mhurhangee/ep-ind-claims huggingface dataset:
A reduced-bandwidth wireless transmit receive unit, WTRU, comprising: a processor configured to at least: receive configuration information indicating a set of physical random access channel, PRACH, resources associated with a reduced-bandwidth operation and a set of PRACH parameters associated with the reduced-bandwidth operation; select a preamble from the set of PRACH resources; send a preamble transmission using the selected preamble in accordance with at least one PRACH parameter of the set of PRACH parameters; receive downlink, DL, control information associated with a random access response, wherein the DL control information associated with the random access response is received on a control channel resource, wherein the control channel resource is associated with a machine-type communication, MTC, physical downlink control channel, M-PDCCH, and wherein the control channel resource is determined based on the selected preamble from the set of PRACH resources used for the preamble transmission; and receive the random access response in accordance with the received DL control information. receive configuration information indicating a set of physical random access channel, PRACH, resources associated with a reduced-bandwidth operation and a set of PRACH parameters associated with the reduced-bandwidth operation; select a preamble from the set of PRACH resources; send a preamble transmission using the selected preamble in accordance with at least one PRACH parameter of the set of PRACH parameters; receive downlink, DL, control information associated with a random access response, wherein the DL control information associated with the random access response is received on a control channel resource, wherein the control channel resource is associated with a machine-type communication, MTC, physical downlink control channel, M-PDCCH, and wherein the control channel resource is determined based on the selected preamble from the set of PRACH resources used for the preamble transmission; and receive the random access response in accordance with the received DL control information.
Apparatus for generating printing data for use by a printer in printing a document comprising a plurality of pages, the apparatus comprising: means for generating printing data for each page of the document in individual page units, based on a first set of printing parameters; means for transmitting the generated printing data to the image forming device; means for displaying a print option setting menu to reset a print option if an interruption command initiated by a user occurs while transmitting the generated printing data through the transmitting means; and means for controlling the generating means to convert the generated printing data for at least one page of the document after occurrence of the interruption command into printing data for the at least one page of the document to which the reset print option is applied, and for controlling the transmitting means to transmit the printing data to which the reset print option is applied to the image forming device, wherein the printing data comprises a plurality of data corresponding to respective pages of the document to be printed for different respective print jobs. means for generating printing data for each page of the document in individual page units, based on a first set of printing parameters; means for transmitting the generated printing data to the image forming device; means for displaying a print option setting menu to reset a print option if an interruption command initiated by a user occurs while transmitting the generated printing data through the transmitting means; and means for controlling the generating means to convert the generated printing data for at least one page of the document after occurrence of the interruption command into printing data for the at least one page of the document to which the reset print option is applied, and for controlling the transmitting means to transmit the printing data to which the reset print option is applied to the image forming device, wherein the printing data comprises a plurality of data corresponding to respective pages of the document to be printed for different respective print jobs.
A growing device for growing plants from seeds, comprising: a water container; a seed pad support structure for receiving one or more seed pads in a predetermined growing position above the water container; and a wicking structure for each seed pad configured to contact, when the corresponding seed pad is in the growing position, the bottom surface of the seed pad at a predetermined wicking interface area and configured to transport water from the water container into the seed pad through the wicking interface area via capillary action; and wherein the seed pad support structure comprises a protrusion for each seed pad, the protrusion having a predetermined shape and orientation characterized in the seed pad support structure being configured to interact with a correspondingly shaped perforation in the corresponding seed pad, such that the protrusion extends through the perforation in the corresponding seed pad thereby defining the predetermined growing position for the corresponding seed pad. a water container; a seed pad support structure for receiving one or more seed pads in a predetermined growing position above the water container; and a wicking structure for each seed pad configured to contact, when the corresponding seed pad is in the growing position, the bottom surface of the seed pad at a predetermined wicking interface area and configured to transport water from the water container into the seed pad through the wicking interface area via capillary action; and wherein the seed pad support structure comprises a protrusion for each seed pad, the protrusion having a predetermined shape and orientation characterized in the seed pad support structure being configured to interact with a correspondingly shaped perforation in the corresponding seed pad, such that the protrusion extends through the perforation in the corresponding seed pad thereby defining the predetermined growing position for the corresponding seed pad.
