mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a base station wirelessly communicating with a user equipment according to a 3GPP communication protocol or standard, the user equipment being in an engaged mode, the method comprising: transmitting , by the base station to the user equipment , a first message that includes a set of common search space configuration parameters for a common search space through which the user equipment can receive an other system information block and further includes an additional set of common search space configuration parameters for the user equipment to receive a system information block type 1 or a master information block; transmitting , by the base station to the user equipment , a second message that includes the other system information block, the second message transmitted in accordance with the set of common search space configuration parameters; and transmitting , by the base station to the user equipment , additional messages in accordance with system information parameters contained in the other system information block. transmitting , by the base station to the user equipment , a first message that includes a set of common search space configuration parameters for a common search space through which the user equipment can receive an other system information block and further includes an additional set of common search space configuration parameters for the user equipment to receive a system information block type 1 or a master information block; transmitting , by the base station to the user equipment , a second message that includes the other system information block, the second message transmitted in accordance with the set of common search space configuration parameters; and transmitting , by the base station to the user equipment , additional messages in accordance with system information parameters contained in the other system information block.
Manufacturing method for a mechanical part, the mechanical part comprising two parts fixed to each other by an anaerobic adhesive, at least one of the two parts being made of a resin material, the method comprising: a UV treatment step of performing the UV treatment on an adhesive surface of the resin part; and a step of fixing the other part of the two parts to the adhesive surface of the resin part which performed the UV treatment with the anaerobic adhesive, characterized in that the UV treatment comprises first, interposing an infrared cut filter between a HID lamp and the resin part, the HID lamp being configured to irradiate a light beam including at least an electromagnetic wave having a wavelength of 254 nm and an electromagnetic wave having a wavelength of 800 nm, the infrared cut filter having a transmittance of 50% or more and 80% or less in the electromagnetic wave having the wavelength of 254 nm and a transmittance of 10% or more and 30% or less in the electromagnetic wave having the wavelength of 800 nm, second, without cooling the resin part, irradiating the light beam through the infrared cut filter onto the adhesive surface of the resin part to generate a C=O bond which have a bond energy of 287 eV on the adhesive surface of the resin part. a UV treatment step of performing the UV treatment on an adhesive surface of the resin part; and a step of fixing the other part of the two parts to the adhesive surface of the resin part which performed the UV treatment with the anaerobic adhesive, characterized in that the UV treatment comprises first, interposing an infrared cut filter between a HID lamp and the resin part, the HID lamp being configured to irradiate a light beam including at least an electromagnetic wave having a wavelength of 254 nm and an electromagnetic wave having a wavelength of 800 nm, the infrared cut filter having a transmittance of 50% or more and 80% or less in the electromagnetic wave having the wavelength of 254 nm and a transmittance of 10% or more and 30% or less in the electromagnetic wave having the wavelength of 800 nm, second, without cooling the resin part, irradiating the light beam through the infrared cut filter onto the adhesive surface of the resin part to generate a C=O bond which have a bond energy of 287 eV on the adhesive surface of the resin part.
A computer-implemented method for use in providing input to an application, comprising the steps of: obtaining , at an image plane of a camera , images of a geometric shape on a controller , the controller comprising a hand-held game controller for a computer entertainment system , having one or more manipulators and one or more buttons , the controller comprising a plurality of light sources arranged on the controller to define the geometric shape and the plurality of light sources configured to distinguish the controller from other controllers; analyzing the images to detect movements of the geometric shape; determining position information for the controller based on the analysis of the movements of the geometric shape so as to track the position of the controller as x, y and z coordinates and to track movements of the controller; displaying on a display screen images of a video game and mapping tracked movements of the controller to movements of a game object in a game environment according to a gearing ratio between detected movements of the controller and movements of the game object in the game environment; and modifying the gearing ratio in response to a game state. obtaining , at an image plane of a camera , images of a geometric shape on a controller , the controller comprising a hand-held game controller for a computer entertainment system , having one or more manipulators and one or more buttons , the controller comprising a plurality of light sources arranged on the controller to define the geometric shape and the plurality of light sources configured to distinguish the controller from other controllers; analyzing the images to detect movements of the geometric shape; determining position information for the controller based on the analysis of the movements of the geometric shape so as to track the position of the controller as x, y and z coordinates and to track movements of the controller; displaying on a display screen images of a video game and mapping tracked movements of the controller to movements of a game object in a game environment according to a gearing ratio between detected movements of the controller and movements of the game object in the game environment; and modifying the gearing ratio in response to a game state.
