269results about How to "Achieve stacking" patented technology

A method for stacking routing and switching devices is applied to a stacking system including at least two stacking devices, and can realize mixed stacking of routers and switches. After the stacking device is started, it sends and receives a neighbor detection message through the stacking interface, and the message contains at least the MAC address of the stacking device; and obtains the MAC address of the neighbor device after receiving the neighbor detection message sent by the neighbor device ; Then generate a stack topology information packet according to the stack interface information and the MAC address information of the neighbor device, and send it to the stack interface of the neighbor device; Other stacking interfaces other than the stacking interface flood the packet; all stacking devices select the master device according to the stacking topology information packets generated and received by themselves, and obtain the topology mapping table of the entire topology system. The topology mapping table is the stacking interface information Mapping table with stack device MAC address information.

The invention discloses 3D (three dimensional) printing equipment for preparing a thermoplastic elastomer product, which mainly consists of a material melting and conveying unit, a material squeezing unit, a three-dimensional coordinate platform and a rack; in the material squeezing unit, a valve body is full of melted and plasticized materials through a hot runner; the opening and closing of the nozzle of the valve body is controlled by a valve needle; the valve needle is fixed onto a thermal insulator which has certain elastic deformation capability and thermal insulation capability; corresponding force is applied to the upper side of the thermal insulator by using a spring and an electromagnet, so as to enable pressure generated by the melted materials in the valve body to be balanced with the applied force, so that the valve needle can seal the nozzle, and when the electromagnet is controlled to intermittently move up and down according to certain rules by a controller, the valve needle also moves up and down correspondingly due to the fact that the balance of the force is broken, so that the nozzle is continuously opened and closed to form micro droplets; micro droplets are cooled and formed on the three-dimensional platform, and the product is finally printed. According to the equipment disclosed by the invention, different materials of micro droplets or fuses can be sprayed according to different time sequences, and the product, which is made from a soft and hard composite material and has multifunctional gradients, can be printed.

The invention relates to a manufacturing method of wood trays, including the following steps of: forming front components of wood trays; turning over the front components of the wood trays; forming back components of the wood trays at back sides of the front components of the wood trays to produce the wood trays; postprocessing procedures; lining up and stacking the wood trays into a block; and exporting and carrying the whole block of wood trays stacked well into a warehouse. Compared with the prior art, the invention has the advantages that only 4 to 6 operators are needed in the whole production line, which equals the production efficiency of 20 operators with manual operation; the amount of labor can be saved by 70 percent and the production efficiency can be increased by more than 5 times; the labor intensity of workers can be reduced; the wood trays are lined up in order and can be staggered positively and negatively to save space; and single-deck trays can save space by more than 40 percent, site and space can be saved, and all processing equipment can be installed on the production line.

The invention discloses a turret type automatic lamination production line and a lamination process thereof. The turret type automatic lamination production line comprises a rack, feeding vacuum pullbodies, lamination mechanisms, turret mechanisms, material discharging mechanical arms and CCD mechanisms; two feeding vacuum pull bodies are provided; the two feeding vacuum pull bodies are parallelly arranged on the rack at intervals; two turret mechanisms are provided; the two turret mechanisms are arranged at two lamination stations respectively; four lamination mechanisms are provided; two groups of lamination mechanisms are arranged to two sides of the two turret mechanisms respectively, wherein each group of lamination mechanisms includes two lamination mechanisms; two material discharging mechanical arms are provided; the two material discharging mechanical arms are sequentially arranged below the two feeding vacuum pull bodies respectively; two CCD mechanisms are provided; and thetwo CCD mechanisms are arranged above the two lamination stations respectively. With the turret type automatic lamination production line and the lamination process thereof of the invention adopted,the sequential alternating lamination of the two lamination mechanisms is realized in the same rotation cycle, so that lamination efficiency is improved; the continuous lamination of a platform is realized, and the problem of movement interference during material discharging is avoided; and pole sheets are pressed uninterruptedly, so that the displacement deviation of the pole sheets is effectively avoided.

The invention discloses an automatic steel ring grabbing system. Placing space which is for placing a steel ring in a positioning mode is formed in one side of a steel ring tray; the edge on one side of the steel ring tray forms into a surrounding of external spigot; the edge on the other side of the steel ring tray forms into an internal contraction step structure; the external spigot on one side of the steel ring tray can sleeve the external side of the internal contraction step structure of the adjacent steel ring tray to be superposed; a steel ring gripper and a tray gripper can be respectively positioned on a positioning disc side which is towards the steel ring direction; the steel ring gripper can grab and loosen the steel ring; the tray gripper can grab and loosen the tray; a first driving device and a second driving device respectively drive the steel ring gripper and the tray gripper to act; a position sensing device can sense the surface layer superposed steel ring and transmit to a controller to control a conveying mechanism to convey a steel ring grabbing mechanism to a grabbing position which is corresponding to the surface layer steel ring tray and control the first driving mechanism and the second mechanism to act. The automatic steel ring grabbing system achieves automatic ring assembling, saves manpower, improves the production efficiency and reduces production costs.