An autofocus system comprising: an image pickup unit that takes a subject image formed by an optical system; an autofocus unit that performs focus adjustment on the optical system so as to bring into focus a subject within a predetermined AF area in a photographing image taken by the image pickup unit; a tracking unit that moves an AF frame, which indicates an outline of the AF area, in accordance with the movement of the subject within the photographing image taken by the image pickup unit; a face direction detection unit that detects a face direction of the subject from the photographing image; a face direction registration unit that registers the face direction of the subject together with coordinates which represent a position of the AF frame in the photographing image; and a face direction comparing unit that compares the detected face direction of the subject with the registered face direction, wherein tracking of the subject is performed by comparing the face direction, which is detected from the subject within the photographing image, with the registered face direction, wherein when the face direction comparing unit detects a plurality of subjects whose face directions are the same as the registered face direction in the photographing image, the face direction comparing unit additionally compares coordinates representing positions of AF frames in the photographing image, with the coordinates of the registered AF frame, and tracking of the subject is performed on a subject corresponding to coordinates of an AF frame closest to the coordinates of the registered AF frame. an image pickup unit that takes a subject image formed by an optical system; an autofocus unit that performs focus adjustment on the optical system so as to bring into focus a subject within a predetermined AF area in a photographing image taken by the image pickup unit; a tracking unit that moves an AF frame, which indicates an outline of the AF area, in accordance with the movement of the subject within the photographing image taken by the image pickup unit; a face direction detection unit that detects a face direction of the subject from the photographing image; a face direction registration unit that registers the face direction of the subject together with coordinates which represent a position of the AF frame in the photographing image; and a face direction comparing unit that compares the detected face direction of the subject with the registered face direction, wherein tracking of the subject is performed by comparing the face direction, which is detected from the subject within the photographing image, with the registered face direction, wherein when the face direction comparing unit detects a plurality of subjects whose face directions are the same as the registered face direction in the photographing image, the face direction comparing unit additionally compares coordinates representing positions of AF frames in the photographing image, with the coordinates of the registered AF frame, and tracking of the subject is performed on a subject corresponding to coordinates of an AF frame closest to the coordinates of the registered AF frame.
Container closure made of metal or plastic for a container for accommodating food or beverages, with a sealing insert made of a sealing material comprising at least one polymer mixed with other substances, characterized in that the sealing material is composed in such a way that the sealing insert withstands sterilization at temperatures above 100°C and up to 132°C, and that the sealing material shows a heating curve for the phase angle tan (delta) in a dynamic mechanical thermal analysis (DMTA), with the inflection point being above the required sterilization temperature, whereby - the sealing material does not contain PVC and essentially no cross-linked polymers, - the sealing material is essentially free from components that are liquid at application temperature; - the sealing material measures between 40 and 95 on the Shore A Hardness scale, and - the sealing material comprises at least three different polymers, the first being polypropylene, while the second polymer is a POE, and the third polymer is a thermoplastic elastomer. - the sealing material does not contain PVC and essentially no cross-linked polymers, - the sealing material is essentially free from components that are liquid at application temperature; - the sealing material measures between 40 and 95 on the Shore A Hardness scale, and - the sealing material comprises at least three different polymers, the first being polypropylene, while the second polymer is a POE, and the third polymer is a thermoplastic elastomer.
Motor vehicle illumination device having at least one first light guide with at least one light input coupling face and at least one light exit face assigned to the former, and at least one second light guide with at least one light input coupling face and at least one light exit face assigned to the former, wherein the first light guide is assigned at least one first light source of the motor vehicle illumination device for injecting light and the second light guide is assigned at least one second light source of the motor vehicle illumination device for injecting light and at least one rib-type light-guiding element that extends at an angle to the light input coupling faces (LE1, LE2) and through which light can be transmitted from one light guide (10 or 20) into the other light guide (20 or 10) is arranged between the light guides (10, 20), wherein the light input coupling faces (LE1 or LE2) are in each case arranged with respect to the light exit faces (LA1 or LA2) such that an imaginary surface normal (N1 or N2) on a light input coupling face (LE1 or LE2) strikes the light exit face (LA1 or LA2) that is assigned thereto, and wherein the light input coupling faces (LE1, LE2) are parallel to one another and, viewed in the longitudinal direction of the light guides (10, 20), the rib-type element is inclined relative to an imaginary plane extending parallel to the light input coupling faces (LE1, LE2) at an angle (α), with the result that at least some of the light of the second light source can reach the light exit face of the first light guide but the light of the first light source cannot reach the light exit face of the second light guide, characterized in that the first light guide, viewed in a plan view of the motor vehicle illumination device, is embodied such that it at least partially surrounds a region, wherein the second light guide is arranged outside the region and wherein at least one further light guide of the motor vehicle illumination device is arranged within the region for generating a low beam and/or a high beam.
