mhurhangee/ep-ind-claims huggingface dataset:
A multi-layer flexible packaging material comprising the following layers from the outer surface to the inner surface: - an aluminium layer having a thickness in the range of 20-500 nm, - a paper layer having a grammage of 40 to 120 g/m2, - a nanoclay barrier coating layer having a grammage in the range of 0.4-4 g/m2, and - a sealing layer applied to the surface of the nanoclay barrier coating layer representing the inner surface of the multi-layer flexible packaging material, wherein said sealing layer is selected from the group consisting of acrylic acid copolymers, vinyl acetate, ethyl vinyl acetate, modified xylanes, chemically modified starch, or combinations thereof, said multilayer flexible barrier material being deprived of a polyolefin layer, such as polyethylene, or a polypropylene layer, and of a polyethylene terephthalate layer. - an aluminium layer having a thickness in the range of 20-500 nm, - a paper layer having a grammage of 40 to 120 g/m2, - a nanoclay barrier coating layer having a grammage in the range of 0.4-4 g/m2, and - a sealing layer applied to the surface of the nanoclay barrier coating layer representing the inner surface of the multi-layer flexible packaging material, wherein said sealing layer is selected from the group consisting of acrylic acid copolymers, vinyl acetate, ethyl vinyl acetate, modified xylanes, chemically modified starch, or combinations thereof,
Binding for a board, preferably a kiteboard, comprising a foot pad, a foot strap; and at least one release mechanism for opening the foot strap, characterized in that the release mechanism has at least one side-stop that can be actuated by a foot, which is held between the foot pad and the foot strap, in particular barefoot, for the purpose of triggering the release mechanism. a foot pad, a foot strap; and at least one release mechanism for opening the foot strap, characterized in that the release mechanism has at least one side-stop that can be actuated by a foot, which is held between the foot pad and the foot strap, in particular barefoot, for the purpose of triggering the release mechanism.
A method comprising: using an interface of a device, presenting to a user one or more lines available for selection by the user for service; receiving from a client, at a network contact point, information corresponding to one or more lines selected for service by the user using the device, each of the one or more lines selected for service by the user corresponding to a different Internet Protocol, IP, Multimedia Subsystem, IMS, Public User Identity, IMPU (IMPU1, IMPU2, IMPU3); sending, from the network contact point, a request with information corresponding to the one or more lines selected for service by the user; receiving, at a proxy service node, the request with the information corresponding to the one or more lines selected for service by the user; and sending, from the proxy service node, a plurality of register messages to an Interrogating Call Service Control Function, I-CSCF,, wherein each register message is associated with one of the one or more lines selected for service by the user. using an interface of a device, presenting to a user one or more lines available for selection by the user for service; receiving from a client, at a network contact point, information corresponding to one or more lines selected for service by the user using the device, each of the one or more lines selected for service by the user corresponding to a different Internet Protocol, IP, Multimedia Subsystem, IMS, Public User Identity, IMPU (IMPU1, IMPU2, IMPU3); sending, from the network contact point, a request with information corresponding to the one or more lines selected for service by the user; receiving, at a proxy service node, the request with the information corresponding to the one or more lines selected for service by the user; and sending, from the proxy service node, a plurality of register messages to an Interrogating Call Service Control Function, I-CSCF,, wherein each register message is associated with one of the one or more lines selected for service by the user.
A method for processing a semiconductor wafer having a front surface, a back surface, and a chamfered portion at a peripheral end of the semiconductor wafer, with the chamfered portion including a chamfered surface on a side of the front surface, a chamfered surface on a side of the back surface, and an end face, comprising: mirror-polishing of each portion of the chamfered surface on the side of the front surface, the chamfered surface on the side of the back surface, the end face, and an outermost peripheral portion on the front surface or the back surface adjacent to the chamfered surface; characterised in that the mirror-polishing of the end face and the mirror-polishing of the outermost peripheral portion on the front surface or the back surface are performed as a one step-performed mirror-polishing, after a step of mirror-polishing the chamfered surface on the side of the front surface and a step of mirror-polishing the chamfered surface on the side of the back surface, and a roll-off amount of the outermost peripheral portion on the front surface or the back surface is adjusted by the one step-performed mirror-polishing of the end face and the outermost peripheral portion. mirror-polishing of each portion of the chamfered surface on the side of the front surface, the chamfered surface on the side of the back surface, the end face, and an outermost peripheral portion on the front surface or the back surface adjacent to the chamfered surface; characterised in that the mirror-polishing of the end face and the mirror-polishing of the outermost peripheral portion on the front surface or the back surface are performed as a one step-performed mirror-polishing, after a step of mirror-polishing the chamfered surface on the side of the front surface and a step of mirror-polishing the chamfered surface on the side of the back surface, and a roll-off amount of the outermost peripheral portion on the front surface or the back surface is adjusted by the one step-performed mirror-polishing of the end face and the outermost peripheral portion.