Device for extracting at least one analyte contained in a liquid sample, comprising: - an extraction and desorption zone of the analyte provided with a stationary phase referred to as the extraction zone ; - at least one supply inlet of the extraction zone ; - at least one evacuation outlet of the extraction zone; - first connection switching means connected to the supply inlet , and connected to a tank containing the liquid sample and to at least one gas source , for connecting the supply inlet to either the tank of the liquid sample or the gas source , - second connection switching means connected to the evacuation outlet and connected to a collection tank and to a device for analysing the analyte, for connecting the evacuation outlet to either the collection tank or the analysis device , - desorption assistance means , - a control unit of the first and second connection switching means such that when the first connection switching means allow the supply of liquid sample to the extraction zone through the supply inlet , the second connection switching means allow the evacuation to the collection tank through the evacuation outlet , characterised in that the micro-manufactured extraction zone comprises microstructures extending from a bottom end to a top end, and a stationary phase supported by said microstructures, the microstructures being spaced apart from each other at a distance equal to between 10 μm and 50 μm, and wherein the extraction zone has a total volume of less than 20 μl. - an extraction and desorption zone of the analyte provided with a stationary phase referred to as the extraction zone ; - at least one supply inlet of the extraction zone ; - at least one evacuation outlet of the extraction zone; - first connection switching means connected to the supply inlet , and connected to a tank containing the liquid sample and to at least one gas source , for connecting the supply inlet to either the tank of the liquid sample or the gas source , - second connection switching means connected to the evacuation outlet and connected to a collection tank and to a device for analysing the analyte, for connecting the evacuation outlet to either the collection tank or the analysis device , - desorption assistance means , - a control unit of the first and second connection switching means such that when the first connection switching means allow the supply of liquid sample to the extraction zone through the supply inlet , the second connection switching means allow the evacuation to the collection tank through the evacuation outlet ,
A container corner lock for fastening a first container corner casting of a first container and a corresponding second container corner casting of a second container , wherein the first container is stacked on the second container ; wherein the container corner lock comprises: a first protruding part , configured to be inserted into a first recess of the first container corner casting of the first container ; wherein the first protruding part comprises a first locking means for fixing the first protruding part into the first recess ; a second protruding part , configured to be inserted into a second recess of the second container corner casting of the second container ; wherein the second protruding part comprises a second locking means for fixing the second protruding part into the second recess ; an electric motor configured to block or unblock the movement of at least one of the locking means between an open position and a locked position within the corresponding recess ; a first wireless transceiver configured for communication with an external transceiver on a first radio signal frequency having a first distance range; a processing circuit configured to receive the signal from the first wireless transceiver , interpret the signal and generate a command for operating the electric motor in accordance with the received wireless signal, characterised in that it further comprises: a second, short-range wireless transceiver or transponder configured to communicate with an external short-range terminal on a second radio signal frequency having a second distance range, which is shorter than the first distance range of the first transceiver . a first protruding part , configured to be inserted into a first recess of the first container corner casting of the first container ; wherein the first protruding part comprises a first locking means for fixing the first protruding part into the first recess ; a second protruding part , configured to be inserted into a second recess of the second container corner casting of the second container ; wherein the second protruding part comprises a second locking means for fixing the second protruding part into the second recess ; an electric motor configured to block or unblock the movement of at least one of the locking means between an open position and a locked position within the corresponding recess ; a first wireless transceiver configured for communication with an external transceiver on a first radio signal frequency having a first distance range; a processing circuit configured to receive the signal from the first wireless transceiver , interpret the signal and generate a command for operating the electric motor in accordance with the received wireless signal, characterised in that it further comprises: a second, short-range wireless transceiver or transponder configured to communicate with an external short-range terminal on a second radio signal frequency having a second distance range, which is shorter than the first distance range of the first transceiver .
