mhurhangee/ep-ind-claims huggingface dataset:
Split anti-roll bar of a motor vehicle, between the two anti-roll bar parts of which an actuator for a torsion of the anti-roll bar parts is arranged, a connector part being connected on the one hand to the actuator and on the other hand to at least one of the anti-roll bar parts, having a sensor for contactless measurement of a torsional moment which acts in the anti-roll bar part, characterized in that the sensor has the magnetically encoded connector part as primary sensor and a magnetic field sensor as secondary sensor which converts changes of the magnetic field of the primary sensor into an electric signal, a torsional moment which acts between the two anti-roll parts being transmitted by way of the magnetically encoded connector part configured as a primary sensor.
A LED chip packaging structure, comprising a LED chip unit and a conductive unit, wherein the LED chip unit is formed with a first electrode, a GaN layer and a second electrode, the GaN layer is formed between the first electrode and the second electrode, and the first electrode is formed on the GaN layer, the conductive unit comprises: a first conductive layer formed at two opposite sides of the first electrode and electrically connected to the first electrode; a second conductive layer formed at two opposite sides of the second electrode and electrically connected to the second electrode; and an intermediate isolation layer formed at two opposite sides of the GaN layer and located between the first conductive layer and the second conductive layer, the LED chip packaging structure is characterized in that: a cross section of the LED chip unit is of a trapezoid shape, wherein two parallel sides of the trapezoid shape correspond to the first electrode and the second electrode respectively, and the conductive unit is provided with a groove, each layer in the conductive unit is laterally connected to the corresponding layer in the LED chip unit and the second conductive layer electrically connects the side and the bottom of the second electrode. a first conductive layer formed at two opposite sides of the first electrode and electrically connected to the first electrode; a second conductive layer formed at two opposite sides of the second electrode and electrically connected to the second electrode; and an intermediate isolation layer formed at two opposite sides of the GaN layer and located between the first conductive layer and the second conductive layer, the LED chip packaging structure is characterized in that: a cross section of the LED chip unit is of a trapezoid shape, wherein two parallel sides of the trapezoid shape correspond to the first electrode and the second electrode respectively, and the conductive unit is provided with a groove, each layer in the conductive unit is laterally connected to the corresponding layer in the LED chip unit and the second conductive layer electrically connects the side and the bottom of the second electrode. a cross section of the LED chip unit is of a trapezoid shape, wherein two parallel sides of the trapezoid shape correspond to the first electrode and the second electrode respectively, and the conductive unit is provided with a groove, each layer in the conductive unit is laterally connected to the corresponding layer in the LED chip unit and the second conductive layer electrically connects the side and the bottom of the second electrode.
Method for the removal of coatings from scrap materials, wherein the scrap, while the coating removal process is performed, moves within a conveying trough of a vibrating conveyor in a direction from the inlet end towards the outlet end of said conveying trough characterized in that the scrap is brought into contact with a liquid for removal of the coating and that the scrap is spray-treated with the liquid during the coating removal process, wherein the bottom of the conveying trough slopes upward, the inlet end is provided with a liquid-tight barrier and the outlet end is open.
A medical device comprising: a manipulation member comprising a tubular member having an elongate tubular body and a continuous helical cut extending along the body, the cut having an axial length of at least 50 cm, the cut comprising first and second helical slots (320, 324) joined by a connection aperture, wherein a pitch of the cut varies along the first and second helical slots (320, 324), and wherein a segment of the cut is configured such that the pitch of the cut changes in magnitude, at both ends of the segment, by 0.2 mm/rotation or less; and an intervention member configured for mobilizing thrombus, the intervention member being coupled to a distal portion of the manipulation member and advanceable via the manipulation member. a manipulation member comprising a tubular member having an elongate tubular body and a continuous helical cut extending along the body, the cut having an axial length of at least 50 cm, the cut comprising first and second helical slots (320, 324) joined by a connection aperture, wherein a pitch of the cut varies along the first and second helical slots (320, 324), and wherein a segment of the cut is configured such that the pitch of the cut changes in magnitude, at both ends of the segment, by 0.2 mm/rotation or less; and an intervention member configured for mobilizing thrombus, the intervention member being coupled to a distal portion of the manipulation member and advanceable via the manipulation member.