A system for determining a representation of a multi-tone signal comprising a plurality of phase coherent tones, at least two of said phase coherent tones being modulated by a modulation signal, said system comprising - an input for applying said multi-tone signal, - data acquisition means for digitization, - phase coherent mixing means for demodulation in connection with said data acquisition means for digitization, said mixing means and data acquisition means arranged for being fed with said multi-tone signal and with a reference signal comprising said phase coherent tones, each pair of phase coherent tones having a fixed phase difference, characterized by said data acquisition means being arranged for being triggered by a trigger signal for yielding a representation of said modulation signals with fixed delay, the system further comprising - processing means arranged for receiving digital signals output from said data acquisition means and for comparing phase information of a downconverted tone of said multi-tone signal after demodulation with phase information derived from the corresponding tone of said reference signal after demodulation, wherein said comparing comprises a phase normalisation, and further arranged for controlling said phase coherent mixing means for sequential downconversion of the various phase-coherent tones of said multi-tone signal, such that a representation of said multi-tone signal can be determined. - an input for applying said multi-tone signal, - data acquisition means for digitization, - phase coherent mixing means for demodulation in connection with said data acquisition means for digitization, said mixing means and data acquisition means arranged for being fed with said multi-tone signal and with a reference signal comprising said phase coherent tones, each pair of phase coherent tones having a fixed phase difference, characterized by said data acquisition means being arranged for being triggered by a trigger signal for yielding a representation of said modulation signals with fixed delay, the system further comprising - processing means arranged for receiving digital signals output from said data acquisition means and for comparing phase information of a downconverted tone of said multi-tone signal after demodulation with phase information derived from the corresponding tone of said reference signal after demodulation, wherein said comparing comprises a phase normalisation, and further arranged for controlling said phase coherent mixing means for sequential downconversion of the various phase-coherent tones of said multi-tone signal, such that a representation of said multi-tone signal can be determined.
A method for making a turbine aerofoil starting from a reference aerofoil, characterised by: a) locally reducing the metallic exit angle at the trailing edge with respect to that of said reference aerofoil, in two areas (25,26) which correspond substantially, in use, to the position of the peaks of the secondary flows in the boundary layer; b) increasing the metallic exit angle in the remaining areas of the trailing edge, with respect to that of the reference aerofoil, so as to substantially restore the same average value of the metallic exit angle of the reference aerofoil. a) locally reducing the metallic exit angle at the trailing edge with respect to that of said reference aerofoil, in two areas (25,26) which correspond substantially, in use, to the position of the peaks of the secondary flows in the boundary layer; b) increasing the metallic exit angle in the remaining areas of the trailing edge, with respect to that of the reference aerofoil, so as to substantially restore the same average value of the metallic exit angle of the reference aerofoil.
An immune effector cell ( e.g. a population of immune effector cells), comprising: (a) a first chimeric antigen receptor molecule or nucleic acid encoding the same, wherein said first CAR molecule is a CAR polypeptide comprising an antigen binding domain, a transmembrane domain, and an intracellular signaling domain comprising a costimulatory domain and/or a primary signaling domain, and wherein said antigen binding domain comprises a VHH domain and binds to a tumor antigen; and (b) a second CAR molecule or nucleic acid encoding the same, wherein said second CAR molecule is a CAR polypeptide having an antigen binding domain comprising an scFv. (a) a first chimeric antigen receptor molecule or nucleic acid encoding the same, wherein said first CAR molecule is a CAR polypeptide comprising an antigen binding domain, a transmembrane domain, and an intracellular signaling domain comprising a costimulatory domain and/or a primary signaling domain, and wherein said antigen binding domain comprises a VHH domain and binds to a tumor antigen; and (b) a second CAR molecule or nucleic acid encoding the same, wherein said second CAR molecule is a CAR polypeptide having an antigen binding domain comprising an scFv.
