mhurhangee/ep-ind-claims huggingface dataset:
A control system for controlling participation of another communication terminal in a session when the session has been established for transmitting information between communication terminals, the control system comprising: a participation control unit configured to reject participation of the other communication terminal in the session in the case where the session has been established based on a communication start request by one of the communication terminals specifying a first destination, and to permit participation of the other communication terminal in the session in the case where the session has been established based on a communication start request by one of the communication terminals specifying a second destination different from the first destination, characterized in that the first destination is a destination indicating a group in which a plurality of the communication terminals are included, and the second destination is a destination indicating one of the plurality of the communication terminals included in the group. a participation control unit configured to reject participation of the other communication terminal in the session in the case where the session has been established based on a communication start request by one of the communication terminals specifying a first destination, and to permit participation of the other communication terminal in the session in the case where the session has been established based on a communication start request by one of the communication terminals specifying a second destination different from the first destination, characterized in that the first destination is a destination indicating a group in which a plurality of the communication terminals are included, and the second destination is a destination indicating one of the plurality of the communication terminals included in the group.
A diffractive coupling grating for perpendicular, out-of-plane coupling of light between an integrated waveguide comprising a core layer and an optical receiver/optical transmitter, said integrated waveguide having a first direction and said light having between said integrated waveguide and said optical receiver/optical transmitter a second direction substantially perpendicular to said first direction, said diffractive coupling grating comprising a second order coupling grating, a phase delay section and a reflector grating, CHARACTERISED IN THAT - said diffractive coupling grating is manufactured in a layer of material forming the core layer with effective refractive index in a range between 1.8 and 2.4, - said second order coupling grating and said reflector grating consist of fingers having been manufactured by etching through the core layer using a single mask and filling the fingers with silicon dioxide, and - said material is silicon whose effective refractive index has been reduced below 2.4 through a sub-wavelength periodic structure technique, - said diffractive coupling grating is manufactured in a layer of material forming the core layer with effective refractive index in a range between 1.8 and 2.4, - said second order coupling grating and said reflector grating consist of fingers having been manufactured by etching through the core layer using a single mask and filling the fingers with silicon dioxide, and - said material is silicon whose effective refractive index has been reduced below 2.4 through a sub-wavelength periodic structure technique,
An isolated amino acid sequence comprising the NFL-TBS 40-63 peptide (SEQ ID NO: 1) or a biologically active derivative thereof, said derivative is a variant or fragment having an antiproliferative effect on glioma cells of at least about 70% of the antiproliferative effect of the NFL-TBS 40-63 peptide of SEQ ID NO:1, for use in a method for treating malignant glioma.
A device comprising a plurality of interconnected concentric coplanar diodes (D 1, D 2,... D n), each diode comprising a continuous active region comprising a vertical stack of first and second regions of opposite conductivity types, the active regions of the different diodes (D 1, D 2,... D n) being separated from one another by ring-shaped trenches crossing said stack, wherein the diodes (D 1, D 2,... D n) are series-connected, first and second neighboring diodes being connected by a metallization (521 i) arranged in the ring-shaped trench which separates them, said metallization (521 i) extending along substantially the entire length of the trench and being in contact with the first region of the first diode and with the second region of the second diode along substantially the entire length of the trench, said metallization (521 i) being in contact with the first region of the first diode only by the side of the first region of the first diode.
A cover plate assembly for use with a rotor disk, comprising: a radial flange extending from the rotor disk; a flange aperture extending through the radial flange; a cover plate segment; characterized by the cover plate segment comprising a U-shaped hook for receiving the radial flange and a fastening aperture extending through the hook; and a fastener extending through the flange aperture and the fastening aperture. a radial flange extending from the rotor disk; a flange aperture extending through the radial flange; a cover plate segment; characterized by the cover plate segment comprising a U-shaped hook for receiving the radial flange and a fastening aperture extending through the hook; and a fastener extending through the flange aperture and the fastening aperture.
