mhurhangee/ep-ind-claims huggingface dataset:
A method of applying a pattern formed of at least two different materials to a pattern support layer, comprising the steps of: a) providing a die form, the die form having a surface comprising a plurality of recesses defining the pattern; b) applying a first curable material to the surface of the die form such that said first curable material is received in a first set of the plurality of recesses; and applying a second curable material to the surface of the die form such that said second curable material is received in a second set of the plurality of recesses; c) bringing a pattern support layer in contact with the surface of the die form such that it covers at least some of the first set of the plurality of recesses and at least some of the second set of the plurality of recesses; and d) separating the pattern support layer from the surface of the die form such that the first curable material and second curable material in the covered recesses are removed from said recesses and retained on the pattern support layer in accordance with the pattern; the method further comprising the step of b') curing, at least partly, the first curable material and the second curable material in one or more steps during and/or after step b) but before step d). a) providing a die form, the die form having a surface comprising a plurality of recesses defining the pattern; b) applying a first curable material to the surface of the die form such that said first curable material is received in a first set of the plurality of recesses; and applying a second curable material to the surface of the die form such that said second curable material is received in a second set of the plurality of recesses; c) bringing a pattern support layer in contact with the surface of the die form such that it covers at least some of the first set of the plurality of recesses and at least some of the second set of the plurality of recesses; and d) separating the pattern support layer from the surface of the die form such that the first curable material and second curable material in the covered recesses are removed from said recesses and retained on the pattern support layer in accordance with the pattern; the method further comprising the step of b') curing, at least partly, the first curable material and the second curable material in one or more steps during and/or after step b) but before step d).
A robotic system comprising: a manipulator assembly configured to robotically move a distal end effector relative to a proximal base, the manipulator assembly having a plurality of joints, the plurality of joints being configured to provide sufficient degrees of freedom to allow a range of joint states for a particular position of the end effector; an input configured to receive a command to effect a desired movement of the end effector; and a processor coupling the input to the manipulator assembly, the processor comprising a master-slave controller configured to determine master-slave movements of the plurality of joints in response to the command so as to move the end effector with the desired movement, the processor being further configured to drive at least one of the plurality of joints in response to an external articulation of one other of the plurality of joints; characterized in that the processor has an end effector manipulation mode and a clutch mode, wherein the processor in the end effector manipulation mode comprises the master-slave controller configured to calculate movements of the plurality of joints to provide the desired end effector movement within an internal surgical space, wherein the processor in the clutch mode is configured to decouple the end effector manipulation mode between the input and the end effector and to drive the or each one of the plurality of joints in response to the external articulation of the one other of the plurality of joints, and wherein the external articulation comprises manual articulation of the one other of the joints. a manipulator assembly configured to robotically move a distal end effector relative to a proximal base, the manipulator assembly having a plurality of joints, the plurality of joints being configured to provide sufficient degrees of freedom to allow a range of joint states for a particular position of the end effector; an input configured to receive a command to effect a desired movement of the end effector; and a processor coupling the input to the manipulator assembly, the processor comprising a master-slave controller configured to determine master-slave movements of the plurality of joints in response to the command so as to move the end effector with the desired movement, the processor being further configured to drive at least one of the plurality of joints in response to an external articulation of one other of the plurality of joints; characterized in that the processor has an end effector manipulation mode and a clutch mode, wherein the processor in the end effector manipulation mode comprises the master-slave controller configured to calculate movements of the plurality of joints to provide the desired end effector movement within an internal surgical space, wherein the processor in the clutch mode is configured to decouple the end effector manipulation mode between the input and the end effector and to drive the or each one of the plurality of joints in response to the external articulation of the one other of the plurality of joints, and wherein the external articulation comprises manual articulation of the one other of the joints.
