mhurhangee/patent-ind-claim-en huggingface dataset:
A method of testing a first plurality of series connected cells of a voltage source converter , wherein each cell comprises an energy storage element and a plurality of switch elements , wherein each switch element has an associated freewheeling diode , and wherein the cells comprise half-bridge sub-modules where the plurality of switch elements are configured such that the energy storage element can, in use, be selectively connected in series between the terminals of the cell or bypassed, the method comprising: applying an electrical test stimulus (V STIM ; 301) to the first plurality of series connected cells, wherein the electrical test stimulus has a voltage that is lower than the rated operating voltage of the voltage source converter but which is greater than a threshold voltage (V th ) which is sufficient to forward bias freewheeling diodes of each of the first plurality of series connected cells to provide a conduction path through the first plurality of series connected cells; and monitoring the electrical characteristics of said first plurality of series connected cells to said electrical test stimulus; wherein the electrical stimulus (V STIM ) is applied in a forward direction such that the conduction path through the plurality of series connected cells comprises the energy storage elements; and the electrical stimulus (V STIM ) is applied in a reverse direction such that the conduction path through the plurality of series connected cells comprises the bypass path. applying an electrical test stimulus (V STIM ; 301) to the first plurality of series connected cells, wherein the electrical test stimulus has a voltage that is lower than the rated operating voltage of the voltage source converter but which is greater than a threshold voltage (V th ) which is sufficient to forward bias freewheeling diodes of each of the first plurality of series connected cells to provide a conduction path through the first plurality of series connected cells; and monitoring the electrical characteristics of said first plurality of series connected cells to said electrical test stimulus; wherein the electrical stimulus (V STIM ) is applied in a forward direction such that the conduction path through the plurality of series connected cells comprises the energy storage elements; and the electrical stimulus (V STIM ) is applied in a reverse direction such that the conduction path through the plurality of series connected cells comprises the bypass path.
A push lead through for a gas insulated medium voltage switchgear housing, with an axially movable push rod guided through the lead through and a gastight bushing with bearing and sealing element, to be located in an opening in the medium voltage switchgear housing wall, wherein the push rod is configured to be fixed with the bearing and sealing element at the outer side of the switchgear housing wall , and further guiding means from inside the housing , in order to prevent radial displacement during axial push rod movement, characterized in that the further guiding means are fixed on a support plate with a further guide through opening such that the support plate is configured to be fixed to the inner side of the switchgear housing at the aforesaid opening in the housing with a distance (R) from the housing wall itself, in order to block radial displacement by a mechanically blocking of a momentum of tilt, that in the guide through opening of the support plate is fixed a cuplike holding part holding one end of an axial spring that surrounds the push rod and that a holding part for the other end of the spring is fixed adjacently to the aforesaid end of the spring in the cuplike holding part , and that the holding part is provided with a ring groove in which the other end of the spring is positioned.
An in-cell touch panel, comprising: an upper substrate and a lower substrate , arranged oppositely to each other; a conductive layer , provided on a side, facing the lower substrate , of the upper substrate or on a side, facing the upper substrate , of the lower substrate , wherein the conductive layer comprises a plurality of hollowed-out regions arranged in a matrix form; a plurality of self-capacitance electrodes , arranged in a layer in which the conductive layer is arranged, and insulated from the conductive layer , wherein each of the hollowed-out regions is provided therein with at least one of the self-capacitance electrodes , and a plurality of conductive wires , uncrossed with each other, respectively electrically connected with the self-capacitance electrodes , and arranged in a layer different from the layer in which the conductive layer is arranged, wherein the self-capacitance electrodes are connected to the respective conductive wires. an upper substrate and a lower substrate , arranged oppositely to each other; a conductive layer , provided on a side, facing the lower substrate , of the upper substrate or on a side, facing the upper substrate , of the lower substrate , wherein the conductive layer comprises a plurality of hollowed-out regions arranged in a matrix form; a plurality of self-capacitance electrodes , arranged in a layer in which the conductive layer is arranged, and insulated from the conductive layer , wherein each of the hollowed-out regions is provided therein with at least one of the self-capacitance electrodes , and a plurality of conductive wires , uncrossed with each other, respectively electrically connected with the self-capacitance electrodes , and arranged in a layer different from the layer in which the conductive layer is arranged, wherein the self-capacitance electrodes are connected to the respective conductive wires.
