mhurhangee/patent-ind-claim-en huggingface dataset:
Device for connecting two fluid-conducting lines , the device having a first of the fluid-conducting lines , a second of the fluid-conducting lines , and a continuous hole for conveying the fluid, the device having, in the direction of its longitudinal axis , two opposing line receptacles which end at a predetermined distance from one another within the device , each of the opposing line receptacles being designed such that it is provided with a first part through which the continuous hole passes and a second part which encloses the first part , so that an annular space is formed between the first part and the second part , the bottom of which space defines the end of the particular line receptacle , and the first of the fluid-conducting lines being arranged in one of the line receptacles such that an inner cross section thereof is sealingly arranged on the first part of the device and an outer cross section thereof is arranged in the annular space , and being secured in said position, and the second of the fluid-conducting lines being arranged in the other of the line receptacles such that an inner cross section thereof is sealingly arranged on the first part of the device and an outer cross section thereof is arranged in the annular space , and being secured in said position, characterized in that each of the lines is formed by a hose, in that the first of the fluid-conducting lines is designed for use in a higher temperature range T1 of from -40°C to 200°C and the second of the fluid-conducting lines is designed for use in a lower temperature range T2 of -40°C < T2 ≤ 120°C, and in that each of the fluid-conducting lines is made of a different material and the fluid-conducting lines can be heated by means of at least one heating circuit comprising heating wires that are wound around the particular line and are secured thereto.
A method, being carried out by a user equipment, UE, for coordinated scheduling based on interference cancellation, comprising: - generating (S101) a first quality indicator of a channel from an interfering cell of the UE to the UE; and - feeding back (S102) the first quality indicator to a first base station to which the interfering cell of the UE belongs, and/or feeding back the first quality indicator to a second base station to which a serving cell of the UE belongs, to enable the first base station and/or the second base station to select, according to the first quality indicator, an interfering UE that is to be scheduled together with the UE, schedule, in the serving cell of the UE, the UE, and simultaneously schedule, in a serving cell of the interfering UE, the interfering UE; wherein the interfering cell of the UE and the serving cell of the UE belong to a same base station, or belong to two different base stations; wherein the serving cell of the interfering UE is the interfering cell of the UE, and the interfering UE refers to that a signal transmitted by the serving cell of the interfering UE interferes with the UE; wherein the first quality indicator comprises: a signal-to-noise ratio SNR; or a channel quality indicator CQI; or a transport block size TBS that enables a channel to support demodulation and decoding; wherein the generating a first quality indicator of a channel from an interfering cell of the UE to the UE comprises: performing, by the UE, estimation according to a pilot channel of the interfering cell, to obtain the first quality indicator. - generating (S101) a first quality indicator of a channel from an interfering cell of the UE to the UE; and - feeding back (S102) the first quality indicator to a first base station to which the interfering cell of the UE belongs, and/or feeding back the first quality indicator to a second base station to which a serving cell of the UE belongs, to enable the first base station and/or the second base station to select, according to the first quality indicator, an interfering UE that is to be scheduled together with the UE, schedule, in the serving cell of the UE, the UE, and simultaneously schedule, in a serving cell of the interfering UE, the interfering UE; a signal-to-noise ratio SNR; or a channel quality indicator CQI; or a transport block size TBS that enables a channel to support demodulation and decoding;
A method for detecting a hardware configuration of an on-board device in an aircraft, capable of receiving as input a setpoint current (Ic), and of producing as output a response current ( I ), the method comprising the following steps: a) Send, to the input of the device, a setpoint current ( Ic ) at a given initial time (t 0 ); caracterized by the following steps: b) Measure one or more response current values ( I ) at the output of the device in a measurement-time interval defined between two instants ( t 1 , t 2 ) after the initial instant ( t 0 ); c) Infer the hardware configuration of the device, doing so from the one or more said values of the response current ( I ) measured and the electrical current-response characteristics of the device. a) Send, to the input of the device, a setpoint current ( Ic ) at a given initial time (t 0 ); b) Measure one or more response current values ( I ) at the output of the device in a measurement-time interval defined between two instants ( t 1 , t 2 ) after the initial instant ( t 0 ); c) Infer the hardware configuration of the device, doing so from the one or more said values of the response current ( I ) measured and the electrical current-response characteristics of the device.
