mhurhangee/ep-ind-claims huggingface dataset:
An operating table control system comprising: a memory storing instructions; and a processor configured to execute the instructions, the instructions causing the processor to: determine, based on first information about a robotic region of interest of a robot (126, 202) and second information about a patient region of interest, a center of rotation, cause an operating table (112, 204) having multiple degrees of freedom to rotate about the center of rotation from a first position to a second position, and control the robot (126, 202) based on the operating table (112, 204) being in the second position. a memory storing instructions; and a processor configured to execute the instructions, the instructions causing the processor to: determine, based on first information about a robotic region of interest of a robot (126, 202) and second information about a patient region of interest, a center of rotation, cause an operating table (112, 204) having multiple degrees of freedom to rotate about the center of rotation from a first position to a second position, and control the robot (126, 202) based on the operating table (112, 204) being in the second position. determine, based on first information about a robotic region of interest of a robot (126, 202) and second information about a patient region of interest, a center of rotation, cause an operating table (112, 204) having multiple degrees of freedom to rotate about the center of rotation from a first position to a second position, and control the robot (126, 202) based on the operating table (112, 204) being in the second position.
A multi-hull vessel, comprising a first hull and a second hull; connecting structure, via which the first hull is connected to the second hull; wherein the connecting structure includes an adjusting bearing having a force-transmitting component for transmitting a force to the first hull for changing the position of the first hull relative to the second hull; wherein the adjusting bearing is a linear bearing; wherein by the changing of the position a distance between the first hull and the second hull is changeable, to vary a width of the multi-hull vessel; and supporting structure, wherein the connection between the supporting structure and the force transmitting component is a movable connection, which includes the adjusting bearing of the connecting structure; characterized in that the connecting structure is configured so that the adjusting bearing is connected via at least one compensating connection to at least a part of the first hull; wherein the compensating connection is located at a junction between the force transmitting component and the first hull; wherein the compensating connection has one or more degrees of freedom for reducing a bearing load of the adjusting bearing; and wherein the compensating connection is configured to compensate, by means of the one or more degrees of freedom, elongation differences between an elongation of the first hull along a longitudinal axis of the first hull, and an elongation of the connecting structure, wherein the bearing load is caused by the elongation differences, and in that the connecting structure includes plural force transmitting components.
A mounting unit to which bicycle sprocket wheels (51, 52, 53, 54) are to be mounted, said mounting unit comprising: an integral ring-shaped plate which is made by way of pressing, the mounting unit including a hub connection hole defined in a center thereof, and comprising a first disk, a second disk and a third disk, the first, second and third disks sharing a center of the hub connection hole, an outer periphery of the second disk being connected to an inner periphery of the third disk, an inner periphery of the second disk being connected to an outer periphery of the first disk, the inner periphery of the second disk being shorter than the outer periphery of the second disk, the second disk being a cone-shaped face and protruding from a front face of the mounting unit, characterized in that the mounting unit further comprises a first fixing portion formed on a front face of the third disk, a second fixing portion formed on a rear face of the third disk, the third disk having multiple fixing apertures defined therethrough which are evenly spaced apart from each other, the second disk having multiple third fixing portions formed on the outer periphery thereof, and the second disk having multiple fourth fixing portions formed on the inner periphery thereof. an integral ring-shaped plate which is made by way of pressing, the mounting unit including a hub connection hole defined in a center thereof, and comprising a first disk, a second disk and a third disk, the first, second and third disks sharing a center of the hub connection hole, an outer periphery of the second disk being connected to an inner periphery of the third disk, an inner periphery of the second disk being connected to an outer periphery of the first disk, the inner periphery of the second disk being shorter than the outer periphery of the second disk, the second disk being a cone-shaped face and protruding from a front face of the mounting unit, characterized in that the mounting unit further comprises a first fixing portion formed on a front face of the third disk, a second fixing portion formed on a rear face of the third disk, the third disk having multiple fixing apertures defined therethrough which are evenly spaced apart from each other, the second disk having multiple third fixing portions formed on the outer periphery thereof, and the second disk having multiple fourth fixing portions formed on the inner periphery thereof.
