mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for preparing and dispensing food products, comprising at least one containment tank predisposed to contain a product to be prepared and mounted on a base body; cooling or heating means of the product contained in said containment tank; a mixing device arranged inside said containment tank and predisposed to cause a continuous circulation of the product inside said containment tank, for conveying the product towards a front zone of said containment tank; a gearmotor member predisposed to operate in rotation said mixing device according to an axis substantially longitudinal to said tank, said gearmotor member being mounted in tilting manner with respect to said axis substantially longitudinal to said containment tank; a dispenser device of the product, placed at said front zone of said containment tank; elastic means contrasting the resistive torque that opposes the rotation of said mixing device; consistency control means for controlling the consistency of the product being prepared inside said tank comprising a first microswitch and a second microswitch predisposed to be selectively operated by the angular rotation of said gearmotor member, for controlling the stop of said cooling or heating means, depending on said resistive torque opposing the rotation of said mixing device.
Locking device comprising a key and a locking cylinder comprising a cylinder core that is mounted in a cylinder housing and comprises a key channel that comprises two opposing first and second side walls (7, 8) and a narrow side wall extending substantially transversely thereto, into which key channel a tracing end of at least one tumbler pin, which can move in a core hole associated with the narrow side wall, projects transversely to the extension direction of the key channel, the tracing end, which is acted on by a spring, resting on a contact point on a tracing stage of a key shank of the key inserted in the key channel, which tracing stage extends, at an angle (α), obliquely to the movement direction of the tumbler pin, the force of the spring that comes into effect at the contact point producing a force component which acts on a broadside of the key shank towards the first side wall and the counterforce (K') thereof acting on the tumbler pin towards the second side wall, characterised in that the key shank comprises a projection that engages in a space between the tumbler pin and the first side wall and has such a material thickness that it holds, in a form-fitting manner, a portion of the tumbler pin in a trough of the second side wall formed by at least one rib.
A nano-blend of two or more biopolymers comprising a nanostructured first biopolymer in a matrix of a second biopolymer, wherein the nanostructured first polymer is 100 nm or less in diameter, wherein (a) the first biopolymer is poly(butylene adipate-co-terephthalate) (PBAT), and the second polymer is polybutylene succinate, or (b) the first biopolymer is polybutylene succinate, and the second polymer is poly(butylene adipate-co-terephthalate) (PBAT).
A method for manufacturing a primary preform for an optical fibre, using a plasma chemical internal vapour deposition process, wherein doped or undoped glass-forming precursors are supplied to the interior of a hollow glass substrate tube, a reaction zone in the form of a plasma is moved back and forth along the length of the aforesaid hollow glass substrate tube between a point of reversal near the supply side and a point of reversal near the discharge side of the hollow substrate tube, wherein the substrate tube is positioned in a furnace and wherein such conditions are created in the aforesaid reaction zone that one or more glass layer packages made up of at least two separate glass layers are deposited on the interior of the aforesaid substrate tube, characterised in that the method comprises the following step: defining deposition conditions as a function of the position of the reaction zone, seen in the longitudinal direction of the hollow glass substrate tube, for the deposition of at least one glass layer, with the deposition conditions thus defined differing from each other within the deposition of the aforesaid glass layer. defining deposition conditions as a function of the position of the reaction zone, seen in the longitudinal direction of the hollow glass substrate tube, for the deposition of at least one glass layer, with the deposition conditions thus defined differing from each other within the deposition of the aforesaid glass layer.
A method for producing vials from borosilicate glass tubes, characterized in that the alkali elution of the vials is lowered by a first step of forming the mouth of the vial; a second step of forming the bottom of the vial; and a third step of fire-blasting the internal surface of the vial by a certain length from the bottom toward the mouth of the vial with flames to remove the deteriorated region caused by the processing. a first step of forming the mouth of the vial; a second step of forming the bottom of the vial; and a third step of fire-blasting the internal surface of the vial by a certain length from the bottom toward the mouth of the vial with flames to remove the deteriorated region caused by the processing.
A fixation element for fastening a stented valve to a native heart valve, the fixation element comprising: (a) a control rod comprising: (i) a proximal end, connected to (ii) a distal end reversibly connectable to (b) a pivotable clamp comprising (i) at least one arm, wherein the at least one arm comprises a hand, wherein the at least one arm and the hand are located on opposing sides of the pivot of the pivotable clamp; and (ii) an actuator operable to displace the pivotable clampbetween an open position and a closed position by operation of the proximal end of the control rod. (a) a control rod comprising: (i) a proximal end, connected to (ii) a distal end reversibly connectable to (i) a proximal end, connected to (ii) a distal end reversibly connectable to (b) a pivotable clamp comprising (i) at least one arm, wherein the at least one arm comprises a hand, wherein the at least one arm and the hand are located on opposing sides of the pivot of the pivotable clamp; and (ii) an actuator operable to displace the pivotable clampbetween an open position and a closed position by operation of the proximal end of the control rod. (i) at least one arm, wherein the at least one arm comprises a hand, wherein the at least one arm and the hand are located on opposing sides of the pivot of the pivotable clamp; and (ii) an actuator operable to displace the pivotable clampbetween an open position and a closed position by operation of the proximal end of the control rod.