Surgical tool (1, 1a, 1b, 1c) for use in guided surgery with a longitudinal axis comprising a distal end portion having a functional element, a shank on the opposite end of the tool (1, 1a, 1b, 1c), and a cylindrical guide portion having an outer radius r which defines a guide surface for cooperation with a guide element, the guide portion being located on the longitudinal axis between the functional element and the shank and having a plurality of markers lying in different axial planes, characterized in that the markers each comprise at least one recess, said at least one recess being finite in the circumferential direction such that, at the axial location of the recess, a section of the guide surface is maintained.
An effective amount of an agent that inhibits CXCL13 activity for use in reducing the level of bacteria in a mucosal bacterial infection and increasing secretory immunoglobulin A (IgA) levels in a subject having a deficiency thereof that is secondary to said mucosal bacterial infection, wherein said mucosal bacterial infection is gastric mucosal Helicobacter infection and wherein said agent is an antibody or antigen-binding fragment thereof that specifically binds to CXCL13.
An eye tracking apparatus for monitoring the movement of a user's eye, the apparatus comprising: a) an optical assembly comprising an eye viewing element adapted to directly image a user's eye from within the user's field of vision, and an eye imaging sensor adapted to receive an image of the user's eye from said eye viewing element and provide an output indicative of the user's point of regard in the user's field of vision, said optical assembly including a first imaging path between said eye viewing element and said eye imaging sensor; b) a scene viewing element adapted to image a scene being observed by the user's eye and a scene imaging sensor adapted to receive an image of the scene from said scene viewing element via a second imaging path; wherein the apparatus further comprises at least one infrared light emitting diode for illuminating the eye; characterised in that: the optical assembly comprises at least one relay lens (28, 30) adapted to provide a conjugate image of at least one of the user's eye and the scene being observed at an intermediate plane within the optical assembly so as to elongate at least one of the first and second optical paths; and the apparatus further includes means to temporally modulate the intensity of said at least one infrared light emitting diode when used in conjunction with an active secondary optical apparatus. a) an optical assembly comprising an eye viewing element adapted to directly image a user's eye from within the user's field of vision, and an eye imaging sensor adapted to receive an image of the user's eye from said eye viewing element and provide an output indicative of the user's point of regard in the user's field of vision, said optical assembly including a first imaging path between said eye viewing element and said eye imaging sensor; b) a scene viewing element adapted to image a scene being observed by the user's eye and a scene imaging sensor adapted to receive an image of the scene from said scene viewing element via a second imaging path; wherein the apparatus further comprises at least one infrared light emitting diode for illuminating the eye; characterised in that: the optical assembly comprises at least one relay lens (28, 30) adapted to provide a conjugate image of at least one of the user's eye and the scene being observed at an intermediate plane within the optical assembly so as to elongate at least one of the first and second optical paths; and the apparatus further includes means to temporally modulate the intensity of said at least one infrared light emitting diode when used in conjunction with an active secondary optical apparatus.
