mhurhangee/patent-ind-claim-en huggingface dataset:
A method of communication for an apparatus , comprising: sensing a channel using a first beam; sensing the channel using a second beam; obtaining first sensing information for a first wireless communication link based on the sensing of the channel using the first beam, wherein the first wireless communication link is a first beamformed link; obtaining second sensing information for a second wireless communication link based on the sensing of the channel using the second beam, wherein the second wireless communication link is a second beamformed link; and determining whether to transmit on the first wireless communication link based on the first sensing information and the second sensing information. sensing a channel using a first beam; sensing the channel using a second beam; obtaining first sensing information for a first wireless communication link based on the sensing of the channel using the first beam, wherein the first wireless communication link is a first beamformed link; obtaining second sensing information for a second wireless communication link based on the sensing of the channel using the second beam, wherein the second wireless communication link is a second beamformed link; and determining whether to transmit on the first wireless communication link based on the first sensing information and the second sensing information.
A mirror protector comprising a body for fitting over a vehicle wing mirror , the body including an indent in one side of the body such that the mirror protector , when retrofitted to the vehicle wing mirror , allows an exterior light such as an indicator light on the vehicle wing mirror to be seen, characterised in that the indent includes one or more notches extending outwards from the body and into the indent , each notch comprising a rib on the surface of the body .
A recombinant adeno-associated virus (rAAV) particle for use in a method for treating mucolipidosis type II (ML II) or mucolipidosis type III (ML III) in a mammal, wherein the rAAV particle comprises a rAAV vector, wherein the rAAV vector comprises nucleic acid encoding N-acetylglucosamine-1-phosphate transferase (GNPTAB), at least one AAV inverted terminal repeat (ITR), and a minute virus of mice (MVM) intron, wherein the GNPTAB is operably linked to a promoter, wherein the promoter is a cytomegalovirus (CMV) enhancer/chicken beta-actin (CBA) promoter, wherein the CMV enhancer is a shortened enhancer and the CBA promoter is a truncated CBA promoter. wherein the rAAV particle comprises a rAAV vector, wherein the rAAV vector comprises nucleic acid encoding N-acetylglucosamine-1-phosphate transferase (GNPTAB), at least one AAV inverted terminal repeat (ITR), and a minute virus of mice (MVM) intron, wherein the GNPTAB is operably linked to a promoter, wherein the promoter is a cytomegalovirus (CMV) enhancer/chicken beta-actin (CBA) promoter, wherein the CMV enhancer is a shortened enhancer and the CBA promoter is a truncated CBA promoter.
A conveying unit for a conveyance of a printing sleeve from a supply position to a working position in a printing press having a receiving means for receiving the printing sleeve and a closure unit , wherein the closure unit can be brought into a safety state (I), into a supply state (II) and into a discharge state (III), wherein the printing sleeve can be received by the receiving means in the supply state (II) of the closure unit , wherein the printing sleeve can be removed from the receiving means in the discharge state (III) of the closure unit , and a removal of the printing sleeve is prevented in the safety state (I) of the closure unit , characterized in that the closure unit has a first closure element and a second closure element , wherein the first closure element in the discharge state (III) fixes a first end (11.1) of the receiving means and the second closure element in the supply state (II) fixes a second end (11.2) of the receiving means , wherein the first closure element in the discharge state (III) and the second closure element in the supply state (II) act as torque support relative to the receiving means . wherein the closure unit can be brought into a safety state (I), into a supply state (II) and into a discharge state (III), wherein the printing sleeve can be received by the receiving means in the supply state (II) of the closure unit , wherein the printing sleeve can be removed from the receiving means in the discharge state (III) of the closure unit , and a removal of the printing sleeve is prevented in the safety state (I) of the closure unit , characterized in that the closure unit has a first closure element and a second closure element , wherein the first closure element in the discharge state (III) fixes a first end (11.1) of the receiving means and the second closure element in the supply state (II) fixes a second end (11.2) of the receiving means , wherein the first closure element in the discharge state (III) and the second closure element in the supply state (II) act as torque support relative to the receiving means .
