61results about How to "Reduce product volume" patented technology

The invention relates to freely-blended instant substitutional tea and a making method thereof. The substitutional tea is composed of one or more natural plant essences. A making method of the natural plant essences includes the following steps that S1, effective portions of natural plants are smashed to be 60-200 mesh, and water is added for soaking; S2, material liquid obtained in S1 is subjected to homogeneous wall-breaking extraction at the temperature of 30-55 DEG C, filtering for impurity removal is carried out, and filtrate is obtained for use; S3, the filtrate obtained in S2 is subjected to filtering separation sequentially through a micro-filtration membrane, an ultrafiltration membrane and a nanofiltration membrane, and effective ingredient enriched products are obtained; S4, the enriched products obtained in S3 are subjected to vacuum drying and smashed to be 50-100 mesh, and the natural plant essences are obtained. Each single plant of traditional substitutional tea is extracted into an instant powder product, the size of the products is effectively reduced, the products are conveniently carried by a customer, and the customer can freely blend the products according to the taste and health maintenance requirement of the customer.

The invention discloses a flexible automatic production line for punching, welding or bonding of automobile exterior trimming parts. The flexible automatic production line for punching, welding or bonding of the automobile exterior trimming parts comprises a double-layer conveying platform for conveying a workpiece mounting seat and feeding and discharging devices arranged at two ends of the double-layer conveying platform. A robot punching system and/or a robot welding/bonding system are further arranged on the side surface of the double-layer conveying platform. The production line further comprises a control system, and the double-layer conveying platform, the feeding and discharging devices, the robot punching system and the robot welding/bonding system are all connected with the control system for receiving instructions of the control system to realize accurate machining. According to the flexible automatic production line for punching, welding or bonding of the automobile exterior trimming parts, the whole production process is completed by a plurality of stations, the movement between the stations is transmitted through the production line, and the overall automatic production line technological process comprises the steps of tire film feeding, robot punching, tire film circulation, robot welding/bonding and tire film circulation or piece picking up, and the action of the stations is realized by robot automatic control, so that a three-dimensional whole of the production line for punching, welding of the automobile exterior trimming parts is established.

The present invention is directed to methods of isolating and purifying protein from a bioreactor process. The invention relates to employing a protein phase separation methodology to isolate or purify protein product in the forms of solid, semi-solid, or suspension during a protein manufacturing purification process as a stable storage intermediate. This approach is designed to allow the isolated protein product (purified or partially purified) to be stored over an extended period of time prior to further protein purification steps.

The invention discloses an automatic production device for cabinets. The automatic production device for the cabinets comprises a system control computer, an ink jet printer, a plate shear, a numerical control press, a bender, a welding platform, an assembly platform, scanners and a conveying belt. The ink jet printer, the plate shear, the numerical control press, the bender, the welding platform and the assembly platform are sequentially connected through the conveying belt; the plate shear, the numerical control press, the bender, the welding platform and the assembly platform are respectively connected with one scanner; and the ink jet printer, the plate sheer, the numerical control press, the bender, the welding platform and the assembly platform are connected with the system control computer respectively. According to the technical scheme, individual devices are combined together to form a production network control system, and production auxiliary equipment such as automatic transporting equipment, automatic conveying equipment, automatic checking equipment, automatic discriminating equipment and automatic operating equipment is added. The device has high automation degree, remarkably lowered labor costs, good promptness, simple and convenient data transmission, and high equipment utilization, and can reduce errors caused by manual transmission.

The invention discloses an online dedusting device of a web die-cutting machine. The online dedusting device comprises a machine frame, a conveying device, a paper pressing device and dust blowing device and a dust absorption negative pressure device. The conveying device comprises a conveying roll shaft and a conveying belt with holes and is mainly used for conveying products to be dedusted; the paper pressing device and dust blowing device comprises a first shaft, a second shaft, paper pressing wheel carriers, paper pressing wheels, blowing nozzle carriers, blowing nozzles and a positive pressure air pipeline, the first shaft and the second shaft are transversely installed on the machine frame, the first shaft is arranged in the input direction of the products to be dedusted, the second shaft is arranged in the output direction of the products to be dedusted, the first shaft is symmetrically provided with one row of paper pressing wheel carriers and one row of paper pressing wheels, the second shaft is symmetrically provided with the other row of paper pressing wheel carriers and the other row of paper pressing wheels, the blowing nozzle carriers in a row and the blowing nozzles in a row are correspondingly installed at the positions, adjacent to the corresponding paper pressing wheel carriers and the corresponding paper pressing wheels, of the second shaft, and the blowing nozzles are communicated with the positive pressure air pipeline; the dust absorption negative pressure device comprises a housing, an air suction port and an air suction pipe, one end of the air suction pipe is connected with the air suction port, and the other end of the air suction pipe is connected with an air suction pump. The online dedusting device can guarantee normal work of online quality detection and eliminate false alarms caused by dust.