A printed circuit board , comprising: a laminated core comprising at least an internal conductive layer (L 2 , L 5 ); a build-up layer on the laminated core , the build-up layer comprising a top conductive layer (L 1 , L 6 ); a plurality of microvias in the build-up layer to electrically connect the top conductive layer (L 1 , L 6 ) with the internal conductive layer (L 2 , L 5 ); a power net in the top conductive layer (L 1 ), the power net comprising a plurality of power ball pads ; and a ground net being disposed in close proximity to the power net , wherein the ground net comprises a plurality of ground ball pads , wherein the plurality of power ball pads and the plurality of ground ball pads are arranged in an array with a fixed ball pad pitch; characterized in that the plurality of power ball pads is arranged in cascade in a ladder form and the plurality of ground ball pads is arranged in cascade in a ladder form. a laminated core comprising at least an internal conductive layer (L 2 , L 5 ); a build-up layer on the laminated core , the build-up layer comprising a top conductive layer (L 1 , L 6 ); a plurality of microvias in the build-up layer to electrically connect the top conductive layer (L 1 , L 6 ) with the internal conductive layer (L 2 , L 5 ); a power net in the top conductive layer (L 1 ), the power net comprising a plurality of power ball pads ; and a ground net being disposed in close proximity to the power net , wherein the ground net comprises a plurality of ground ball pads , wherein the plurality of power ball pads and the plurality of ground ball pads are arranged in an array with a fixed ball pad pitch; characterized in that the plurality of power ball pads is arranged in cascade in a ladder form and the plurality of ground ball pads is arranged in cascade in a ladder form.
A method of transmitting data by a terminal device via a wireless communications system, the method comprising the terminal device receiving an indication of an initial value of a set of one or more communications parameters for transmitting radio signals carrying the data, determining by the terminal device , a distance between the terminal device and a receiver of the radio signals, modelling a state of a communications channel from the terminal device to the receiver of the radio signals including estimating a path loss between the terminal device and the receiver of the radio signals, and estimating a power with which the transmitted radio signals are received by the receiver based on a power with which the radio signals are transmitted and the estimated path loss, using a link adaptation procedure to select a revised value of the set of the one or more communications parameters with respect to the initial value of the set of the one or more communications parameters for the modelled channel state using the estimated received signal power, and adapting the value of the set of the one or more communications parameters according to the revised value, and transmitting radio signals representing the data using the adapted set of the one or more communications parameters. receiving an indication of an initial value of a set of one or more communications parameters for transmitting radio signals carrying the data, determining by the terminal device , a distance between the terminal device and a receiver of the radio signals, modelling a state of a communications channel from the terminal device to the receiver of the radio signals including estimating a path loss between the terminal device and the receiver of the radio signals, and estimating a power with which the transmitted radio signals are received by the receiver based on a power with which the radio signals are transmitted and the estimated path loss, estimating a path loss between the terminal device and the receiver of the radio signals, and estimating a power with which the transmitted radio signals are received by the receiver based on a power with which the radio signals are transmitted and the estimated path loss, using a link adaptation procedure to select a revised value of the set of the one or more communications parameters with respect to the initial value of the set of the one or more communications parameters for the modelled channel state using the estimated received signal power, and adapting the value of the set of the one or more communications parameters according to the revised value, and transmitting radio signals representing the data using the adapted set of the one or more communications parameters.
A money handling apparatus configured to perform at least dispensing process of money comprising: a depositing unit configured to deposit money to inside of the money handling apparatus ; a storage and feeding unit configured to store the money deposited by the depositing unit and feed out the stored money; a transport unit configured to transport the money fed out from the storage and feeding unit ; a dispensing unit configured to eject the money transported by the transport unit to outside of the money handling apparatus ; a detection unit configured to detect access of an operator to a specified area, and a control unit configured to control the storage and feeding unit and the transport unit so as to perform the dispensing process of the money such that the money stored in the storage and feeding unit is fed out by the storage and feeding unit and then the fed money is transported to the dispensing unit by the transport unit , and so as to perform the dispensing process of the money each time the access of the operator to the specified area is detected by the detection unit when the dispensing process of the money is performed a plurality of times in a single transaction, characterized in that the detection unit is provided with the depositing unit and configured to detect the access of the operator to the depositing unit . a depositing unit configured to deposit money to inside of the money handling apparatus ; a storage and feeding unit configured to store the money deposited by the depositing unit and feed out the stored money; a transport unit configured to transport the money fed out from the storage and feeding unit ; a dispensing unit configured to eject the money transported by the transport unit to outside of the money handling apparatus ; a detection unit configured to detect access of an operator to a specified area, and a control unit configured to control the storage and feeding unit and the transport unit so as to perform the dispensing process of the money such that the money stored in the storage and feeding unit is fed out by the storage and feeding unit and then the fed money is transported to the dispensing unit by the transport unit , and so as to perform the dispensing process of the money each time the access of the operator to the specified area is detected by the detection unit when the dispensing process of the money is performed a plurality of times in a single transaction, characterized in that the detection unit is provided with the depositing unit and configured to detect the access of the operator to the depositing unit .
