213 results about "Release channel" patented technology

The present invention provides a vehicle mirror and a manufacturing method therefor which allow the rear face side of a mirror element to be dark-colored without using a color plate or color coating. A mirror element is configured by forming a semitransparent reflective film made of a dielectric multilayer film on the front face of a flat transparent substrate. A dark-colored self-adhesive film is attached to the rear face of the mirror element. The dark-colored self-adhesive film is configured by forming an adhesive layer on the rear face of a dark-colored film layer by means of application. Grid-like air release channels are formed at fine pitches with minimal depth on an entire surface of the adhesive layer. After the dark-colored self-adhesive film is attached to the rear face of the mirror element, the grid-like air release channels visible from a front side of the mirror element are eliminated by heating and / or pressurizing.

A method and system for dynamically increasing the capacity of a code division multiple access (CDMA) radio telecommunications network. The method begins by the radio telecommunications network receiving a request for access to the radio telecommunications network from an entering mobile station. Next, a load capacity monitor determines if the radio telecommunications network is fully loaded. When the radio telecommunications network is fully loaded, a network load processor releases one of a duplicate channel element (transceiver) used in the CDMA radio telecommunications network by one of the operating mobile stations. The network load processor then assigns the released channel element to the entering mobile station. The system includes a load capacity monitor to determine whether the radio telecommunications network is fully loaded. The system also includes a network load processor to reallocate duplicate channel elements from the operating mobile stations to the entering mobile station.

Various methods for forming surface micromachined microstructures are disclosed. One aspect relates to executing surface micromachining operation to structurally reinforce at least one structural layer in a microstructure. Another aspect relates to executing the surface micromachining operation to form a plurality of at least generally laterally extending etch release channels within a sacrificial material to facilitate the release of the corresponding microstructure.

The invention discloses a method and a system for releasing software. The system comprises a software compiling device, a releasing server, a test server and a channel configuration device, wherein the channel configuration device is used for making each channel number represent a software releasing channel; the software compiling device is used for sending a channel packet to the releasing server; the releasing server is used for releasing the channel packet as a releasing packet on a corresponding software releasing channel; the test server and a compiling and configuration file further store the file name of the channel packet to be compiled; the software compiling device is further used for transferring the channel number saved in the compiling and configuration file to a channel number configuration file to save the channel number and sending the channel packet to the test server; and the test server is used for downloading the channel packet to validate the channel packet. According to the method and the system for releasing software, the channel number is added in the software so as to trace a software product and continuously improve the function of the product.

The invention discloses a method to build and release channel in evolution network frame, wherein the network frame comprises: an evolution base station eNode B, a CPS, a MME, and a UPE. The relative method contains exactly: when UE enters activated state, eNode B interacts signaling with UPE through CPS and MME to build channel; or else when UE leaves activated state, eNode B interacts signaling with UPE through CPS and MME to cancel the channel. This invention can ensure business data transmission accurately.

The invention discloses a magnetic particle chemiluminescence micro-fluidic chip. The micro-fluidic chip comprises a top plate (1) and a bottom plate (2), the top plate (1) comprises an air pump (3), a sample adding opening (4), a sample filling area (12), a marking ligand storage pool (5) and a sample mixing area (13). The bottom plate (2) comprises a filter area (6), a magnetic particle coating area (7), a washing area (14), a detecting area (8), a washing liquid storage pool (9), a light-emitting substrate storage pool (10) and a liquid release channel (16). The top plate and the bottom plate both comprise liquid sensing devices, and the liquid sensing devices are used for determining the flowing state of liquid in the micro-fluidic chip and whether bubbles are mixed into the micro-fluidic chip.