The invention provides a multi-channel video-audio linkage device, which relates to the technical field of an intelligent edge computing device, comprising a connected multi-lens module, a pan head camera, a multi-microphone device, an intelligent identification AI chip and an integrated circuit chip. The integrated circuit chip comprises an audio-visual linkage module, wherein the audio-visual linkage module is connected with a multi-image processing module through an object acquisition queue, is connected with a microphone array module through an audio acquisition queue, and is connected with a multi-image splicing module through an identification queue. The multi-lens module and the pan camera are connected with the multi-image processing module, and the multi-microphone device is connected with the microphone array module. The intelligent identification AI chip is connected with a multi-image processing module and a microphone array module through an audio-video interface. The invention utilizes integrated circuit chip to increase flexibility of video-audio linkage function combination, to improve video-audio linkage response speed, and utilizes multi-graph splicing module to reduce network transmission flow and development cost, to reduce delay, to reduce power consumption and product volume.

The invention discloses a detection unit for an online negative pressure air suction conveying device of a roll paper die-cutting machine belt. The detection unit comprises the conveying device, negative pressure cavity boxes, a foldable negative pressure cavity box, a sliding device of the foldable negative pressure cavity box and a belt supporting frame. The negative pressure cavity boxes and the foldable negative pressure cavity box are arranged on the lower face of a conveyor belt and the foldable negative pressure cavity box can slide, stretch and retract in one negative pressure cavity box. A negative pressure cavity panel is arranged on the negative pressure cavity boxes and the foldable negative pressure cavity box. The negative pressure cavity boxes are fixed to a rack, the foldable negative pressure cavity box is fixed to the sliding device, and the sliding device is connected with a cylinder. The negative pressure cavity boxes and the foldable negative pressure cavity box are provided with connectors and connected with an exhaust fan. The belt supporting frame is a mesh type frame arranged on the negative pressure cavity panel. A dust removal device and a connection device can be additionally arranged on the detection unit. Products can be stably and accurately conveyed to a detection device through the negative pressure air suction conveying device.

The invention discloses a camera module which is suitable for being arranged in an electronic device and comprises a reflecting element, an imaging lens, an image sensing element and a first adjusting unit. The first adjusting unit can adjust the position of the reflecting element relative to the imaging lens, and can reflect an image strip from the outside of the front of the electronic device to the imaging lens when the reflecting element is placed at a first position of the imaging lens. When the reflecting element is placed at a second position of the imaging lens, the first adjusting unit can reflect an image strip from the outside of the back of the electronic device to the imaging lens. The imaging lens can project the image strips to the image sensing element.

The invention discloses an ultraviolet lamp which comprises a shell and a lamp body fixedly arranged in the shell. A through hole is formed in the bottom of the shell, a lamp panel on a lamp cap is arranged corresponding to the through hole, a first fan and a second fan are fixedly arranged in the shell, the first fan is an air inlet fan, the second fan is an air outlet fan, and the first fan and the second fan are aligned with the lamp body. According to the special structural design, active heat dissipation is achieved by means of air cooling, the structural design is more reasonable, the size of the product is smaller, and the ultraviolet lamp is lighter.

The invention discloses a cooling device in a high-vacuum distillation system. The cooling device consists of a casing, an air outlet, an air inlet and a discharging port. The casing is a double-layer hollow casing, the lower portion of the hollow casing is provided with a water inlet, the upper portion of the hollow casing is provided with a water outlet, the water inlet and the water outlet are communicated with a middle cavity of the hollow casing, and the upper portion in the casing is provided with an air blocking plate. The cooling device has the advantages of being simple in structure, recovering products and protecting vacuum devices through shock cooling.

