mhurhangee/patent-ind-claim-en huggingface dataset:
A wrapper for a smoking article, the wrapper comprising: a sheet material extending in a first direction in which the wrapper is wrapped around a smoking article and a second direction perpendicular to the first direction ; and a window in the sheet material to permit the underlying portion of the smoking article to be viewed, the window having a perimeter; wherein the perimeter comprises a first portion that defines a projection of the sheet material into the window ; wherein the projection is delimited by the first portion of the perimeter and a straight line forming a tangent to each end of the first portion of the perimeter; and wherein the distance between the straight line and the point on the first portion of the perimeter furthest from the straight line in a direction perpendicular to the straight line is less than 1 millimetre. a sheet material extending in a first direction in which the wrapper is wrapped around a smoking article and a second direction perpendicular to the first direction ; and a window in the sheet material to permit the underlying portion of the smoking article to be viewed, the window having a perimeter; wherein the perimeter comprises a first portion that defines a projection of the sheet material into the window ; wherein the projection is delimited by the first portion of the perimeter and a straight line forming a tangent to each end of the first portion of the perimeter; and wherein the distance between the straight line and the point on the first portion of the perimeter furthest from the straight line in a direction perpendicular to the straight line is less than 1 millimetre.
A test and measurement instrument, comprising: a time domain channel including a decimator configured to receive a first input signal and generate a decimated signal that has a first frequency range including DC; and a frequency domain channel including a downconverter configured to receive a second input signal and generate a downconverted signal that has a second frequency range different from the first frequency range; and an acquisition system coupled to the time domain channel and the frequency domain channel and configured to acquire and store the decimated signal from the time domain channel and the downconverted signal from the frequency domain channel . a time domain channel including a decimator configured to receive a first input signal and generate a decimated signal that has a first frequency range including DC; and a frequency domain channel including a downconverter configured to receive a second input signal and generate a downconverted signal that has a second frequency range different from the first frequency range; and an acquisition system coupled to the time domain channel and the frequency domain channel and configured to acquire and store the decimated signal from the time domain channel and the downconverted signal from the frequency domain channel .
A memory interface, comprising: means for transmitting a binary one; means for transmitting a binary zero, wherein the means for transmitting the binary one couples between a power rail and a data line, and wherein the means for transmitting a binary zero couples between the data line and ground; and means for applying a first power supply voltage to the power rail during a terminated data transmission mode in which a receiving memory interface coupled to the data line has an active on-die termination, and for applying a second power supply voltage to the power rail during an unterminated data transmission mode in which the on-die termination does not load the data line, the second power supply voltage being less than the first power supply voltage. means for transmitting a binary one; means for transmitting a binary zero, wherein the means for transmitting the binary one couples between a power rail and a data line, and wherein the means for transmitting a binary zero couples between the data line and ground; and means for applying a first power supply voltage to the power rail during a terminated data transmission mode in which a receiving memory interface coupled to the data line has an active on-die termination, and for applying a second power supply voltage to the power rail during an unterminated data transmission mode in which the on-die termination does not load the data line, the second power supply voltage being less than the first power supply voltage.
An image processing device comprising: a geometric correction unit configured to correct distortion of a first image and a second image captured by a first rolling shutter-type image sensor and a second rolling shutter-type image sensor , respectively, mounted in a vehicle; and a parallax calculation unit configured to calculate a parallax using a first corrected image and a second corrected image that are corrected by the geometric correction unit ; characterized by an exposure time difference adjusting unit configured to adjust a geometric correction position of at least one image based on a difference between a geometric correction amount used for distortion correction of a first image serving as a reference and a geometric correction amount used for distortion correction of a second image and based on vehicle information regarding a position or movement of the vehicle. a geometric correction unit configured to correct distortion of a first image and a second image captured by a first rolling shutter-type image sensor and a second rolling shutter-type image sensor , respectively, mounted in a vehicle; and a parallax calculation unit configured to calculate a parallax using a first corrected image and a second corrected image that are corrected by the geometric correction unit ; characterized by an exposure time difference adjusting unit configured to adjust a geometric correction position of at least one image based on a difference between a geometric correction amount used for distortion correction of a first image serving as a reference and a geometric correction amount used for distortion correction of a second image and based on vehicle information regarding a position or movement of the vehicle.