An endoprosthesis delivery system comprising: an expandable endoprosthesis defining a central lumen and a first guidewire extended through the central lumen, the expandable endoprosthesis including a side branch portal; a first primary sleeve releasably constraining at least a first portion of the expandable endoprosthesis toward a collapsed configuration; a second primary sleeve arranged in parallel with the first primary sleeve, wherein upon release of the first primary sleeve, the second primary sleeve is configured to releasably constrain a second portion of the expandable endoprosthesis while allowing access to the side branch portal via the first portion of the expandable endoprosthesis; a side branch component configured for delivery through the side branch portal via the first portion of the expandable endoprosthesis; and a second guidewire configured to extend through the first portion of the expandable endoprosthesis and the side branch component. an expandable endoprosthesis defining a central lumen and a first guidewire extended through the central lumen, the expandable endoprosthesis including a side branch portal; a first primary sleeve releasably constraining at least a first portion of the expandable endoprosthesis toward a collapsed configuration; a second primary sleeve arranged in parallel with the first primary sleeve, wherein upon release of the first primary sleeve, the second primary sleeve is configured to releasably constrain a second portion of the expandable endoprosthesis while allowing access to the side branch portal via the first portion of the expandable endoprosthesis; a side branch component configured for delivery through the side branch portal via the first portion of the expandable endoprosthesis; and a second guidewire configured to extend through the first portion of the expandable endoprosthesis and the side branch component.
An in a plane extending plate-shaped light guide element of a transparent material for deflecting the light emitted from at least one light source, the light guide element comprising an in-coupling section for coupling in the light, totally reflecting outer boundary surfaces and an decoupling section for coupling out the light, wherein the light guide element comprises two opposing surfaces (8, 10) which are spaced apart from one another and which at least partially form the total-reflecting boundary surfaces and whose contour in the plane of extension of the light guide element is defined in each case, on the one hand, by a curved curve section and, on the other hand, by a secant section, a curved side surface interconnecting the surfaces (8, 10) along their contour in the region of the curved secant section, and a flat side surface interconnecting the surfaces (8, 10) along their contour in the region of the secant portion, the in-coupling section being formed by the flat side surface and the decoupling section being formed by the curved side surface, characterized in that at least one reflecting surface which is at least in sections inclined to the flat side surface of the light guide element (2, 18'), and which directs at least a part of the light emitted by the at least one light source onto the flat side surface for coupling into the light guide element, is associated to the in-coupling section wherein the reflecting surface (18; 18') has a shape which results after a rotation of a base curve and a spatial reference system is defined by three x, y and z axes which are respectively perpendicular to one another, wherein a surface of the light guide element lying in an x/y plane spanned by the x and y axes, wherein the flat side surface of the in-coupling section of the light guide element extends along the y-axis and an x/z plane divides the flat side surface into two equally large partial surfaces, and wherein the distance between the two opposite surfaces (8, 10) decreases starting from the decoupling section towards the origin of the reference system, and in that the shape of a reflecting surface (18; 18')is formed; when only that part of the base curve, which has its focal point at the origin of the reference system in the x/y plane, for negative x-values and negative y-values rotates 90° about the y-axis and folds in the direction of the plane side surface of the light guide element.
A self-position estimation apparatus for estimating a self-position of a mobile object, the self-position estimation apparatus comprising: N types of sensors (where N is a natural number equal to two) that detect information with different contents from each other regarding a moving status of the mobile object; an environment determiner that determines an environment around the mobile object; a selector that selects information detected by one or more but less than the N types of sensors based on a determination result of the environment determiner; and an estimator that estimates the self-position of the mobile object based on the information selected by the selector, characterized in that the N types of sensors include a first scanner that scans a moving path of the mobile object and a second scanner that scans above the moving path of the mobile object, the environment determiner determines whether a hole with a size into which the mobile object does not fall is present in a scan range (A1, A2, A3, A4, A5) of the first scanner, and the selector selects information detected by the second scanner when the hole is present in the moving path, and selects information detected by at least one of the first scanner and/or the second scanner when the hole is not present in the moving path. N types of sensors (where N is a natural number equal to two) that detect information with different contents from each other regarding a moving status of the mobile object; an environment determiner that determines an environment around the mobile object; a selector that selects information detected by one or more but less than the N types of sensors based on a determination result of the environment determiner; and an estimator that estimates the self-position of the mobile object based on the information selected by the selector, characterized in that the N types of sensors include a first scanner that scans a moving path of the mobile object and a second scanner that scans above the moving path of the mobile object, the environment determiner determines whether a hole with a size into which the mobile object does not fall is present in a scan range (A1, A2, A3, A4, A5) of the first scanner, and the selector selects information detected by the second scanner when the hole is present in the moving path, and selects information detected by at least one of the first scanner and/or the second scanner when the hole is not present in the moving path.
