mhurhangee/patent-ind-claim-en huggingface dataset:
Connection arrangement for connection of an electrical conductor (L), comprising - a current bar , - a clamping spring which has a holding limb and a clamping limb , wherein the clamping limb can be moved to a clamping position and to an open position, - a conductor connection area formed between a portion of the current bar and the clamping limb of the clamping spring , - a displaceably arranged guide element which is operatively connected to the clamping limb of the clamping spring , wherein the clamping limb can be held in the open position by means of the guide element , and - a pivotably mounted actuating element , by means of which the guide element can be displaced for moving the clamping limb of the clamping spring from the clamping position to the open position, wherein the clamping spring is arranged between the portion of the current bar and the actuating element , - wherein the guide element has a sliding surface along which the actuating element can be guided during a pivoting movement of the actuating element , characterized in that the guide element has two longitudinal side walls and two end walls arranged at a right angle to the two longitudinal side walls , wherein the sliding surface is arranged on one of the two end walls of the guide element , and wherein the two longitudinal side walls of the guide element are so long in the insertion direction (E) of the conductor (L) that the two longitudinal side walls delimit the conductor connection area on a first side and a second side situated opposite the first side. - a current bar , - a clamping spring which has a holding limb and a clamping limb , wherein the clamping limb can be moved to a clamping position and to an open position, - a conductor connection area formed between a portion of the current bar and the clamping limb of the clamping spring , - a displaceably arranged guide element which is operatively connected to the clamping limb of the clamping spring , wherein the clamping limb can be held in the open position by means of the guide element , and - a pivotably mounted actuating element , by means of which the guide element can be displaced for moving the clamping limb of the clamping spring from the clamping position to the open position, wherein the clamping spring is arranged between the portion of the current bar and the actuating element , - wherein the guide element has a sliding surface along which the actuating element can be guided during a pivoting movement of the actuating element ,
A method for connecting a terminal cooperating with a secure element to a second network , said secure element having a subscription from a first network , wherein whilst said secure element is roaming on a third network , said secure element storing the PLMN code of said second network , called second PLMN code, and the PLMN code of said third network , called third PLMN code, said second PLMN code having a higher priority than said third PLMN code in the OPLMN roaming file, said second PLMN having no roaming agreement with said first network nor said third network , and said third network having a coverage that overlaps at least a part of the coverage of said second network , said method comprising, when it is detected that said second network has rejected the attachment request of said terminal : a - Storing by a dedicated feature of said secure element in the EF_IMSI file an IMSI, called second IMSI, from said second network and allocating the associated key Ki to this second IMSI; b - Sending from said secure element to said terminal a Refresh command; c - Performing by said terminal an authentication procedure with said second IMSI and said associated key Ki in order to connect said terminal to said second network . a - Storing by a dedicated feature of said secure element in the EF_IMSI file an IMSI, called second IMSI, from said second network and allocating the associated key Ki to this second IMSI; b - Sending from said secure element to said terminal a Refresh command; c - Performing by said terminal an authentication procedure with said second IMSI and said associated key Ki in order to connect said terminal to said second network .
A method for operating an electric power converter, the method comprising: converting by the converter DC power into AC power supplied to a three-phase AC network connected to a three-phase output of the converter ; concluding, during the converting, that a single-phase tripping has started in the three-phase AC network connected to the three-phase output of the converter ; and during the converting, after the concluding that the single-phase tripping has started in the three-phase AC network , controlling an active current in the three-phase output of the converter on the basis of a negative sequence voltage in the three-phase output of the converter , or on the basis of a quantity indicative of the negative sequence voltage in the three-phase output of the converter , to its maximum level available, or to a predetermined fraction of its maximum level available, such that the negative sequence voltage in the three-phase output of the converter remains at or below a predetermined level and thus avoiding the converter to trip because of overvoltage while optimizing the power transfer capability, wherein the controlling is performed until concluding that the single-phase tripping has ended in the three-phase AC network . converting by the converter DC power into AC power supplied to a three-phase AC network connected to a three-phase output of the converter ; concluding, during the converting, that a single-phase tripping has started in the three-phase AC network connected to the three-phase output of the converter ; and during the converting, after the concluding that the single-phase tripping has started in the three-phase AC network , controlling an active current in the three-phase output of the converter on the basis of a negative sequence voltage in the three-phase output of the converter , or on the basis of a quantity indicative of the negative sequence voltage in the three-phase output of the converter , to its maximum level available, or to a predetermined fraction of its maximum level available, such that the negative sequence voltage in the three-phase output of the converter remains at or below a predetermined level and thus avoiding the converter to trip because of overvoltage while optimizing the power transfer capability, wherein the controlling is performed until concluding that the single-phase tripping has ended in the three-phase AC network .