An automotive trim, comprising: - a skin including a molded groove, the skin having an exposed surface and a lower surface, the skin forming a sheet of material; - a thermoplastic film coupled directly to the lower surface of the skin, wherein the thermoplastic film covers a region of the lower surface of the skin including the molded groove; - a seal having an upper surface coupled to the thermoplastic film, wherein the seal is made of closed cell foam coupled to the thermoplastic film; - at least one strand of stitching material threading through the skin, the film and the seal; and - a backing layer forming a backing for the skin and the seal, the backing layer having an upper surface secured to the lower surface of the seal and the skin, and a lower surface lying opposite to the upper surface. - a skin including a molded groove, the skin having an exposed surface and a lower surface, the skin forming a sheet of material; - a thermoplastic film coupled directly to the lower surface of the skin, wherein the thermoplastic film covers a region of the lower surface of the skin including the molded groove; - a seal having an upper surface coupled to the thermoplastic film, wherein the seal is made of closed cell foam coupled to the thermoplastic film; - at least one strand of stitching material threading through the skin, the film and the seal; and - a backing layer forming a backing for the skin and the seal, the backing layer having an upper surface secured to the lower surface of the seal and the skin, and a lower surface lying opposite to the upper surface.
Ovenware having a container portion and a handle portion, wherein the ovenware is molded from a resin composition comprising a liquid crystal polyester resin and a talc filler, wherein an average particle size of the talc filler is at least 10 μm but not more than 25 μm, an amount of the talc filler is at least 55 parts by mass but not more than 100 parts by mass per 100 parts by mass of the liquid crystal polyester resin, a capacity of the ovenware is at least 500 mL but not more than 6 L, and a wall thickness of the container portion is at least 0.3 mm but not more than 5 mm. the ovenware is molded from a resin composition comprising a liquid crystal polyester resin and a talc filler, wherein an average particle size of the talc filler is at least 10 μm but not more than 25 μm, an amount of the talc filler is at least 55 parts by mass but not more than 100 parts by mass per 100 parts by mass of the liquid crystal polyester resin, a capacity of the ovenware is at least 500 mL but not more than 6 L, and a wall thickness of the container portion is at least 0.3 mm but not more than 5 mm.
A foamable composition comprising a. one or more epoxy resins; b. one or more curatives; c. one or more blowing agents; and d. one or more polyesters, present in an amount from 0.1 weight % to 20 weight %, based on the overall weight of the foamable composition, wherein at least one of said one or more polyesters possesses hydroxyl groups and has a hydroxyl number between 50 and 10 mg KOH/g, the composition being present as granuled particles or as a molded object. a. one or more epoxy resins; b. one or more curatives; c. one or more blowing agents; and d. one or more polyesters, present in an amount from 0.1 weight % to 20 weight %, based on the overall weight of the foamable composition, wherein at least one of said one or more polyesters possesses hydroxyl groups and has a hydroxyl number between 50 and 10 mg KOH/g, the composition being present as granuled particles or as a molded object.
An apparatus, comprising: at least one processor ; at least one memory including computer program code, the memory and the computer program code configured to, working with the processor, cause the apparatus to perform at least the following: receipt of motion information indicative of an input gesture by way of at least one motion sensor comprised by the apparatus; determination that the input gesture is a firmware update gesture indicative of a directive to update a firmware of the apparatus, wherein the determination includes determining that a motion performed by a user and/or a motion performed by the user by way of the apparatus corresponds to a predetermined motion; sending of a firmware download request to a separate apparatus based, at least in part, on the determination that the input gesture is the firmware update gesture; receipt of firmware update information from the separate apparatus based, at least in part, on the firmware download request; and update of the firmware of the apparatus based, at least in part, on the firmware update information. at least one processor ; at least one memory including computer program code, the memory and the computer program code configured to, working with the processor, cause the apparatus to perform at least the following: receipt of motion information indicative of an input gesture by way of at least one motion sensor comprised by the apparatus; determination that the input gesture is a firmware update gesture indicative of a directive to update a firmware of the apparatus, wherein the determination includes determining that a motion performed by a user and/or a motion performed by the user by way of the apparatus corresponds to a predetermined motion; sending of a firmware download request to a separate apparatus based, at least in part, on the determination that the input gesture is the firmware update gesture; receipt of firmware update information from the separate apparatus based, at least in part, on the firmware download request; and update of the firmware of the apparatus based, at least in part, on the firmware update information. receipt of motion information indicative of an input gesture by way of at least one motion sensor comprised by the apparatus; determination that the input gesture is a firmware update gesture indicative of a directive to update a firmware of the apparatus, wherein the determination includes determining that a motion performed by a user and/or a motion performed by the user by way of the apparatus corresponds to a predetermined motion; sending of a firmware download request to a separate apparatus based, at least in part, on the determination that the input gesture is the firmware update gesture; receipt of firmware update information from the separate apparatus based, at least in part, on the firmware download request; and update of the firmware of the apparatus based, at least in part, on the firmware update information.
