mhurhangee/patent-ind-claim-en huggingface dataset:
A moisture-curable hot melt adhesive comprising, based on 100 parts by weight of a total weight of components (A) to (E): 20 to 50 parts by weight of (A) a urethane prepolymer having a terminal isocyanate group, 2 to 15 parts by weight of (B) a metallocene-based polyolefin having a viscosity of 10,000 mPa·s or less at a temperature of 170°C, 2 to 20 parts by weight of (C) a polyester-polyether copolymer, 4 to 12 parts by weight of (D) an ethylene/carboxylic acid ester copolymer comprising an ethylene/vinyl acetate copolymer, and 35 to 55 parts by weight of (E) an a-methyl styrene-based resin. 20 to 50 parts by weight of (A) a urethane prepolymer having a terminal isocyanate group, 2 to 15 parts by weight of (B) a metallocene-based polyolefin having a viscosity of 10,000 mPa·s or less at a temperature of 170°C, 2 to 20 parts by weight of (C) a polyester-polyether copolymer, 4 to 12 parts by weight of (D) an ethylene/carboxylic acid ester copolymer comprising an ethylene/vinyl acetate copolymer, and 35 to 55 parts by weight of (E) an a-methyl styrene-based resin.
A computer-implemented method of providing navigation guidance for navigating an interventional device within an anatomy, the method comprising: receiving (S110) interventional device shape data representing a shape of the interventional device at one or more time steps (t 1..n ), the time steps including at least a current time step (t n ) and input indicative of a target position within the anatomy for at least one portion of the interventional device ; inputting (S120) the interventional device shape data into a neural network trained to predict, from the interventional device shape data , a future position of one or more portions of the interventional device at one or more future time steps (t n+1..n+k ), and a corresponding confidence estimate for the one or more future positions , the neural network further being configured to generate one or more vectors of latent variables representing a distribution of positions of portions of the inputted interventional device shape data along a plurality of historic paths used to successfully navigate the interventional device to intercept the target position; and displaying (S130) the predicted one or more future positions of each portion of the interventional device , the corresponding predicted confidence estimate for the predicted one or more future positions and a track within the anatomy representing one or more distribution parameters of the one or more vectors of latent variables. receiving (S110) interventional device shape data representing a shape of the interventional device at one or more time steps (t 1..n ), the time steps including at least a current time step (t n ) and input indicative of a target position within the anatomy for at least one portion of the interventional device ; inputting (S120) the interventional device shape data into a neural network trained to predict, from the interventional device shape data , a future position of one or more portions of the interventional device at one or more future time steps (t n+1..n+k ), and a corresponding confidence estimate for the one or more future positions , the neural network further being configured to generate one or more vectors of latent variables representing a distribution of positions of portions of the inputted interventional device shape data along a plurality of historic paths used to successfully navigate the interventional device to intercept the target position; and displaying (S130) the predicted one or more future positions of each portion of the interventional device , the corresponding predicted confidence estimate for the predicted one or more future positions and a track within the anatomy representing one or more distribution parameters of the one or more vectors of latent variables.
A method performed by a wireless device for priority handling of scheduling request, SR, and physical uplink shared channel, PUSCH, without Logical Channel, LCH, association, the method comprising: determining that the SR and PUSCH are not related to a LCH; and determining a priority of the SR and PUSCH, the method further comprising receiving the priority of the PUSCH associated with an aperiodic Channel State Information, CSI, report in a Radio Resource Control Information Element, RRC IE, wherein the priority of the SR and PUSCH is determined based on a priority of at least one Medium Access Control-Control Element, MAC CE or the priority of the SR and PUSCH is determined based on a physical-index-based priority of the SR and PUSCH. determining that the SR and PUSCH are not related to a LCH; and determining a priority of the SR and PUSCH, the method further comprising receiving the priority of the PUSCH associated with an aperiodic Channel State Information, CSI, report in a Radio Resource Control Information Element, RRC IE, wherein the priority of the SR and PUSCH is determined based on a priority of at least one Medium Access Control-Control Element, MAC CE or the priority of the SR and PUSCH is determined based on a physical-index-based priority of the SR and PUSCH.