An edge diffraction effect RF antenna structure, comprising: a non-conductive cover ; an antenna element facing the non-conductive cover and coupled to a mounting bracket at a portion of the antenna element facing away from the non-conductive cover , wherein the mounting bracket comprises a drain hole ; a deflector coupled to said mounting bracket and having a sloped portion configured to intersect a main beam of said antenna element , wherein the deflector and mounting bracket combination slopes towards the non-conductive cover and away from the antenna element ; and an edge coupled to a top portion of the deflector facing the non-conductive-cover and positioned to have an edge diffraction effect on the RF signal of said antenna element to bend the RF signal in a direction downward from said deflector . a non-conductive cover ; an antenna element facing the non-conductive cover and coupled to a mounting bracket at a portion of the antenna element facing away from the non-conductive cover , wherein the mounting bracket comprises a drain hole ; a deflector coupled to said mounting bracket and having a sloped portion configured to intersect a main beam of said antenna element , wherein the deflector and mounting bracket combination slopes towards the non-conductive cover and away from the antenna element ; and an edge coupled to a top portion of the deflector facing the non-conductive-cover and positioned to have an edge diffraction effect on the RF signal of said antenna element to bend the RF signal in a direction downward from said deflector .
A breast implant shaped for placement under the skin and over the breast mound of a female breast, the implant comprising an upper pole, a lower pole, and an aperture for the nipple areola complex, NAC, , wherein the ratio of the volume of the upper pole to the lower pole is less than 1, and wherein the aperture is positioned on the implant to angulate the NAC, after implantation, so that the angle between a nipple projection line and a nipple meridian reference line is greater than 1 degrees, and wherein said implant further comprises at least one guiding flexible pillar incorporated into the implant and radially extending from the NAC to an outer edge of the implant.
Stepped anchor for anchoring in a base or a component, having a plurality of expandable tension members , wherein at least two of the tension members have a different defined free anchor length Ltf, characterised in that the respective expansion rigidities of the at least two tension members in the region of the respective free anchor length Ltf thereof are defined in such a manner that the at least two tension members after a simultaneous common expansion by the same expansion path for each tension member have a substantially identical predetermined tension state or a substantially identical predetermined tension.
A dual filter for removing one or more components from a fluid flow, comprising: a first filter media and a second filter media respectively disposed in a first conduit and a second conduit ; a heater adapted to heat the filter media (112a,b) to reduce the purge time of the filter media (112a,b); and at least one manifold coupled to a pair of openings (116a,b) of the conduits (114a, b) wherein the at least one manifold is adapted to monitor and control the fluid flow through one of the filter media (112a,b), wherein the at least one manifold comprises: an inlet manifold that directs the fluid flow to one of the filter media (112a,b); and an outlet manifold that diverts fluid flow from the one of the filter media (112a,b) to purge another of the filter media (112a,b) wherein the outlet manifold has a purge orifice , wherein a portion of the fluid flow from the one of the filter media (112a,b) is diverted through the purge orifice to purge another of the filter media (112a,b) and characterized in that the purge orifice is a variable nozzle, and wherein the variable nozzle is controlled by a controller to regulate a purge fluid flow rate by increasing or decreasing the purge fluid flow diverted to purge the filter media (112a,b) during operation of the dual filter in response to a change in temperature of the filtered fluid leaving the filter media (112a,b). a first filter media and a second filter media respectively disposed in a first conduit and a second conduit ; a heater adapted to heat the filter media (112a,b) to reduce the purge time of the filter media (112a,b); and at least one manifold coupled to a pair of openings (116a,b) of the conduits (114a, b) wherein the at least one manifold is adapted to monitor and control the fluid flow through one of the filter media (112a,b), wherein the at least one manifold comprises: an inlet manifold that directs the fluid flow to one of the filter media (112a,b); and an outlet manifold that diverts fluid flow from the one of the filter media (112a,b) to purge another of the filter media (112a,b) an inlet manifold that directs the fluid flow to one of the filter media (112a,b); and an outlet manifold that diverts fluid flow from the one of the filter media (112a,b) to purge another of the filter media (112a,b) wherein the outlet manifold has a purge orifice , wherein a portion of the fluid flow from the one of the filter media (112a,b) is diverted through the purge orifice to purge another of the filter media (112a,b) and characterized in that the purge orifice is a variable nozzle, and wherein the variable nozzle is controlled by a controller to regulate a purge fluid flow rate by increasing or decreasing the purge fluid flow diverted to purge the filter media (112a,b) during operation of the dual filter in response to a change in temperature of the filtered fluid leaving the filter media (112a,b).