A folder for a flat blank, such as a thin sheet or foil, said folder comprising: - a frame, at least part of which is formed by a backplate delimiting, like a table, a receiving plate for the blank, - a blank press mounted moving relative to said backplate between an open position, in which it is separated from the backplate for the insertion of the blank by its free edge, called rear, between the backplate and the blank press, and a closed position, in which it is brought closer to the backplate, and cooperates with the latter, to hold the blank by clamping, - an apron adjacent to the backplate, and coupled to the frame by a pivot link with axis (XX'), said apron, which has an active part formed by a substantially planar surface, being, by means of its pivot link, mounted pivotable between a standby position, in which the active part of the apron extends in, or below and parallel to, the plane passing through the plate of the backplate and an active position in which the apron extends at least partially above the plane passing through the plate of the backplate, - a so-called front stop comprising an active part against which the front free edge, opposite the rear free edge, of the blank is able to bear in the state with the blank positioned on the plate of the backplate, the front stop being at able to be at least partially positioned on the trajectory followed by the apron when it goes from the standby position to the active position, characterized in that said stop is, at least positioned on the trajectory followed by the apron when it goes from the standby position to the active position, mounted, via a pivot link pivotably around an axis substantially parallel to the pivot axis (XX') of the apron and in that the pivot link for the pivotable assembly of the front stop is arranged between the front stop and a separate support of the apron. - a frame, at least part of which is formed by a backplate delimiting, like a table, a receiving plate for the blank, - a blank press mounted moving relative to said backplate between an open position, in which it is separated from the backplate for the insertion of the blank by its free edge, called rear, between the backplate and the blank press, and a closed position, in which it is brought closer to the backplate, and cooperates with the latter, to hold the blank by clamping, - an apron adjacent to the backplate, and coupled to the frame by a pivot link with axis (XX'), said apron, which has an active part formed by a substantially planar surface, being, by means of its pivot link, mounted pivotable between a standby position, in which the active part of the apron extends in, or below and parallel to, the plane passing through the plate of the backplate and an active position in which the apron extends at least partially above the plane passing through the plate of the backplate, - a so-called front stop comprising an active part against which the front free edge, opposite the rear free edge, of the blank is able to bear in the state with the blank positioned on the plate of the backplate,
A catalytic combustor for liquid fuels comprising a housing having an inlet and an outlet through which an airflow is directed, a fuel injector injecting fuel in said airflow, at least one catalytic element (12, 14, 15), a fuel evaporation device having an open first end and a closed second end, wherein fuel is injected through the first end towards the closed, second end, a catalytic element arranged in contact with, or in the immediate vicinity of, the second end of the fuel evaporation device, characterized by an electrical heating element provided in contact with, or in the immediate vicinity of, the catalytic element, wherein the electric element is arranged to simultaneously heat the closed second end of the fuel evaporation device and the catalytic element during startup of the catalytic combustor,, such that the injected fuel is heated upon contact with the closed, second end.
An electric motor or generator comprising a stator having two coil sets arranged to produce a magnetic field for generating a drive torque; two control devices; and a capacitor component arranged to be coupled to a power source for providing current to the two control devices, wherein the first control device is coupled to a first coil set and the capacitor component and the second control device is coupled to a second coil set and the capacitor component, wherein each control device is arranged to control current in the respective coil set to generate a magnetic field in the respective coil set, characterised in that the capacitor component includes a first capacitor integrated with a Y-capacitor, wherein the Y-capacitor includes a second capacitor and a third capacitor, wherein the second and the third capacitor are arranged in series and in parallel to the first capacitor, wherein the capacitor component is in the form of an annular disc and includes a stack of film sheets having a plurality of internal electrodes and dielectric sheets interposed between them that form the first capacitor, the second capacitor and the third capacitor.
An apparatus for driving a hybrid vehicle having an internal combustion engine and first and second electric rotating machines (14, 16), comprising: a speed increasing mechanism adapted to increase speed of an output of the engine inputted through an input shaft and transmit the output to the first electric rotating machine; a speed reducing mechanism adapted to reduce speed of an output of the second electric rotating machine and transmit the output to an output shaft; a first clutch adapted to connect and disconnect a first driving force transmission path coupling the speed increasing mechanism and the output shaft; and a second clutch adapted to connect and disconnect a second driving force transmission path coupling the engine and the output shaft, characterized in that each of the speed increasing mechanism and the speed reducing mechanism comprises a planetary gear mechanism and installed in an inner periphery of each of the first electric rotating machine and the second electric rotating machine. a speed increasing mechanism adapted to increase speed of an output of the engine inputted through an input shaft and transmit the output to the first electric rotating machine; a speed reducing mechanism adapted to reduce speed of an output of the second electric rotating machine and transmit the output to an output shaft; a first clutch adapted to connect and disconnect a first driving force transmission path coupling the speed increasing mechanism and the output shaft; and a second clutch adapted to connect and disconnect a second driving force transmission path coupling the engine and the output shaft,
A composition for use in the prophylaxis or treatment of hyperlipidemia, fatty liver, or obesity, comprising sialyllactose which is α-NeuNAc-(2→3)-β-D-Gal-(1→4)-D-Glc or α-NeuNAc-(2→6)-β-D-Gal-(1→4)-D-Glc as an effective ingredient, wherein the composition is administered to an adult in an amount of 0.001-100 mg/kg (body weight) per day.