A heat-shrinkable plastic element that is disposed on at least part of an outside of a preform , the preform including a mouth part , a body part linked to the mouth part , and a bottom part linked to the body part , the heat-shrinkable plastic element comprising: at least a layer containing (A) an ionomer resin and (B) an olefin resin as essential constituents, wherein the heat-shrinkable plastic element has a storage modulus at 25°C of at least 4.0×10 8 Pa, and a dynamic friction coefficient between the heat-shrinkable plastic element and the preform is at most 1.1. at least a layer containing (A) an ionomer resin and (B) an olefin resin as essential constituents, wherein the heat-shrinkable plastic element has a storage modulus at 25°C of at least 4.0×10 8 Pa, and a dynamic friction coefficient between the heat-shrinkable plastic element and the preform is at most 1.1.
A test system for testing a system for radiologic treatment, comprising A. at least one anthropomorphic phantom for simulating motion of at least one part of a human body , the phantom comprising • a plurality of flexible components , each flexible component simulating at least a part of a human organ, • a receptacle for receiving the flexible components , the receptacle being at least partially flexible, and • a plurality of actuators configured for at least one of deforming and moving the flexible components within the receptacle ; and B. a control device for controlling the phantom , comprising • a programmable logic controller , • a plurality of controller nodes , • a plurality of device controllers configured for controlling the actuators , and • at least one real-time bus interface connecting the controller nodes to the programmable logic controller and to the device controllers , wherein the programmable logic controller is configured to act as a master device with respect to the controller nodes , wherein the controller nodes are configured to act as master devices with respect to the device controllers . A. at least one anthropomorphic phantom for simulating motion of at least one part of a human body , the phantom comprising • a plurality of flexible components , each flexible component simulating at least a part of a human organ, • a receptacle for receiving the flexible components , the receptacle being at least partially flexible, and • a plurality of actuators configured for at least one of deforming and moving the flexible components within the receptacle ; and • a plurality of flexible components , each flexible component simulating at least a part of a human organ, • a receptacle for receiving the flexible components , the receptacle being at least partially flexible, and • a plurality of actuators configured for at least one of deforming and moving the flexible components within the receptacle ; and B. a control device for controlling the phantom , comprising • a programmable logic controller , • a plurality of controller nodes , • a plurality of device controllers configured for controlling the actuators , and • at least one real-time bus interface connecting the controller nodes to the programmable logic controller and to the device controllers , wherein the programmable logic controller is configured to act as a master device with respect to the controller nodes , wherein the controller nodes are configured to act as master devices with respect to the device controllers . • a programmable logic controller , • a plurality of controller nodes , • a plurality of device controllers configured for controlling the actuators , and • at least one real-time bus interface connecting the controller nodes to the programmable logic controller and to the device controllers ,
A sensor for discriminating between wavelength regions in an electromagnetic spectrum, comprising: a substrate ; a sensing element supported on a surface of the substrate ; and at least one pair of terminal electrodes disposed on the substrate surface in mutually spaced apart and opposing relation, and in electrical contact with the sensing element , wherein the sensing element comprises at least one black phosphorous flake, wherein the sensing element is responsive to electromagnetic radiation to yield a change in photocurrent measured between the terminal electrodes as a function of an intensity of the electromagnetic radiation impinging thereon, characterized in that a positive dependency on the intensity corresponds to a first wavelength region and a negative dependency on the intensity corresponds to a second wavelength region. a substrate ; a sensing element supported on a surface of the substrate ; and at least one pair of terminal electrodes disposed on the substrate surface in mutually spaced apart and opposing relation, and in electrical contact with the sensing element , wherein the sensing element comprises at least one black phosphorous flake, wherein the sensing element is responsive to electromagnetic radiation to yield a change in photocurrent measured between the terminal electrodes as a function of an intensity of the electromagnetic radiation impinging thereon, characterized in that a positive dependency on the intensity corresponds to a first wavelength region and a negative dependency on the intensity corresponds to a second wavelength region.
A ventilation device for a vehicle liquid tank , comprising: - a membrane impermeable to a predetermined liquid and permeable to a vapor likely to be produced by this liquid, and - at least one pipe suitable for discharging liquid found on the membrane from the device, the or each pipe having an end contiguous with the membrane, the rest of the or each pipe extending at an altitude lower than this end when a main axis of the device is vertical. - a membrane impermeable to a predetermined liquid and permeable to a vapor likely to be produced by this liquid, and - at least one pipe suitable for discharging liquid found on the membrane from the device, the or each pipe having an end contiguous with the membrane, the rest of the or each pipe extending at an altitude lower than this end when a main axis of the device is vertical.
