mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining a nonplanar peelable shim including the following steps: - compressing an alternating stack of sheets of material and layers of an adhesive that is polymerizable by curing, in a form of the adhesive to be polymerized; - polymerizing the adhesive in order to obtain a polymerized adhesive, so as to obtain a peelable stack, the stack being compressed; - stripping the stack after polymerization; and - finalizing the nonplanar peelable shim from the stack after stripped polymerization, and where the compression and the polymerization are done in a shaping mold corresponding to the shape of the nonplanar peelable shim to be obtained, the stack before finalization forming a blank of the nonplanar peelable shim to be obtained and the finalization step includes a sub-step for machining the stack after polymerization to the final dimensions of the nonplanar peelable shim to be obtained, the stack after polymerization being placed in a finishing mold with lateral edges at the final dimensions of the nonplanar peelable shim to be obtained, the stack being corrected to said dimensions. - compressing an alternating stack of sheets of material and layers of an adhesive that is polymerizable by curing, in a form of the adhesive to be polymerized; - polymerizing the adhesive in order to obtain a polymerized adhesive, so as to obtain a peelable stack, the stack being compressed; - stripping the stack after polymerization; and - finalizing the nonplanar peelable shim from the stack after stripped polymerization, and where the compression and the polymerization are done in a shaping mold corresponding to the shape of the nonplanar peelable shim to be obtained, the stack before finalization forming a blank of the nonplanar peelable shim to be obtained and the finalization step includes a sub-step for machining the stack after polymerization to the final dimensions of the nonplanar peelable shim to be obtained, the stack after polymerization being placed in a finishing mold with lateral edges at the final dimensions of the nonplanar peelable shim to be obtained, the stack being corrected to said dimensions.
A crystalline form I of 1-(5-(2,4-difluorophenyl)-1-((3-fluorophenyl)sulfonyl)-4-methoxy-1H-pyrrol-3-yl)-N-methylmethanamine hydrochloride having peaks at diffraction angles (2θ±0.2°) of 5.8°, 9.7°, 10.0°, 12.8°, 13.2°, 17.4° and 18.5° in an X-ray powder diffraction pattern.
A method for communicating using multiple-input multiple-output, MIMO, in a wireless network, comprising: receiving one or more scheduling grants from a Node B relating to a plurality of uplink streams in MIMO ; receiving an enhanced relative grant channel, E-RGCH, from the Node B, as well as another E-RGCH from a non-serving Node B, for each or a subset of the plurality of uplink streams ; determining a primary transmit power and a primary transport block size, TBS, for a primary stream of the plurality of uplink streams , the primary stream carrying a primary data channel, E-DPDCH; determining a secondary transmit power and a secondary TBS for a secondary stream of the plurality of uplink streams , the secondary stream carrying a secondary data channel, S-E-DPDCH, wherein the primary transmit power for the primary stream and the secondary transmit power for the secondary stream are determined based on the E-RGCH received from the non-serving Node B so as to protect the non-serving Node B from interference by the UE; and transmitting scheduling information including a defined headroom for the primary and secondary streams based on consideration of the power of a secondary dedicated physical control channel, S-DPCCH, and a power of a secondary enhanced dedicated physical control channel, S-E-DPCCH. receiving one or more scheduling grants from a Node B relating to a plurality of uplink streams in MIMO ; receiving an enhanced relative grant channel, E-RGCH, from the Node B, as well as another E-RGCH from a non-serving Node B, for each or a subset of the plurality of uplink streams ; determining a primary transmit power and a primary transport block size, TBS, for a primary stream of the plurality of uplink streams , the primary stream carrying a primary data channel, E-DPDCH; determining a secondary transmit power and a secondary TBS for a secondary stream of the plurality of uplink streams , the secondary stream carrying a secondary data channel, S-E-DPDCH, wherein the primary transmit power for the primary stream and the secondary transmit power for the secondary stream are determined based on the E-RGCH received from the non-serving Node B so as to protect the non-serving Node B from interference by the UE; and transmitting scheduling information including a defined headroom for the primary and secondary streams based on consideration of the power of a secondary dedicated physical control channel, S-DPCCH, and a power of a secondary enhanced dedicated physical control channel, S-E-DPCCH.
