105results about How to "Realize automatic receiving" patented technology

The invention discloses a full-automatic material delivery system which comprises a box body, wherein an upper die and a lower die matched with the upper die are arranged on the box body; a groove is formed in the middle of the lower die; a material inlet and a material outlet are formed in two sides of the box body; a positioning plate for controlling the position of a material plate is arranged at the material inlet; an automatic material collection mechanism is arranged at the material outlet; a plurality of rollers are arranged on two sides of the groove and are uniformly arranged on a gear belt in a spacing manner; a plurality of conveying gears are arranged in the gear belt; a cross frame is arranged below the conveying gears. The full-automatic material delivery system has the following beneficial effects that the material feeding position of the original bending machine is changed, so that materials are fed from an opening in the side surface of the bending machine, realizing synchronous material feeding and discharging and greatly improving the efficiency; meanwhile, the material feeding position is not required to be gathered, so that positioning is precise; a packing device can realize automatic material collection, and the whole device is integrated.

The invention discloses an automatic cutting machine of latticed cut-offs, which comprises a controlling device, a material-conveying device, an image acquisition and processing device and a galvanometer cutting device. The material-convening device is electrically connected with the controlling device to convey the latticed cut-offs. The image acquisition and processing device is electrically connected with the controlling device to attain the sub-image of the grid clothing which is conveyed by the material-conveying device, and the image acquisition and processing device aims to attain a plurality of grid clothing, then implements the matching to form an integrated grid image. According to the grid image, the controlling device defines the latticed off-cut position of the grid clothing, and according to the latticed off-cut position, defines the position of the cutting line. The galvanometer cutting device is on the top of the material-conveying device, and the galvanometer cutting device is electrically connected with the controlling device. According to the position of the cutting line, the galvanometer cutting device is used for cutting the grid clothing into a plurality of latticed cut-offs. The automatic cutting machine of latticed cut-offs has a high efficiency.

The invention discloses an adhesive tape sticking device, which comprises a rack, a carrier turntable instrument, an adhesive tape feeder, an adhesive tape sticking instrument, a component discharge instrument and a controller. Specifically, the adhesive tape feeder is used for adhesive tape feeding, the adhesive tape sticking instrument is disposed at the adhesive tape discharge end of the adhesive tape feeder, and a suction nozzle on the adhesive tape sticking instrument can suck an adhesive tape. The carrier turntable instrument is located on the rack, and can convey the carrier thereon to the place right below the suction nozzle so as to stick the adhesive tape by the suction nozzle. The component discharge instrument can send the carrier of an adhesive tape sticked product into a discharge flow channel for discharge. And the controller controls the work of each component. The adhesive tape sticking device provided by the invention realizes automatic peeling and sticking of adhesive tapes and automatic receiving of sticked products, achieves full automatic work, and has no need for manual operation. The adhesive tape sticking speed is fast, and the sticked adhesive tapes are accurate in positions and are firm. Manpower and space are saved, the production efficiency is improved, and production cost is reduced.

The invention discloses an automatic material collecting machine which comprises a material sorting mechanism, a material strip picking and placing mechanism, a material strip conveying mechanism, a first material box conveying mechanism, a material box grabbing mechanism and a second material box conveying mechanism. The material sorting mechanism is positioned below the material strip picking and placing mechanism, the material strip conveying mechanism is positioned on one side of the material sorting mechanism, the first material box conveying mechanism is positioned below the material box grabbing mechanism and is opposite to the material strip conveying mechanism, and the second material box conveying mechanism is positioned below the first material box conveying mechanism. By the aid of the automatic material collecting machine, operators do not need to directly contact with chips by hands, so that the chips are guaranteed against being accidentally damaged or affected.

A method for automatically receiving mobile phone mail includes using mobile phone built - in WAP browser to carry out POP3 service register , checking whether there is new mail or not periodically by POP3 proxy , taking key data of mail back if there is , using POP3 proxy as push initiator to initiate push request to user according key data and databank data , utilizing push proxy gateway to provide delivery information to user in brief information mode , prompting user that new mail is arrived when delivery information is detected by server at user end , starting service according to user selection for realizing automatic - receiving purpose .

The invention relates to drum fermentation reactor-based bacterial cellulose production technology, which comprises the following steps of: (1) sterilizing hollow equipment; (2) sterilizing culture medium; (3) inoculating; (4) performing rotary fermentation; (5) harvesting bacterial cellulose films; and (6) cleaning equipment. The bacterial cellulose production technology breaks through the limitation that the traditional tray culture method is performed manually and has low production efficiency, realizes continuous and mechanical work of bacterial cellulose fermentation production and film preparation, has the advantages of high treatment capacity, high efficiency, convenience, high degree of automation and the like, and can effectively improve the labor productivity, reduce the production cost and stabilize the product quality.