System for producing an orthodontic appliance to replace an orthodontic appliance worn by a patient, the system comprising: - a scanner for producing a digital three-dimensional reference model of at least one part of a patient's arch, or "initial reference model"; - a computer for producing a digital three-dimensional reference model, referred to as an "objective reference model", corresponding to a desired positioning of the teeth of said at least one part of said patient's arch at a time of treatment; - an image acquisition device for acquiring at least one updated two-dimensional image, the image acquisition device being positioned and oriented in space, relative to the patient's teeth, under so-called "real" acquisition conditions; - a computer for deforming the initial reference model, by moving tooth models, until an updated reference model is obtained which corresponds to the positioning of the teeth in the updated two-dimensional image; - a device for producing a new orthodontic appliance if a comparison, carried out by computer, - of the updated reference model with - the objective reference model leads to an unsatisfactory result, the new orthodontic appliance being configured on the basis of said result. - a scanner for producing a digital three-dimensional reference model of at least one part of a patient's arch, or "initial reference model"; - a computer for producing a digital three-dimensional reference model, referred to as an "objective reference model", corresponding to a desired positioning of the teeth of said at least one part of said patient's arch at a time of treatment; - an image acquisition device for acquiring at least one updated two-dimensional image, the image acquisition device being positioned and oriented in space, relative to the patient's teeth, under so-called "real" acquisition conditions; - a computer for deforming the initial reference model, by moving tooth models, until an updated reference model is obtained which corresponds to the positioning of the teeth in the updated two-dimensional image; - a device for producing a new orthodontic appliance if a comparison, carried out by computer, - of the updated reference model with - the objective reference model
An elevator passenger detection system comprising: an image capturing unit capturing an image of a predetermined range including a vicinity of a doorway at which a door is opened or closed, from an inside of a car; a detection area setting unit setting a detection area on a front return panel of the car provided on at least one of both sides of the doorway, on the captured image obtained by the image capturing unit; and a detection processing unit detecting presence of a passenger or an object, based on the image in the detection area set by the detection area setting unit, characterized in that the detection processing unit detects a boundary between an inner side surface of the front return panel and a door pocket based on the image in the detection area, and detects presence of a passenger or an object based on the boundary being interrupted or not. an image capturing unit capturing an image of a predetermined range including a vicinity of a doorway at which a door is opened or closed, from an inside of a car; a detection area setting unit setting a detection area on a front return panel of the car provided on at least one of both sides of the doorway, on the captured image obtained by the image capturing unit; and a detection processing unit detecting presence of a passenger or an object, based on the image in the detection area set by the detection area setting unit, characterized in that the detection processing unit detects a boundary between an inner side surface of the front return panel and a door pocket based on the image in the detection area, and detects presence of a passenger or an object based on the boundary being interrupted or not.
Lenvatinib, or a pharmaceutically acceptable salt thereof, in combination with a compound of the formula MIV-818: or a pharmaceutically acceptable salt thereof, for use in the treatment of liver cancer or liver metastases.
An electronic apparatus, comprising: an electronic device that uses a strobe signal to communicate in a source synchronous manner; and an interface circuit coupled to the electronic device to receive the strobe signal, the interface circuit configured to gate the strobe signal to provide a gated strobe signal so as to increase reliability of communication with the electronic device; wherein the interface circuit comprises: a shift circuit adapted to shift an enable signal associated with the strobe signal to generate a shifted enable signal; and a logic gate coupled to receive the strobe signal as a first input, and adapted to provide the gated strobe signal as an output; characterized in that the interface circuit further comprises a register clocked by the strobe signal and coupled to provide an output signal of the register as a second input of the logic gate, wherein an asynchronous set input of the register is coupled to the shifted enable signal and wherein a data input of the register is grounded. an electronic device that uses a strobe signal to communicate in a source synchronous manner; and an interface circuit coupled to the electronic device to receive the strobe signal, the interface circuit configured to gate the strobe signal to provide a gated strobe signal so as to increase reliability of communication with the electronic device; wherein the interface circuit comprises: a shift circuit adapted to shift an enable signal associated with the strobe signal to generate a shifted enable signal; and a logic gate coupled to receive the strobe signal as a first input, and adapted to provide the gated strobe signal as an output; a shift circuit adapted to shift an enable signal associated with the strobe signal to generate a shifted enable signal; and a logic gate coupled to receive the strobe signal as a first input, and adapted to provide the gated strobe signal as an output; characterized in that the interface circuit further comprises a register clocked by the strobe signal and coupled to provide an output signal of the register as a second input of the logic gate, wherein an asynchronous set input of the register is coupled to the shifted enable signal and wherein a data input of the register is grounded.
