mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical device, comprising: a shaft member including a pair of electrode channels that open at a distal end of the shaft member , wherein the electrode channels are positioned adjacent to one another; wherein the shaft member further includes at least two lumens that open at the distal end of the shaft member ; and wherein the at least two lumens include an aspiration lumen that opens at the distal end of the shaft member ; a pair of electrodes configured to deliver energy, wherein one of the pair of electrodes are configured to be disposed in each electrode channel such that distal ends of each of the electrodes are arranged to protrude from the distal end of the shaft member; characterized in that the surgical device further comprises a sleeve member that includes a vacuum chamber and a fluid chamber disposed therein, wherein the shaft member extends through the vacuum chamber and includes a vacuum opening in the aspiration lumen that is in fluid communication with the vacuum chamber ; and wherein the shaft member extends through the fluid chamber and wherein the shaft member includes an irrigation opening that is in communication with a fluid lumen extending through the shaft member to deliver fluid from the fluid chamber to the distal end of the shaft member . a shaft member including a pair of electrode channels that open at a distal end of the shaft member , wherein the electrode channels are positioned adjacent to one another; wherein the shaft member further includes at least two lumens that open at the distal end of the shaft member ; and wherein the at least two lumens include an aspiration lumen that opens at the distal end of the shaft member ; a pair of electrodes configured to deliver energy, wherein one of the pair of electrodes are configured to be disposed in each electrode channel such that distal ends of each of the electrodes are arranged to protrude from the distal end of the shaft member; characterized in that the surgical device further comprises a sleeve member that includes a vacuum chamber and a fluid chamber disposed therein, wherein the shaft member extends through the vacuum chamber and includes a vacuum opening in the aspiration lumen that is in fluid communication with the vacuum chamber ; and wherein the shaft member extends through the fluid chamber and wherein the shaft member includes an irrigation opening that is in communication with a fluid lumen extending through the shaft member to deliver fluid from the fluid chamber to the distal end of the shaft member .
Assembly of two streamlined portions for streamlined flat windscreen wipers , in particular for a vehicle, comprising a short streamlined portion and a long streamlined portion , each streamlined portion having an elongated shape and comprising two terminal caps and a central mounting which extends between the terminal caps and which comprises at its longitudinal ends means for connecting to the terminal caps, the central mountings of the two streamlined portions being identical, characterized in that the means for connecting are means for articulation.
Method for operating a sound output device and a lighting system device of a motor vehicle , wherein the lighting system device has one or more headlights and/or indicator lights; the method having the following steps carried out by a voice-analysis and control device : - receiving a voice signal from a voice capture device (16, S4), wherein the received voice signal describes a voice message captured by the voice capture device of a person located in an external environment of the motor vehicle , - using the received voice signal: ascertaining a voice message content of the captured voice message (S8) and a thematic context of the captured voice message (S9), - in dependence on the ascertained thematic context and the ascertained voice message content: providing a voice output signal (S17), which describes a context-related response text to the captured voice message; - transmitting the provided voice output signal to the sound output device for outputting the provided voice output signal (S19) to the external environment of the motor vehicle (10, S18), - specifying the lighting system device of the motor vehicle (10, S22), and - transmitting a provided light pattern signal, which describes a light pattern, to the specified lighting system device(32, S23) for outputting the light pattern by the one or more headlights and/or indicator lights; characterised in that the light pattern signal is provided in dependence on the ascertained voice message content and/or on the ascertained thematic context (S21). - receiving a voice signal from a voice capture device (16, S4), wherein the received voice signal describes a voice message captured by the voice capture device of a person located in an external environment of the motor vehicle , - using the received voice signal: ascertaining a voice message content of the captured voice message (S8) and a thematic context of the captured voice message (S9), - in dependence on the ascertained thematic context and the ascertained voice message content: providing a voice output signal (S17), which describes a context-related response text to the captured voice message; - transmitting the provided voice output signal to the sound output device for outputting the provided voice output signal (S19) to the external environment of the motor vehicle (10, S18), - specifying the lighting system device of the motor vehicle (10, S22), and - transmitting a provided light pattern signal, which describes a light pattern, to the specified lighting system device(32, S23) for outputting the light pattern by the one or more headlights and/or indicator lights;
An α-MSH (a-melanocyte stimulating hormone) fusion protein, characterized in that the α-MSH fusion protein comprises a PTD (protein transduction domain) and a HSA (human serum albumin) and an α-MSH, wherein the PTD is located at an N-terminus of the fusion protein, the α-MSH is located at a C-terminus of the fusion protein, the fusion protein further comprises a linker peptide L, the HSA is genetically fused with the α-MSH through the linker peptide L, the fusion protein is referred to by PTD-HSA-L-α-MSH, and an amino acid sequence of the linker peptide L is GGGGSGGGSG.
