with the axle sleeve 53 in distribution block 49, the sub-material jacking cylinder 48, detector 50 and rotary cylinder 52 are electrically connected with distribution control box, make distribution block by pushing up in sub-material jacking cylinder 48 49 dock with axle sleeve delivery track 35, while the groove in distribution block is connected to axle sleeve delivery track 35 and carries out splicing, then leads to It crosses the rotation steering soup stick 51 of rotary cylinder 52 axle sleeve 53 is carried on transfer carrier 32, in order to facilitate automatic material taking.

As shown in figure 5, the transfer carrier 32 includes the transfer support plate 54 being arranged in rack 1, the transfer support The upper end of plate 54 be vertically arranged with the one-to-one transfer material seat 56 of distribution block 49, the upper end of the transfer material seat 56 offers The limit card slot 55 being aligned with 49 upper groove of distribution block carries out splicing by limit card slot 55, facilitates automatic material taking, realizes automatic Change feeding in continuous material.

As shown in fig. 6, the shaft sleeve press-mounting machine structure 3 includes that setting is medianly zygomorphic in workpiece jig 4 in rack 1 Last item support frame 5, and front and back sliding rail 6, front and back slider cylinder 9 are respectively arranged on left and right last item support frame, the front and back slide unit The output end of cylinder 9 is fixedly connected with the support transverse slat 7 being slidably matched with front and back sliding rail 6, and the middle part of transverse slat 7 is supported to be provided with Alignment device 8, the lower section of the alignment device 8 are provided with the propulsion device cooperated with the supporting element 59 on air conditioner air deflector 11 10, the front and back slider cylinder 9, alignment device 8 and propulsion device 10 are electrically connected with distribution control box, pass through workpiece jig 4 is fixed by air conditioner air deflector 11, and axle sleeve 53 is moved to the top of workpiece jig 4 by front and back slider cylinder 9, then by pair Axle sleeve 53 and supporting element 59 are carried out precise positioning by position device 8, and then axle sleeve 53 is pressed into supporting element 59 by propulsion device 10, Realize that the automation press fitting of wind deflector axle sleeve, high production efficiency, and axle sleeve and supporting element cooperation are close.

As shown in Figure 10, Figure 11, the workpiece jig 4 includes the carrier support base 37 being fixed in rack 1, described Being arranged side by side on carrier support base 37 has two groups of parallel carrier bottom plates 39, is evenly distributed between carrier bottom plate 39 described in two groups The three groups of pressing devices 40 cooperated with air conditioner air deflector 11, the pressing device 40 include the compression being vertically arranged in rack 1 Cylinder 41, the output end of the compression cylinder 41 is fixedly connected with the compression connecting plate 43 above carrier bottom plate 39, described The both ends for compressing connecting plate 43 are fixedly installed the compact heap 42 cooperated with 11 upper surface of air conditioner air deflector, the compression cylinder 41 are electrically connected with distribution control box, are driven by compression cylinder 41 and compress connecting plate 43, make compact heap 42 by air conditioner air deflector 11 compress, it is ensured that the stability of workpiece.

As shown in figure 12, the front side of the carrier bottom plate 39 is provided with two groups of lateral confinement positions cooperated with air conditioner air deflector 11 Device 38, the side limiting device 38 include the limit fixed plate 44 for being fixed at 39 bottom of carrier bottom plate, and the limit is solid Intert on fixed board 44 and be combined with limit slide bar 46, one end of the limit slide bar 46 is arranged with answers with what limit fixed plate 44 cooperated Position spring 45, the other end are fixedly connected with the side clamping plate 57 cooperated with air conditioner air deflector 11, pass through the zone of action of reset spring 45 Dynamic limit slide bar 46, makes side clamping plate 57 clamp the side of air conditioner air deflector 11, further ensures that the stabilization of workpiece, and then improve axis The press fitting precision of set 53.

As shown in figure 8, the alignment device 8 includes the contraposition riser 17 being fixed on support transverse slat 7, the contraposition Being arranged side by side along the vertical direction on riser 17 has two groups of upper and lower slide rails being mutually slidably matched 14 and upper sliding block 13, and aligns perpendicular The upper end of plate 17 is provided with servo motor 12 downwards, and the output end of the servo motor 12 is connected with contraposition screw rod 16, institute It states and has been threadedly engaged lifting seat 15 on contraposition screw rod 16, and lifting seat 15 and upper sliding block 13 are fixed with propulsion device 10 and connected It connects, the servo motor 12 is electrically connected with distribution control box, is rotated contraposition screw rod 16 by servo motor 12, is made lifting seat 15 10 fast approaching air conditioner air deflector 11 of propulsion device is driven, and makes propulsion device 10 and 59 horizontal alignment of supporting element.

