mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor device for detecting a deformation of the sensor device, the sensor device comprising: • a first electrically conductive metal lead having a first axis extending in a first direction (X); • a first layer comprising a piezo-resistive material, wherein in a cross-section perpendicular to the first direction (X) the piezo-resistive material is arranged surrounding the first conductive lead ; and • a second electrically conductive metal lead having a second axis extending substantially parallel to the first direction (X), wherein, in a cross-section perpendicular to the first direction (X), the second axis is arranged spaced apart from the first axis and wherein the second electrically conductive metal lead is in electrical contact with the first layer • characterised in that the sensor device further comprises a second layer comprising an electrically conductive elastic material, the second layer being in electrical contact with the first layer , and wherein the second electrically conductive metal lead is arranged in the second layer . • a first electrically conductive metal lead having a first axis extending in a first direction (X); • a first layer comprising a piezo-resistive material, wherein in a cross-section perpendicular to the first direction (X) the piezo-resistive material is arranged surrounding the first conductive lead ; and • a second electrically conductive metal lead having a second axis extending substantially parallel to the first direction (X), wherein, in a cross-section perpendicular to the first direction (X), the second axis is arranged spaced apart from the first axis and wherein the second electrically conductive metal lead is in electrical contact with the first layer • characterised in that the sensor device further comprises a second layer comprising an electrically conductive elastic material, the second layer being in electrical contact with the first layer , and wherein the second electrically conductive metal lead is arranged in the second layer .
A server arranged to remotely and automatically detect replacement of a vehicle battery associated with a vehicle engine , the server comprising: a communications device configured to receive vehicle battery voltage measurements from a telematics device in a vehicle , wherein the telematics device is connected to the vehicle battery to take a power supply from the battery , and is connected to or incorporates a voltage monitoring unit for the vehicle battery ; and one or more processors configured to process the vehicle battery voltage measurements by: monitoring the voltage measurements in a first time window corresponding to an engine off state; assessing when the voltage measurements in the first time window indicate a step change in voltage magnitude at a given time; and using the step change to automatically identify a vehicle battery replacement event; wherein the one or more processors are further configured to: register an interruption in the power supply from the battery to the telematics device and assess whether the step change at a given time coincides with the interruption in the power supply to verify the vehicle battery replacement event. a communications device configured to receive vehicle battery voltage measurements from a telematics device in a vehicle , wherein the telematics device is connected to the vehicle battery to take a power supply from the battery , and is connected to or incorporates a voltage monitoring unit for the vehicle battery ; and one or more processors configured to process the vehicle battery voltage measurements by: monitoring the voltage measurements in a first time window corresponding to an engine off state; assessing when the voltage measurements in the first time window indicate a step change in voltage magnitude at a given time; and using the step change to automatically identify a vehicle battery replacement event; monitoring the voltage measurements in a first time window corresponding to an engine off state; assessing when the voltage measurements in the first time window indicate a step change in voltage magnitude at a given time; and using the step change to automatically identify a vehicle battery replacement event;
A method for producing a copper metal film, comprising: treating a copper-based particle deposition layer containing both copper oxide and a metallic transition metal or alloy, or a transition metal complex containing a metal element, with gaseous formic acid heated to 120°C or higher, wherein the transition metal, the alloy, and the transition metal complex are a metal selected from the group consisting of Pd, Pt, Ni, Ag, Au and Rh, an alloy containing the metal, and a complex containing the metal element, respectively, wherein the copper-based particle deposition layer is a layer in which a layer containing a metallic transition metal or alloy, or a transition metal complex containing a metal element is disposed on a layer in which one or more layers containing copper oxide particles are disposed.