A support structure for a rostrum, comprising: a plurality of frame units (20, 30, 40) comprising at least a first frame unit, a second frame unit which is retractable in a retraction direction from an extended position into the first frame unit, and a third frame unit, which is retractable in the retraction direction from an extended position into the second frame unit; and wherein a latching mechanism comprises a latching member having a first position for preventing the third frame unit moving with respect to the second frame unit and a second position in which the third frame unit is permitted to move with respect to the second frame unit, wherein the latching mechanism being configured so that movement of the second frame unit into the first frame unit causes the latching member to be moved from its first position to its second position, characterized in that the latching mechanism prevents the third frame unit from being retracted from the extended position into the second frame unit until the second frame unit has been retracted from the extended position into the first frame unit. a plurality of frame units (20, 30, 40) comprising at least a first frame unit, a second frame unit which is retractable in a retraction direction from an extended position into the first frame unit, and a third frame unit, which is retractable in the retraction direction from an extended position into the second frame unit; and wherein a latching mechanism comprises a latching member having a first position for preventing the third frame unit moving with respect to the second frame unit and a second position in which the third frame unit is permitted to move with respect to the second frame unit, wherein the latching mechanism being configured so that movement of the second frame unit into the first frame unit causes the latching member to be moved from its first position to its second position, characterized in that the latching mechanism prevents the third frame unit from being retracted from the extended position into the second frame unit until the second frame unit has been retracted from the extended position into the first frame unit.
A kit for use in a surgical procedure, the kit comprising: an access portal comprising a first elongate member, a second elongate member, third elongate member, and a depth guide adjuster, wherein the first and second elongate members (295A, 295B) are configured to receive first and second docking pins and the third elongate member i configured to receive a surgical tool; and a trephine comprising an elongate member, a hub, and a two-way clutch operably coupling the elongate member and the hub, wherein rotational movement is transmitted from the hub to the elongate member through the two-way clutch when a compressive force is applied to the hub and when a tensile force is applied to the hub, and wherein the two-way clutch comprises a first engaged configuration and a second engaged configuration, wherein the two-way clutch is in the first engaged configuration when a compressive force is applied to the hub and is in the second engaged configuration when a tensile force is applied to the hub. an access portal comprising a first elongate member, a second elongate member, third elongate member, and a depth guide adjuster, wherein the first and second elongate members (295A, 295B) are configured to receive first and second docking pins and the third elongate member i configured to receive a surgical tool; and a trephine comprising an elongate member, a hub, and a two-way clutch operably coupling the elongate member and the hub, wherein rotational movement is transmitted from the hub to the elongate member through the two-way clutch when a compressive force is applied to the hub and when a tensile force is applied to the hub, and wherein the two-way clutch comprises a first engaged configuration and a second engaged configuration, wherein the two-way clutch is in the first engaged configuration when a compressive force is applied to the hub and is in the second engaged configuration when a tensile force is applied to the hub.
A composition comprising a nucleic acid molecule encoding Cas9 and two guide RNAs for use in a method of inhibiting, treating, and/or preventing a fragile X syndrome or a related disorder in a subject in need thereof, wherein said method comprises administering the composition to the subject, thereby reducing the number of CGG repeats in the 5' untranslated region of the FMR1 gene in said subject, wherein said guide RNAs target a sequence in the 5' untranslated region of the FMR1 gene, and wherein each guide RNA targets a sequence at least partly within the CGG repeat region.
A burner with a swirler for a gas turbine engine comprising a gas injector for injecting fuel into a flow of air in said swirler, wherein said gas injector is arranged to be located at an inlet of a channel (10, 11) of said swirler, wherein the gas injector comprises: - at least one tube for the provision of said fuel, wherein said tube is provided with a plurality of diffuser holes distributed along the tube acting as gas injectors for effectively distributing fuel in a flow of air passing said tube, characterized in that said gas injector tube discloses along its outer surface circular or helical V-formed grooves and in that the diffuser holes are arranged to be located at the bottom of the grooves. - at least one tube for the provision of said fuel, wherein said tube is provided with a plurality of diffuser holes distributed along the tube acting as gas injectors for effectively distributing fuel in a flow of air passing said tube, characterized in that said gas injector tube discloses along its outer surface circular or helical V-formed grooves and in that the diffuser holes are arranged to be located at the bottom of the grooves.