As shown in fig. 7, the propulsion device 10 includes the propulsion support plate 18 being fixedly connected on lifting seat 15, it is described to push away There are contraposition sliding rail 19 and guiding slide bar 22 along horizontally disposed on into support plate 18, is sliding combined on the contraposition sliding rail 19 and empty The supporting element 59 on guide plate 11 is adjusted to take shaft sleeve device 21 correspondingly, it is described that shaft sleeve device 21 and level is taken to be installed in propulsion The output end of propulsion cylinder 20 in support plate 18 is fixedly connected, and takes shaft sleeve device 21 and guiding 22 sleeve of slide bar cooperation, institute It states propulsion cylinder 20 and distribution control box is electrically connected, shaft sleeve device 21 will be taken along guiding respectively by each propulsion cylinder 20 Slide bar 22 promotes, the convenient press fitting for disposably completing multiple axle sleeves 53, high production efficiency.

As shown in figure 9, described take shaft sleeve device 21 including being vertically arranged in the feeding seat 29 promoted in support plate 18, it is described The rear side of feeding seat 29 be fixed with the promoting slider 23 that is slidably matched of contraposition sliding rail 19, the lower section of the promoting slider 23 is in taking It is provided on material seat 29 and what guiding slide bar 22 was slidably matched is 24, and the rear side of feeding seat 29 is fixedly installed propulsion buffer board 27, intert on the propulsion buffer board 27 and be combined with push rod 25, one end of the push rod 25 is arranged with buffer spring 26 and connects There is the push plate 28 being fixedly connected with propulsion cylinder 20, the lower end of the feeding seat 29 is fixedly installed suction nozzle mounting base 31, described The inside sleeve of suction nozzle mounting base 31 is combined with the Pneumatic suction nozzle 30 cooperated with axle sleeve 53, the Pneumatic suction nozzle 30 with match electric control Case is electrically connected, and by 30 automatic sucking axle sleeve 53 of Pneumatic suction nozzle, then pushes push plate 28 by propulsion cylinder 20, and by buffering elastic Thrust is passed to and promotes buffer board 27 by spring 26, so that feeding seat 29 be made to promote to supporting element 59, completes the insertion of axle sleeve 53, real The automation of existing axle sleeve is pressed process, and cooperates gapless between axle sleeve 53 and supporting element 59.

It when specifically used, first pass through workpiece jig 4 and fixes air conditioner air deflector 11, pass through compression cylinder 41 and drive the company of compression Fishplate bar 43 compresses compact heap 42 by air conditioner air deflector 11, while driving limit slide bar 46 by the effect of reset spring 45, makes Side clamping plate 57 clamps the side of air conditioner air deflector 11, further ensures that the stabilization of workpiece, then by feeding vibration disk 36 along axis 35 transfer feed of delivery track is covered, distribution block 49 and axle sleeve delivery track 35 are then made by top in sub-material jacking cylinder 48 Docking, while the groove in distribution block is connected to axle sleeve delivery track 35 and carries out splicing, is then turned by the rotation of rotary cylinder 52 Axle sleeve 53 is carried in the limit card slot 55 in transfer carrier 32 to soup stick 51, facilitates automatic material taking, then by front and back slide unit Propulsion device 10 is moved to the position with 32 horizontal alignment of transfer carrier by cylinder 9, and by 30 automatic sucking axle sleeve of Pneumatic suction nozzle 53, then axle sleeve 53 is moved to the top of workpiece jig 4 by front and back slider cylinder 9 again, then pass through alignment device 8 for axle sleeve 53 Precise positioning is carried out with supporting element 59, by making lifting seat 15 drive propulsion device by the rotation contraposition screw rod 16 of servo motor 12 10 fast approaching air conditioner air deflectors 11, and make propulsion device 10 and 59 horizontal alignment of supporting element, then by propulsion device 10 by axis In 53 indentation supporting element 59 of set, shaft sleeve device 21 will be taken to push push plate along guiding slide bar 22 respectively by each propulsion cylinder 20 28, and thrust is passed to by buffer spring 26 and promotes buffer board 27, so that feeding seat 29 be made to promote to supporting element 59, complete axis The automation press fitting of wind deflector axle sleeve, high production efficiency are realized in the insertion of set 53, and axle sleeve 53 and supporting element 59 cooperate closely.

