mhurhangee/patent-ind-claim-en huggingface dataset:
An etching solution suitable for the selective removal of silicon nitride over silicon oxide from a microelectronic device, which comprises: water; 40% to 99% by weight of phosphoric acid; and 0.5% to 59.5% by weight of a hydroxyl group-containing solvent wherein the hydroxyl group-containing solvent is di-propylene glycol methyl ether. water; 40% to 99% by weight of phosphoric acid; and 0.5% to 59.5% by weight of a hydroxyl group-containing solvent
A continuous filtering system comprising a moving bed particle filtering layer with adjustable thickness of said filtering layer, comprising a feeding channel , a first inclined filtering channel , a longitudinal filtering channel , a second inclined filtering channel and an aggregate channel , wherein the bottom of the feeding channel is connected to the top of the first inclined filtering channel ; the bottom of the first inclined filtering channel is connected to the top of the longitudinal filtering channel ; the bottom of the longitudinal filtering channel is connected to the top of the second inclined filtering channel , and the bottom of the second inclined filtering channel is connected to the top of the aggregate channel ; an inlet for filtering particles is arranged at the top of the feeding channel , a baffle to adjust the filtering layer thickness is arranged at the bottom of one side of the feeding channel near the longitudinal filtering channel , a first filtering mouth for flue gas and a second filtering mouth for flue gas are correspondingly arranged at the sidewall of the first inclined filtering channel and the sidewall of the second inclined filtering channel , a discharge channel is arranged at the bottom of the aggregate channel , and a discharge valve is arranged within the discharge channel ; the feeding channel , the first inclined filtering channel , the longitudinal filtering channel , the second inclined filtering channel and the aggregate channel are flowingly filled with said filtering particles .
A method of operation of a radio network controller in a cellular communications network , comprising: receiving a measurement report from a wireless device having a serving cell , the measurement report comprising an indication that another cell is better than the serving cell such that the other cell is identified as a target cell for a cell change and the serving cell is identified as a source cell for the cell change; determining whether to perform the cell change from the source cell to the target cell based on an average wireless device throughput in the target cell as compared to an average wireless device throughput in the source cell; and performing the cell change from the source cell to the target cell upon determining that the cell change from the source cell to the target cell should be performed. receiving a measurement report from a wireless device having a serving cell , the measurement report comprising an indication that another cell is better than the serving cell such that the other cell is identified as a target cell for a cell change and the serving cell is identified as a source cell for the cell change; determining whether to perform the cell change from the source cell to the target cell based on an average wireless device throughput in the target cell as compared to an average wireless device throughput in the source cell; and performing the cell change from the source cell to the target cell upon determining that the cell change from the source cell to the target cell should be performed.
A sensor device for use within a joint prosthesis, the senor device comprising: a measurement shaft coupled to an articular surface component of the joint prosthesis; a bias element wherein the bias element is a coil spring surrounding and biasing the measurement shaft into a first unloaded position; a housing including an upper housing comprising a cylindrical body dimensioned to contain the measurement shaft and bias element and a lower housing comprising a second cylindrical body coupled to the upper housing ; and a position sensor , characterised in that the lower housing is interconnected to the upper housing by a bore dimensioned to receive a measurement end of the measurement shaft , and in that the position sensor is disposed within the lower housing along at least one side portion of the second cylindrical body to detect a position of the measurement shaft relative to the lower housing . a measurement shaft coupled to an articular surface component of the joint prosthesis; a bias element wherein the bias element is a coil spring surrounding and biasing the measurement shaft into a first unloaded position; a housing including an upper housing comprising a cylindrical body dimensioned to contain the measurement shaft and bias element and a lower housing comprising a second cylindrical body coupled to the upper housing ; and a position sensor , characterised in that the lower housing is interconnected to the upper housing by a bore dimensioned to receive a measurement end of the measurement shaft , and in that the position sensor is disposed within the lower housing along at least one side portion of the second cylindrical body to detect a position of the measurement shaft relative to the lower housing .
