mhurhangee/ep-ind-claims huggingface dataset:
Assembly for the treatment of materials with microwaves, comprising: (a) a multimode microwave applicator for the treatment of the material with microwaves in a first treatment range; (b) a further multi-component microwave applicator for the treatment of the material with microwaves in a second treatment range; and (c) means for conveying the material to be treated consecutively through the first and the second treatment range; wherein (d) a drive is provided for moving the microwave applicator in such a way that the dimensions of the second treatment range perpendicular to the conveying direction are increased characterized in that (e) the further microwave applicator is a multi-component monomode-microwave applicator, having two portions which are configured to be either moved apart from each other or removed by the drive. (a) a multimode microwave applicator for the treatment of the material with microwaves in a first treatment range; (b) a further multi-component microwave applicator for the treatment of the material with microwaves in a second treatment range; and (c) means for conveying the material to be treated consecutively through the first and the second treatment range; wherein (d) a drive is provided for moving the microwave applicator in such a way that the dimensions of the second treatment range perpendicular to the conveying direction are increased characterized in that (e) the further microwave applicator is a multi-component monomode-microwave applicator, having two portions which are configured to be either moved apart from each other or removed by the drive.
A recombinant avian herpes virus of turkeys (rHVT) which comprises at least a first and a second recombinant nucleotide sequence, said first and second recombinant nucleotide sequences encoding distinct antigenic peptides from one or more avian pathogens, wherein the first recombinant nucleotide sequence is inserted under control of a Pec promoter in a non-coding region of the viral genome located between UL45 and UL46, and the second recombinant nucleotide sequence is inserted into a non-coding region of the viral genome located between UL44 and UL45, between US10 and SORF3, or between SORF3 and US2.
A positioning device for fixing the relative position of two or more adjacent display tiles (T1-T6), the positioning device (1, C1-C6) comprising: - first connection elements, the first connection elements each being part of a first opening (9,10) and pin combination, the first opening and pin combination comprising a positioning pin, the positioning pin when in position linking a display tile to the positioning device (1, C1-C6), and second connection elements, the second connection elements each being part of a second opening (3, 6) and pin (2,5) combination, the pins (2,5) of the second opening and pin combinations comprising an elastically resilient material, - the pins being a means for fastening the positioning device (1, C1-C6) to a support structure, the means for fastening being adapted to accommodate displacements of the display tiles (T1-T6) in the plane of the arrangement, wherein the means for fastening is adapted to be forced in the opening (3,6) in the positioning device (1, C1-C6) and in an opening in the support structure. - first connection elements, the first connection elements each being part of a first opening (9,10) and pin combination, the first opening and pin combination comprising a positioning pin, the positioning pin when in position linking a display tile to the positioning device (1, C1-C6), and second connection elements, the second connection elements each being part of a second opening (3, 6) and pin (2,5) combination, the pins (2,5) of the second opening and pin combinations comprising an elastically resilient material, - the pins being a means for fastening the positioning device (1, C1-C6) to a support structure, the means for fastening being adapted to accommodate displacements of the display tiles (T1-T6) in the plane of the arrangement, wherein the means for fastening is adapted to be forced in the opening (3,6) in the positioning device (1, C1-C6) and in an opening in the support structure.
A method for decorating a drinking or eating vessel, the method comprising: a. providing: i. a drinking or eating vessel (201, 301), wherein the vessel comprises an inner surface that defines a volume for receiving a liquid or a solid food and an outer surface comprising a polymeric coating; and ii. a transfer sheet, wherein the transfer sheet is a formable plastic transfer sheet and comprises a printed decoration; and iii. a supporting means comprising a recess for receiving the vessel; and b. arranging the vessel within the recess of the supporting means thereby defining a lower portion of the outer surface of the vessel occluded from contact with the transfer sheet and an upper portion of the outer surface of the vessel for contacting the transfer sheet; and c. contacting the upper portion of the outer surface of the vessel and the supporting means with the transfer sheet under at least a partial vacuum, wherein the printed decoration is transferred from the transfer sheet to the upper portion of the outer surface of the vessel, and wherein the supporting means reduces stretching of the transfer sheet from the upper portion of the outer surface of the vessel to the lower portion of the outer surface of the vessel. a. providing: i. a drinking or eating vessel (201, 301), wherein the vessel comprises an inner surface that defines a volume for receiving a liquid or a solid food and an outer surface comprising a polymeric coating; and ii. a transfer sheet, wherein the transfer sheet is a formable plastic transfer sheet and comprises a printed decoration; and iii. a supporting means comprising a recess for receiving the vessel; and i. a drinking or eating vessel (201, 301), wherein the vessel comprises an inner surface that defines a volume for receiving a liquid or a solid food and an outer surface comprising a polymeric coating; and ii. a transfer sheet, wherein the transfer sheet is a formable plastic transfer sheet and comprises a printed decoration; and iii. a supporting means comprising a recess for receiving the vessel; and b. arranging the vessel within the recess of the supporting means thereby defining a lower portion of the outer surface of the vessel occluded from contact with the transfer sheet and an upper portion of the outer surface of the vessel for contacting the transfer sheet; and c. contacting the upper portion of the outer surface of the vessel and the supporting means with the transfer sheet under at least a partial vacuum, wherein the printed decoration is transferred from the transfer sheet to the upper portion of the outer surface of the vessel, and wherein the supporting means reduces stretching of the transfer sheet from the upper portion of the outer surface of the vessel to the lower portion of the outer surface of the vessel.