The invention discloses an off-delay type relay output circuit. The circuit comprises a control unit, an MOSFET (Metal Oxide Semiconductor Field Effect Transistor) driving optocoupler, an MOSFET shutoff optocoupler, an MOSFET driving network, an MOSFET tube and an output unit; the control unit is respectively connected with the MOSFET driving optocoupler and the MOSFET shutoff optocoupler; both the MOSFET driving optocoupler and the MOSFET shutoff optocoupler are connected with the MOSFET tube by the MOSFET driving network; and the MOSFET tube is connected with the output unit. By the circuit design adopted by the invention, a signal is controlled in an off-delay stage and an additional current does not need to be consumed for maintaining an output state, so that the energy storage requirement of a signal delay control circuit is reduced, and when a volume of the product is reduced, element cost can be reduced; and meanwhile, due to no adoption of a conventional magnetic latching relay, all the products can be packaged by using patches, a more light and thinner product size is easy to achieve, the off-delay type relay output circuit is convenient for SMT (Surface Mount Technology) production, production time is reduced, and the off-delay type relay output circuit has wide application prospect.

The invention provides an optical isolator comprising a front cover, a rear cover, a front sleeve, a front ferrule, a magnetic ring, a CORE assembly, a lens assembly, a rear sleeve and a rear ferrule.On the basis of the structure, the CORE assembly and the lens assembly carry out one-way transmission on an optical signal, so that no collimator or a plurality of lenses need to be set in the optical isolator and thus the product size and production cost are reduced. Since a polarization-independent displacement type assembly or a polarization-dependent absorption type assembly is arranged inside the CORE assembly, the optical isolator is set to be a polarization-independent or polarization-dependent optical isolator, so that the application range of the optical isolator is extended. Moreover, a glass rod is used for replacing the rear sleeve and the rear ferrule, so that the internal space can be saved further and thus the product size is reduced further.

The invention discloses a humiture sensor. The humiture sensor comprises a data acquisition unit, a control processing unit, a communication unit and a reception unit, wherein the data acquisition unit comprises multiple temperature sensors and multiple humidity sensors, the data acquired by the data acquisition unit is transmitted through a middleware adapter to a wireless communication module, the control processing unit is used for receiving a voltage signal of a detection unit, converting the voltage signal into a digital signal and storing the digital signal, the communication unit is used for sending the signal of the control processing unit to the reception unit in a wireless mode, the reception unit is used for receiving the signal of the communication unit, and the wireless communication module comprises communication units of multiple frequency bands. According to the humiture sensor, full passive components such as inductors and capacitors form the integrated temperature and humidity sensor, as all the components are passive devices, the humiture sensor can operate in high-temperature, low temperature and high pollution serious environments; the humiture sensor is manufactured by employing the CMOSMEMS technology, properties of low consumption, good consistency and low cost are realized, and the humiture sensor is suitable for industrial production.

A double-telescoping stand column of a hydraulic support is composed of a primary telescoping stand column and a secondary telescoping stand column. The primary telescoping stand column comprises a first cylinder block, a second cylinder block, a built-in bottom valve, a guide ring, a static seal, an oil hole a and an oil hole b, wherein the built-in bottom valve is arranged on one side of the inner wall of the bottom end of the first cylinder block and one side of the outer wall of the bottom end of the second cylinder block, and the guide ring is arranged on the other side of the inner wall of the bottom end of the first cylinder block and the other side of the outer wall of the bottom end of the second cylinder block; the static seal is arranged between the inner wall of the front end the first cylinder block and the outer wall of the front end of the second cylinder block; the oil hole a is formed in the middle of the outer wall of the first cylinder block; the oil hole b is formed in the front end of the outer wall of the first cylinder block; the secondary telescoping stand column comprises a second cylinder block, a piston column, a piston seal, a rod seal and an oil hole c, wherein the piston seal is arranged between the outer wall of the bottom end of the piston column and the inner wall of the bottom end of the second cylinder block; the rod seal is arranged between the front end of the inner wall of the second cylinder block and the front end of the outer wall of the piston column; the oil hole c is formed in the front end of the piston column. By applying the double-telescoping stand column of the hydraulic support, the product cost is reduced, energy saving aim is achieved, and the economic benefits of energy conservation and emissions reduction are achieved.

The invention relates to the technical field of food processing electric appliances, in particular to shredding and slicing equipment. The shredding and slicing equipment comprises a main machine, a feeding pipe is mounted on the main machine, a planer tool and a drive device are arranged in the main machine, the planer tool is located below the feeding pipe and is driven by the drive device to operate, and the equipment is characterized in that a large cup used for supporting the main machine is arranged below the main machine, a food material outlet of the planer tool faces an opening in the top of the large cup, and therefore the large cup is used for containing and storing food materials obtained after planing; and the feeding direction of the feeding pipe is arranged along a planing rotating shaft of the plane tool. Super-long shredded or sliced food can be cut, a product is small and exquisite in size, use convenience is high, and the manufacturing cost is low.