The invention discloses an automatic explosive cartridge medium-package packaging machine, and belongs to the technical field of emulsion explosive packaging equipment. According to the technical scheme, the automatic explosive cartridge medium-package packaging machine comprises a rack, wherein a feeding belt device, a stacking chain plate device and a first horizontal conveying device which are sequentially connected to one another are arranged on the rack; a second horizontal conveying device and a first pushing mechanism are arranged on a side of the first horizontal conveying device; a second pushing mechanism is arranged on the rack and on a side of the second horizontal conveying device; a third horizontal conveying device and a fourth horizontal conveying device are sequentially arranged on the rack and on the side of the second horizontal conveying device; a film forming sleeve is sleeved on the periphery of the third horizontal conveying device; a film supplying device is arranged on the rack and on a side of the film forming sleeve; a longitudinal film sealing device is arranged on a side of the fourth horizontal conveying device; and a transverse sealing and film cutting device is arranged at a discharging end of the fourth horizontal conveying device. The automatic explosive cartridge medium-package packaging machine is compact in structure, high in work efficiency and easy to maintain, and is used for automatically packaging explosive cartridges.

The invention discloses a composite wood board automatic processing device and a composite wood board processing process. The automatic processing device comprises a pressing machine assembly, gluingmold board carrying assemblies which are arranged on the left and the right sides of the pressing machine assembly, a first board feeding assembly which is arranged on the front side of the pressing machine assembly, and a board discharging assembly which is arranged on the rear side of the pressing machine assembly. The automatic processing device further comprises two board stacking assemblies which are arranged on the two gluing mold board carrying assemblies respectively; the board stacking assemblies are for applying glue to the upper surface of a plurality of thin boards and stacking thethin boards to form a stacked board to be pressed and for delivering the stacked board to be pressed to the gluing mold board carrying assemblies; the first board feeding assembly is for placing a thin board on the upward side of the stacked board to be pressed; and the pressing machine assembly is for receiving the stacked boards to be pressed delivered by the gluing mold board carrying assemblies and pressing the stacked boards with a thin board arranged on the upward side to form a composite wood board. The composite wood board automatic processing device can realize automatic processing and manufacturing of a composite wood board and can greatly save the input of manpower.

The utility model relates to a pallet stacking and separating mechanism. The pallet stacking and separating mechanism comprises a shifting fork rotating shaft and a stacking jacking mechanism which are arranged up and below. A pallet shifting fork is arranged on the shifting fork rotating shaft. In pallet stacking operation, a pallet is jacked to the position of a shifting fork by the stacking jacking mechanism, the rotating shaft of the shifting fork rotates, the palletshifting fork is inserted in a trench at the bottom of the pallet to support the pallet, the stacking jacking mechanism moves in circles to jack the pallet, so as to stack the pallet one by one. The pallet separating principle is opposed to the pallet separating mechanism. According to the pallet stacking and separating mechanism, the stacking and separating of pallet can be achieved on the same device, the work efficiency is improved, the stacking effect and the separating effect are enhanced, and the storage and withdrawal of a goods shelf are facilitated.

The invention discloses a workpiece conveying, stacking and storing device comprising a workpiece conveying unit, a gasket conveying unit, a rotational lifting unit and a rotational storage frame. Therotational lifting unit is fixedly installed on the operation ground. The workpiece conveying unit and the gasket conveying unit are arranged on the front side and the back side of the rotational lifting unit. The rotational storage frame is arranged beside the rotational lifting unit and fixedly installed on the operation ground. According to the workpiece conveying, stacking and storing device,the workpiece conveying unit and the gasket conveying unit which are located on the front side and the back side of the rotational lifting unit feed workpieces and gaskets correspondingly, multiple mechanical arms of the rotational lifting unit grab the workpieces and the gaskets correspondingly and alternately place the workpieces and the gaskets in the rotational storage frame, and then stacking and storing of the workpieces are achieved; and since material loading racks can be detached from the rotational storage frame, fetching and placing are convenient, and the flexibility is improved.