A solution for forming a double eyelid by being applied to a skin of an eyelid, consisting of: (i) a solvent having volatility; and (ii) a base material which is dissolved in the solvent and forms a film closely adhered to the skin of the eyelid with vaporization of the solvent, Wherein the solvent consists of ethanol, the base material having solubility consists of fibrous material which consists of nitrocellulose and which shrinks with vaporization of the solvent, the percentage of fibrous material is between 5% and 25% by weight of the total solution; and the film shrinks by shrinkage of the fibrous material with the film being closely applied to the skin of the eyelid. (i) a solvent having volatility; and (ii) a base material which is dissolved in the solvent and forms a film closely adhered to the skin of the eyelid with vaporization of the solvent,
User equipment, UE, in a time division duplex, TDD, system, comprising: a first sending module, configured to send uplink information on a first frequency resource of a first subframe set and a second frequency resource of a second subframe set respectively, wherein the first frequency resource and the second frequency resource are frequency resources comprised in two different narrowbands; and a radio frame in which a subframe in the first subframe set is located is different from a radio frame in which a subframe in the second subframe set is located, and any subframe comprised in the first subframe set and any subframe comprised in the second subframe set belong to different radio frames; or a half-frame in which a subframe in the first subframe set is located is different from a half-frame in which a subframe in the second subframe set is located, and any subframe comprised in the first subframe set and any subframe comprised in the second subframe set belong to different half-frames. a first sending module, configured to send uplink information on a first frequency resource of a first subframe set and a second frequency resource of a second subframe set respectively, wherein the first frequency resource and the second frequency resource are frequency resources comprised in two different narrowbands; and a radio frame in which a subframe in the first subframe set is located is different from a radio frame in which a subframe in the second subframe set is located, and any subframe comprised in the first subframe set and any subframe comprised in the second subframe set belong to different radio frames; or a half-frame in which a subframe in the first subframe set is located is different from a half-frame in which a subframe in the second subframe set is located, and any subframe comprised in the first subframe set and any subframe comprised in the second subframe set belong to different half-frames.
A contact device of a circuit breaker, comprising a rotation shaft, two pressing plates provided in contact mounting holes of the rotation shaft, and two contact knives arranged side by side, wherein one end of each of the contact knives, that is provided with a movable contact point, passes through the corresponding contact mounting hole, and the other end thereof is connected with the rotation shaft, wherein two pressure-bearing shafts are provided at one ends, connected with the rotation shaft, of the two contact knives; the pressure bearing shafts extend to the outside of the contact knives and are matched with working surfaces of the two pressing plates, characterized in that each pressure-bearing shaft comprises a first column body, and a second column body fixedly connected with one end of the first column body, wherein a step surface is formed at the junction between the second column body and the first column body, and an area of the step surface is larger than that of a cross section of the first column body; the second column bodies of the two pressure-bearing shafts are provided between the two contact knives; the end surfaces of the two second column bodies are in contact location; the first column bodies of the two pressure-bearing shafts penetrate through the two contact knives respectively under the limiting of the step surface.
