CN203805318U - Automatic riveting machine - Google Patents
Automatic riveting machine Download PDFInfo
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- CN203805318U CN203805318U CN201420263324.XU CN201420263324U CN203805318U CN 203805318 U CN203805318 U CN 203805318U CN 201420263324 U CN201420263324 U CN 201420263324U CN 203805318 U CN203805318 U CN 203805318U
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- plastic clip
- rivet
- mould
- conveying device
- interior rail
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Abstract
The utility model discloses an automatic riveting machine which comprises a worktable, an inner rail conveying device, a plastic clamp conveying device, a plastic clamp placing device, a rivet conveying device, a rivet riveting device and an electric control box. The inner rail conveying device is mounted on the worktable and is used for conveying inner rails, the plastic clamp conveying device is used for conveying plastic clamps, the plastic clamp placing device is used for placing the plastic clamps in the inner rails, the rivet conveying device is used for conveying rivets, the rivet riveting device is used for riveting the inner rails where the plastic clamps are placed, and the electric control box is used for controlling the inner rail conveying device, the plastic clamp conveying device, the plastic clamp placing device, the rivet conveying device and the rivet riveting device. The automatic riveting machine has the advantages that under the control of the electric control box, the inner rails and the plastic clamps can be respectively conveyed into the plastic clamp placing device by the inner rail conveying device and the plastic clamp conveying device and can be mounted with one another, the inner rails where the plastic clamps are placed can be riveted with the rivets in the rivet riveting device, the rivets are conveyed by the rivet conveying device, and accordingly manual operation can be reduced under the automatic control effect of the electric control box in the procedures.
Description
Technical field
The utility model relates to a kind of automatic riveter, particularly a kind of for plastic clip being arranged on to the automatic riveter on rail in ball guide.
Background technology
Traditional by plastic clip riveted technique on rail in ball guide, with a workalike punching type rivet driver, manually interior rail is inserted in to rivet counterdie, again plastic clip is put into rail in ball guide, then pin is stepped on punching press pull bar, by rivet by rail in ball guide and the mutual riveted of plastic clip, finally manually take out rail in ball guide, complete riveted action, this traditional technique for riveting is put into plastic clip because needs are manual, therefore can be first operating personnel be had to certain danger when maloperation (may operating personnel's hand is caused to damage), secondly because needs are by manually ajusting the horizontal level of rail in ball guide, therefore make crudy be difficult to control, often can make rail in ball guide after part riveted occur the defect of Pressing Deformation, cause defect ware, and the operating efficiency of this artificial riveted is very low, need operating personnel's a very long time could skilled operation.
Therefore need one can reduce manual operation, automatically plastic clip is arranged on to the automatic riveter on rail in ball guide.
Utility model content
Main purpose of the present utility model (technical problem underlying also solving) is to provide one and can reduces manual operation, automatically plastic clip is arranged on to the automatic riveter on rail in ball guide.
In order to achieve the above object, the utility model proposes a kind of automatic riveter, comprise workbench, it is characterized in that, also comprise and be arranged on the interior rail conveying device for delivery of interior rail on described workbench, for delivery of the plastic clip conveying device of plastic clip, for plastic clip being placed on to the plastic clip apparatus for placing of interior rail, for delivery of the rivet conveying device of rivet, for carry out the closing-up device of riveted to putting into the rail of plastic clip, and for controlling described interior rail conveying device, plastic clip conveying device, plastic clip apparatus for placing, the electric cabinet of rivet conveying device and closing-up device.
Described interior rail conveying device comprise place in the caterpillar conveyer belt mould, the conveying belt die positioner that drives the interior rail drive unit of described caterpillar conveyer belt mould running and in the time that described caterpillar conveyer belt mould pauses, its submodule tool is positioned of rail, described conveying belt die positioner comprises the mould location action device that the mould that whether puts in place for detection of submodule tool is fixed to level detecting apparatus and for antithetical phrase mould in the time that submodule tool puts in place.
Described plastic clip conveying device comprises the plastic clip drive unit that plastic clip discharge vibrating disk, plastic clip are arranged runner and the plastic clip in described plastic clip discharge vibrating disk is shaken in described plastic clip arrangement runner.