Method for reducing pressure peaks in hydraulic brake systems having an electrically operated pressurization device, wherein a drive-resistance variable, in particular the torque, of the pressurization device is measured, and characterized in that a speed variable of the pressurization device is measured and a quotient of the drive-resistance variable and the speed variable is calculated, wherein the quotient determined in this way is monitored for the occurrence of a jump and, in the case of a determined jump, a speed requirement of the pressurization device is reduced and/or a hydraulic valve (6, 122) for pressure reduction is actuated.
A method, performed by a processor, comprising: determining a first usage parameter associated with a first information item, wherein the first usage parameter comprises at least one of: a number of times the first information item has been used, a frequency that the first information item has been used and a time since the first information item has been used; determining a graphical representation corresponding to the first information item, wherein the determination is uninfluenced by the first usage parameter; determining a first selection region used for input associated with the first information item, wherein the size of the first selection region is based, at least in part, on the first usage parameter; and causing display of the graphical representation absent indication of the first selection region. determining a first usage parameter associated with a first information item, wherein the first usage parameter comprises at least one of: a number of times the first information item has been used, a frequency that the first information item has been used and a time since the first information item has been used; determining a graphical representation corresponding to the first information item, wherein the determination is uninfluenced by the first usage parameter; determining a first selection region used for input associated with the first information item, wherein the size of the first selection region is based, at least in part, on the first usage parameter; and causing display of the graphical representation absent indication of the first selection region.
A stabilized composition for use in impregnating catalyst carriers comprising: water; catalytically active metals being in the form of and comprising: at least one component providing at least one metal from Group VIB of the periodic table; and at least one component providing at least one metal from Group VIII of the periodic table; wherein (i) said Group VIII metal is provided by a water insoluble component; (ii) the molar ratio of said Group VIII metal to Group VIB metal is 0.05 to 0.30; (iii)the concentration of said Group VIB metal, expressed as the oxide, is at least 3 to 50 weight percent based on the weight of said composition; and at least one water-soluble, phosphorous-containing acidic component, in an amount of a phosphorous to Group VIB metal molar ratio of 0.08 to 0.20. water; catalytically active metals being in the form of and comprising: at least one component providing at least one metal from Group VIB of the periodic table; and at least one component providing at least one metal from Group VIII of the periodic table; wherein (i) said Group VIII metal is provided by a water insoluble component; (ii) the molar ratio of said Group VIII metal to Group VIB metal is 0.05 to 0.30; (iii)the concentration of said Group VIB metal, expressed as the oxide, is at least 3 to 50 weight percent based on the weight of said composition; and at least one component providing at least one metal from Group VIB of the periodic table; and at least one component providing at least one metal from Group VIII of the periodic table; (i) said Group VIII metal is provided by a water insoluble component; (ii) the molar ratio of said Group VIII metal to Group VIB metal is 0.05 to 0.30; (iii)the concentration of said Group VIB metal, expressed as the oxide, is at least 3 to 50 weight percent based on the weight of said composition; and at least one water-soluble, phosphorous-containing acidic component, in an amount of a phosphorous to Group VIB metal molar ratio of 0.08 to 0.20.