A voltage detection system , comprising: a first voltage detector , for detecting whether an input voltage reaches a first voltage level; a second voltage detector , coupled to the first voltage detector , for detecting whether the input voltage reaches a second voltage level; and a third voltage detector , coupled to the first voltage detector , for detecting whether the input voltage reaches a third voltage level; wherein the first voltage detector is adapted to output a control signal to control a status of the second voltage detector according to a detection result of the first voltage detector, and the control signal further controls a status of the third voltage detector according to the detection result of the first voltage detector ; wherein the second voltage level is lower than the first voltage level; wherein the first voltage detector is adapted to output the control signal to turn off the second voltage detector and the third voltage detector when the input voltage is greater than the first voltage level; wherein the first voltage detector is adapted to output the control signal to turn on the second voltage detector when the input voltage is smaller than the first voltage level; wherein the third voltage level is lower than the first voltage level; and wherein the first voltage detector is adapted to output the control signal to turn on the third voltage detector when the input voltage is smaller than the first voltage level. a first voltage detector , for detecting whether an input voltage reaches a first voltage level; a second voltage detector , coupled to the first voltage detector , for detecting whether the input voltage reaches a second voltage level; and a third voltage detector , coupled to the first voltage detector , for detecting whether the input voltage reaches a third voltage level; wherein the first voltage detector is adapted to output a control signal to control a status of the second voltage detector according to a detection result of the first voltage detector, and the control signal further controls a status of the third voltage detector according to the detection result of the first voltage detector ; wherein the second voltage level is lower than the first voltage level; wherein the first voltage detector is adapted to output the control signal to turn off the second voltage detector and the third voltage detector when the input voltage is greater than the first voltage level; wherein the first voltage detector is adapted to output the control signal to turn on the second voltage detector when the input voltage is smaller than the first voltage level; wherein the third voltage level is lower than the first voltage level; and wherein the first voltage detector is adapted to output the control signal to turn on the third voltage detector when the input voltage is smaller than the first voltage level.
An accessory tool for an extraction cleaner having a fluid delivery system comprising a supply container and a recovery system comprising at least a suction source and a recovery container , the accessory tool comprising: a housing ; an airflow pathway extending through the housing between an air inlet and an air outlet wherein the air outlet is configured for fluid communication with the recovery container; a fluid delivery pathway extending between a fluid inlet and a fluid outlet and having at least a first portion extending through the housing and wherein the fluid inlet is configured for fluid communication with the supply container; an ultrasonic horn operably coupled to the housing; and an ultrasonic transducer operably coupled to the ultrasonic horn and adapted to vibrate the horn. a housing ; an airflow pathway extending through the housing between an air inlet and an air outlet wherein the air outlet is configured for fluid communication with the recovery container; a fluid delivery pathway extending between a fluid inlet and a fluid outlet and having at least a first portion extending through the housing and wherein the fluid inlet is configured for fluid communication with the supply container; an ultrasonic horn operably coupled to the housing; and an ultrasonic transducer operably coupled to the ultrasonic horn and adapted to vibrate the horn.
A wireline retrieval head assembly and downhole tool , the wireline retrieval head assembly for coupling to the downhole tool for installation in and retrieval from downhole in a mineral industry field of use, wherein: a first of the wireline retrieval head assembly and downhole tool has a clevis with a pivot member , and a second of the wireline retrieval head assembly and downhole tool has a complementary link with an opening for the pivot member to removably engage the link with the pivot member , wherein when the link engages with the pivot member : the clevis and link form a pivot coupling to allow for articulation between the wireline retrieval head assembly and the downhole tool when installed and retrieved, and the link can decouple from the clevis to allow for removal of the downhole tool from the wireline retrieval head assembly, wherein the link is a hook . a first of the wireline retrieval head assembly and downhole tool has a clevis with a pivot member , and a second of the wireline retrieval head assembly and downhole tool has a complementary link with an opening for the pivot member to removably engage the link with the pivot member , wherein when the link engages with the pivot member : the clevis and link form a pivot coupling to allow for articulation between the wireline retrieval head assembly and the downhole tool when installed and retrieved, and the link can decouple from the clevis to allow for removal of the downhole tool from the wireline retrieval head assembly, wherein the link is a hook . the clevis and link form a pivot coupling to allow for articulation between the wireline retrieval head assembly and the downhole tool when installed and retrieved, and the link can decouple from the clevis to allow for removal of the downhole tool from the wireline retrieval head assembly, wherein the link is a hook .