Separation device for removing objects from a water flow, comprising a separation field and a gutter which forms an inlet and an outlet for the separation field , wherein a headwater with a headwater level can be established in the inlet upstream from the separation field and a tailwater with a tailwater level can be established in the outlet downstream from the separation field during operation, the outlet having a drain cross section for the water flow, comprising a damming body , which is adjustable by way of an actuation system , for dipping into the outlet, which is adjustable at least between a first position and a second position, the drain cross section being smaller in the first position and the drain cross section being larger in the second position, and comprising a control device , the control device having a first operating mode, in which the flow speed in the region of the separation field is increased by bringing the damming body from the first position into the second position, the control device having a second operating mode, in which the flow speed in the region of the separation field is changed by bringing the damming body from the second position into a third position, the drain cross section being smaller or larger in the third position than in the second position, and the control device being set up to activate the first and/or the second operating mode automatically, characterised in that the control device comprises a first sensor , which generates a first sensor signal, which is dependent on the size of the water flow, and in that the control device triggers activation of the first and/or second operating mode as a function of the first sensor signal.
A reagent mixing container , comprising: (a) a first chamber having a first end , a second end , and a lumen extending therebetween; (b) a supplemental chamber having a first end , a second end , and a lumen therebetween, wherein said second end of said first chamber and said second end of said supplemental chamber are adjacent; (c) a stopper comprising a first position and a second position, wherein in said first position said stopper is positioned to seal the lumen of said first chamber at said second end of said first chamber and the lumen of said supplemental chamber at said second end of said supplemental chamber , and in said second position, said stopper is displaced from said first position, whereby the lumen of said supplemental chamber is co-extensive with the lumen of said first chamber ; (d) a plunger sealingly positioned at the first end of said supplemental chamber , and slideably moveable in the lumen of said supplemental chamber from the supplemental chamber first end towards said supplemental chamber second end ; wherein the stopper encloses a magnetic bar or at least one magnetic bead. (a) a first chamber having a first end , a second end , and a lumen extending therebetween; (b) a supplemental chamber having a first end , a second end , and a lumen therebetween, wherein said second end of said first chamber and said second end of said supplemental chamber are adjacent; (c) a stopper comprising a first position and a second position, wherein in said first position said stopper is positioned to seal the lumen of said first chamber at said second end of said first chamber and the lumen of said supplemental chamber at said second end of said supplemental chamber , and in said second position, said stopper is displaced from said first position, whereby the lumen of said supplemental chamber is co-extensive with the lumen of said first chamber ; (d) a plunger sealingly positioned at the first end of said supplemental chamber , and slideably moveable in the lumen of said supplemental chamber from the supplemental chamber first end towards said supplemental chamber second end ; wherein
A method performed by a network node in a communication network for handling data of objects in the communication network, wherein the method comprises: - determining a position of an object based on a signal strength or a signal quality of a beamforming transmission, wherein the beamforming transmission comprises transmitted radio beams that swipe a surrounding, and wherein determining the position of the object comprises analysing the signal strength or the signal quality of the transmitted radio beams and comparing the signal strength or the signal quality with signal strength or signal quality from a previous beamforming transmission that swipe the surrounding characterized in that the method further comprises - managing traffic in an area based on the determined position of the object, wherein managing the traffic in the area comprises allocating road space for one or more pedestrians by adding a virtual zebra crossing in a virtual traffic map; and - providing an output indicating the determined position of the object by sending information to one or more vehicles indicating the virtual zebra crossing. - determining a position of an object based on a signal strength or a signal quality of a beamforming transmission, wherein the beamforming transmission comprises transmitted radio beams that swipe a surrounding, and wherein determining the position of the object comprises analysing the signal strength or the signal quality of the transmitted radio beams and comparing the signal strength or the signal quality with signal strength or signal quality from a previous beamforming transmission that swipe the surrounding characterized in that the method further comprises - managing traffic in an area based on the determined position of the object, wherein managing the traffic in the area comprises allocating road space for one or more pedestrians by adding a virtual zebra crossing in a virtual traffic map; and - providing an output indicating the determined position of the object by sending information to one or more vehicles indicating the virtual zebra crossing.