A thermoplastic composition comprising: a) 30 to 90%wt of a polyamide resin; b) 5% to 65%wt of reinforcing fibers; c) 0.01 to 10%wt of tin oxalate; and d) 0.1 to 20%wt of a functional additive; wherein the functional additive is polyalkenylene, where the contents are summing up to 100%wt. a) 30 to 90%wt of a polyamide resin; b) 5% to 65%wt of reinforcing fibers; c) 0.01 to 10%wt of tin oxalate; and d) 0.1 to 20%wt of a functional additive;
A light source assembly, comprising: a light source comprising a base and at least one luminous element disposed on the base; and a light slot comprising a plurality of fixing parts, wherein the light source is disposed in the light slot and fixed at one of the fixing parts through the base; and the light source has different light-emitting directions upon being fixed at different ones of the plurality of fixing parts, each of the fixing parts and the base of the light source are fixed through a clamping mode, the light slot comprises a bottom plate and side walls disposed on two sides of the bottom plate; the side walls are opposite to each other; and the clamping structure is disposed on the side wall, and characterized in that: each of the fixing parts comprises at least one clamping structure matched with the base in thickness; the clamping structure comprises a groove for accommodating and clamping the base; and grooves of different ones of the fixing parts have different deflection angles, the side walls on two sides of the bottom plate are cambered structures arranged opposite to each other, each of the cambered structures is a circular arc adopting a size of the base along a direction in which the two side walls are arranged opposite to each other as a diameter. a light source comprising a base and at least one luminous element disposed on the base; and a light slot comprising a plurality of fixing parts, wherein the light source is disposed in the light slot and fixed at one of the fixing parts through the base; and the light source has different light-emitting directions upon being fixed at different ones of the plurality of fixing parts, each of the fixing parts and the base of the light source are fixed through a clamping mode, the light slot comprises a bottom plate and side walls disposed on two sides of the bottom plate; the side walls are opposite to each other; and the clamping structure is disposed on the side wall, and characterized in that: each of the fixing parts comprises at least one clamping structure matched with the base in thickness; the clamping structure comprises a groove for accommodating and clamping the base; and grooves of different ones of the fixing parts have different deflection angles, the side walls on two sides of the bottom plate are cambered structures arranged opposite to each other, each of the cambered structures is a circular arc adopting a size of the base along a direction in which the two side walls are arranged opposite to each other as a diameter. each of the fixing parts comprises at least one clamping structure matched with the base in thickness; the clamping structure comprises a groove for accommodating and clamping the base; and grooves of different ones of the fixing parts have different deflection angles, the side walls on two sides of the bottom plate are cambered structures arranged opposite to each other, each of the cambered structures is a circular arc adopting a size of the base along a direction in which the two side walls are arranged opposite to each other as a diameter.
Device for obtaining information necessary for a 3D representation of the topography of an artificial wall having a plurality of holds characterised in that it comprises at least one sensor for measuring the angular orientation of one of the holds of the artificial wall about an axis substantially perpendicular to said wall, a marker rigidly connected to said hold associated to said sensor and containing information relative to said hold and at least one parameter for identifying the latter and a signal reader capable of reading the data contained in the marker.
A method for manufacturing a turbine ring for a turbomachine, the method comprising the following steps: · manufacturing at least one turbine ring sector; · positioning the turbine ring sector in a bottom mold so that an outer surface of the turbine ring sector is in contact at least in part with the bottom mold; · depositing a powder layer on an inner surface of the turbine ring sector, the powder being a metal powder based on cobalt or on nickel; · positioning a top mold on the powder layer; and · making an abradable layer on the inner surface by subjecting the powder layer to a method of SPS sintering, the abradable layer being intended to be disposed facing a turbine wheel; wherein the top mold and the bottom mold are made of tungsten carbide, and wherein the SPS sintering is performed at a temperature higher than or equal to 500°C, preferably higher than or equal to 600°C and wherein the SPS sintering is performed at a pressure higher than or equal to 100 MPa, preferably higher than or equal to 200 MPa, still more preferably higher than or equal to 300 MPa. · manufacturing at least one turbine ring sector; · positioning the turbine ring sector in a bottom mold so that an outer surface of the turbine ring sector is in contact at least in part with the bottom mold; · depositing a powder layer on an inner surface of the turbine ring sector, the powder being a metal powder based on cobalt or on nickel; · positioning a top mold on the powder layer; and · making an abradable layer on the inner surface by subjecting the powder layer to a method of SPS sintering, the abradable layer being intended to be disposed facing a turbine wheel;
An electrical connector comprising a casing provided with a front opening and adapted to receive at the rear a female contact body in which a plug inserted in the front opening can engage; the female contacts of said female contact body being protected by a pair of shutters, which prevent access to said female contacts when said shutters are in the closed position; said connector comprising a locking mechanism which controls the opening of the shutters and the locking of the plug when it is inserted in the female contact body; said locking mechanism being adapted to lock and unlock the movement of said shutters and defining at least one locking position and at least one unlocked position; said locking mechanism preventing or allowing the movement of said shutters respectively in said locking or unlocked position; said connector being characterized in that said locking mechanism comprises a locking frame movable transversely with respect to the direction of motion of said shutters; each of said shutters comprising at least one locking button; each one of said locking buttons defining an interference position, which prevents said movement of said shutter with respect to said locking frame, and a noninterference position, which allows the movement of said shutter with respect to said locking frame; each one of said locking buttons being made to pass from said interference position to said noninterference position by inserting said plug; said locking mechanism comprising a lever actuated by an actuation motor; said lever moving a carriage; said carriage acting on a first end of a rocker; said rocker being pivoted in a fulcrum in said casing and having a second end that acts on said locking frame.