mhurhangee/patent-ind-claim-en huggingface dataset:
A method for calculating a warpage of a bonded SOI wafer that is fabricated by forming a thermal oxide film on one surface or both surfaces of one of a bond wafer and a base wafer that are formed of silicon single crystal wafers, bonding the bond wafer and the base wafer to each other through the thermal oxide film, then reducing a film thickness of the bond wafer, thereby fabricating an epitaxial growth SOI wafer constituted of a BOX layer on the base wafer and an SOI layer on the BOX layer, and thereafter growing an epitaxial layer on a surface of the SOI layer, the method comprising: assuming that the epitaxial growth SOI wafer is a silicon single crystal wafer having the same dopant concentration as the dopant concentration of the bond wafer; calculating a warpage A that occurs at the time of performing the epitaxial growth relative to the assumed silicon single crystal wafer; calculating a warpage B caused due to a thickness of the BOX layer of the epitaxial growth SOI wafer; determining a measured value of a warpage of the base wafer before bonding as a warpage C; and calculating a sum of the warpages (A+B+C) as the warpage of the bonded SOI wafer, wherein the SOI layer has a resistivity of 0.01 Ωcm or less and the epitaxial layer has a resistivity of 1 Qcm or more.
An actuating drive to drive a movably mounted furniture part , comprising at least one actuating arm to be connected to the furniture part , wherein the at least one actuating arm is formed to be moveable between a first and a second end position, a damper for damping both a movement of the at least one actuating arm into the first end position and a movement of the at least one actuating arm into the second end position, wherein the damper upon damping carries out a damping stroke, and a coupling mechanism for coupling the at least one actuating arm or an actuating part which is or can be connected to said actuating arm to the damper at least in the case of the movements of the at least one actuating arm into the two end positions, wherein the coupling mechanism has an actuator for carrying out the damping stroke of the damper , preferably wherein the actuator is designed such that it can be swivelled, wherein the actuator acts on the damper both in the movement of the at least one actuating arm into the first end position and in the movement of the at least one actuating arm into the second end position to carry out the damping stroke, characterized in that the actuating drive has an end position energy store for applying energy to the at least one actuating arm both in the movement of the at least one actuating arm into the first end position and in the movement of the at least one actuating arm into the second end position, wherein the coupling mechanism has an energy transmission element that is preferably pivotably mounted, wherein the end position energy store acts on the energy transmission element both in the movement of the at least one actuating arm into the first end position and in the movement of the at least one actuating arm into the second end position, wherein the end position energy store when it is charged can be detachably locked via the energy transmission element and a swivelling lever which can be moved relative thereto and which can engage in the force transmission element in a force-locking and/or form-locking manner, or vice versa.
A composition for controlling a plant disease comprising a carboxamide compound represented by a formula : and an azole represented by a formula : wherein Y 2 represents a chlorine atom.
Method for testing a sensor with a primary inductor which is galvanically isolated from first and second secondary inductors which are respectively coupled inductively to the primary inductor , comprising: - calculating a sensor output signal (epos), wherein the sensor output signal (epos) is dependent on the coupling between the primary inductor and the first secondary inductor as well as that between the primary inductor and the second secondary inductor , - determining a first electrical variable (| U prim|, | I prim|), which is different from the sensor output signal (epos), in particular an additional signal, of the sensor, - comparing the first electrical variable (| U prim|, | I prim|) with a first limiting value (s1) in order to determine whether the sensor is in a faulty state, characterized in that the primary inductor is fed by an AC generator, wherein the first electrical variable (| U prim|, | I prim|) is formed by the absolute value of the voltage (| U prim|) occurring at the primary inductor , or in that the primary inductor is fed by an AC voltage generator, wherein - the first electrical variable (| U prim|, | I prim|) is formed by the absolute value of the current (| I prim|) flowing through the primary inductor . - calculating a sensor output signal (epos), wherein the sensor output signal (epos) is dependent on the coupling between the primary inductor and the first secondary inductor as well as that between the primary inductor and the second secondary inductor , - determining a first electrical variable (| U prim|, | I prim|), which is different from the sensor output signal (epos), in particular an additional signal, of the sensor, - comparing the first electrical variable (| U prim|, | I prim|) with a first limiting value (s1) in order to determine whether the sensor is in a faulty state, characterized in that the primary inductor is fed by an AC generator, wherein the first electrical variable (| U prim|, | I prim|) is formed by the absolute value of the voltage (| U prim|) occurring at the primary inductor , or in that the primary inductor is fed by an AC voltage generator, wherein - the first electrical variable (| U prim|, | I prim|) is formed by the absolute value of the current (| I prim|) flowing through the primary inductor . - the first electrical variable (| U prim|, | I prim|) is formed by the absolute value of the current (| I prim|) flowing through the primary inductor .
