mhurhangee/patent-ind-claim-en huggingface dataset:
An array substrate, comprising: a base substrate , and a gate line , an insulating layer , a data line , a thin film transistor including an active layer , a drain electrode , and a source electrode , and a first active pad layer provided on the base substrate , wherein, the insulating layer is provided on the gate line , the data line is arranged on the gate line through the insulating layer and is arranged intersecting with the gate line , and the first active pad layer is arranged outside a region where the gate line and the data line overlap with each other, the first active pad layer being arranged on the gate line through the insulating layer and being arranged overlapping with the gate line , characterized by a data line pad layer , wherein, the data line pad layer and the data line are formed on a same layer, by using a source-drain metal layer thin film, and the data line pad layer is provided on the first active pad layer , overlaps with the first active pad layer , and is electrically insulated from the data line ; and a pixel electrode thin film being formed on the source electrode , the drain electrode and the data line , wherein the pixel electrode thin film is electrically connected with the data line pad layer . the insulating layer is provided on the gate line , the data line is arranged on the gate line through the insulating layer and is arranged intersecting with the gate line , and the first active pad layer is arranged outside a region where the gate line and the data line overlap with each other, the first active pad layer being arranged on the gate line through the insulating layer and being arranged overlapping with the gate line , characterized by a data line pad layer , wherein, the data line pad layer and the data line are formed on a same layer, by using a source-drain metal layer thin film, and the data line pad layer is provided on the first active pad layer , overlaps with the first active pad layer , and is electrically insulated from the data line ; and a pixel electrode thin film being formed on the source electrode , the drain electrode and the data line , wherein the pixel electrode thin film is electrically connected with the data line pad layer .
Filter element, consisting of at least two end caps , between which a filter material extends, wherein the end caps have connection geometries which differ from each other for connecting to third components , wherein the respective end cap has an inner edge and an outer edge , wherein the filter material engages between the edges with one of its free end faces, and wherein at least one part of the edges of the one end cap differs from the correspondingly arranged edges of the other end cap , characterised in that one of the end caps - viewed from the respective end face - is formed with its inner and/or outer edge non-circular, i.e. as a polygon or in the manner of a curve of constant width or Reuleaux polygon.
A hard tip band-saw blade used when carrying out a cutting process on a workpiece including alternating sawtooth groups each being a combination of a plurality of sawteeth with each sawtooth being provided with a hard tip of hard material on a tooth top side of the sawtooth, wherein each sawtooth group is formed from a first sawtooth subgroup and a second sawtooth subgroup , the first sawtooth subgroup has a plurality of sawteeth that include a first leading tooth in which the hard tip is formed in a left-right symmetrical shape and having a chamfer at a tooth top corner part on each of left and right sides of the hard tip and a first following tooth arranged to follow the first leading tooth , set to be smaller than the first leading tooth in tooth height size, and the hard tip is formed in a left-right symmetrical shape that widens toward a tooth top edge side like a plectrum, the second sawtooth subgroup has a plurality of sawteeth that include a second leading tooth set to be the same as the first leading tooth in tooth height size, formed in a left-right symmetrical shape, and having a chamfer at a tooth top corner part on each of left and right sides of the hard tip , a second following tooth arranged to follow the second leading tooth , set to be the same as the first following tooth in tooth height size, formed to widen toward a tooth top edge side like a plectrum, and having a chamfer at a tooth top corner part on a left/right first side of the hard tip , and a third following tooth arranged to follow the second following tooth , set to be the same as the first following tooth in tooth height size, formed to widen toward a tooth top edge side like a plectrum, and having a corner chamfer at a tooth top corner part on a left/right second side of the hard tip , and each tooth top corner part of the hard tip of the first following tooth , the tooth top corner part on the left/ right second side of the hard tip of the second following tooth , and the tooth top corner part on the left/right first side of the hard tip of the third following tooth most outwardly protrude in a left-right direction.
A circuit layer for an integrated circuit card , the circuit layer comprising a substrate with opposing first and second surfaces defining a thickness direction of the circuit layer in a direction perpendicular to the first and second surfaces, an electronic circuit embedded in the substrate, and a coating covering the first surface, wherein the electronic circuit comprises a plurality of contact pads exposed on the first surface and the coating forming at least one sector , each sector uncovering at least a portion of at least one corresponding contact pad, characterized in that that the contact pads have a quadrangular shape.