The invention discloses a collecting device for sheet type integrated circuit plating equipment. The collecting device comprises a base and further comprises a sorting frame assembly, a collecting box assembly, a stand and a collecting clamp assembly which are arranged on the base; the collecting clamp assembly is arranged above the collecting box assembly; the front end and the rear end of the sorting frame assembly are respectively provided with a feeding hole and a temporary storage area, wherein the temporary storage area of the sorting frame assembly is arranged near the front end of the collecting box assembly and extends to the position below the collecting box assembly; the collecting clamp assembly comprises a horizontal guide rail mechanism, an adsorbing component and two clamping components, wherein the adsorbing component and the two clamping components can be arranged on the horizontal guide rail mechanism in a horizontal sliding way and a vertical lifting way; and the collecting box assembly comprises a collecting box mounting support, a collecting box and an auxiliary box, wherein the collecting box and the auxiliary box are arranged on the collecting box mounting support. The collecting device for the sheet type integrated circuit plating equipment can be used for collecting sheets automatically in the process of plating the sheets, thus the integral plating efficiency of the sheets can be improved effectively.

The invention discloses a covering machine, including a machine body, a margin-wrapping device and a sewing device. The margin-wrapping device is provided with a folding board, which is arranged on the machine body; one side of the folding board curves as an arch from an end to the opposite end to form a folding part. A first off-cut and a second off-cut are placed on a binder in an overlapping way, and a side of the first off-cut can encase the second off-cut in an overlapping way through the folding part. The sewing device is arranged on the machine body; the sewing device is used for sewing the first off-cut and the second off-cut bound by the binder to form a bound off-cut. The covering machine improves work efficiency and the stability of products.

The invention relates to the field of PCB tiny-drill machining, in particular to a CNC discharging disc inserting device for PCB tiny-drill groove forming. The CNC discharging disc inserting device for PCB tiny-drill groove forming comprises a discharging mechanism and a receiving mechanism. The discharging mechanism comprises a discharging machine frame. Discharging pneumatic fingers and a collecting hopper are installed on the discharging machine frame. The collecting hopper is arranged below the pneumatic fingers. A discharging opening is formed in the bottom end of the collecting hopper. A discharging pipe is installed on the discharging opening. The material receiving mechanism comprises a vertically moving receiving air cylinder, an X-Y moving device located below the vertically moving receiving air cylinder and a material disc point location board arranged on the X-Y moving device and used for bearing a material disc. The bottom end of the vertically moving receiving air cylinder is provided with a material guiding groove. The bottom end of the discharging pipe extends into the material guiding groove, so that automation and systematization of the PCB tiny-drill machining are achieved, production efficiency is improved, labor cost is reduced, the quality of a PCB tiny drill is improved, the machining cost of the PCB tiny drill is reduced and the safety of an operator is guaranteed in the process of PCB tiny-drill machining.

The invention discloses rapid positioning hardness detection equipment for concrete detection and a use method thereof, and belongs to the technical field of concrete detection.The rapid positioning hardness detection equipment comprises a working platform, a moving assembly is movably connected to the top of the working platform, a placing platform is fixedly connected to the top of the moving assembly, and a clamping assembly is movably connected to the interior of the placing platform; and one side of the clamping assembly is movably connected with a pushing assembly, one side of the top of the working platform is fixedly connected with a supporting box body, the top of the supporting box body is fixedly connected with a top plate, and an inner cavity of the supporting box body is movably connected with a grinding assembly. According to the concrete sample polishing device, through the polishing assembly, a first gear drives a first bevel gear to rotate through a second rotating shaft, the first bevel gear drives a second bevel gear to rotate, and the second bevel gear drives a polishing disc to polish the outer surface of a concrete sample through a third rotating shaft, so that the flatness of the outer surface of the concrete sample is ensured; the accuracy of the detection effect is ensured.

The invention relates to a material-receiving system for a band saw gear milling machine. A plurality of material-receiving plates are arrayed on two sides at the top of a base bracket, so as to form two rows of material-receiving plates in parallel; the two rows of material-receiving plates are located at same altitude, thereby forming a layer of material-receiving plates; a material supporting mechanism and a material stopping wheel are arranged between the two rows of material-receiving plates; the material supporting mechanism is used for supporting a band saw; the material stopping wheelis used for limiting a transmission direction of the band saw; one layer or multiple vertical parallel layers of the material-receiving plates are arranged; positioning holes, by which positioning shafts vertically pass through each layer of the material-receiving plates, are formed; the bottom of each of the positioning shafts is connected with a material-receiving slewing mechanism; a constant speed gear box is arranged on the base bracket between the two rows of material-receiving plates; a motor output shaft is connected with an input shaft of the constant speed gear box; and two output shafts of the gear box are respectively connected with the material-receiving slewing mechanisms on two sides of the constant speed gear box through a conveying mechanism. In the material-receiving system for the band saw gear milling machine provided by the invention, saw bands are directly divided into upper and lower two layers which do not interfere and contact each other; the quality accidents, such as bending, bumping, and the like, of the saw bands are avoided while the materials are received; and the quality level during a band saw gear milling process is increased.