A computer-implemented method for dynamically offloading network traffic flows in one or more virtual networks, the computer-implemented method comprising: identifying a virtual router through which to route network traffic of a specific network flow, wherein the specific network flow has a source endpoint existing on a source host machine and a destination endpoint existing on a destination host machine; receiving flow statistics of network traffic transiting the virtual router including statistics about the specific network flow; determining whether current network traffic of the specific network flow meets an offload rule using the received flow statistics by: determining the number of network flows that have already been offloaded for the source host machine of the specific network flow; and determining whether the number of offloaded network flows exceeds a threshold amount for the source host machine; and in response to determining that the number of offloaded network flows does not exceed a threshold amount for the source host machine, dynamically offloading the specific network flow from the virtual router , wherein subsequent traffic of the network flow routes directly from the source host machine to the destination host machine without going through any virtual routers. identifying a virtual router through which to route network traffic of a specific network flow, wherein the specific network flow has a source endpoint existing on a source host machine and a destination endpoint existing on a destination host machine; receiving flow statistics of network traffic transiting the virtual router including statistics about the specific network flow; determining whether current network traffic of the specific network flow meets an offload rule using the received flow statistics by: determining the number of network flows that have already been offloaded for the source host machine of the specific network flow; and determining whether the number of offloaded network flows exceeds a threshold amount for the source host machine; and determining the number of network flows that have already been offloaded for the source host machine of the specific network flow; and determining whether the number of offloaded network flows exceeds a threshold amount for the source host machine; and in response to determining that the number of offloaded network flows does not exceed a threshold amount for the source host machine, dynamically offloading the specific network flow from the virtual router , wherein subsequent traffic of the network flow routes directly from the source host machine to the destination host machine without going through any virtual routers.
Vehicle, comprising: - a chassis assembly , comprising: - at least one runner configured to support a first set of wheels ; and - at least one variable extension configured to: - adjust a resulting length of the vehicle ; - at least partially support a second set of wheels ; and - adjust a wheelbase (W) between the first set of wheels and the second set of wheels , characterised in that - the second set of wheels is suspended by a suspension that is arranged between a first suspension support that is arranged on the runner and a second suspension support that is arranged on the extension . - a chassis assembly , comprising: - at least one runner configured to support a first set of wheels ; and - at least one variable extension configured to: - adjust a resulting length of the vehicle ; - at least partially support a second set of wheels ; and - adjust a wheelbase (W) between the first set of wheels and the second set of wheels , characterised in that - the second set of wheels is suspended by a suspension that is arranged between a first suspension support that is arranged on the runner and a second suspension support that is arranged on the extension . - at least one runner configured to support a first set of wheels ; and - at least one variable extension configured to: - adjust a resulting length of the vehicle ; - at least partially support a second set of wheels ; and - adjust a wheelbase (W) between the first set of wheels and the second set of wheels , - adjust a resulting length of the vehicle ; - at least partially support a second set of wheels ; and - adjust a wheelbase (W) between the first set of wheels and the second set of wheels , - the second set of wheels is suspended by a suspension that is arranged between a first suspension support that is arranged on the runner and a second suspension support that is arranged on the extension .
A method of transmitting broadcasting data via transmit antennas, the method comprising: controlling a transmission power of data streams to be different based on a parameter α, which is a variable for controlling the transmission power of each data stream and has a value of between "0" and "1", wherein each one of the data streams is included in an input vector X, wherein: x = α x 1 , 1 − α x 2 T ; precoding the data streams of which the transmission power is controlled, using a precoding matrix that is determined based on a modulation scheme that is determined to be different for each of the transmit antennas; and transmitting each of the precoded data streams via corresponding each of the transmit antennas, and wherein the precoding matrix is determined according to Equation 1: Θ = cos ⁢ θ − sin ⁢ θ sin ⁢ θ cos ⁢ θ where Θ denotes the precoding matrix and θ denotes a rotation angle of the precoding matrix, wherein the rotation angle of the precoding matrix is 45 degree. controlling a transmission power of data streams to be different based on a parameter α, which is a variable for controlling the transmission power of each data stream and has a value of between "0" and "1", wherein each one of the data streams is included in an input vector X, wherein: x = α x 1 , 1 − α x 2 T ; precoding the data streams of which the transmission power is controlled, using a precoding matrix that is determined based on a modulation scheme that is determined to be different for each of the transmit antennas; and transmitting each of the precoded data streams via corresponding each of the transmit antennas, and wherein the precoding matrix is determined according to Equation 1: Θ = cos ⁢ θ − sin ⁢ θ sin ⁢ θ cos ⁢ θ where Θ denotes the precoding matrix and θ denotes a rotation angle of the precoding matrix, wherein the rotation angle of the precoding matrix is 45 degree.
