mhurhangee/ep-ind-claims huggingface dataset:
A liquid crystal display panel, comprising: an array substrate; a color filter substrate; and a layer of liquid crystal provided between the two substrates, wherein gate lines and data lines are formed on the array substrate to define pixel units, an embedded touchscreen component is provided on the inner side of the color filter substrate, characterized in that the embedded touchscreen component comprises: a first conductive line extending in parallel to the gate lines and a second conductive line crossing the first conductive line, the first conductive line and the second conductive line constituting a two-layer structure, and a semiconductor layer provided between the first conductive line and the second conductive line within an overlapping area of the two lines (41, 42); wherein the width of the first conductive line is smaller than the width of the semiconductor layer in a direction perpendicular to the gate lines, and the semiconductor layer is positioned essentially opposite to one of the gate lines. an array substrate; a color filter substrate; and a layer of liquid crystal provided between the two substrates, wherein gate lines and data lines are formed on the array substrate to define pixel units, an embedded touchscreen component is provided on the inner side of the color filter substrate, characterized in that the embedded touchscreen component comprises: a first conductive line extending in parallel to the gate lines and a second conductive line crossing the first conductive line, the first conductive line and the second conductive line constituting a two-layer structure, and a semiconductor layer provided between the first conductive line and the second conductive line within an overlapping area of the two lines (41, 42); wherein the width of the first conductive line is smaller than the width of the semiconductor layer in a direction perpendicular to the gate lines, and the semiconductor layer is positioned essentially opposite to one of the gate lines. a first conductive line extending in parallel to the gate lines and a second conductive line crossing the first conductive line, the first conductive line and the second conductive line constituting a two-layer structure, and a semiconductor layer provided between the first conductive line and the second conductive line within an overlapping area of the two lines (41, 42); wherein the width of the first conductive line is smaller than the width of the semiconductor layer in a direction perpendicular to the gate lines, and the semiconductor layer is positioned essentially opposite to one of the gate lines.
A method for providing a dental prosthesis for a patient which is made from a ceramic material having a colour matched to a patient situation, wherein a sintering furnace for sintering the ceramic material and a control unit for controlling the sintering furnace are used for carrying out the following steps: - receiving a desired nominal colour for the dental prosthesis by the control unit; - determining a deviation between the nominal colour and an actual colour of the sintered ceramic material by the control unit using a database in which for said different materials, values are stored as to how the sintering program affects the color and in which said color is the colour of the sintered ceramic material after a standard process without adapting a cycle time to the desired nominal colour; - defining by the control unit, a temperature-time cycle, suitable for compensation of the deviation, for sintering at a defined sintering temperature and creating by the control unit, a corresponding sintering program derived from the database by the control unit, said sintering programm having a cycle time individually defined for the ceramic material to be sintered; and - adjusting the actual colour of the ceramic material to the desired nominal colour in the sintering furnace by the sintering program created by the control unit and - executing by the sintering furnace the sintering programm created by the control unit - receiving a desired nominal colour for the dental prosthesis by the control unit; - determining a deviation between the nominal colour and an actual colour of the sintered ceramic material by the control unit using a database in which for said different materials, values are stored as to how the sintering program affects the color and in which said color is the colour of the sintered ceramic material after a standard process without adapting a cycle time to the desired nominal colour; - defining by the control unit, a temperature-time cycle, suitable for compensation of the deviation, for sintering at a defined sintering temperature and creating by the control unit, a corresponding sintering program derived from the database by the control unit, said sintering programm having a cycle time individually defined for the ceramic material to be sintered; and - adjusting the actual colour of the ceramic material to the desired nominal colour in the sintering furnace by the sintering program created by the control unit and - executing by the sintering furnace the sintering programm created by the control unit
Beverage preparation device with an injection chamber device for the injecting of water in a beverage substrate capsule for beverage production, including a first injection chamber part and a second injection chamber part, wherein the first and the second injection chamber part (5, 6) are adjustable relative to one another between an open relative position and a closed relative position for the opening and closing of the injection chamber device, and wherein the first injection chamber part comprises a seal to the in particular front-side sealing abutment on a beverage substrate capsule in the closed relative position in a beverage preparation operating mode, and wherein the seal is configured and arranged in such a way that it encloses a sealing area through sealing abutment on the beverage substrate capsule in the case of a beverage substrate capsule being received in the injection chamber device and seals this area against a surrounding area and wherein, for discharging of a produced beverage out of the injection chamber device a beverage outlet opens to the outside of the sealing area, and wherein the injection chamber device in a flushing operating mode, in which the seal abuts against a beverage substrate capsule in a non-sealing manner, can be applied with a flushing fluid, characterized in that, a flushing fluid outlet, arranged in particular on the first injection chamber part, opens to the outside of the surrounding area in such a way that flushing fluid can flow out through the beverage outlet and the flushing fluid outlet at the same time.