A laser light source, comprising: a laser device, a fluorescence wheel and a color filter wheel, wherein the fluorescence wheel emits fluorescent light when excited by laser light; a telescope system including a convex lens and a concave lens; a first diffusion element downstream of the telescope system; a light merging component; and a second diffusion element upstream of the color filter wheel; wherein after passing through the telescope system and before reaching the fluorescence wheel, the laser light emitted by the laser device is transmitted through the first diffusion element, and the first diffusion element is fixedly arranged; and wherein after passing through the first diffusion element, the laser light reaches the fluorescence wheel such that the fluorescence wheel is excited to emit the fluorescent light; then both the laser light and the fluorescent light reach the light merging component to be merged; characterised in that the laser light and the fluorescent light are transmitted through the second diffusion element after being merged by the light merging component and before being output through the color filter wheel, and the second diffusion element is controlled to rotate. a laser device, a fluorescence wheel and a color filter wheel, wherein the fluorescence wheel emits fluorescent light when excited by laser light; a telescope system including a convex lens and a concave lens; a first diffusion element downstream of the telescope system; a light merging component; and a second diffusion element upstream of the color filter wheel; wherein after passing through the telescope system and before reaching the fluorescence wheel, the laser light emitted by the laser device is transmitted through the first diffusion element, and the first diffusion element is fixedly arranged; and wherein after passing through the first diffusion element, the laser light reaches the fluorescence wheel such that the fluorescence wheel is excited to emit the fluorescent light; then both the laser light and the fluorescent light reach the light merging component to be merged; characterised in that the laser light and the fluorescent light are transmitted through the second diffusion element after being merged by the light merging component and before being output through the color filter wheel, and the second diffusion element is controlled to rotate.
A process for obtaining candidate reference data to compare to a data to be identified, implemented in a system comprising a client unit and a storage server comprising two databases (DB1, DB2), in which: - the first database comprises a plurality of indexed memory blocks each comprising a corresponding encrypted indexed reference data (b i), and - the second database comprises memory blocks indexed by all possible hash values obtained by a plurality of k indexed hash functions (H j), and wherein each block contains a list of the indexes of the reference data (b i) which hashing (H j (b i)) by one of said hash function (H j) results in the hash value corresponding to said block, said process comprising the steps during which: - the client unit hashes the data (b) to be identified with each of the plurality of hash functions (H j), and reads the k memory blocks of the second database corresponding to the hash values thus obtained, - the client unit identifies indexes (i 1,...i l) contained in at least t out of k read memory blocks, and - the client unit reads the memory blocks of the first database indexed by the identified indexes (i 1,...i l) in order to obtain the corresponding indexed reference data (bi 1,...b il), said data being candidate data to compare to the data to be identified, said process being characterized in that the storage server and the client unit are configured to execute a distinct instance (ORAM1, ORAM2) of an oblivious RAM protocol for each database (DB1, DB2), and in that the steps of reading memory blocks of the database are carried out using said Oblivious RAM protocol instances, thereby preventing the storage server from learning which memory blocks of the databases are read. - the first database comprises a plurality of indexed memory blocks each comprising a corresponding encrypted indexed reference data (b i), and - the second database comprises memory blocks indexed by all possible hash values obtained by a plurality of k indexed hash functions (H j), and wherein each block contains a list of the indexes of the reference data (b i) which hashing (H j (b i)) by one of said hash function (H j) results in the hash value corresponding to said block, - the client unit hashes the data (b) to be identified with each of the plurality of hash functions (H j), and reads the k memory blocks of the second database corresponding to the hash values thus obtained, - the client unit identifies indexes (i 1,...i l) contained in at least t out of k read memory blocks, and - the client unit reads the memory blocks of the first database indexed by the identified indexes (i 1,...i l) in order to obtain the corresponding indexed reference data (bi 1,...b il), said data being candidate data to compare to the data to be identified,