It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row His property includes, so that the process, method, article or equipment for including a series of elements not only includes those elements, and And further include other elements that are not explicitly listed, or further include for this process, method, article or equipment institute it is intrinsic Element.

Used herein a specific example illustrates the principle and implementation of the invention, the explanation of above example Method and its core concept of the invention are merely used to help understand, the above is only a preferred embodiment of the present invention, are answered When pointing out due to the finiteness of literal expression, and objectively there is unlimited specific structure, for the common skill of the art For art personnel, without departing from the principle of the present invention, several improvement, retouching or variation can also be made, can also incited somebody to action Above-mentioned technical characteristic is combined in the right way；These improve retouching, variation or combination, or the not improved structure by invention Think and technical solution directly applies to other occasions, is regarded as protection scope of the present invention.

Claims (9)

1. a kind of shaft sleeve press-mounting machine of automatic charging, it includes rack (1) and distribution control box, which is characterized in that the rack (1) the workpiece jig (4) with air conditioner air deflector (11) cooperation is provided in the middle part of, the front side of the workpiece jig (4) is in rack (1) it is provided on axle sleeve feed mechanism (2), and is provided with the axis with axle sleeve feed mechanism (2) cooperation above workpiece jig (4) It covering press-loading device (3), the axle sleeve feed mechanism (2) includes being disposed side by side on upper three groups of the feeding vibration disk (36) of rack (1), Be respectively connected on feeding vibration disk described in three groups (36) axle sleeve delivery track (35), the bottom of the axle sleeve delivery track (35) with Feeding on rack (1) is set and directly shakes device (34) cooperation, and the end of axle sleeve delivery track (35) and setting are on rack (1) Feeding-distribution device (33) dock cooperation, be provided with transfer carrier (32), institute between the feeding-distribution device (33) and workpiece jig (4) State feeding vibration disk (36), device (34) is directly shaken in feeding and feeding-distribution device (33) is electrically connected with distribution control box.

2. a kind of shaft sleeve press-mounting machine of automatic charging according to claim 1, which is characterized in that the feeding-distribution device (33) Including the sub-material jacking cylinder (48) being arranged in upward on rack (1) vertically, the output end of the sub-material jacking cylinder (48) is solid Surely it is connected with the horizontally disposed sub-material support plate (47) having, the bottom of the sub-material support plate (47) is fixedly connected with and rack (1) lifting guide pillar (58) of cooperation is slided up and down, and the upper surface of sub-material support plate (47) is fixedly installed and axle sleeve conveyor track Road (35) docks the distribution block (49) of cooperation, and the groove with axle sleeve (53) cooperation, and sub-material are offered on the distribution block (49) Detector (50), rear side are provided on the left of block (49) in being installed with rotary cylinder (52), the rotation on sub-material support plate (47) The output end of rotaring cylinder (52) is connected with the steering soup stick (51) with axle sleeve (53) cooperation on distribution block (49), the sub-material top Cylinder (48), detector (50) and rotary cylinder (52) is risen to be electrically connected with distribution control box.

3. a kind of shaft sleeve press-mounting machine of automatic charging according to claim 2, which is characterized in that the transfer carrier (32) Including the transfer support plate (54) being arranged on rack (1), the upper end of the transfer support plate (54) is vertically arranged with and sub-material The one-to-one transfer material seat (56) of block (49), the upper end of the transfer material seat (56) offers and distribution block (49) upper groove pair Neat limit card slot (55).

4. a kind of shaft sleeve press-mounting machine of automatic charging according to claim 1, which is characterized in that the shaft sleeve press-mounting machine structure It (3) include being arranged on rack (1) in the medianly zygomorphic last item support frame (5) of workpiece jig (4), and left and right last item branch Front and back sliding rail (6), front and back slider cylinder (9) are respectively arranged on support, the output end of the front and back slider cylinder (9) is fixed to be connected It is connected to the support transverse slat (7) being slidably matched with front and back sliding rail (6), and supports and is provided with alignment device (8) in the middle part of transverse slat (7), The propulsion device (10) with supporting element (59) cooperation on air conditioner air deflector (11) is provided with below the alignment device (8), The front and back slider cylinder (9), alignment device (8) and propulsion device (10) are electrically connected with distribution control box.

