mhurhangee/patent-ind-claim-en huggingface dataset:
A composite member comprising: a bonding member made of a fiber-reinforced resin containing multiple continuous fibers; and a bracket bonded to the bonding member via a resin, wherein the bracket has a through-hole that extends through in a thickness direction, and the bonding member comprises a front surface side fiber-reinforced resin sheet disposed on a front surface side of the bracket , and a rear surface side fiber-reinforced resin sheet disposed on a rear surface side of the bracket , characterized in that the front surface side fiber-reinforced resin sheet , the rear surface side fiber-reinforced resin sheet and the bracket are integrally bonded with a resin in a state in which the fibers of both of the front surface side fiber-reinforced resin sheet and the rear surface side fiber-reinforced resin sheet are inserted in the through-hole of the bracket to thereby bond the fibers that are inserted in the through-hole of the bracket to the inner perimeter surface of the through-hole of the bracket and to enhance a bonding strength between the bonding member and the bracket . a bonding member made of a fiber-reinforced resin containing multiple continuous fibers; and a bracket bonded to the bonding member via a resin, wherein the bracket has a through-hole that extends through in a thickness direction, and the bonding member comprises a front surface side fiber-reinforced resin sheet disposed on a front surface side of the bracket , and a rear surface side fiber-reinforced resin sheet disposed on a rear surface side of the bracket , characterized in that the front surface side fiber-reinforced resin sheet , the rear surface side fiber-reinforced resin sheet and the bracket are integrally bonded with a resin in a state in which the fibers of both of the front surface side fiber-reinforced resin sheet and the rear surface side fiber-reinforced resin sheet are inserted in the through-hole of the bracket to thereby bond the fibers that are inserted in the through-hole of the bracket to the inner perimeter surface of the through-hole of the bracket and to enhance a bonding strength between the bonding member and the bracket .
A disc cutter comprising a cutter disc , a protective cover which covers approximately the upper half of the disc and a cooling device comprising: a tube for supplying coolant, a nozzle that pours the coolant on the disc and a curved, tubular guide , with a radius of curvature slightly greater than the cutter disc , attached inside the cover and concentric with the periphery of the disc ; characterised in that the cooling device further comprises: - a curved cannula , made of semi-rigid material, mounted inside the curved guide capable of longitudinal movement between two end positions and provided with an upper end connected to the tube for supplying coolant and a lower end which protrudes below the cover and wherein the nozzle is coupled, - means for attaching the cannula at different points of the path thereof; so that during the movement of the cannula , the nozzle moves over a lower sector of the periphery of the disc , and during the cutting of parts (P) of different thicknesses, said nozzle is located at different heights and facing the disc contact and penetration area in the part (P) to be cut. - a curved cannula , made of semi-rigid material, mounted inside the curved guide capable of longitudinal movement between two end positions and provided with an upper end connected to the tube for supplying coolant and a lower end which protrudes below the cover and wherein the nozzle is coupled, - means for attaching the cannula at different points of the path thereof;
A fire-shielding U-shaped outer frame element adapted for supporting a side of at least one wall element in a wall construction, said outer frame element being elongate in a longitudinal direction and comprising a bottom part and a first side flange and a second side flange , the first and second side flanges extending away from the bottom part in a height direction, an interior surface of the first side flange being adapted for extending along a first exterior surface of the wall element and an interior surface of the second side flange being adapted for extending along a second exterior surface opposite the first exterior surface of the wall element in a mounted condition of the outer frame element so as to hold the wall element to form said wall construction, wherein the outer frame element comprises a first elongate strip and a plurality of perforations arranged in the bottom part and/or the first side flange and/or the second side flange, said first strip comprising a material having thermal shielding properties and being arranged on an interior surface of the first side flange and/or an exterior surface of the first side flange and/or on the second side flange of the outer frame element , wherein said outer frame element is composed of at least two separate components including a base element and an adaptor element forming at least a first part of the second side flange, wherein the base element comprises the bottom part , the first side flange and a second part of the second side flange, characterized in that the second part of the second side flange formed by the base element is shorter than the first side flange in the height direction (h). wherein said outer frame element is composed of at least two separate components including a base element and an adaptor element forming at least a first part of the second side flange, wherein the base element comprises the bottom part , the first side flange and a second part of the second side flange, characterized in that the second part of the second side flange formed by the base element is shorter than the first side flange in the height direction (h).