Method for producing a structural element comprising a hollow profile made of continuous fibre-reinforced plastics material with a thermosetting matrix material having a softening temperature which is below the cross-linking temperature, and at least one load-application element , wherein the method comprises at least the following method steps: a. providing a cut-to-size hollow profile made of plastics material reinforced with continuous fibres on a liner , wherein the liner forms the inner lateral surface of the hollow profile , and wherein the hollow profile is impregnated by means of heating to a temperature that is equal to or above the softening temperature of the matrix material and below the cross-linking temperature of the matrix material ; b. removing the liner in the inner region of the hollow profile which is intended for load application; c. arranging a load-application element on the inner region of the hollow profile which is intended for load application; d. consolidating and functionalising the structural element comprising the hollow profile and the load-application element by means of heating the structural element to a temperature that is equal to or above the cross-linking temperature of the matrix material and applying a radially inwardly acting pressure to the structural element , wherein the holbw profile is moulded onto the load-application element in a form-fitting manner. a. providing a cut-to-size hollow profile made of plastics material reinforced with continuous fibres on a liner , wherein the liner forms the inner lateral surface of the hollow profile , and wherein the hollow profile is impregnated by means of heating to a temperature that is equal to or above the softening temperature of the matrix material and below the cross-linking temperature of the matrix material ; b. removing the liner in the inner region of the hollow profile which is intended for load application; c. arranging a load-application element on the inner region of the hollow profile which is intended for load application; d. consolidating and functionalising the structural element comprising the hollow profile and the load-application element by means of heating the structural element to a temperature that is equal to or above the cross-linking temperature of the matrix material and applying a radially inwardly acting pressure to the structural element , wherein the holbw profile is moulded onto the load-application element in a form-fitting manner.
Belt tensioning device comprising: a base member having a sleeve projection ; a first tensioning arm , which is pivotably supported by a bearing sleeve on the sleeve projection of the base member around a first pivot axis (A4) and which comprises a first tensioning roller that is rotatable around a first axis of rotation (A5), wherein the bearing sleeve is connected to one of the components base member and first tensioning arm in a rotationally fixed manner and is rotatable relative to the other one of the components base member and the tensioning arm ; a second tensioning arm , which is pivotably supported on the base member around a second pivot axis (A6) and which comprises a second tensioning roller that is rotatable around a second axis of rotation (A7); a spring arrangement that is arranged between the first tensioning arm and the second tensioning arm such that the first tensioning arm and the second tensioning arm are pre-tensioned relative to each other in circumferential direction by the spring arrangement ; and characterized in that the bearing sleeve is configured radially-elastic, and the belt tensioning device comprises pre-tensioning means that are arranged radially between a circumferential face of the bearing sleeve and a circumferential face of the component connected to the bearing sleeve in a rotationally fixed manner, to exert a radial force in direction toward the other component rotatable relative thereto. a base member having a sleeve projection ; a first tensioning arm , which is pivotably supported by a bearing sleeve on the sleeve projection of the base member around a first pivot axis (A4) and which comprises a first tensioning roller that is rotatable around a first axis of rotation (A5), wherein the bearing sleeve is connected to one of the components base member and first tensioning arm in a rotationally fixed manner and is rotatable relative to the other one of the components base member and the tensioning arm ; a second tensioning arm , which is pivotably supported on the base member around a second pivot axis (A6) and which comprises a second tensioning roller that is rotatable around a second axis of rotation (A7); a spring arrangement that is arranged between the first tensioning arm and the second tensioning arm such that the first tensioning arm and the second tensioning arm are pre-tensioned relative to each other in circumferential direction by the spring arrangement ; and characterized in that the bearing sleeve is configured radially-elastic, and the belt tensioning device comprises pre-tensioning means that are arranged radially between a circumferential face of the bearing sleeve and a circumferential face of the component connected to the bearing sleeve in a rotationally fixed manner, to exert a radial force in direction toward the other component rotatable relative thereto.