The invention discloses a cloud pushing controlling method for weather information. The method comprises the steps of establishing an object base of weather serving products, a product template base and a service rule base in advance; receiving pushing requests of the weather serving products, wherein the serving products comprise a weather forecast, a weather pre-warning and the like; matching intelligently the object base of dynamic serving products according to the pushing requests of the weather serving products; selecting intelligently releasing area coverage according to the pushing requests; and selecting intelligently integrated release channels and service crowd according to the pushing requests. Through a controlling preset released by one-button, the service products are distributed automatically to matched releasing channels, thus achieving the purpose of one-button precise cloud pushing on the weather information. Adopting the cloud pushing controlling method for weather information can effectively improve the timeliness and high efficiency of the weather information pushing and the accuracy of the service channels, the sending objects and the sending areas.

A surgical instrument includes a proximal control mechanism having an instrument control surface. The instrument control surface has an opening through which a resilient latch arm can be inserted to engage a fixed latch structure contained within the proximal control mechanism. The fixed latch structure provides a lead-in ramp that forces the resilient latch arm onto a locking surface. The resilient latch arm is contained entirely within the proximal control mechanism when engaged. A release channel extends from an outer periphery of the instrument control surface to the opening through which the resilient latch arm enters, and provides a passage through which a release tool can be inserted to engage the resilient latch arm and release it from the locking surface of the fixed latch structure. A section of the release channel may be shaped to provide a fulcrum for the release tool.

A method and apparatus for an electrochemical processing cell that is configured to minimize bevel and backside deposition. The apparatus includes a contact ring assembly for supporting a substrate, a thrust plate movably positioned to engage a substrate positioned on the contact pins, and a lip seal member positioned to contact the thrust plate and the contact ring to prevent fluid flow therebetween. The lip seal includes a at least one bubble release channel formed therethrough. The method includes positioning an electric field barrier between a backside substrate engaging member and a frontside substrate supporting member to prevent electric field from traveling to the bevel and backside of the substrate. The electric field barrier including at least one bubble release channel formed therethrough.

The invention relates to a magnetic particle chemiluminescence double-layer micro-fluidic chip used for whole-blood sample detection. The micro-fluidic chip comprises a top plate (1) and a bottom plate (2). The top plate comprises a sample feeding port (4), a sample filling region (12), a marked ligand storage pool (5) and a sample mixing region (13). The bottom plate comprises a filtering region (6), a magnetic particle coating region (7), a cleaning region (14), a detecting region (8), a cleaning fluid storage pool (9), a luminous substrate liquid storage pool (10) and a liquid release channel (16).

The invention discloses a magnetic particle chemiluminescence micro-fluidic chip used for whole-blood sample detection. The chip is composed of top adhesive tape (12), a chip substrate (1) and bottom adhesive tape (15), wherein a filtering area (2), a coating area (3), a reacting area (5), a cleaning area (6), a detecting area (7) and liquid release channels (8) on the chip substrate are sequentially connected, a marking ligand storage pool (4) on the chip substrate is connected with the reacting area (5), the detecting area (7) is connected with a cleaning liquid storage pool (9) and a light-emitting substrate liquid storage pool (10) through the liquid release channels (8), and the top adhesive tape comprises a sample adding port (13). Magnetic particle marking ligands are coated with the coating area (3). The marking ligand storage pool (4) is used for storing enzyme or light-emitting agent marking ligands.

The invention discloses a carbon dioxide fracturer which comprises a liquid storage pipe with a hollow cavity. The liquid storage pipe is provided with two connecting ends; the left-side connecting end of the liquid storage pipe is connected with a release pipe, and a release channel of the release pipe is communicated with the hollow cavity of the liquid storage pipe and also communicated with a release hole formed in the outer wall of the left end of the release pipe; the right-side connecting end of the liquid storage pipe is provided with a heating pipe stretching into the hollow cavity of the liquid storage pipe and connected with a filling valve, an initiating head is arranged in the filling valve and electrically connected with the heating pipe through a wire, the outer wall of the filling valve is provided with an inflation valve, an inflation channel communicated with the hollow cavity of the liquid storage pipe is formed in the filling valve and communicated with the inflation valve, and the right end of the filling valve is connected with an ignition connecting device which is electrically connected with the initiating head through a wire. By adopting the structure, the carbon dioxide fracturer achieves the advantages of being low in labor intensity, free of open flames, large in fracturing power, safe and efficient.