A method for speed control of wheels of a vehicle , the method comprising: determining a gap between one or more wheels of a plurality of wheels of a vehicle and one or more ground surfaces; automatically engaging a speed control mode in response to determining the gap; and in the speed control mode: determining a target wheel speed for each of the plurality of wheels of the vehicle based on an accelerator pedal input ; monitoring wheel speed of each of the plurality of wheels of the vehicle ; determining, for each of the plurality of wheels, a difference based on the monitored wheel speed and the target wheel speed ; and adjusting a torque to each of the plurality of wheels based on the respective difference to achieve the target wheel speed, wherein each of the plurality of wheels is connected to a respective motor configured to provide the respective torque . determining a gap between one or more wheels of a plurality of wheels of a vehicle and one or more ground surfaces; automatically engaging a speed control mode in response to determining the gap; and in the speed control mode: determining a target wheel speed for each of the plurality of wheels of the vehicle based on an accelerator pedal input ; monitoring wheel speed of each of the plurality of wheels of the vehicle ; determining, for each of the plurality of wheels, a difference based on the monitored wheel speed and the target wheel speed ; and adjusting a torque to each of the plurality of wheels based on the respective difference to achieve the target wheel speed, wherein each of the plurality of wheels is connected to a respective motor configured to provide the respective torque . determining a target wheel speed for each of the plurality of wheels of the vehicle based on an accelerator pedal input ; monitoring wheel speed of each of the plurality of wheels of the vehicle ; determining, for each of the plurality of wheels, a difference based on the monitored wheel speed and the target wheel speed ; and adjusting a torque to each of the plurality of wheels based on the respective difference to achieve the target wheel speed, wherein each of the plurality of wheels is connected to a respective motor configured to provide the respective torque .
Interconnect structure for coupling at least one electronic unit for outputting and/or receiving electric signals, and at least one optical unit for converting said electric signals into optical signals and/or vice versa, to a further electronic component, said interconnect structure comprising an electrically insulating substrate and a plurality of signal lead pairs to be coupled between said electronic unit and a frontend contact region for electrically contacting said interconnect structure by said further electronic component, said interconnect structure further comprising a ground plane layer which is electrically insulated from said signal lead pairs , wherein each pair of signal leads has a circuit connecting region for electrically contacting respective terminals of said at least one electronic unit , characterized in that a region adjacent to said terminals of said at least one electronic unit said ground plane layer has a plurality of clearances that are each allocated to one signal lead pair and separated from a respective neighbouring clearance by a ground plane layer web , wherein each clearance is arranged in the vicinity of the circuit connecting regions , wherein a first region is provided in which the ground plane layer is uninterrupted and in which a first distance is provided between the two parallel lines of every signal lead pair and a second region is provided in which the clearances are provided and in which a second distance is provided between the two parallel lines of every signal lead pair the first distance being smaller than the second distance, and wherein in the first region the clearances follow the contour of the layout of the signal leads with their own outline.
Tap for delivering liquids from a vessel, the tap comprising: - an elongated supporting body equipped with an inclined internal contact surface (2.1) next to its delivery end ; - an upper closing element and tamper-preventing seal configured to close the delivery end of the supporting body ; - a dome-shaped elastic valve element at an opposite end with respect to the delivery end of the supporting body , the dome-shaped elastic valve element being configured for performing the automatic closure of the tap ; and - a plate operatively connected to the dome-shaped elastic valve element ; characterized in that it further comprises: - a pin centrally placed inside the supporting body and equipped with an O-ring adapted to sealingly engage the inclined internal contact surface (2.1) when the tap is closed, said dome-shaped elastic valve element being operatively connected to the pin ; wherein, in use, the dome-shaped elastic valve element rests on the plate and pushes pin and O-ring against the inclined internal surface (2.1) of the supporting body , performing the operating sealing with the tap closed, and wherein, when the assembly comprising said pin , said O-ring and said dome-shape elastic valve element ends its operating stroke and the pin collides with an interior of the dome-shaped elastic valve element , the dome-shaped elastic valve element is blocked and simultaneously allows entering into the elongated supporting body the liquid to be delivered, creating an open channel which allows the continuous delivery of the product contained in the vessel. - an elongated supporting body equipped with an inclined internal contact surface (2.1) next to its delivery end ; - an upper closing element and tamper-preventing seal configured to close the delivery end of the supporting body ; - a dome-shaped elastic valve element at an opposite end with respect to the delivery end of the supporting body , the dome-shaped elastic valve element being configured for performing the automatic closure of the tap ; and - a plate operatively connected to the dome-shaped elastic valve element ; - a pin centrally placed inside the supporting body and equipped with an O-ring adapted to sealingly engage the inclined internal contact surface (2.1) when the tap is closed, said dome-shaped elastic valve element being operatively connected to the pin ;
