62results about How to "Increase shipments" patented technology

The present invention is directed to the formation of unique carbonaceous materials and a new segregated manufacturing business of carbonaceous material. In particular, the invention is directed to using a flexible reactor (1) in which spray or vapor can be used to form carbonaceous materials (28) and also in combination with inorganic material (6) to enable performance enhancement of products made using these materials.

This invention discloses a commodity pre-purchasing system, comprising a reservation module, a payment module, a timing counting module, and a warehousing module. This reservation module accepts the purchases reservation from users and transmits all the reservation commodity information to the payment module. The payment module transmits the user payment good information to the timing and counting module and the warehousing module. The timing and counting module provides selections of delay delivery and delivery quantity, and sends delivery instructions before the delay time set by the user according to the selection of the delivery quantity and updates the good quantity in the stock module. By adopting the technical scheme of the invention, the pre-order of the consumer can be received by using a pre-order mode and the potential consumption requirement of the user can be developed through the commodity discount. The commodity pre-purchasing system obtains the pre-order of the consumer, provides the consumer with cheap commodities, deliveries the newest commodities to the user right before the reservation time comes, provides convenience, increases shipment and reduces user wastage rate.

The invention provides a 3D printer controller supporting cloud services. The 3D printer controller mainly comprises a network interface and control unit and a motion control unit. The network interface and control unit comprises an Ethernet interface, a WIFI interface, a network processor and a data caching control device, and can independently communicate with a cloud server side and the motion control unit, and then exchange of 3D printing data and state and other information is achieved. The motion control unit adopts a high-real-time-performance microcontroller as a central processing unit to achieve real-time control and the like of real-time motion, feeding and extrusion of a printing head. The motion control unit and the network interface and control unit conduct two-way information exchange through synchronous serial or asynchronous serial interfaces. A double-CPU framework is adopted, 3D printing of the cloud services is achieved coordinately, and file transmission of a non-real-time network and 3D printing control with high real-time-performance requirements are effectively achieved.

The invention relates to a full-automatic detection processing line, and belongs to the production field of electromagnetic switches of start motors. The full-automatic detection processing line comprises a middle control mechanism, as well as a transmission mechanism, an airtightness test box, a hook size test box, a switch cover direction confirmation mechanism, an additional stroke test box, a pull-in voltage test box, a release voltage test box, a coil current balance test box, a running-in test box, a measuring contact step-down and withstand voltage test box and an automatic ink jet box driven by the middle control mechanism; and the transmission mechanism comprises a cyclic feeding belt and a tool positioning platform arranged on the cyclic feeding belt. In the full-automatic detection processing line, the test boxes are arranged sequentially along the cyclic feeding belt, and during detection, the tool positioning platform is pushed manually and conveyed along the cyclic feeding belt, and undergoes different data detection successively; and via a processing line detection manner, the detection efficiency is improved greatly, the outgoing amount of an enterprise is increased, and the enterprise cost is reduced.

The invention discloses full-automatic shaft winding equipment. The full-automatic shaft winding equipment comprises a base, an upper shaft device, a shaft changing device, a thread cutting device anda lower shaft device; the upper shaft device, the shaft changing device, the thread cutting device and the lower shaft device are respectively arranged on the base; the shaft changing device comprises a rotating fixing assembly and an shaft changing group; the rotating fixing assembly is arranged on the base; the rotating fixing assembly comprises a rotating fixing disc and a mounting frame; themounting frame is arranged on the rotating fixing disc; the shaft changing group comprises two winding rotating assemblies symmetrically arranged on the rotating fixing disc; the winding rotating assemblies comprise rotating discs, clamping manipulators and rotating drivers; the rotating discs are arranged on the rotating fixing discs; the clamping manipulators are arranged on the rotating discs;and the rotating drivers are connected with the rotating discs. Shaft changing and winding operation can be performed automatically instead of manually, so that the operation flow is simplified, the winding and shaft changing efficiency is improved, the production yield of bobbins is further increased, and the shipment quantity of wires is increased.