Method for managing a railway electrical circuit adapted to detect presence of a rolling stock (T) on a railway track , the railway track being subdivided in successive track sections forming successive electrical circuits independently fed with electrical current for monitoring the presence of a rolling stock (T) on one of the track sections , each electrical circuit being continuously fed with electrical current originating from a power line and comprising a transmission device for feeding the electrical circuit with electrical current, located at one end of the track section, and a reception device for detecting the electrical current circulating in the electrical circuit , located at an opposed end of the track section, this method comprising steps consisting in: - a) continuously feeding the electrical circuit with electrical current with the transmission device and monitoring the presence of a rolling stock (T) on the corresponding track section by measuring, using the reception device , the current circulating in the electrical circuit ; - b) if the reception device detects that a rolling stock (T) is present on the track section , applying to the electrical circuit a nominal electrical power (PN) at least until the rolling stock (T) exits the section ; - c) if the reception device detects that no rolling stock (T) is present on the track section , applying to the electrical circuit a power-saving power value (P0) which is inferior to the nominal power (PN); this method being characterized in that at step b) the electrical power (P OT ) consumed by the electrical circuit is controlled to be kept under a limited value (P2), wherein the power consumption of the electrical circuit is controlled by varying the tension delivered by the transmission device using at least one control box which is connected to the power line and is adapted to receive a signal emitted by the reception device and to control the tension delivered by the transmission device on the basis of the information delivered by the received signal . - a) continuously feeding the electrical circuit with electrical current with the transmission device and monitoring the presence of a rolling stock (T) on the corresponding track section by measuring, using the reception device , the current circulating in the electrical circuit ; - b) if the reception device detects that a rolling stock (T) is present on the track section , applying to the electrical circuit a nominal electrical power (PN) at least until the rolling stock (T) exits the section ; - c) if the reception device detects that no rolling stock (T) is present on the track section , applying to the electrical circuit a power-saving power value (P0) which is inferior to the nominal power (PN);
Calcium-containing microparticles adapted to be used in a method for regenerating alveolar bone , wherein the microparticles are obtained by crushing clumps of raw material composed of carbonate apatite, wherein the microparticles are mixed particles obtained by mixing particles having a particle diameter of 300 μm to 500 μm and particles having a particle diameter of 1 μm to 10 μm.
An air-gas mixture burning appliance , comprising: an air-gas mixing unit with a plurality of air-gas mixers for mixing of air and gas to form a combustible air-gas mixture , an air supply that is connected to the air-gas mixing unit and comprises a common air way for supply of air to the plurality of air-gas mixers , a gas supply to supply gas to the air-gas mixing unit , and a gas governor that is adapted to control supply of gas to the plurality of air-gas mixers dependant on an air pressure signal that is indicative of a static air pressure in the common air way , wherein the plurality of air-gas mixers is at least partially surrounded by a slot which encompasses at least partially the common air way , and wherein the slot is connected to the gas governor via an air pressure signal port which is configured to provide the air pressure signal from the slot to the gas governor . an air-gas mixing unit with a plurality of air-gas mixers for mixing of air and gas to form a combustible air-gas mixture , an air supply that is connected to the air-gas mixing unit and comprises a common air way for supply of air to the plurality of air-gas mixers , a gas supply to supply gas to the air-gas mixing unit , and a gas governor that is adapted to control supply of gas to the plurality of air-gas mixers dependant on an air pressure signal that is indicative of a static air pressure in the common air way , wherein the plurality of air-gas mixers is at least partially surrounded by a slot which encompasses at least partially the common air way , and wherein the slot is connected to the gas governor via an air pressure signal port which is configured to provide the air pressure signal from the slot to the gas governor .
A method of providing an application service in a telecommunications network which is accessible to a user equipment via at least a first access node (110A; 130A) or a second access node (110B; 130B), the method comprising: at the first access node (110A; 130A), providing an application service platform for supporting an application environment for hosting of one or more application services which are accessible to the user equipment via the first access node (110A; 130A); at the second access node (110B; 130B), providing an application service platform for supporting an application environment for hosting of one or more application services which are accessible to the user equipment via the second access node (110B; 130B); and via the application service platform at the first access node (110A; 130A), providing an application service to the user equipment connected to the first access node (110A; 130A); at a handover of the user equipment from the first access node (110A; 130A) to the second access node (110B; 130B), moving a context of the user equipment from the application service platform at the first access node (110A; 130A) to the application service platform at the second access node (110B; 130B), wherein the context of the user equipment is radio related and includes information related to the user equipment which is available at the first access node (110A; 130A), and wherein the context of the user equipment is moved using handover related control signalling. at the first access node (110A; 130A), providing an application service platform for supporting an application environment for hosting of one or more application services which are accessible to the user equipment via the first access node (110A; 130A); at the second access node (110B; 130B), providing an application service platform for supporting an application environment for hosting of one or more application services which are accessible to the user equipment via the second access node (110B; 130B); and via the application service platform at the first access node (110A; 130A), providing an application service to the user equipment connected to the first access node (110A; 130A); at a handover of the user equipment from the first access node (110A; 130A) to the second access node (110B; 130B), moving a context of the user equipment from the application service platform at the first access node (110A; 130A) to the application service platform at the second access node (110B; 130B), wherein the context of the user equipment is radio related and includes information related to the user equipment which is available at the first access node (110A; 130A), and wherein the context of the user equipment is moved using handover related control signalling.