A system comprising: a low observable aircraft having its surfaces oriented at a limited number of directions, or wherein the shape of the aircraft is in accordance with the principle of planform alignment; and a lightning diverter strip comprising a plurality of electrically conductive elements arranged in a spaced apart relation, each of the electrically conductive elements comprising an elongate portion; wherein the lightning diverter strip is attached to the aircraft in such a way that the conductive elements are located on an exposed outer surface of the lightning diverter strip and exposed to atmospheric conditions; and for each conductive element , a long axis of the elongate portion of that conductive element is substantially parallel with a leading edge of a wing of the aircraft or an edge of a tail surface of the aircraft. a low observable aircraft having its surfaces oriented at a limited number of directions, or wherein the shape of the aircraft is in accordance with the principle of planform alignment; and a lightning diverter strip comprising a plurality of electrically conductive elements arranged in a spaced apart relation, each of the electrically conductive elements comprising an elongate portion; wherein the lightning diverter strip is attached to the aircraft in such a way that the conductive elements are located on an exposed outer surface of the lightning diverter strip and exposed to atmospheric conditions; and for each conductive element , a long axis of the elongate portion of that conductive element is substantially parallel with a leading edge of a wing of the aircraft or an edge of a tail surface of the aircraft.
A pneumatic tire, formed from a rubber composition, the rubber composition exhibiting a temperature dependence curve of tan δ with a half-width defined by Equation of 45 or less as measured at a strain of 0.1% and a frequency of 10 Hz, the rubber composition having a temperature dependence of hardness defined by Equation of 4.3 or less, the temperature dependence curve having a peak temperature of 10°C or lower, half-width = temperature at half-peak height on high temperature side − temperature at half-peak height on low temperature side , temperature dependance of hardness = hardness index at 0 ° C / hardness index at 100 ° C .
An operation method of a memory device that includes a plurality of memory cells stacked in a direction perpendicular to a substrate, the method comprising: performing first to (n-1)-th program loops on selected memory cells connected to a selected word line from among the plurality of memory cells, based on a first program parameter; and after the (n-1)-th program loop is performed, performing n-th to k-th program loops on the selected memory cells, based on a second program parameter different from the first program parameter, wherein n is an integer greater than 1 and k is an integer greater than or equal to n, characterised in that the method is further comprising : wherein the first and second program parameters include information about at least two of a program voltage increment, a 2-step verify range, and a bit line forcing voltage used in the first to k-th program loops. performing first to (n-1)-th program loops on selected memory cells connected to a selected word line from among the plurality of memory cells, based on a first program parameter; and after the (n-1)-th program loop is performed, performing n-th to k-th program loops on the selected memory cells, based on a second program parameter different from the first program parameter, wherein n is an integer greater than 1 and k is an integer greater than or equal to n, characterised in that the method is further comprising : wherein the first and second program parameters include information about at least two of a program voltage increment, a 2-step verify range, and a bit line forcing voltage used in the first to k-th program loops.
A sensor system , comprising: a planar T-resonator , which includes a conductor having a feedline coupled to a stub and a ground plane ; and an oscillator having an input coupled to the planar T-resonator and an output, wherein the oscillator has a negative resistance within a predetermined frequency range and an input phase of the oscillator is approximately equal to a phase of the planar T-resonator over a majority of the predetermined frequency range, wherein the planar T-resonator is applied to a surface of a container , wherein the sensor system is configured to determine a characteristic of fluid in the container based on an obtained resonance frequency, wherein the characteristic of the fluid is a level of the fluid in the container or a concentration of the fluid in the container , wherein the feedline of the planar T-resonator includes a first port terminated by a load and a second port coupled to the input of the oscillator , wherein the feedline of the planar T-resonator includes at least a first pair of symmetrical branches (704 1 , 704 2 ) and a second pair of symmetrical branches (706 1 , 706 2 ) coupled to the stub . a planar T-resonator , which includes a conductor having a feedline coupled to a stub and a ground plane ; and an oscillator having an input coupled to the planar T-resonator and an output, wherein the oscillator has a negative resistance within a predetermined frequency range and an input phase of the oscillator is approximately equal to a phase of the planar T-resonator over a majority of the predetermined frequency range, wherein the planar T-resonator is applied to a surface of a container , wherein the sensor system is configured to determine a characteristic of fluid in the container based on an obtained resonance frequency, wherein the characteristic of the fluid is a level of the fluid in the container or a concentration of the fluid in the container , wherein the feedline of the planar T-resonator includes a first port terminated by a load and a second port coupled to the input of the oscillator , wherein the feedline of the planar T-resonator includes at least a first pair of symmetrical branches (704 1 , 704 2 ) and a second pair of symmetrical branches (706 1 , 706 2 ) coupled to the stub .