Air deflection device of an opening roof of a motor vehicle, comprising at least one intrinsically rigid profile, over which air flows in at least one position at a forward travel of the motor vehicle and which has at least one front edge, via which the air flows to the profile, characterised in that a fabric surface is located in at least one edge region of the profile adjoining the front edge towards the rear.
A method of manufacturing an electrical conductor, the method comprising: providing an electrically conductive substrate layer; depositing a surface layer on the substrate layer, and depositing a graphene layer (130 or 140) on the substrate layer characterized in that the surface layer includes pores that expose the substrate layer and the graphene layer (130 or 140) is deposited within the pores thereby to plug said pores, after the surface layer is deposited on the substrate layer. providing an electrically conductive substrate layer; depositing a surface layer on the substrate layer, and depositing a graphene layer (130 or 140) on the substrate layer characterized in that the surface layer includes pores that expose the substrate layer and the graphene layer (130 or 140) is deposited within the pores thereby to plug said pores, after the surface layer is deposited on the substrate layer.
A computer-implemented method performed by a data processing apparatus, the method comprising: receiving a signal from a sensor; determining, based on the signal, a concept for a computing device; detecting, based on the concept, a current usage pattern for the computing device; determining whether the current usage pattern matches a stored usage pattern among a plurality of stored usage patterns; and in response to determining that the current usage pattern matches the stored usage pattern: determining a security preference associated with the stored usage pattern that overrides a security outcome to be implemented, wherein the security outcome to be implemented is associated with the stored usage pattern, and granting access to the computing device by overriding the security outcome to be implemented using a security outcome specified in the security preference. receiving a signal from a sensor; determining, based on the signal, a concept for a computing device; detecting, based on the concept, a current usage pattern for the computing device; determining whether the current usage pattern matches a stored usage pattern among a plurality of stored usage patterns; and in response to determining that the current usage pattern matches the stored usage pattern: determining a security preference associated with the stored usage pattern that overrides a security outcome to be implemented, wherein the security outcome to be implemented is associated with the stored usage pattern, and granting access to the computing device by overriding the security outcome to be implemented using a security outcome specified in the security preference. determining a security preference associated with the stored usage pattern that overrides a security outcome to be implemented, wherein the security outcome to be implemented is associated with the stored usage pattern, and granting access to the computing device by overriding the security outcome to be implemented using a security outcome specified in the security preference.
A process for preparing a catalyst comprising depositing a metal on a carrier prepared by: - treating one or more thermally decomposable materials in particulate form comprising potassium to reduce the total quantity of potassium in the thermally decomposable material by contacting the thermally decomposable material with a fluid, - preparing a mixture comprising the treated thermally decomposable material and a heat sinterable material selected from alumina, silica, titania, silicon carbide, silicon nitride, niobia, magnesia, zinc oxide, zirconia based compounds, or combinations thereof, and - heating the mixture to sinter the heat sinterable material and to thermally decompose the treated thermally decomposable material to form the carrier, wherein the thermally decomposable material is an organic material that has a decomposition temperature which is no greater than the sintering temperature of the heat sinterable material, and comprises an organic material and has a volume average particle size of at least 1 micron and at most 1000 microns as measured by a laser light scattering instrument, wherein the total quantity of potassium is reduced by at least 30 percent, calculated based on the weight of the potassium in the treated thermally decomposable material relative to the weight of potassium in the untreated thermally decomposable material. - treating one or more thermally decomposable materials in particulate form comprising potassium to reduce the total quantity of potassium in the thermally decomposable material by contacting the thermally decomposable material with a fluid, - preparing a mixture comprising the treated thermally decomposable material and a heat sinterable material selected from alumina, silica, titania, silicon carbide, silicon nitride, niobia, magnesia, zinc oxide, zirconia based compounds, or combinations thereof, and - heating the mixture to sinter the heat sinterable material and to thermally decompose the treated thermally decomposable material to form the carrier, wherein the thermally decomposable material is an organic material that has a decomposition temperature which is no greater than the sintering temperature of the heat sinterable material, and comprises an organic material and has a volume average particle size of at least 1 micron and at most 1000 microns as measured by a laser light scattering instrument, wherein the total quantity of potassium is reduced by at least 30 percent, calculated based on the weight of the potassium in the treated thermally decomposable material relative to the weight of potassium in the untreated thermally decomposable material.