A sanitary fitting comprising a) a cast outlet comprising a water outlet opening ; b) a shower connection arranged on the outlet ; c) a manually operated switching valve arranged in the outlet which optionally enables a water flow to the water outlet or to the shower connection ; d) means in the outlet separating the different water paths in the outlet from each other; wherein e) the means for separating the water paths are formed by the switching valve itself, which, for this purpose, on its outside is provided with sealing surfaces cooperating with sealing surfaces on the inner surface of the outlet ; characterised in that f) on the outer surface area of the housing of the switching valve in axial distance from each other two annular collars are formed which ensure a sealing of the switching valve by means of a seal against the upper and lower wall of the outlet , and that g) all seals are formed as a single-piece moulded part. a) a cast outlet comprising a water outlet opening ; b) a shower connection arranged on the outlet ; c) a manually operated switching valve arranged in the outlet which optionally enables a water flow to the water outlet or to the shower connection ; d) means in the outlet separating the different water paths in the outlet from each other; wherein e) the means for separating the water paths are formed by the switching valve itself, which, for this purpose, on its outside is provided with sealing surfaces cooperating with sealing surfaces on the inner surface of the outlet ; characterised in that f) on the outer surface area of the housing of the switching valve in axial distance from each other two annular collars are formed which ensure a sealing of the switching valve by means of a seal against the upper and lower wall of the outlet , and that g) all seals are formed as a single-piece moulded part.
A brake comprising: a first brake lining configured to be frictionally engageable with a rail ; a second brake lining configured to be frictionally engageable with the rail ; a first biasing member configured to urge the first brake lining to engage the rail ; a first actuator configured to move the first brake lining to disengage the rail when the first actuator is energized; a second biasing member configured to urge the second brake lining to engage the rail ; a second actuator configured to move the second brake lining to disengage the rail when the second actuator is energized; and a mount upon which the first and second actuators are disposed, the mount having a first side wall and a second side wall ; wherein the first actuator comprises a backing block and a first solenoid housed in the backing block, and the second actuator comprises a second backing block and a second solenoid housed in the backing block ; and wherein each of the first and second biasing members comprises a permanent magnet; characterised in that the first and second biasing members are configured to generate a first flux path across the rail ; the first actuator , when energized, is configured to at least partially redirect the first flux path into a second flux path that draws the first actuator toward the first side wall of the mount ; and the second actuator , when energized, is configured to at least partially redirect the first flux path into a third flux path that draws the second actuator toward the second side wall of the mount . a first brake lining configured to be frictionally engageable with a rail ; a second brake lining configured to be frictionally engageable with the rail ; a first biasing member configured to urge the first brake lining to engage the rail ; a first actuator configured to move the first brake lining to disengage the rail when the first actuator is energized; a second biasing member configured to urge the second brake lining to engage the rail ; a second actuator configured to move the second brake lining to disengage the rail when the second actuator is energized; and a mount upon which the first and second actuators are disposed, the mount having a first side wall and a second side wall ; wherein the first actuator comprises a backing block and a first solenoid housed in the backing block, and the second actuator comprises a second backing block and a second solenoid housed in the backing block ; and wherein each of the first and second biasing members comprises a permanent magnet; characterised in that the first and second biasing members are configured to generate a first flux path across the rail ; the first actuator , when energized, is configured to at least partially redirect the first flux path into a second flux path that draws the first actuator toward the first side wall of the mount ; and the second actuator , when energized, is configured to at least partially redirect the first flux path into a third flux path that draws the second actuator toward the second side wall of the mount .
Compressed gas cylinder having a gas retrieval valve which is equipped with a valve unit having a connecting portion for connecting to a body of the compressed gas cylinder ; a first gas duct which extends from a first entry opening , disposed on an inflow-proximal end face of the connecting portion that faces the interior of the compressed gas cylinder , to a first retrieval port , and a second gas duct which extends from a second entry opening , disposed on the inflow-proximal end face of the connecting portion , to a second retrieval port leading through said valve unit ; wherein the first gas duct is specified for" retrieving gas from the compressed gas cylinder at the filling pressure prevalent in the compressed gas cylinder , and the second gas duct is specified for retrieving gas from the compressed gas cylinder at a pressure reduced in comparison to the filling pressure, and wherein a blocking fitting for opening or blocking the first gas duct and the second gas duct is in each case provided, and the second gas duct is equipped with a device for pressure reduction.
A combination of a patient-specific bone implant for placement on a bone and a customized surgical guide for surgical instruments for placement on the patient-specific bone implant, wherein said guide and said patient-specific bone implant engage by means of a unique fit, wherein said customized surgical guide comprises: - one or more customized guiding elements for the surgical instruments; - one or more surfaces which ensure the unique fit with the implant by the congruency between said surfaces and one or more surface structures of the implant; - one or more surfaces arranged to specifically mate with a bone by the congruency between said surfaces and one or more areas of the bone. - one or more customized guiding elements for the surgical instruments; - one or more surfaces which ensure the unique fit with the implant by the congruency between said surfaces and one or more surface structures of the implant; - one or more surfaces arranged to specifically mate with a bone by the congruency between said surfaces and one or more areas of the bone.
