mhurhangee/ep-ind-claims huggingface dataset:
A method for sending to a second client device at least one file as an email attachment, the method comprising, at a client device: receiving a selection of at least one file to be included as an email attachment for an email; identifying a condition in which to include, within the email, a link for the second client device to download the at least one file in lieu of including the at least one file as the email attachment for the email; in response to identifying the condition, providing, to a file server, information about the at least one file and receiving from the file server an indication that the at least one file is already stored on the file server; when the client device identifies that the at least one file is not already stored on the file server, providing the at least one file to the file server; receiving the link from the file server, wherein the link provides access to the at least one file; embedding the link in the email; and sending the email. receiving a selection of at least one file to be included as an email attachment for an email; identifying a condition in which to include, within the email, a link for the second client device to download the at least one file in lieu of including the at least one file as the email attachment for the email; in response to identifying the condition, providing, to a file server, information about the at least one file and receiving from the file server an indication that the at least one file is already stored on the file server; when the client device identifies that the at least one file is not already stored on the file server, providing the at least one file to the file server; receiving the link from the file server, wherein the link provides access to the at least one file; embedding the link in the email; and sending the email.
A two component polyurethane adhesive composition comprising a first component of one or more polyols; a second component of one or more isocyanates; a catalyst and a blocking agent having the structure wherein at least one of A, B, C, D, E and F is -(CH 2) n OH where n is an integer from 0 to about 10 and the others of A, B, C, D, E and F are each independently selected from hydrogen, (CH 2) n and -(CH 2) n OH where n is an integer from 0 to about 10.
A method for manipulating an image, the method comprising - displaying the image on a screen, - positioning a movable object relative to the screen, - detecting the spatial position of the movable object relative to the screen, the spatial position including two coordinates (x, y) on the screen and a distance (z) from the screen, - selecting a region on the screen, the region including the two coordinates (x, y), - determining, based on the two coordinates (x, y) on the screen, a mean value around which a contrast enhancement should take place, and - changing the contrast enhancement in the selected region in dependence on the distance (z) of the movable object from the screen, wherein said contrast enhancement in the selected region comprises mapping a smaller input range to a larger output range. - displaying the image on a screen, - positioning a movable object relative to the screen, - detecting the spatial position of the movable object relative to the screen, the spatial position including two coordinates (x, y) on the screen and a distance (z) from the screen, - selecting a region on the screen, the region including the two coordinates (x, y), - determining, based on the two coordinates (x, y) on the screen, a mean value around which a contrast enhancement should take place, and - changing the contrast enhancement in the selected region in dependence on the distance (z) of the movable object from the screen, wherein said contrast enhancement in the selected region comprises mapping a smaller input range to a larger output range.
A method for mixed-mode logic control for a hydraulic braking system, the method comprising: applying a control signal to a control valve and directing hydraulic fluid, with the control valve, to a brake actuator based on a magnitude of the control signal; measuring a pressure of the hydraulic fluid to the brake actuator; determining a position of the brake actuator; determining a position command and a pressure command based on the position of the brake actuator and the pressure, respectively; and adjusting the magnitude of the control signal based on at least one of the position command and the pressure command so as to reposition the brake actuator from a first position to a second position, characterised in that adjusting the magnitude of the control signal is based only on the position command as the brake actuator moves between a running clearance position and a zero torque position. applying a control signal to a control valve and directing hydraulic fluid, with the control valve, to a brake actuator based on a magnitude of the control signal; measuring a pressure of the hydraulic fluid to the brake actuator; determining a position of the brake actuator; determining a position command and a pressure command based on the position of the brake actuator and the pressure, respectively; and adjusting the magnitude of the control signal based on at least one of the position command and the pressure command so as to reposition the brake actuator from a first position to a second position, characterised in that adjusting the magnitude of the control signal is based only on the position command as the brake actuator moves between a running clearance position and a zero torque position.
