mhurhangee/ep-ind-claims huggingface dataset:
A power supply current control device in and for electric power steering devices, comprising: a voltage detecting unit configured to detect a power supply voltage applied from a power supply circuit; a current detecting unit configured to detect a power supply current supplied from the power supply circuit; a current limit value calculation unit configured to calculate a current limit value on a basis of a difference between the power supply voltage detected by the voltage detecting unit and a predetermined set voltage, the power supply current detected by the current detecting unit, and a resistance model representing a resistance component of the power supply circuit; a power supply current limit unit configured to limit a magnitude of the power supply current on a basis of the current limit value; a change rate limit value calculation unit configured to calculate a change rate limit value on a basis of the difference and a change speed of the power supply voltage; and a power supply current change rate limit unit configured to limit a change rate of the power supply current on a basis of the change rate limit value. a voltage detecting unit configured to detect a power supply voltage applied from a power supply circuit; a current detecting unit configured to detect a power supply current supplied from the power supply circuit; a current limit value calculation unit configured to calculate a current limit value on a basis of a difference between the power supply voltage detected by the voltage detecting unit and a predetermined set voltage, the power supply current detected by the current detecting unit, and a resistance model representing a resistance component of the power supply circuit; a power supply current limit unit configured to limit a magnitude of the power supply current on a basis of the current limit value; a change rate limit value calculation unit configured to calculate a change rate limit value on a basis of the difference and a change speed of the power supply voltage; and a power supply current change rate limit unit configured to limit a change rate of the power supply current on a basis of the change rate limit value.
A method of molding an amorphous perfluoro resin, comprising the steps of: (a) dissolving an amorphous perfluoro resin in a solvent; (b) pouring a solution of the amorphous perfluoro resin in a first mold; (c) heating a vessel with the solution placed therein, thereby volatilizing the solvent, and forming the amorphous perfluoro resin in the shape of a plate; and (d) pouring the amorphous perfluoro resin formed in the shape of a plate in a second mold, and pressurizing from one surface side to the other surface side of the second mold while heating, wherein the amorphous perfluoro resin is molded into a desired shape. (a) dissolving an amorphous perfluoro resin in a solvent; (b) pouring a solution of the amorphous perfluoro resin in a first mold; (c) heating a vessel with the solution placed therein, thereby volatilizing the solvent, and forming the amorphous perfluoro resin in the shape of a plate; and (d) pouring the amorphous perfluoro resin formed in the shape of a plate in a second mold, and pressurizing from one surface side to the other surface side of the second mold while heating,
A method for producing an armature for an electromagnetic clutch, wherein the electromagnetic clutch comprises: the armature having a rotor contact surface that is segmented in the radial direction by an annular groove to form a plurality of rings (42a,42b), the groove being formed concentrically with the armature for obstructing magnetic flux; and a rotor having an armature contact surface, wherein the armature is arranged to be attracted toward the armature contact surface of the rotor by magnetic force caused by an electromagnetic coil so as to couple the armature with the rotor for transmitting power, characterized in that, the armature is formed by the steps of: preparing an armature material with a groove formed on the armature material, the groove having a width of w1; and narrowing the width of the groove from w1 to w2 by applying pressure on a pressed portion in a peripheral edge region of the groove of the armature material to cause plastic flow in a horizontal direction along the armature material. the armature having a rotor contact surface that is segmented in the radial direction by an annular groove to form a plurality of rings (42a,42b), the groove being formed concentrically with the armature for obstructing magnetic flux; and a rotor having an armature contact surface, wherein the armature is arranged to be attracted toward the armature contact surface of the rotor by magnetic force caused by an electromagnetic coil so as to couple the armature with the rotor for transmitting power, characterized in that, the armature is formed by the steps of: preparing an armature material with a groove formed on the armature material, the groove having a width of w1; and narrowing the width of the groove from w1 to w2 by applying pressure on a pressed portion in a peripheral edge region of the groove of the armature material to cause plastic flow in a horizontal direction along the armature material. preparing an armature material with a groove formed on the armature material, the groove having a width of w1; and narrowing the width of the groove from w1 to w2 by applying pressure on a pressed portion in a peripheral edge region of the groove of the armature material to cause plastic flow in a horizontal direction along the armature material.
