154results about How to "Uniform quantity" patented technology

A light emitting apparatus includes a metallic substrate having at least one recess on the surface and at least one projection opposing the recess on the back surface thereof, a light emitting element mounted in the recess of the metallic substrate, the light emitting element having a pair of positive and negative electrodes formed on one side thereof, and electrically conductive members formed via an insulating member on the surface of the metallic substrate, the electrically conductive members being electrically connected with the pair of positive and negative electrodes of the light emitting element.

The invention discloses a method, devices and system for load balancing of a service chain. The method comprises the steps that a flow classification device receives a service chain selection and control policy sent by a PCRF unit; service flows corresponding to service chain identifiers are hashed through the flow classification device according to the number of hashing parts so as to obtain multiple trickles, the service chain identifiers and hashing factors are added to messages of the trickles, and different trickles correspond to different hashing factors; the messages of the trickles obtained after the service chain identifiers and the hashing factors are added are sent to a forwarding device. Through the mode, the load balancing function can be achieved and meanwhile the number of load balancing devices in the service chain is reduced.

A mascara brush head includes bristles made from shape memory polymer (SMP) filaments or fibers. The shape memory polymer filaments are selected to exhibit a first shape during assembly of the brush, and a second shape after exposure to an external stimulus in the form of heat or other energy. The brush head is initially assembled, i.e., lengths of SMP filaments are placed between wire segments and the wire segments are then twisted about each other to form a twisted wire core. The core grips the filament lengths medially of their outer ends, usually substantially at their midpoints, so as to clamp them. The first shape can be straight to facilitate assembly of the fibers in the wire core. The second shape, after assembly in the core and after being subjected to the external stimulus, can be any bristle shape suitable for enhancing the function of the brush, e.g., kinked, wavy or coiled. The brush head may be comprised solely of SMP filaments, or may be a blend of SMP filaments and any other suitable filament (e.g., nylon, natural plant or animal fibers, etc.).

The invention provides a touch substrate and a display device, belongs to the technical field of display, and solves the problem that the display is nonuniform as through holes are not uniformly distributed in the existing touch substrate. The touch substrate at least comprises a base, an insulation layer, a common electrode layer, a common electrode signal wire and a drive electrode signal wire; the insulation layer and the common electrode layer are arranged on the base; the common electrode signal wire and the drive electrode signal wire are arranged on the same layer; the common electrode layer comprises drive electrodes and common electrodes which are arranged in a crossed and insulative way and a common electrode connecting bar which is used for connecting all common electrodes; each drive electrode comprises a plurality of drive sub-electrodes which are mutually insulated; the common electrode connecting bar is connected with the common electrode signal wire by a plurality of first through holes which penetrate through the insulation layer; the drive sub-electrodes are connected with the drive electrode signal wire by a plurality of second through holes which penetrate through the first insulation layer; semi-holes which do not completely penetrate through the insulation layer are formed in the positions, corresponding to the common electrodes and/or the drive sub-electrodes, of the insulation layer.

The method is used for solving the issues that are the large instant communication system is unstable and the access of client side is unreliable. It comprises: getting the access information of each access server in the instant communication system; according to the access information, the domain name server (DNS) in the instant communication system provides the information about available access server to the client side; according to the information about available access server, the client side selects an access server to access the instant communication system.

The invention discloses a control method of an intelligent clothing suspension system. According to the control method, the readable-writable IC card data technology is adopted, and the readable-writable IC card data technology is matched with other software/hardware control technologies to realize automatic control on circulation of clothes hangers of the intelligent clothing suspension system between various steps. The method is characterized in that the IC card information of the clothes hangers and a push rod are classified into different types, the information is collected and written in through a come-into-station read head and a come-out-of-station read head, and the circulation of the clothes hangers between a main track and each workstation is realized according to requirements under the combined action of a controller, a terminal and a data acquisition program. The control method of the intelligent clothing suspension system is high in adaptability and intellectualization degree; the complexity of the system is effectively reduced by virtue of the readable-writable technology; the system is high in safety, and the work of the whole system cannot be affected by the fault of one workstation.

There are provided a sensor unit of thermal analysis equipment capable of keeping heat conduction between a furnace body and samples to detect a temperature difference between the samples with high sensitivity, while suppressing the heat conduction between a measurement sample and a reference sample, and a method of manufacturing the same. According to the present invention, a sensor unit 30 of a thermal analysis equipment 1 that detects a temperature difference between a measurement sample S and a reference sample R in each sample container, includes: a base part 31 formed of an insulator and provided in the vicinity of a temperature-controlled furnace unit; a multiple thermocouple 32 formed by joining two kinds of thermocouple elements alternately, a particular part of the thermocouple element being joined to the base part; and a pair of heat sensitive parts 35, 36 formed of an insulator, having a mounting surface on which each sample container is mounted, and joining to element junctions of the multiple thermocouple, wherein the pair of heat sensitive parts 35, 36 are provided spaced apart from the base part 31.