The invention discloses a packing device and a corresponding packing method used for semi knocked down (SKD). The packing device comprises a first bracket mechanism, a second bracket mechanism and a plurality of supporting chock blocks. The first bracket mechanism is provided with a first outer frame and a plurality of first ribs which are arranged on an inner side of the first outer frame and share the same plane with the first outer frame. The second bracket mechanism has the same or similar form with the first bracket mechanism. The supporting chock blocks are arranged between the first bracket mechanism and the second bracket mechanism. The packing method adopting the packing device includes the following steps: the supporting chock blocks are inverted into the first bracket mechanism to form a containing chamber; the semi knocked down are arranged in the containing chamber; the semi knocked down are covered by the second bracket mechanism and the supporting chock blocks are also inverted into the second bracket mechanism.

The invention relates to a tunneling machine, which is characterized in that a cutting head and a cutting speed reducer form hinge connections on both ends of a stretching bush though high strength bolts, a cutting motor forms a hinge connection behind the cutting speed reducer, a cutting portion is connected with a body frame through a connection pin, a stretching cylinder drives the cutting head to move forward along the stretching bush, a shovel plate and a first conveyor are connected with a shovel plate stretching frame through pins, the shovel plate stretching frame slides along a sliding box on the body frame, and a second conveyor connection frame forms a hinge connection on a first conveyor rear groove through a high strength bolt. The tunneling machine has the following advantages that: stretching degree and dinting depth of the cutting portion of the tunneling machine are increased to improve cutting rate so as to achieve stretching of the shovel plate portion; by matching with the increase of the stretching degree of cutting portion, shipment is increased, such that the first conveyor and the second conveyor can synchronously perform stretching movements along with the shovel plate so as to significantly improve the unloading condition of the first conveyor.

The invention relates to the field of production of a starting motor electromagnetic switch, in particular to a full-automatic detection assembly line. The full-automatic detection assembly line comprises a central control mechanism and a transmission mechanism, an air tightness test box, a hook size test box, a switch cover direction determination mechanism, an additive range test box, a suction voltage test box, a release voltage test box, a coil current balancing test box, a running-in test box, a contact voltage drop test and voltage-resistant test box and an automatic code spraying box which are controlled and driven by the central control mechanism, wherein the transmission mechanism comprises a cycle feeding belt and a tool positioning platform, and the tool positioning platform is arranged on the cycle feeding belt. In the full-automatic detection assembly line, each test box is arranged along a sequence of the cycle feeding belt, the tool positioning platform is manually pushed to be transmitted along the cycle feeding belt during detection, and detection of each data is sequentially performed; and by a detection mode of the assembly line, the detection efficiency is greatly improved, the yield of an enterprise is improved, and the enterprise cost is reduced.

The invention relates to a semiconductor device, a manufacturing method therefor, and an electronic device. The method comprises the steps: S1, providing a bottom wafer; S2, forming an insulating layer on the bottom wafer, and forming a plurality of interconnection through holes in the insulating layer, so as to connect the bottom wafer; S3, providing a top wafer, and forming a plurality of convex points, matched with the interconnection through holes, on the top wafer; S4, enabling the interconnection through holes to be connected with the convex points, so as to form a flip chip. The method is advantageous in that (1) the method reduces the technology of one-time Bump, and reduces the technological cost; (2) the method reduces one wafer serving as an interlayer (Interposer) and the interlayer technology, and increases the output; (3) the method takes organic matters as insulating materials, reduces the risks of electric leakage, and improves the capability of breakdown resistance.

The invention relates to the production field of electromagnetic switches of start motors, and relates to a full-automatic detection assembly line. The full-automatic detection assembly line comprises a centralized control mechanism, a transmission mechanism, an airtightness testing box, a hook size testing box, a cover opening and closing direction confirmation mechanism, an additional travel testing box, a pull-in voltage testing box, a release voltage testing box, a coil current balance testing box, a running-in testing box, a measurement contact voltage drop and withstand voltage testing box, and an automatic code spraying box, wherein the transmission mechanism, the airtightness testing box, the hook size testing box, the cover opening and closing direction confirmation mechanism, the additional travel testing box, the pull-in voltage testing box, the release voltage testing box, the coil current balance testing box, the running-in testing box, the measurement contact voltage drop and withstand voltage testing box and the automatic code spraying box are controlled and driven by the centralized control mechanism to operate . The transmission mechanism comprises a circulating feeding belt, and a tool positioning platform disposed on the circulating feeding belt. According to the invention, all detection boxes in the assembly line are sequentially set along the circulating feeding belt, and the tool positioning platform is manually pushed to carry out the conveying along the circulating feeding belt during detection, and sequentially passes each data detection. The assembly line provided by the invention greatly improves the detection efficiency in an assembly line detection mode, improves the output of an enterprise, and reduces the cost for the enterprise.