The invention discloses a washing machine adjusting the heating power according to different input energies and a use method, which relate to the field of washing machines, wherein the washing machine comprises a washing machine main control unit, and an electric network source, an input interface, a stored energy power input interface, a heating pipe and a display which are respectively connected with the washing machine main control unit, a heating pipe control circuit is connected between the heating pipe and the washing machine main control unit, the heating pipe is a single adjustable heating pipe, and the heating pipe control circuit adjusts the power output of the heating pipe according to the power requirements of a washing procedure. The washing machine disclosed by the scheme adopts one heating pipe to provide heating efficiency support for two or various energies, when a user selects a high-temperature procedure, the electric network source is utilized to directly drive the heating pipe for full power output, when a low-temperature procedure is selected, a silicon controlled conduction angle alpha is adjusted and controlled for controlling the heating pipe to output the corresponding power, so the effect that one heating pipe can output different powers according to different requirements is realized.

The invention provides a multi-lens image stitching device and method, and relates to the field of integrated circuit chip design. The method comprises the following steps that: a front processing module executes multi-image ISP processing, distortion correction and geometric mapping transformation on a plurality of original images to obtain a plurality of real-scene images; a multi-dimensional visual processing module performs object detection and recognition on the real-scene image to obtain a multi-dimensional structured image; a multi-image stitching module combines the real-scene image and the multi-dimensional structured image in various combination ways to obtain stitched combination images and stitching combination parameters; and a coding output module arranges and codes the stitching combination images, and outputs the coded image and stitching combination parameters. All logic modules for image processing are integrated in one integrated circuit chip, thereby improving the efficiency of multi-image stitching combination processing and the flexibility of dynamic configuration, lowering the difficulty in software development of back-end multi-image stitching display, lowering the development cost and power consumption, and reducing the product size.

The invention belongs to the field of starch preparation, and particularly relates to a preparation method of slowly digestible corn starch. The preparation method comprises the following steps: S1, obtaining corn starch granules; S2, adding the corn starch granules obtained in S1 to a sodium acetate buffer solution with pH of 4-6 and concentration of 0.1-0.3 mol/L to obtain a mixed solution; S3,adding alpha-amylase with enzyme activity content of 40-60 u/mg, beta-amylase with enzyme activity content of 10-30 mu/mg and glucosyltransferase with enzyme activity content of 200,000-400,000 mu/mgto the mixed solution sequentially, performing an oscillation reaction at 40-60 DEG C for 8-12 h, adjusting pH to 9-11, leaving a reaction product for stand for 5-10 min, performing spray drying to obtain the slowly digestible corn starch. The preparation method has the following beneficial effects: 1, the corn starch granules are common raw materials and easy to obtain; 2. by adding mixed enzyme,the method is simple to operate, saves energy cost and is suitable for popularization and application.

The invention relates to a stacking type chip packaging structure, which comprises a substrate, a first chip, a second chip and a packaging rubber body. The substrate comprises a plurality of pins, an accommodating part and a depression part, and the depression part is arranged in the middle area of the substrate and is surrounded by the pins. The accommodating part is arranged under the depression part and is communicated with the depression part. The first chip is fixed on the pins and is hidden in the depression part. The second chip is fixed on the first chip and is accommodated in the accommodating part, and the top surface of the second chip is parallel and level with the bottom surface of the pins. The packaging rubber body is used for packaging the substrate, the first chip and the second chip and is filled in the depression part and the accommodating part. The invention also provides a stacking type chip packaging method. By adopting the stacking type chip packaging structure and the stacking type chip packaging method, the first chip and the second chip are hidden in the substrate, so that the product size is reduced.

The invention discloses a transceiver based on a phase-locked loop and a communication method thereof, wherein the transceiver comprises a transmitter and a receiver. The transceiver comprises a modulating circuit and is used for realizing frequency-shift keying modulation on an input signal. The receiver comprises a signal amplifying circuit and a hysteresis comparator. The receiver is used for demodulating an input modulation signal. The transmitter and the receiver share a charge pump phase-locked loop. The transceiver can be used in the field of human body communication. Because multiplexing of partial circuits of the transmitter and the receiver is realized, the transceiver has advantages of greatly reducing power consumption, satisfying a requirement for application of human body communication, furthermore facilitating product size reduction and reducing cost.