A crystalline silicon solar cell, comprising: a crystalline silicon substrate with N-type conductivity; an emitter layer arranged on a surface of one side of the crystalline silicon substrate and having a P-type conductivity; a gallium oxide layer disposed on the emitter layer and in direct contact with the emitter layer; a first covering layer arranged on the gallium oxide layer, a first electrode arranged on the first covering layer and in contact with the emitter layer, a tunneling passivation layer arranged on a surface of a side opposite to the emitter layer of the crystalline silicon substrate, a doped silicon layer arranged on the tunneling passivation layer and having an N-type conductivity, a second covering layer arranged on the doped silicon layer, and a second electrode arranged on the second covering layer and in contact with the doped silicon layer; characterized in that the doped silicon layer covers a partial region of the tunneling passivation layer, and the second covering layer is also arranged at a region of the tunneling passivation layer where the doped silicon layer is not arranged. a crystalline silicon substrate with N-type conductivity; an emitter layer arranged on a surface of one side of the crystalline silicon substrate and having a P-type conductivity; a gallium oxide layer disposed on the emitter layer and in direct contact with the emitter layer; a first covering layer arranged on the gallium oxide layer, a first electrode arranged on the first covering layer and in contact with the emitter layer, a tunneling passivation layer arranged on a surface of a side opposite to the emitter layer of the crystalline silicon substrate, a doped silicon layer arranged on the tunneling passivation layer and having an N-type conductivity, a second covering layer arranged on the doped silicon layer, and a second electrode arranged on the second covering layer and in contact with the doped silicon layer; characterized in that the doped silicon layer covers a partial region of the tunneling passivation layer, and the second covering layer is also arranged at a region of the tunneling passivation layer where the doped silicon layer is not arranged.
A magnetometer for the measurement of an ambient magnetic field having a frequency range of interest, comprising: an optical pumping source (2, 3) arranged to emit, in the direction of a cell filled with an atomic gas, a light beam linearly polarised in a polarisation direction, a parametric resonance excitation circuit (7, 8) configured so as to induce into the cell a radiofrequency magnetic field having two components orthogonal to the polarisation direction and each oscillating at its own oscillation frequency, a parametric resonance detection circuit configured to perform synchronous detection (DSy, DSz) at an inter-harmonic of the oscillation frequencies of an electrical signal output by a photodetector arranged to receive the light beam having passed through the cell, a zero-field feedback control circuit configured to generate from said synchronous detection a compensation magnetic field opposite to a component of the ambient magnetic field oriented in the polarisation direction, characterized in that said feedback control circuit comprises a low-pass filter (F LP) which has a cut-off frequency selected to attenuate the compensation magnetic field within the frequency range of interest. an optical pumping source (2, 3) arranged to emit, in the direction of a cell filled with an atomic gas, a light beam linearly polarised in a polarisation direction, a parametric resonance excitation circuit (7, 8) configured so as to induce into the cell a radiofrequency magnetic field having two components orthogonal to the polarisation direction and each oscillating at its own oscillation frequency, a parametric resonance detection circuit configured to perform synchronous detection (DSy, DSz) at an inter-harmonic of the oscillation frequencies of an electrical signal output by a photodetector arranged to receive the light beam having passed through the cell, a zero-field feedback control circuit configured to generate from said synchronous detection a compensation magnetic field opposite to a component of the ambient magnetic field oriented in the polarisation direction, characterized in that said feedback control circuit comprises a low-pass filter (F LP) which has a cut-off frequency selected to attenuate the compensation magnetic field within the frequency range of interest.