A cleaning article bounded by edges defining an XY plane and a Z-direction perpendicular thereto, a longitudinal axis LA defining a longitudinal direction and a transverse axis TA defining a transverse direction, said cleaning article 10 comprising: a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds and extending outwardly therefrom in the Z-direction to have a tow thickness in the z-direction, a plurality of elongate secondary bond disposed on at least one plurality of tow fibers and having a secondary bond thickness in the Z-direction, said secondary bond thickness being less than said tow thickness in the Z-direction, said secondary bond bridging at least some of said tow fibers, and a plurality of elongate slits through said carrier sheet and said tow fibers, said slits 36 being disposed between a said primary bond and a said secondary bond ; characterized in that the cleaning article further comprises a channel on said carrier between said tufts , said channel being free of said tufts , said channel being juxtaposed with said longitudinal axis LA. a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds and extending outwardly therefrom in the Z-direction to have a tow thickness in the z-direction, a plurality of elongate secondary bond disposed on at least one plurality of tow fibers and having a secondary bond thickness in the Z-direction, said secondary bond thickness being less than said tow thickness in the Z-direction, said secondary bond bridging at least some of said tow fibers, and a plurality of elongate slits through said carrier sheet and said tow fibers, said slits 36 being disposed between a said primary bond and a said secondary bond ; characterized in that the cleaning article further comprises a channel on said carrier between said tufts , said channel being free of said tufts , said channel being juxtaposed with said longitudinal axis LA.
An oral care whitening composition comprising a dual-phase dental whitening composition comprising: a first non-aqueous phase comprising a peroxysulfate whitening agent, a hydrophobic base comprising a combination of a silicone adhesive and a silicone fluid; and one or more hydrophilic polymers; and a second phase comprising an aqueous phase comprising at least one hydrophilic polymer. a first non-aqueous phase comprising a peroxysulfate whitening agent, a hydrophobic base comprising a combination of a silicone adhesive and a silicone fluid; and one or more hydrophilic polymers; and a second phase comprising an aqueous phase comprising at least one hydrophilic polymer.
Sliding door with compensation aid comprising at least one lowerable door leaf suspended on a carriage , wherein the carriage rolls on a rail by means of rollers and the spring force of at least one spring body counteracts the weight of the door leaf in the closing process, wherein the carriage above the rail has at least one further roller which is arranged on the free pivotable end of a spring-loaded reversing lever , and at least partly compensates the weight of the door leaf in the closing process by contact with the rail , characterised in that the further roller is arranged above the rail with a vertical offset and in the closing process comes into contact with the rail , and in that the reversing lever is connected to the carriage via an axis which forms the fulcrum of the reversing lever , wherein the further roller is mounted to be rotatable on one end of the reversing lever , and on the other end, the reversing lever is connected to the head part of the spring body .
A power transmitter for a wireless power transfer system including a power receiving device for receiving a power transfer from the power transmitter via a wireless inductive power transfer signal; the power transmitter comprising: a power output circuit comprising a transmit power coil arranged to generate the wireless inductive power transfer signal; a test signal coil arranged to generate a magnetic test signal; a test signal generator coupled to the test signal coil and arranged to feed a test signal to the test signal coil resulting in the generation of the magnetic test signal; a plurality of spatially distributed detection coils ; a measurement unit arranged to generate a set of measurement values reflecting signals induced in the spatially distributed detection coils by the magnetic test signal; a processor arranged to determine a measurement spatial distribution of the measurement values, the spatial distribution reflecting positions of the detection coils ; and a foreign object detector arranged to detect a presence of a foreign object in response to a comparison of the measurement spatial distribution to a reference spatial distribution, characterized in that the foreign object detector is arranged to determine the reference spatial distribution in response to data received from the power receiving device . a power output circuit comprising a transmit power coil arranged to generate the wireless inductive power transfer signal; a test signal coil arranged to generate a magnetic test signal; a test signal generator coupled to the test signal coil and arranged to feed a test signal to the test signal coil resulting in the generation of the magnetic test signal; a plurality of spatially distributed detection coils ; a measurement unit arranged to generate a set of measurement values reflecting signals induced in the spatially distributed detection coils by the magnetic test signal; a processor arranged to determine a measurement spatial distribution of the measurement values, the spatial distribution reflecting positions of the detection coils ; and a foreign object detector arranged to detect a presence of a foreign object in response to a comparison of the measurement spatial distribution to a reference spatial distribution, characterized in that the foreign object detector is arranged to determine the reference spatial distribution in response to data received from the power receiving device .