A millimeter wave bands semiconductor device comprising: a metal base body having a first penetration hole and a second penetration hole, each of the first penetration hole and the second penetration hole being a penetration hole bending into an L-shape, wherein the first penetration hole penetrates the base body from a front side surface (21 a) of the base body toward a first side surface (21 b) of the base body, and the second penetration hole penetrates the base body from the front side surface (21 a) of the base body toward a second side surface (21 c) of the base body opposite to the first side surface; a circuit board that is disposed on the front side surface (21 a) of the base body and that has an input signal line and an output signal line on a front side surfaces of the circuit board; and a metal cover body that is disposed on the circuit board and has a first non-penetration hole and a second non-penetration hole, wherein the cover body is disposed on the circuit board such that the first non-penetration hole is disposed directly above the first penetration hole of the base body and the second non-penetration hole is disposed directly above the second penetration hole of the base body, and the first non-penetration hole and the first penetration hole constitute a first waveguide and the second non-penetration hole and the second penetration hole constitute a second waveguide. a metal base body having a first penetration hole and a second penetration hole, each of the first penetration hole and the second penetration hole being a penetration hole bending into an L-shape, wherein the first penetration hole penetrates the base body from a front side surface (21 a) of the base body toward a first side surface (21 b) of the base body, and the second penetration hole penetrates the base body from the front side surface (21 a) of the base body toward a second side surface (21 c) of the base body opposite to the first side surface; a circuit board that is disposed on the front side surface (21 a) of the base body and that has an input signal line and an output signal line on a front side surfaces of the circuit board; and a metal cover body that is disposed on the circuit board and has a first non-penetration hole and a second non-penetration hole, wherein the cover body is disposed on the circuit board such that the first non-penetration hole is disposed directly above the first penetration hole of the base body and the second non-penetration hole is disposed directly above the second penetration hole of the base body, and the first non-penetration hole and the first penetration hole constitute a first waveguide and the second non-penetration hole and the second penetration hole constitute a second waveguide.
An RFID apparatus for communicating with RFID transponders (12, 22, 24) in accordance with an RFID protocol, comprising an antenna, an RFID transceiver for emitting and receiving RFID signals with the aid of the antenna, and a control unit that is configured to encode RFID information into an RFID signal or to read said information from the RFID signal in accordance with the RFID protocol, characterized in that the control unit is further configured to read container transponders and object transponders, to additionally detect at least one spatial and/or speed parameter from properties of the carrier wave of the respective received RFID signal, and to associate an object transponder with a container transponder with reference to the read RFID information and the respective spatial and/or speed parameters.
A method for performing a ranging operation by a central wireless device communicating with a plurality of peripheral wireless devices, the method comprising: by the central wireless device, during a selected ranging time slot of a first ranging frame comprising a plurality of non-overlapping, indexed time slots: broadcasting a first ranging measurement message to the plurality of peripheral wireless devices (202-1 - 202-N); listening for ranging measurement responses from the plurality of peripheral wireless devices (202-1 - 202-N) during sequential non-overlapping segments of the selected ranging time slot; and responsive to receiving one or more ranging measurement responses from at least one of the plurality of peripheral wireless devices (202-1 - 202-N): broadcasting a second ranging measurement message to the plurality of peripheral wireless devices (202-1 - 202-N); and broadcasting to the plurality of peripheral wireless devices (202-1 - 202-N) a ranging data message that includes: measurement data obtained by the central wireless device based at least in part on the received one or more ranging measurement responses, and an indication of a ranging time slot selected for ranging in a subsequent ranging frame. broadcasting a first ranging measurement message to the plurality of peripheral wireless devices (202-1 - 202-N); listening for ranging measurement responses from the plurality of peripheral wireless devices (202-1 - 202-N) during sequential non-overlapping segments of the selected ranging time slot; and responsive to receiving one or more ranging measurement responses from at least one of the plurality of peripheral wireless devices (202-1 - 202-N): broadcasting a second ranging measurement message to the plurality of peripheral wireless devices (202-1 - 202-N); and broadcasting to the plurality of peripheral wireless devices (202-1 - 202-N) a ranging data message that includes: measurement data obtained by the central wireless device based at least in part on the received one or more ranging measurement responses, and an indication of a ranging time slot selected for ranging in a subsequent ranging frame. broadcasting a second ranging measurement message to the plurality of peripheral wireless devices (202-1 - 202-N); and broadcasting to the plurality of peripheral wireless devices (202-1 - 202-N) a ranging data message that includes: measurement data obtained by the central wireless device based at least in part on the received one or more ranging measurement responses, and an indication of a ranging time slot selected for ranging in a subsequent ranging frame. measurement data obtained by the central wireless device based at least in part on the received one or more ranging measurement responses, and an indication of a ranging time slot selected for ranging in a subsequent ranging frame.
