mhurhangee/patent-ind-claim-en huggingface dataset:
A carabiner comprising: a body including a nose end and a hinge end ; a gate pivotably coupled to the hinge end of the body and configured to engage with the nose end of the body , wherein the gate is pivotable between an open position that disengages the gate from the nose end and a closed position that engages the gate with the nose end , and wherein the gate defines a longitudinal axis ; and a locking collar coupled to the gate and configured to lock the gate in the closed position, wherein the locking collar includes a first end having a first opening and an opposite second end having a second opening , wherein the locking collar is rotatable about the longitudinal axis , said carabiner being characterized in that upon rotation of the locking collar , the first opening clears the nose end before the second opening clears the hinge end , and wherein both the first opening clearing the nose end and the second opening clearing the hinge end occur before the gate is unlocked. a body including a nose end and a hinge end ; a gate pivotably coupled to the hinge end of the body and configured to engage with the nose end of the body , wherein the gate is pivotable between an open position that disengages the gate from the nose end and a closed position that engages the gate with the nose end , and wherein the gate defines a longitudinal axis ; and a locking collar coupled to the gate and configured to lock the gate in the closed position, wherein the locking collar includes a first end having a first opening and an opposite second end having a second opening , wherein the locking collar is rotatable about the longitudinal axis ,
A stream lining for retaining a material of a stream bed, wherein - a lining structure is formed with a carrier arranged substantially in one plane and a flat retaining device carried by the carrier , in particular a grid , and - an anchor for anchoring the carrier in a support ground, characterised in that the carrier is formed by struts which are fixed to each other and which are arranged substantially in one plane, wherein the struts are fixed to a central connecting portion and wherein there is provided a tie bar , which tie bar is connected on the one hand to the central connecting portion and on the other hand to the anchor . - a lining structure is formed with a carrier arranged substantially in one plane and a flat retaining device carried by the carrier , in particular a grid , and - an anchor for anchoring the carrier in a support ground,
A pump , having at least one inclination-adjustable swash plate and at least one scanning system for detecting the inclination of the swash plate , the scanning system having at least one sensor and at least one scanning surface which is arranged to be scannable by the sensor and is movable with the swash plate , the at least one scanning surface being located on the swash plate , characterised in that the scanning surface is located on at least one separate encoder element attached to the swash plate , and wherein the encoder element is replaceably connected to the swash plate without destruction of the latter.
A vacuum lifting device for facilitating the lifting and/or repositioning of an article having an external surface , said vacuum lifting device comprising at least one pair of handles ; and a base having opposed first and second surfaces and an aperture arranged through the base , said second surface being arranged in a base plane of the base and being provided with a continuous sealing joint projecting downwards from said second surface and defining an enclosed area which includes said aperture on said second surface of said base ; and a suction conduit , said suction conduit is arranged to be connected to a vacuum generating member and configured to be in fluid connection with the second surface of the base through said aperture , said second surface of said base provided with said sealing joint is arranged to be positioned onto a portion of said external surface of said article to be lifted and/or repositioned; said vacuum lifting device further comprises an extendable lifting member being arranged between said at least one pair of handles and said first surface of said base , characterized in that said extendable lifting member is a scissors lift arranged to be actuated by a lift actuating member to contract or extend, thereby shifting said base in a first vertical direction towards said at least one pair of handles or in a second direction, opposite to said first direction and away from said at least one pair of handles , thereby transferring said vacuum lifting device between an extended and a compressed state. at least one pair of handles ; and a base having opposed first and second surfaces and an aperture arranged through the base , said second surface being arranged in a base plane of the base and being provided with a continuous sealing joint projecting downwards from said second surface and defining an enclosed area which includes said aperture on said second surface of said base ; and a suction conduit , said suction conduit is arranged to be connected to a vacuum generating member and configured to be in fluid connection with the second surface of the base through said aperture , said second surface of said base provided with said sealing joint is arranged to be positioned onto a portion of said external surface of said article to be lifted and/or repositioned; said vacuum lifting device further comprises an extendable lifting member being arranged between said at least one pair of handles and said first surface of said base , characterized in that said extendable lifting member is a scissors lift arranged to be actuated by a lift actuating member to contract or extend, thereby shifting said base in a first vertical direction towards said at least one pair of handles or in a second direction, opposite to said first direction and away from said at least one pair of handles , thereby transferring said vacuum lifting device between an extended and a compressed state.
