mhurhangee/patent-ind-claim-en huggingface dataset:
An optical side input/output circuit comprising: a tap portion in which a tap waveguide that outputs light of a higher-order mode from a side surface of an optical fiber is formed, the light of the higher-order mode being of light propagating in a core of the optical fiber ; and a grating portion that is located in a stage before the tap portion in a propagation direction of the light, and has a grating that converts light of a desired wavelength from a basic mode to the higher-order mode, the grating being formed in the core of the optical fiber . a tap portion in which a tap waveguide that outputs light of a higher-order mode from a side surface of an optical fiber is formed, the light of the higher-order mode being of light propagating in a core of the optical fiber ; and a grating portion that is located in a stage before the tap portion in a propagation direction of the light, and has a grating that converts light of a desired wavelength from a basic mode to the higher-order mode, the grating being formed in the core of the optical fiber .
A method for detecting man-in-the-middle attacks in adaptive streaming of adaptively streaming video content using a wireless transmit/receive unit, WTRU, comprising: receiving, at the WTRU, a media presentation description, MPD, file from a MPD provider ; sending, from the WTRU, a hypertext transfer protocol, HTTP, GET request for a media segment based on the MPD file to a content server ; receiving, at the WTRU, the media segment from the content server ; determining, at the WTRU, a security or authentication hash for the received media segment; and sending, from the WTRU, to an integrity verification server a HTTP request message that comprises a request for a server-provided reference hash associated with the received media segment, the request for a server-provided reference hash comprising the determined security or authentication hash; wherein a difference between the determined security or authentication hash and the server-provided reference hash is indicative of lack of authenticity of the received media segment.
A method for transmitting an acknowledgement/not-acknowledgement, ACK/NACK, for a Hybrid Automatic Repeat request, HARQ, by a user equipment, UE, in a carrier aggregation, CA, system, the method comprising: receiving, from a base station, BS, downlink control information, DCI, wherein the DCI controls downlink data transmission on a secondary component carrier, SCC, wherein the DCI includes 2 bits of a transmission power control, TPC, field which are used to indicate at least one first ACK/NACK resource among at least one ACK/NACK resource set configured by a higher layer; obtaining at least one second ACK/NACK resource using a first control channel element, CCE, among CCEs on a physical downlink control channel, PDCCH, received through a primary component carrier, PCC; configuring a channel selection table which contains mapping information between the ACK/NACK, one of the at least one first ACK/NACK resource and the at least one second ACK/NACK resource, and at least one modulation symbol to be transmitted; selecting an uplink ACK/NACK resource among the at least one first ACK/NACK resource and the at least one second ACK/NACK resource based on the channel selection table; and transmitting, to the BS , the ACK/NACK by using the selected uplink ACK/NACK resource. receiving, from a base station, BS, downlink control information, DCI, wherein the DCI controls downlink data transmission on a secondary component carrier, SCC, wherein the DCI includes 2 bits of a transmission power control, TPC, field which are used to indicate at least one first ACK/NACK resource among at least one ACK/NACK resource set configured by a higher layer; obtaining at least one second ACK/NACK resource using a first control channel element, CCE, among CCEs on a physical downlink control channel, PDCCH, received through a primary component carrier, PCC; configuring a channel selection table which contains mapping information between the ACK/NACK, one of the at least one first ACK/NACK resource and the at least one second ACK/NACK resource, and at least one modulation symbol to be transmitted; selecting an uplink ACK/NACK resource among the at least one first ACK/NACK resource and the at least one second ACK/NACK resource based on the channel selection table; and transmitting, to the BS , the ACK/NACK by using the selected uplink ACK/NACK resource.
A display device with touch detection, operable as a flat display and as a stereoscopic display, comprising a display module and a liquid crystal cell which are stacked onto each other, wherein the display module comprises first electrodes of a strip structure, and the liquid crystal cell comprises second electrodes of a strip structure and a third electrode arranged opposite to the second electrodes, with the first electrodes and the second electrodes extending in different directions; wherein the display device is arranged so that during a stereoscopic display period, the first electrodes act as common electrodes and a grating electric field is formed between the second electrodes and the third electrode , the grating electric field allowing the liquid crystal cell to form a grating for stereoscopic display, characterized in that the display device is arranged so that during a touch detection period, a coupling electric field is formed between the first electrodes and the second electrodes ; and the coupling electric field is used for generating a touch signal when a touch occurs.