A method for manufacturing a dielectric part, wherein there is carried out an interlocking of several dielectric materials at least one of which is in the solid state, said dielectric materials having at least one relative electromagnetic constant ε r , μ r with different values, characterized in that : - said interlocking is made by selecting: ∘ an interlocking structure of said dielectric materials formed by a three-dimensional solid network constituted by a repetition in all directions of the space of meshes of the at least one of said dielectric materials that is in the solid state, and wherein each homogeneous area of any of said dielectric materials has in every direction of the space a maximum dimension smaller than a value a max = α. λ 0 , where α is a real number lower than 10, and λ 0 is a wavelength of an electromagnetic radiation to which the dielectric part must be adapted, ∘ and dielectric materials adapted to enable a manufacture of the three-dimensional solid network by three-dimensional printing of each solid dielectric material, - the dielectric part is manufactured by three-dimensional printing of the three-dimensional solid network, so that the dielectric part has at least one determined tensor [ε r ], [μ r ] of at least one relative electromagnetic constant ε r , μ r . - said interlocking is made by selecting: ∘ an interlocking structure of said dielectric materials formed by a three-dimensional solid network constituted by a repetition in all directions of the space of meshes of the at least one of said dielectric materials that is in the solid state, and wherein each homogeneous area of any of said dielectric materials has in every direction of the space a maximum dimension smaller than a value a max = α. λ 0 , where α is a real number lower than 10, and λ 0 is a wavelength of an electromagnetic radiation to which the dielectric part must be adapted, ∘ and dielectric materials adapted to enable a manufacture of the three-dimensional solid network by three-dimensional printing of each solid dielectric material, ∘ an interlocking structure of said dielectric materials formed by a three-dimensional solid network constituted by a repetition in all directions of the space of meshes of the at least one of said dielectric materials that is in the solid state, and wherein each homogeneous area of any of said dielectric materials has in every direction of the space a maximum dimension smaller than a value a max = α. λ 0 , where α is a real number lower than 10, and λ 0 is a wavelength of an electromagnetic radiation to which the dielectric part must be adapted, ∘ and dielectric materials adapted to enable a manufacture of the three-dimensional solid network by three-dimensional printing of each solid dielectric material, - the dielectric part is manufactured by three-dimensional printing of the three-dimensional solid network,
A reciprocating motor comprising: a stator provided with air gaps (A1, A2) respectively at both sides thereof along an axial direction of the reciprocating motor, the air gaps (A1, A2) interposing a magnet coil therebetween; and a mover running through the stator, being configured for reciprocating with respect to the stator, and having at least one magnet comprised of a 2-pole magnet having poles N and S along an axial direction of a stator core, and arranged at any one of the air gaps (A1, A2) and a non-magnet arranged at the other one of the air gaps (A1, A2) and the non-magnet being made of a magnetic material, the mover formed in a cylindrical shape, wherein the stator core includes a yoke portion , wherein both ends of the yoke portion include a first pole portion corresponding to the magnet and a second pole portion corresponding to the non-magnet , wherein the stator comprises a first stator core formed in a cylindrical shape and a second stator core , wherein the first stator core is provided with the magnet coil and the second stator core is provided inside the first stator core with the mover interposed therebetween, and characterized in that an axial length (D9) of the second stator core is longer than an axial length (D5) of the first stator core and in that the second stator core is formed to be as long as a maximum distance for reciprocation of the mover . a stator provided with air gaps (A1, A2) respectively at both sides thereof along an axial direction of the reciprocating motor, the air gaps (A1, A2) interposing a magnet coil therebetween; and a mover running through the stator, being configured for reciprocating with respect to the stator, and having at least one magnet comprised of a 2-pole magnet having poles N and S along an axial direction of a stator core, and arranged at any one of the air gaps (A1, A2) and a non-magnet arranged at the other one of the air gaps (A1, A2) and the non-magnet being made of a magnetic material, the mover formed in a cylindrical shape, wherein the stator core includes a yoke portion , wherein both ends of the yoke portion include a first pole portion corresponding to the magnet and a second pole portion corresponding to the non-magnet , wherein the stator comprises a first stator core formed in a cylindrical shape and a second stator core , wherein the first stator core is provided with the magnet coil and the second stator core is provided inside the first stator core with the mover interposed therebetween, and characterized in that an axial length (D9) of the second stator core is longer than an axial length (D5) of the first stator core and in that the second stator core is formed to be as long as a maximum distance for reciprocation of the mover .