The embodiments of the invention relate to the technical field of online payment, and particularly relate to a method and a device for payment. The method and the device are provided to solve the problem that buyers need to make multiple payments and the payment process is complicated for the deposit-based payment method in the prior art. According to the embodiments of the invention, for a transaction needing at least two payments, if a user chooses automatic subsequent payment after first payment, the amount of money needed for next payment is paid through a payment account set by the user upon the arrival of the automatic payment time. As the amount of money needed for next payment can be paid through the payment account set by the user upon the arrival of the automatic payment time for a transaction needing at least two payments, there is no need for buyers to make multiple payments manually, and the payment process is simplified.

The invention provides an open white priming paint sprayed by UV, wherein the open white priming paint is composed of the following components of: a photosensitive novolac epoxy acrylate resin, a thermoplastic acrylic resin, an active diluents, a white pigment, a nitrocotton liquid, a filler, a photoinitiator and an organic solvent. The invention provides an open white priming paint sprayed by UV having fast spraying, curing and dry speeds; obtained paint film has advantages of good adhesive force on a substrate, excellent sagging prevention performance and excellent open effect; solves problems of overgood filling effect and bad open effect for the UV white priming paint; the preparation technology of the open white priming paint is greatly simplified, construction efficiency is substantially raised, and a qualified rate of the product and a shipment amount of a furniture factory is greatly raised by using machine spraying.

The invention discloses a method for preparing sauced radishes by fermentation. The method comprises the following steps: cleaning radishes, cutting and air-drying; adding fungus powder and soy sauce,and mixing until the radish completely absorbs a mixture; putting the radishes into a vegetable basket of a fermentation tank for vacuum fermentation, pressurizing an upper pressing plate to the maximum degree one day before the fermentation is finished to enable marinade of the radishes to completely flow out, relieving the vacuum state, and opening a tank cover to take out the radishes after the marinade is completely discharged; putting the radishes into a vacuum tumbling machine, adding a flavoring agent, and performing vacuum tumbling until the powdered sugar and the monosodium glutamateare completely absorbed by the radishes; freezing the dried radishes in a freezing tray until the central temperature of the dried radishes is minus 40 DEG C, and transferring the dried radishes intoa freeze dryer for freeze drying; and bagging and packaging the freeze-dried radishes in a certain temperature and humidity environment. The method provided by the invention can realize low salt content of the freeze-dried sauced radish, reduce processing links such as rinsing and desalting and shorten the technological process, thereby reduce the processing cost and keep the product containing alarge amount of viable bacteria and rich sauced flavor.

The invention belongs to the technical field of image recognition, and particularly relates to an agricultural picking robot target maturity judgment and classified storage method which is characterized in that in an agricultural planting area, a picking robot inspects along a set route and collects pictures of picking targets; the control computer sets maturity indexes according to characteristics associated with maturity height and a plurality of indexes such as colors, sizes and wrinkles of fruits to be picked, establishes a model for the maturity degree and storage time of strawberries, and performs artificial intelligence recognition on strawberry pictures collected by the picking robot. And strawberry categories and coordinate information are transmitted to an artificial intelligence identification control panel, a picking and sorting control panel and a vehicle body moving control panel of the picking robot, and finally grabbing and sorting of the mechanical arm and obstacle avoidance walking of wheels are achieved. The method has the advantages that the strawberries can be picked, classified and packaged according to long storage time or long transportation distance, so that the loss of the strawberries in transportation is reduced, the sales area is expanded, and the economic benefit is improved.

The invention discloses a prize registration and verification method, which comprises the following steps of receiving encoding information sent by a store terminal, wherein the encoding information is obtained by scanning a lottery code on a packing box of a commodity through the store terminal; carrying out winning judgment on the encoding information; after the encoding information is judged towin a prize, returning winning information of the commodity to the store terminal, wherein the winning information at least includes prize information; and obtaining store information corresponding to the store terminal in order to carry out prize registration and verification according to the store information. The invention discloses a prize registration and verification server and system, so that a manufacturer can carry out prize registration and verification on the prize, a cashing process is simplified and the cashing efficiency is improved.

