mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator , comprising a cabinet and a door for opening and closing the cabinet , wherein the refrigerator further comprises a hinge body fixedly provided on the cabinet , wherein a positioning groove and a guiding shaft are provided on the hinge body and a positioning shaft fitting with the positioning groove and a guiding groove fitting with the guiding shaft are provided on the door ; one of left and right sides of the refrigerator which is provided with the hinge body is a pivoting side, the door is in a first state when being closed, the door has a side wall close to the pivoting side in the first state and a front wall away from the cabinet in the first state, the positioning groove has a first position away from the side wall and close to the front wall when the door is in the first state and a second position close to the side wall and away from the front wall compared with the first position, the guiding groove has a third position and a fourth position, and when the door is in the first state, the positioning shaft is located at the second position, and the guiding shaft is located at the fourth position; the guiding shaft and the guiding groove are provided such that when the door is opened from the first state, the door is rotated with the positioning shaft as a center of rotation, the positioning shaft is moved from the second position to the first position and the guiding shaft is moved from the fourth position to the third position with the limitation of the guiding shaft and the guiding groove , at this point, the door is opened at a certain angle to be in a second state, and the door is moved by a distance towards a side away from the pivoting side. one of left and right sides of the refrigerator which is provided with the hinge body is a pivoting side, the door is in a first state when being closed, the door has a side wall close to the pivoting side in the first state and a front wall away from the cabinet in the first state, the positioning groove has a first position away from the side wall and close to the front wall when the door is in the first state and a second position close to the side wall and away from the front wall compared with the first position, the guiding groove has a third position and a fourth position, and when the door is in the first state, the positioning shaft is located at the second position, and the guiding shaft is located at the fourth position; the guiding shaft and the guiding groove are provided such that when the door is opened from the first state, the door is rotated with the positioning shaft as a center of rotation, the positioning shaft is moved from the second position to the first position and the guiding shaft is moved from the fourth position to the third position with the limitation of the guiding shaft and the guiding groove , at this point, the door is opened at a certain angle to be in a second state, and the door is moved by a distance towards a side away from the pivoting side.
A stepper motor comprising: a rotor including a rotor core and a permanent magnet , the rotor core including a plurality of teeth ; and a stator arranged around the rotor while being spaced apart from the rotor and including a plurality of magnetic pole teeth , the magnetic pole teeth including a plurality of teeth and projecting toward the rotor , wherein a winding is wound around every other magnetic pole tooth , characterized in that a phase of the teeth of a pair of magnetic pole teeth having no winding therearound and opposing each other is shifted by 180 degrees_from a phase of the teeth of the other magnetic pole teeth having no winding therearound, and a phase of the teeth of all magnetic pole teeth (31 a, 31c, 31e, 31g ) having the winding therearound is the same as either the phase of the teeth of the pair of magnetic pole teeth having no winding and opposing each other, or the phase of the teeth of the other magnetic pole teeth having no winding therearound. a rotor including a rotor core and a permanent magnet , the rotor core including a plurality of teeth ; and a stator arranged around the rotor while being spaced apart from the rotor and including a plurality of magnetic pole teeth , the magnetic pole teeth including a plurality of teeth and projecting toward the rotor , wherein a winding is wound around every other magnetic pole tooth , characterized in that a phase of the teeth of a pair of magnetic pole teeth having no winding therearound and opposing each other is shifted by 180 degrees_from a phase of the teeth of the other magnetic pole teeth having no winding therearound, and a phase of the teeth of all magnetic pole teeth (31 a, 31c, 31e, 31g ) having the winding therearound is the same as either the phase of the teeth of the pair of magnetic pole teeth having no winding and opposing each other, or the phase of the teeth of the other magnetic pole teeth having no winding therearound.
A method for wireless communication performed by a source node, the method comprising: determining a first time interval and a second time interval for a cooperated data frame transfer based on a packet transmission time at each transmission from a source node to a destination node; transmitting a frame to a relay node at a start point of the first time interval; and transmitting the frame to the destination node after a predetermined period of time (Ptime) from a start point of the second time interval, and wherein the frame is transmitted from the relay node to the destination node after the predetermined period of time (Ptime) from the start point of the second time interval, when the cooperated data frame transfer is completed, a relay link setup teardown frame is transmitted from the source node to the relay node and to the destination node, and is transmitted from the relay node to the source node and to the destination node, wherein the relay link setup teardown frame includes a source association ID (AID) field to be set an AID of the source node, a destination AID field to be set an AID of the destination node, and a relay AID field to be set an AID of the relay node. determining a first time interval and a second time interval for a cooperated data frame transfer based on a packet transmission time at each transmission from a source node to a destination node; transmitting a frame to a relay node at a start point of the first time interval; and transmitting the frame to the destination node after a predetermined period of time (Ptime) from a start point of the second time interval, and wherein the frame is transmitted from the relay node to the destination node after the predetermined period of time (Ptime) from the start point of the second time interval, when the cooperated data frame transfer is completed, a relay link setup teardown frame is transmitted from the source node to the relay node and to the destination node, and is transmitted from the relay node to the source node and to the destination node, wherein the relay link setup teardown frame includes a source association ID (AID) field to be set an AID of the source node, a destination AID field to be set an AID of the destination node, and a relay AID field to be set an AID of the relay node.
