mhurhangee/patent-ind-claim-en huggingface dataset:
A battery cell for an electric vehicle, the battery cell comprising a cell housing , an electrochemical cell encased by the cell housing , the electrochemical cell comprising a first electrode and a second electrode , a first terminal being electrically connected to the first electrode and a second terminal being electrically connected to the second electrode , the battery cell further comprising a cell disconnect device adapted to electrically disconnect the battery cell from further battery cells of a battery system in case of an overpressure outside of the cell housing .
A process for preparing a blend of cis-1,4-polybutadiene and syndiotactic 1,2-polybutadiene, the process comprising the steps of: (i) polymerizing 1,3-butadiene in the presence of a lanthanide-based catalyst to form a polymerization mixture including cis-1,4-polybutadiene that includes less than 20 percent by weight solvent based upon the total weight of the polymerization mixture, and (ii) polymerizing 1,3-butadiene in the presence of a cobalt-based catalyst within the polymerization mixture including cis-1,4-polybutadiene that includes less than 20 percent by weight solvent based upon the total weight of the polymerization mixture to form syndiotactic 1,2-polybutadiene and thereby produce a blend of cis-1,4-polybutadiene and syndiotactic 1,2-polybutadiene. (i) polymerizing 1,3-butadiene in the presence of a lanthanide-based catalyst to form a polymerization mixture including cis-1,4-polybutadiene that includes less than 20 percent by weight solvent based upon the total weight of the polymerization mixture, and (ii) polymerizing 1,3-butadiene in the presence of a cobalt-based catalyst within the polymerization mixture including cis-1,4-polybutadiene that includes less than 20 percent by weight solvent based upon the total weight of the polymerization mixture to form syndiotactic 1,2-polybutadiene and thereby produce a blend of cis-1,4-polybutadiene and syndiotactic 1,2-polybutadiene.
A method comprising: identifying, at an electromagnetic, EM, position tracking system , a first metric, the first metric being correlated to jitter in a relative pose between a transmitter and a receiver of the EM position tracking system; setting a power mode of at least one of the transmitter and the receiver based on the first metric; and in response to setting the power mode based on the first metric, discarding one or more samples generated from received EM data, characterized in that discarding the one or more samples comprises: identifying a time window relative to a time when a request to change the power mode is received; and discarding samples for a threshold amount of time during the time window. identifying, at an electromagnetic, EM, position tracking system , a first metric, the first metric being correlated to jitter in a relative pose between a transmitter and a receiver of the EM position tracking system; setting a power mode of at least one of the transmitter and the receiver based on the first metric; and in response to setting the power mode based on the first metric, discarding one or more samples generated from received EM data, characterized in that discarding the one or more samples comprises: identifying a time window relative to a time when a request to change the power mode is received; and discarding samples for a threshold amount of time during the time window. identifying a time window relative to a time when a request to change the power mode is received; and discarding samples for a threshold amount of time during the time window.
A method performed by a user equipment, UE, (2f-01) in a wireless communication system, the method comprising: receiving (2f-05), from a base station (2f-02), a radio resource control, RRC, release message; entering (2f-10) an inactive state based on the RRC release message; reselecting (2f-15) a cell belonging to an equivalent public land mobile network, PLMN, associated with a shared network; transmitting (2f-25), to the base station (2f-02), an RRC resume request message including a resume cause, wherein the resume cause is configured to mobile originated, mo,- signaling based on reselection of the cell belonging to the equivalent PLMN associated with the shared network in case that (2f-20) a radio access network, RAN,-based notification area update procedure is triggered; receiving (2f-30), from the base station (2f-02), an RRC resume message as a response to the RRC resume request message; entering (2f-35) a connected state; and transmitting (2f-40), to the base station (2f-02), an RRC resume complete message as a response to the RRC resume message, the RRC resume complete message including a non-access stratum, NAS, protocol data unit, PDU, and an identifier of a reselected PLMN. receiving (2f-05), from a base station (2f-02), a radio resource control, RRC, release message; entering (2f-10) an inactive state based on the RRC release message; reselecting (2f-15) a cell belonging to an equivalent public land mobile network, PLMN, associated with a shared network; transmitting (2f-25), to the base station (2f-02), an RRC resume request message including a resume cause, wherein the resume cause is configured to mobile originated, mo,- signaling based on reselection of the cell belonging to the equivalent PLMN associated with the shared network in case that (2f-20) a radio access network, RAN,-based notification area update procedure is triggered; receiving (2f-30), from the base station (2f-02), an RRC resume message as a response to the RRC resume request message; entering (2f-35) a connected state; and transmitting (2f-40), to the base station (2f-02), an RRC resume complete message as a response to the RRC resume message, the RRC resume complete message including a non-access stratum, NAS, protocol data unit, PDU, and an identifier of a reselected PLMN.