The invention provides a beans crushing and collecting device, which comprises a substrate, a connecting rod and a mounting rod. The lower end of the connecting rod is fixedly connected with the substrate, and the connecting rod is positioned on the substrate and parallel to the substrate. A pneumatic cylinder comprises a cylinder body and a piston rod. The cylinder body is fixedly installed on the upper surface of the substrate. A support plate is connected to the cylinder body through the piston rod, and the support plate is parallel to the substrate. A motor comprises a motor body and a rotating shaft. A grinding disc comprises an upper disc-shaped grinding disc and a lower disc-shaped grinding disc. The upper surface of the lower grinding disc is provided with a planar spiral groove. The upper grinding disc and the lower grinding disc are coaxially arranged. The center of the upper grinding disc is provided with a through hole. A hopper comprises a hopper body and a hopper mouth. The hopper body is connected to the hopper mouth through a through hole. The lateral side of the hopper mouth is connected to the connecting rod through the mounting rod. The device also comprises a chute, one end of which is fixedly installed at the lateral side of the lower grinding disc at a discharge opening. A storage tank is arranged below the other end of the chute. Vertical height of one end of the chute is greater than vertical height of the other end of the chute. By integrating grinding and collection, the device of the invention has high grinding efficiency.

The invention relates to the field of bearing conveying, in particular to a bearing receiving device. The bearing receiving device comprises a pushing mechanism and a stacking mechanism, wherein a transverse first stacking groove is formed in the joint of the pushing mechanism and a discharging channel, and an electro-hydraulic push rod is arranged at one end, close to the discharging channel, ofthe first stacking groove; and a transmission mechanism comprises a base, a rocker driving mechanism and an electric telescopic rod, wherein the base is fixedly connected with a supporting rod, the supporting rod is movably hinged to the electric telescopic rod, the other side of the electric telescopic rod connected with the supporting rod is movably hinged with the rocker driving mechanism, oneend, far away from the pushing mechanism, of a conveying mechanism is provided with the stacking mechanism. The bearing receiving device is simple in structure, safe and reliable; under the driving ofthe rocker driving mechanism, the electric telescopic rod reciprocates between the first stacking groove and a second stacking groove, and meanwhile, the electric telescopic rod movably sleeves witha bearing through stretching and retracting, so that high automation material collecting is achieved, and manual investment is greatly reduced.

The invention discloses a lifting type material supporting mechanism and a material collecting device of a conducting film assembly. The lifting type material supporting mechanism comprises a base plate, a fixed plate, a motor assembly, a material supporting plate, a plurality of guiding rods, a nut base and a screw rod, wherein two stand columns are arranged above the base plate, the fixed plate is fixed at the upper end of each stand column, the motor assembly is provided with a driving wheel, the material supporting plate is arranged above the fixed plate, the guiding rods penetrate through guiding holes formed in the fixed plate, the upper end of each guiding rod is fixedly connected with the material supporting plate, and the lower end of each guiding rod is fixedly connected with a lower connecting plate, the nut base is provided with a driven wheel which is connected with the driving wheel in a transmission mode, and the screw rod is in threaded connection with a nut hole. In the process of stacking materials, the positions of the materials are neat and cannot be changed easily, the material placement positions do not need to be changed when a mechanical arm or a robot places the materials, the using efficiency of the robot or the mechanical arm is improved easily, and productivity is improved. According to the material collecting device of the conducting film assembly, the automatic material collection of the FPC conducting film assembly is achieved, manual material collecting is not needed, labor cost is reduced, and material collecting efficiency is improved.

The invention discloses a field individual combat helmet based on a Beidou navigation satellite. The field individual combat helmet comprises a shell, an inner container and at least one row of interlayer arranged between the shell and the inner container, wherein the shell and the inner container are connected in sequence, each row of interlayer comprises a bag type body and an inner cavity, and a Beidou receiving antenna and storage unit, a miniature positioner, an arithmetic unit and a voice navigation module are sequentially connected in the inner cavity. According to the field individual combat helmet, and the bag type body packages the electronic communication units, is isolated between the shell and the inner container and better protects the electronic communication units. The arranged electronic communication units enable an individual soldier or a logistic system to conveniently find lost protectors and obtain important combat intelligence information through all terminals on the units after or during field combat, facilitate analysis and retention of combat data and achieve finding of necessary intelligence information in cooperation with a command system or the logistic system, and meanwhile the fighting power of the individual soldier is improved.