A method comprising: determining to associate a communication identifier with a browser session , wherein the browser session hosts, at least in part, a web application , and wherein the communication identifier facilitates addressing of the browser session , the web application , or a combination thereof via a process that is not specific to the browser session , the web application , or a combination thereof; determining to cause, at least in part, creation of a channel for exchanging data between the browser session , the web application , or a combination thereof and one or more other browser sessions, one or more other web applications, one or more devices, or a combination thereof, wherein the creation of the channel is based, at least in part, on the communication identifier; determining to cause, at least in part, creation of a group of the browser session , the web application , the one or more other browser sessions, the one or more other web applications, the one or more devices, or a combination thereof; and determining to designate at least one master from among the group, wherein the at least one master manages data exchanges among the group over the channel. determining to associate a communication identifier with a browser session , wherein the browser session hosts, at least in part, a web application , and wherein the communication identifier facilitates addressing of the browser session , the web application , or a combination thereof via a process that is not specific to the browser session , the web application , or a combination thereof; determining to cause, at least in part, creation of a channel for exchanging data between the browser session , the web application , or a combination thereof and one or more other browser sessions, one or more other web applications, one or more devices, or a combination thereof, wherein the creation of the channel is based, at least in part, on the communication identifier; determining to cause, at least in part, creation of a group of the browser session , the web application , the one or more other browser sessions, the one or more other web applications, the one or more devices, or a combination thereof; and determining to designate at least one master from among the group, wherein the at least one master manages data exchanges among the group over the channel.
A blade for a demolition shear, said blade comprising: a first longitudinal side wall ; a second longitudinal side wall spaced apart from said first longitudinal side wall; a first end wall extending between a first end of said first longitudinal side wall and a first end of said second longitudinal side wall; a second end wall extending between the second end of said first longitudinal side wall and a second end of said second longitudinal side wall; and a front wall which extends between said first and second end walls and between said first and second longitudinal side walls; said first and second longitudinal side walls, said first and second end walls, and said front wall forming at least one cavity there between; an intersection between said first end wall and said front wall defining a first piercing tip ; and an intersection between said second end wall and said front wall defining a second piercing tip ; said first and second longitudinal side walls said first and second end walls and said front wall being formed as a single body; and characterised in that each of said first and second end walls comprises a corresponding respective protrusion which faces inwardly into said at least one cavity ; said blade for a demolition shear being indexable between a first position and a second position; wherein, in said first position, the first piercing tip is presented for piercing use and in the second position the second piercing tip is presented for piercing use. a first longitudinal side wall ; a second longitudinal side wall spaced apart from said first longitudinal side wall; a first end wall extending between a first end of said first longitudinal side wall and a first end of said second longitudinal side wall; a second end wall extending between the second end of said first longitudinal side wall and a second end of said second longitudinal side wall; and a front wall which extends between said first and second end walls and between said first and second longitudinal side walls; said first and second longitudinal side walls, said first and second end walls, and said front wall forming at least one cavity there between; an intersection between said first end wall and said front wall defining a first piercing tip ; and an intersection between said second end wall and said front wall defining a second piercing tip ; said first and second longitudinal side walls said first and second end walls and said front wall being formed as a single body; and characterised in that each of said first and second end walls comprises a corresponding respective protrusion which faces inwardly into said at least one cavity ; said blade for a demolition shear being indexable between a first position and a second position; wherein, in said first position, the first piercing tip is presented for piercing use and in the second position the second piercing tip is presented for piercing use.