A method for enhancing the production of urea in an existing urea production plant coupled to a syngas production system comprising a steam reformer (SR), by adding a catalytic partial oxidation (CPO) reactor to the syngas production system in parallel to the steam reformer, wherein the catalytic partial oxidation reactor is configured for the catalytic partial oxidation of hydrocarbon into CO and H 2 , wherein the added catalytic partial oxidation (CPO) reactor has an outlet connected to an inlet of a water gas shift reactor such that the enhanced urea production system is configured for subjecting the CPO reaction mixture to a water gas shift reaction in said water gas shift reactor, wherein the CPO reactor comprises a reaction zone, made up of a vertical cylindrically shaped steel pressure vessel lined with a refractory material, and wherein synthesis gas is cooled down, either in a process gas boiler or in a direct quencher, before entering the WGS reactor, wherein the oxygen used in the catalytic partial oxidation and the nitrogen used in the ammonia-forming reaction are obtained from an air separation unit, wherein the complete CPO gas and SR gas streams are subjected to the water gas shift reaction in the water gas shift reactor; and wherein the syngas production system also comprises an autothermal reactor (ATR) and the CPO reactor is added to the syngas production system also in parallel to the autothermal reactor.
A glass composite for use in Extreme Ultra-Violet Lithography (EUVL), the glass composite comprising: a first silica-titania glass section comprising between 5.0 wt.% and 16 wt.% titania; and a second doped silica-titania glass section comprising between 5.0 wt.% and 12 wt.% titania mechanically bonded to a surface of the first silica-titania glass section, wherein the second doped silica-titania glass section has a thickness of greater than 2.5 cm (1.0 inch). a first silica-titania glass section comprising between 5.0 wt.% and 16 wt.% titania; and a second doped silica-titania glass section comprising between 5.0 wt.% and 12 wt.% titania mechanically bonded to a surface of the first silica-titania glass section, wherein the second doped silica-titania glass section has a thickness of greater than 2.5 cm (1.0 inch).
A robot control model learning method, comprising, by a computer: subjecting a robot control model to reinforcement learning comprising a reward, the robot control model being input with state information expressing a state of a robot (RB) that travels autonomously to a destination in a dynamic environment, and the robot control model selecting and outputting a behavior corresponding to the state of the robot (RB) from among a plurality of behaviors, characterized by the plurality of behaviors including an intervention behavior comprising an intervention with the environment, wherein the robot control model comprises a number of times of intervention, said number of times of intervention being the number of times that an intervention behavior is executed, wherein the intervention behavior is assigned a negative reward. subjecting a robot control model to reinforcement learning comprising a reward, the robot control model being input with state information expressing a state of a robot (RB) that travels autonomously to a destination in a dynamic environment, and the robot control model selecting and outputting a behavior corresponding to the state of the robot (RB) from among a plurality of behaviors, characterized by the plurality of behaviors including an intervention behavior comprising an intervention with the environment, wherein the robot control model comprises a number of times of intervention, said number of times of intervention being the number of times that an intervention behavior is executed, wherein the intervention behavior is assigned a negative reward.
A lamp for a rear-view device of a motor vehicle , comprising at least one light source for emitting light beams, collection optics for collimating the light beams, and scattering optics which are arranged downstream of the collection optics in the beam path of the light beams, and having a first main emission direction , which is directed towards an eye ellipse of a driver of the motor vehicle when the lamp is installed in a left-hand-drive motor vehicle , characterized in that the scattering optics also have a second main emission direction , which is directed towards an eye ellipse of a driver of the motor vehicle when the lamp is installed in a right-hand-drive motor vehicle , each eye ellipse describing a virtual surface area in which an eye position of the driver of the motor vehicle can be statistically expected, the lamp having an optical axis, and the first main emission direction extending on one side of the optical axis and the second main emission direction extending on the other side of the optical axis . the scattering optics also have a second main emission direction , which is directed towards an eye ellipse of a driver of the motor vehicle when the lamp is installed in a right-hand-drive motor vehicle , each eye ellipse describing a virtual surface area in which an eye position of the driver of the motor vehicle can be statistically expected, the lamp having an optical axis, and the first main emission direction extending on one side of the optical axis and the second main emission direction extending on the other side of the optical axis .
A PD-1 gene-modified humanized mouse, wherein the genome of the mouse comprises a nucleic acid sequence encoding a chimeric PD-1 protein comprising the amino acid sequence of SEQ ID NO: 17, and wherein the mouse expresses the chimeric PD-1 protein.