Single-track motor vehicle , in particular motorcycle, having a drive machine , having at least one handlebar and having at least one operator control element, which can be moved by a rider of the motor vehicle , and having a device which is designed to influence a travelling speed of the motor vehicle depending on a movement of the operator control element, wherein the device is designed to operate the electrically operating drive machine as a generator in order to decelerate the motor vehicle depending on a movement of the operator control element in a first direction , wherein the operator control element is in the form of a throttle twist grip and the throttle twist grip is cylindrical and mounted rotatably about its longitudinal axis, having a rotary end stop for the throttle twist grip and having a return spring which applies a return torque to the throttle twist grip in the direction of the rotary stop , so that the throttle twist grip can be rotated by the return torque as far as the rotary end stop , and that the rotary end stop is designed in such a way that it can be overcome by a torque applied to the throttle twist grip , the torque being greater than the return torque, and characterized in that the rotary end stop can be displaced against the spring force of a preloading spring and lies in the movement path of the throttle twist grip .
A dual coil inductor assembly comprising: a first coil including a spirally wound first metal foil ; a second coil including a spirally wound second metal foil; a first terminal (T2) electrically connected to the first metal foil at a first location on the first metal foil; a second terminal (T1) electrically connected to the first metal foil at a second location on the first metal foil; a third terminal (T3) electrically connected to the second metal foil at a first location on the second metal foil; and a fourth terminal (T4) electrically connected to the second metal foil at a second location on the second metal foil; wherein the dual coil inductor assembly has an inductor assembly longitudinal axis (L-L), a first axial end and an opposing second axial end; characterized in that : the first terminal (T2) and the third terminal (T3) are located on the first axial end, and the second terminal (T1) and the fourth terminal (T4) are located on the second axial end. a first coil including a spirally wound first metal foil ; a second coil including a spirally wound second metal foil; a first terminal (T2) electrically connected to the first metal foil at a first location on the first metal foil; a second terminal (T1) electrically connected to the first metal foil at a second location on the first metal foil; a third terminal (T3) electrically connected to the second metal foil at a first location on the second metal foil; and a fourth terminal (T4) electrically connected to the second metal foil at a second location on the second metal foil; wherein the dual coil inductor assembly has an inductor assembly longitudinal axis (L-L), a first axial end and an opposing second axial end; characterized in that : the first terminal (T2) and the third terminal (T3) are located on the first axial end, and the second terminal (T1) and the fourth terminal (T4) are located on the second axial end.
An electrospray emitter assembly for interfacing a separation column to a mass spectrometer, comprising: a. an emitter capillary having an inlet end and an outlet end; b. a union comprising an externally threaded side and a female threaded end fitting , wherein the female threaded end fitting is coupled to the inlet end of the emitter , configured to be removably connected to the separation column; c. a retractable protective sleeve for covering and supporting the emitter , wherein the retractable protective sleeve is slidably mounted around the emitter , wherein the retractable protective sleeve is moveable to an extended position wherein a tip of the emitter is covered by the protective sleeve ; and d. a resilient member provided to bias the protective sleeve towards the extended position such that the tip of the emitter is covered; wherein a stop with a defined through hole is integrated into the union proximate the inlet end of the emitter to produce a path for liquid to flow from the separation column to the emitter via the through hole where a voltage is applied to the liquid entering the emitter. a. an emitter capillary having an inlet end and an outlet end; b. a union comprising an externally threaded side and a female threaded end fitting , wherein the female threaded end fitting is coupled to the inlet end of the emitter , configured to be removably connected to the separation column; c. a retractable protective sleeve for covering and supporting the emitter , wherein the retractable protective sleeve is slidably mounted around the emitter , wherein the retractable protective sleeve is moveable to an extended position wherein a tip of the emitter is covered by the protective sleeve ; and d. a resilient member provided to bias the protective sleeve towards the extended position such that the tip of the emitter is covered; wherein a stop with a defined through hole is integrated into the union proximate the inlet end of the emitter to produce a path for liquid to flow from the separation column to the emitter via the through hole where a voltage is applied to the liquid entering the emitter.
A connector assembly comprising a first connector and a second connector , one end of which being coupled to the first connector , and another end of the second connector opposite to said one end being designed for receiving one or more wires from a wire harness, the other end being formed in a round shape, laterally symmetrically based on a center portion, characterized in that the other end comprises partitions partitioning multiple wire passages from each other, and each partition comprises at the other end of the second connector a guide groove for receiving a wire emerging from the corresponding wire passage.