A soldering device comprising: an adjustment member for changing a width between conveying rails to match a size of a conveying substrate to be soldered, wherein the adjustment member includes: a screw shaft that rotates; a nut having a flange portion for connection, a fixed position of the nut to the screw shaft being changeable forward or backward by rotating the screw shaft; and a rail-supporting member for supporting a rail which conveys the substrate, the rail-supporting member being fixed to the nut through the flange portion for connection and changing the width between the conveying rails to match the size of the conveying substrate, wherein the nut contains a screw portion from a forward end thereof to a rear end thereof, and characterized in that the nut includes at least one non-meshing part along whole thereof, the non-meshing part not meshing with the screw shaft, and wherein when changing the width between the rails for conveying the substrate by rotating the screw shaft, an adhered matter which is adhered to the screw shaft and is fixed thereto is scrapped by a ridge of the non-meshing part due to the rotation of the screw shaft. an adjustment member for changing a width between conveying rails to match a size of a conveying substrate to be soldered, wherein the adjustment member includes: a screw shaft that rotates; a nut having a flange portion for connection, a fixed position of the nut to the screw shaft being changeable forward or backward by rotating the screw shaft; and a rail-supporting member for supporting a rail which conveys the substrate, the rail-supporting member being fixed to the nut through the flange portion for connection and changing the width between the conveying rails to match the size of the conveying substrate, a screw shaft that rotates; a nut having a flange portion for connection, a fixed position of the nut to the screw shaft being changeable forward or backward by rotating the screw shaft; and a rail-supporting member for supporting a rail which conveys the substrate, the rail-supporting member being fixed to the nut through the flange portion for connection and changing the width between the conveying rails to match the size of the conveying substrate, wherein the nut contains a screw portion from a forward end thereof to a rear end thereof, and characterized in that the nut includes at least one non-meshing part along whole thereof, the non-meshing part not meshing with the screw shaft, and wherein when changing the width between the rails for conveying the substrate by rotating the screw shaft, an adhered matter which is adhered to the screw shaft and is fixed thereto is scrapped by a ridge of the non-meshing part due to the rotation of the screw shaft.
A method that optimizes the centration of a contact lens on eye comprising the steps of: identifying a desired strain energy map, wherein the desired strain energy map has a location of minimum strain energy that is both horizontally and vertically centered at the selected resting position for a given lens geometry and ocular surface geometry, and wherein identifying the desired strain map comprises controlling the slope or rate of change of the desired strain energy map relative to the lens position on eye to optimise movement of the lens on eye; inputting ocular surface geometry and initial contact lens geometry into an analytical model; obtaining an initial strain energy state of the contact lens geometry that interacts with the ocular surface geometry as a function of position of the contact lens; fitting the resulting strain energy map to a parametrized polynomial function; iteratively adjusting back surface contact lens geometry until the fitted strain energy map is equivalent to the desired strain energy map; and fabricating a contact lens using the adjusted contact lens geometry. identifying a desired strain energy map, wherein the desired strain energy map has a location of minimum strain energy that is both horizontally and vertically centered at the selected resting position for a given lens geometry and ocular surface geometry, and wherein identifying the desired strain map comprises controlling the slope or rate of change of the desired strain energy map relative to the lens position on eye to optimise movement of the lens on eye; inputting ocular surface geometry and initial contact lens geometry into an analytical model; obtaining an initial strain energy state of the contact lens geometry that interacts with the ocular surface geometry as a function of position of the contact lens; fitting the resulting strain energy map to a parametrized polynomial function; iteratively adjusting back surface contact lens geometry until the fitted strain energy map is equivalent to the desired strain energy map; and fabricating a contact lens using the adjusted contact lens geometry.
A separator for use in a silver-zinc rechargeable battery comprising: a polymer material comprising ABS; and a filler comprising a zirconium oxide material, wherein the separator is substantially free of titanium and has a resistivity of no more than 2000 Ohm·cm wherein the zirconium oxide material comprises from 1 mol% to 10 mol% of yttrium oxide. a polymer material comprising ABS; and a filler comprising a zirconium oxide material,