A method of producing an underpants-type disposable diaper, the method comprising forming an outer member, by: disposing a graphic sheet between an inner sheet layer and an outer sheet layer in a portion to be a non-stretchable region; disposing elongated elastic members between the inner sheet layer and the outer sheet layer continuously over a portion to be stretchable regions, a portion to be the non-stretchable region, a portion overlapping with the graphic sheet, and a portion to be at least one no-extra-sheet region; fixing the elastic members with a hot-melt adhesive agent to the inner sheet layer and the outer sheet layer in at least two edge portions of the portions to be the stretchable regions without fixing the elastic members to the inner sheet layer nor the outer sheet layer in the portion to be the non-stretchable region; subsequently, cutting the elastic members extending over the portion to be the no-extra-sheet region by clamping an inner face of the inner sheet layer and an outer face of the outer sheet layer in the portion to be the no-extra-sheet region and applying pressure and heat; and leaving the elastic members in the region overlapping with the graphic sheet uncut without application of pressure or heat. disposing a graphic sheet between an inner sheet layer and an outer sheet layer in a portion to be a non-stretchable region; disposing elongated elastic members between the inner sheet layer and the outer sheet layer continuously over a portion to be stretchable regions, a portion to be the non-stretchable region, a portion overlapping with the graphic sheet, and a portion to be at least one no-extra-sheet region; fixing the elastic members with a hot-melt adhesive agent to the inner sheet layer and the outer sheet layer in at least two edge portions of the portions to be the stretchable regions without fixing the elastic members to the inner sheet layer nor the outer sheet layer in the portion to be the non-stretchable region; subsequently, cutting the elastic members extending over the portion to be the no-extra-sheet region by clamping an inner face of the inner sheet layer and an outer face of the outer sheet layer in the portion to be the no-extra-sheet region and applying pressure and heat; and leaving the elastic members in the region overlapping with the graphic sheet uncut without application of pressure or heat.
A combination of at least vitamin A and an antioxidant agent comprising or consisting of a mixture of carnosic acid and carnosol, the carnosic acid content of said antioxidant agent being 50-98% by weight relative to the weight of said antioxidant agent.
Method for manufacturing fiber layers and/or component preforms from fibers, comprising the steps of: a) tensioning a plurality of yarns, which are rovings of reinforcement fibers including Heavy Tows, in a tensioning plane by means of a frame with yieldable yarn tensioning such that each yarn is individually held in a yieldable manner; b) moving a workpiece carrier through the tensioning plane in a direction substantially perpendicular to the tensioning plane; and c) fixing the yarns at the workpiece carrier; and d) repeating the steps (a) to (c) to form the fiber layers and/or the component preform. a) tensioning a plurality of yarns, which are rovings of reinforcement fibers including Heavy Tows, in a tensioning plane by means of a frame with yieldable yarn tensioning such that each yarn is individually held in a yieldable manner; b) moving a workpiece carrier through the tensioning plane in a direction substantially perpendicular to the tensioning plane; and c) fixing the yarns at the workpiece carrier; and d) repeating the steps (a) to (c) to form the fiber layers and/or the component preform.
A medical catheter, which comprises: an elongate catheter member defining a longitudinal axis (k) and a transverse axis (b) transverse to the longitudinal axis (k), and having a proximal end and a distal end, the elongate catheter member including an outer member, characterised in that the elongate catheter member comprises first and second longitudinal lumens (30,32) within the outer member for passage of fluids, the outer member having first and second elongate openings (42,44) therethrough in communication with corresponding first and second longitudinal lumens, each of the elongate openings being spaced from the distal end of the elongate catheter member and configured to permit fluid to pass between one of the first and second longitudinal lumens (30,32) and a location external to the elongate catheter member; wherein each of the elongate openings (42,44) is bound by respective wall portions of the outer member, wherein the wall portions of the outer member include first and second sides (46,48) extending at least along the longitudinal axis (k) and an end wall extending at least along the transverse axis, at least one of the first and second sides (46,48) arranged to diverge outwardly with relation to the longitudinal axis from proximal to distal to thereby increase the transverse dimension of the elongate openings (42,44), and the first and second sides (46, 48) are arranged to generally intersect at a proximal location and extend along the longitudinal axis (k). an elongate catheter member defining a longitudinal axis (k) and a transverse axis (b) transverse to the longitudinal axis (k), and having a proximal end and a distal end, the elongate catheter member including an outer member, characterised in that the elongate catheter member comprises first and second longitudinal lumens (30,32) within the outer member for passage of fluids, the outer member having first and second elongate openings (42,44) therethrough in communication with corresponding first and second longitudinal lumens, each of the elongate openings being spaced from the distal end of the elongate catheter member and configured to permit fluid to pass between one of the first and second longitudinal lumens (30,32) and a location external to the elongate catheter member; wherein each of the elongate openings (42,44) is bound by respective wall portions of the outer member, wherein the wall portions of the outer member include first and second sides (46,48) extending at least along the longitudinal axis (k) and an end wall extending at least along the transverse axis, at least one of the first and second sides (46,48) arranged to diverge outwardly with relation to the longitudinal axis from proximal to distal to thereby increase the transverse dimension of the elongate openings (42,44), and the first and second sides (46, 48) are arranged to generally intersect at a proximal location and extend along the longitudinal axis (k).