A service capacity distribution method of a distributed antenna system, the service capacity distribution method comprising: monitoring an operating state of each of a plurality of remote units; analyzing a usage pattern for the plurality of remote units based on the monitored operating state; and distributing the service capacity of each of the plurality of remote units based on the analyzed usage pattern, characterized in that the analyzing of the usage pattern comprises: analyzing a movement pattern for a movement direction and movement time of users based on a change in an uplink signal power and a downlink signal power between adjacent remote units. monitoring an operating state of each of a plurality of remote units; analyzing a usage pattern for the plurality of remote units based on the monitored operating state; and distributing the service capacity of each of the plurality of remote units based on the analyzed usage pattern,
Radome for an aircraft comprising a device for measuring at least one flight parameter such as the airspeed, the sideslip angle or the angle of attack or any other parameter dependent thereon of said aircraft , the measuring device including systems for measuring the deformation of the wall of the radome due to the forces exerted by the air on the radome and a computer for computing from the deformation measurements obtained by said systems said required flight parameter or parameters, characterized in that the systems include at least one optical fibre for measuring deformation and temperature, said one or more fibres being carried by the radome and being provided with Bragg gratings , each fibre including a plurality of Bragg gratings distributed over the length of the fibre so as to distribute them over the radome when the fibre is installed, and in that they also include means allowing the measurement of the mechanical deformation to be adjusted to take into account the measurement of the deformation of the Bragg gratings due to the change in temperature and the deformation of the wall of the radome resulting from the difference between the interior and exterior temperature.
A method for routing traffic between distinct InfiniBand, IB, subnets (101-104) in a network environment, wherein the subnets are interconnected using routers , the method comprising: providing each of the IB subnets with a local identifier, LID, address space that has only local visibility within a given subnet, whereby a LID can be re-used in a different subnet; receiving, at a router, a list of destinations that the router is responsible for routing one or more packets to, wherein the router connects to at least one subnet in the network environment; and making a routing decision for each of said one or more packets by: obtaining a destination LID based on a destination global identifier associated with the packet; generating a random number based on a source LID contained in the packet and said obtained destination LID, including generating a same random number for a given source and destination pair; and using a modulo based hash that takes said generated random number to select one router port from a plurality of output router ports of the router so that a given source and destination pair always use the same path through the network. providing each of the IB subnets with a local identifier, LID, address space that has only local visibility within a given subnet, whereby a LID can be re-used in a different subnet; receiving, at a router, a list of destinations that the router is responsible for routing one or more packets to, wherein the router connects to at least one subnet in the network environment; and making a routing decision for each of said one or more packets by: obtaining a destination LID based on a destination global identifier associated with the packet; generating a random number based on a source LID contained in the packet and said obtained destination LID, including generating a same random number for a given source and destination pair; and using a modulo based hash that takes said generated random number to select one router port from a plurality of output router ports of the router so that a given source and destination pair always use the same path through the network. obtaining a destination LID based on a destination global identifier associated with the packet; generating a random number based on a source LID contained in the packet and said obtained destination LID, including generating a same random number for a given source and destination pair; and using a modulo based hash that takes said generated random number to select one router port from a plurality of output router ports of the router so that a given source and destination pair always use the same path through the network.
Stackable bottle with handle from a set comprising at least one first and one second stackable bottle , wherein each bottle is made of polyethylene terephthalate, polylactic acid or polyethylene furanoate and has a handle , each bottle has a base part comprising a central base part and a peripheral base part , wherein said central base part comprises a recess that is dimensioned such that the recess of the first bottle surrounds a bottle cap and a bottle neck of the second bottle in a stacked position in which a shoulder part of the second bottle lies against the peripheral base part of the first bottle , wherein said handle is adapted to be attached to the bottle neck and comprises a gripper part , characterized in that each bottle in the set is adapted to be compatible with a first and a second handle, and wherein said handle is chosen from said first handle and said second handle , wherein the recess is dimensioned such that the recess of the first bottle surrounds the first handle when attached to the second bottle in said stacked position, and wherein the peripheral base part and shoulder part comprise grooves so that in a stacked position a channel is created from said recess extending towards an outer part of the bottle, the channel being formed such that at least a part of the gripper part of the second handle can extend through the channel when attached to the second bottle in said stacked position.