Described plastic clip apparatus for placing comprises the first interior rail checkout gear and plastic clip is pushed to the plastic clip pusher in interior rail in the time that described the first interior rail checkout gear detects that interior rail is transported to described plastic clip apparatus for placing.
Described plastic clip apparatus for placing also comprises for detection of the plastic clip checkout gear not putting in place from the plastic clip of described plastic clip conveying device, described electric cabinet is included in described the first interior rail checkout gear and detects and when interior rail is transported to the propelling movement position of described plastic clip pusher, control the first pause control device that the caterpillar conveyer belt mould of described interior rail conveying device pauses, first detection control apparatus that puts in place that starts in the time that described caterpillar conveyer belt mould pauses whether the mould of described interior rail conveying device put in place to level detecting apparatus detection submodule tool, detecting that submodule tool starts the first location action control device that the mould location action device antithetical phrase mould of described interior rail conveying device is fixed while putting in place, in the time detecting that submodule tool does not put in place, end the first interrupt control apparatus of described automatic riveter work, and in the time that detecting that plastic clip does not put in place, ends described plastic clip checkout gear the second interrupt control apparatus of described automatic riveter work.
Described plastic clip checkout gear comprises the first inductive switch, described the first inductive switch is detecting that interior rail sends the first switching signal to described electric cabinet while being transported to the propelling movement position of described plastic clip pusher, the caterpillar conveyer belt mould that described the first pause control device is controlled described interior rail conveying device under the control of described the first switching signal pauses, and described electric cabinet is also included in described plastic clip checkout gear and the control panel that carries out fault demonstration when plastic clip does not put in place and at described mould in the time that level detecting apparatus detects that submodule tool does not put in place detected.
Described rivet conveying device comprises rivet hopper, air clutch rivet slideway and the rivet in described rivet hopper is sent into the rivet drive unit in described air clutch rivet slideway.
Described closing-up device comprises the second interior rail checkout gear and detects that at described the second interior rail checkout gear the rail of putting into plastic clip carries out the Pneumatic stamping riveting device of riveted to putting into the rail of plastic clip by rivet while being transported to described closing-up device.
Described closing-up device also comprises for detection of the rivet detection device not putting in place from the rivet of described rivet conveying device, described electric cabinet is included in described the second interior rail checkout gear and detects and when the rail of putting into plastic clip is transported to the riveted position of described Pneumatic stamping riveting device, control the second pause control device that the caterpillar conveyer belt mould of described rail conveying device pauses, second detection control apparatus that puts in place that starts in the time that described caterpillar conveyer belt mould pauses whether the mould of described interior rail conveying device put in place to level detecting apparatus detection submodule tool, detecting that submodule tool starts the second location action control device that the mould location action device antithetical phrase mould of described interior rail conveying device is fixed while putting in place, in the time detecting that submodule tool does not put in place, end the 3rd interrupt control apparatus of described automatic riveter work, and in the time that detecting that rivet does not put in place, ends described rivet detection device the 4th interrupt control apparatus of described automatic riveter work.
Described rivet detection device comprises the second inductive switch, described the second inductive switch is detecting that the rail of putting into plastic clip sends second switch signal to described electric cabinet while being transported to the riveted position of described Pneumatic stamping riveting device, the caterpillar conveyer belt mould that described the second pause control device is controlled described interior rail conveying device under the control of described second switch signal pauses, described electric cabinet is also included in described rivet detection device and detects when rivet does not put in place, and the control panel that carries out fault demonstration at described mould in the time that level detecting apparatus detects that submodule tool does not put in place.
Compared with prior art, the utlity model has following advantage: due under the control of electric cabinet, interior rail conveying device and plastic clip conveying device can be respectively transported to interior rail and plastic clip in plastic clip apparatus for placing and install, the rail of putting into plastic clip carries out riveted at closing-up device by the rivet of carrying through rivet conveying device, in this process, the automatic control of electric cabinet can reduce manual operation, a kind ofly automatically plastic clip is arranged on to the automatic riveter on rail in ball guide thereby realize.And the utility model can effectively protect operating personnel's personal safety, the workpiece processing (being also the rail of putting into plastic clip after riveted) level is consistent; Riveted process is not damaged workpiece, and quality is guaranteed, simple to operate, and production efficiency is higher.