A device comprising: circuitry operable to provide a media access control interface associated with a port having a 50 Gb/s link rate; circuitry operable to generate Ethernet frames from data received at the MAC interface; circuitry operable to distribute the Ethernet frames across a group of one or more serializer/deserializer, SERDES, lanes associated with the port, the group having a size N; circuitry operable to transmit the distributed Ethernet frames on each of the SERDES lanes at a 50/N Gb/s rate; and wherein the circuitry operable to distribute is further operable to distribute the Ethernet frames across the N SERDES lanes using Multi-Lane Distribution across M Physical Coding Sublayer lanes, wherein M is 4, and N is 1 or 2, based on one 4:1 multiplexer or two 2:1 multiplexers. circuitry operable to provide a media access control interface associated with a port having a 50 Gb/s link rate; circuitry operable to generate Ethernet frames from data received at the MAC interface; circuitry operable to distribute the Ethernet frames across a group of one or more serializer/deserializer, SERDES, lanes associated with the port, the group having a size N; circuitry operable to transmit the distributed Ethernet frames on each of the SERDES lanes at a 50/N Gb/s rate; and wherein the circuitry operable to distribute is further operable to distribute the Ethernet frames across the N SERDES lanes using Multi-Lane Distribution across M Physical Coding Sublayer lanes, wherein M is 4, and N is 1 or 2, based on one 4:1 multiplexer or two 2:1 multiplexers.
A pneumatic mattress having a plurality of imperforate cells within a cover and means for providing air to flow to spaces between at least some of the individual cells beneath the cover, whereby: • the imperforate cells include • a plurality of transverse cells arranged transversely of the mattress, • longitudinal edge cells provided across the ends of the transverse cells, and • connections between the edge cells and the transverse cells, and in that • the transverse cells between the longitudinal cells are divided into two groups (31, 32) the cells in the groups being integrated and the groups being detachably connected • the means for providing air flow to the spaces between individual cells are manifolds provided inwards of the longitudinal cells and across the ends of the transverse cells and in that • the manifolds: • have inwardly directed air perforations; and • are located between the transverse cells and the longitudinal cells. • the imperforate cells include • a plurality of transverse cells arranged transversely of the mattress, • longitudinal edge cells provided across the ends of the transverse cells, and • connections between the edge cells and the transverse cells, and in that • a plurality of transverse cells arranged transversely of the mattress, • longitudinal edge cells provided across the ends of the transverse cells, and • connections between the edge cells and the transverse cells, and in that • the transverse cells between the longitudinal cells are divided into two groups (31, 32) the cells in the groups being integrated and the groups being detachably connected • the means for providing air flow to the spaces between individual cells are manifolds provided inwards of the longitudinal cells and across the ends of the transverse cells and in that • the manifolds: • have inwardly directed air perforations; and • are located between the transverse cells and the longitudinal cells. • have inwardly directed air perforations; and • are located between the transverse cells and the longitudinal cells.
A measuring system for determining an analyte concentration of a body fluid sample, comprising a magazine containing consumable analytical elements (2, 3) in a plurality of chambers (2a-2l, 3a-3l) that are closed by film, and a device in which the magazine can be inserted and which comprises a removal unit for removing the consumable elements (2, 3) configured as lancets or test elements from the magazine chambers (2a-2l, 3a-3l), characterized in that a data carrier, on which information is stored, is fastened to the magazine, the information indicating which magazine chambers are not intended for removal of a consumable element (2, 3) due to manufacturing defects, that the device comprises a reader for reading the data carrier fastened to the magazine and a control unit connected to the reader, the control unit suppressing access by the removal unit to chambers that, according to the information stored on the data carrier, are not intended for removal of an consumable element (2, 3) due to manufacturing defects, and that the magazine chambers that are not intended for removal of a consumable element (2, 3) due to manufacturing defects are closed by a film as are the magazine chambers (2a-2f, 2h-2l, 3a-3l) that are intended for removal of a consumable element (2, 3), wherein. the control unit suppresses access by the removal unit to chambers (2a-2l, 3a-3l) of a magazine as soon as a predefined maximum number of consumable elements (2, 3) has been removed from the magazine, the predefined maximum number is stored in an electronic memory of the device, the predefined maximum number for an inserted magazine is a variable, which is reset to a default value after a new magazine is inserted, and the control unit increases the maximum number by one if, after removal of an consumable element (2, 3), no measurement is carried out within a predefined period of time, or the measurement result is outside of a predefined range.
