mhurhangee/ep-ind-claims huggingface dataset:
Flush distribution system made of plastic for use with a sanitary article, wherein the flush distribution system comprises a flush distributor and a fastening conduit for fastening the flush distributor to a sanitary article, wherein the flush distributor has an inlet opening, at least one outlet opening (11, 12, 13) arranged at an angle to the inlet opening, and fastening means, wherein a central axis of the inlet opening of the flush distributor corresponds to a central axis of the fastening conduit, wherein the fastening conduit comprises fastening means, which fastening means of the fastening conduit correspond to the fastening means of the flush distributor, for removably attaching the flush distributor to the fastening conduit, characterized in that the fastening means (15, 111) of the flush distributor and of the fastening conduit are arranged and configured to allow removal and attachment of the flush distributor from and to the fastening conduit in a direction perpendicular to the central axis of the fastening conduit. wherein the flush distributor has an inlet opening, at least one outlet opening (11, 12, 13) arranged at an angle to the inlet opening, and fastening means, wherein a central axis of the inlet opening of the flush distributor corresponds to a central axis of the fastening conduit, wherein the fastening conduit comprises fastening means, which fastening means of the fastening conduit correspond to the fastening means of the flush distributor, for removably attaching the flush distributor to the fastening conduit, characterized in that the fastening means (15, 111) of the flush distributor and of the fastening conduit are arranged and configured to allow removal and attachment of the flush distributor from and to the fastening conduit in a direction perpendicular to the central axis of the fastening conduit.
A hook and fleece roofing system, comprising: (a) a roof membrane assembly, comprising: a roofing membrane, a fleece layer attached to the underside of the roofing membrane, and a release layer adhesively attached to the underside of the fleece layer; and (b) an insulation assembly, comprising: an insulation board, and a hook layer attached to the top side of the insulation board, wherein the hook layer attached onto the insulation board and the fleece layer attached under the roofing membrane are simply pressure fit onto one another. (a) a roof membrane assembly, comprising: a roofing membrane, a fleece layer attached to the underside of the roofing membrane, and a release layer adhesively attached to the underside of the fleece layer; and a roofing membrane, a fleece layer attached to the underside of the roofing membrane, and a release layer adhesively attached to the underside of the fleece layer; and (b) an insulation assembly, comprising: an insulation board, and a hook layer attached to the top side of the insulation board, wherein the hook layer attached onto the insulation board and the fleece layer attached under the roofing membrane are simply pressure fit onto one another. an insulation board, and a hook layer attached to the top side of the insulation board, wherein the hook layer attached onto the insulation board and the fleece layer attached under the roofing membrane are simply pressure fit onto one another.
A fire detector base, comprising a pedestal for attaching thereto a detector body of a fire detector configured to detect fire, the pedestal including: a bottom wall; and a circumference wall having a tubular shape and protruding from a circumferential edge of the bottom wall, the bottom wall having a first surface and a second surface that are disposed opposite to each other along a protruding direction of the circumference wall, the circumference wall including an end in the protruding direction of the circumference wall, the end being closer to the first surface than the second surface in the protruding direction, the pedestal further including: a water collecting surface adjacent to the first surface in a direction orthogonal to the protruding direction; and a hole (95, 96) penetrating from the water collecting surface to an outside of the pedestal, that is, the space outside the inside space of the circumference wall, and the first surface including an inclined surface that is inclined to be closer to the second surface at its end adjacent to the water collecting surface than at its end remote from the water collecting surface along the direction orthogonal to the protruding direction. a bottom wall; and a circumference wall having a tubular shape and protruding from a circumferential edge of the bottom wall, a water collecting surface adjacent to the first surface in a direction orthogonal to the protruding direction; and a hole (95, 96) penetrating from the water collecting surface to an outside of the pedestal, that is, the space outside the inside space of the circumference wall, and
A remote control device to be applied in a construction machine, the remote control device comprising: an electric drive unit controlling a control member; a position detection unit detecting a position of the control member; a control unit controlling operation of the electric drive unit; a reference position storage unit; and an operation range setting unit setting an operation range of the control member from the reference position; characterized in that the reference position storage unit stores information related to a reference position of the control member; the operation range setting unit sets the operation range based on an output of the electric drive unit when the control member is displaced by the electric drive unit, wherein the electric drive unit includes an electric motor (42, 43, 50), the operation range setting unit includes a torque determination unit determining whether or not an output torque of the electric motor (42, 43, 50) has exceeded a determination threshold, the operation range setting unit sets the position of the control member when the output torque exceeds the determination threshold as a boundary position of the operation range, and the control unit performs control in which the control member is moved to be displaced in a first direction, stops movement of the control member when the output torque exceeds the determination threshold, and performs control in which the control member is moved to be displaced in a second direction toward a side opposite to the first direction after the control member stops. an electric drive unit controlling a control member; a position detection unit detecting a position of the control member; a control unit controlling operation of the electric drive unit; a reference position storage unit; and an operation range setting unit setting an operation range of the control member from the reference position; characterized in that the reference position storage unit stores information related to a reference position of the control member; the operation range setting unit sets the operation range based on an output of the electric drive unit when the control member is displaced by the electric drive unit, wherein the electric drive unit includes an electric motor (42, 43, 50), the operation range setting unit includes a torque determination unit determining whether or not an output torque of the electric motor (42, 43, 50) has exceeded a determination threshold, the operation range setting unit sets the position of the control member when the output torque exceeds the determination threshold as a boundary position of the operation range, and the control unit performs control in which the control member is moved to be displaced in a first direction, stops movement of the control member when the output torque exceeds the determination threshold, and performs control in which the control member is moved to be displaced in a second direction toward a side opposite to the first direction after the control member stops.