An antibody or a fragment thereof which has immunological reactivity with a partial CAPRIN-1 polypeptide consisting of the amino acid sequence shown by SEQ ID NO: 5.
A cryptographic method of performing an encrypted computation on a set of one or more encoded-and-encrypted values, wherein: - a value is encoded-and-encrypted as encryptions of multiple respective subvalues, wherein a subvalue has a corresponding message modulus and carry-message modulus larger than the message modulus; - a value is encoded-and-encrypted without carry by non-carry subvalues smaller than the corresponding message moduli; and - a value is encoded-and-encrypted with carry by at least one with-carry subvalue larger than or equal to the corresponding message modulus, wherein the method comprises: - accessing the one or more encoded-and-encrypted values; - applying an encrypted operation to at least an input value encoded-and-encrypted with carry to obtain an output value encoded-and-encrypted with carry; - applying an encrypted carry-reduction to the output value encoded-and-encrypted with carry to obtain a further encoding-and-encryption of the output value in which at least one with-carry subvalue is reduced to a non-carry subvalue. - a value is encoded-and-encrypted as encryptions of multiple respective subvalues, wherein a subvalue has a corresponding message modulus and carry-message modulus larger than the message modulus; - a value is encoded-and-encrypted without carry by non-carry subvalues smaller than the corresponding message moduli; and - a value is encoded-and-encrypted with carry by at least one with-carry subvalue larger than or equal to the corresponding message modulus, - accessing the one or more encoded-and-encrypted values; - applying an encrypted operation to at least an input value encoded-and-encrypted with carry to obtain an output value encoded-and-encrypted with carry; - applying an encrypted carry-reduction to the output value encoded-and-encrypted with carry to obtain a further encoding-and-encryption of the output value in which at least one with-carry subvalue is reduced to a non-carry subvalue.
Burner extending along an axis and comprising a peripheral axial flow primary-air supply pipe which surrounds the collection of fuel supply pipes and the central air supply pipe, and which is delimited by an inner tube extending along the axis of the burner and by an outer tube coaxial with the inner tube, the two tubes (5, 6) being axially mobile one relative to the other in translation in the axial direction between an open position and a closed position, a first of the two tubes (5, 6) bearing, near its downstream end, an annular flange that has slots running substantially in the axial direction of the tube, characterized in that the second tube comprises a closure portion (13, 15) arranged in such way that when the two tubes (5, 6) are in the open position, the distance radially separating the closure portion (13, 15) from the flange allows a significant passage of air between these two members (8, 13), and when the two tubes (5, 6) are in the closed position, this distance is substantially zero so that almost all of the air passes via the slots.
A method of manufacturing leadframes for semiconductor devices, the method comprising: - providing a laminar substrate of laser direct structuring material, the laminar substrate comprising first and second opposed surfaces, - applying laser beam processing to said substrate to provide a first pattern of electrically-conductive formations (12, 120) at the first surface of said substrate, a second pattern of electrically-conductive formations (14, 140) at the second surface of said substrate, and electrically-conductive vias through said substrate between the first surface of said substrate and the second surface of said substrate, the electrically-conductive vias coupled to at least one (12, 14) of the electrically-conductive formations in said first pattern of electrically-conductive formations and said second pattern of electrically-conductive formations. - providing a laminar substrate of laser direct structuring material, the laminar substrate comprising first and second opposed surfaces, - applying laser beam processing to said substrate to provide a first pattern of electrically-conductive formations (12, 120) at the first surface of said substrate, a second pattern of electrically-conductive formations (14, 140) at the second surface of said substrate, and electrically-conductive vias through said substrate between the first surface of said substrate and the second surface of said substrate, the electrically-conductive vias coupled to at least one (12, 14) of the electrically-conductive formations in said first pattern of electrically-conductive formations and said second pattern of electrically-conductive formations.