This invention is one nitride gallium base LED extension piece growth method, in which form electric current release channel in the p-GaN layer, and carrie on a time of temperature decrease and heating-up annealing treatment to eliminate part accumulative stress to improve the crystal quality of said extending layer and increase the anti-ESD ability of GaN-base LED chip.

The invention relates to a micro-fluidic chip for multi-object quantitative detection based on magnetic particle chemiluminescence. The micro-fluidic chip is of a double-layer structure and comprises a cover plate (1) and a bottom plate (11), wherein an air pump (3), an air flow micro-channel (5), a sample adding hole (2), a sample liquid flowing channel (6), a first biomarker storage pool (4), a micro-mixer (7) and a transition area (10) on the cover plate (1) are connected in sequence. A filter (12), a reaction chamber (13), a cleaning area (14), a detection chamber (15) and a solution release channel (18) on the bottom plate (11) are connected in sequence, and the detection chamber (15) is connected with a luminous liquid storage pool (16) and a cleaning fluid storage pool (17) respectively through the solution release channel (18).

The embodiment of the invention provides a method and a device for reinforcing an application program. The method comprises the following steps of receiving a reinforcing request of the application program, wherein the reinforcing request comprises an installation package of the application program and multi-channel information for reinforcing the application program, the installation package comprises code files and resource files, and release channel names and corresponding channel values are configured in the resource files; analyzing to obtain corresponding code files and resource files from the installation package of the application program; executing reinforcing operation on the code files obtained through analysis; executing retouching operation on the resource files obtained through analysis according to each piece of channel information to obtain a new resource file corresponding to each piece of channel information; executing packaging operation on the reinforced code files and the new resource file corresponding to each piece of channel information to obtain a reinforced installation package corresponding to each piece of channel information. According to the method and the device, the safety of the application program can be improved and the efficiency of reinforcing multiple release channels is improved.

A microvalve device includes a pilot valve and a pilot operated valve. The pilot valve includes a first layer having openings and a second layer having a chamber in communication with the openings, and a movable member for controlling fluid flow. The pilot operated valve includes three plates. Two the openings, and pressure apply and release channels in communication with a spool portion of the pilot operated valve. The spool is movable to allow from a second fluid source to a load. The third plate includes a first source port in communication with a first fluid, the pressure apply and release channel, one of the first plate ports, one of the openings, a first port in communication with a first reservoir, a second port is in communication with the second fluid source and a load port in communication with a load.

The invention discloses a preset hollow cavity protection wall type film bulk acoustic wave resonator, and a preparation method. The film bulk acoustic wave resonator comprises an SOI substrate with apreset hollow cavity and a transducer stacking structure; the preset hollow cavity is formed by enclosing protection walls of side walls and a protection bottom at the bottom, and the protection walls and the protection bottom are used for ensuring that the SOI substrate is not excessively corroded; the transducer stacking structure is located on the SOI substrate and is opposite to the preset hollow cavity; and at least one release channel penetrating through the transducer stacking structure and communicating with the preset hollow cavity is arranged on the transducer stacking structure. According to the preset hollow cavity protection wall type film bulk acoustic wave resonator disclosed by the invention, the situation of insufficient corrosion and excessive corrosion of the preset hollow cavity in a corrosion process can be avoided, and the size and the shape of the preset hollow cavity can be accurately controlled, so that the effective preparation of the film bulk acoustic waveresonator is realized.

A remotely controlled slow-releasing electronic capsule for releasing medicine, food or making substance in digestive tract is composed of casing, remotely controlled driver, slow-releasing channel of medicine and a medicine tablet core with a conic or cylindrical boss at its one end. Under the drive of said driver, said boss on medicine tablet can move forward to open the medicine releasing channel for slowly releasing the medicine.