A method for assembly of a planetary gear drive, wherein the gear drive includes a ring gear, a sun gear, and a plurality of planet gears engaged with the ring gear and sun gear, characterized in that the method comprising the steps of: - mounting the planet gears on bearings within a carrier, the planet gears freely rotatable relative to the carrier; - inserting a gear alignment tool through a bore in a front face of the carrier; - with the tool, indexing the planet gears into an aligned rotational position for proper subsequent engagement with the ring gear and sun gear; and - with the planet gears properly indexed and maintained in position with the tool, mounting the carrier onto a casing of the gear drive so that the planet gears engage the ring gear and sun gear, wherein the tool has a plurality of engagement fingers oriented in a first longitudinal position that allows the tool to slide through the bore, the tool further comprising an elongated handle having a sufficient length to pass through said bore to a central position within said carrier equidistant to the planet gears, said engagement fingers residing within a cage structure at an end of said handle in said first longitudinal position, said engagement fingers having a first end pivotally mounted to said cage structure and a second free end that is radially movable away from said cage structure to engage the planet gears, the method including inserting the tool to said central position within the carrier equidistant to the planet gears and radially spreading the engagement fingers from the central position such that the engagement fingers engage and index the planet gears. - mounting the planet gears on bearings within a carrier, the planet gears freely rotatable relative to the carrier; - inserting a gear alignment tool through a bore in a front face of the carrier; - with the tool, indexing the planet gears into an aligned rotational position for proper subsequent engagement with the ring gear and sun gear; and - with the planet gears properly indexed and maintained in position with the tool, mounting the carrier onto a casing of the gear drive so that the planet gears engage the ring gear and sun gear, wherein the tool has a plurality of engagement fingers oriented in a first longitudinal position that allows the tool to slide through the bore, the tool further comprising an elongated handle having a sufficient length to pass through said bore to a central position within said carrier equidistant to the planet gears, said engagement fingers residing within a cage structure at an end of said handle in said first longitudinal position, said engagement fingers having a first end pivotally mounted to said cage structure and a second free end that is radially movable away from said cage structure to engage the planet gears, the method including inserting the tool to said central position within the carrier equidistant to the planet gears and radially spreading the engagement fingers from the central position such that the engagement fingers engage and index the planet gears.
A maintenance enclosure for use when maintaining a wind turbine blade, said maintenance enclosure comprising: a ceiling, a floor and at least two side walls (5a, 5b) extending between said ceiling and said floor, a first adjustable opening in a first side wall of said at least two side walls (5a, 5b) adapted for receiving said wind turbine blade and a second adjustable opening in a second side wall of said at least two side walls (5a, 5b) adapted for receiving said wind turbine blade, wherein said first adjustable opening and said second adjustable opening are positioned opposite each other, wherein said floor comprises a slit extending at least a portion of the distance between said first adjustable opening and said second adjustable opening, and wherein said slit is adapted for receiving said wind turbine blade. a ceiling, a floor and at least two side walls (5a, 5b) extending between said ceiling and said floor, a first adjustable opening in a first side wall of said at least two side walls (5a, 5b) adapted for receiving said wind turbine blade and a second adjustable opening in a second side wall of said at least two side walls (5a, 5b) adapted for receiving said wind turbine blade, wherein said first adjustable opening and said second adjustable opening are positioned opposite each other, wherein said floor comprises a slit extending at least a portion of the distance between said first adjustable opening and said second adjustable opening, and wherein said slit is adapted for receiving said wind turbine blade.
A drive apparatus to rotate a lace spool of a motorized lacing engine within a footwear platform, the apparatus comprising: a gear motor; and a gear box mechanically coupled to the gear motor, the gear box including a drive shaft extending opposite the gear motor; characterised in that the apparatus further comprises: a worm drive slidably keyed to the drive shaft to control rotation of the worm drive in response to gear motor activation, the worm drive including a worm drive key on a first end surface of the worm drive, the first end surface adjacent to the gear box; and a worm gear including gear teeth engaging a threaded surface of the worm drive to cause rotation of the worm gear in response to rotation of the worm drive, the worm gear rotating the lace spool upon rotation of the worm drive to tighten or loosen a lace cable on the footwear platform. a gear motor; and a gear box mechanically coupled to the gear motor, the gear box including a drive shaft extending opposite the gear motor; characterised in that the apparatus further comprises: a worm drive slidably keyed to the drive shaft to control rotation of the worm drive in response to gear motor activation, the worm drive including a worm drive key on a first end surface of the worm drive, the first end surface adjacent to the gear box; and a worm gear including gear teeth engaging a threaded surface of the worm drive to cause rotation of the worm gear in response to rotation of the worm drive, the worm gear rotating the lace spool upon rotation of the worm drive to tighten or loosen a lace cable on the footwear platform. a worm drive slidably keyed to the drive shaft to control rotation of the worm drive in response to gear motor activation, the worm drive including a worm drive key on a first end surface of the worm drive, the first end surface adjacent to the gear box; and a worm gear including gear teeth engaging a threaded surface of the worm drive to cause rotation of the worm gear in response to rotation of the worm drive, the worm gear rotating the lace spool upon rotation of the worm drive to tighten or loosen a lace cable on the footwear platform.