Sealing plug for closing holes in walls and the like, of the type comprising an elastic body and a stem coaxially assembled to one another, said elastic body comprising a main body which is suitable for being expanded radially when pulling on the free end of the stem which emerges out of the elastic body, and thus exerting radial closing pressure (p) on the inner face of the hole to be plugged, and a head attached to the main body, said head being suitable for being compressed and exert axial closing pressure on the outer contact wall of the hole to be plugged when pulling on the free end of the stem, the head comprising a compressive strength less than that of the main body such that at least part of said head changes its geometry to adapt to the shape of the outer contact wall of the hole to be plugged, characterized in that the plug also comprises a first thrust washer arranged close to the end of the main body opposite to the area of attachment between said head and the main body and a second thrust washer arranged on the outer face of the head such that it enables the compression of the plug between said two thrust washers (5a, 5b).
A compressed air system for a vehicle, with a compressed air tank and a plurality of compressed air consumers (2, 3) which can be supplied with compressed air by means of the compressed air tank, the compressed air tank additionally serving for the storage of compressed air for the distribution of compressed air to the plurality of compressed air consumers (2, 3), preferably via a plurality of compressed air outlet openings, characterized in that the functions of storage of compressed air and distribution of compressed air are realised in one component.
Communication apparatus, comprising: an audio input device adapted to capture a first audio sample, said first audio sample comprising a voice component; and signal processing logic coupled to said audio input device; characterized in that, if the intensity of a noise component of a second audio sample received from a different communication apparatus is equal to or greater than the intensity of the voice component, the signal processing logic amplifies the voice component. an audio input device adapted to capture a first audio sample, said first audio sample comprising a voice component; and signal processing logic coupled to said audio input device; characterized in that, if the intensity of a noise component of a second audio sample received from a different communication apparatus is equal to or greater than the intensity of the voice component, the signal processing logic amplifies the voice component.
Method for producing a green compact, said green compact comprising at least two partial green compacts (12, 13), wherein the partial green compacts (12, 13) are each compacted and joined from at least one powdery material in one working cycle and are compacted and joined in the same tool, wherein the powdery material is fed into at least one filling space of the tool in a first step and said powdery material is separated into at least two partial quantities (7, 9) in a second step or a first partial quantity of the powdery material is fed into a first working space and a second partial quantity is fed into a second working space; wherein the partial quantities (7, 9) of the powdery material are compacted into a first partial green compact in the first working space and into a second partial green compact in the second working space; wherein the joining of the partial green compacts is conducted with a press fit.
An apparatus, comprising: an appliance for placement over one or more teeth; and a release agent receptacle including: an outer portion provided on appliance surface; an inner portion provided within the outer portion; and only one aperture formed in the outer portion; wherein the inner portion is encapsulated within the outer portion and the outer portion is provided by a material selected from at least one of the group of materials including: an ultra violet-curable acrylic material, an epoxy material, a urethane material, a rubber material, an ethylene vinyl acetate material, an elastomer material, a plastic material, and a silicone material; wherein the inner portion is utilized as an active portion of the release agent receptacle, wherein the inner portion has an active ingredient and the active ingredient is selected from the group of materials including a dye material and a pigment material; wherein the only one aperture is provided through the outer portion that is proximate to the surface of the appliance; and wherein the aperture continues through all of the thickness of the appliance to allow for the active ingredient from the inner portion to interact with the teeth and/or gingiva of a patient that are positioned on or near the aperture within the appliance when worn. an ultra violet-curable acrylic material, an epoxy material, a urethane material, a rubber material, an ethylene vinyl acetate material, an elastomer material, a plastic material, and a silicone material; wherein the inner portion is utilized as an active portion of the release agent receptacle, wherein the inner portion has an active ingredient and the active ingredient is selected from the group of materials including a dye material and a pigment material; wherein the only one aperture is provided through the outer portion that is proximate to the surface of the appliance; and wherein the aperture continues through all of the thickness of the appliance to allow for the active ingredient from the inner portion to interact with the teeth and/or gingiva of a patient that are positioned on or near the aperture within the appliance when worn.