A process for synthesizing an aluminum-silicon-germanium zeolite comprising: a) forming a reaction mixture by combining a silica source, a germanium source, an aluminum source, a structure directing agent and water to form a gel; b) mixing the reaction mixture; c) introducing an acid which does not contain flùorine; d) heating the reaction mixture to form zeolite crystals; e) cooling the reaction mixture; f) separating the zeolite crystals from the gel; g) washing the zeolite crystals; h) drying the zeolite crystals; and i) calcining the zeolite crystals, wherein the aluminum-silicon-germanium zeolite is synthesized without using fluoride compounds in the synthesis gel. a) forming a reaction mixture by combining a silica source, a germanium source, an aluminum source, a structure directing agent and water to form a gel; b) mixing the reaction mixture; c) introducing an acid which does not contain flùorine; d) heating the reaction mixture to form zeolite crystals; e) cooling the reaction mixture; f) separating the zeolite crystals from the gel; g) washing the zeolite crystals; h) drying the zeolite crystals; and i) calcining the zeolite crystals,
A method for identifying follicular helper T cells in a sample, comprising analyzing the methylation status of at least one CpG position in the mammalian gene region for leukemia inhibitory factor, wherein said gene region as analyzed is positioned based on/according to SEQ ID No. 1, wherein a demethylation of said gene region is indicative for a follicular helper T cell, when compared to a non-follicular helper T cell.
A method performed by a central-unit-control plane, CU-CP, of a network node for exchanging information with a central-unit user plane, CU-UP, of the network node to manage Quality of Service, QoS, flows for the optimization of radio resources, the method comprising: transmitting (402; 602), to the CU-UP, a request for flow information for at least one QoS flow; receiving (404; 604), from the CU-UP of the network node, the flow information for the at least one QoS flow; and based on the flow information for the at least one QoS flow, taking at least one action. transmitting (402; 602), to the CU-UP, a request for flow information for at least one QoS flow; receiving (404; 604), from the CU-UP of the network node, the flow information for the at least one QoS flow; and based on the flow information for the at least one QoS flow, taking at least one action.
A surgical grip for receiving a handpiece shaft for conjoint rotation therewith and/or for receiving a medical tool in such a way as to transmit torque, comprising a carrier sleeve on which at least one coupling component provided for coupling the handpiece shaft is attached such that the at least one coupling component can be brought to a coupled position and to an uncoupled position in the operating state in which disassembly of the surgical grip is excluded, wherein the at least one coupling component can be brought into contact with an activation unit which is arranged between the carrier sleeve and an outer actuation sleeve by actuation of which the at least one coupling component can be coupled and/or uncoupled via the activation unit, characterized by a rotation securing unit present inside the actuation sleeve which acts on the activation unit in a spring-biased manner in the operating state such that the activation unit is held securely against rotation relative to the carrier sleeve.
Method for delegating access to at least one first blockchain, implemented by an access delegation device, the method being characterized in that it comprises: - a step of receiving an execution request from a terminal, said request comprising at least one identifier of a user (A_ID) and at least one execution command (CMD_C) to execute an action within said at least one first blockchain, said command being encrypted via at least one encryption key belonging to said user; - a step of obtaining, on the basis of said at least one received identifier (A_ID) of said user, at least one decryption key (KEYA_PUB) of said user allowing said execution command (CMD_C) to be decrypted; - a step of decrypting said execution command (CMD_C); - a step of transmitting, to said at least one first blockchain, an execution request to execute said execution command decrypted via said at least one decryption key (KEYA_PUB). - a step of receiving an execution request from a terminal, said request comprising at least one identifier of a user (A_ID) and at least one execution command (CMD_C) to execute an action within said at least one first blockchain, said command being encrypted via at least one encryption key belonging to said user; - a step of obtaining, on the basis of said at least one received identifier (A_ID) of said user, at least one decryption key (KEYA_PUB) of said user allowing said execution command (CMD_C) to be decrypted; - a step of decrypting said execution command (CMD_C); - a step of transmitting, to said at least one first blockchain, an execution request to execute said execution command decrypted via said at least one decryption key (KEYA_PUB).