A method for measuring the total radiated power of an array antenna, comprising: dividing an array antenna to be measured into N antenna sub-arrays, the N being greater than or equal to 2 (S501); determining a Rayleigh resolution according to the maximum sizes of the N antenna sub-arrays, and determining a sampling interval according to the Rayleigh resolution (S502); determining sampling points according to the sampling interval (S503); and determining the total radiated power of the entire array antenna according to the equivalent isotropic radiated power of the sampling points (S504). dividing an array antenna to be measured into N antenna sub-arrays, the N being greater than or equal to 2 (S501); determining a Rayleigh resolution according to the maximum sizes of the N antenna sub-arrays, and determining a sampling interval according to the Rayleigh resolution (S502); determining sampling points according to the sampling interval (S503); and determining the total radiated power of the entire array antenna according to the equivalent isotropic radiated power of the sampling points (S504).
A 3-aryl-benzofuranone compound or a mixture thereof characterized by the structure as shown in formula (I), wherein two of R 1 to R 5 in the formula are each methyl and the remaining of R 1 to R 5 are H, R 6 is C 1 to C 5 alkyl, and R 7 is C 7 to C 18 alkyl or C 7 to C 18 mixed alkyl.
A method of producing mushrooms, comprising the steps of: i. providing a tray having a first surface and an opposite second surface and comprising a plurality of spaced apart depressions in the first surface, the inner surfaces of the depressions defining receptacles open to the first surface for holding a mushroom growth medium and the outer surfaces of the depressions defining protrusions extending out from the second surface, ii. filling each receptacle at least partially with a mushroom growth medium , and iii. closing each receptacle by applying a foil or sheet to the first surface , iv. pasteurizing or sterilising the mushroom growth medium, v. inoculating the growth media with mushroom spawn by injecting the mushroom spawn through the foil or sheet into the mushroom growth medium, vi. incubating the growth medium for allowing a mushroom mycelium to form in the mushroom growth medium, vii. at least partially removing or opening the foil or sheet closing the receptacles to allow mushrooms to grow and protrude from the receptacles and from the first surface , and viii. harvesting the mushrooms. i. providing a tray having a first surface and an opposite second surface and comprising a plurality of spaced apart depressions in the first surface, the inner surfaces of the depressions defining receptacles open to the first surface for holding a mushroom growth medium and the outer surfaces of the depressions defining protrusions extending out from the second surface, ii. filling each receptacle at least partially with a mushroom growth medium , and iii. closing each receptacle by applying a foil or sheet to the first surface , iv. pasteurizing or sterilising the mushroom growth medium, v. inoculating the growth media with mushroom spawn by injecting the mushroom spawn through the foil or sheet into the mushroom growth medium, vi. incubating the growth medium for allowing a mushroom mycelium to form in the mushroom growth medium, vii. at least partially removing or opening the foil or sheet closing the receptacles to allow mushrooms to grow and protrude from the receptacles and from the first surface , and viii. harvesting the mushrooms.
A metal pipe having a circular cross section with an outer diameter D and a length not less than 6D, characterized by comprising: a high-strength portion disposed along an entire circumference of the metal pipe to extend a dimension, as measured in a longitudinal direction of the metal pipe , that is not less than (2/3)D and not more than (4/3)D, the high-strength portion having a yield strength not less than 500 MPa; and low-strength portions disposed along the entire circumference of the metal pipe to be arranged in the longitudinal direction of the metal pipe to sandwich the high-strength portion , the low-strength portions having a yield strength of 60 to 85 % of that of the high-strength portion . a high-strength portion disposed along an entire circumference of the metal pipe to extend a dimension, as measured in a longitudinal direction of the metal pipe , that is not less than (2/3)D and not more than (4/3)D, the high-strength portion having a yield strength not less than 500 MPa; and low-strength portions disposed along the entire circumference of the metal pipe to be arranged in the longitudinal direction of the metal pipe to sandwich the high-strength portion , the low-strength portions having a yield strength of 60 to 85 % of that of the high-strength portion .