A nucleic acid comprising sequences encoding a Cas9 protein, and either: (i) a first gRNA and a second gRNA, wherein the first gRNA and the second gRNA comprise SEQ ID NO: 54 and SEQ ID NO: 125; SEQ ID NO: 54 and SEQ ID NO: 129; SEQ ID NO: 54 and SEQ ID NO: 130; SEQ ID NO: 54 and SEQ ID NO: 134; SEQ ID NO: 54 and SEQ ID NO: 135; SEQ ID NO: 68 and SEQ ID NO: 125; SEQ ID NO: 68 and SEQ ID NO: 129; SEQ ID NO: 68 and SEQ ID NO: 130; SEQ ID NO: 68 and SEQ ID NO: 134; or SEQ ID NO: 68 and SEQ ID NO: 135; or (ii) a gRNA targeted to a splice acceptor site for exon 13 of an USH2A gene of the subject, wherein the gRNA targeted to the splice acceptor site for exon 13 comprises a targeting domain sequence selected from SEQ ID NOs. 149-153 and 186. (i) a first gRNA and a second gRNA, wherein the first gRNA and the second gRNA comprise SEQ ID NO: 54 and SEQ ID NO: 125; SEQ ID NO: 54 and SEQ ID NO: 129; SEQ ID NO: 54 and SEQ ID NO: 130; SEQ ID NO: 54 and SEQ ID NO: 134; SEQ ID NO: 54 and SEQ ID NO: 135; SEQ ID NO: 68 and SEQ ID NO: 125; SEQ ID NO: 68 and SEQ ID NO: 129; SEQ ID NO: 68 and SEQ ID NO: 130; SEQ ID NO: 68 and SEQ ID NO: 134; or SEQ ID NO: 68 and SEQ ID NO: 135; or (ii) a gRNA targeted to a splice acceptor site for exon 13 of an USH2A gene of the subject, wherein the gRNA targeted to the splice acceptor site for exon 13 comprises a targeting domain sequence selected from SEQ ID NOs. 149-153 and 186.
A method for producing an orodispersible film, comprising the following steps: i) forming a suspension of a pharmaceutically acceptable solvent, a pharmaceutically acceptable matrix material, and a pharmaceutically acceptable binder, said solvent being selected such that the pharmaceutically acceptable matrix material substantially does not dissolve in it, so that the solubility of the pharmaceutically acceptable matrix material in the solvent is not more than 1 g/L at 23°C, whereas the pharmaceutically acceptable binder is dissolved in the solvent, ii) casting the suspension onto a neutral support, thereby forming a wet film, and iii) drying the wet film and obtaining a dry porous film, wherein the method further comprises a step of iv) applying a suspension or solution of a pharmaceutically active ingredient in a pharmaceutically acceptable solvent to the dry film obtained from step iii) and drying the film, an orodispersible dry film being obtained, the pores of which are filled at least is part with the pharmaceutical active ingredient. i) forming a suspension of a pharmaceutically acceptable solvent, a pharmaceutically acceptable matrix material, and a pharmaceutically acceptable binder, said solvent being selected such that the pharmaceutically acceptable matrix material substantially does not dissolve in it, so that the solubility of the pharmaceutically acceptable matrix material in the solvent is not more than 1 g/L at 23°C, whereas the pharmaceutically acceptable binder is dissolved in the solvent, ii) casting the suspension onto a neutral support, thereby forming a wet film, and iii) drying the wet film and obtaining a dry porous film, wherein the method further comprises a step of iv) applying a suspension or solution of a pharmaceutically active ingredient in a pharmaceutically acceptable solvent to the dry film obtained from step iii) and drying the film, an orodispersible dry film being obtained, the pores of which are filled at least is part with the pharmaceutical active ingredient.
A method for processing an image in optical microscopy, the method comprising: acquiring a raw image with a microscope , wherein the raw image has an asymmetric resolution; asymmetrically deconvolving at least a portion of the raw image using a point-spread function that is different in an X-direction than in a Y-direction in order to generate an asymmetrically deconvolved image; and displaying the asymmetrically deconvolved image on a display device . acquiring a raw image with a microscope , wherein the raw image has an asymmetric resolution; asymmetrically deconvolving at least a portion of the raw image using a point-spread function that is different in an X-direction than in a Y-direction in order to generate an asymmetrically deconvolved image; and displaying the asymmetrically deconvolved image on a display device .