A three-dimensional matrix for tissue regeneration comprising at least three successive layers of at least two biocompatible polymers that are solid at temperature below 36 °C, the layers arranged to form walls with open voids therebetween, the voids suitable for seeding or ingrowth of cells, the layers comprising a first polymer and a second polymer, comprising polyester urethane, polyether urethane or a combination thereof, and wherein the first and second polymers are disposed in an alternating pattern along at least one axis of the matrix, wherein the first polymer is hydrophobic and/or lipophilic and the second polymer is hydrophilic.
A disinfecting cap for accepting a needleless injection site and applying an antiseptic agent to the needleless injection site, the cap comprising: a cap body defining a chamber having an opening at a proximal end for accepting the needleless injection site, the chamber having a proximal portion and a distal portion ; an antiseptic agent disposed in the distal portion of the chamber ; and a breakable seal located in the chamber between the proximal and distal portions so as to be spaced away from the opening , the breakable seal preventing evaporation of the antiseptic agent until a needleless injection site is accepted into the cap characterized in that the cap body comprises a compliant wall about the proximal portion , wherein the compliant wall deforms when a needleless injection site is inserted into the opening so that the compliant wall engages threading elements on the outer diameter of the needleless injection site to removably hold the cap on the needleless injection site. a cap body defining a chamber having an opening at a proximal end for accepting the needleless injection site, the chamber having a proximal portion and a distal portion ; an antiseptic agent disposed in the distal portion of the chamber ; and a breakable seal located in the chamber between the proximal and distal portions so as to be spaced away from the opening , the breakable seal preventing evaporation of the antiseptic agent until a needleless injection site is accepted into the cap characterized in that the cap body comprises a compliant wall about the proximal portion , wherein the compliant wall deforms when a needleless injection site is inserted into the opening so that the compliant wall engages threading elements on the outer diameter of the needleless injection site to removably hold the cap on the needleless injection site.
A magnetic fluid sealed bearing comprising: an inner ring ; an outer ring ; a plurality of rolling members placed between the inner and outer rings; and a ring-shaped magnet disposed in an opening between the inner and outer rings to retain a magnetic fluid for sealing the plurality of rolling members, the ring-shaped magnet being magnetized such that their magnetic poles point to an axial direction; a ring-shaped outer and inner polar plates sandwiching the ring-shaped magnet therebetween, one side of the polar plates being fixed to one of the inner ring and the outer ring, and the other side of the polar plates facing a clearance; an outer ring magnetic fluid retained in at least one of between the outer ring and the outer polar plate, between the outer ring and the inner polar plate, and between the outer ring and the magnet; and an inner ring magnetic fluid retained in at least one of between the inner ring and the outer polar plate, between the inner ring and the inner polar plate, and between the inner ring and the magnet characterized by a step for retaining a magnetic fluid is formed on the inner ring or the outer ring in a clearance (G) with the outer polar plate such that an edge (C) of the step is positioned within an axial thickness of the outer polar plate. an inner ring ; an outer ring ; a plurality of rolling members placed between the inner and outer rings; and a ring-shaped magnet disposed in an opening between the inner and outer rings to retain a magnetic fluid for sealing the plurality of rolling members, the ring-shaped magnet being magnetized such that their magnetic poles point to an axial direction; a ring-shaped outer and inner polar plates sandwiching the ring-shaped magnet therebetween, one side of the polar plates being fixed to one of the inner ring and the outer ring, and the other side of the polar plates facing a clearance; an outer ring magnetic fluid retained in at least one of between the outer ring and the outer polar plate, between the outer ring and the inner polar plate, and between the outer ring and the magnet; and an inner ring magnetic fluid retained in at least one of between the inner ring and the outer polar plate, between the inner ring and the inner polar plate, and between the inner ring and the magnet characterized by a step for retaining a magnetic fluid is formed on the inner ring or the outer ring in a clearance (G) with the outer polar plate such that an edge (C) of the step is positioned within an axial thickness of the outer polar plate.
