mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sending system information, the method being applied to a first communication node, characterized in that the method comprises: generating (S110) first system information, the first system information carrying indication information corresponding to second system information, the indication information comprising a frequency-domain subcarrier spacing used for sending the second system information, and the second system information being configured for assisting a second communication node to access a system; and sending (S120) the first system information to the second communication node. generating (S110) first system information, the first system information carrying indication information corresponding to second system information, the indication information comprising a frequency-domain subcarrier spacing used for sending the second system information, and the second system information being configured for assisting a second communication node to access a system; and sending (S120) the first system information to the second communication node.
A reciprocating pump comprising: a first housing surrounding a bellows chamber and a displacement chamber ; a rod extending into the reciprocating pump; a bellows connected to the rod and to the first housing, the bellows including an interior ; an endcap disposed on an end of the first housing, wherein the rod extends through the endcap; characterized by a valve attached to the endcap, wherein the valve comprises: a second housing with an inlet and an outlet ; a first chamber within the second housing, the first chamber with a first valve seat and fluidly connected to the inlet; a second chamber within the second housing, the second chamber with a second valve seat and fluidly connected to the outlet and the first chamber; a first valve element disposed in the first chamber, wherein the first valve element comprises a spring-loaded check valve element ; and a second valve element disposed in the second chamber, wherein the second valve element comprises a buoyant material; and a passage in the endcap, wherein the passage fluidly connects the interior of the bellows to the valve. a first housing surrounding a bellows chamber and a displacement chamber ; a rod extending into the reciprocating pump; a bellows connected to the rod and to the first housing, the bellows including an interior ; an endcap disposed on an end of the first housing, wherein the rod extends through the endcap; characterized by a valve attached to the endcap, wherein the valve comprises: a second housing with an inlet and an outlet ; a first chamber within the second housing, the first chamber with a first valve seat and fluidly connected to the inlet; a second chamber within the second housing, the second chamber with a second valve seat and fluidly connected to the outlet and the first chamber; a first valve element disposed in the first chamber, wherein the first valve element comprises a spring-loaded check valve element ; and a second valve element disposed in the second chamber, wherein the second valve element comprises a buoyant material; and a second housing with an inlet and an outlet ; a first chamber within the second housing, the first chamber with a first valve seat and fluidly connected to the inlet; a second chamber within the second housing, the second chamber with a second valve seat and fluidly connected to the outlet and the first chamber; a first valve element disposed in the first chamber, wherein the first valve element comprises a spring-loaded check valve element ; and a second valve element disposed in the second chamber, wherein the second valve element comprises a buoyant material; and a passage in the endcap, wherein the passage fluidly connects the interior of the bellows to the valve.
A wind turbine blade tester comprising: a pair of linearly reciprocable actuators each arranged to deliver a stroke to a wind turbine blade being tested; characterised in that the actuators are arranged to be connected to the ground , and in that the actuators are each inclined at an angle relative to the wind turbine blade being tested whereby the stroke delivered by each of the actuators provides a controlled force in both the edgewise and flapwise directions. a pair of linearly reciprocable actuators each arranged to deliver a stroke to a wind turbine blade being tested; characterised in that the actuators are arranged to be connected to the ground , and in that the actuators are each inclined at an angle relative to the wind turbine blade being tested whereby the stroke delivered by each of the actuators provides a controlled force in both the edgewise and flapwise directions.
A cell phone assembly comprising: a housing having a first surface facing a first direction; a touch screen ; cell phone electronics supported by the housing ; at least one image sensor supported by the housing ; a second surface supported by the housing , the second surface facing a second direction opposite the first direction; and a socket defined on the second surface , the socket extending inside the housing , the socket comprising: a socket front surface , a socket rear surface , a side wall extending between the socket front surface and the socket rear surface, the side wall defining a depth of the socket , and a central aperture , the socket being configured to removably engage a lens component which comprises a lens or a lens mount adapter ; wherein the at least one image sensor and the socket are aligned and arranged such that light traveling along an optical path in use passes through the lens component engaged in use with the socket and the central aperture of the socket to the at least one image sensor . a housing having a first surface facing a first direction; a touch screen ; cell phone electronics supported by the housing ; at least one image sensor supported by the housing ; a second surface supported by the housing , the second surface facing a second direction opposite the first direction; and a socket defined on the second surface , the socket extending inside the housing , the socket comprising: a socket front surface , a socket rear surface , a side wall extending between the socket front surface and the socket rear surface, the side wall defining a depth of the socket , and a central aperture , the socket being configured to removably engage a lens component which comprises a lens or a lens mount adapter ; wherein the at least one image sensor and the socket are aligned and arranged such that light traveling along an optical path in use passes through the lens component engaged in use with the socket and the central aperture of the socket to the at least one image sensor .