The invention relates to the technical field of storage, and discloses a vertical stacking and conveying device. The vertical stacking and conveying device comprises a supporting base, a conveying mechanism and a storage mechanism, wherein the conveying mechanism and the storage mechanism are arranged on the supporting base; the conveying mechanism is configured to horizontally push materials intothe storage mechanism; the storage mechanism comprises a shell, a material jacking assembly and a material supporting assembly, wherein the material jacking assembly is arranged at the bottom of theshell, and a material supporting assembly is arranged in the shell; the shell is provided with a space for containing the materials; the material jacking assembly can jack the materials pushed by theconveying mechanism; and the material supporting assembly can support and lift the materials to enter the shell. The vertical stacking and conveying device has the advantages that the materials are pushed to move horizontally by utilizing the conveying mechanism, so that the materials are automatically and horizontally moved into the shell, then the materials are vertically moved in the shell through the material jacking assembly and are supported one by one under the action of the material supporting assembly, so that the materials are stacked in the vertical direction, and therefore the purposes of automatic carrying and vertical warehousing and stacking of the materials are achieved.

The invention provides a three-dimensional stack structure of a thin-film ceramic circuit. Between two adjacent thin-film ceramic substrates, through ball mounting welding or prefabricated pad welding, stacking of more than three thin-film ceramic circuit substrates is realized. Solid metal through holes are used for realizing electric connection of a random layer. The structure comprises a local electromagnetic self-shielding structure of a chip and/or a passive component. The local electromagnetic self-shielding structure comprises an upper metal layer, a lower metal layer and side surface solid metal through holes. The three-dimensional stack structure can realize stacking of the thin-film ceramic circuit so that an active chip, an RF structure, a high-power structure, a broadband switching structure and the like are integrally integrated in a three-dimensional direction, thereby reducing plan area of a function core by more than 70%, effectively improving product integration level, synchronously realizing hermetic sealing and electromagnetic self-shielding, and improving product adaptability. The three-dimensional stack structure can replace 60-70% of similar products and has advantages of saving cost by more than 60% and improving production efficiency by more than 40%.

The invention discloses a double-platform circulating sectional type turret lamination device and a lamination process thereof. The double-platform circulating sectional type turret lamination devicecomprises a turret mechanism and lamination mechanisms; the turret mechanism is arranged between two feeding vacuum pull bodies; positions where vacuum suction plates connected to the turret mechanismare perpendicular to the feeding vacuum pull bodies, are lamination initial positions; two lamination mechanisms are provided and are symmetrically arranged on two sides of the turret mechanism in atransverse direction respectively; two lamination spaces are respectively formed on two sides of the central line of the turret mechanism extending along the longitudinal direction of the turret mechanism; and the corresponding rotation angles of the two lamination spaces are 180 degrees respectively; each lamination mechanism is in linkage with the turret mechanism through one transmission assembly; and when the turret mechanism rotates to perform lamination, two groups of pole sheet pressing assemblies alternately press laminated pole sheets uninterruptedly. With the double-platform circulating sectional type turret lamination device and the lamination process thereof adopted, sequential alternate lamination on the double lamination mechanisms is simultaneously realized in the same rotation period; and therefore, lamination efficiency is improved, the uninterrupted lamination of the platforms is realized, the uninterrupted compression of the pole sheets is realized, and the displacement of the pole sheets is avoided.

The invention relates to the technical field of packaging, and discloses a film covering device and a film covering method.The film covering device comprises a rack, a film adsorption roller, a bearing body conveying unit and a slow stop assembly; when the film adsorption roller rotates to a first state and the bearing body is located at a first station, the film adsorption roller moves in the direction close to the bearing body conveying unit, so that the front end of the cut film is bonded with the front end of the bearing body; when the film adsorption roller rotates to a second state and the bearing body is located at a second station, the film adsorption roller moves in the direction close to the bearing body conveying unit, so that the rear end of the cut film is bonded with the rear end of the bearing body; the slow stop assembly can reduce the moving speed of the bearing body or enable the bearing body to stop moving after the front end of the cut film is bonded with the front end of the bearing body and before the rear end of the cut film is bonded with the rear end of the bearing body. According to the film covering device and the film covering method, the problem that the lengthening length of the film is greatly limited is solved.

The invention relates to a FC chip system stacked fan-out package structure and a preparation method thereof. The package structure comprises a stacked package body formed by two FC chips. The back surfaces of the two FC chips in the stacked package body are abutted against each other. An upper rewiring layer is arranged above the stacked package body; a lower rewiring layer is arranged under thestacked package body; and corresponding chip bumps of the two FC chips in the stacked package body are electrically connected with the upper rewiring layer and the lower rewiring layer. The outer sides of the stacked package body are provided with symmetrically-distributed vertical interconnection transfer boards respectively; and through required electrical connection between through-hole connectors in the vertical interconnection transfer boards and the upper rewiring layer and the lower rewiring layer, required signal interconnection and/or signal leading-out end transfer between the two FCchips in the stacked package body is realized. The package structure is compact in structure, can effectively realize stacked package of the FC chips, can simplify process and improve packaging efficiency, and is safe and reliable.