A composite separation membrane which comprises: a porous support ; and a separation functional layer formed on the porous support , wherein the separation functional layer is a polyamide membrane having a first layer portion which is composed of a single polyamide membrane that is corrugated in the thickness direction of the separation functional layer to form a plurality of projections (15a-15e), the first layer portion covering the entire surface of the porous support , and a second layer portion which is formed of a polyamide membrane that branches off from one or some of the projections and that covers at least one or some of the projections , characterized in that the second layer portion covers 50 to 90% of a region where the first layer portion is formed, when observed in a direction perpendicular to the surface of the composite separation membrane. a porous support ; and a separation functional layer formed on the porous support , wherein the separation functional layer is a polyamide membrane having a first layer portion which is composed of a single polyamide membrane that is corrugated in the thickness direction of the separation functional layer to form a plurality of projections (15a-15e), the first layer portion covering the entire surface of the porous support , and a second layer portion which is formed of a polyamide membrane that branches off from one or some of the projections and that covers at least one or some of the projections , characterized in that the second layer portion covers 50 to 90% of a region where the first layer portion is formed, when observed in a direction perpendicular to the surface of the composite separation membrane.
A horizontal-axis wind turbine comprising: a column a chassis mounted to be able to pivot at the top of the column : a propeller shaft horizontally provided in the chassis ; a rearward disposed propeller attached to the propeller shaft and comprising a plurality of propeller vanes each of which comprises a tilted part tilted forward and a base part , a proximal end boundary line between the tilted part and the base part having a maximum chord length of each of the plurality of propeller vanes , the proximal end boundary line being an arc that follows the rotational track (T) during rotation of the propeller vanes ; a plurality of support vanes provided radially on the lateral sides of the chassis ; and a plurality of directional rudders each of which is provided to a distal end of each of the support vanes to at least partially enclose the propeller . a column a chassis mounted to be able to pivot at the top of the column : a propeller shaft horizontally provided in the chassis ; a rearward disposed propeller attached to the propeller shaft and comprising a plurality of propeller vanes each of which comprises a tilted part tilted forward and a base part , a proximal end boundary line between the tilted part and the base part having a maximum chord length of each of the plurality of propeller vanes , the proximal end boundary line being an arc that follows the rotational track (T) during rotation of the propeller vanes ; a plurality of support vanes provided radially on the lateral sides of the chassis ; and a plurality of directional rudders each of which is provided to a distal end of each of the support vanes to at least partially enclose the propeller . a propeller shaft horizontally provided in the chassis ; a rearward disposed propeller attached to the propeller shaft and comprising a plurality of propeller vanes each of which comprises a tilted part tilted forward and a base part , a proximal end boundary line between the tilted part and the base part having a maximum chord length of each of the plurality of propeller vanes , the proximal end boundary line being an arc that follows the rotational track (T) during rotation of the propeller vanes ; a plurality of support vanes provided radially on the lateral sides of the chassis ; and a plurality of directional rudders each of which is provided to a distal end of each of the support vanes to at least partially enclose the propeller .
A method performed by a network node, comprising: determining an association between a synchronization signal, SS, and physical broadcast channel, PBCH, block, SSB, and a random access, RA, occasion in a two-step RA procedure in which a preamble and a physical uplink shared channel, PUSCH, are transmitted respectively at the RA occasion and a PUSCH occasion in one message, based at least in part on whether RA resource is shared by the two-step RA procedure and a four-step RA procedure; and transmitting information indicating the association to a terminal device, wherein a RA occasion is shared by the two-step RA procedure and the four-step RA procedure, characterized in that the information indicating the association between the SSB and the RA occasion in the two-step RA procedure comprises a first parameter to indicate: a number of preambles mapped to an SSB for the two-step RA procedure, and wherein the preambles mapped to the SSB for the two-step RA procedure are configured by using at least a part of contention free preambles initially configured for the four-step RA procedure. determining an association between a synchronization signal, SS, and physical broadcast channel, PBCH, block, SSB, and a random access, RA, occasion in a two-step RA procedure in which a preamble and a physical uplink shared channel, PUSCH, are transmitted respectively at the RA occasion and a PUSCH occasion in one message, based at least in part on whether RA resource is shared by the two-step RA procedure and a four-step RA procedure; and transmitting information indicating the association to a terminal device, wherein a RA occasion is shared by the two-step RA procedure and the four-step RA procedure, characterized in that the information indicating the association between the SSB and the RA occasion in the two-step RA procedure comprises a first parameter to indicate: a number of preambles mapped to an SSB for the two-step RA procedure, and wherein the preambles mapped to the SSB for the two-step RA procedure are configured by using at least a part of contention free preambles initially configured for the four-step RA procedure.