The invention provides a metoclopramide nasal spray. A used spraying device comprises a spray bottle and a spray head, and is characterized in that the spray bottle comprises a casing (1) and a liner (2) with 3.0 ml volume; the liner of the spray bottle is in a shape of a cylinder, the combination of a cylinder and a conoidcone, or the combination of a cylinder, a conoidcone and a cylinder with a smaller diameter; the casing of the spray bottle is provided with the same shape, size and interface part with a spray bottle of a 10 ml spraying agent device sold in the market presently; and the spray head adopts a spray head of the 10 ml spraying agent device sold in the market presently. The metoclopramide nasal spray provided by the invention has the advantages of few residues, high safety and multiple times of effective spraying, the production cost can be reduced, and the medicine waste is prevented.

The invention relates to environment-friendly electrostatic spraying wax oil as well as a preparation method and application thereof. The environment-friendly electrostatic spraying wax oil is prepared from the following components in parts by mass: 19 to 37 parts of an environment-friendly solvent, 15 to 20 parts of celluloid, 10 to 15 parts of maleic resin, 20 to 30 parts of blow castor oil, 20to 30 parts of linseed oil, 3 to 5 parts of carnauba wax, 3 to 5 parts of beewax and 1 to 2 parts of an electrostatic additive. According to the environment-friendly electrostatic spraying wax oil provided by the invention, the wax oil is applied to a wood product by a method of forming a film through electrostatic spraying; the electrostatic spraying has the advantages that on one hand, the quickdryness of the wax oil can be improved, and the actual drying speed can be increased by 50 percent, so that only 2 to 3 hours are spent from spraying to packaging, while common spraying wax oil or solvent type coating is generally packaged after 6 to 12 hours; on the other hand, the electrostatic spraying wax oil can save the labor and the cost and increase the shipment quantity of products, so that the wax oil has relatively high popularization and application value.

The invention discloses a comprehensive VR system glove capable of achieving simultaneous feedback. The glove comprises a half-finger glove main body worn on a hand, a hand posture acquisition system arranged on the surface of the hand back part of the half-finger glove main body, an exoskeleton resistance system sleeving each fingertip, and a temperature/touch feedback system arranged on the half-finger glove main body and the exoskeleton resistance system. Each finger stall in the half-finger glove does not cover the fingertip, and each finger is exposed to the first joint from the fingertip.

The invention belongs to the technical field of non-magnetic steel materials, and particularly relates to a water atomization non-magnetic steel fine powder manufacturing method which comprises the following steps: step 1, market investigation: firstly analyzing market prospects, determining necessity of market investigation, analyzing market at the present stage, analyzing demand space of the current market, and investigating production conditions at the present stage; investigating and surveying product manufacturers of the same type, sorting and analyzing investigation and surveying data, and writing an investigation and surveying report; 2, designing a production scale according to an investigation report written according to a market investigation result, including selection of an address, establishment of an independent assembly line and formulation of a production shift changing system; step 3, formulating a production standard of the product; and 4, production process design including smelting, atomization, dehydration, drying, crushing and screening and warehousing preservation is conducted, the structure is reasonable, in the production process, the production efficiency is improved, the shipment amount is increased, the production cost is reduced, and economic benefits are high.

The invention discloses a multi-pressure ship comprising a ship body part (1) and a shunt part (2), wherein the ship body part (1) comprises a ship fore plate (1-1), ship side plates (1-2) and a ship upper plate (1-3), the shunt part comprises a pressure dividing plate (2-1) and a supporting rod (2-2); the pressure dividing plate (2-1) is installed on the supporting rod (2-2), the supporting rod (2-2) is installed on the ship fore plate (1-1), the ship fore plate (1-1) is connected with the ship side plates (1-2) on two sides of the ship, and the ship side plates (1-2) are connected with the ship fore plate (1-1) through the ship upper plate (1-3). When the ship runs rapidly in the water, one part of the water which originally completely presses the ship fore plate (1-1) flows backwards through a gap between the pressure dividing plate (2-1) and the ship fore plate (1-1), and the other part flows backwards from the pressure dividing plate (2-1), so that the water is free from blocking on a ship fore, the ship can sail fast, and an energy-saving purpose also can be realized. The multi-pressure ship is not only applicable to the civil ship, but also applicable to warships such as aircraft carriers and yachts.