MEMS device comprising: a suspended electrode structure (12; 13) anchored to a substrate, the MEMS device having a MEMS resonance mode, and a TMD (tuned mass damping) structure, characterized in that a portion of the suspended electrode structure (12; 13) is arranged to form the TMD structure having a TMD spring element and a TMD mass element, for providing a TMD resonance mode counteracting the MEMS resonance mode. a suspended electrode structure (12; 13) anchored to a substrate, the MEMS device having a MEMS resonance mode, and a TMD (tuned mass damping) structure, characterized in that a portion of the suspended electrode structure (12; 13) is arranged to form the TMD structure having a TMD spring element and a TMD mass element, for providing a TMD resonance mode counteracting the MEMS resonance mode.
A system for treating a material with acoustic energy, comprising: a chamber defining an internal volume and having an opening into the internal volume, an inlet to receive an inflow of material into the internal volume and an outlet to discharge an outflow of material from the internal volume; a window in the opening arranged to sealingly close the opening and to transmit focused acoustic energy into the chamber for treatment of material in the internal volume, the window being generally transparent to acoustic energy having a frequency of 100 kHz to 100 MHz; an acoustic energy source spaced from the window and the chamber and arranged to emit acoustic energy having a frequency of 100 kHz to 100 MHz to create a focal zone of acoustic energy in the internal volume; and a coupling medium arranged to transmit acoustic energy from the acoustic energy source to the window, the coupling medium being liquid or solid; wherein the system is arranged to acoustically treat material in the internal volume for an extended period of greater than 1 hour with the acoustic energy source operating at an output energy equivalent to 200 watts or more, the system further comprising a cooling jacket associated with at least a portion of the chamber to deliver cooling fluid to a wall of the chamber. a chamber defining an internal volume and having an opening into the internal volume, an inlet to receive an inflow of material into the internal volume and an outlet to discharge an outflow of material from the internal volume; a window in the opening arranged to sealingly close the opening and to transmit focused acoustic energy into the chamber for treatment of material in the internal volume, the window being generally transparent to acoustic energy having a frequency of 100 kHz to 100 MHz; an acoustic energy source spaced from the window and the chamber and arranged to emit acoustic energy having a frequency of 100 kHz to 100 MHz to create a focal zone of acoustic energy in the internal volume; and a coupling medium arranged to transmit acoustic energy from the acoustic energy source to the window, the coupling medium being liquid or solid; wherein the system is arranged to acoustically treat material in the internal volume for an extended period of greater than 1 hour with the acoustic energy source operating at an output energy equivalent to 200 watts or more, the system further comprising a cooling jacket associated with at least a portion of the chamber to deliver cooling fluid to a wall of the chamber.
Lighting and/or signalling device comprising a support and a lamp unit mounted such that it can pivot about an axis with respect to the said support, an adjusting device for adjusting the lamp unit with respect to the support comprising a shaft on which a screw thread is formed, the said shaft being connected to the support by a pivot connection and extending in a direction orthogonal to the axis of pivoting of the lamp unit with respect to the support, the said lamp unit comprising a shaping which engages with the screw thread of the shaft, in which the lamp unit has at least one reflector which comprises a receiving means that accepts a light source, the said shaping being formed on an external wall of the reflector, characterized in that the shaping is a fork delimited by an internal wall on which is formed a tapped thread in mesh with the screw thread, the fork having an opening allowing the said shaping to be clipped easily onto the screw thread of the shaft in a movement the direction of which is orthogonal to the direction of the shaft during the fitting of the lamp unit on the support.