Contacting device for a cable bushing, which is used in electrical devices, such as control cabinets, for the passage of cables , in particular shielded cables, with a wall provided with a wall opening and metal diverter elements which are electrical Conductively connected or connectable on the one hand to the cable shield of at least one cable passed through the wall opening and on the other hand via at least one fastening device , which is design as a metallic comb, in which the diverter elements that are pointing wire-like into the wall opening are fixe das comb fingers, to the wall and preferably ground potential of the electrical device, characterized in that the fastening device comprises a clamping device in which the diverter elements are clamped, or that the diverter elements by a soldered connection or a Welded connection are connected to the fastening device and that the length of the diverter elements is selected such that the wall opening is closed and that two fastening devices are provided which are arranged on opposite sides of the wall opening in such a way that the diverter elements held by each fastening device are aligned with each other and that the diverter elements of the two fastening devices overlap.
A crop reside spreader comprising: a plurality of radially extending bats mounted for rotational movement about an axis (A) for moving residue; and a housing surrounding said bats and having an inlet for residue adjacent said axis (A) and having an outer wall extending around the periphery of said bats , said housing further comprising an outlet connected to said outer wall ; characterized in that said housing has a width measured in a direction parallel to said axis (A) that increases from a minimum width adjacent the downstream end of said outlet around the periphery of said housing up to said outlet . a plurality of radially extending bats mounted for rotational movement about an axis (A) for moving residue; and a housing surrounding said bats and having an inlet for residue adjacent said axis (A) and having an outer wall extending around the periphery of said bats , said housing further comprising an outlet connected to said outer wall ; characterized in that said housing has a width measured in a direction parallel to said axis (A) that increases from a minimum width adjacent the downstream end of said outlet around the periphery of said housing up to said outlet .
Method for recovering energy from waste, in particular urban and/or industrial waste, comprising a step of incinerating the waste in a furnace , then passing the combustion gases from the furnace into a recovery boiler in order to produce water vapour, said recovery boiler comprising tubular heat exchange bundles supplied with water, the temperature of these combustion gases being maintained lower than a fixed maximum value in order to limit corrosion of the recovery boiler and/or of the walls of the furnace, the combustion gases then being conducted to a treatment unit before being evacuated to the atmosphere, and where - an auxiliary gas is burned outside the furnace in an external superheater , - the water vapour emerging from the recovery boiler passes through the external superheater in order to be superheated therein before being injected into a turbine (T), the combustion fumes of the auxiliary gas emerging from the superheater being at a temperature lower than the maximum value admissible in the furnace, characterized in that - these combustion fumes of the auxiliary gas in the superheater are recovered by a conduit to be injected into the installation at the level of tubular bundles of the recovery boiler for recovering energy stilled contained in the combustion fumes of the auxiliary gas emerging from the conduit , and are evacuated with the combustion gases of the furnace in order to be treated in the existing treatment unit for the furnace. - an auxiliary gas is burned outside the furnace in an external superheater , - the water vapour emerging from the recovery boiler passes through the external superheater in order to be superheated therein before being injected into a turbine (T), the combustion fumes of the auxiliary gas emerging from the superheater being at a temperature lower than the maximum value admissible in the furnace, - these combustion fumes of the auxiliary gas in the superheater are recovered by a conduit to be injected into the installation at the level of tubular bundles of the recovery boiler for recovering energy stilled contained in the combustion fumes of the auxiliary gas emerging from the conduit , and are evacuated with the combustion gases of the furnace in order to be treated in the existing treatment unit for the furnace.