Brief description of the drawings
For clearer explanation the technical solution of the utility model, below the accompanying drawing of required use during embodiment is described is briefly described, apparent, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the structural representation of the automatic riveter of the utility model embodiment;
Fig. 2 is that the mould of the utility model embodiment is to the structural representation of level detecting apparatus;
Fig. 3 is the structural representation of the mould location action device of the utility model embodiment;
Fig. 4 is the structural representation of the first interior rail checkout gear of the utility model embodiment;
Fig. 5 is the structural representation of the plastic clip pusher of the utility model embodiment;
Fig. 6 is the structural representation of the plastic clip checkout gear of the utility model embodiment;
Fig. 7 is the structural representation of the second interior rail checkout gear of the utility model embodiment.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment; technical scheme in the utility model embodiment is carried out to clear, complete description; obvious described embodiment is only a part of embodiment of the present utility model; not whole embodiment; based on the embodiment in the utility model; those of ordinary skill in the art are not paying the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the utility model protection.
As shown in Fig. 1-7, the utility model embodiment provides a kind of automatic riveter, comprise workbench 1, also comprise and be arranged on the interior rail conveying device 2 for delivery of interior rail on described workbench 1, for delivery of the plastic clip conveying device 3 of plastic clip, for plastic clip being placed on to the plastic clip apparatus for placing 4 of interior rail, for delivery of the rivet conveying device 5 of rivet, for carry out the closing-up device 6 of riveted to putting into the rail of plastic clip, and for controlling described interior rail conveying device, plastic clip conveying device, plastic clip apparatus for placing, the electric cabinet 7 of rivet conveying device and closing-up device.
Here, due under the control of electric cabinet, interior rail conveying device and plastic clip conveying device can be respectively transported to interior rail and plastic clip in plastic clip apparatus for placing and install, the rail of putting into plastic clip carries out riveted at closing-up device by the rivet of carrying through rivet conveying device, in this process, the automatic control of electric cabinet can reduce manual operation, a kind ofly automatically plastic clip is arranged on to the automatic riveter on rail in ball guide thereby realize.
Described interior rail conveying device 2 comprises places interior rail (for example rail in ball guide, through being commonly used on the furniture such as such as drawer) and caterpillar conveyer belt mould 20 to its location, drive the interior rail drive unit (comprising motor and transmission device thereof) of described caterpillar conveyer belt mould running, and the conveying belt die positioner in the time that described caterpillar conveyer belt mould pauses, its submodule tool being positioned, described conveying belt die positioner comprises that the mould whether putting in place for detection of submodule tool is to level detecting apparatus 21, and the mould location action device 22 being fixed for antithetical phrase mould in the time that submodule tool puts in place.
Here, caterpillar conveyer belt mould as shown in Figure 1, comprise the conveying belt die that is crawler belt shape being formed by multiple conveyer belt submodule tools, on each conveyer belt submodule tool, place an interior rail (for example rail in ball guide), when placement, on the surface of each conveyer belt submodule tool, for example there is holding section, an internal track block can be closed at an upper portion thereof, thereby it is positioned, prevent from coming off.Caterpillar conveyer belt mould 20, in running, can form crawler type shape by multiple conveyer belt submodule tools and respectively interior rail mounted thereto be transported, to facilitate processing.The porch of caterpillar conveyer belt mould 20 can receive by artificial placement or the interior rail of automatically inputting, collecting box (for example Turnover Box) for example can be placed for collecting the interior rail processing in the exit of caterpillar conveyer belt mould 20, or streamline conveyer belt for example can be set, facilitate follow-up automation work flow.Pause at described caterpillar conveyer belt mould (is often when detecting that interior rail is sent to described plastic clip apparatus for placing and need to plastic clip be installed, and detect when interior rail is sent to closing-up device and need to carries out riveted to it, optimized scheme is the described caterpillar conveyer belt mould that pauses, thereby convenient installation and riveted, prevent that the running of caterpillar conveyer belt mould is too fast, installation in time or riveted and there is defect ware) time conveying belt die positioner that its submodule tool is positioned, for example can be as shown in Figure 1 in the time realizing, at the arranged outside mould of submodule tool to level detecting apparatus 21, whether the submodule tool that this mould can detect pause to level detecting apparatus 21 puts in place, and (whether whether the submodule tool for example pausing by detection departs from the true stator mould of locating notch is put in place, the locating notch here can for example be arranged on workbench 1, near the position of submodule tool), in the time that not putting in place, submodule tool interrupts the work (convenient maintenance) of automatic riveter, in the time that putting in place, submodule tool drive mould location action device 22 to make its antithetical phrase mould be fixed (for example butt or engaging), make the position of submodule tool relatively fixing or stable, can because the action of plastic clip or the action of riveted are installed, occurrence positions depart from, thereby make the product percent of pass that processes higher.