Screw tap, comprising at least one working region which can be rotated or is rotated about a tool axis (A) and has a plurality of cutting teeth (12; 12a, 12b) which are arranged on the tool circumference, each cutting tooth (12; 12a, 12b) having a cutting tooth head (13; 13a, 13b) at the point or region thereof which is radially furthest away from the tool axis (A), the radial distance (R) of the cutting tooth heads (13; 13a, 13b) from the tool axis (A) being substantially the same or decreasing counter to an intended feed direction (V) of the screw tap in a guide region of the working region , the radial distance (R) of the cutting tooth heads (13; 13a, 13b) from the tool axis (A) increasing counter to the intended feed direction (V) of the screw tap in a run-on region of the working region that is upstream of the guide region in the intended feed direction (V) such that, in an axial cross-section, the superimposed profiles (16; 16a, 16b) of axially spaced-apart cutting teeth (12; 12a, 12b) have a profile differential surface , characterized in that the radial cutting tooth profile boundary of the cutting teeth (12; 12a, 12b) is completely curved in the run-on region .
An apparatus to supply water to a tank for an exhaust system provided with exhaust gas after-treatment for a combustion engine ; the apparatus comprises the tank and the exhaust system comprises an exhaust pipe and a pumping device , which is buried inside the tank and draws from the tank so as to feed a water solution of urea under pressure to an electromagnetic injector designed to inject the water solution of urea under pressure into the exhaust pipe ; the tank is supplied with urea powder and water, which are mixed on the inside so as to obtain a water solution of urea with a variable concentration; the apparatus is characterized in that it comprises a water supply circuit to supply water to the tank , which is provided with a first pipe , which draws the water from a basin and is regulated by a first valve , which allows water to be introduced into the tank , if necessary, or to be drained to the surrounding environment when the water quantity already contained in the tank is sufficient.
A brake dust collector comprising: a brake module including a pair of brake pads that are respectively disposed on both sides of a disc and that are in close contact with or separated from the disc according to a forward and backward movement of a piston; a housing configured to cover a part of the brake module, wherein the housing extends along a circumferential direction of the disc and includes a filter module detachable portion formed in at least one of a leading portion and a trailing portion of the housing ; and at least one filter module detachably fastened to the filter module detachable portion . a brake module including a pair of brake pads that are respectively disposed on both sides of a disc and that are in close contact with or separated from the disc according to a forward and backward movement of a piston; a housing configured to cover a part of the brake module, wherein the housing extends along a circumferential direction of the disc and includes a filter module detachable portion formed in at least one of a leading portion and a trailing portion of the housing ; and at least one filter module detachably fastened to the filter module detachable portion .
A method for reducing battery consumption at a user equipment, UE, comprising: configuring a 10 ms transmission mode on an uplink, UL, channel at the UE ; indicating configuration of the 10 ms transmission mode to a base station in communication with the UE ; compressing a 20 ms transmission associated with a 20 ms transmission time interval, TTI, into a 10 ms compressed transmission; transmitting the 10 ms compressed transmission during a first 10 ms of the 20 ms TTI; performing a discontinuous transmission, DTX, of the UL channel during a second 10 ms of the 20 ms TTI; and performing a decoding of a downlink, DL, dedicated physical channel, DPCH, at an early block error rate, BLER, target slot, wherein the early BLER target slot is the slot at which the decoding success rate has to meet the BLER target, wherein the DL DPCH is not received during the second 10 ms of the 20 ms TTI. configuring a 10 ms transmission mode on an uplink, UL, channel at the UE ; indicating configuration of the 10 ms transmission mode to a base station in communication with the UE ; compressing a 20 ms transmission associated with a 20 ms transmission time interval, TTI, into a 10 ms compressed transmission; transmitting the 10 ms compressed transmission during a first 10 ms of the 20 ms TTI; performing a discontinuous transmission, DTX, of the UL channel during a second 10 ms of the 20 ms TTI; and performing a decoding of a downlink, DL, dedicated physical channel, DPCH, at an early block error rate, BLER, target slot, wherein the early BLER target slot is the slot at which the decoding success rate has to meet the BLER target, wherein the DL DPCH is not received during the second 10 ms of the 20 ms TTI.