An infusion device , comprising an inserter that can insert a catheter into a skin surface, comprising: an infusion device housing, comprising a catheter and a driver for placing said catheter into a skin surface; an infusion device base, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface, an introducer needle and a catheter septum, wherein said driver comprises: a push button configured to travel substantially perpendicular to said skin surface and press said catheter septum toward said skin surface and insert said introducer needle and said catheter into said skin surface, characterized in that the infusion device further comprises an independent catheter holder supported by a flexible or resilient member that isolates the catheter from movement by engagement between the flexible or resilient member and an opening in a hub . an infusion device housing, comprising a catheter and a driver for placing said catheter into a skin surface; an infusion device base, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface, an introducer needle and a catheter septum, wherein said driver comprises: a push button configured to travel substantially perpendicular to said skin surface and press said catheter septum toward said skin surface and insert said introducer needle and said catheter into said skin surface, characterized in that the infusion device further comprises an independent catheter holder supported by a flexible or resilient member that isolates the catheter from movement by engagement between the flexible or resilient member and an opening in a hub .
A method of controlling a plurality of luminaires of a lighting system, the method comprising the following steps: - capturing with an imaging device , by a user adopting a stationary position, at least one image of the luminaires in a predominant field of view of the user in the stationary position; - processing the at least one image to determine the predominant field of view of the user in the stationary position and a location of each of the luminaires relative to the determined predominant field of view of the user; and - controlling the luminaires of the lighting system to emit illumination, based on their determined locations relative to the predominant field of view of the user in the stationary position, characterised in that determining the predominant field of view comprises determining at least a predominant center gaze region for the user in the stationary position within the at least one image, and a predominant peripheral vision region for the user within the at least one image, wherein the luminaires are controlled based on whether they are within the center gaze region or the peripheral vision region. - capturing with an imaging device , by a user adopting a stationary position, at least one image of the luminaires in a predominant field of view of the user in the stationary position; - processing the at least one image to determine the predominant field of view of the user in the stationary position and a location of each of the luminaires relative to the determined predominant field of view of the user; and - controlling the luminaires of the lighting system to emit illumination, based on their determined locations relative to the predominant field of view of the user in the stationary position, characterised in that determining the predominant field of view comprises determining at least a predominant center gaze region for the user in the stationary position within the at least one image, and a predominant peripheral vision region for the user within the at least one image, wherein the luminaires are controlled based on whether they are within the center gaze region or the peripheral vision region.
A plate shunt resistor used in current detection comprising: a resistance element ; and a pair of electrodes connected to both ends of the resistance element in a first direction, wherein the shunt resistor comprises: a first side surface disposed on a first side of the shunt resistor and extending parallel to the first direction, a second side surface disposed on a second side of the shunt resistor extending parallel to the first direction, the second side being opposite to the first side of the shunt resistor, a projecting portion formed on the first side surface of the shunt resistor and projecting in a second direction perpendicular to the first direction, and a recessed portion formed on the second side surface of the shunt resistor and recessed in the second direction, wherein the projecting portion has a portion of the resistance element and portions of the pair of electrodes , and wherein the recessed portion has a side of the resistance element parallel to the first direction. a resistance element ; and a pair of electrodes connected to both ends of the resistance element in a first direction, wherein the shunt resistor comprises: a first side surface disposed on a first side of the shunt resistor and extending parallel to the first direction, a second side surface disposed on a second side of the shunt resistor extending parallel to the first direction, the second side being opposite to the first side of the shunt resistor, a projecting portion formed on the first side surface of the shunt resistor and projecting in a second direction perpendicular to the first direction, and a recessed portion formed on the second side surface of the shunt resistor and recessed in the second direction, a first side surface disposed on a first side of the shunt resistor and extending parallel to the first direction, a second side surface disposed on a second side of the shunt resistor extending parallel to the first direction, the second side being opposite to the first side of the shunt resistor, a projecting portion formed on the first side surface of the shunt resistor and projecting in a second direction perpendicular to the first direction, and a recessed portion formed on the second side surface of the shunt resistor and recessed in the second direction, wherein the projecting portion has a portion of the resistance element and portions of the pair of electrodes , and wherein the recessed portion has a side of the resistance element parallel to the first direction.
A composition comprising alpha-ketoglutaric acid or a pharmaceutically acceptable salt thereof (AKG), wherein the composition further comprises: 200-20000 USP units of lipase per mmol AKG; 500-50000 USP units of protease per mmol AKG; and 200-20000 USP units of amylase per mmol AKG. 200-20000 USP units of lipase per mmol AKG; 500-50000 USP units of protease per mmol AKG; and 200-20000 USP units of amylase per mmol AKG.