The invention relates to a material receiving device which comprises a transporting mechanism, a guiding assembly and a material receiving assembly, wherein the material receiving assembly is arranged at one end of the transporting mechanism; the guiding assembly comprises a first support and a guiding element; the first support is arranged on the transporting mechanism; one end of the material receiving assembly is arranged close to the transporting mechanism; the guiding element is arranged on the first support and also arranged towards the transporting mechanism, so that the guiding element holds down products when the products transported by the transporting mechanism are positioned between the guiding element and the transporting mechanism; when the material receiving device works, the products such as paper, are transported to the guiding element by the transporting mechanism, and the guiding element holds down the paper, so that the paper is slightly bent along the direction parallel to the motion direction of the transporting mechanism to form a certain radian, thus has better mechanical property, quickly falls into the material receiving assembly at a certain speed brought by inertial force and falls at the same position, further the paper is automatically arrayed to be orderly, and automatic material receiving is realized, labor force is reduced, and the working efficiency is improved.

The invention discloses a USB communication based modular function expansion method for a digital oscilloscope. The method comprises the following steps: (1) the digital oscilloscope and an external connection device are prearranged; (2) a supporting USB device interface and a USB device drive are arranged, and an identification code of the external connection device is preset; (3) a command and data are packaged; (4) initialization is performed, a USB event monitoring thread is established, and whether a USB accessing event or a USB pulling out event happens is judged; if the USB accessing event happens, the type of the external connection device is judged; if the USB pulling out event happens, the external connection device of which the USB is pulled out is interpreted, and a marker of the device is reset; (5) after the type external connection device is determined, the external connection device is initialized, and the marker of the external connection device is set, a host process judges the marker and jumps to a corresponding operation interface, and data are received and displayed; a USB transmission thread is established for receiving data and analyzing communication protocols, new setting is performed, and data are read; (6) whether new setting is performed is judged; (7) the data are uploaded. The invention further discloses a function expansion system.

The invention relates to an electrode plate wrapping method, which comprises the steps of: first, arranging a positive electrode plate and a negative electrode plate in an electrode plate material box vertically respectively, above all using a sucking disc to suck the positive electrode plate laterally, then turning the positive electrode plate downward by 90 degrees and placing it in a material trough, moving the positive electrode plate placed in the material trough forward by one working position, at the same time moving separator paper from top to bottom, cutting the separator paper off and disposing it on the material trough vertically, further moving the positive electrode plate forward by one working position, and making the front end of the positive electrode plate contact the central part of the separator paper in the moving process, along with the forward moving of the positive electrode plate, wrapping the positive electrode plate with the separator paper, then further moving the positive electrode plate forward by one working position, simultaneously employing the sucking disc to suck a negative electrode plate laterally, and placing the negative electrode plate right over the wrapping completed positive electrode plate, then keeping moving the negative electrode plate, the separator paper, and the positive electrode plate forward into a material receiving device, and when the number of a plate pack is collected, sending the plate pack out.

The invention discloses a cooling and collecting device for metallurgical billets. The cooling and collecting device comprises a rack and conveyor belts arranged on the left and right sides of the rack. The conveyor belts are dragged by motors to work. The rack is provided with a sliding plate opposite to the conveyor belts on the two sides of the rack in position. A supporting frame used for pushing the billets is arranged on the sliding plate and connected to the side walls of the sliding plate in a sliding mode, and the supporting frame is driven by a servo motor. Spraying heads fixed to the rack are arranged above the sliding plate and connected with a water inlet pipe, a water collecting trough is arranged below the sliding plate, and multiple brushes are mounted above the right side of the sliding plate; brush heads of the brushes can make contact with the billets on the sliding plate, and circulating cooling pipes located on the two sides of the sliding plate are arranged below the brushes; a material sliding plate is connected to the conveyor belt on the right side of the rack and connected with a rotatable material collecting plate. According to the cooling and collecting device for the metallurgical billets, residual accumulated water is avoided, the billets can be quickly cooled, and automatic material collecting can be achieved.

The present invention relates to a lower goaf stability monitoring device in open-pit iron mining, including a signal acquisition system for collecting and sending signals; a signal receiving, analyzing and processing system, characterized in that: the signal The acquisition system is a front-end monitoring unit, including multiple integrated probes with the same structure, multiple data acquisition instruments with the same structure connected to the integrated probes through power lines, multiple wireless signal transmitting units with the same structure, and wireless signal transmission units set at the commanding heights of the open-pit pit. In the relay station, the signal receiving, analyzing and processing system includes a signal receiving controller, a remote monitoring center PC host and a database server connected to the signal receiving controller. The advantages of the present invention are: through the application of multiple integrated probes and signal acquisition, transmission, conversion, emission and reception technology, the signal receiving ability of the instrument is effectively improved, a multi-channel high-sensitivity monitoring system is formed, and safety Hidden danger.