Device for driving a fastening element into a substrate, having a centre of gravity , an energy transmission element which is movable between a starting position and a setting position and is intended for transmitting driving-in energy to the fastening element , a piston drive providing the driving-in energy, a housing , and a bolts guide which guides the fastening element while it is being driven in, wherein the bolts guide is mounted on the housing so as to be rotatable with respect to a rotation about the centre of gravity , characterized in that the bolts guide has a holder which is mounted on the housing so as to be rotatable with respect to a rotation about the centre of gravity and comprises a deceleration element for braking the energy transmission element .
An electronic communication module for a tire comprising: a radio device having at least a portion of its outer surface surrounded by a rubber composition, the rubber composition comprising 100 phr of at least one diene-based elastomer, and 20 phr to 130 phr of ground, cured rubber, wherein the ground, cured rubber contains carbon black in an amount of 10% to 40% by weight based on the total weight of the ground, cured rubber. a radio device having at least a portion of its outer surface surrounded by a rubber composition, the rubber composition comprising 100 phr of at least one diene-based elastomer, and 20 phr to 130 phr of ground, cured rubber, 100 phr of at least one diene-based elastomer, and 20 phr to 130 phr of ground, cured rubber, wherein the ground, cured rubber contains carbon black in an amount of 10% to 40% by weight based on the total weight of the ground, cured rubber.
Device for combating unwanted life forms in the form of unwanted plants, fungi or insects by means of electric current, having a high-voltage source that is connected to a first electrode that can be brought into a position adjacent to yet separate from the unwanted life form , and to a second, earthed electrode , in order to achieve a flow of current through the unwanted life form through a transfer of charge over the gap between the first electrode and the life form , and having means for the targeted increase in the conductivity of the air between the first electrode and the life form , characterized in that a controller is configured to control the means on the basis of the signals of a sensor system for automatically detecting an unwanted life form , and wherein the controller is configured to control the quantity of electrical energy transmitted to an unwanted life form on the basis of a property of the life form recognized by means of the sensor system .
A dual-chambered medical barrel comprising an inner wall and an outer wall , the inner wall comprising at least one bypass groove having a substantially constant cross section, wherein the outer wall adjacent to the bypass groove has a surface geometry that is unaltered by the bypass groove, the medical barrel being made from an injection moldable thermoplastic material, characterised in that the dual-chambered medical barrel comprises a pH protective organo-siloxane coating or layer applied by plasma enhanced chemical vapor deposition (PECVD) to the inner wall .
An antenna device configured to be used in contact with or close to a human body or a conductor, the antenna device comprising: an antenna; and a metasurface layer that is layered on the antenna, configured to be disposed on the human body side or the conductor, and includes a low-loss film and a metasurface formed on the low-loss film, wherein the low-loss film includes a first-layer low-loss film and a second-layer low-loss film that are layered, the metasurface includes a first-layer metasurface made of a plurality of first-layer electrodes (21A1, 21C1) formed on the first-layer low-loss film and a second-layer metasurface made of a plurality of second-layer electrodes (21B1) formed on the second-layer low-loss film , the plurality of first-layer electrodes (21A1) is disposed not overlapping the plurality of second-layer electrodes (21B 1) in plan view, and the plurality of second-layer electrodes (21B 1) is disposed not overlapping the plurality of first-layer electrodes (21A1) in plan view, wherein the plurality of first electrodes (21A1) and the plurality of second electrodes (21B1) in respective rows are alternately arranged side by side. an antenna; and a metasurface layer that is layered on the antenna, configured to be disposed on the human body side or the conductor, and includes a low-loss film and a metasurface formed on the low-loss film, wherein the low-loss film includes a first-layer low-loss film and a second-layer low-loss film that are layered, the metasurface includes a first-layer metasurface made of a plurality of first-layer electrodes (21A1, 21C1) formed on the first-layer low-loss film and a second-layer metasurface made of a plurality of second-layer electrodes (21B1) formed on the second-layer low-loss film , the plurality of first-layer electrodes (21A1) is disposed not overlapping the plurality of second-layer electrodes (21B 1) in plan view, and the plurality of second-layer electrodes (21B 1) is disposed not overlapping the plurality of first-layer electrodes (21A1) in plan view, wherein the plurality of first electrodes (21A1) and the plurality of second electrodes (21B1) in respective rows are alternately arranged side by side.