Described plastic clip conveying device 3 comprises the plastic clip drive unit that plastic clip discharge vibrating disk 30, plastic clip are arranged runner 31 and the plastic clip in described plastic clip discharge vibrating disk is shaken in described plastic clip arrangement runner.
Here, as shown in Figure 1, plastic clip discharge vibrating disk 30 inner hollow are tubbiness, can place a large amount of plastic clips to be installed by artificial form of placing or automatically input, can make plastic clip discharge vibrating disk 30 vibrate by plastic clip drive unit, thereby plastic clip is shaken in described plastic clip arrangement runner (plastic clip discharge vibrating disk 30 has the interface being communicated with the entrance of plastic clip arrangement runner 31), and plastic clip is arranged the exit of runner 31 can export plastic clip.
As Figure 4-Figure 6, described plastic clip apparatus for placing 4 comprises the first interior rail checkout gear 40 and plastic clip is pushed to the plastic clip pusher 41 in interior rail in the time that described the first interior rail checkout gear detects that interior rail is transported to described plastic clip apparatus for placing.
Here, the first interior rail checkout gear 40 can detect interior rail and whether be transported to described plastic clip apparatus for placing, and in the time detecting that interior rail is transported to described plastic clip apparatus for placing, the plastic clip of plastic clip being arranged to the outlet output of runner 31 pushes in interior rail by plastic clip pusher 41, thereby complete both installations (another plastic clip is for example exported in the exit of now plastic clip arrangement runner 31 again under the effect of gravity, so moves in circles).
Described plastic clip apparatus for placing 4 also comprises for detection of the plastic clip checkout gear 42 not putting in place from the plastic clip of described plastic clip conveying device, described electric cabinet is included in described the first interior rail checkout gear and detects and when interior rail is transported to the propelling movement position of described plastic clip pusher, control the first pause control device that the caterpillar conveyer belt mould of described interior rail conveying device pauses, first detection control apparatus that puts in place that starts in the time that described caterpillar conveyer belt mould pauses whether the mould of described interior rail conveying device put in place to level detecting apparatus detection submodule tool, detecting that submodule tool starts the first location action control device that the mould location action device antithetical phrase mould of described interior rail conveying device is fixed while putting in place, in the time detecting that submodule tool does not put in place, end the first interrupt control apparatus of described automatic riveter work, and in the time that detecting that plastic clip does not put in place, ends described plastic clip checkout gear the second interrupt control apparatus of described automatic riveter work.
Described plastic clip checkout gear 42 comprises the first inductive switch, described the first inductive switch is detecting that interior rail sends the first switching signal to described electric cabinet while being transported to the propelling movement position of described plastic clip pusher, the caterpillar conveyer belt mould that described the first pause control device is controlled described interior rail conveying device under the control of described the first switching signal pauses, described electric cabinet 7 is also included in described plastic clip checkout gear and detects when plastic clip does not put in place, and the control panel 70 that carries out fault demonstration at described mould in the time that level detecting apparatus detects that submodule tool does not put in place.
Here, the caterpillar conveyer belt mould that the first pause control device can be controlled described interior rail conveying device in the time that the first interior rail checkout gear detects that interior rail is transported to the propelling movement position of described plastic clip pusher pauses and (for example pauses the several seconds, and then remain in operation), now can will push plastic clip by plastic clip pusher 41 and push in interior rail, easier for installation and stable.The scheme of more optimizing is, the first interior rail checkout gear detects when interior rail arrives, the first pause control device control caterpillar conveyer belt mould pauses, whether now can also detect submodule tool to level detecting apparatus by the first mould that puts the described interior rail conveying device of detection control apparatus startup in place puts in place, and by the first location action control device for example, detecting that submodule tool starts described interior rail conveying device mould location action device antithetical phrase mould while putting in place is fixed action (mould location action device butt or engage submodule tool, continue the several seconds), thereby make the submodule tool holding position after fixing stable, then by plastic clip pusher 41, plastic clip is pushed in interior rail, complete installation process, after this, mould location action device return (automatically reseting), caterpillar conveyer belt mould remains in operation, in next, rail is detected by the first interior rail checkout gear again, again starting the first pause control device pauses caterpillar conveyer belt mould, and then whether startup mould puts in place to level detecting apparatus detection submodule tool, and by the first location action control device detecting that submodule tool starts described interior rail conveying device mould location action device antithetical phrase mould while putting in place is fixed, then by plastic clip pusher 41, plastic clip is pushed in interior rail, so move in circles.