A package containing a powder composition comprising - from 97.0 to 99.7 weight% of sodium chlorate; and - from 0.3 to 2.0 weight% of an anti-caking agent; wherein the anticaking agent is anhydrous sodium carbonate, anhydrous sodium hydrogen carbonate, sodium carbonate monohydrate or a mixture of any of the foregoing. - from 97.0 to 99.7 weight% of sodium chlorate; and - from 0.3 to 2.0 weight% of an anti-caking agent;
A capsule for preparing a beverage, comprising: a containment volume comprising a side wall and an upper closing portion which are configured so as to house a product in said containment volume ; a projecting edge configured so as to project from a lower end of said containment volume , at a portion opposite to said upper closing portion of said containment volume , said projecting edge projecting along a direction that is perpendicular with respect to an axis (Ax1) of symmetry of said capsule , wherein said projecting edge comprises an upper surface facing the upper closing portion of said containment volume ; said capsule being characterized in that said upper surface of said projecting edge comprises a spiral-shaped ridge that performs a plurality of revolutions around said axis (Ax1) of said capsule . a containment volume comprising a side wall and an upper closing portion which are configured so as to house a product in said containment volume ; a projecting edge configured so as to project from a lower end of said containment volume , at a portion opposite to said upper closing portion of said containment volume , said projecting edge projecting along a direction that is perpendicular with respect to an axis (Ax1) of symmetry of said capsule , wherein said projecting edge comprises an upper surface facing the upper closing portion of said containment volume ; said capsule being characterized in that said upper surface of said projecting edge comprises a spiral-shaped ridge that performs a plurality of revolutions around said axis (Ax1) of said capsule .
A gaspath component comprising: a flowpath body ; a cooling plenum disposed within said flowpath body , the cooling plenum including a first region configured to receive a cooling flow and a second region configured to expel the cooling flow from the flowpath body ; and a metering obstruction (150; 450) positioned between the first region and the second region and configured to meter a flow of coolant through the cooling plenum , wherein the metering obstruction (150; 450) is a wall segment including at least one restricted opening, the at least one restricted opening including a plurality of metering holes (152; 452), characterized in that : the plurality of metering holes (152; 452) are unevenly distributed across the metering obstruction (150; 450), with a density of the metering holes (152; 452) at an end of the metering obstruction (150; 450) farthest from an opening for receiving the cooling flow is greater than a density of the metering holes (152; 452) at an end of the metering obstruction (150; 450) closest to the opening for receiving the cooling flow. a flowpath body ; a cooling plenum disposed within said flowpath body , the cooling plenum including a first region configured to receive a cooling flow and a second region configured to expel the cooling flow from the flowpath body ; and a metering obstruction (150; 450) positioned between the first region and the second region and configured to meter a flow of coolant through the cooling plenum , wherein the metering obstruction (150; 450) is a wall segment including at least one restricted opening, the at least one restricted opening including a plurality of metering holes (152; 452), characterized in that : the plurality of metering holes (152; 452) are unevenly distributed across the metering obstruction (150; 450), with a density of the metering holes (152; 452) at an end of the metering obstruction (150; 450) farthest from an opening for receiving the cooling flow is greater than a density of the metering holes (152; 452) at an end of the metering obstruction (150; 450) closest to the opening for receiving the cooling flow.
Firearm support for a firearm comprising: - a body , which is provided with at least one profile on its surface; - a feeler pin , for striking against the profile and for being coupled to the firearm so as to follow the movement of said firearm ; - a support element rotatable around a first axis (z-z) relative to the body , wherein the support element is also configured for being coupled to the firearm so as to allow a mutual rotation between said firearm and said support element around a second axis (x-x); wherein the body comprises a fixed portion and a mobile portion , for being fixed in a plurality of positions relative to the fixed portion , so as to change the configuration of the profile; wherein the fixed portion comprises a first profile and the mobile portion comprises a second profile ; said first profile and second profile forming the profile against which the feeler pin is going to strike in a first orientation of the body ; characterized in that the fixed portion comprises a third profile and the mobile portion comprises a fourth profile ; said third profile and fourth profile forming the profile against which the feeler pin is going to strike in an upside-down orientation of the body ; and in that the body is configured to be removed from the support element and be reassembled so as to be turned upside-down by 180° relative to said support element . - a body , which is provided with at least one profile on its surface; - a feeler pin , for striking against the profile and for being coupled to the firearm so as to follow the movement of said firearm ; - a support element rotatable around a first axis (z-z) relative to the body , wherein the support element is also configured for being coupled to the firearm so as to allow a mutual rotation between said firearm and said support element around a second axis (x-x); wherein the body comprises a fixed portion and a mobile portion , for being fixed in a plurality of positions relative to the fixed portion , so as to change the configuration of the profile; wherein the fixed portion comprises a first profile and the mobile portion comprises a second profile ; said first profile and second profile forming the profile against which the feeler pin is going to strike in a first orientation of the body ; characterized in that the fixed portion comprises a third profile and the mobile portion comprises a fourth profile ; said third profile and fourth profile forming the profile against which the feeler pin is going to strike in an upside-down orientation of the body ; and in that the body is configured to be removed from the support element and be reassembled so as to be turned upside-down by 180° relative to said support element .