An X-ray tube adapted to generate X-ray beams, comprising a first deflection device for focal spot deflection in x-direction, a second deflection device for focal spot deflection in y-direction, and a cathode housing, wherein the first deflection device is mounted in the cathode housing and the second deflection device is mounted outside the housing, and wherein the first and second deflection devices are arranged separately from each other along a z-axis of the X-ray tube and wherein the first deflection device includes electrostatic grids, and is mounted on a cathode cup of the X-ray tube and wherein the second deflection device includes an electromagnetic coil forming a dipole, and is mounted between a cathode and an anode of the X-ray tube.
A terminal for a motion transmitting remote control assembly securable to a control member in a vehicle, said terminal comprising: a housing for connection to a core element of the motion transmitting remote control assembly with said housing defining an aperture forming at least one open end; a connecting member having a body disposed in said aperture with said body having a cavity for receiving the control member the terminal being characterized in that the connecting member has a groove in communication with said cavity; and a retainer mounted to said connecting member and disposed in said groove of said body with said retainer disposed in said aperture when said connecting member is in said housing and said retainer extending into said cavity for engaging the control member to retain said terminal to the control member and to prevent non-destructive removal of said terminal from the control member. a housing for connection to a core element of the motion transmitting remote control assembly with said housing defining an aperture forming at least one open end; a connecting member having a body disposed in said aperture with said body having a cavity for receiving the control member the terminal being characterized in that the connecting member has a groove in communication with said cavity; and a retainer mounted to said connecting member and disposed in said groove of said body with said retainer disposed in said aperture when said connecting member is in said housing and said retainer extending into said cavity for engaging the control member to retain said terminal to the control member and to prevent non-destructive removal of said terminal from the control member.
A method for the finished-product-related production and further processing of mixtures of halogenated polysilanes for the generation of silicon and/or silicon-based products, characterized in that, depending on the generated polysilane mixture of low-molecular-weight polysilanes having 2 to 6 silicon atoms, medium-molecular-weight polysilanes having 7 to 14 silicon atoms or high-molecular-weight polysilanes having at least 15 silicon atoms and the desired finished product and/or intermediate product, - a mixture of halogenated polysilanes having substituents X, wherein X is selected from the group consisting of F, Cl, Br, I and H, which mixture was generated in a plasma chemical step from SiX 4, wherein X is selected from the group consisting of F, Cl, Br and I, and H 2 is generated in the gaseous or liquid phase is separated into individual fractions in one or more distillation columns and the distillates are processed directly and are fed to further processing steps, wherein the polysilane mixture arriving for further processing is controlled in its composition by the regulation of the production process and of the flows of substances and wherein the halogenated polysilanes that are generated are low in hydrogen with an H:X ratio ≤ 1:5. - a mixture of halogenated polysilanes having substituents X, wherein X is selected from the group consisting of F, Cl, Br, I and H, which mixture was generated in a plasma chemical step from SiX 4, wherein X is selected from the group consisting of F, Cl, Br and I, and H 2 is generated in the gaseous or liquid phase is separated into individual fractions in one or more distillation columns and the distillates are processed directly and are fed to further processing steps, wherein the polysilane mixture arriving for further processing is controlled in its composition by the regulation of the production process and of the flows of substances and wherein the halogenated polysilanes that are generated are low in hydrogen with an H:X ratio ≤ 1:5.
A device for pulling-out a winding shaft from a roll of material, comprising at least one base frame with at least one floor support disposed on the underside of the base frame, and at least one clamping device (10; 20) disposed on the upper side of the base frame for holding the winding shaft in a clamped manner, characterized in that the base frame includes at least one reception opening formed to accommodate at least one transport fork of an industrial truck.
A method of servoing an end effector of a robot, comprising: determining a query image, the query image including a target object to be interacted with by an end effector of the robot; at a first time step, generating an action prediction based on processing the query image, a scene image, and a previous action representation using a neural network model, wherein the scene image is captured by a vision component associated with the robot and includes the target object and the end effector of the robot, wherein the previous action representation is an action prediction of a previous time step, and wherein the neural network model includes one or more recurrent layers each including a plurality of memory units; controlling the end effector of the robot based on the action prediction of the first time step; at a second time step, generating an additional action prediction immediately subsequent to generating the action prediction of the first time step, the immediately subsequent action prediction generated based on processing the query image, an additional scene image, and the action prediction of the first time step using the neural network model, wherein the additional scene image is captured by the vision component after controlling the end effector based on the action prediction of the first time step and includes the target object and the end effector; and controlling the end effector of the robot based on the additional action prediction. determining a query image, the query image including a target object to be interacted with by an end effector of the robot; at a first time step, generating an action prediction based on processing the query image, a scene image, and a previous action representation using a neural network model, wherein the scene image is captured by a vision component associated with the robot and includes the target object and the end effector of the robot, wherein the previous action representation is an action prediction of a previous time step, and wherein the neural network model includes one or more recurrent layers each including a plurality of memory units; controlling the end effector of the robot based on the action prediction of the first time step; at a second time step, generating an additional action prediction immediately subsequent to generating the action prediction of the first time step, the immediately subsequent action prediction generated based on processing the query image, an additional scene image, and the action prediction of the first time step using the neural network model, wherein the additional scene image is captured by the vision component after controlling the end effector based on the action prediction of the first time step and includes the target object and the end effector; and controlling the end effector of the robot based on the additional action prediction.