And the first interrupt control apparatus is ended described automatic riveter work in the time detecting that submodule tool does not put in place, thus the qualification rate of raising product.The second interrupt control apparatus for example, is ended described automatic riveter work (if for example plastic clip is jagged or other reason fails to put in place in the time that described plastic clip checkout gear (the first inductive switch) detects that plastic clip does not put in place, can detect by plastic clip checkout gear 42, thereby send the first switching signal to described electric cabinet, to end described automatic riveter work, now on the control panel of electric cabinet 7, can show failure cause, convenient maintenance).
Described rivet conveying device 5 comprises rivet hopper 50, air clutch rivet slideway 51 and the rivet in described rivet hopper is sent into the rivet drive unit in described air clutch rivet slideway.
Here, as shown in Fig. 1-7, rivet hopper 50 inner hollow are bucket-shaped, can place a large amount of rivets to be installed by artificial form of placing or automatically input, can make rivet in rivet hopper 50 send in described air clutch rivet slideway in (rivet hopper 50 has the interface being communicated with the entrance of air clutch rivet slideway) by rivet drive unit, rivet can be exported in the exit of air clutch rivet slideway 51.
Described closing-up device 6 comprises the second interior rail checkout gear 60 and detects that at described the second interior rail checkout gear the rail of putting into plastic clip carries out the Pneumatic stamping riveting device 61 of riveted to putting into the rail of plastic clip by rivet while being transported to described closing-up device.
Here, the second interior rail checkout gear 60 can detect interior rail and whether be transported to described closing-up device, and in the time detecting that the rail of putting into plastic clip is transported to described closing-up device, by Pneumatic stamping riveting device 61, the rivet of the outlet output of air clutch rivet slideway 51 is carried out to riveted to the rail of putting into plastic clip, thereby complete both installations (now another rivet is for example exported in the exit of air clutch rivet slideway 51 again under the effect of gravity, so moves in circles).
Described closing-up device 6 also comprises for detection of the rivet detection device not putting in place from the rivet of described rivet conveying device, described electric cabinet is included in described the second interior rail checkout gear and detects and when the rail of putting into plastic clip is transported to the riveted position of described Pneumatic stamping riveting device, control the second pause control device that the caterpillar conveyer belt mould of described rail conveying device pauses, second detection control apparatus that puts in place that starts in the time that described caterpillar conveyer belt mould pauses whether the mould of described interior rail conveying device put in place to level detecting apparatus detection submodule tool, detecting that submodule tool starts the second location action control device that the mould location action device antithetical phrase mould of described interior rail conveying device is fixed while putting in place, in the time detecting that submodule tool does not put in place, end the 3rd interrupt control apparatus of described automatic riveter work, and in the time that detecting that rivet does not put in place, ends described rivet detection device the 4th interrupt control apparatus of described automatic riveter work.
Described rivet detection device comprises the second inductive switch, described the second inductive switch is detecting that the rail of putting into plastic clip sends second switch signal to described electric cabinet while being transported to the riveted position of described Pneumatic stamping riveting device, the caterpillar conveyer belt mould that described the second pause control device is controlled described interior rail conveying device under the control of described second switch signal pauses, described electric cabinet 7 is also included in described rivet detection device and detects when rivet does not put in place, and the control panel 70 that carries out fault demonstration at described mould in the time that level detecting apparatus detects that submodule tool does not put in place.