The invention provides an installation package generating method. The method comprises the steps of obtaining configuration parameters and a channel identification set which comprises channel identifications corresponding to different release channels, taking out the channel identifications from the channel identification set one by one, and generating installation packages corresponding to the channel identifications according to the taken-out channel identifications, the configuration parameters and files to be packaged. According to the installation package generating method, after the configuration parameters and the channel identification set are obtained, the channel identifications can be taken out from the set one by one automatically, and the installation packages corresponding to every channel identification are generated according to each taken-out channel identification, the configuration parameters and the files to be packaged; as a result, the efficiency of generating the installation packages is greatly improved; besides, as the process of generating the installation packages is automatic, errors are not prone to occur. The invention also provides an installation package generation device.

The invention discloses a magnetic particulate chemiluminescent micro-fluidic chip for quantitatively detecting myohemoglobin. The structure of the magnetic particulate chemiluminescent micro-fluidic chip mainly comprises a cover piece (1) and a bottom piece (11), wherein an air pump (3), an airflow micro-channel (5), a sample feeding hole (2), a sample liquid flowing channel (6), a first biological marker storage tank (4), a micro-mixer (7) and a transition region (10) on the cover piece (1) are connected in sequence; a filter (12), a reaction tank (13), a washing tank (14), a detection tank (15) and a solution releasing channel (18) on the bottom piece (11) are connected in sequence; the detection tank (15) on the bottom piece (11) is connected with a washing liquid storage tank (16) and a luminescent liquid storage tank (17) through the solution releasing channel (18).

The invention relates to a channel packet customization method, which comprises the following steps: setting a corresponding channel number and a channel feature code file for each releasing channel of software; according to the set channel number and the channel feature code file, generating a channel packet configuration file; according to the channel packet configuration file and a source code file of the software, compiling and generating a plurality of channel packets, wherein the generated channel packets correspond to the releasing channels one by one. The invention also provides a channel packet customization device. The customization efficiency of the channel packets with the corresponding releasing channel promotion features of the software can be improved, and the customization cost of the channel packets is lowered.

The invention provides a code coverage rate test method and apparatus. The method comprises: newly constructing a specific test resource release channel, wherein the test resource release channel is used for deploying test resources into a test environment; when an instruction for testing a tested program is received, deploying the tested program to the test environment by utilizing the test resource release channel; and testing the tested program in the test environment to obtain code coverage rate data of the tested program. According to embodiments of the invention, when the code coverage rate is tested, the tested program can be deployed to the test environment by utilizing the test resource release channel, so that development work is separated from test work, the burden of development is reduced, and the test efficiency is improved.

The invention relates to an air conditioner and a control method thereof, relates to the field of household appliances, and mainly aims to solve the technical problem that in the prior art, during defrosting of the air conditioner, the indoor comfort is reduced due to the fact that the temperature of the indoor environment fluctuates. The mainly adopted technical scheme is that the air conditioner comprises a compressor, an indoor heat exchanger, an outdoor heat exchanger, and a first throttling device and a heat storage module which are arranged between the indoor heat exchanger and the outdoor heat exchanger, wherein the heat storage module comprises a heat storage channel used for heat storage and a heat release channel used for heat release; the heat storage channel is arranged at the two ends of the indoor heat exchanger in parallel; one end of the heat release channel is connected with one end of the outdoor heat exchanger; and the other end of the heat release channel is connected with an air suction hole of the compressor. According to the air conditioner, during defrosting, the indoor heat exchanger can continuously perform heating, so that the temperature fluctuation of the indoor environment is reduced, and the comfort of the indoor environment is guaranteed.