A method of treating a solid-liquid mixture of water and biomass according to the basic principle of hydrothermal carbonisation, wherein the solid-liquid mixture is treated at a temperature of above 160°C and a pressure of above 7 bar, characterised in that the solid-liquid mixture is treated for a treatment period of at least 2 hours in at least one membrane reactor formed as a pressure containment, with a filtering device for withdrawing water from the solid-liquid mixture during the treatment, wherein during the treatment, water portions are withdrawn by filtration.
An uplink sounding reference signal triggering method performed by a user equipment, UE, apparatus, the method comprising: receiving (S202) a downlink control information, DCI, from a base station; wherein the DCI comprises sounding reference signal, SRS, control information of each UE of Y UEs in a cell managed by the base station, wherein Y is a positive integer not less than 2, a bit quantity of the SRS control information of each i th UE in the Y UEs is k i , 1≤i≤Y, and k i is a positive integer not less than 1, and wherein a cyclic redundancy check, CRC, of the DCI is scrambled by a radio network temporary identifier, RNTI, received from the base station; descrambling the CRC of the DCI; detecting, when the descrambling succeeds, whether the DCI comprises SRS control information of the UE; detecting the location of the SRS control information of the UE in the DCI; and triggering (S203) an SRS transmission according to the SRS control information of the UE with the detected location after detecting that the DCI comprises the SRS control information of the UE. receiving (S202) a downlink control information, DCI, from a base station; wherein the DCI comprises sounding reference signal, SRS, control information of each UE of Y UEs in a cell managed by the base station, wherein Y is a positive integer not less than 2, a bit quantity of the SRS control information of each i th UE in the Y UEs is k i , 1≤i≤Y, and k i is a positive integer not less than 1, and wherein a cyclic redundancy check, CRC, of the DCI is scrambled by a radio network temporary identifier, RNTI, received from the base station; descrambling the CRC of the DCI; detecting, when the descrambling succeeds, whether the DCI comprises SRS control information of the UE; detecting the location of the SRS control information of the UE in the DCI; and triggering (S203) an SRS transmission according to the SRS control information of the UE with the detected location after detecting that the DCI comprises the SRS control information of the UE.
A compound of Formula (I) wherein - G is selected from monomeric and oligomeric polyols comprising ethoxylated and/or propoxylated moieties; - R is wherein - the dotted line indicates the bond by which R is linked to the oxygen atom; - m is an integer number from 2 to 8; - x is an integer number from 0 to 10, when x is 0 then A is directly linked to the carbonyl group; - A represents CHR 3 ; - each R 1 , R 2 and R 3 represents, independently from each other, hydrogen or a C 1 -C 12 alkyl group; with the proviso that the photoinitiators of Formula (I) do not contain any photocurable ethylenically unsaturated groups. - G is selected from monomeric and oligomeric polyols comprising ethoxylated and/or propoxylated moieties; - R is wherein - the dotted line indicates the bond by which R is linked to the oxygen atom; - m is an integer number from 2 to 8; - x is an integer number from 0 to 10, when x is 0 then A is directly linked to the carbonyl group; - A represents CHR 3 ; - each R 1 , R 2 and R 3 represents, independently from each other, hydrogen or a C 1 -C 12 alkyl group;
An information receiving method, applied to a network device, wherein the method comprises: sending, by the network device, configuration information, wherein the configuration information is used to indicate a target sounding reference signal ,SRS resource, the target SRS resource is associated with K channel state information reference signal CSI-RS resources, K is an integer greater than 1, and the K CSI-RS resources are used to determine, by a terminal, a precoding scheme used for an SRS carried on the target SRS resource; and receiving, by the network device, the SRS carried on the target SRS resource. sending, by the network device, configuration information, wherein the configuration information is used to indicate a target sounding reference signal ,SRS resource, the target SRS resource is associated with K channel state information reference signal CSI-RS resources, K is an integer greater than 1, and the K CSI-RS resources are used to determine, by a terminal, a precoding scheme used for an SRS carried on the target SRS resource; and receiving, by the network device, the SRS carried on the target SRS resource.