A composition, comprising: a) one or more polyethylene; b) one or more polypropylene; c) one or more polyolefin elastomer; and d) a crystalline block composite comprising three components: i) a crystalline ethylene based polymer, ii) a crystalline propylene based polymer, and iii) a block copolymer having a crystalline ethylene based block and a crystalline propylene block, wherein the composition of component i) is the same as the crystalline ethylene based block of the block copolymer and the composition of component ii) is the same as the crystalline propylene block of the block copolymer; wherein the one or more polyolefin elastomer includes an olefin block copolymer having an ethylene/a-olefin copolymer. a) one or more polyethylene; b) one or more polypropylene; c) one or more polyolefin elastomer; and d) a crystalline block composite comprising three components: i) a crystalline ethylene based polymer, ii) a crystalline propylene based polymer, and iii) a block copolymer having a crystalline ethylene based block and a crystalline propylene block, wherein the composition of component i) is the same as the crystalline ethylene based block of the block copolymer and the composition of component ii) is the same as the crystalline propylene block of the block copolymer; i) a crystalline ethylene based polymer, ii) a crystalline propylene based polymer, and iii) a block copolymer having a crystalline ethylene based block and a crystalline propylene block,
A method of recycling rubber-metal-composite parts, in particular rubber-metal springs for railway application, where used rubber-metal-composite parts (2, 3) are subjected to pyrolising controlled atmosphere heat treatment in a heating chamber, characterized in that the pyrolise heat treatment is operated at a temperature between 400 and 450° C and in a gaseous atmosphere containing an oxygen content of less than 2% by volume in the chamber, wherein the heat treatment is performed until the rubber components of the rubber-metal-composite parts are pyrolised, wherein after pyrolising heat treatment the remaining carbonic components are supposed to combustion under addition of less than 10% by volume of oxygen to burn the carbon black deposits remaining from the pyrolised rubber and transform it into ashes.
Device for measuring the temperature of the water covering a road surface to study the behaviour of a pneumatic tyre, the device comprising a member for measuring the temperature of the water, characterized in that: - the device comprises means of channelling the water covering the road surface at the time when device rolls on this roadway and on which the pneumatic tyre rolled, the means of channeling the water comprising a chamber for measuring the temperature of the water covering the road surface, - the measuring member comprises a measuring head situated in the measuring chamber, and - the device comprises means of driving the device over the road surface which means are arranged in such a way that the temperature measuring head is situated at some distance from the road surface. - the device comprises means of channelling the water covering the road surface at the time when device rolls on this roadway and on which the pneumatic tyre rolled, the means of channeling the water comprising a chamber for measuring the temperature of the water covering the road surface, - the measuring member comprises a measuring head situated in the measuring chamber, and - the device comprises means of driving the device over the road surface which means are arranged in such a way that the temperature measuring head is situated at some distance from the road surface.
Apparatus (100, 200, 300) for heating smokable material to volatilise at least one component of the smokable material, the apparatus comprising: a heating zone for receiving an article, the article (1, 2, 3) comprising smokable material and heating material that is heatable by penetration with a varying magnetic field to heat the smokable material; and a magnetic field generator for generating a varying magnetic field that penetrates the heating zone, the magnetic field generator comprising a magnetically permeable core and a coil; wherein the core comprises a magnetically permeable first portion and magnetically permeable first and second arms (151, 152) extending from the first portion, wherein the coil is wound around the first portion of the core, and wherein the first and second arms of the core are on different sides of the heating zone. a heating zone for receiving an article, the article (1, 2, 3) comprising smokable material and heating material that is heatable by penetration with a varying magnetic field to heat the smokable material; and a magnetic field generator for generating a varying magnetic field that penetrates the heating zone, the magnetic field generator comprising a magnetically permeable core and a coil; wherein the core comprises a magnetically permeable first portion and magnetically permeable first and second arms (151, 152) extending from the first portion, wherein the coil is wound around the first portion of the core, and wherein the first and second arms of the core are on different sides of the heating zone.