A method for producing a connecting body of a connecting element for a mullion-transom or bar construction of a façade system, wherein the connecting body is designed parametrically and is formed by a plurality of respectively different, three-dimensionally curved regions , wherein the three-dimensionally curved regions are formed in the shape of rods, struts or branches and have different material thicknesses and/or material densities at least in regions or sections, wherein in the method: - the material thicknesses and/or material densities are selected pursuant to a calculated point or area load of the connecting element in a integrated state of the connecting element in the mullion-transom or bar construction, - the three-dimensionally curved regions are defined parametrically with regard to a curvature, with regard to a three-dimensional orientation and with regard to a number and are adapted parametrically to in particular calculated and/or predetermined requirements from the mullion-transom or bar construction or to in particular calculated and/or predetermined requirements from the façade system which is part of the mullion-transom or bar construction, and - the connecting body is then manufactured using a generative manufacturing process for metals, wherein the connecting body of the connecting element is parametrically adapted to requirements from the façade system, so that drainage and/or sealing channels from the façade system continue on in the connecting element in a continuous manner. - the material thicknesses and/or material densities are selected pursuant to a calculated point or area load of the connecting element in a integrated state of the connecting element in the mullion-transom or bar construction, - the three-dimensionally curved regions are defined parametrically with regard to a curvature, with regard to a three-dimensional orientation and with regard to a number and are adapted parametrically to in particular calculated and/or predetermined requirements from the mullion-transom or bar construction or to in particular calculated and/or predetermined requirements from the façade system which is part of the mullion-transom or bar construction, and - the connecting body is then manufactured using a generative manufacturing process for metals,
A method for providing log entries of a system log , the method comprising: - Initiating, at a readout time , a readout process using a first and a second readout information in parallel to read the log entries , wherein the readout information is a pointer comprising an information with a reference to a particular log entry , - Reading the log entries logged before the readout time by using the first readout information , - Reading the log entries logged after the readout time by using the second readout information . - Initiating, at a readout time , a readout process using a first and a second readout information in parallel to read the log entries , wherein the readout information is a pointer comprising an information with a reference to a particular log entry , - Reading the log entries logged before the readout time by using the first readout information , - Reading the log entries logged after the readout time by using the second readout information .
Apparatus for training hand movement, comprising: a base 110 arranged to support a hand; and at least one finger support 150 provided on the base 110; a finger and/or hand restraint 164; and wherein the at least one finger support 150 is independently movable relative to the base 110, characterised in that the base 110 has a generally spherical configuration, further wherein the at least one finger support 150 is independently movable relative to the base 110 as a result of applying pressure to the support by a finger of the hand. a base 110 arranged to support a hand; and at least one finger support 150 provided on the base 110; a finger and/or hand restraint 164; and wherein the at least one finger support 150 is independently movable relative to the base 110, characterised in that the base 110 has a generally spherical configuration, further wherein the at least one finger support 150 is independently movable relative to the base 110 as a result of applying pressure to the support by a finger of the hand.
An electric appliance comprising: a control section having a plurality of operation modes; a driving source controlled by the control section ; and a switch configured to switch between the plurality of operation modes, characterized in that the control section is configured: to perform a first determination and a second determination based on a duration of an operation of the switch , in order to determine a type of a switch operation; to determine, as the first determination, whether the switch operation is enabled or disabled based on whether or not the switch operation continues for a first reference period (ST1) or longer; to determine, as the second determination, whether the switch operation is a long press or a short press based on whether or not the switch operation continues for a second reference period (ST2) or longer, the second reference period being longer than the first reference period; and to set, upon termination of the switch operation, an operation mode out of the plurality of operation modes, based on the determined type of switch operation and based on an operation mode before the switch operation. a control section having a plurality of operation modes; a driving source controlled by the control section ; and a switch configured to switch between the plurality of operation modes, characterized in that the control section is configured: to perform a first determination and a second determination based on a duration of an operation of the switch , in order to determine a type of a switch operation; to determine, as the first determination, whether the switch operation is enabled or disabled based on whether or not the switch operation continues for a first reference period (ST1) or longer; to determine, as the second determination, whether the switch operation is a long press or a short press based on whether or not the switch operation continues for a second reference period (ST2) or longer, the second reference period being longer than the first reference period; and to set, upon termination of the switch operation, an operation mode out of the plurality of operation modes, based on the determined type of switch operation and based on an operation mode before the switch operation. to perform a first determination and a second determination based on a duration of an operation of the switch , in order to determine a type of a switch operation; to determine, as the first determination, whether the switch operation is enabled or disabled based on whether or not the switch operation continues for a first reference period (ST1) or longer; to determine, as the second determination, whether the switch operation is a long press or a short press based on whether or not the switch operation continues for a second reference period (ST2) or longer, the second reference period being longer than the first reference period; and to set, upon termination of the switch operation, an operation mode out of the plurality of operation modes, based on the determined type of switch operation and based on an operation mode before the switch operation.