Locating device intended to be fixed to a spectacle frame in order to spatially locate said frame, said device having a transverse bar , a central extension , two lateral markers and a central marker , each marker consisting of a light area and a darker area , said device comprising at least one mobile fixing member that is able to move along at least one slideway on the bar and two lateral lever arms that are each placed at one end of the bar , each of said lever arms being deformable in the plane of the frame so as to adapt to a given frame length, and being nondeformable in a direction perpendicular to said plane, each lever arm having a rounded shape and being mounted so as to pivot on the bar , characterized in that each lever arm is mounted rotatably on the bar by way of a connecting segment that can take up two rotational positions, and in that each rotary segment is designed to remain blocked on the bar in each of said two positions, and by virtue of this positioning flexibility that is made possible both by the elastic deformation of the lever arms and by the possibility of taking up these two distinct positions, the locating device can laterally clamp a wide range of frames of greater or lesser width, and having lenses with variable heights.
An information transmission method applied to a terminal, comprising: carrying uplink control information on at least one control region of a grant-free resource; and transmitting the uplink control information carried on the grant-free resource to a base station; the method is characterized in that , the step of transmitting the uplink control information carried on the grant-free resource to the base station comprises: transmitting the uplink control information and data carried on the grant-free resource to the base station; acquiring retransmission configuration information of the uplink control information of the control region; retransmitting the uplink control information and the data carried on the grant-free resource to the base station according to the retransmission configuration information; wherein the retransmission configuration information comprises that: the number of retransmissions of the uplink control information of the control region is less than or equal to the number of retransmissions of the data in the grant-free resource. carrying uplink control information on at least one control region of a grant-free resource; and transmitting the uplink control information carried on the grant-free resource to a base station; the method is characterized in that , the step of transmitting the uplink control information carried on the grant-free resource to the base station comprises: transmitting the uplink control information and data carried on the grant-free resource to the base station; acquiring retransmission configuration information of the uplink control information of the control region; retransmitting the uplink control information and the data carried on the grant-free resource to the base station according to the retransmission configuration information; wherein the retransmission configuration information comprises that: the number of retransmissions of the uplink control information of the control region is less than or equal to the number of retransmissions of the data in the grant-free resource. transmitting the uplink control information and data carried on the grant-free resource to the base station; acquiring retransmission configuration information of the uplink control information of the control region; retransmitting the uplink control information and the data carried on the grant-free resource to the base station according to the retransmission configuration information; wherein the retransmission configuration information comprises that: the number of retransmissions of the uplink control information of the control region is less than or equal to the number of retransmissions of the data in the grant-free resource.
A thermolysin enzyme variant of the thermolysin of SEQ ID NO: 3, wherein the variant differs from the amino acid sequence of SEQ ID NO: 3 only by the amino acid substitution P277R.
A vulcanisate comprising: (a) 100 parts by weight of at least one vulcanised hydrogenated nitrile rubber (HNBR), and (b) 1 part by weight to less than 12 parts by weight of at least one polycyclic aromatic hydrocarbon (PAH). (a) 100 parts by weight of at least one vulcanised hydrogenated nitrile rubber (HNBR), and (b) 1 part by weight to less than 12 parts by weight of at least one polycyclic aromatic hydrocarbon (PAH).
A polymeric film comprising a plurality of tapered microcells containing a dispersion of a first group and a second group of charged particles, the first group of charged particles being light-absorbing and having a charge polarity opposite to a charge polarity of the second group of charged particles, the second group of charged particles being light-scattering, wherein the tapered microcells include a wall and at least a portion of the wall is configured to repel the first group of charged particles, wherein the portion of the wall comprises a specular surface. wherein the tapered microcells include a wall and at least a portion of the wall is configured to repel the first group of charged particles, wherein the portion of the wall comprises a specular surface.