A device comprising: a memory comprising one or more caches configured to store information related to at least one object from a plurality of objects, and a summary structure configured to store at least one summary for at least one object from the plurality of objects; a storage comprising a volume configured to store at least one merge file including the plurality of objects, and a set of dump-files , each dump-file being associated with a specific cache-dump operation of the one or more caches ; and a processor configured to assign, to a cache from the one or more caches , a first identifier (K1); perform a cache-dump operation, wherein the cache-dump operation comprises generating a dump-file associated with the first identifier (K1) and storing the information related to the at least one object from the cache to the generated dump-file ; and subsequently assign, to the cache from the one or more caches , a second identifier (K2), wherein the second identifier (K2) is larger than the first identifier (K1). a memory comprising one or more caches configured to store information related to at least one object from a plurality of objects, and a summary structure configured to store at least one summary for at least one object from the plurality of objects; one or more caches configured to store information related to at least one object from a plurality of objects, and a summary structure configured to store at least one summary for at least one object from the plurality of objects; a storage comprising a volume configured to store at least one merge file including the plurality of objects, and a set of dump-files , each dump-file being associated with a specific cache-dump operation of the one or more caches ; and a processor configured to assign, to a cache from the one or more caches , a first identifier (K1); perform a cache-dump operation, wherein the cache-dump operation comprises generating a dump-file associated with the first identifier (K1) and storing the information related to the at least one object from the cache to the generated dump-file ; and subsequently assign, to the cache from the one or more caches , a second identifier (K2), wherein the second identifier (K2) is larger than the first identifier (K1). assign, to a cache from the one or more caches , a first identifier (K1); perform a cache-dump operation, wherein the cache-dump operation comprises generating a dump-file associated with the first identifier (K1) and storing the information related to the at least one object from the cache to the generated dump-file ; and subsequently assign, to the cache from the one or more caches , a second identifier (K2), wherein the second identifier (K2) is larger than the first identifier (K1).
A waste collection assembly , comprising a voluntary disposal container (10, 10', 10") for receiving waste and at least one image acquisition means (111-114) positioned and oriented so as to be able to capture at least one image of at least one area of the ground in the vicinity of the said voluntary disposal container (10, 10', 10"), said assembly further comprising a detection device able to receive said at least one image from the image acquisition means (111-114) and to detect in said at least one image the presence of waste on the ground ; said voluntary disposal container (10, 10', 10") comprises at least one outer side wall (101-104) resting at one end on the ground , characterised in that the said image acquisition means (111-114) is fixed to the said outer side wall (101-104) so as to capture images of an area of the ground in the vicinity of the said end resting on the ground . said assembly further comprising a detection device able to receive said at least one image from the image acquisition means (111-114) and to detect in said at least one image the presence of waste on the ground ; said voluntary disposal container (10, 10', 10") comprises at least one outer side wall (101-104) resting at one end on the ground , characterised in that the said image acquisition means (111-114) is fixed to the said outer side wall (101-104) so as to capture images of an area of the ground in the vicinity of the said end resting on the ground .
An LED lighting circuit, comprising an input (Vbus, GND) adapted to receive an input voltage, a plurality of LED segments (LED1, LED2, LED3, LED4) connected in a series string, whereby said series string is connected to the input; a buffer component (C9) connected to an anode and a cathode of the series string; a current source circuit (B1) in series connection with a parallel connection of the buffer component (C9) and the at least two LED segments; characterized in that the LED lighting circuit further comprises a further buffer component (C5) across the current source circuit (B1), wherein said buffer component (C9) and the further buffer component (C5) are in series connection. an input (Vbus, GND) adapted to receive an input voltage, a plurality of LED segments (LED1, LED2, LED3, LED4) connected in a series string, whereby said series string is connected to the input; a buffer component (C9) connected to an anode and a cathode of the series string; a current source circuit (B1) in series connection with a parallel connection of the buffer component (C9) and the at least two LED segments; characterized in that the LED lighting circuit further comprises a further buffer component (C5) across the current source circuit (B1), wherein said buffer component (C9) and the further buffer component (C5) are in series connection.