Method for producing a transmission cable , in particular for actuating sunroofs or loading compartment covers of vehicles, to which an end sleeve is attached to a section of the transmission cable , in particular at its second end, in order to avoid splicing of the cable , comprising the following process steps: a) producing a transmission cable provided with a helical coil and producing an end sleeve provided with a bore , wherein a shape is formed within the bore corresponding to the second end oft he transmission cable ; b) automatically joining of the end sleeve onto the section, in particular onto the second end of the transmission cable or automated joining of the transmission cable into the bore of the end sleeve and characterized by the following process step: c) fixing the end sleeve onto the section, particular onto the second end of the transmission cable by inductive heating of the transmission cable. a) producing a transmission cable provided with a helical coil and producing an end sleeve provided with a bore , wherein a shape is formed within the bore corresponding to the second end oft he transmission cable ; b) automatically joining of the end sleeve onto the section, in particular onto the second end of the transmission cable or automated joining of the transmission cable into the bore of the end sleeve
An analysis system comprising: a sampling cartridge comprising a housing having an inlet for receiving a fluid sample, a sensor, and a guide extending between the inlet and the sensor for guiding sample into contact with the sensor; and an optical detection reader for optically inspecting the sensor; wherein the cartridge housing comprises an inspection window ; and the reader comprises a socket to receive at least part of the cartridge, and an optical system for inspecting the sensor through the window , and wherein the cartridge guide comprises at least one microfluidic channel for flow of sample from the inlet into contact with the sensor, wherein the sensor comprises a sensor pad , wherein the at least one microfluidic channel extends beyond the sensor and comprises: a reagent pad upstream of the sensor pad , a free space diffusion zone between the reagent pad and the sensor pad , the free space diffusion zone being sufficient for comprehensive dissolution of reagent into the sample fluid before reaching the sensor pad , an absorbent pad downstream of the sensor pad , and an opening at the end of the microfluidic channel downstream of the absorbent pad to act as a vent to assist sample fluid flow; and wherein each microfluidic channel has a cross-sectional area in the range of 0.3 mm 2 to 5 mm 2 . a sampling cartridge comprising a housing having an inlet for receiving a fluid sample, a sensor, and a guide extending between the inlet and the sensor for guiding sample into contact with the sensor; and an optical detection reader for optically inspecting the sensor; wherein the cartridge housing comprises an inspection window ; and the reader comprises a socket to receive at least part of the cartridge, and an optical system for inspecting the sensor through the window , and wherein the cartridge guide comprises at least one microfluidic channel for flow of sample from the inlet into contact with the sensor, wherein the sensor comprises a sensor pad , wherein the at least one microfluidic channel extends beyond the sensor and comprises: a reagent pad upstream of the sensor pad , a free space diffusion zone between the reagent pad and the sensor pad , the free space diffusion zone being sufficient for comprehensive dissolution of reagent into the sample fluid before reaching the sensor pad , an absorbent pad downstream of the sensor pad , and an opening at the end of the microfluidic channel downstream of the absorbent pad to act as a vent to assist sample fluid flow; and wherein each microfluidic channel has a cross-sectional area in the range of 0.3 mm 2 to 5 mm 2 . a reagent pad upstream of the sensor pad , a free space diffusion zone between the reagent pad and the sensor pad , the free space diffusion zone being sufficient for comprehensive dissolution of reagent into the sample fluid before reaching the sensor pad , an absorbent pad downstream of the sensor pad , and an opening at the end of the microfluidic channel downstream of the absorbent pad to act as a vent to assist sample fluid flow; and wherein each microfluidic channel has a cross-sectional area in the range of 0.3 mm 2 to 5 mm 2 .
Method for producing an optically variable security element, wherein - a carrier is provided whose surface extent defines a z-axis perpendicular thereto, - in a surface region, a transparent embossing varnish layer is applied to the carrier , - at least a first, lower relief structure and a second, higher relief structure are embossed into the embossing varnish layer , the structures in z-direction being disposed at different height levels relative to the sheetlike carrier , - the at least two relief structures are provided with a non-metal coating composed of a non-metallic material, and - the non-metal coating is lifted selectively from the second, higher relief structure , characterized in that the relief structures are formed by micromirror arrangements with directed micromirrors. - a carrier is provided whose surface extent defines a z-axis perpendicular thereto, - in a surface region, a transparent embossing varnish layer is applied to the carrier , - at least a first, lower relief structure and a second, higher relief structure are embossed into the embossing varnish layer , the structures in z-direction being disposed at different height levels relative to the sheetlike carrier , - the at least two relief structures are provided with a non-metal coating composed of a non-metallic material, and - the non-metal coating is lifted selectively from the second, higher relief structure ,