Laser ignition device for an internal combustion engine, comprising a laser-active solid body, a combustion chamber window and a housing, characterized in that the housing and the combustion chamber window are connected to one another at least indirectly with a material bond (60, 74).
A process for producing a fermentation product from lignocellulose-containing material, comprising the steps of: (i) pre-treating lignocellulose-containing material; (ii) detoxifying comprising subjecting the pre-treated lignocellulose-containing material to one or more phenolic compound oxidizing enzymes and/or one or more enzymes exhibiting peroxidase activity; (iii) hydrolyzing the material from step (ii) with a cellulase; and (iv) fermenting the hydrolyzed material from step (iii) using a fermenting organism, wherein detoxification is carried out before hydrolysis; wherein the solids after pre-treating the lignocellulose-containing material in step (i) are removed/separated from the liquor before detoxification; and wherein the removed solids and the detoxified liquor are combined before hydrolysis in step (iii). (i) pre-treating lignocellulose-containing material; (ii) detoxifying comprising subjecting the pre-treated lignocellulose-containing material to one or more phenolic compound oxidizing enzymes and/or one or more enzymes exhibiting peroxidase activity; (iii) hydrolyzing the material from step (ii) with a cellulase; and (iv) fermenting the hydrolyzed material from step (iii) using a fermenting organism, wherein detoxification is carried out before hydrolysis;
A method for manufacturing an imageable optical device, wherein the method comprises the steps of: pre-positioning at least two lens components (2100...7100, 1000; 2200...7200, 2000) along an optical axis to make the at least two lens components to be able to form an image, wherein a first structural gap (2410... 5410) and a second structural gap (2420... 5420) are arranged at radially different positions between two adjacent lens components; characterized in that the method further comprises the steps of: adjusting relative positions of the pre-positioned at least two lens components by means of active alignment; arranging a first adhesive in the first structural gap, and arranging a second adhesive in the second structural gap; sequentially curing the first adhesive and the second adhesive; and bringing the at least two lens components (2100... 7100, 1000; 2200... 7200, 2000) close to each other along the optical axis so that the first structural gap and the second structural gap have a same width. pre-positioning at least two lens components (2100...7100, 1000; 2200...7200, 2000) along an optical axis to make the at least two lens components to be able to form an image, wherein a first structural gap (2410... 5410) and a second structural gap (2420... 5420) are arranged at radially different positions between two adjacent lens components; characterized in that the method further comprises the steps of: adjusting relative positions of the pre-positioned at least two lens components by means of active alignment; arranging a first adhesive in the first structural gap, and arranging a second adhesive in the second structural gap; sequentially curing the first adhesive and the second adhesive; and bringing the at least two lens components (2100... 7100, 1000; 2200... 7200, 2000) close to each other along the optical axis so that the first structural gap and the second structural gap have a same width. adjusting relative positions of the pre-positioned at least two lens components by means of active alignment; arranging a first adhesive in the first structural gap, and arranging a second adhesive in the second structural gap; sequentially curing the first adhesive and the second adhesive; and bringing the at least two lens components (2100... 7100, 1000; 2200... 7200, 2000) close to each other along the optical axis so that the first structural gap and the second structural gap have a same width.
A wind turbine blade comprising a multilayer composite structure including a first reflective layer; a second layer spaced apart from said first layer, said second layer comprising a cloth deposited onto which are plurality of resistive circuit analogue elements; wherein said CA elements are tuned so as to interact with said first layer to provide absorption of EM energy over a desired frequency range; and wherein said CA elements occupy less than 70% of the surface area of said cloth.