Sun and rain protection device having a supporting structure formed from longitudinal profiles and transverse profiles (4, 5) and from supports, a guide arranged to be pivotable on the longitudinal profiles of the supporting structure and adjustable by means of a drive and having guide rails parallel to one another and a sun and rain protection element arranged on the guide rails, characterised in that the guide rails of the guide are movable by the drive at right angles to the longitudinal profiles of the supporting structure with their first ends and are arranged to be displaceable on the longitudinal profiles of the supporting structure with their second ends, wherein the drive contains guide blocks which are displaceable vertically in the supports of the supporting structure and are connected to the first ends of the guide rails.
A particle comprising a block copolymer and having at least one pore, wherein the particle has a diameter of about 3,000 microns or less, characterized in that the block copolymer includes at least one first block having a glass transition temperature of at most 37°C and at least one second block having a glass transition temperature of greater than 37°C.
An image sensor with thinned semiconductor layer lit via the rear face, said rear face being the opposite face to the face in which a network of photosensitive zones and a circuitry for collecting the charges photogenerated by said photosensitive zones has been formed, said rear face comprising, around each photosensitive zone, a wall of material reflecting the light, the wall extending depthwise from the surface of the rear face of the thinned semiconductor layer in a such a way that the wall comprises a part sunk into said thinned semiconductor layer, said sunk-in part of the wall being surrounded either by an insulating layer or a P+-type zone formed in said thinned semiconductor layer when said thinned semiconductor layer is of P-type.
A mouse comprising in its germline genome: two human immunoglobulin Vκ gene segments and five human immunoglobulin Jκ gene segments operably linked to a mouse or rat immunoglobulin light chain constant region sequence, wherein the two human immunoglobulin Vκ gene segments are a human Vκ1-39 and a human Vκ3-20, and the five human immunoglobulin Jκ gene segments are human Jκ1, human Jκ2, human Jκ3, human Jκ4, and human Jκ5; and one or more human immunoglobulin V H gene segments, one or more human immunoglobulin D H gene segments, and one or more human immunoglobulin J H gene segments operably linked to a mouse or rat immunoglobulin constant region sequence; wherein the immunoglobulin human gene segments are capable of rearranging and encoding human immunoglobulin variable domains of an antibody, and further wherein the mouse does not comprise an endogenous immunoglobulin V L gene segment that is capable of rearranging to form an immunoglobulin light chain variable region sequence. two human immunoglobulin Vκ gene segments and five human immunoglobulin Jκ gene segments operably linked to a mouse or rat immunoglobulin light chain constant region sequence, wherein the two human immunoglobulin Vκ gene segments are a human Vκ1-39 and a human Vκ3-20, and the five human immunoglobulin Jκ gene segments are human Jκ1, human Jκ2, human Jκ3, human Jκ4, and human Jκ5; and one or more human immunoglobulin V H gene segments, one or more human immunoglobulin D H gene segments, and one or more human immunoglobulin J H gene segments operably linked to a mouse or rat immunoglobulin constant region sequence;
Optical light beam projection module, notably for motor vehicle lighting, comprising an optical light beam projection device comprising, upstream in the direction of propagation of the light rays, a matrix of primary light sources capable of emitting light rays, and downstream, a primary optical system provided with a plurality of convergent optics configured to form virtual images of the primary light sources, the virtual images being formed upstream of the matrix of primary sources, such that the dimensions of the virtual images are greater than the dimensions of the primary light sources and projection means, formed by a projection lens or a reflector, or by the association of a plurality of lenses, or a plurality of reflectors, or a combination of one or more lenses and/or one or more reflectors, arranged downstream of the primary optical system in the direction of projection of the light beam, characterized in that the projection means are capable of projecting a light beam from the virtual images serving as light sources to the projection means which are focused on said virtual images and in that a convergent optic is arranged downstream of each primary light source, each convergent optic comprising an input micro-dioptre with at least one convex portion, the primary optical system comprising a single output dioptre for all the input micro-dioptres, configured to correct the optical aberrations, and having a substantially spherical form. an optical light beam projection device comprising, upstream in the direction of propagation of the light rays, a matrix of primary light sources capable of emitting light rays, and downstream, a primary optical system provided with a plurality of convergent optics configured to form virtual images of the primary light sources, the virtual images being formed upstream of the matrix of primary sources, such that the dimensions of the virtual images are greater than the dimensions of the primary light sources and projection means, formed by a projection lens or a reflector, or by the association of a plurality of lenses, or a plurality of reflectors, or a combination of one or more lenses and/or one or more reflectors, arranged downstream of the primary optical system in the direction of projection of the light beam, characterized in that the projection means are capable of projecting a light beam from the virtual images serving as light sources to the projection means which are focused on said virtual images and in that a convergent optic is arranged downstream of each primary light source, each convergent optic comprising an input micro-dioptre with at least one convex portion, the primary optical system comprising a single output dioptre for all the input micro-dioptres, configured to correct the optical aberrations, and having a substantially spherical form.