A process for the level adjustment of the can plate 14 of a spinning can 10, 100 is proposed which is in a filling position at the output of a textile machine to be filled with fiber sliver F, whereby the can plate 14 is moved before the start of the filling process by a first moving device 17 from a lower can plate position into a higher can plate position and is moved into the lower can plate position during the filling of the spinning can 10, 100. The process according to the invention is characterized in that the can plate 14 is moved before the start or during the starting phase of the filling process by a second moving device 9, 109 from the higher can plate position into an upper filling position as the spinning can 10, 100 is in filling position. Furthermore a suitable apparatus is presented.

The invention relates to the technical field of packaging, in particular to a multistage stacking packaging method for cigarettes. The method comprises the following steps that 1, the conventional cigarettes are input through a conventional cigarette conveying belt, are stacked by utilizing a conventional cigarette turnover device and finally fall onto a transferring device so as to form a conventional cigarette stack; 2, the conventional cigarette stack is conveyed and transferred through the transferring device, and at the moment, first special-shaped cigarettes are input through a first special-shaped cigarette conveying belt, are stacked by utilizing a first special-shaped cigarettes turnover device and finally falls onto the conventional cigarette stack so as to form a first collection stack; and 3, the first collection stack is continuously conveyed and transferred by the transferring device, and at the moment, second special-shaped cigarettes are input through a second special-shaped cigarette conveying belt, are stacked by utilizing a second special-shaped cigarette turnover device and finally falls onto the first collection stack so as to form a second collection stack. According to the method, the technical problem that the working efficiency is low in the existing mixed packaging process of the conventional cigarettes and the special-shaped cigarettes can be solved.

The invention discloses an intelligent logistics express box. The intelligent logistics express box comprises a main body, wherein a slot is formed at a transparent window part in the main body, and an intelligent label and a box sealing pull ring are mounted on the front, close to box covers, of the main body. The logistics express box adopts a trapezoidal structure, so that empty boxes can be stacked and occupy small space. Bosses are arranged on the box covers so as to fix the bottoms of the stacked boxes. The disposable box sealing pull ring ensures the safety of the logistics express box, and the serrated box covers have better air tightness and can be repeatedly utilized. The invention further discloses an intelligent real-time data exchange logistics method. Due to the arrangement of the intelligent label, users can grasp the moving direction of the logistics express box at any moment, and data is exchanged in real time by using an information center of an express processing system based on the Internet in combination with the intelligent logistics box. Goods can be supervised and tracked in real time, and dispatchers can also be supervised in real time. A dispatching scheme is intelligently provided for the dispatchers, the management is more convenient, and the efficiency of the whole logistics process is improved.

The invention discloses a metal fitting polishing device and a polishing method. The polishing device comprises a worktable, a polishing mechanism and a positioning mechanism; the polishing mechanismcomprises a driving wheel; the driving wheel is in engaged transmission with an upper bevel gear and a lower bevel gear; a rotating inner shaft is inserted in a rotating outer shaft, and is coaxiallyarranged with the rotating outer shaft; a polishing cylinder is fixedly connected with the bottom of the rotating outer shaft; the internal of the polishing cylinder is a cavity, and multiple exhaustholes are formed in the side wall of the polishing cylinder; at least one air blowing impeller is mounted on the rotating inner shaft in the polishing cylinder in the length direction of the rotatinginner shaft; the positioning mechanism comprises a jacking rod; the jacking rod is lifted through a jacking pedal; the bottom of a positioning base is fixedly connected with the top of the jacking rod; and a table plate for placing fittings is arranged in the positioning base. The polishing device can effectively polish the fittings, effectively prevents accumulation of dust in the machining process, greatly improves the fitting polishing quality, and improves the use safety.

The invention relates to a high-speed bag aligning, boxing and falling bin mechanism. The mechanism comprises a support, a first plate turning mechanism, a second plate turning mechanism and a bag falling bin. The first plate turning mechanism comprises two first rotating mechanisms which are arranged in a mutual mirroring manner, and each first rotating mechanism comprises a first rotating shaft and a rotating plate; the rotating plates extend in the axial direction of the first rotating shafts, and one end of each first rotating shaft is arranged on the support; the second plate turning mechanism is located below the first plate turning mechanism and comprises two second rotating mechanisms which are arranged in a mutual mirroring manner, and each second rotating mechanism comprises a second rotating shaft and a blocking rod set; each blocking rod set comprises a plurality of blocking rods, and the blocking rods extend in the axial direction of the corresponding second rotating shaft; one end of each second rotating shaft is arranged on the support; and an opening is formed in the upper end of the bag falling bin, the bag falling bin is hollow, and the opening in the upper end of the bag falling bin is located below the second plate turning mechanism. According to the high-speed bag aligning, boxing and falling bin mechanism, collecting, stacking, counting and boxing of a plurality of packaging boxes can be achieved at the same time.