A high-solids wastewater treatment system comprising: a ballasted reactor having an inlet and an outlet ; a solids-liquid separation subsystem having an inlet in fluid communication with the outlet of the ballasted reactor and configured to separate treated wastewater into a solids-lean effluent and a solids-rich ballasted floc; a pre-treatment subsystem positioned upstream from the ballasted reactor, having an inlet in fluid communication with a source of high-solids wastewater and configured to receive at least one of a coagulant and a flocculant to produce a dosed wastewater, the pre-treatment subsystem further configured to thicken the dosed wastewater and produce a sludge and an effluent, the pre-treatment subsystem having an effluent outlet in fluid communication with the inlet of the ballasted reactor ; a ballast feed subsystem configured to deliver magnetite to the ballasted reactor ; and a ballast recovery subsystem configured to receive the ballasted floc from the outlet of the solids-liquid separation subsystem and deliver the ballasted floc to at least one of the ballasted reactor and the pre-treatment subsystem , the wastewater treatment system further comprising a filter press positioned downstream from the pre-treatment subsystem the filter press configured to receive the sludge from the pre-treatment subsystem and produce a pressate and a filter cake. a ballasted reactor having an inlet and an outlet ; a solids-liquid separation subsystem having an inlet in fluid communication with the outlet of the ballasted reactor and configured to separate treated wastewater into a solids-lean effluent and a solids-rich ballasted floc; a pre-treatment subsystem positioned upstream from the ballasted reactor, having an inlet in fluid communication with a source of high-solids wastewater and configured to receive at least one of a coagulant and a flocculant to produce a dosed wastewater, the pre-treatment subsystem further configured to thicken the dosed wastewater and produce a sludge and an effluent, the pre-treatment subsystem having an effluent outlet in fluid communication with the inlet of the ballasted reactor ; a ballast feed subsystem configured to deliver magnetite to the ballasted reactor ; and a ballast recovery subsystem configured to receive the ballasted floc from the outlet of the solids-liquid separation subsystem and deliver the ballasted floc to at least one of the ballasted reactor and the pre-treatment subsystem , the wastewater treatment system further comprising a filter press positioned downstream from the pre-treatment subsystem the filter press configured to receive the sludge from the pre-treatment subsystem and produce a pressate and a filter cake.
A gasket assembly comprising; at least one gasket layer having an inboard edge circumscribing at least one aperture and an outboard region radially spaced from said aperture, wherein said at least one aperture is a plurality of axially aligned apertures spaced by adjacent bridge portions disposed between adjacent apertures, at least one primary sealing bead disposed along said gasket layer between said inboard edge and said outboard region wherein said primary sealing bead extends circumferentially about said aperture and radially along a first radial length , at least one secondary sealing bead disposed along said gasket layer between said primary sealing bead and said inboard edge wherein said secondary sealing bead extends along a second radial length , said at least one secondary sealing bead includes a bend generally following an ogee curve terminating at said inboard edge, said ogee curve having a pair of oppositely curving arcs each extending from a common tangent point and terminating at a pair of parallel ends, and characterized in that a stopper layer adjacent at least a portion of said gasket layer is provided, said stopper layer having substantially flat opposite sides and extending radially from said outboard region to said inboard edge of said gasket layer to entirely overlap said first radial length of said primary sealing bead and said second radial length of said secondary sealing bead for providing increased gasket resiliency adjacent said inboard edge of said gasket layer, and said at least one secondary sealing bead has a limited circumferential extent extending along only the axially aligned bridge portions , such that the limited circumferential extend of the at least one secondary sealing bead is co-extensive with said bridge portions and is equal to only a fraction of the circumferential extent of said inboard edge.
Foil arrangement for a board , having a mast which can be fastened by means of an adapter plate or similar to the board and which bears on its end remote from the adaptor plate a fuselage on which are fastened a front wing and a rear wing , wherein the mast has an end portion , which is designed to be set into a receptacle on the adapter plate side, wherein the end portion is set with a slide fit or a press-fit in a pocket of the adapter plate , characterised in that the adapter plate is adhesively bonded with the mast , wherein the adhesive bonding takes place in the overlap region between the end portion and the pocket , wherein the end portion is supported on a floor of the pocket or on the adapter plate , wherein the mast consists of a metallic material, preferably an aluminium alloy.