A method for feeding and conveying material in a pneumatic material conveying system, such as a waste conveying system, which conveying system comprises at least two feed points of material, particularly of waste material, a material conveying piping comprising a main conveying pipe into which several branch conveying pipes can be connected, wherein each feed point can be connected via a respective feed pipe to said branch conveying pipes , a separator device in which the material being conveyed is separated from conveying air, and means for providing a pressure difference in the conveying pipe at least during the conveyance of the material, wherein the means for generating pressure difference comprise at least one first pump device such as a vacuum unit , and at least one second pump device, such as a blower unit , wherein a suction side of said at least one first pump device and said at least one second pump device is configured to be connected via the separator device or via an air channel leading to the separator device, to the main conveying pipe , wherein at least a part of the main conveying pipe is connectable as a section of a circuit in which conveying air is circulated at least during the conveyance of the material with said at least one first pump device and said at least one second pump device, wherein in the method pressure is provided in the circuit with said at least one second pump device, wherein the blowing side of said at least one second pump device is connected to blow in the circuit, and wherein the sum of suctions provided by the first pump device and the second pump device to the main conveying pipe , from the side of the separator device , is greater than the blowing provided by second pump device , whereby conveyance takes place in underpressure.
A power transmission system comprising a series of two or more offshore converter platforms spaced apart from each other and distributed within an area, each offshore converter platform including: (i) a busbar carrying an ac voltage for the offshore converter platform and connectable to one or more devices , (ii) one or more converter transformers (12 1 ...12 p , 12' 1 ...12 p ) connected to the busbar , and (iii) a single converter module or a series of two or more converter modules (18 1 ...18 p , 18' 1 ...18 p ), each converter module having (a) ac terminals connected to a respective one of the converter transformers (12 1 ...12 p , 12' 1 ...12 p ), and (b) first and second dc terminals; wherein for the first offshore converter platform in the series the first dc terminal of the single converter module or the first converter module (18 1 ) in the series of two or more converter modules (18 1 ...18 p , 18' 1 ...18 p ) is connected to a first dc transmission line ; wherein for each offshore converter platform apart from the last offshore converter platform in the series the second dc terminal of the single converter module or the last converter module (18 p ) in the series of two or more converter modules (18 1 ...18 p , 18' 1 ...18 p ) is connected to the first dc terminal of the single converter module or the first converter module (18 1 ) in the series of two or more converter modules (18 1 ...18 p , 18' 1 ...18 p ) of the next offshore converter platform in the series by means of a dc connection line ; and wherein for the last offshore converter platform in the series the second dc terminal of the single converter module or the last converter module (18 p ) in the series of two or more converter modules (18 1 ...18 p , 18' 1 ...18 p ) is connected to a second dc transmission line .
A system for assembling an insert in an end cover of a combustor, comprising an end cover of a combustor, an insert and : a. a connector for insertion through at least a portion of the end cover and the insert ; b. means for engaging said connector to the insert positioned at least partially inside the end cover ; c. means for moving said connector axially with respect to the end cover to compress the insert against the end cover . a. a connector for insertion through at least a portion of the end cover and the insert ; b. means for engaging said connector to the insert positioned at least partially inside the end cover ; c. means for moving said connector axially with respect to the end cover to compress the insert against the end cover .
A device for detaching a tooth root comprising: a lead screw having a threaded point for screwing into the tooth root, and a threaded shaft ; a pivoting member including a bore through which the lead screw passes, the lead screw being retractable through the bore by rotational engagement of a threaded member with the threaded shaft of the lead screw ; and a platform for supporting the pivoting member such that the lead screw is able to pivot relative to the platform , characterized in that the lead screw includes a locking surface , the locking surface comprising opposing planar surfaces of a shaft of the lead screw , the locking surface configured to be received in, and engage with a locking tool to prevent rotation of the lead screw during rotational engagement of the threaded member with the threaded shaft . a lead screw having a threaded point for screwing into the tooth root, and a threaded shaft ; a pivoting member including a bore through which the lead screw passes, the lead screw being retractable through the bore by rotational engagement of a threaded member with the threaded shaft of the lead screw ; and a platform for supporting the pivoting member such that the lead screw is able to pivot relative to the platform , characterized in that the lead screw includes a locking surface , the locking surface comprising opposing planar surfaces of a shaft of the lead screw , the locking surface configured to be received in, and engage with a locking tool to prevent rotation of the lead screw during rotational engagement of the threaded member with the threaded shaft .