The invention relates to a polydopamine coated gold core/hollow silica shell nanometer material as well as preparation and application thereof. The nanometer material is prepared according to the following steps: coating gold nanoparticles and perfluorohexane (PFH) in the inner cavity of hollow mesoporous silica, and coating polydopamine on the surface of hollow mesoporous silica; stably reducingHAuCl4 with sodium citrate so as to obtain gold nanoparticles, taking ethyl orthosilicate as a silicon source, forming mesoporous solid silicon-coated gold nanoparticles in a mixed solution of ethanol, ultrapure water and ammonium hydroxide, and etching gold core/hollow silica shell nanoparticles with sodium carbonate; modifying amino on the surface of the nanoparticles, and coating perfluorohexane; finally, coating a polydopamine layer on the surface of the nanoparticles, thereby obtaining the product. The nano platform prepared by the method disclosed by the invention has good stability andexcellent biocompatibility, also has good US/CT/PA imaging and photothermal therapy effects, provides a novel method for development of the multimode imaging contrast agent and diagnosis and treatmentintegrated platform, and is wide in application prospects.

The invention provides a product unique code full-automatic packaging production line. The product unique code full-automatic packaging production line comprises a product code mechanism, a bagging code mechanism and a boxing code mechanism; the product code mechanism comprises a material-loading sequencing device and a laser-machine code device; the bagging code mechanism comprises a bagging conveyor belt and a bagging machine; the boxing code mechanism comprises a boxing device, a carton conveyor belt and a second industrial code machine, wherein the boxing device is arranged at the rear endof the bagging machine, and the second industrial code machine is fixed on the side edge of the carton conveyor belt. According to the product unique code full-automatic packaging production line, products, product packaging bags and cartons are coded, the codes are correlated with one another, and unqualified products are removed through an omni-directional removing system, so that the quality of the packaged products is guaranteed; and the removed product information is fed back to a controller for information processing, so that the unique correlation of the product information is ensured.

An evaporator including a refrigerant inlet header having a refrigerant inlet at one end thereof, and a plurality of heat exchange tubes arranged at a spacing longitudinally of the inlet header and each having one end joined to the inlet header. The interior of the inlet header is divided by a flow dividing control wall into an upper space for admitting a refrigerant thereinto through the refrigerant inlet and a lower space communicating with the heat exchange tubes. The control wall has a communication hole formed in an end portion thereof opposite to the refrigerant inlet. The upper and lower spaces communicate with each other through the communication hole so that the refrigerant flows through the lower space in a direction opposite to the direction of flow of the refrigerant in the upper space. The evaporator achieves a high heat exchange efficiency.

A one-time feedback CMP process control method which contributes to uniformity in the quantity of material removed from wafers in a lot during semiconductor processing and is suitable for complex processes such as STI (shallow trench isolation) fabrication procedures, is disclosed. The method includes providing a plurality of wafers having a set of pilot wafers and a set of remaining wafers, polishing each of the pilot wafers according to an original process time, determining a compensation time for the pilot wafers, determining an update time by adding the compensation time to the original process time and polishing the set of remaining wafers according to the update time.

The invention provides a high-energy-efficiency cooperative area detection method for an unmanned ship. The method comprises the steps that an advancing mode based on an Archimedes spiral is adopted for the unmanned ship to serve as a main body movement mode in an area; regular hexagon-based sub-region division is carried out on the to-be-detected region, and an obstacle region and a free region are divided; and task area distribution is carried out on each unmanned ship, and respective advancing routes are planned. According to the invention, an advancing mode based on an Archimedes spiral isadopted, so that the unmanned ship always advances at a constant speed in a subarea detection process. According to the invention, regular hexagon-based sub-region division is carried out on the to-be-detected region, so that the unmanned ship has a relatively high coverage rate on the basis of Archimedes spiral advancing. The invention provides a task area distribution mode based on energy consumption balance, so that the task area size of each unmanned ship is equivalent to the greatest extent, and the energy consumption of the unmanned ship is ensured to be balanced as much as possible.

Lighting arrangement (1, 1′) comprising a light source (2) for generating light; a spreading element (3) realised to laterally spread the generated light in a spreading plane (S), defined by an optical axis (A_O) of the light source (2) and a longitudinal axis (L) of the spreading element (3), to give an essentially uniform quantity of light per unit area at an emission face (41, 51) orthogonal to the spreading plane (S) and parallel to the longitudinal axis (L) of the spreading element (3) and a light redirecting element (4, 5) arranged to collect the spread light, which comprises a longitudinal planar emission face (41, 51), and is realised to collect the laterally spread light and to emit the collected light essentially uniformly from the emission face (41, 51).