A measurement device with electroencephalography (EEG) and electrocardiography (ECG) functionalities includes a first shell having ECG functionality and a second shell. The first shell includes a first contact and a second contact located at a first side of the first shell; and a third contact located at a second side of the first shell, wherein the second side of the first shell is substantially opposite to the first side of the first shell. The second shell includes a fixing device, for connecting with and fixing on the first shell; and a fourth contact, a fifth contact and a sixth contact, located at a first side of the second shell, for electrically connecting with the first contact, the second contact and the third contact respectively when the first shell is connected to and fixed on the fixing device, in order to perform EEG measurement.

The invention relates to a centrifugal device comprising improved process analysis technology (PAT), to a method for measuring the moisture content of a suspension in a centrifugal drum and to a method for sampling from a centrifugal device. According to the invention, the centrifugal device is equipped with: a drive shaft (16); a drum (10) that is connected to the drive shaft; a filter (14) that is located inside the drum (10) and that surrounds a working chamber (40); a baffle plate (22) that forms a front face of the working chamber (40) and that is mounted on a baffle plate shaft (24), the baffle plate (22) and the drum (10) being axially displaceable; a filler element (19) for filling a working chamber (40) with a suspension; and a centrifugal housing that surrounds the drum (10) and the filter (14). In addition, various process analysis devices are provided, in particular tubes (30, 31) comprising monitoring and measuring units that are inserted into the working chamber (40) and windows (102) comprising associated channels (100) that are configured in the baffle plate (22).

The invention discloses a miniature telemetering editor. The miniature telemetering editor is used for solving the problem that an existing editor is large in size, high in cost, heavy in weight and large in power consumption. The editor comprises a digital signal transceiver, an isolation module, an exchange sub-module and a system-level chip module; one part of an input signal is a digital signal, and the digital signal is transmitted to the system-level chip module by the digital signal transceiver and the isolation module; the other part of the input signal is a multi-channel parallel analog signal, the multi-channel parallel analog signal is transmitted to the system-level chip module through the switch sub-module, and a single-path time division analog signal is output to the system-level chip module; a digital signal communication module is used for carrying out protocol analysis on the digital signal output by the isolation module; an analog-to-digital conversion module is usedfor receiving a single-path time division analog signal and outputting an editing signal; an editing control module receives a digital analysis signal and an editing signal and is used for outputtinga framing comprehensive signal; and a coding generation module is used for receiving the framing comprehensive signal, adding frame information, carrying out randomized coding processing, and outputting an encoding signal. According to the miniature telemetering editor, the miniature structure design of the editor is realized.

The invention provides a Fischer-Tropsch synthesis system which comprises a rectification unit, wherein the rectification unit comprises a first heating furnace, a rectification tower, a first diesel oil stripper, a first diesel oil pump, a first overhead condenser, a first overhead reflux tank, a first reflux pump and a first naphtha pump. The invention also provides a method for Fischer-Tropsch synthesis by utilizing the Fischer-Tropsch synthesis system. The Fischer-Tropsch synthesis system provided by the invention can be obtained only by transforming a small part on a basis of the existing device, and therefore, the investment is less, and the cost is low; and the invention provides the novel method for obtaining diesel oil by Fischer-Tropsch synthesis, and fractions can be segmented only by adjusting technological parameters, and therefore, the cost is lowered, the yield of naphtha is increased, and the additional value of the diesel oil obtained by Fischer-Tropsch synthesis is increased.

The invention is a narrow-bandpass filter arranged on a circuit board to suppress high-frequency harmonics. It utilizes the production technology of a printed circuit board. When making a circuit board of a wireless communication product, the metal microstrip line is used to , a microstrip line corresponding to a narrowband bandpass filter is directly manufactured on one side of the circuit board, wherein the microstrip line includes a capacitance microstrip line with a larger capacitance value, which is connected between fingers ( interdigital finger) is arranged on the circuit board to reduce the area occupied by it. Using the limited unused space on the circuit board, a narrow-band bandpass filter that can effectively suppress high-frequency harmonic noise is laid out, not only The production cost and product volume are greatly reduced, and the narrow-band technology is used to effectively suppress unwanted frequencies and only allow the required frequency bands to pass.