A gas flow control device for a gas stove, comprising a first gas valve, a second gas valve and a driving device , the driving device being configured for actuating each of the gas valves between an open and a closed position thereof in a linear manner, wherein the second valve opens only after the first valve has reached its open position, wherein the first valve has a first valve core as well as a first and a second valve rod connected to the first valve core on opposite sides, wherein, in the closed state of a respective gas valve, the second valve rod is spaced apart from a second valve core of the second valve, and wherein the second valve rod contacts the second valve core for actuating the second valve core into its open position corresponding to the open position of the second valve only once the first valve core has reached its open position corresponding to the open position of the first valve.
A method comprising: training, using a first deep neural network, a patient state generator to relate input real-time 2D partial patient measurements and a 4D patient model including a reference volume to output 3D patient states , wherein the first deep neural network comprises a correlation layer for matching features extracted from a 2D partial measurement with features extracted from the 4D patient model; using the 3D patient states output from the first deep neural network and the reference volume as inputs to a second deep neural network to train the second deep learning network to output relative motion information between the 3D patient states and the reference volume; and receiving a real-time stream of images from an image acquisition device; estimating, using the processor, a relative motion corresponding to an image of the real-time stream of images using the first deep learning network and the second deep learning network, wherein the relative motion is a 3D displacement vector field, DVF , between a 3D patient state output from the first deep neural network and the reference volume. training, using a first deep neural network, a patient state generator to relate input real-time 2D partial patient measurements and a 4D patient model including a reference volume to output 3D patient states , wherein the first deep neural network comprises a correlation layer for matching features extracted from a 2D partial measurement with features extracted from the 4D patient model; using the 3D patient states output from the first deep neural network and the reference volume as inputs to a second deep neural network to train the second deep learning network to output relative motion information between the 3D patient states and the reference volume; and receiving a real-time stream of images from an image acquisition device; estimating, using the processor, a relative motion corresponding to an image of the real-time stream of images using the first deep learning network and the second deep learning network, wherein the relative motion is a 3D displacement vector field, DVF , between a 3D patient state output from the first deep neural network and the reference volume.
An NBR composition for rubber laminated metal, comprising 1 to 3 parts by weight of sulfur and 1 to 15 parts by weight of a disulfide compound represented by the general formula RN-S-S-NR (wherein RN is a cyclic linking group formed together with the N atom bonded to the S atom), based on 100 parts by weight of NBR.
A method of package filling with various liquids enabling a filling of packages with liquids in sterile, pressure-sealed area of the filling equipment without change of pressure during filling process and with elimination of foaming of the liquids, being filled into the packages, with preservation of the highly sterile environment and package from the moment when package is filled with a given liquid to a package sealing with an appropriate sterilized cap, the method being characterized in that the neck of package together with a cap from the external non-sterile area is clamped in a bottom rotary section or fixed section , depending on design of the filling device, and a bottom valve used for inserting of cap into the filling equipment closes the pressurized filling area by pushing into a seat - with option to maintain the atmospheric pressure, overpressure or vacuum - and then the sterilization process starts, wherein a whole internal space of the package , neck of package , cap and filling area of the filling device is sterilized.
Laundry care appliance having a rotatably mounted washing drum for accommodating laundry, a tub for accommodating water, wherein the tub has an outlet opening and an inlet opening , and a circulation system which fluidically connects the outlet opening to the inlet opening , wherein the circulation system comprises a pump for pumping water into the washing drum , wherein the pump is designed to pump the water into the washing drum at different pump pressures within the same washing operation, in order to vary a location of the water in the rotating washing drum , characterised in that the pump is designed to pump water into the washing drum within the same washing operation at periodically changing pump pressures, wherein the periodically changing pump pressures correspond to a sinusoidal pump pressure change, wherein the laundry care appliance comprises a drum drive for driving the washing drum at a rotational frequency, wherein the pump is designed to pump water into the washing drum at a pump pressure changing in accordance with a pump frequency, wherein the pump frequency differs from the rotational frequency or from a multiple of the rotational frequency, wherein the pump frequency is less than the rotational frequency.