Here, the caterpillar conveyer belt mould that the second pause control device can be controlled described interior rail conveying device in the time that the second interior rail checkout gear detects that interior rail is transported to the riveted position of described Pneumatic stamping riveting device pauses and (for example pauses the several seconds, and then remain in operation), now can the rivet of the outlet output of air clutch rivet slideway 51 be carried out to riveted to the rail of putting into plastic clip by Pneumatic stamping riveting device 61, thereby complete both installations.The scheme of more optimizing is, the second interior rail checkout gear detects when interior rail arrives, the second pause control device control caterpillar conveyer belt mould pauses, whether now can also detect submodule tool to level detecting apparatus by the second mould that puts the described interior rail conveying device of detection control apparatus startup in place puts in place, and by the second location action control device for example, detecting that submodule tool starts described interior rail conveying device mould location action device antithetical phrase mould while putting in place is fixed action (mould location action device butt or engage submodule tool, continue the several seconds), thereby make the submodule tool holding position after fixing stable, then by Pneumatic stamping riveting device 61, the rivet of the outlet output of air clutch rivet slideway 51 is carried out to riveted to the rail of putting into plastic clip, complete riveted process, after this, mould location action device return (automatically reseting), caterpillar conveyer belt mould remains in operation, in next, rail is detected by the second interior rail checkout gear again, again starting the second pause control device pauses caterpillar conveyer belt mould, and then whether startup mould puts in place to level detecting apparatus detection submodule tool, and by the second location action control device detecting that submodule tool starts described interior rail conveying device mould location action device antithetical phrase mould while putting in place is fixed, then by Pneumatic stamping riveting device 61, the rail of putting into plastic clip is carried out to riveted, so move in circles.
And the 3rd interrupt control apparatus can be ended described automatic riveter work in the time detecting that submodule tool does not put in place, thus the qualification rate of raising product.The 4th interrupt control apparatus for example, is ended described automatic riveter work in the time that described rivet detection device (the second inductive switch) detection does not put in place from the rivet of described rivet conveying device, and (for example rivet distortion or other reason fail to put in place, can detect by rivet detection device, thereby send second switch signal to described electric cabinet, to end described automatic riveter work, now on the control panel of electric cabinet 7, can show failure cause, convenient maintenance).
In addition, distance between the first interior rail checkout gear and the second interior rail checkout gear is reasonably set, can make the installation process of plastic clip and the riveted process of rivet to synchronize, also i.e. in the time that the first interior rail checkout gear detects that the first interior rail arrives (Fig. 1 is by the position of plastic clip apparatus for placing 4), mould location action device is fixed action to the first submodule tool that the first interior rail is installed, now completing while the action of plastic clip being installed on the first interior rail, because the second rail that is positioned at the second rail checkout gear place in fact also arrives riveted position simultaneously, therefore at mould location action device in the first submodule tool of the first interior rail be installed be fixed action, think that the second submodule tool (Fig. 1 is by the position of closing-up device 6) that the second interior rail is installed also puts in place in fact simultaneously, now can carry out riveted action to the second interior rail simultaneously, this synchronous working pattern can be larger increase work efficiency.Certain the first interior rail checkout gear and the second interior rail checkout gear also can be controlled respectively and work, make the action of on the first interior rail, plastic clip being installed, asynchronous the carrying out of riveted action with the second interior rail, cooperatively interacts as long as can realize, process product, specific works pattern is not limited to this.
For example the utility model is in the time of work, operating personnel are put into interior rail on the submodule tool of caterpillar conveyer belt mould 20 left ends one by one, utilize caterpillar conveyer belt mould 20 interior rail to be transported on the position of putting plastic clip, utilize the mode of electric and magnetic oscillation to export plastic clip, detect after interior rail at the first inductive switch, caterpillar conveyer belt mould 20 pauses, whether the mould of interior rail conveying device puts in place and (if do not put in place, provides interrupt signal rivet driver is shut down to level detecting apparatus detection submodule tool, now can show failure cause by the control panel of electric cabinet), if put in place, the mould location action device antithetical phrase mould of interior rail conveying device is fixed, subsequently plastic clip is pushed to (now next plastic clip automatic precalculated position that arrives under the effect of for example gravity or electric and magnetic oscillation in interior rail, if plastic clip is jagged or other reason fails to put in place, can detect and provide interrupt signal by corresponding checkout gear shuts down rivet driver, now can show failure cause by the control panel of electric cabinet), reset with rear mold location action device, caterpillar conveyer belt mould 20 remains in operation, and detect after interior rail at the second inductive switch, again make caterpillar conveyer belt mould 20 pause, the mould of interior rail conveying device to level detecting apparatus again detect submodule tool whether put in place (if do not put in place, provide interrupt signal make rivet driver shut down, now can show failure cause by the control panel of electric cabinet), if put in place, the mould location action device antithetical phrase mould of interior rail conveying device is fixed, then by rivet, (now next rivet automatically slides into precalculated position to the mode by Pneumatic stamping under the effect of for example gravity with the rail riveted of putting into plastic clip, if rivet distortion or other reason fail to put in place, can detect and provide interrupt signal by corresponding checkout gear shuts down rivet driver, now can show failure cause by the control panel of electric cabinet), reset with rear mold location action device, caterpillar conveyer belt mould 20 remains in operation, move in circles.The rail of putting into plastic clip after riveted for example slides into, on collecting box (Turnover Box) or streamline conveyer belt in the time running to the right-hand member of caterpillar conveyer belt mould 20, facilitates following process.