The invention relates to continuous squeezing and drying processes for loose fibers, and belongs to the technical field of dyeing of the loose fibers. The continuous squeezing and drying processes comprise the steps of feeding, squeezing and drying. The loose fibers or loose fiber cakes to be treated are arranged on a feeding belt and conveyed to a squeezing device in the squeezing process by the feeding belt, the extrusion strength is controlled to squeeze water in the loose fibers, and then the fibers after being squeezed are conveyed to the drying process and then dried. According to the technical scheme, the continuous squeezing and drying processes can be applied to dyeing of the loose fibers or a loose fiber drying assembly line, and have the advantages of being high in efficiency, safe, reliable, capable of carrying out continuous operation and the like.

The invention provides a data classification method and device, equipment and a computer readable storage medium. On the condition that two classes of samples are unbalanded, a few of same-class sample sets are generated through downsampling for the samples with a large number, and new samples are generated through upsampling for the samples with a small number; the new samples are mixed with thesamples with the small number to form samples with a large number, so that the sample number of the sample sets with the small number and the sample number of the sample sets with the large number arebalanced, and the samples with the small number and the samples with the large number predict data through multiple times of modeling, and finally a prediction result with the number advantage is taken as a classification result; and the accuracy of data preciditon is improved by means of upsampling, downsampling, multiple times of modeling and multiple times of prediction.

The invention relates to a media server determination method and device, a server and a storage medium. The invention discloses a live broadcast method and device, and belongs to the technical field of communication, and t. The method comprises the steps: receiving a live broadcast access request of a target account, determining the audience quantity type of an anchor account of a live broadcast room, determining a target media server matched with the audience quantity type, and transmitting a live broadcast video stream of the live broadcast room to a terminal where the target account is located based on the target media server. According to the method disclosed in the embodiment of the invention, the method comprises the steps: carrying out the processing, the audience quantity type of the anchor account is considered; the audience quantity type of the anchor account represents the online audience quantity of the live broadcast room; therefore, the media server corresponding to the target account is determined according to the online audience amount of each live broadcast room, the number of live broadcast rooms maintained by a single media server can be uniform, the situation that one media server corresponds to multiple live broadcast rooms is avoidedprevented, and the accuracy of determining the media server is improved.

To provide a method of pelletizing friction material that makes it possible to preliminarily form friction materials after pelletizing, and a method of producing preliminarily formed friction material. The method of pelletizing friction material according to the present invention comprises the steps of: pressing powdery friction material without heating, in which plurality of materials are mixed, with 0.1 to 5.0 weight-percent of solvent; and grinding the pressed and hardened material. When handling powdery friction material, in which plurality of materials including at least one sticky material are mixed, less or equal to 5.0 weight-percent of solvent is added in the pressing process. Feeding the pelletized material in a metal mold and pressing the material without heating produce a preliminarily formed friction material.

The invention discloses a hopper device of a steel ball sorting machine. The hopper device of the steel ball sorting machine comprises a hopper disc and a steel ball distributing device. The steel ball distributing device comprises a base, a ball separating column, a driving component and a reciprocating pushing component, wherein the ball separating column can be driven to rotate and move in reciprocation via the driving component and the reciprocating pushing component, a plurality of annular grooves are reserved on the column surface of the ball separating column, a plurality of separating bars are allocated on the ball separating column, the annular grooves are separated by the separating bars into a plurality of loading grooves corresponding to steel balls, the steel balls fall from the hopper disc to the loading grooves on the ball separating column, via reciprocating transitional ball collecting of the ball separating column, quantities of the steel balls in the loading grooves are equal, and meanwhile, the ball separating column rotates to feed the steel balls to a discharging port at the lower end of the base. The hopper device of the steel ball sorting machine is capable of uniformly distributing the steel balls and wide in application range, since the hopper disc does not vibrate, the hopper device is low in noise, small in steel ball abrasion, high in reliability, large in capacity of the hopper disc, and low in driving power since only the ball separating column needs to be driven to rotate and slide in reciprocation during feeding.

The invention discloses a method and a device for determining an MME pool, and relates to the technical field of communication. The method comprises the steps of counting the switching frequency of aterminal between adjacent administrative regions; determining an administrative region belonging to the MME pool according to the switching frequency and based on a preset division rule; and forming the MME pool by all MMEs in the administrative region belonging to the MME pool. According to the invention, by adopting the method and the device for determining the MME pool, the user mobility is determined on the basis of the counted cross-regional switching frequency. Meanwhile, a regional boundary with smaller user mobility is taken as the boundary of the MME pool division. Moreover, the division result of the MME pool is adjusted based on the volume of service, so that the number of users and the number of base stations in the MME pool are balanced. The TAU process caused by the handoverof the MME pool can be effectively reduced. The impact of the TAU process signaling message on a core network is reduced. Meanwhile, the balanced distribution of the service is realized.