A method for a wireless router to perform connection management comprising: when a device is establishing a wireless connection with the wireless router, counting , by the wireless router, a number of times of authentication failure of the device in a preset time period; when the number of times of authentication failure is larger than or equal to a preset number threshold, performing , by the wireless router, a preset operation of risk treatment which includes the steps of: transmitting , by the wireless router, risk reminding information to a preset management terminal ; depending on a control instruction returned from the management terminal , either appending , by the wireless router, identification information of the device to a preset blacklist or not; and after transmitting the risk reminding information and before receiving the control instruction returned from the management terminal , setting all authentication results with regard to the device as authentication failure. when a device is establishing a wireless connection with the wireless router, counting , by the wireless router, a number of times of authentication failure of the device in a preset time period; when the number of times of authentication failure is larger than or equal to a preset number threshold, performing , by the wireless router, a preset operation of risk treatment which includes the steps of: transmitting , by the wireless router, risk reminding information to a preset management terminal ; depending on a control instruction returned from the management terminal , either appending , by the wireless router, identification information of the device to a preset blacklist or not; and after transmitting the risk reminding information and before receiving the control instruction returned from the management terminal , setting all authentication results with regard to the device as authentication failure. transmitting , by the wireless router, risk reminding information to a preset management terminal ; depending on a control instruction returned from the management terminal , either appending , by the wireless router, identification information of the device to a preset blacklist or not; and after transmitting the risk reminding information and before receiving the control instruction returned from the management terminal , setting all authentication results with regard to the device as authentication failure.
Running gear for a rail vehicle, with at least one running gear frame, at least one wheelset or at least one wheel pair, at least two wheelset guide bushings, at least two primary springs as well as at least one brake unit, characterised in that the at least one brake unit is arranged on a component of the running gear that connects the at least one wheelset or the at least one wheel pair to the at least one running gear frame , and the centre of mass of the brake unit lies at a position of the running gear that is assumed to be primary-suspended in the region of a wheelset guide bushing . the at least one brake unit is arranged on a component of the running gear that connects the at least one wheelset or the at least one wheel pair to the at least one running gear frame , and the centre of mass of the brake unit lies at a position of the running gear that is assumed to be primary-suspended in the region of a wheelset guide bushing .
A truncated translating contact lens , the lens comprising: an inner optic zone having at least both a first vision correction region , and a second vision correction region , the first vision correction region being superior in position to the second vision correction region and configured for correcting far vision needs, the second vision correction region being inferior in position to the first vision correction region and configured for correcting near vision needs; an outer peripheral zone surrounding the inner optic zone; the outer peripheral zone having a back surface radius of curvature and a variable thickness variation wherein said variable thickness variation is 0.3mm or less within the outer peripheral region, wherein the back surface radius of curvature is nonuniform and the outer peripheral region further comprises an inferior portion , a superior portion , and an intervening transition portion located between the inferior and superior portions, wherein the back surface radius of curvature is comprised of an first back surface radius of curvature and a second back surface radius of curvature wherein the first back surface radius of curvature is located in the inferior portion of the peripheral region and has a radius of curvature that is constant within the inferior region and the first back surface radius of curvature is smaller than the second back surface radius of curvature, and wherein the second back surface radius of curvature is constant and located in the superior portion of the peripheral region, wherein the first back surface radius of curvature smoothly and continually transitions to the second back surface radius of curvature wherein the transition from the first radius of curvature to the second radius of curvature occurs in the intervening transition portion.
A grinding machine for grinding a surface of workpiece , wherein the grinding machine comprises - at least one transport device for transporting the workpiece in a transport direction, - at least one circulating grinding belt , - at least one pressure beam for exerting a pressure on the grinding belt in the direction of the transport device, and - an electrical control system with a computer programme, wherein a plate is arranged between the grinding belt and the pressure beam , said plate being movably mounted in a plane perpendicular to the direction of the pressure that can be exerted, and the grinding machine comprises at least one drive device which is configured to move the plate , characterised in that the drive device is set up by the computer programme to move the plate in a random direction which has no temporal repetitions whatsoever. - at least one transport device for transporting the workpiece in a transport direction, - at least one circulating grinding belt , - at least one pressure beam for exerting a pressure on the grinding belt in the direction of the transport device, and - an electrical control system with a computer programme,