A catheter connector , comprising: a body having a proximal end and a distal end , said body defining a hollow interior extending from said proximal end to said distal end; a proximal end port configured with said proximal end of body for mating communication with a fluid delivery device; an insert configured within the hollow interior, said insert defining a bore therethrough, said bore configured to receive a catheter at least partially therethrough, said bore comprising an interior wall and an exterior wall defining a thickness therebetween, said interior wall comprising a plurality of discontinuities , characterised in that , when the catheter is inserted through said bore , a plurality of cavities are formed by the catheter and the plurality of discontinuities of the insert , said cavities configured to collect a liquid medium therein, so as to maintain a secure connection between the catheter and the catheter connector when in use. a body having a proximal end and a distal end , said body defining a hollow interior extending from said proximal end to said distal end; a proximal end port configured with said proximal end of body for mating communication with a fluid delivery device; an insert configured within the hollow interior, said insert defining a bore therethrough, said bore configured to receive a catheter at least partially therethrough, said bore comprising an interior wall and an exterior wall defining a thickness therebetween, said interior wall comprising a plurality of discontinuities , characterised in that , when the catheter is inserted through said bore , a plurality of cavities are formed by the catheter and the plurality of discontinuities of the insert , said cavities configured to collect a liquid medium therein, so as to maintain a secure connection between the catheter and the catheter connector when in use.
A composition comprising at least one core-shell microcapsule in a suspending medium, wherein said core-shell microcapsules comprise a core oil containing a functional ingredient and a shell comprising a polyurea resin formed by the reaction of at least one polyisocyanate, chitosan, and at least one polyimine, wherein the polyimine is poly(ethylenimine), wherein the chitosan is added to the reaction medium in solid form.
An apparatus, comprising: a device including at least one memory adapted to store run-time data for the device, and at least one processor that is adapted to execute processor-executable code that, in response to execution, enables the device to perform actions, including: storing proof structures that store layers of cryptographic proof for transactions for smart contracts, wherein details of the transactions are stored on blockchains separate from the proof structures, wherein the proof structures are proof structures for the transactions, wherein the proof structures include a plurality of signatures, wherein the plurality of signatures includes at least one enclave signature from a first enclave , and wherein the first enclave is a secure execution environment; receiving a proof request that is associated with at least a first transaction of the transactions; retrieving a first proof structure of the proof structures that corresponds to the first transaction; obtaining a plurality of public keys associated with the first proof structure; using the plurality of public keys to validate the first proof structure; and in response to the validation of the first proof structure, responding to the proof request with at least an indication of the validity of the first transaction. storing proof structures that store layers of cryptographic proof for transactions for smart contracts, wherein details of the transactions are stored on blockchains separate from the proof structures, wherein the proof structures are proof structures for the transactions, wherein the proof structures include a plurality of signatures, wherein the plurality of signatures includes at least one enclave signature from a first enclave , and wherein the first enclave is a secure execution environment; receiving a proof request that is associated with at least a first transaction of the transactions; retrieving a first proof structure of the proof structures that corresponds to the first transaction; obtaining a plurality of public keys associated with the first proof structure; using the plurality of public keys to validate the first proof structure; and in response to the validation of the first proof structure, responding to the proof request with at least an indication of the validity of the first transaction.
Field device used in automation engineering, comprising at least: - a housing ; - a first light source arranged in or on the housing and serving as a visual status indicator, wherein said light source is arranged in such a way that it is visible from outside the housing and wherein said light source is designed in the form of a luminous foil or a luminous paint with fluorescent or phosphorescent properties; - a second light source arranged in the housing , wherein said light source is designed to stimulate the first light source so that it emits light; - a field device electronics unit located in the housing, wherein said unit is designed to stimulate - via a signal with a predefined frequency - the second light source so that it emits light, such that the second light source stimulates the first light source to emit light and the first light source exhibits an afterglow. - a housing ; - a first light source arranged in or on the housing and serving as a visual status indicator, wherein said light source is arranged in such a way that it is visible from outside the housing and wherein said light source is designed in the form of a luminous foil or a luminous paint with fluorescent or phosphorescent properties; - a second light source arranged in the housing , wherein said light source is designed to stimulate the first light source so that it emits light; - a field device electronics unit located in the housing, wherein said unit is designed to stimulate - via a signal with a predefined frequency - the second light source so that it emits light, such that the second light source stimulates the first light source to emit light and the first light source exhibits an afterglow.