Through the above description of the embodiments, those skilled in the art can be well understood to the utility model and can also realize by other structures, and feature of the present utility model is not limited to above-mentioned preferred embodiment.Any personnel that are familiar with this technology are in technical field of the present utility model, and the variation that can expect easily or modification, within all should being encompassed in scope of patent protection of the present utility model.
Claims (10)
1. an automatic riveter, comprise workbench, it is characterized in that, also comprise be arranged on the interior rail conveying device for delivery of interior rail on described workbench, for delivery of the plastic clip conveying device of plastic clip, for plastic clip being placed on to the plastic clip apparatus for placing of interior rail, for delivery of the rivet conveying device of rivet, for the rail of putting into plastic clip being carried out to the closing-up device of riveted and for controlling the electric cabinet of described rail conveying device, plastic clip conveying device, plastic clip apparatus for placing, rivet conveying device and closing-up device.
2. automatic riveter as claimed in claim 1, it is characterized in that, described interior rail conveying device comprise place in the caterpillar conveyer belt mould, the conveying belt die positioner that drives the interior rail drive unit of described caterpillar conveyer belt mould running and in the time that described caterpillar conveyer belt mould pauses, its submodule tool is positioned of rail, described conveying belt die positioner comprises the mould location action device that the mould that whether puts in place for detection of submodule tool is fixed to level detecting apparatus and for antithetical phrase mould in the time that submodule tool puts in place.
3. automatic riveter as claimed in claim 1 or 2, it is characterized in that, described plastic clip conveying device comprises the plastic clip drive unit that plastic clip discharge vibrating disk, plastic clip are arranged runner and the plastic clip in described plastic clip discharge vibrating disk is shaken in described plastic clip arrangement runner.
4. automatic riveter as claimed in claim 1 or 2, it is characterized in that, described plastic clip apparatus for placing comprises the first interior rail checkout gear and plastic clip is pushed to the plastic clip pusher in interior rail in the time that described the first interior rail checkout gear detects that interior rail is transported to described plastic clip apparatus for placing.
5. automatic riveter as claimed in claim 4, it is characterized in that, described plastic clip apparatus for placing also comprises for detection of the plastic clip checkout gear not putting in place from the plastic clip of described plastic clip conveying device, described electric cabinet is included in described the first interior rail checkout gear and detects and when interior rail is transported to the propelling movement position of described plastic clip pusher, control the first pause control device that the caterpillar conveyer belt mould of described interior rail conveying device pauses, first detection control apparatus that puts in place that starts in the time that described caterpillar conveyer belt mould pauses whether the mould of described interior rail conveying device put in place to level detecting apparatus detection submodule tool, detecting that submodule tool starts the first location action control device that the mould location action device antithetical phrase mould of described interior rail conveying device is fixed while putting in place, in the time detecting that submodule tool does not put in place, end the first interrupt control apparatus of described automatic riveter work, and in the time that detecting that plastic clip does not put in place, ends described plastic clip checkout gear the second interrupt control apparatus of described automatic riveter work.
6. automatic riveter as claimed in claim 5, it is characterized in that, described plastic clip checkout gear comprises the first inductive switch, described the first inductive switch is detecting that interior rail sends the first switching signal to described electric cabinet while being transported to the propelling movement position of described plastic clip pusher, the caterpillar conveyer belt mould that described the first pause control device is controlled described interior rail conveying device under the control of described the first switching signal pauses, described electric cabinet is also included in described plastic clip checkout gear and detects when plastic clip does not put in place, and the control panel that carries out fault demonstration at described mould in the time that level detecting apparatus detects that submodule tool does not put in place.