Method for ensuring maximum reaction times in a data processing system, in particular between an input signal, in particular a safe input signal, and a corresponding output signal, in particular a safe output signal, in which data, which are present on the input side of users (11, 13, 14, 21, 22, 23, M, TN1, TN2) incorporated in the system, are read synchronously during each data cycle; data (IN, OUT), which have been read in, are checked in relation to at least one currency parameter, which is based on a data cycle and is associated with the data which have been read in, an error is identified in response to a defined discrepancy being reached between at least one currency parameter and a defined currency threshold, and wherein a defined function, in particular a safety-related function, is triggered in response to identification, wherein each user concurrently counts the valid data cycles based on the time of the reading in and a forwarding of data based data, which have been read-in, is only performed until a defined amount of counted data cycles, such that each user forwarding data is adding its own data cycle time for the read-in operation to a time for the read-in operation which has been obtained from the currency parameter, wherein input data are read-in by at least one input user or by an input module associated to said user and are outputted after the processing as output data by an output user or by an output module associated to an user, wherein a processing can be performed in the same user or after the forwarding of the input data by an other user, which processes the input data to output data and outputs said output data or transfers said output data to an other user for outputting.
A container having a bottom portion; a sidewall portion having an inner surface and an outer surface, wherein the sidewall portion defines an opening, wherein an upper edge of the sidewall portion has a rim portion for engaging a lid to close the container; a primary skirt which extends downwardly from the rim portion of the container, wherein the primary skirt has an inner surface and an outer surface; wherein first and second cuts are formed in the primary skirt, and wherein the primary skirt also comprises a lid lower edge engaging surface having an inner edge and an outer edge; and a lid lever having an inner surface and an outer surface, wherein the lid lever is arranged in a gap in the portion of the primary skirt defined by the first and the second cuts; wherein the lid lever also comprises a lid lower edge engaging surface having an inner edge and an outer edge; and wherein the lid lever is arranged to pivot outwardly about a bending line running parallel with the rim portion of the container, and wherein the lid lever is configured in such a way that when a lid is mounted on the container, an edge of the lid is lifted upwardly when the lid lever is pulled laterally outwards; characterized in that the lid lower edge engaging surface of the lid lever is arranged in such a way that the outer edge of the lid lower edge engaging surface of the lid lever extends outwardly past a circular line which is co-centric with and which has the same diameter as the outer edge of the lid lower edge engaging surface of the primary skirt.
Method for controlling the movement of a motion-controlled vitreoretinal viewing system in an ophthalmic surgical microscope comprising a movable motion-controlled optics carrier to which the vitreoretinal viewing system is attached movably, a microscope support to which the optical optics carrier is attached movably, the vitreoretinal viewing system comprising a front piece, and a microscope motion controller, the motion controller comprising an I/O section and an output section, the I/O section being configured to output a carrier positioning signal representing a carrier target position (x T) and to receive a carrier position signal representing an actual carrier position (x A) of the optics carrier, wherein the output section is configured to output a front piece positioning signal representing a front piece target position (x' T,x FT) of the vitreoretinal viewing system, wherein the motion controller is configured to compute the front piece target position (x' T,x FT) from at least one of the carrier target position (x T) and a carrier actual position (x A), the front piece target position (x FT) relative to the support being constant, wherein the position (x' A, x FA) of the front piece is automatically maintained stationary with respect to the support independent of a movement of the optics carrier relative to the support.
A rotor blade for a wind turbine, the rotor blade comprising a rotor blade component, wherein the rotor blade component comprises one of a rotor blade shell, a leading edge extension, a trailing edge extension, a blade root enhancement, a low-load bump, a winglet, a vortex generator, or an airflow modifying element, wherein the rotor blade component comprises: a body defining a profile of the rotor blade component, the body comprising an internal volume; an impletion material configured within the body to at least partially reduce the internal volume; a foam material filling the remaining internal volume of the body; one or more support members within the foam material, wherein the support members are configured as structural components for the rotor blade component; and a cover skin surrounding at least a portion of the foam material and defining an exterior surface of the rotor blade component, the cover skin comprising an elastomeric material, wherein the rotor blade component is configured to flex with the rotor blade in operation. a body defining a profile of the rotor blade component, the body comprising an internal volume; an impletion material configured within the body to at least partially reduce the internal volume; a foam material filling the remaining internal volume of the body; one or more support members within the foam material, wherein the support members are configured as structural components for the rotor blade component; and a cover skin surrounding at least a portion of the foam material and defining an exterior surface of the rotor blade component, the cover skin comprising an elastomeric material, wherein the rotor blade component is configured to flex with the rotor blade in operation.
