36results about How to "Does not affect production takt" patented technology

The invention relates to a detection device with a mistake-proofing function. The detection device comprises a lower mold mounting table, a riveting mold base, a riveting mold core and an optical sensor, wherein the riveting mold base is mounted on the upper surface of the lower mold mounting table; the riveting mold core is inserted coaxially into the riveting mold base; a coaxial step hole is formed in the riveting mold core; and the optical sensor is mounted in a lower hole of the step hole. The detection device with the mistake-proofing function provided by the invention is practical in structure, convenient to use and high in practicality. By adopting the mold, leakage or reversing of nuts can be avoided, so that the product quality is improved favorably and unqualified products are prevented from flowing into the market.

The invention discloses a rotary storing mechanism for a body-in-white welding total-splicing clamp. The rotary storing mechanism comprises a driven end base, a driving end base and a rotary body transversely erected between the driven end base and driving end base, a plurality of clamp containing areas are evenly arranged along the circumference of the rotary body, each clamp containing area is provided with a clamp track, the lower end face of each clamp track is provided with a forked plate mechanism for fixing the clamp on the clamp tracks, and the driven end base and the driving end base are provided with bolt mechanisms capable of limiting rotation of the rotary body respectively. Compared with the prior art, the rotary storing mechanism has the advantages that the remodeling preparation time is short, and the production frequency is not influenced; multi-car-model collineation can be achieved; floor space is small, and a system with the rotary clamp storing mechanism is smallest in floor space compared with an existing multi-car-model collineation flexible total-splicing system side body clamp storage system capable of being switched along with lines.

The invention relates to a moisturizing core storing frame which comprises a core frame which is provided with a layer of core plates or a plurality of layers of core plates for accommodating sand cores; the core plate is provided with a cover body; a storing space which is used for accommodating sand cores is formed between the cover body and the core plate; and the core frame is provided with a vacuum device which is communicated with the storing space. For the sand core with high storing environmental requirements, through the moisturizing core storing frame provided by the invention, the condition that the strength of the sand core is lowered and the sand core is fractured caused by that the sand core absorbs moisture is avoided, so that the production beat can not be influenced, the sand core storing time can be prolonged, and the sand core performance can not be influenced; and through the moisturizing core storing frame, the sand core storage is not limited in a constant-temperature constant-moisture room.

The object of the present invention is to provide a stamping waste collecting device with a simple structure, convenient control and a high degree of automation. The stamping waste collecting device of the present invention comprises a frame; a traveling mechanism for driving the frame to move; a waste receiving platform mounted on the frame by a lifting mechanism; and a height adjusting mechanismused for reducing the height of the waste receiving platform when the height of waste on the waste receiving platform exceeds a predetermined height. The stamping waste collecting device of the present invention uses the height adjusting mechanism to adjust the height of the waste receiving platform in real time when receiving the waste. Thereby the waste receiving platform is lowered as the height of the waste increases, so that the releasing height of a robot is kept constant, which simplifies the control of the robot and eliminates interference with other components possibly caused by a low releasing height of the robot, thus the safety is improved.

The invention relates to a plastic hot riveting device for an automobile lamp. A workbench is provided with a lamp body positioning mechanism, a press riveting mechanism, a rivet head grabbing mechanism and a heating mechanism. The lamp body positioning mechanism comprises a push air cylinder, a lamp body positioning base and a floating positioning base. The push air cylinder installed on the workbench is connected with the lamp body positioning base. The floating positioning base is connected with the lamp body positioning base and arranged at the upper portion of the lamp body positioning base. A rivet head positioning plate on the floating positioning base is borne on a lower elastic body. The press riveting mechanism comprises a rivet pressing air cylinder, guide columns and a rivet pressing mechanism, wherein the rivet pressing air cylinder is connected with the rivet pressing mechanism. A pressing base of the rivet pressing mechanism is provided with pressing columns and air blowing pipes, and elastic push rods connected to the pressing base are opposite to the rivet head positioning plate. The rivet head grabbing mechanism comprises a support, a lifting rod and a movable rod which are connected. The heating mechanism comprises a heating furnace and a rotary disc, and the heating furnace and the rotary disc are fixed to the workbench. The plastic hot riveting device is reasonable in structure, rapid hot riveting and cooling can be achieved during multi-point riveting, the riveting quality can be ensured, and the riveting efficiency can be improved as well.

The invention discloses a tackle circulating transporting device and a conveying method thereof. The device comprises a tackle workpiece locking external force device, a tackle workpiece loosening external force device, a tackle transferring-to-clamp switching device, a tackle control mechanism, a tackle movement mechanism, rails and multiple tackles arranged on the rails. The rails comprise the movable rail and the fixed rail. The fixed rail comprises parallel conveying rail bodies and return rail bodies. A movable rail switching device is arranged between the movable rail and the fixed rail. The tackles are distributed on various stations of a production line, the space of a plant is not independently occupied, no lifting mechanism is arranged, the scale space in the height direction is reduced, and the ergonomic problem of an existing reciprocating conveying mechanism is solved. The tackle circulating transporting device can directly work on the tackles without affecting the production takt, the number of the tackles needed for circulating conveying is small, conveyance and return of the tackles can be achieved through the same tackle movement mechanism, and therefore tackle circulation is achieved, and the utilization efficiency of the conveying device is improved.