A static eliminator comprising: a first conductor that is configured to be electrically connected to at least a part of a static elimination target object ; and a dielectric shell that is configured to be exposed to an external space and forms, between the first conductor and itself, a first space to seal a first gas including at least one of an inert gas, a noble gas, and a mixed gas containing at least one of an inert gas and a noble gas for providing a condition of lowering a discharge starting voltage, characterised in that the external space is outer space, or a space around a satellite or on a planet with lacking atmosphere. a first conductor that is configured to be electrically connected to at least a part of a static elimination target object ; and a dielectric shell that is configured to be exposed to an external space and forms, between the first conductor and itself, a first space to seal a first gas including at least one of an inert gas, a noble gas, and a mixed gas containing at least one of an inert gas and a noble gas for providing a condition of lowering a discharge starting voltage, characterised in that the external space is outer space, or a space around a satellite or on a planet with lacking atmosphere.
A secret information distribution method, wherein the method comprises: receiving (S210), by a network functions virtualization infrastructure, NFVI, secret information sent by management and orchestration, MANO; creating (S220) a Virtual Trusted Platform Module, vTPM, in the NFVI, and writing the secret information into the vTPM; receiving (S230), by the NFVI, a virtualized network function, VNF, initialization command from the MANO, and creating (S240) a VNF; and obtaining (S250), by the VNF, the secret information from the vTPM. receiving (S210), by a network functions virtualization infrastructure, NFVI, secret information sent by management and orchestration, MANO; creating (S220) a Virtual Trusted Platform Module, vTPM, in the NFVI, and writing the secret information into the vTPM; receiving (S230), by the NFVI, a virtualized network function, VNF, initialization command from the MANO, and creating (S240) a VNF; and obtaining (S250), by the VNF, the secret information from the vTPM.
A microphone array for capturing sound field audio content, comprising: a first set of directional microphones disposed on a first framework at a first radius r 1 from a center and arranged in at least a first portion of a first spherical surface ; and a second set of directional microphones disposed on a second framework at a second radius r 2 from the center and arranged in at least a second portion of a second spherical surface , the second radius r 2 being larger than the first radius r 1 ; wherein the directional microphones capture information that allows for the extraction of Higher-Order Ambisonics (HOA) signals, characterized in that each of the first and second sets of directional microphones include at least ( N + 1) 2 directional microphones, where N represents an Ambisonic order, and Higher-Order Ambisonics (HOA) refers to Ambisonic order 2 or higher, said microphone array further comprising an A-format microphone or a B-format microphone disposed within the first set of directional microphones. a first set of directional microphones disposed on a first framework at a first radius r 1 from a center and arranged in at least a first portion of a first spherical surface ; and a second set of directional microphones disposed on a second framework at a second radius r 2 from the center and arranged in at least a second portion of a second spherical surface , the second radius r 2 being larger than the first radius r 1 ; wherein the directional microphones capture information that allows for the extraction of Higher-Order Ambisonics (HOA) signals, characterized in that each of the first and second sets of directional microphones include at least ( N + 1) 2 directional microphones, where N represents an Ambisonic order, and Higher-Order Ambisonics (HOA) refers to Ambisonic order 2 or higher, said microphone array further comprising an A-format microphone or a B-format microphone disposed within the first set of directional microphones.
An electric road track configured to conductively provide electric power to a vehicle , the electric road track comprising: a base extending along the electric road track and being configured to be arranged against a road , a contact line , extending along the base , via which power collectors of the vehicle is configured to conductively draw electric power from the electric road track , characterized in that the contact line comprises friction enhancing portions arranged along the electric road track , each friction enhancing portion comprising a friction element and a plate , wherein the plate is resiliently depressible towards the base upon a force exceeding a threshold value is exerted onto said plate , such that the friction element is exposed. a base extending along the electric road track and being configured to be arranged against a road , a contact line , extending along the base , via which power collectors of the vehicle is configured to conductively draw electric power from the electric road track , characterized in that the contact line comprises friction enhancing portions arranged along the electric road track , each friction enhancing portion comprising a friction element and a plate , wherein the plate is resiliently depressible towards the base upon a force exceeding a threshold value is exerted onto said plate , such that the friction element is exposed.
A taping unit for wetting gummed paper tapes , for automatic package sealing machines, having a body comprising: a feeding assembly for feeding the tape ; a cutting assembly for cutting the tape ; a wetting assembly for wetting the tape ; a first articulated roller ; a second articulated roller ; characterized in that said feeding assembly , said cutting assembly and said wetting assembly are combined in one body and arranged so that said tape moves vertically inside said body ; said body comprises a vertical opening for inserting the tape from said opening, perpendicular to the path thereof; said first articulated roller and said second articulated roller are driven by a first actuator and by a second actuator ; said first actuator and said second actuator are fixed on said body each by means of a pin each, positioned on the same axis.