A method of processing an image, the method comprising: obtaining (S201) property information of the image; obtaining (S203) ambient environment information of a display device for displaying the image; determining (S205) a parameter based on the property information and the ambient environment information; and processing (S207) the image by using the determined parameter to improve the image quality; characterised in that : the step of obtaining (S201) property information comprises obtaining a brightness of the image; the step of obtaining (S203) ambient information comprises obtaining a brightness of the ambient environment; the step of determining (S205) a parameter comprises determining a difference between the brightness of the image and the brightness of the ambient environment; the step of processing (S207) the image comprises adjusting a sharpness level of the image, based on the determined difference; wherein the sharpness level of the image is adjusted inversely proportional to the determined difference. obtaining (S201) property information of the image; obtaining (S203) ambient environment information of a display device for displaying the image; determining (S205) a parameter based on the property information and the ambient environment information; and processing (S207) the image by using the determined parameter to improve the image quality; characterised in that : the step of obtaining (S201) property information comprises obtaining a brightness of the image; the step of obtaining (S203) ambient information comprises obtaining a brightness of the ambient environment; the step of determining (S205) a parameter comprises determining a difference between the brightness of the image and the brightness of the ambient environment; the step of processing (S207) the image comprises adjusting a sharpness level of the image, based on the determined difference; wherein the sharpness level of the image is adjusted inversely proportional to the determined difference. the step of obtaining (S201) property information comprises obtaining a brightness of the image; the step of obtaining (S203) ambient information comprises obtaining a brightness of the ambient environment; the step of determining (S205) a parameter comprises determining a difference between the brightness of the image and the brightness of the ambient environment; the step of processing (S207) the image comprises adjusting a sharpness level of the image, based on the determined difference; wherein the sharpness level of the image is adjusted inversely proportional to the determined difference.
A network node, characterized by a distinguishing unit configured to distinguish whether or not an own output port (74-79) is specified as an instruction target in a command signal received from a network ; a specified number acquisition unit configured to acquire, from the command signal, a specified number in a specified order, in the command signal, of the own output port (74-79) distinguished by the distinguishing unit as the instruction target specified in the command signal; a delay information acquisition unit configured to acquire delay information on a delay time length of an output timing of an operation signal for a load connected to the output port (74-79) that is the instruction target from the command signal, in which the distinguishing unit has distinguished that the own output port (74-79) is specified as the instruction target; a determination unit configured to determine a timing at which the operation signal is output to the load from the own output port (74-79) based on a reception timing of the command signal, in which the distinguishing unit has distinguished that the own output port (74-79) is specified as the instruction target, from the network , the specified number acquired by the specified number acquisition unit, and the delay information acquired by the delay information acquisition unit; and an output unit configured to output the operation signal to the load from the own output port (74-79) at the timing determined by the determination unit.
A communication method, comprising: determining (S201, S301), by a terminal device, a target first cell, determining, by the terminal device, to reselect the first cell, or having reselected, by the terminal device, the first cell, wherein the first cell belongs to a first network; and sending (S203, S303), by the terminal device, first information to a network device; wherein the network device belongs to a second network; the first information is determined by the terminal device, the first information comprises first configuration information and/or first timing offset information, the first configuration information comprises to-be-used GAP configuration information or to-be-used time division multiplexing, TDM, pattern configuration information of the terminal device, and the first timing offset information comprises a downlink timing offset between the first cell and a second cell; and the second cell belongs to the second network, the network device in the second network transmits data with the terminal device, the terminal device is equipped with a first subscriber identity module card corresponding to the first network and a second subscriber identity module card corresponding to the second network, and the to-be-used GAP configuration information or the to-be-used TDM pattern configuration information indicates a time period in which the terminal device receives a paging message from the first network when the terminal device uses the second network for communication. determining (S201, S301), by a terminal device, a target first cell, determining, by the terminal device, to reselect the first cell, or having reselected, by the terminal device, the first cell, wherein the first cell belongs to a first network; and sending (S203, S303), by the terminal device, first information to a network device; wherein the network device belongs to a second network; the first information is determined by the terminal device, the first information comprises first configuration information and/or first timing offset information, the first configuration information comprises to-be-used GAP configuration information or to-be-used time division multiplexing, TDM, pattern configuration information of the terminal device, and the first timing offset information comprises a downlink timing offset between the first cell and a second cell; and the second cell belongs to the second network, the network device in the second network transmits data with the terminal device, the terminal device is equipped with a first subscriber identity module card corresponding to the first network and a second subscriber identity module card corresponding to the second network, and the to-be-used GAP configuration information or the to-be-used TDM pattern configuration information indicates a time period in which the terminal device receives a paging message from the first network when the terminal device uses the second network for communication.