A method of measuring a thickness of a graphene layer directly grown on a silicon substrate , by using an X-ray photoelectron spectroscopy (XPS) instrument, the method comprising: obtaining signal intensities from the graphene layer directly grown on the silicon substrate in response to emitting X-ray radiation toward the graphene layer directly grown on the silicon substrate using the XPS instrument; and calculating the thickness t G of the graphene layer according to an equation below, t G = λ EAL cos α ln R exp R 0 + 1 wherein R 0 = I co I sio , R exp = I c I si , λ EAL is an effective attenuation length, α is a detection angle for the XPS instrument, I co is a signal intensity of a photoelectron beam emitted from bulk-type graphene, I sio is a signal intensity of a photoelectron beam emitted from bulk-type silicon, I c is a signal intensity of a photoelectron beam emitted from the graphene layer and detected by a sensor on the XPS instrument in response to the graphene layer receiving X-ray radiation by the XPS instrument, and I si is a signal intensity of a photoelectron beam emitted from the silicon substrate and detected by the sensor on the XPS instrument in response to the silicon substrate receiving X-ray radiation by the XPS instrument, wherein the XPS instrument obtains R 0 by a linear relationship between the signal intensity I si of the photoelectron beam emitted from the silicon substrate and the signal intensity I c of the photoelectron beam emitted from the graphene layer . obtaining signal intensities from the graphene layer directly grown on the silicon substrate in response to emitting X-ray radiation toward the graphene layer directly grown on the silicon substrate using the XPS instrument; and calculating the thickness t G of the graphene layer according to an equation below, t G = λ EAL cos α ln R exp R 0 + 1 wherein R 0 = I co I sio , R exp = I c I si , λ EAL is an effective attenuation length, α is a detection angle for the XPS instrument, I co is a signal intensity of a photoelectron beam emitted from bulk-type graphene, I sio is a signal intensity of a photoelectron beam emitted from bulk-type silicon, I c is a signal intensity of a photoelectron beam emitted from the graphene layer and detected by a sensor on the XPS instrument in response to the graphene layer receiving X-ray radiation by the XPS instrument, and I si is a signal intensity of a photoelectron beam emitted from the silicon substrate and detected by the sensor on the XPS instrument in response to the silicon substrate receiving X-ray radiation by the XPS instrument, wherein the XPS instrument obtains R 0 by a linear relationship between the signal intensity I si of the photoelectron beam emitted from the silicon substrate and the signal intensity I c of the photoelectron beam emitted from the graphene layer .
Tile , in particular a carpet tile , comprising: - a base , preferably a primary carpet base having pile yarns projecting upwardly therefrom, - a backing structure attached to a lower side of said base , preferably said primary carpet base , said backing structure comprising an elastic layer , defining a lower surface of the tile , wherein a plurality of superficial suction holes is formed in at least a lower surface of said elastic layer , wherein the superficial suction holes are open in a direction facing away from the base and substantially closed in a direction facing the base , characterized in that the elastic layer is made from an anisotropic material, and in that the superficial suction holes together define a void footprint, wherein material at the lower surface of the elastic layer in between said superficial suction holes define a material footprint, wherein the ratio between the void footprint and the material footprint is at least 4, preferably at least 5, more preferably at least 6, thereby allowing the tile to be quickly attached to a support surface and removed therefrom. - a base , preferably a primary carpet base having pile yarns projecting upwardly therefrom, - a backing structure attached to a lower side of said base , preferably said primary carpet base , said backing structure comprising an elastic layer , defining a lower surface of the tile , wherein a plurality of superficial suction holes is formed in at least a lower surface of said elastic layer , wherein the superficial suction holes are open in a direction facing away from the base and substantially closed in a direction facing the base ,
Ball, in particular football, comprising: a. a bladder which has a majority weight component of a material of a first material class; b. at least one intermediate layer , wherein the at least one intermediate layer is arranged exterior to the bladder , and wherein the at least one intermediate layer has a majority weight component of the material of the first material class, and wherein the at least one intermediate layer comprises randomly arranged particles, wherein the randomly arranged particles comprise expanded material; and c. at least one exterior layer , wherein the at least one exterior layer is arranged exterior to the at least one intermediate layer , and wherein the at least one exterior layer has a majority weight component of the material of the first material class. a. a bladder which has a majority weight component of a material of a first material class; b. at least one intermediate layer , wherein the at least one intermediate layer is arranged exterior to the bladder , and wherein the at least one intermediate layer has a majority weight component of the material of the first material class, and wherein the at least one intermediate layer comprises randomly arranged particles, wherein the randomly arranged particles comprise expanded material; and c. at least one exterior layer , wherein the at least one exterior layer is arranged exterior to the at least one intermediate layer , and wherein the at least one exterior layer has a majority weight component of the material of the first material class.