A directional coupler comprising: a waveguide having a cross section being orthogonal to a tube axis (LI) of the waveguide ; an opening in a wall surface of the waveguide ; a directional coupler circuit provided on the wall surface of the waveguide and comprising: a printed circuit board ; and a coupling line , wherein the coupling line is disposed on an outer side of the waveguide on the printed circuit board , facing the opening , the coupling line includes a first coupling line part , a second coupling line part , and output parts disposed at both ends of the coupling line , the first coupling line part and the second coupling line part extending across the opening in plan view and being opposed to each other across a center of the opening , and the first coupling line part and the second coupling line part are interconnected at a position displaced from an area vertically above the opening , wherein the opening center is configured to not cross the tube axis (LI) of the waveguide in plan view, and it is configured to emit a circularly polarized wave, and wherein the opening is configured by crossing two long holes into an X shape. a waveguide having a cross section being orthogonal to a tube axis (LI) of the waveguide ; an opening in a wall surface of the waveguide ; a directional coupler circuit provided on the wall surface of the waveguide and comprising: a printed circuit board ; and a coupling line , wherein the coupling line is disposed on an outer side of the waveguide on the printed circuit board , facing the opening , a printed circuit board ; and a coupling line , wherein the coupling line is disposed on an outer side of the waveguide on the printed circuit board , facing the opening , the coupling line includes a first coupling line part , a second coupling line part , and output parts disposed at both ends of the coupling line , the first coupling line part and the second coupling line part extending across the opening in plan view and being opposed to each other across a center of the opening , and the first coupling line part and the second coupling line part are interconnected at a position displaced from an area vertically above the opening , wherein the opening center is configured to not cross the tube axis (LI) of the waveguide in plan view, and it is configured to emit a circularly polarized wave, and wherein the opening is configured by crossing two long holes into an X shape.
A metal leaf spring protection structure of electrical connection terminal, comprising a main body having a base section defined with a first end and a second end , the first end being connected with a first section and a locating section , the second end being connected with a bight section and a reciprocally movable second section , a bent section being formed between the first end of the base section and the first section , the bent section containing an angle, the angle contained by the bent section being selected from a group consisting of an acute angle, a right angle and an obtuse angle, the first section being bent toward the second end of the base section and extending to connect with the locating section , whereby a subsidiary bent section is formed between the first section and the locating section , the subsidiary bent section containing an angle, the angle contained by the subsidiary bent section being selected from a group consisting of an acute angle, a right angle and an obtuse angle, the locating section having a head section and a tail section connected with the head section , the tail section extending to a position of the bight section to form a hook-like structure and a rear end section , the bight section between the second end and the second section of the base section containing an angle, whereby the second section obliquely extends in a direction to the first end of the base section , the locating section being positioned in a reciprocally moving path of the second section to set up a moving end point of the second section , the metal leaf spring protection structure of electrical connection terminal being characterised in that the rear end section is pressed against the tail section or biased toward the tail section .
An illuminating device comprising: an object detection sensor , a headlamp of a vehicle, a detecting section configured to detect a vehicle height (H) of a forward vehicle running in front of the vehicle based on the data from the object detection sensor ; and a control section configured to control an illuminating range of the head lamp according to said vehicle height (H), characterized in that in a case where the vehicle height (H) is less than a predetermined value (xm), the control section sets the illuminating range so as to include an area located above the forward vehicle, in a case where the vehicle height (H) is not less than the predetermined value (xm), the control section sets the illuminating range so as not to include the area located above the forward vehicle, the illuminating range is defined by removing a light-blocking region from a maximum illuminating range. an object detection sensor , a headlamp of a vehicle, a detecting section configured to detect a vehicle height (H) of a forward vehicle running in front of the vehicle based on the data from the object detection sensor ; and a control section configured to control an illuminating range of the head lamp according to said vehicle height (H), characterized in that in a case where the vehicle height (H) is less than a predetermined value (xm), the control section sets the illuminating range so as to include an area located above the forward vehicle, in a case where the vehicle height (H) is not less than the predetermined value (xm), the control section sets the illuminating range so as not to include the area located above the forward vehicle, the illuminating range is defined by removing a light-blocking region from a maximum illuminating range.
An electrical connection box comprising: a first housing member being part of a housing accommodating at least an electronic component ; and a second housing member being part of the housing , the second housing member being located below the first housing member and closing a lower opening formed at a lower end of the first housing member in a placement state of the housing , wherein the first housing member includes double walls including a first outer wall and a first inner wall , the double walls being formed along the lower opening , the second housing member includes: a second outer wall located between the first outer wall and the first inner wall in the placement state; and a second inner wall formed inside the second outer wall and along the second outer wall , the first inner wall includes: a body formed in such a manner that a lower end is located between the second outerwall and the second inner wall in the placement state; and a bulge protruding toward the first outer wall from an opposed surface of the body , the opposed surface being opposite to the first outer wall , and the bulge is formed so as to be opposite to the second outer wall in a perpendicular direction and overlap the second outer wall when viewed in the perpendicular direction in the placement state. a first housing member being part of a housing accommodating at least an electronic component ; and a second housing member being part of the housing , the second housing member being located below the first housing member and closing a lower opening formed at a lower end of the first housing member in a placement state of the housing , wherein the first housing member includes double walls including a first outer wall and a first inner wall , the double walls being formed along the lower opening , the second housing member includes: a second outer wall located between the first outer wall and the first inner wall in the placement state; and a second inner wall formed inside the second outer wall and along the second outer wall , the first inner wall includes: a body formed in such a manner that a lower end is located between the second outerwall and the second inner wall in the placement state; and a bulge protruding toward the first outer wall from an opposed surface of the body , the opposed surface being opposite to the first outer wall , and the bulge is formed so as to be opposite to the second outer wall in a perpendicular direction and overlap the second outer wall when viewed in the perpendicular direction in the placement state. a body formed in such a manner that a lower end is located between the second outerwall and the second inner wall in the placement state; and a bulge protruding toward the first outer wall from an opposed surface of the body , the opposed surface being opposite to the first outer wall , and the bulge is formed so as to be opposite to the second outer wall in a perpendicular direction and overlap the second outer wall when viewed in the perpendicular direction in the placement state.