Printing plate precursor for use in relief printing, in particular flexo printing, said printing plate precursor being configured as a multi-layer tube having a first layer as a printing layer which has a vulcanized product based on at least one elastomer, wherein the first layer is extruded; and a further layer which is configured as a reinforcement layer , wherein the reinforcement layer is disposed so as to be radially within the first layer and is in direct contact with the first layer , characterized in that the reinforcement layer has one or a plurality of textile structures.
Cosmetic use of a composition comprising exosomes derived from rose stem cells as an active ingredient for skin regeneration, skin elasticity improvement or skin wrinkle reduction.
The cis-para-substituted cyclohexylaminonitrile salt represented by the following formula (I): In the above formula (I), the para-substituent R is C 1-6 alkyl or alkyloxy, C 1-6 alkenyl or alkenyloxy, C 1-6 alkynyl or alkynyloxy; HX is hydroxy-acetic acid or maleic acid.
A communication control apparatus comprising: a communication control unit configured to control radio communication in a long term evolution, LTE, communication system, said communication being performed by a terminal apparatus of one or more terminal apparatuses with said communication control apparatus on a component carrier having a basic bandwidth in a resource block unit; wherein the communication control unit is configured to set at least one extension band having an extension bandwidth of an integer multiple of a size of a resource block in at least a part of an excess frequency band of said component carrier; said communication control apparatus being characterized in that the communication control unit is further configured to set an index based on the number of resource blocks defined by said integer and corresponding to the extension bandwidth to notify the terminal apparatus that the extension band is set. a communication control unit configured to control radio communication in a long term evolution, LTE, communication system, said communication being performed by a terminal apparatus of one or more terminal apparatuses with said communication control apparatus on a component carrier having a basic bandwidth in a resource block unit; wherein the communication control unit is configured to set at least one extension band having an extension bandwidth of an integer multiple of a size of a resource block in at least a part of an excess frequency band of said component carrier; said communication control apparatus being characterized in that the communication control unit is further configured to set an index based on the number of resource blocks defined by said integer and corresponding to the extension bandwidth to notify the terminal apparatus that the extension band is set.
A load break switch device or fused switch device for receiving at least one fuse or a fuse plug for a fuse, which comprises a housing and at least one input terminal for connecting to a power supply and at least one output terminal for connecting to at least one electrical device, the load break switch device or fused switch device comprising for each fuse one base contact and one top contact inside the housing , which are designed such that they can each be brought into contact with an associated base contact and an associated top contact of the fuse when the fuse is inserted and in the operating state, characterised in that the base contact of the load break switch device or of the fused switch device is designed, at least in a portion , such that it has a flat surface which is oriented in the direction of a base contact of a fuse to be inserted, the base contact of the load break switch device or of the fused switch device has, within said portion , an elevation, which extends in the direction of the base contact of a fuse to be inserted and which can be brought, in its region facing the base contact of the fuse, directly or indirectly into electrical contact with the base contact of the fuse, and the load break switch device or the fused switch device comprises, on each of the base contacts , a Rogowski coil , which has an opening which fits at least partially around the elevation of the base contact . the base contact of the load break switch device or of the fused switch device is designed, at least in a portion , such that it has a flat surface which is oriented in the direction of a base contact of a fuse to be inserted, the base contact of the load break switch device or of the fused switch device has, within said portion , an elevation, which extends in the direction of the base contact of a fuse to be inserted and which can be brought, in its region facing the base contact of the fuse, directly or indirectly into electrical contact with the base contact of the fuse, and the load break switch device or the fused switch device comprises, on each of the base contacts , a Rogowski coil , which has an opening which fits at least partially around the elevation of the base contact .