A floor cover of an entry region of a passenger transportation device that is formed as an escalator or a moving walkway, said floor cover comprising a floor cover support and at least one cover element , wherein the opening of a space provided under the floor of the passenger transportation device can be closed in a flush manner to the surrounding floor which can be walked on, by means of at least one cover element that is laid on the floor cover support , characterized in that the floor cover includes at least one device that is arranged at least in part between the floor cover support and the at least one cover element , and by means of which device a single possible correct installation position (X 0 ) of the at least one cover element on the floor cover support is specified, wherein in the correct installation position (Xo), the cover element lying flush on the floor cover support , and in the incorrect installation position (X 1 ) by means of the device at least one part of the cover element being arranged so as to visibly project beyond the floor cover support .
A window for a building structure, comprising a window frame , a sash and a pane including at least one sheet of glass or other glazing material, said sash being moveable relative to the frame by means of a hinge connection including a set of frame hinge parts and a set of sash hinge parts , said sash carrying the pane , said sash including at least a first element surrounding the pane and formed as a moulded border element, moulded directly on the pane , which at least partially encases an edge of at least one sheet of said pane , said first element fulfils the function of a structural element bearing the loads affecting the window, said first element having at least one functional face, said sash including at least one further element , said at least one further element being connected to the first element at the at least one functional face, and said first element having an internal side, which in the installed position of the window points inwards into the building, an external side opposite the internal side, an outer side facing away from the light-admitting aperture covered by the pane and an inner side opposite the outer side, characterized in that said at least one further element includes a second element with thermal insulating properties attached to or detachable connected to the inner side and/or internal side of the first element , said sash comprises a top piece, a bottom piece and two side pieces, and wherein said set of sash hinge parts (22;122;222) is connected to the first element of the side pieces of the sash and each sash hinge part (22;222) is integrally connected with the first element of the sash ; or wherein each sash hinge part is adapted to be connected to a mounting fitting moulded into the first element of the sash .
A process for disinfection of spaces using a disinfecting liquid droplet spray atomization, in which an electric fan is used to dispense the atomization into the space to be disinfected, characterized by modulating the operation of the electric fan in a random sequence that is provided by a software pseudo-random number generator running on control system hardware .
An apparatus comprising: (a) a body ; (b) a shaft assembly extending distally from the body; (c) an end effector located at a distal end of the shaft assembly, wherein the end effector comprises an ultrasonic blade , wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency; and (d) a wetting member, wherein the wetting member is selectively movable between a first position and a second position, wherein the wetting member is configured to be spaced away from the ultrasonic blade in the first position, wherein the wetting member is configured to contact the ultrasonic blade in the second position and thereby apply a cooling fluid to the ultrasonic blade, wherein the wetting member is a pad comprising a foam material. (a) a body ; (b) a shaft assembly extending distally from the body; (c) an end effector located at a distal end of the shaft assembly, wherein the end effector comprises an ultrasonic blade , wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency; and (d) a wetting member, wherein the wetting member is selectively movable between a first position and a second position, wherein the wetting member is configured to be spaced away from the ultrasonic blade in the first position, wherein the wetting member is configured to contact the ultrasonic blade in the second position and thereby apply a cooling fluid to the ultrasonic blade, wherein the wetting member is a pad comprising a foam material.
A subsea well protection assembly , comprising a base structure configured to rest on the seabed, and a top structure extending upwards from the base structure , wherein the top structure is configured to cover a wellhead space , wherein the wellhead space is configured to accommodate a wellhead of a subsea well, wherein the base structure and/or the top structure is made of a fiber-reinforced composite material, wherein the top structure comprises a top ring section with a rectangular shape defining four corners , wherein the top ring section comprises upwardly protruding wire deflection arrangements between the corners.