An opening tool for opening a tab portion of a beverage can , the tool comprising: a hollow housing comprising a housing body , the housing body having a top end (E T ) a bottom end (E B ) an inner surface , an outer surface and an open cavity , the open cavity adapted to allow the beverage can to pass there through; one or more claws having a claw body extending between a claw tip and a claw end portion , the claw tip of each of the claws adapted to be hangingly disposed within the open cavity of hollow housing; wherein when the beverage can is passed through the open cavity from the bottom end towards the top end, the claw tip of at least one of the claws engages and pulls the tab portion while the beverage can moves out of the housing body, characterized in that the opening tool further comprises one or more movement means for moving and / or pushing the can through the housing body from the bottom end towards the top end. a hollow housing comprising a housing body , the housing body having a top end (E T ) a bottom end (E B ) an inner surface , an outer surface and an open cavity , the open cavity adapted to allow the beverage can to pass there through; one or more claws having a claw body extending between a claw tip and a claw end portion , the claw tip of each of the claws adapted to be hangingly disposed within the open cavity of hollow housing; wherein when the beverage can is passed through the open cavity from the bottom end towards the top end, the claw tip of at least one of the claws engages and pulls the tab portion while the beverage can moves out of the housing body, characterized in that the opening tool further comprises one or more movement means for moving and / or pushing the can through the housing body from the bottom end towards the top end.
An agent for use in preventing onset of dementia due to aging, which contains at least one imidazole dipeptide.
A method for manufacturing an insulated circuit board including a ceramic substrate and a circuit layer having a circuit pattern disposed on one surface of the ceramic substrate, wherein the circuit layer includes an aluminum layer disposed on the one surface of the ceramic substrate, and a titanium layer formed on a surface of the aluminum layer on a side opposite to the ceramic substrate, and the method comprises: a ceramic/aluminum-joining step (S02; S101; S204) of joining an aluminum material to the ceramic substrate and thereby, forming the aluminum layer; a titanium material-disposing step (S01; S103; S202) of disposing a titanium material, which is to become the titanium layer, on a surface of the aluminum layer or the aluminum material in the circuit pattern shape; a titanium layer-forming step (S02; S104; S203) of performing a heat treatment in a state where the titanium material is laminated on the surface of the aluminum layer or the aluminum material and thereby, forming the titanium layer; and characterized by an etching treatment step (S03; S105; S205) of etching the aluminum layer on which the titanium layer is formed, into the circuit pattern shape by using the titanium layer as a resist material. wherein the circuit layer includes an aluminum layer disposed on the one surface of the ceramic substrate, and a titanium layer formed on a surface of the aluminum layer on a side opposite to the ceramic substrate, and the method comprises: a ceramic/aluminum-joining step (S02; S101; S204) of joining an aluminum material to the ceramic substrate and thereby, forming the aluminum layer; a titanium material-disposing step (S01; S103; S202) of disposing a titanium material, which is to become the titanium layer, on a surface of the aluminum layer or the aluminum material in the circuit pattern shape; a titanium layer-forming step (S02; S104; S203) of performing a heat treatment in a state where the titanium material is laminated on the surface of the aluminum layer or the aluminum material and thereby, forming the titanium layer; and characterized by an etching treatment step (S03; S105; S205) of etching the aluminum layer on which the titanium layer is formed, into the circuit pattern shape by using the titanium layer as a resist material. a ceramic/aluminum-joining step (S02; S101; S204) of joining an aluminum material to the ceramic substrate and thereby, forming the aluminum layer; a titanium material-disposing step (S01; S103; S202) of disposing a titanium material, which is to become the titanium layer, on a surface of the aluminum layer or the aluminum material in the circuit pattern shape; a titanium layer-forming step (S02; S104; S203) of performing a heat treatment in a state where the titanium material is laminated on the surface of the aluminum layer or the aluminum material and thereby, forming the titanium layer; and characterized by an etching treatment step (S03; S105; S205) of etching the aluminum layer on which the titanium layer is formed, into the circuit pattern shape by using the titanium layer as a resist material.
Axle support for a multi-link suspension of the wheels of a motor vehicle, wherein the axle support comprises two longitudinal members , which are connected to one another by means of at least one transverse member , characterized in that , on each longitudinal member, there is arranged in each case one flange-like part of a receiving provision for the fastening of a or of in each case one part, which is formed as a casing, of a receiving provision for a drive motor for each of the wheels, wherein the longitudinal member is formed as an integrally cast component with the flange-like part of the receiving provision and is formed at least partially by the longitudinal member, wherein, proceeding from the flange-like part of the receiving provision , that part of the receiving provision which is to be fastened thereto and which is formed as a casing is arranged so as to be directed inward, that is to say so as to point away from the correspondingly driven wheel towards the oppositely situated longitudinal member.