A process for preparing a Mn +4 doped phosphor of formula I A x [MF y ]:Mn +4 I the process comprising gradually adding feed solutions comprising at least a first solution and a second solution, the first solution comprising a source of M and HF and the second solution comprising a source of Mn, to a reactor in the presence of a source of A, to form a product liquor comprising the Mn +4 doped phosphor; and gradually discharging the product liquor from the reactor at about the same rate that all feed solutions are added to the reactor so that the volume of the product liquor in the reactor varies less than about 50% over the time period when the product liquor is being discharged; wherein A is Li, Na, K, Rb, Cs, or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; x is the absolute value of the charge of the [MF y ] ion; y is 5, 6 or 7. the process comprising gradually adding feed solutions comprising at least a first solution and a second solution, the first solution comprising a source of M and HF and the second solution comprising a source of Mn, to a reactor in the presence of a source of A, to form a product liquor comprising the Mn +4 doped phosphor; and gradually discharging the product liquor from the reactor at about the same rate that all feed solutions are added to the reactor so that the volume of the product liquor in the reactor varies less than about 50% over the time period when the product liquor is being discharged; A is Li, Na, K, Rb, Cs, or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; x is the absolute value of the charge of the [MF y ] ion; y is 5, 6 or 7.
A method for creating selective snapshots of a database that is stored as one or more segments (32, 131-134), wherein a segment comprises one or more memory pages, the method comprising the steps: - receiving, by a parent process, a OLAP query, - determining, by the parent process based on a physical execution plan corresponding to the query, the one or more segments being required in a snapshot process that executes the query, - setting the one or more required segments as inheritable for the snapshot process by means of a system call, or by setting a status variable in a segment structure of the one or more required segments and - creating, by the parent, a snapshot (S38), wherein creating the snapshot comprises a step of forking (S38) the snapshot process by the parent process, and wherein a segment that has been set as inheritable for the snapshot process is mapped in an address space of the snapshot process, and a segment that has not been set as inheritable for the snapshot process is not mapped in the address space of the snapshot process. - receiving, by a parent process, a OLAP query, - determining, by the parent process based on a physical execution plan corresponding to the query, the one or more segments being required in a snapshot process that executes the query, - setting the one or more required segments as inheritable for the snapshot process by means of a system call, or by setting a status variable in a segment structure of the one or more required segments and - creating, by the parent, a snapshot (S38), wherein creating the snapshot comprises a step of forking (S38) the snapshot process by the parent process, and wherein a segment that has been set as inheritable for the snapshot process is mapped in an address space of the snapshot process, and a segment that has not been set as inheritable for the snapshot process is not mapped in the address space of the snapshot process.
A display device comprising: a substrate (SUB1) comprising an opening (OP); a first barrier insulating layer (BIL1) on the substrate; a plurality of first pad portions (PAD1) on the first barrier insulating layer and in a first contact hole (CNT1) penetrating the first barrier insulating layer (BIL1); a second barrier insulating layer (BIL2) on the first barrier insulating layer and the plurality of first pad portions (PAD1); a plurality of second pad portions (PAD2) on the second barrier insulating layer and in a second contact hole (CNT2) penetrating the first barrier insulating layer (BIL1) and the second barrier insulating layer (BIL2); a third barrier insulating layer (BIL3) on the second barrier insulating layer (BIL2) and the plurality of second pad portions (PAD2); a display layer (DPL) on the third barrier insulating layer; and a flexible film (FPCB) under the substrate, and inserted into the opening to be electrically connected to the plurality of first and second pad portions (PAD1, PAD2), wherein each of the plurality of first pad portions and the plurality of second pad portions comprises a main body portion (PBP) inserted into the first contact hole or the second contact hole, and an extension portion (PWP) at both sides of the main body portion. a substrate (SUB1) comprising an opening (OP); a first barrier insulating layer (BIL1) on the substrate; a plurality of first pad portions (PAD1) on the first barrier insulating layer and in a first contact hole (CNT1) penetrating the first barrier insulating layer (BIL1); a second barrier insulating layer (BIL2) on the first barrier insulating layer and the plurality of first pad portions (PAD1); a plurality of second pad portions (PAD2) on the second barrier insulating layer and in a second contact hole (CNT2) penetrating the first barrier insulating layer (BIL1) and the second barrier insulating layer (BIL2); a third barrier insulating layer (BIL3) on the second barrier insulating layer (BIL2) and the plurality of second pad portions (PAD2); a display layer (DPL) on the third barrier insulating layer; and a flexible film (FPCB) under the substrate, and inserted into the opening to be electrically connected to the plurality of first and second pad portions (PAD1, PAD2), wherein each of the plurality of first pad portions and the plurality of second pad portions comprises a main body portion (PBP) inserted into the first contact hole or the second contact hole, and an extension portion (PWP) at both sides of the main body portion.