A display control apparatus comprising: a display control section adapted to generate a virtual space image by specifying a first viewpoint position and a direction of line of sight and display the image on a head-mounted display , wherein the display control section is further configured to: specify a plurality of positions in the virtual space as viewpoint positions, wherein the plurality of viewpoint positions are separated from each other; change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an operation by a user and an attitude of the head-mounted display; and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position. a display control section adapted to generate a virtual space image by specifying a first viewpoint position and a direction of line of sight and display the image on a head-mounted display , wherein the display control section is further configured to: specify a plurality of positions in the virtual space as viewpoint positions, wherein the plurality of viewpoint positions are separated from each other; change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an operation by a user and an attitude of the head-mounted display; and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position. specify a plurality of positions in the virtual space as viewpoint positions, wherein the plurality of viewpoint positions are separated from each other; change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an operation by a user and an attitude of the head-mounted display; and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position.
Process for the production of a suberin polymer, comprising the following steps: a) introducing by transformation a gene with a sequence corresponding to SEQ-ID NO:1 into plant cells from a plant organism and/or a plant tissue leading to genetically engineered plant cells; b) stimulating said genetically engineered plant cells; and, c) isolating a suberin polymer that is produced as result of step (b) wherein said step (a) is performed by inserting at least one vector comprising a gene with a sequence corresponding to SEQ-ID NO:1 into a Agrobacterium tumefaciens and by infecting said plant cells from a plant organism and/or a plant tissue with said Agrobacterium tumefaciens, said at least one vector further comprising an inducible promotor. a) introducing by transformation a gene with a sequence corresponding to SEQ-ID NO:1 into plant cells from a plant organism and/or a plant tissue leading to genetically engineered plant cells; b) stimulating said genetically engineered plant cells; and, c) isolating a suberin polymer that is produced as result of step (b)
Person-conveying device , in particular an escalator, which connects a first level of a building to a second level of the building , comprising a supporting frame having at least one carrier element , characterized by at least one adaptive vibration damping system , wherein the person-conveying device is connected to the building by the at least one carrier element via the at least one adaptive vibration damping system , and wherein the at least one adaptive vibration damping system is designed to receive and evaluate vibration data with respect to vibrations occurring outside the person-conveying device , and to adapt the damping action on the basis of the received vibration data.
A car comprising: a passenger compartment ; a front hood , which is arranged before the passenger compartment ; a rear hood , which is arranged behind the passenger compartment and has an upper surface ; and an aerodynamic appendage , which is arranged in the area of the rear hood and on the upper surface of the rear hood and comprises at least one movable element that is movably mounted to move between a lowered position, in which the movable element rests on the upper surface of the rear hood allowing an air flow only over the movable element , and a raised position, in which the movable element is raised and separated from the upper surface of the rear hood allowing an air flow both over the movable element and under the movable element ; wherein the aerodynamic appendage comprises a fixed element , which is arranged behind the movable element , is mounted in a stable and unchangeable position and is in contact with the movable element ; the car being characterized in that the fixed element is raised relative to the upper surface of the rear hood so as to be arranged at a given distance from the upper surface and, hence, define with the upper surface a vent channel , which is free when the movable element is arranged in the raised position and is closed by the movable element when the movable element is arranged in the lowered position. a passenger compartment ; a front hood , which is arranged before the passenger compartment ; a rear hood , which is arranged behind the passenger compartment and has an upper surface ; and an aerodynamic appendage , which is arranged in the area of the rear hood and on the upper surface of the rear hood and comprises at least one movable element that is movably mounted to move between a lowered position, in which the movable element rests on the upper surface of the rear hood allowing an air flow only over the movable element , and a raised position, in which the movable element is raised and separated from the upper surface of the rear hood allowing an air flow both over the movable element and under the movable element ; wherein the aerodynamic appendage comprises a fixed element , which is arranged behind the movable element , is mounted in a stable and unchangeable position and is in contact with the movable element ; the car being characterized in that the fixed element is raised relative to the upper surface of the rear hood so as to be arranged at a given distance from the upper surface and, hence, define with the upper surface a vent channel , which is free when the movable element is arranged in the raised position and is closed by the movable element when the movable element is arranged in the lowered position.