A mobile terminal, comprising: a shell; a display screen, arranged on a surface of the shell, comprising a first display region and a second display region; a first vibration component, arranged in the shell and on a back surface of the first display region; a second vibration component, arranged in the shell and on a back surface of the second display region; a processing module, arranged in the shell, configured to determine a form of the display screen, wherein the display screen has a folded form and an unfolded form, wherein the first display region and the second display region are overlapped in the folded form, and wherein the first display region and the second display region are separated in the unfolded form; and a control module, arranged in the shell and connected with the processing module, the first vibration component and the second vibration component, and configured to control vibration amplitudes of the first vibration component and the second vibration component according to the form of the display screen. a shell; a display screen, arranged on a surface of the shell, comprising a first display region and a second display region; a first vibration component, arranged in the shell and on a back surface of the first display region; a second vibration component, arranged in the shell and on a back surface of the second display region; a processing module, arranged in the shell, configured to determine a form of the display screen, wherein the display screen has a folded form and an unfolded form, wherein the first display region and the second display region are overlapped in the folded form, and wherein the first display region and the second display region are separated in the unfolded form; and a control module, arranged in the shell and connected with the processing module, the first vibration component and the second vibration component, and configured to control vibration amplitudes of the first vibration component and the second vibration component according to the form of the display screen.
An image forming apparatus comprising: an image forming device configured to form an image on a recording medium, based on image forming conditions (Cd); an image position determination unit configured to determine a position of the image formed on the recording medium by the image forming device, by generating correction data that is used to correct the positional deviation of the image based on detection signals (Dt) of a correction pattern formed on the recording medium by the image forming device and reference position information of the correction pattern on the recording medium; and characterized by: a reference position determination unit configured to determine a reference position of the correction pattern formed on the recording medium differently depending on the image forming conditions (Cd), wherein the image forming conditions (Cd) include at least one of resolution information of the image formed by the image forming device, and size information of the recording medium. an image forming device configured to form an image on a recording medium, based on image forming conditions (Cd); an image position determination unit configured to determine a position of the image formed on the recording medium by the image forming device, by generating correction data that is used to correct the positional deviation of the image based on detection signals (Dt) of a correction pattern formed on the recording medium by the image forming device and reference position information of the correction pattern on the recording medium; and characterized by: a reference position determination unit configured to determine a reference position of the correction pattern formed on the recording medium differently depending on the image forming conditions (Cd), wherein the image forming conditions (Cd) include at least one of resolution information of the image formed by the image forming device, and size information of the recording medium.
A one-piece, integrally formed microbrush for use in cleaning a root canal during an endodontic procedure on a living patient after the root canal has been shaped but before obturation of the root canal system, comprising: a handle adapted to be connected attached to a dental handpiece or hand-held by a practitioner for inserting the microbrush through an access cavity preparation in the tooth, through an orifice at the start of the root canal, and into the root canal; a shank extending from the handle; a brush section operatively connected to and extending from said handle; said brush section comprising a core and a plurality of bristles projecting outwardly from the core to clean debris and other material out of the root canal as the core is inserted therethrough, in preparation for filling the root canal; the core extending from the end of the shank; and said core and shank being molded as a unitary, one-piece part from a resin. a handle adapted to be connected attached to a dental handpiece or hand-held by a practitioner for inserting the microbrush through an access cavity preparation in the tooth, through an orifice at the start of the root canal, and into the root canal; a shank extending from the handle; a brush section operatively connected to and extending from said handle; said brush section comprising a core and a plurality of bristles projecting outwardly from the core to clean debris and other material out of the root canal as the core is inserted therethrough, in preparation for filling the root canal; the core extending from the end of the shank; and said core and shank being molded as a unitary, one-piece part from a resin.