A magnetic carrier comprising: a filled core particle including a porous magnetic core particle and a silicone resin filled in pores thereof; and a vinyl resin coating a surface of the filled core particle, wherein in a pore distribution of the porous magnetic core particle measured by a mercury intrusion method, as measured according to the description, a cumulative pore volume in a pore diameter range of 0.1 to 3.0 μm is 35.0 to 95.0 mm 3 /g, in a pore distribution of the filled core particle measured by a mercury intrusion method, a cumulative pore volume in a pore diameter range of 0.1 to 3.0 μm is 3.0 to 15.0 mm 3 /g, and the content of the vinyl resin is 1.2 to 3.0 parts by mass with respect to 100.0 parts by mass of the filled core particle. a filled core particle including a porous magnetic core particle and a silicone resin filled in pores thereof; and a vinyl resin coating a surface of the filled core particle, wherein in a pore distribution of the porous magnetic core particle measured by a mercury intrusion method, as measured according to the description, a cumulative pore volume in a pore diameter range of 0.1 to 3.0 μm is 35.0 to 95.0 mm 3 /g, in a pore distribution of the filled core particle measured by a mercury intrusion method, a cumulative pore volume in a pore diameter range of 0.1 to 3.0 μm is 3.0 to 15.0 mm 3 /g, and the content of the vinyl resin is 1.2 to 3.0 parts by mass with respect to 100.0 parts by mass of the filled core particle.
A compressor assembly, comprising: a housing that includes a plurality of attached shell sections (24, 26, 128) which define an internal volume of the compressor; compressor bodies disposed in the housing, the compressor bodies having respective surfaces which mutually engage; a drive unit disposed in the housing, the drive unit having a motor to provide a mechanical output on a drive shaft, the drive shaft operatively driving the compressor bodies (110, 112) to facilitate relative movement for the compression of fluid; wherein the plurality of shell sections (24, 26, 128) includes a base plate having an annular rib which locates a tubular central shell section of the plurality of attached shell sections, wherein a central portion of the base plate is convex along the outer surface of the housing, such that the central portion extends downward when the compressor is right side up, characterized in that the central portion of the base plate has a flattened bottom portion surrounded by angled sides (142, 144), wherein the central portion of the base plate has two pairs of opposing angled sides, with a first pair of opposing angled sides being concave with respect to the central portion, and that a second pair of opposing angled sides has a linear profile when viewed in cross-section, with the second pair of opposing angled sides being shorter and angled steeper than the first pair. a housing that includes a plurality of attached shell sections (24, 26, 128) which define an internal volume of the compressor; compressor bodies disposed in the housing, the compressor bodies having respective surfaces which mutually engage; a drive unit disposed in the housing, the drive unit having a motor to provide a mechanical output on a drive shaft, the drive shaft operatively driving the compressor bodies (110, 112) to facilitate relative movement for the compression of fluid; wherein the plurality of shell sections (24, 26, 128) includes a base plate having an annular rib which locates a tubular central shell section of the plurality of attached shell sections, wherein a central portion of the base plate is convex along the outer surface of the housing, such that the central portion extends downward when the compressor is right side up, characterized in that the central portion of the base plate has a flattened bottom portion surrounded by angled sides (142, 144), wherein the central portion of the base plate has two pairs of opposing angled sides, with a first pair of opposing angled sides being concave with respect to the central portion, and that a second pair of opposing angled sides has a linear profile when viewed in cross-section, with the second pair of opposing angled sides being shorter and angled steeper than the first pair.