A method for semantically querying a hierarchically tree-structured database by an ETSI-machine-to-machine application, M2MA, characterized in that the database comprises hierarchically tree-structured application resources, and wherein the following steps are performed: a) Retrieving semantic information from relations between application resources, an application resource representing a device of an ETSI M2M system, b) Annotating said retrieved semantic information to said application resources as an attribute or property, c) Storing said application resources in said hierarchically tree-structured database, d) Issuing a semantic query for the database by said M2MA, e) Analysing the semantic query by a semantic engine, f) Translating the analysed semantic query by the semantic engine into one or more queries satisfying a communication protocol of the hierarchical tree resource structure of said database by extracting the semantic information of the semantic query and embedding the extracted semantic information as payload in a query satisfying the communication protocols of the database and g) Providing the translated one or more queries to the database for providing a query result, wherein the database itself explores application resources and return identifications of the application resources matching the semantic information in the payload to the semantic engine, wherein the semantic engine returns the received results in a semantic response to the machine-to-machine application. a) Retrieving semantic information from relations between application resources, an application resource representing a device of an ETSI M2M system, b) Annotating said retrieved semantic information to said application resources as an attribute or property, c) Storing said application resources in said hierarchically tree-structured database, d) Issuing a semantic query for the database by said M2MA, e) Analysing the semantic query by a semantic engine, f) Translating the analysed semantic query by the semantic engine into one or more queries satisfying a communication protocol of the hierarchical tree resource structure of said database by extracting the semantic information of the semantic query and embedding the extracted semantic information as payload in a query satisfying the communication protocols of the database and g) Providing the translated one or more queries to the database for providing a query result,
A cryoablation system for treating biological tissue comprising: one or more thermally insulated container (13,52) for holding a liquid refrigerant; and a refrigerator (11,51) comprising a container docking station (14,53) for cooling said liquid refrigerant contained within said containers (13,52) when said containers (13,52) are docked in said station (14,53) and wherein each of said containers (13,52) comprises a connector, wherein said refrigerator (11,51) comprises a refrigerant element and the refrigerant element transfers thermal energy to said liquid refrigerant in said containers (13,52) thereby cooling the liquid refrigerant to the desired cryogenic temperature, characterized in that said connector is adapted to removably connect to an inlet line (16,55) of a cryoablation probe (210,250) such that when the cryoprobe (210,250) is connected with a container (13,52) filled with cooled liquid refrigerant, the liquid refrigerant is transported from the container (13,52) through the inlet line (16,55) and to the cryoprobe, and in that said refrigerant element is placed in direct contact with said liquid refrigerant within said containers (13,52) when said containers (13,52) are docked in said station (14,53). one or more thermally insulated container (13,52) for holding a liquid refrigerant; and a refrigerator (11,51) comprising a container docking station (14,53) for cooling said liquid refrigerant contained within said containers (13,52) when said containers (13,52) are docked in said station (14,53) and wherein each of said containers (13,52) comprises a connector, wherein said refrigerator (11,51) comprises a refrigerant element and the refrigerant element transfers thermal energy to said liquid refrigerant in said containers (13,52) thereby cooling the liquid refrigerant to the desired cryogenic temperature, characterized in that
An apparatus configured to estimate the quality of a received FM radio signal; wherein the received FM radio signal is representable as a mid signal and a side signal; wherein the side signal is indicative of a difference between a left signal and a right signal; the apparatus comprising: - a power determination unit configured to determine a plurality of powers for a plurality of subbands of the mid signal, referred to as subband mid powers, and a plurality of powers for a plurality of corresponding subbands of the side signal, referred to as subband side powers; - a ratio determination unit configured to determine a plurality of subband mid-to-side ratios as the ratios of the plurality of subband mid powers and the plurality of subband side powers; and - a quality determination unit configured to determine a quality indicator of the received FM radio signal based on at least the plurality of subband mid-to-side ratios, wherein the quality determination unit is configured to determine the quality indicator of the received FM radio signal from the minimum of the plurality of subband mid-to-side ratios across the plurality of subbands. - a power determination unit configured to determine a plurality of powers for a plurality of subbands of the mid signal, referred to as subband mid powers, and a plurality of powers for a plurality of corresponding subbands of the side signal, referred to as subband side powers; - a ratio determination unit configured to determine a plurality of subband mid-to-side ratios as the ratios of the plurality of subband mid powers and the plurality of subband side powers; and - a quality determination unit configured to determine a quality indicator of the received FM radio signal based on at least the plurality of subband mid-to-side ratios,