A storage device of at least one piece of luggage (21, 22) which is designed as a corresponding part of the storage device and can be connected by means of a retaining device to a panel element forming an organizer system, which panel element has a plurality of bag elements (5, 7, 8) arranged on a side of the panel element at a respectively defined location and/or receiving devices for receiving bag elements or functional elements, wherein each bag element (5, 7, 8) is assigned to a respective content with a specific functionality, the content of the bag elements (5, 7, 8) representing a basic equipment for a user with essential items to be carried along at all times, and wherein the panel element is designed in a transferable manner, for selective use in the piece of luggage (21, 22) for definable functions, travel or day sections as a corresponding part of the storage device and is fixable thereto by means of the retaining device, characterised in that the retaining device with at least one retaining element (25, 26) is arranged, with respect to the dimensioning of the packed panel element, at a distance from a bottom area of the piece of luggage (21, 22) receiving the panel element, in particular in an edge region facing away from the bottom area, such that the lower edge of the packed panel element is at least approximately flush with the bottom area or that the bottom area is not touched by the packed panel element.
A method for operating a communication system, said communication system comprising a primary and at least one secondary station (210a - 210c), wherein the primary station selects a transmission mode from at least two transmission modes for communicating with the secondary station (210a - 210c), characterized in that the at least two transmission modes comprises a SU-MIMO mode and a MU-MIMO mode, wherein the secondary station (210a - 210c) infers the selected transmission mode based on a transmission rank indication indicating a transmission rank, wherein if the transmission rank exceeds a first predetermined number M, the secondary station (210a - 210c) infers that the selected transmission mode is the SU-MIMO mode, and wherein if the transmission rank is smaller than a second predetermined number N at most equal to the first predetermined number M, the secondary station (210a - 210c) infers that the selected transmission mode is the MU-MIMO mode.
An electric meter socket (340, 410), comprising: a first plurality of connection points within the electric meter socket (340, 410) configured to form electrical connections to line voltage wirings of an electric distribution system; a second plurality of connection points within the electric meter socket (340, 410) configured to form electrical connections to output voltage wirings of a distributed energy resource, DER, device; one or more third connection points within the electric meter socket (340, 410) configured to form an electrical connection of neutral wires of the electric distribution system, the DER device, and a load, wherein the electrical connection of neutral wires is formed within the electric meter socket; and a plurality of receptacles (411-417, 515a-515d), each of the plurality of receptacles (411-417, 515a-515d) electrically connected to a corresponding connection point and configured to accept a mating connector of an electric meter (350, 420, 550). a first plurality of connection points within the electric meter socket (340, 410) configured to form electrical connections to line voltage wirings of an electric distribution system; a second plurality of connection points within the electric meter socket (340, 410) configured to form electrical connections to output voltage wirings of a distributed energy resource, DER, device; one or more third connection points within the electric meter socket (340, 410) configured to form an electrical connection of neutral wires of the electric distribution system, the DER device, and a load, wherein the electrical connection of neutral wires is formed within the electric meter socket; and a plurality of receptacles (411-417, 515a-515d), each of the plurality of receptacles (411-417, 515a-515d) electrically connected to a corresponding connection point and configured to accept a mating connector of an electric meter (350, 420, 550).
A fluorescent substance represented by General Formula: LuAlONX:Ce, wherein: X is at least one or two or more elements selected from the group consisting of Bi, Tb, Pr, Gd, Se, Sm, Th, Ir, Sb, and As; 0.007 mass % ≤ N ≤ 5.0 mass %; Ce, Lu, and X satisfy 0.015 ≤ (Ce+X)/Lu by molar ratio; Al, O, and N satisfy Al/(O+N) > 5/13 by molar ratio; and X>0.
A process for preparing an emulsion comprising steps of: (a) filtering a surfactant through a filter having a pore size between 5-50 μm, to provide purified surfactant; and (b) combining the purified surfactant with an oil component to provide the emulsion; wherein the surfactant is a non-ionic polymeric ether surfactant.