Device for gravimetric dilution of a sample in a container (S) with a predetermined amount of liquid, said device comprising: - the container comprising two walls assembled by opposite side edges (S1, S2), a bottom and a filling opening; - means (30; 35) for receiving the container defining a volume receiving the container in an open position; - injection means configured to inject the liquid into the container received by the receiving means, the injection means having an injection axis directed towards the filling opening; said device being characterised in that the injection means are arranged relative to the receiving means so that during an injection of the liquid into the container, said injection axis is directed towards one of the side edges of the container so that the liquid spills onto said side edge of the container. - the container comprising two walls assembled by opposite side edges (S1, S2), a bottom and a filling opening; - means (30; 35) for receiving the container defining a volume receiving the container in an open position; - injection means configured to inject the liquid into the container received by the receiving means, the injection means having an injection axis directed towards the filling opening;
An improved core for mounting on one or more core engaging elements, the core adapted for winding and unwinding material thereon, the core being hollow and cylindrical and having an inner surface and an outer surface adapted to accommodate the material , the core having two axially opposed ends , characterized by a high coefficient of friction (COF) coating disposed on all or a portion of the inner surface in one or more spiral patterns, the high COF coating adapted to increase the coefficient of friction (COF) between the inner surface of the core and the core engaging elements.
Adjusting device for a disc brake , in particular for commercial vehicles, comprising a freewheel , a. wherein the freewheel has an inner ring and an outer ring , and b. the freewheel furthermore has a through bore which passes in each case through the inner ring and the outer ring , characterised in that the inner ring and the outer ring together with a plurality of rolling bearing balls form an axial ball bearing, and the inner ring being mounted rotatably in relation to the outer ring by said plurality of rolling bearing balls, and c. the freewheel furthermore has a cage in which a plurality of clamping rollers are held with compression springs and pressure pieces , i. wherein the cage is arranged between the inner ring and the outer ring in a radial direction with respect to the through bore , and ii. is completely surrounded by the inner ring and the outer ring , wherein compression springs are preloaded in the cage by rotation of the cage in relation to the inner ring and subsequent positive fixing of the cage on the inner ring by suitable means . a. wherein the freewheel has an inner ring and an outer ring , and b. the freewheel furthermore has a through bore which passes in each case through the inner ring and the outer ring , characterised in that the inner ring and the outer ring together with a plurality of rolling bearing balls form an axial ball bearing, and the inner ring being mounted rotatably in relation to the outer ring by said plurality of rolling bearing balls, and c. the freewheel furthermore has a cage in which a plurality of clamping rollers are held with compression springs and pressure pieces , i. wherein the cage is arranged between the inner ring and the outer ring in a radial direction with respect to the through bore , and ii. is completely surrounded by the inner ring and the outer ring , wherein compression springs are preloaded in the cage by rotation of the cage in relation to the inner ring and subsequent positive fixing of the cage on the inner ring by suitable means . i. wherein the cage is arranged between the inner ring and the outer ring in a radial direction with respect to the through bore , and ii. is completely surrounded by the inner ring and the outer ring , wherein compression springs are preloaded in the cage by rotation of the cage in relation to the inner ring and subsequent positive fixing of the cage on the inner ring by suitable means .
An inverter module characterized by comprising: a power system circuit board adapted to convert DC power supplied from a power supply into AC power and to apply the AC power to an electric motor; and a control circuit board adapted to control the AC power applied to the electric motor, the power system circuit board and the control circuit board being integrated through a resin case , the inverter module further comprising an insulating through hole that is provided in a region between a frame ground connected to a high voltage system and formed on the control circuit board and a low voltage circuit adjacent to the frame ground . a power system circuit board adapted to convert DC power supplied from a power supply into AC power and to apply the AC power to an electric motor; and a control circuit board adapted to control the AC power applied to the electric motor, the power system circuit board and the control circuit board being integrated through a resin case , the inverter module further comprising an insulating through hole that is provided in a region between a frame ground connected to a high voltage system and formed on the control circuit board and a low voltage circuit adjacent to the frame ground .