7. automatic riveter as claimed in claim 1 or 2, it is characterized in that, described rivet conveying device comprises rivet hopper, air clutch rivet slideway and the rivet in described rivet hopper is sent into the rivet drive unit in described air clutch rivet slideway.
8. automatic riveter as claimed in claim 1 or 2, it is characterized in that, described closing-up device comprises the second interior rail checkout gear and detects that at described the second interior rail checkout gear the rail of putting into plastic clip carries out the Pneumatic stamping riveting device of riveted to putting into the rail of plastic clip by rivet while being transported to described closing-up device.
9. automatic riveter as claimed in claim 8, it is characterized in that, described closing-up device also comprises for detection of the rivet detection device not putting in place from the rivet of described rivet conveying device, described electric cabinet is included in described the second interior rail checkout gear and detects and when the rail of putting into plastic clip is transported to the riveted position of described Pneumatic stamping riveting device, control the second pause control device that the caterpillar conveyer belt mould of described rail conveying device pauses, second detection control apparatus that puts in place that starts in the time that described caterpillar conveyer belt mould pauses whether the mould of described interior rail conveying device put in place to level detecting apparatus detection submodule tool, detecting that submodule tool starts the second location action control device that the mould location action device antithetical phrase mould of described interior rail conveying device is fixed while putting in place, in the time detecting that submodule tool does not put in place, end the 3rd interrupt control apparatus of described automatic riveter work, and in the time that detecting that rivet does not put in place, ends described rivet detection device the 4th interrupt control apparatus of described automatic riveter work.
10. automatic riveter as claimed in claim 9, it is characterized in that, described rivet detection device comprises the second inductive switch, described the second inductive switch is detecting that the rail of putting into plastic clip sends second switch signal to described electric cabinet while being transported to the riveted position of described Pneumatic stamping riveting device, the caterpillar conveyer belt mould that described the second pause control device is controlled described interior rail conveying device under the control of described second switch signal pauses, described electric cabinet is also included in described rivet detection device and detects when rivet does not put in place, and the control panel that carries out fault demonstration at described mould in the time that level detecting apparatus detects that submodule tool does not put in place.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420263324.XU CN203805318U (en) | 2014-05-22 | 2014-05-22 | Automatic riveting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420263324.XU CN203805318U (en) | 2014-05-22 | 2014-05-22 | Automatic riveting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203805318U true CN203805318U (en) | 2014-09-03 |
Family
ID=51444120
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420263324.XU Expired - Fee Related CN203805318U (en) | 2014-05-22 | 2014-05-22 | Automatic riveting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203805318U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105689626A (en) * | 2016-03-01 | 2016-06-22 | 佛山市网冠金属制品有限公司 | Automatic riveting equipment |
| CN106808701A (en) * | 2017-01-12 | 2017-06-09 | 广东高标电子科技有限公司 | From dynamic pressure insulation grain kludge |
| CN112621147A (en) * | 2020-12-07 | 2021-04-09 | 安徽字母表工业设计有限公司 | Operating rod posture adjusting unit for auto-parts automatic production line |
-
2014
- 2014-05-22 CN CN201420263324.XU patent/CN203805318U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105689626A (en) * | 2016-03-01 | 2016-06-22 | 佛山市网冠金属制品有限公司 | Automatic riveting equipment |
| CN105689626B (en) * | 2016-03-01 | 2018-08-07 | 佛山市网冠金属制品有限公司 | A kind of automatic riveting device |
| CN106808701A (en) * | 2017-01-12 | 2017-06-09 | 广东高标电子科技有限公司 | From dynamic pressure insulation grain kludge |
| CN112621147A (en) * | 2020-12-07 | 2021-04-09 | 安徽字母表工业设计有限公司 | Operating rod posture adjusting unit for auto-parts automatic production line |
| CN112621147B (en) * | 2020-12-07 | 2021-11-26 | 安徽字母表工业设计有限公司 | Operating rod posture adjusting unit for auto-parts automatic production line |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140903 Termination date: 20160522 |