A method of treating a substrate with a lighted dispenser in a washing appliance, wherein the lighted dispenser comprises: a light housing comprising a power source and source of light conductively connected to said power source; and a treatment composition reservoir operatively connected to said light housing, said reservoir comprising a dispensing outlet; wherein said lighted dispenser is sized and dimensioned to fit within an interior portion of a washing appliance, wherein said source of light provides a radiant flux between 1 mW and 500 W at wavelengths between 380 nm and 800 nm, and wherein the lighted dispenser comprises a locking member operatively connected to one or both of said light housing and said treatment composition reservoir, the method comprising the steps of: providing in said treatment composition reservoir a treatment composition comprising a photoactivator; attaching said lighted dispenser to said interior portion of said appliance; contacting in said appliance said treatment composition with said soiled substrate; and irradiating said treatment composition with visible light; a light housing comprising a power source and source of light conductively connected to said power source; and a treatment composition reservoir operatively connected to said light housing, said reservoir comprising a dispensing outlet; wherein said lighted dispenser is sized and dimensioned to fit within an interior portion of a washing appliance, wherein said source of light provides a radiant flux between 1 mW and 500 W at wavelengths between 380 nm and 800 nm, and wherein the lighted dispenser comprises a locking member operatively connected to one or both of said light housing and said treatment composition reservoir, the method comprising the steps of: providing in said treatment composition reservoir a treatment composition comprising a photoactivator; attaching said lighted dispenser to said interior portion of said appliance; contacting in said appliance said treatment composition with said soiled substrate; and irradiating said treatment composition with visible light; providing in said treatment composition reservoir a treatment composition comprising a photoactivator; attaching said lighted dispenser to said interior portion of said appliance; contacting in said appliance said treatment composition with said soiled substrate; and irradiating said treatment composition with visible light;
Reducing cosmetic composition comprising: - one or more sulfur-containing reducing agents selected from thioglycolic acid, thiolactic acid, thiomalic acid, 2-mercaptopropionic acid, 3-mercaptopropionic acid, thiosalicylic acid, thiopropionic acid, and salts thereof, - one or more fatty substances solid at room temperature and present in a total amount of greater than or equal to 4 wt%, relative to the total weight of the composition, - one or more cationic surfactants, and - one or more oxyethylenated nonionic surfactants having an ethylene oxide unit number of from 10 to 25 selected from oxyethylenated saturated fatty alcohols, with the weight ratio of the total amount of solid fatty substances to the total amount of cationic surfactant(s) being less than or equal to 2.5, and - ammonium bicarbonate. - one or more sulfur-containing reducing agents selected from thioglycolic acid, thiolactic acid, thiomalic acid, 2-mercaptopropionic acid, 3-mercaptopropionic acid, thiosalicylic acid, thiopropionic acid, and salts thereof, - one or more fatty substances solid at room temperature and present in a total amount of greater than or equal to 4 wt%, relative to the total weight of the composition, - one or more cationic surfactants, and - one or more oxyethylenated nonionic surfactants having an ethylene oxide unit number of from 10 to 25 selected from oxyethylenated saturated fatty alcohols, with the weight ratio of the total amount of solid fatty substances to the total amount of cationic surfactant(s) being less than or equal to 2.5, and - ammonium bicarbonate.
Capsid protein of a viral vector which specifically binds to cells of the brain and/or spinal cord, characterized in that it comprises the following: (a) the amino acid sequence of SEQ ID NO:1, or (b) an amino acid sequence that differs from the amino acid sequence of SEQ ID NO:1 by modification of a single amino acid. (a) the amino acid sequence of SEQ ID NO:1, or (b) an amino acid sequence that differs from the amino acid sequence of SEQ ID NO:1 by modification of a single amino acid.
A DNA construct comprising a polynucleotide fragment, said polynucleotide fragment comprising a first, and a second sequence, wherein said first sequence encodes a mitochondrial transit peptide, said second sequence encodes a polypeptide having amino acid sequence as set forth in SEQ ID NO: 1, and said polynucleotide fragment is operably linked to a flower specific promoter.
A method for performing handover by a station, STA, in a radio local access network, LAN, communication system, comprising: transmitting a network controlled handover setup request information element, Ncho Setup Req IE, message indicating that the STA is to perform a scan operation using a controlled scan scheme in which access points do not send a probe response message to the STA after receiving a probe request message from the STA, to a serving access point, AP,; receiving a network controlled handover setup response information element, Ncho Setup Rsp IE, message including a scan parameter related to a controlled scan operation of the STA, from the serving AP; and broadcasting a probe request message to the serving AP and neighbor APs (230, 240) over channels based on the scan parameter included in Ncho Setup Rsp IE message. transmitting a network controlled handover setup request information element, Ncho Setup Req IE, message indicating that the STA is to perform a scan operation using a controlled scan scheme in which access points do not send a probe response message to the STA after receiving a probe request message from the STA, to a serving access point, AP,; receiving a network controlled handover setup response information element, Ncho Setup Rsp IE, message including a scan parameter related to a controlled scan operation of the STA, from the serving AP; and broadcasting a probe request message to the serving AP and neighbor APs (230, 240) over channels based on the scan parameter included in Ncho Setup Rsp IE message.