A network of traffic behavior-monitoring unattended ground sensors, comprising: a plurality of autonomously-powered sensor nodes in an ordered network, each said sensor node having a programmable power management mode including standby and operations times corresponding to high and low-density traffic behavior, respectively, each said sensor node configured during operations to detect the time and direction of travel of a passing vehicle and broadcast via a communication link a detection message including a node identifier, the detection time and the direction of vehicle travel and to receive detection messages from adjacent nodes, each said sensor node configured to operate in a delay mode in which upon passing of a specified time increment from the detection time reported by the adjacent node without detecting the passage of the anticipated vehicle broadcasts an alert delay message including a node identifier, an alert time of vehicle non-arrival and the direction of travel via the communication link, and a control station including a computer configured to receive alert delay messages and, knowing the topology of the ordered network and the geolocation of each said sensor node, to facilitate timely dispatch of an asset to investigate the anomalous behavior of the vehicle. a plurality of autonomously-powered sensor nodes in an ordered network, each said sensor node having a programmable power management mode including standby and operations times corresponding to high and low-density traffic behavior, respectively, each said sensor node configured during operations to detect the time and direction of travel of a passing vehicle and broadcast via a communication link a detection message including a node identifier, the detection time and the direction of vehicle travel and to receive detection messages from adjacent nodes, each said sensor node configured to operate in a delay mode in which upon passing of a specified time increment from the detection time reported by the adjacent node without detecting the passage of the anticipated vehicle broadcasts an alert delay message including a node identifier, an alert time of vehicle non-arrival and the direction of travel via the communication link, and a control station including a computer configured to receive alert delay messages and, knowing the topology of the ordered network and the geolocation of each said sensor node, to facilitate timely dispatch of an asset to investigate the anomalous behavior of the vehicle.
A method of forming a heat-dissipating structure for semiconductor circuits, the method comprising; providing first and second semiconductor integrated circuit (IC) chips , the first and second semiconductor chips each having first and second opposing sides, wherein the first and second semiconductor IC chips are configured to be fixedly attached to a top surface of a planar circuit board along their respective first sides, wherein the first semiconductor chip has a first height and the second semiconductor chip has a second height different than the first height; coupling the first and second semiconductor IC chips to the circuit board via a plurality of solder balls ; coupling the respective second opposing sides of each of the first and second semiconductor IC chips to first and second respective portions of a sacrificial thermal spreader material, the sacrificial thermal spreader material comprising a material that has a first thermal conductivity which is the same as a second thermal conductivity associated with a material from which the first and second semiconductor chips is made; and planarizing the first and second portions of the sacrificial thermal spreader material to equalize a respective first total height of the first semiconductor chip and a respective second total height of the second semiconductor chip, wherein each respective first total and second total height is measured from the top surface of the circuit board, across each respective first and second semiconductor chip, to the top of the respective planarized first portion and planarized second portion of sacrificial thermal spreader material, wherein the first total height is coplanar with the second total height.
An information setting apparatus comprising: a clock information device configured to store current time information, including at least a current date and a current time; an information receiving device configured to receive start time information indicating a start time to start operation limitation of an electrically-driven working machine using electric power of a battery pack ; a permission time calculating device configured to calculate an operation permission time based on the current time information stored in the clock information device and the start time information received by the information receiving device , the operation permission time being a time period during which operation of the electrically-driven working machine is permitted; and an information setting device configured to set, to at least one of the battery pack or the electrically-driven working machine , operation limitation information to limit operation of the electrically-driven working machine using the electric power of the battery pack , the operation limitation information including the operation permission time. a clock information device configured to store current time information, including at least a current date and a current time; an information receiving device configured to receive start time information indicating a start time to start operation limitation of an electrically-driven working machine using electric power of a battery pack ; a permission time calculating device configured to calculate an operation permission time based on the current time information stored in the clock information device and the start time information received by the information receiving device , the operation permission time being a time period during which operation of the electrically-driven working machine is permitted; and an information setting device configured to set, to at least one of the battery pack or the electrically-driven working machine , operation limitation information to limit operation of the electrically-driven working machine using the electric power of the battery pack , the operation limitation information including the operation permission time.