5. a kind of shaft sleeve press-mounting machine of automatic charging according to claim 4, which is characterized in that the workpiece jig (4) Being arranged side by side including the carrier support base (37) being fixed on rack (1), on the carrier support base (37) has two groups to put down Capable carrier bottom plate (39) is evenly distributed with three groups with air conditioner air deflector (11) cooperation between carrier bottom plate (39) described in two groups Pressing device (40), the pressing device (40) include the compression cylinder (41) being vertically arranged on rack (1), the compression gas The output end of cylinder (41) is fixedly connected with the compression connecting plate (43) above carrier bottom plate (39), the compression connecting plate (43) both ends are fixedly installed the compact heap (42) with the cooperation of air conditioner air deflector (11) upper surface, the compression cylinder (41) It is electrically connected with distribution control box.

6. a kind of shaft sleeve press-mounting machine of automatic charging according to claim 5, which is characterized in that the carrier bottom plate (39) Front side be provided with the side limiting devices (38) of two groups with air conditioner air deflector (11) cooperation, the side limiting device (38) includes It is fixed at the limit fixed plate (44) of carrier bottom plate (39) bottom, interts on the limit fixed plate (44) and is combined with limit Slide bar (46), one end of limit slide bar (46) is arranged with the reset spring (45) with limit fixed plate (44) cooperation, another End is fixedly connected with the side clamping plate (57) with air conditioner air deflector (11) cooperation.

7. a kind of shaft sleeve press-mounting machine of automatic charging according to claim 4, which is characterized in that the alignment device (8) Including the contraposition riser (17) being fixed in support transverse slat (7), set side by side along the vertical direction on the contraposition riser (17) Two groups of upper and lower slide rails being mutually slidably matched (14) and upper sliding block (13) are equipped with, and align the upper end of riser (17) downwards It is provided with servo motor (12), the output end of the servo motor (12) is connected with contraposition screw rod (16), the contraposition screw rod (16) it has been threadedly engaged on lifting seat (15), and lifting seat (15) and upper sliding block (13) are fixed with propulsion device (10) and connected It connects, the servo motor (12) and distribution control box are electrically connected.

8. a kind of shaft sleeve press-mounting machine of automatic charging according to claim 7, which is characterized in that the propulsion device (10) Including the propulsion support plate (18) being fixedly connected on lifting seat (15), have pair on the propulsion support plate (18) along horizontally disposed Position sliding rail (19) and guiding slide bar (22), it is described to align the support being sliding combined on sliding rail (19) on air conditioner air deflector (11) Part (59) takes shaft sleeve device (21) correspondingly, described that shaft sleeve device (21) and level is taken to be installed in propulsion support plate (18) The output end of propulsion cylinder (20) be fixedly connected, and take shaft sleeve device (21) and guiding slide bar (22) sleeve cooperation, it is described to push away Inlet casing (20) and distribution control box are electrically connected.

9. a kind of shaft sleeve press-mounting machine of automatic charging according to claim 8, which is characterized in that described to take shaft sleeve device (21) include being vertically arranged in the feeding seat (29) promoted on support plate (18), be fixed on rear side of the feeding seat (29) with it is right Position sliding rail (19) promoting slider (23) for being slidably matched, the lower section of the promoting slider (23) in be provided on feeding seat (29) with What guiding slide bar (22) was slidably matched is (24), and is fixedly installed on rear side of feeding seat (29) and promotes buffer board (27), described It promotes to intert on buffer board (27) and be combined with push rod (25), one end of the push rod (25) is arranged with buffer spring (26) and connects There is the push plate (28) being fixedly connected with propulsion cylinder (20), the lower end of the feeding seat (29) is fixedly installed suction nozzle mounting base (31), the inside sleeve of the suction nozzle mounting base (31) is combined with the Pneumatic suction nozzle (30) with axle sleeve (53) cooperation, described pneumatic Suction nozzle (30) and distribution control box are electrically connected.