A bowel irrigation system capable of controlling the size of an inflated balloon during a bowel irrigation procedure, the system comprising - a container adapted for containing a liquid, - a catheter adapted for insertion into a rectum of a user, the catheter comprising a balloon inflated by an amount of liquid for retaining the catheter inside the rectum , - a tubing connecting the container and the catheter, - a pump adapted for inflating the balloon by an amount of liquid, and for pumping liquid from the container to the rectum through the catheter to irrigate the bowels, and a control unit adapted for controlling a flow of fluid in the system , the system further comprises a pressure sensor adapted for assessing a pressure inside the balloon , and wherein the system is adapted for at least partly deflating the balloon, as a response to an assessment of a first pressure inside the balloon being greater than a first threshold value, by reducing the amount of liquid inside the balloon by a first amount of liquid, and characterized in that the system, following a deflation, is adapted for inflating the balloon by a second amount of liquid as a response to the assessment of a second pressure inside the balloon being below a second threshold value, and wherein the first amount of liquid is greater than the second amount of liquid. - a container adapted for containing a liquid, - a catheter adapted for insertion into a rectum of a user, the catheter comprising a balloon inflated by an amount of liquid for retaining the catheter inside the rectum , - a tubing connecting the container and the catheter, - a pump adapted for inflating the balloon by an amount of liquid, and for pumping liquid from the container to the rectum through the catheter to irrigate the bowels, and
An apparatus for wireless communication, comprising: a first receiver configured to receive a first downlink signal from a first wireless system of a first radio access technology, RAT; a second receiver configured to receive a second downlink signal from a second wireless system of a second RAT different from the first RAT, the first and second receivers configured to operate concurrently; a local oscillator, LO, controller configured to select a first divider ratio and a second divider ratio, the second divider ratio being different from the first divider ratio; a first LO generator configured to generate a first LO signal at a first frequency for the first receiver based on the first divider ratio; and a second LO generator configured to generate a second LO signal at a second frequency for the second receiver based on the second divider ratio. a first receiver configured to receive a first downlink signal from a first wireless system of a first radio access technology, RAT; a second receiver configured to receive a second downlink signal from a second wireless system of a second RAT different from the first RAT, the first and second receivers configured to operate concurrently; a local oscillator, LO, controller configured to select a first divider ratio and a second divider ratio, the second divider ratio being different from the first divider ratio; a first LO generator configured to generate a first LO signal at a first frequency for the first receiver based on the first divider ratio; and a second LO generator configured to generate a second LO signal at a second frequency for the second receiver based on the second divider ratio.
An anode for a secondary battery comprising an anode current collector and an anode active material layer formed on at least one surface of the current collector, wherein the anode active material layer comprises an anode active material having a reaction potential (vs. Li + /Li) of 1V or less, and 2 to 10 wt%, based on 100 wt% of the anode active material layer, of an additive comprising lithium titanium oxide (LTO) or a mixture of lithium titanium oxide and titanium oxide, wherein the anode comprises, as an anode active material, one or more selected from soft carbon, hard carbon, kish graphite, pyrolytic carbon, mesophase pitch based carbon fiber, meso-carbon microbeads, mesophase pitches, and petroleum or coal tar pitch derived cokes, wherein the lithium titanium oxide is any one selected from Li 0.8 Ti 2.2 O 4 , Li 2.67 Ti 1.33 O 4 , Li 1.33 Ti 1.67 O 4 , Li 1.14 Ti 1.71 O 4 , Li 2 Ti 3 O 7 , LiTi 2 O 4 and a mixture thereof, and wherein the lithium titanium oxide comprises primary particles and optionally secondary particles being aggregates of the primary particles, the unaggregated primary particles being present in an amount of 90-100 wt% of the lithium titanium oxide.