A method to reduce background noise in an experimental spectrum, the method comprising: (a) contacting a blank sample with electromagnetic radiation, sufficient to obtain a background spectrum ; (b) performing an intrinsic dimension analysis on the background spectrum , sufficient to obtain multiple correlations between variables in the background spectrum ; (c) identifying and retaining the intrinsic dimensionality of the variables in the background spectrum ; (d) contacting an experimental sample with electromagnetic radiation, sufficient to obtain an experimental spectrum ; (e) performing a regression analysis on the experimental spectrum , based upon known characteristics of pure substances, effective to provide a simulation spectrum ; (f) subtracting at least part of the simulation spectrum from at least part of the experimental spectrum , effective to provide a residual spectrum ; (g) projecting at least part of the residual spectrum onto the intrinsic dimensionality of the background spectrum , effective to identify any etalons present in the residual spectrum ; (h) removing the etalon from the experimental spectrum , effective to provide an experimental spectrum having reduced background noise . (a) contacting a blank sample with electromagnetic radiation, sufficient to obtain a background spectrum ; (b) performing an intrinsic dimension analysis on the background spectrum , sufficient to obtain multiple correlations between variables in the background spectrum ; (c) identifying and retaining the intrinsic dimensionality of the variables in the background spectrum ; (d) contacting an experimental sample with electromagnetic radiation, sufficient to obtain an experimental spectrum ; (e) performing a regression analysis on the experimental spectrum , based upon known characteristics of pure substances, effective to provide a simulation spectrum ; (f) subtracting at least part of the simulation spectrum from at least part of the experimental spectrum , effective to provide a residual spectrum ; (g) projecting at least part of the residual spectrum onto the intrinsic dimensionality of the background spectrum , effective to identify any etalons present in the residual spectrum ; (h) removing the etalon from the experimental spectrum , effective to provide an experimental spectrum having reduced background noise .
A fastener , comprising: a shank having a base at a bottom most end thereof, said base being the largest diameter of the fastener ; characterized by a deformable collar on the shank of greater diameter than the shank , said collar in the shape of a downwardly divergent tapered band; and an undercut in the shank having a inner wall of lesser diameter than the shank and located immediately below the collar . a shank having a base at a bottom most end thereof, said base being the largest diameter of the fastener ; characterized by a deformable collar on the shank of greater diameter than the shank , said collar in the shape of a downwardly divergent tapered band; and an undercut in the shank having a inner wall of lesser diameter than the shank and located immediately below the collar .
An aqueous sterile, ophthalmic pharmaceutical formulation comprising: a) a carbonic anhydrase inhibitor, wherein the carbonic anhydrase inhibitor is brinzolamide, b) an amphiphilic polymer, wherein the amphiphilic polymer is polyvinyl caprolactam-polyvinyl acetate-polyethylene glycol graft copolymer, and c) a surfactant, optionally along with pharmaceutically acceptable excipients, wherein the formulation is in the form of an aqueous solution suitable for ophthalmic use. a) a carbonic anhydrase inhibitor, wherein the carbonic anhydrase inhibitor is brinzolamide, b) an amphiphilic polymer, wherein the amphiphilic polymer is polyvinyl caprolactam-polyvinyl acetate-polyethylene glycol graft copolymer, and c) a surfactant,
Installation frame for use in motor vehicle construction for defining a recess in a sunroof and for fastening and/or bracing a material of a roof liner around the recess and/or a lining towards the recess, the installation frame itself forming the connection between the roof liner and the roof, characterised in that the installation frame is produced in one piece from rigid polymeric material, namely dicyclopentadiene (DCPD) or poly-dicyclopentadiene (PDCPD), using the reaction injection moulding (RIM) method, and the surface of the installation frame is primed and/or painted and thus sealed.
Glucopyranosyl lipid adjuvant (GLA) for use in a method of treatment of allergy in a subject, wherein said therapy involves desensitization of the subject by stimulation of the immune system with gradually increasing doses of a substance to which a person is allergic; wherein the GLA is formulated in a composition with said substance and, wherein said GLA is of the formula: where R 1 , R 3 , R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl. wherein the GLA is formulated in a composition with said substance and, wherein said GLA is of the formula: where R 1 , R 3 , R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl.
A 9- cis -retinal derivative of Formula I for use in the treatment of excess free opsin in an eye of a human subject, wherein A is CH 2 OR and R is selected from the ester forming portion of a C 1 to C 10 monocarboxylic acid or a C 2 to C 22 polycarboxylic acid.