An apparatus for controlling vacuum pressure, comprising: a multiple axis controller; a processing apparatus configured to receive multiple axis data from the multiple axis controller; a first pump configured to provide nonzero fluid pressure at a first nonzero fluid pressure level based on a first axis state (202, 204) of the multiple axis controller; and a second pump configured to provide nonzero fluid pressure at a second nonzero fluid pressure level based on a second axis state (206, 208) of the multiple axis controller; wherein the processing apparatus comprises an instrument host running a software application configured to switch between the first pump and the second pump based on the first axis state (202, 204) and the second axis state (206, 208) of the multiple axis controller, characterized in that the software application provides ramping functions when switching between the first pump and the second pump. a multiple axis controller; a processing apparatus configured to receive multiple axis data from the multiple axis controller; a first pump configured to provide nonzero fluid pressure at a first nonzero fluid pressure level based on a first axis state (202, 204) of the multiple axis controller; and a second pump configured to provide nonzero fluid pressure at a second nonzero fluid pressure level based on a second axis state (206, 208) of the multiple axis controller; wherein the processing apparatus comprises an instrument host running a software application configured to switch between the first pump and the second pump based on the first axis state (202, 204) and the second axis state (206, 208) of the multiple axis controller, characterized in that the software application provides ramping functions when switching between the first pump and the second pump.
An article comprising: a ceramic monolith; a washcoat layer disposed on the monolith; and a supported Au catalyst layer disposed on the washcoat layer, wherein the supported Au catalyst layer comprises Au particles supported on iron oxide nanofibers doped with zirconia. a ceramic monolith; a washcoat layer disposed on the monolith; and a supported Au catalyst layer disposed on the washcoat layer, wherein the supported Au catalyst layer comprises Au particles supported on iron oxide nanofibers doped with zirconia.
A magnetic nano-oscillating device (200, 300) comprising: a ferromagnetic layer disposed on a substrate; a nonmagnetic conductive layer stacked on the ferromagnetic layer; an antiferromagnetic layer (230, 330) stacked on the nonmagnetic conductive layer; and first and second electrodes (240a, 240b), respectively being in contact with both side surfaces of the ferromagnetic layer and the nonmagnetic conductive layer, wherein the antiferromagnetic layer is a thin film formed of a material magnetized in a perpendicular or in-plane direction to a layer surface, the ferromagnetic layer is in-plane magnetized on a layer surface of the ferromagnetic layer, and in-plane current, injected into the ferromagnetic layer and the nonmagnetic conductive layer through the first and second electrodes, provides spin current, including a spin in a thickness direction of a thin film transferred to the antiferromagnetic layer, to cause magnetization precession of a sub-lattice of the antiferromagnetic layer. a ferromagnetic layer disposed on a substrate; a nonmagnetic conductive layer stacked on the ferromagnetic layer; an antiferromagnetic layer (230, 330) stacked on the nonmagnetic conductive layer; and first and second electrodes (240a, 240b), respectively being in contact with both side surfaces of the ferromagnetic layer and the nonmagnetic conductive layer, wherein the antiferromagnetic layer is a thin film formed of a material magnetized in a perpendicular or in-plane direction to a layer surface, the ferromagnetic layer is in-plane magnetized on a layer surface of the ferromagnetic layer, and in-plane current, injected into the ferromagnetic layer and the nonmagnetic conductive layer through the first and second electrodes, provides spin current, including a spin in a thickness direction of a thin film transferred to the antiferromagnetic layer, to cause magnetization precession of a sub-lattice of the antiferromagnetic layer.
A method for producing bearing components for forming a rolling or sliding bearing, at least two production lines (1, 1a, 1b, 1c, 1d) being used, each production line (1, 1a, 1b, 1c, 1d) comprising at least one grinding machine (2a, 2b, 2c, 2d), at least one honing machine (3a, 3b, 3c, 3d), at least one measuring unit (7a, 7b, 7c, 7d) for measuring the bearing components and at least one transport unit (5, 5a, 5b, 5c, 5d), each bearing component being transported through the respective production line (1, 1a, 1b, 1c, 1d) by means of the at least one transport unit (5, 5a, 5b, 5c, 5d), at least one grinding operation being performed on each bearing component by means of the at least one grinding machine (2a, 2b, 2c, 2d) and at least one honing being performed on each bearing component by means of the at least one honing machine (3a, 3b, 3c, 3d), a first bearing component of the bearing components in at least one of the at least two production lines (1, 1a, 1b, 1c, 1d) being measured by means of the at least one measuring unit (7a, 7b, 7c, 7d) before the grinding operation and/or after the grinding operation and/or after the honing to determine at least one dimension of the first bearing component, characterized in that the at least two production lines (1, 1a, 1b, 1c, 1d) are operated in a synchronised manner in such a way that a control of the grinding operation and/or the honing for producing a further bearing component in the at least one further production line (1, 1a, 1b, 1c, 1d) takes place on the basis of the at least one determined dimension of the first bearing component, and wherein the first bearing component and the at least one further bearing component are combined with one another to form the rolling or sliding bearing.