A thermal interface material comprising: at least one polymer present in an amount of 5 wt.% to 10 wt.%; at least one thermally conductive filler present in an amount of 85 wt.% to 95 wt. %; 0.1 wt.% to 5 wt.% of a phase change material comprising at least one wax; and at least one coloring agent present in an amount of 0.5 wt.% to 20 wt.% based on 100 wt.% of the thermal interface material without the coloring agent, and selected from the group consisting of: an organic pigment, wherein the organic pigment has a formula selected from the group consisting of Formulas (I)-(XVI): wherein each R is independently selected from H, alkyl, aryl, and halogen; and at least one polymer present in an amount of 5 wt.% to 10 wt.%; at least one thermally conductive filler present in an amount of 85 wt.% to 95 wt. %; 0.1 wt.% to 5 wt.% of a phase change material comprising at least one wax; and at least one coloring agent present in an amount of 0.5 wt.% to 20 wt.% based on 100 wt.% of the thermal interface material without the coloring agent, and selected from the group consisting of: an organic pigment, wherein the organic pigment has a formula selected from the group consisting of Formulas (I)-(XVI): wherein each R is independently selected from H, alkyl, aryl, and halogen; and
Control rod comprising first and second parts each having a fixing head , - the first part comprising a cylinder , coaxial to a longitudinal axis (A12), which has a peripheral face , - the second part comprising a barrel , coaxial to the longitudinal axis (A12) when the first and second parts are assembled, which has an outer lateral face , an inner lateral face configured to at least partially receive the cylinder of the first part and having an inner diameter (D46) substantially equal to the diameter (D34) of the peripheral face of the first part and an annular end rim linking the inner and outer lateral faces , characterized in that the peripheral face of the first part comprises a succession of peripheral grooves , separated from one another by notches , positioned in transverse planes and which each extend over all the circumference of the first part and in that the barrel comprises several cutouts configured to divide up the barrel into several cylinder sectors between the cutouts and at least one inner rib , protruding from the inner lateral face , which has a section configured to be housed in one of the peripheral grooves of the first part , the barrel being configured to occupy a first state, in which the cylinder sectors are pressed against the peripheral face of the first part and in which the inner rib is housed in one of the peripheral grooves , and an elastically deformed second state in which the inner rib is positioned outside of the peripheral grooves . - the first part comprising a cylinder , coaxial to a longitudinal axis (A12), which has a peripheral face , - the second part comprising a barrel , coaxial to the longitudinal axis (A12) when the first and second parts are assembled, which has an outer lateral face , an inner lateral face configured to at least partially receive the cylinder of the first part and having an inner diameter (D46) substantially equal to the diameter (D34) of the peripheral face of the first part and an annular end rim linking the inner and outer lateral faces ,
A method of wireless communication, comprising: receiving , at a wireless device, a discovery message from a recipient device, the discovery message comprising information regarding one or more services offered by the recipient device; transmitting , from the wireless device, a random access channel, RACH, preamble on a first time domain resource to the recipient device; and transmitting , from the wireless device, a second RACH message to the recipient device on a second time domain resource after the first time domain resource, the second time domain resource being defined by a mapping from the first time domain resource, wherein transmitting the second RACH message is in response to receiving the discovery message from the recipient device, and wherein the discovery message indicates the mapping for the second time domain resource and a configuration for the second RACH message. receiving , at a wireless device, a discovery message from a recipient device, the discovery message comprising information regarding one or more services offered by the recipient device; transmitting , from the wireless device, a random access channel, RACH, preamble on a first time domain resource to the recipient device; and transmitting , from the wireless device, a second RACH message to the recipient device on a second time domain resource after the first time domain resource, the second time domain resource being defined by a mapping from the first time domain resource, wherein transmitting the second RACH message is in response to receiving the discovery message from the recipient device, and wherein the discovery message indicates the mapping for the second time domain resource and a configuration for the second RACH message.