A terminal device for displaying information, comprising: a monitoring module configured to monitor a distance between the terminal device and a designated device by measuring the distance between the terminal device and designated device; a first determining module configured to determine whether the monitored distance is less than a preset distance by comparing the monitored distance with the preset distance; an acquiring module configured to acquire device information of the designated device when the monitored distance is less than the preset distance; a second determining module configured to determine whether the device information matches with device information pre-stored on the terminal device; and a displaying module (33, 43) configured to display the information when the first determining module determines that the monitored distance is less than the preset distance and the second determining module determines that the device information matches with device information pre-stored on the terminal device, otherwise, not to display the information; wherein the displayed information comprises a payment graphic identifier representing a payment. a monitoring module configured to monitor a distance between the terminal device and a designated device by measuring the distance between the terminal device and designated device; a first determining module configured to determine whether the monitored distance is less than a preset distance by comparing the monitored distance with the preset distance; an acquiring module configured to acquire device information of the designated device when the monitored distance is less than the preset distance; a second determining module configured to determine whether the device information matches with device information pre-stored on the terminal device; and a displaying module (33, 43) configured to display the information when the first determining module determines that the monitored distance is less than the preset distance and the second determining module determines that the device information matches with device information pre-stored on the terminal device, otherwise, not to display the information; wherein the displayed information comprises a payment graphic identifier representing a payment.
A heat modulating material, HMM, for use in an oven and configured to contain a food product, the HMM comprising a thermally active section, the thermally active section comprising: - a base matrix; and - particulate material dispersed in the base matrix, the particulate material configured to differently absorb at least some RF energy provided in a cooking chamber of the oven to transform the RF energy into thermal energy for indirectly heating the food product and allow different levels of direct RF energy to pass through the thermally active section to directly heat the food product responsive to different respective frequencies of the RF energy being received at the thermally active section, wherein the application of the RF energy is directable by a cooking controller of the oven, characterized in that the thermally active section comprises a first shaped heat zone (110, 210, 310, 410, 510) and a different second shaped heat zone (120, 220, 320, 420, 520), the thermally active section may comprise different particulate materials, wherein - the first heat zone (110, 210, 310, 410, 510) has a first particulate material dispersed therein, and the second heat zone (120, 220, 320, 420, 520) has a second different particulate material dispersed therein, or - wherein the first heat zone (110, 210, 310, 410, 510) has a first concentration of a particulate material therein, and the second heat zone (120, 220, 320, 420, 520) has a second concentration of the same particulate material therein, the first concentration and the second concentration being different from each other. - a base matrix; and - particulate material dispersed in the base matrix, the particulate material configured to differently absorb at least some RF energy provided in a cooking chamber of the oven to transform the RF energy into thermal energy for indirectly heating the food product and allow different levels of direct RF energy to pass through the thermally active section to directly heat the food product responsive to different respective frequencies of the RF energy being received at the thermally active section, wherein the application of the RF energy is directable by a cooking controller of the oven, the thermally active section comprises a first shaped heat zone (110, 210, 310, 410, 510) and a different second shaped heat zone (120, 220, 320, 420, 520), the thermally active section may comprise different particulate materials, wherein - the first heat zone (110, 210, 310, 410, 510) has a first particulate material dispersed therein, and the second heat zone (120, 220, 320, 420, 520) has a second different particulate material dispersed therein, or - wherein the first heat zone (110, 210, 310, 410, 510) has a first concentration of a particulate material therein, and the second heat zone (120, 220, 320, 420, 520) has a second concentration of the same particulate material therein, the first concentration and the second concentration being different from each other.
Catheter comprising an elongated member having a proximal end and a distal end, and an inflatable balloon arranged on said elongated member in an area of the distal end thereof, the balloon extending form a distal position to a proximal position, wherein the elongated member comprises an inner lumen extending from the distal end to an end position which is proximal to the balloon, said inner lumen being open at the distal end, wherein said catheter comprises a duct connected to the proximal end and to the balloon at the proximal position, said duct defining a separate lumen to convey a fluid to and from the balloon, said elongated member comprising a reinforcement member stretching from the proximal end to the end position, characterized in that said elongated member comprises a proximal element extending from the proximal end to the end position, said proximal element being made of solid material and serving as reinforcement member, as well as a distal element extending from the end position towards the distal end, said distal element including the inner lumen, a distal tip of said proximal element being inserted into the inner lumen of the distal element in the area of the end position.