A method of wireless communication at a User Equipment, UE, comprising: applying a first codebook from a plurality of preconfigured codebooks; detecting a change of a cover state of the UE, wherein the change alters a transmission beam pattern at the UE; and applying a second codebook from the plurality of preconfigured codebooks based on the change of the cover state. applying a first codebook from a plurality of preconfigured codebooks; detecting a change of a cover state of the UE, wherein the change alters a transmission beam pattern at the UE; and applying a second codebook from the plurality of preconfigured codebooks based on the change of the cover state.
A security apparatus connectable to one or a plurality of buses (200a, 200b), comprising: a receiver configured to receive a frame from one of the buses (200a, 200b); a storage configured to store a plurality of examination parameters that are different from each other, wherein one of the examination parameters identifies a condition of the frame; a checker configured to determine whether a predetermined condition is satisfied for the received frame; an updater (374, 420) configured to update an examination parameter from the plurality of examination parameters stored in the storage, in a case where the predetermined condition is satisfied for the received frame; and an examiner configured to perform an examination, based on the updated examination parameter stored in the storage, in terms of judgement of whether or not the received frame is an attack frame. a receiver configured to receive a frame from one of the buses (200a, 200b); a storage configured to store a plurality of examination parameters that are different from each other, wherein one of the examination parameters identifies a condition of the frame; a checker configured to determine whether a predetermined condition is satisfied for the received frame; an updater (374, 420) configured to update an examination parameter from the plurality of examination parameters stored in the storage, in a case where the predetermined condition is satisfied for the received frame; and an examiner configured to perform an examination, based on the updated examination parameter stored in the storage, in terms of judgement of whether or not the received frame is an attack frame.
A method of displaying wireless-spectrum usage information, the method comprising: monitoring wireless-spectrum usage concurrently at wireless-spectrum monitoring locations disturbed over a geographic region (1210, 1310) by operation of wireless-spectrum analysis devices distributed over the geographic region (1210, 1310); transmitting, from each wireless-spectrum analysis device, spectral-usage data identified by the wireless-spectrum analysis device analyzing physical layer signals detected at its wireless-spectrum monitoring location; aggregating the spectral-usage data transmitted from the wireless-spectrum analysis devices; generating, by operation of data processing apparatus, a surface plot (1200, 1300) of a measure of wireless-spectrum usage for the geographic region (1210, 1310), the surface plot based on the aggregated spectral-usage data; and superimposing, by operation of a display device, the surface plot onto a view of the geographic region, the superimposed surface plot visually indicating values for the measure of wireless-spectrum usage over the geographic region. monitoring wireless-spectrum usage concurrently at wireless-spectrum monitoring locations disturbed over a geographic region (1210, 1310) by operation of wireless-spectrum analysis devices distributed over the geographic region (1210, 1310); transmitting, from each wireless-spectrum analysis device, spectral-usage data identified by the wireless-spectrum analysis device analyzing physical layer signals detected at its wireless-spectrum monitoring location; aggregating the spectral-usage data transmitted from the wireless-spectrum analysis devices; generating, by operation of data processing apparatus, a surface plot (1200, 1300) of a measure of wireless-spectrum usage for the geographic region (1210, 1310), the surface plot based on the aggregated spectral-usage data; and superimposing, by operation of a display device, the surface plot onto a view of the geographic region, the superimposed surface plot visually indicating values for the measure of wireless-spectrum usage over the geographic region.
A fire detection system for correcting fire detection based on wind, the system comprising: fire detectors for acquiring two-dimensional fire location information for a fire; a wind sensor for acquiring wind information; and a system controller for determining three-dimensional fire location information based on the two-dimensional fire location information from the fire detectors and compensating the three-dimensional fire location information based on the wind information. fire detectors for acquiring two-dimensional fire location information for a fire; a wind sensor for acquiring wind information; and a system controller for determining three-dimensional fire location information based on the two-dimensional fire location information from the fire detectors and compensating the three-dimensional fire location information based on the wind information.