The invention relates to a legehenne smooth farm and a legehenne breeding method. On the farm, a manure release channel is arranged under a coop frame of a barton, a main extraction chimney and an auxiliary extraction chimney are arranged above the coop frame, and indoor parts of the main extraction chimney and the auxiliary extraction chimney are transparent, and lights are arranged in the indoor parts; the coop frames are symmetrically arranged at two sides of the main extraction chimney and the auxiliary extraction chimney; the lower port of the main extraction chimney extends to the middle lower part of the manure release channel, and the lower port of the auxiliary extraction chimney is close to the top of the coop frames; the width of the upper port of the manure release channel is matched with that of the coop, the lower part of the manure release channel is furled to be matched with the lower port of the main extraction chimney; and a ventilating duct is arranged under the channel, is communicated to the air inlet at one end of the coop, and uniformly distributes air to the barton through an air distributing port. The barton forms nature air flowing under the actions of air pressure and thermal pressure to ensure that air bath type directional airflow is formed in the barton, and air in the barton is consistent and fresh throughout the year; and the legehenne smooth farm has reasonable layout and complete functions, is convenient to control various environment indexes in the barton, has light disinfection burden, less health-care administration, low breeding cost, smooth whole breeding and less epidemic situations, low energy consumption and improved breeding efficiency.

The invention discloses a rapid highway electronic toll collection system and method based on IoTs technology. The present invention relates to a highway toll collection system which is characterizedby comprising a vehicle terminal fixed in a vehicle, a data center, an entrance IoTs base station at an entrance of a highway, an entrance vehicle release unit arranged at each ramp entrance, an exitIoTs base station at an exit of a highway, license plate acquisition units arranged at the exit release channels, and an automatic release gate or automatic release gate. Another technical solution ofthe present invention is to provide a highway toll collection system. The toll collection of the highway is realized by means of IoTs technology, the toll collection and releasing manner of the highway is changed into two sections, the toll collection is completed in the first section of area, and in the second section of area, the corresponding vehicles are automatically released according to the toll collection situation in the first section of area, therefore, the passing speed of the highway toll collection area can be greatly improved.

The invention discloses a magnetic particle chemiluminescence microfluidic chip for quantitative detection of a D-dimer. The structure of the chip mainly comprises a cover plate (1) and a base plate (11), wherein a sample introduction opening (2), a sample liquid flow channel (6), a first biomarker storage pool (4), a micro-mixer (7) and a transition zone (10) which are arranged on the cover plate (1) are sequentially connected; and a filter (12), a reaction pool (13), a cleaning pool (14), a detection pool (15) and a solution release channel (18) which are arranged on the base plate (11) are sequentially connected, and the detection pool (15) on the base plate (11) is connected with a cleaning liquid storage pool (16) and a luminescence liquid storage pool (17) through the solution release channel (18).

The embodiment of the invention discloses a data generation method, a data transmission method and related equipment, which can promote the service development of a mobile code. The data generation method comprises the following steps of: acquiring application information, and acquiring different channel identifiers for different release channels; and coding the application information and the channel identifiers to obtain the mobile code. The embodiment of the invention also provides the data transmission method and the related equipment. The embodiment of the invention can effectively promote the service development of the mobile code.

The invention discloses a power grid fault information release and processing system, which includes a power grid system, a dispatching data network, a headquarters, a fault information release system and a user terminal. The power grid system is connected with the command center and the fault information release system through the dispatching data network. The information release system is connected to the user end, and the power grid system includes a fault information analysis system. The fault information analysis system is connected with parameter configuration, early warning unit, fault data collection and fault information analysis; fault data collection is connected with fault information entry and fault information collection ; The fault information analysis is connected with the power outage area, power outage range, transformer in the station area, power outage time, power outage reason, release channel and voltage fault. The invention can determine the cause of the failure in time, automatically release messages, and cooperate with the command system to take effective solutions, so as to facilitate the rapid recovery of the safe operation of the power grid system, has better safety performance, and meets the actual use requirements.