A temporary radiotherapy facility comprising: a foundation; and a radiation vault module for supporting a radiotherapy device within a treatment room, the radiation vault module comprising: a freestanding outer frame assembly (102a-102d) positioned over the foundation; characterised in that the radiation vault module further comprises: a base frame adjustably mounted within the outer frame assembly (102a-102d) for supporting the radiotherapy device; and a plurality of adjustable supports extendable in a downward direction from the base frame when the module is placed on the foundation, wherein the supports enable the orientation of the base frame to be adjusted independently from the outer frame assembly (102a-102d) wherein the base frame is mounted to the outer frame assembly (102a-102d) by way of mounting bolts extending through slotted holes. a foundation; and a radiation vault module for supporting a radiotherapy device within a treatment room, the radiation vault module comprising: a freestanding outer frame assembly (102a-102d) positioned over the foundation; characterised in that the radiation vault module further comprises: a base frame adjustably mounted within the outer frame assembly (102a-102d) for supporting the radiotherapy device; and a plurality of adjustable supports extendable in a downward direction from the base frame when the module is placed on the foundation, wherein the supports enable the orientation of the base frame to be adjusted independently from the outer frame assembly (102a-102d) wherein the base frame is mounted to the outer frame assembly (102a-102d) by way of mounting bolts extending through slotted holes. a freestanding outer frame assembly (102a-102d) positioned over the foundation; characterised in that the radiation vault module further comprises: a base frame adjustably mounted within the outer frame assembly (102a-102d) for supporting the radiotherapy device; and a plurality of adjustable supports extendable in a downward direction from the base frame when the module is placed on the foundation, wherein the supports enable the orientation of the base frame to be adjusted independently from the outer frame assembly (102a-102d) wherein the base frame is mounted to the outer frame assembly (102a-102d) by way of mounting bolts extending through slotted holes. a base frame adjustably mounted within the outer frame assembly (102a-102d) for supporting the radiotherapy device; and a plurality of adjustable supports extendable in a downward direction from the base frame when the module is placed on the foundation, wherein the supports enable the orientation of the base frame to be adjusted independently from the outer frame assembly (102a-102d) wherein the base frame is mounted to the outer frame assembly (102a-102d) by way of mounting bolts extending through slotted holes.
Method for forming a damping layer by weaving a large number of yarns (11, 12) to form a woven fabric, wherein at least some of the yarns are foamable synthetic yarns, and the yarns are first woven to each other, characterized in that subsequently at least some of the synthetic yarns are foamed to form loops of foamed synthetic yarn upstanding from the fabric.
A method comprising embedding tear straps in a metal aircraft structure having a fully formed contour and thickness, the tear straps including strips of fibers that are substantially stronger and stiffer than the metal aircraft structure, the fibers embedded beneath at least one surface of the metal aircraft structure via ultrasonic consolidation, wherein the fibers are embedded in inner and outer surfaces of the metal aircraft skin, wherein embedding pressure and vibrations are applied to the fibers on both surfaces of the metal aircraft skin during the ultrasonic consolidation, and further comprising assembling the metal aircraft skin to a stiffening substructure after the tear straps have been embedded in the metal aircraft skin.
A communication access control system, comprising: at least one access control cell, implemented on a computing entity, for computing a random input address and a random output address upon a request of a system user; wherein said input and output addresses are based on a cryptographic key held by a service facility associated with said at least one access control cell, wherein the at least one access control cell is configured to generate the random output address using a cryptographically secure pseudo-random number generator, and to compute the random input address as a symmetrical encryption function of the random output address and the cryptographic key, and wherein entities in possession of the random input address can send messages to the access control cell and entities in possession of the random output address can receive messages from the access control cell, and wherein entities in possession of the random input address cannot receive messages from the access control cell without the random output address, and entities in possession of the random output address cannot send messages to the access control cell without the random input address. at least one access control cell, implemented on a computing entity, for computing a random input address and a random output address upon a request of a system user; wherein said input and output addresses are based on a cryptographic key held by a service facility associated with said at least one access control cell, wherein the at least one access control cell is configured to generate the random output address using a cryptographically secure pseudo-random number generator, and to compute the random input address as a symmetrical encryption function of the random output address and the cryptographic key, and wherein entities in possession of the random input address can send messages to the access control cell and entities in possession of the random output address can receive messages from the access control cell, and wherein entities in possession of the random input address cannot receive messages from the access control cell without the random output address, and entities in possession of the random output address cannot send messages to the access control cell without the random input address.