Abrasive tool comprising an abrasive carrier having a shaft for connecting the abrasive carrier to a drive means for rotatably driving the abrasive carrier about a longitudinal axis (X) and a core connected to an axial end of the shaft , wherein the core consists of a material mixture comprising a plastic with a thermally conductive filler, wherein the filler has a thermal conductivity greater than 35 watts per metre and per Kelvin, and an abrasive means , characterised in that the abrasive means has a surface which is closed in the circumferential direction about the longitudinal axis (X) and which encloses a cavity extending along the longitudinal axis (X), wherein the core is received at least in sections in the cavity , and that the plastic is foamed. an abrasive carrier having a shaft for connecting the abrasive carrier to a drive means for rotatably driving the abrasive carrier about a longitudinal axis (X) and a core connected to an axial end of the shaft , wherein the core consists of a material mixture comprising a plastic with a thermally conductive filler, wherein the filler has a thermal conductivity greater than 35 watts per metre and per Kelvin, and an abrasive means , characterised in that the abrasive means has a surface which is closed in the circumferential direction about the longitudinal axis (X) and which encloses a cavity extending along the longitudinal axis (X), wherein the core is received at least in sections in the cavity , and that the plastic is foamed.
A battery device comprising: a battery configured to be chargeable and dischargeable; a detection unit configured to detect a state of the battery ; and a control unit configured to calculate, on the basis of the state of the battery detected by the detection unit , a value of a maximum charging current that can be supplied to the battery and to notify a result of such calculation to a charging device , the control unit is configured to calculate and notify the value of the maximum charging current repeatedly until the battery device is detached from the charging device or until the charging of the battery by the charging device is completed, characterized in that the control unit is configured, upon calculation of the value of the maximum charging current, to output repeatedly to the charging device at least one analog signal in which a voltage value varies according to the value of the maximum charging current, and is configured to output to the charging device at least one digital signal for communication for controlling charging of the battery . a battery configured to be chargeable and dischargeable; a detection unit configured to detect a state of the battery ; and a control unit configured to calculate, on the basis of the state of the battery detected by the detection unit , a value of a maximum charging current that can be supplied to the battery and to notify a result of such calculation to a charging device , the control unit is configured to calculate and notify the value of the maximum charging current repeatedly until the battery device is detached from the charging device or until the charging of the battery by the charging device is completed, characterized in that the control unit is configured, upon calculation of the value of the maximum charging current, to output repeatedly to the charging device at least one analog signal in which a voltage value varies according to the value of the maximum charging current, and is configured to output to the charging device at least one digital signal for communication for controlling charging of the battery .
A device for locating a moving object or person in a space, said space being equipped with at least one inductive surface, the device comprising: - magnetic detection means able to detect the presence of the object or of the person on or close to said at least one inductive surface, and able to measure a heading angle by way of two simultaneous measurement points and to generate dated reference heading angle data for the object or for the person; - inertial detection means able to generate estimated angular speed and acceleration data for the object or for the person; and - calculation means coupled to the magnetic and inertial detection means, able to combine the dated reference heading angle data with the estimated data in order to generate corrected position and orientation data for the object or for the person in said space. - magnetic detection means able to detect the presence of the object or of the person on or close to said at least one inductive surface, and able to measure a heading angle by way of two simultaneous measurement points and to generate dated reference heading angle data for the object or for the person; - inertial detection means able to generate estimated angular speed and acceleration data for the object or for the person; and - calculation means coupled to the magnetic and inertial detection means, able to combine the dated reference heading angle data with the estimated data in order to generate corrected position and orientation data for the object or for the person in said space.
Method for operating a set of at least two light dimmers, referred to as the first dimmer , which is preferably a master dimmer, and the second dimmer , which is preferably a slave dimmer, these being connected in parallel between a current source and a light source , the current source being able to deliver a current having a period, each dimmer comprising at least one transistor, preferably of the MOSFET type, in which method, in a first time interval (I1), each of the transistors of the at least two dimmers is closed so as to turn on the light source , and in which, in a second time interval , each of the transistors of the at least two dimmers is opened so as to turn off the light source , the first time interval (I1) and the second time interval occurring for each current half-period, in a trailing-edge operating mode, for each current half-period, the second time interval follows the first time interval (I1) in the observed half-period, which method is characterized in that , starting from at least two consecutive cycles, namely a first cycle (C1) and a second cycle (C2), in the first cycle (C1), between the first time interval (I1) and the second time interval , the transistor of the first dimmer is opened after the opening of the transistor of the second dimmer , and in that , in the second cycle (C2), between the first time interval (I1) and the second time interval , the transistor of the second dimmer is opened after the opening of the transistor of the first dimmer . the first time interval (I1) and the second time interval occurring for each current half-period, in a trailing-edge operating mode, for each current half-period, the second time interval follows the first time interval (I1) in the observed half-period, which method is characterized in that , starting from at least two consecutive cycles, namely a first cycle (C1) and a second cycle (C2), in the first cycle (C1), between the first time interval (I1) and the second time interval , the transistor of the first dimmer is opened after the opening of the transistor of the second dimmer , and in that , in the second cycle (C2), between the first time interval (I1) and the second time interval , the transistor of the second dimmer is opened after the opening of the transistor of the first dimmer .