A method of operating a terminal device in a wireless telecommunications system comprising the terminal device and a plurality of network access nodes (504, 506), wherein the method comprises: establishing first wake-up signalling configuration information for a first network access node, wherein the first wake-up signalling configuration information comprises an indication of a first wake-up signalling format to be transmitted by the first network access node in advance of transmitting a paging message; establishing second wake-up signalling configuration information for a second network access node, wherein the second wake-up signalling configuration information comprises an indication of a second wake-up signalling format to be transmitted by the second network access node in advance of transmitting a paging message; and monitoring for signalling transmitted by the first network access node in accordance with the first wake-up signalling format and monitoring for signalling transmitted by the second network access node in accordance with the second wake-up signalling format, and seeking to decode a subsequent paging message in response to detecting wake-up signalling in accordance with either the first wake-up signalling format or the second wake-up signalling format. establishing first wake-up signalling configuration information for a first network access node, wherein the first wake-up signalling configuration information comprises an indication of a first wake-up signalling format to be transmitted by the first network access node in advance of transmitting a paging message; establishing second wake-up signalling configuration information for a second network access node, wherein the second wake-up signalling configuration information comprises an indication of a second wake-up signalling format to be transmitted by the second network access node in advance of transmitting a paging message; and monitoring for signalling transmitted by the first network access node in accordance with the first wake-up signalling format and monitoring for signalling transmitted by the second network access node in accordance with the second wake-up signalling format, and seeking to decode a subsequent paging message in response to detecting wake-up signalling in accordance with either the first wake-up signalling format or the second wake-up signalling format.
A grain popping system comprising: a housing defining a chamber, wherein the chamber is at least partially enclosed to define an interior space, and wherein the chamber comprises a top and a bottom; a heating element positioned in the interior space of the chamber; a receiver, which is arranged below the housing; a grain pod comprising at least one cell, wherein the cell is defined by cell walls having a top edge and a bottom edge, the cell having a first width between the top edge of the cell walls and a second width between the bottom edge of the cell walls, each cell containing flavoring, a cooking medium, and one or more grains, wherein the grain pod comprises a top cover and a bottom cover, wherein the cell walls extend between the top cover of the grain pod and the bottom cover of the grain pod, and wherein the top cover of the grain pod is attached to the top edge of the cell walls; a pod dock configured to receive the grain pod, wherein the pod dock is positioned inside the interior space of the chamber adjacent to the heating element, and wherein the pod dock is positioned closer to the bottom of the upper chamber than the heating element; wherein the bottom cover of the grain pod faces the bottom of the chamber when the grain pod is positioned in the pod dock; wherein heating the grain pod heats the cooking medium and the one or more grains in the cell, thereby causing the one or more grains to exit the grain pod by piercing the bottom cover of the grain pod and causing the exited grains to directly fall into the receiver. a housing defining a chamber, wherein the chamber is at least partially enclosed to define an interior space, and wherein the chamber comprises a top and a bottom; a heating element positioned in the interior space of the chamber; a receiver, which is arranged below the housing; a grain pod comprising at least one cell, wherein the cell is defined by cell walls having a top edge and a bottom edge, the cell having a first width between the top edge of the cell walls and a second width between the bottom edge of the cell walls, each cell containing flavoring, a cooking medium, and one or more grains, wherein the grain pod comprises a top cover and a bottom cover, wherein the cell walls extend between the top cover of the grain pod and the bottom cover of the grain pod, and wherein the top cover of the grain pod is attached to the top edge of the cell walls; a pod dock configured to receive the grain pod, wherein the pod dock is positioned inside the interior space of the chamber adjacent to the heating element, and wherein the pod dock is positioned closer to the bottom of the upper chamber than the heating element; wherein the bottom cover of the grain pod faces the bottom of the chamber when the grain pod is positioned in the pod dock; wherein heating the grain pod heats the cooking medium and the one or more grains in the cell, thereby causing the one or more grains to exit the grain pod by piercing the bottom cover of the grain pod and causing the exited grains to directly fall into the receiver.
A method of identifying and/or characterizing an agent useful for the treatment of a Ras-associated cancer by determining its effect on the scavenging of phosphatidylglycerol lipids as compared with an appropriate control, comprising steps of a) contacting a population of tumor cells with the agent; and b) identifying and/or characterizing the agent for its ability to disrupt cellular uptake of phosphatidylglycerol lipids. a) contacting a population of tumor cells with the agent; and b) identifying and/or characterizing the agent for its ability to disrupt cellular uptake of phosphatidylglycerol lipids.