A moving picture coding method for coding an input image to generate a bit stream, the method comprising: performing (S11;S501) context adaptive binary arithmetic coding in which a variable probability value is used, on a part of sao_type_idx among multiple types of sample adaptive offset (SAO) information used for SAO that is a process of assigning an offset value to a pixel value of a pixel included in an image generated by coding the input image, wherein the sao_type_idx indicates a type of SAO processing to be performed or that the SAO is not to be performed; performing (S11;S503) context adaptive binary arithmetic coding, on a part of SAO offset, wherein the SAO offset indicates an offset value; performing (S12; S507, S509) coding on sao_offset_sign and sao_band_position among the multiple types of the SAO information; wherein bypass arithmetic coding, in which a fixed probability value is used, is performed on sao_offset_sign; the sao_band_position indicates a range of pixel values to which the SAO is applied; and the sao_offset_sign indicates whether the offset value is positive or negative characterized in that bypass arithmetic coding, in which a fixed probability value is used, is performed on sao_band_position; the sao_band_position is coded after the sao_offset_sign is coded; the sao_band_position and sao_offset_sign are placed after the coded sao_type_idx and sao offset in the bit stream; and the sao_band_position is placed after the sao_offset_sign. performing (S11;S501) context adaptive binary arithmetic coding in which a variable probability value is used, on a part of sao_type_idx among multiple types of sample adaptive offset (SAO) information used for SAO that is a process of assigning an offset value to a pixel value of a pixel included in an image generated by coding the input image, wherein the sao_type_idx indicates a type of SAO processing to be performed or that the SAO is not to be performed; performing (S11;S503) context adaptive binary arithmetic coding, on a part of SAO offset, wherein the SAO offset indicates an offset value; performing (S12; S507, S509) coding on sao_offset_sign and sao_band_position among the multiple types of the SAO information; wherein bypass arithmetic coding, in which a fixed probability value is used, is performed on sao_offset_sign; the sao_band_position indicates a range of pixel values to which the SAO is applied; and the sao_offset_sign indicates whether the offset value is positive or negative characterized in that bypass arithmetic coding, in which a fixed probability value is used, is performed on sao_band_position; the sao_band_position is coded after the sao_offset_sign is coded; the sao_band_position and sao_offset_sign are placed after the coded sao_type_idx and sao offset in the bit stream; and the sao_band_position is placed after the sao_offset_sign.
A kit comprising a guide rail arrangement (1, 1', 1", 1"') for an extensible cover, such as a load cover , said guide rail arrangement (1, 1', 1", 1") having a main extension direction (D), said guide rail arrangement (1, 1', 1", 1"') comprising - a guide rail (15, 15', 15", 15"'), adapted to guide said cover during pull-out thereof, said guide rail (15, 15', 15", 15"') extending in said main extension direction (D), - a guide member (19, 19', 19", 19"'), being displaceable in relation to said guide rail (15, 15', 15", 15"') and being configured to form an extension of said guide rail (15, 15', 15", 15"') in said main extension direction (D), when in an operational position in relation to said guide rail (15, 15', 15", 15"'); characterized in that said guide rail arrangement (1, 1', 1", 1"') further comprises a side trim panel, e.g. an upper side trim panel , and said kit further comprises a belt (27, 27', 27", 27"'), such as a safety belt, said guide rail (15, 15', 15", 15"') being comprised in said side trim panel or forming a part of said side trim panel or said side trim panel comprising a slot adapted to receive and hold said guide rail (15, 15', 15", 15"'), said side trim panel comprising an indentation (29, 29', 29"), said indentation (29, 29', 29") being located next to said guide rail (15, 15', 15", 15"'), such that said guide member (19, 19', 19", 19"') in said operational position at least partly covers said indentation (29, 29', 29"), wherein said indentation (29, 29', 29"), is configured such that when said belt (27, 27', 27", 27"') is placed in said indentation (29, 29', 29"), said guide member (19, 19', 19", 19"') in said operational position at least partly covers said belt (27, 27', 27", 27"'). - a guide rail (15, 15', 15", 15"'), adapted to guide said cover during pull-out thereof, said guide rail (15, 15', 15", 15"') extending in said main extension direction (D), - a guide member (19, 19', 19", 19"'), being displaceable in relation to said guide rail (15, 15', 15", 15"') and being configured to form an extension of said guide rail (15, 15', 15", 15"') in said main extension direction (D), when in an operational position in relation to said guide rail (15, 15', 15", 15"');
A paper sheet processing device comprising: an accommodating part that accommodates a paper sheet (S); and a sliding stage part that is provided within the accommodating part and supports the paper sheet accommodated within the accommodating part , the sliding stage part sliding with respect to the accommodating part to cause a portion of the sliding stage part to protrude to outside of the accommodating part , and the sliding stage part sliding with respect to the accommodating part to push the paper sheet (S) to the outside of the accommodating part and cause a leading end of the paper sheet to protrude to the outside of the accommodating part , characterized in that the accommodating part includes: an upper surface that supports a side of the paper sheet; and a high friction member that is fixed to the upper surface , is in contact with the side of the paper sheet, and has a higher friction coefficient than that of the upper surface . an accommodating part that accommodates a paper sheet (S); and a sliding stage part that is provided within the accommodating part and supports the paper sheet accommodated within the accommodating part , the sliding stage part sliding with respect to the accommodating part to cause a portion of the sliding stage part to protrude to outside of the accommodating part , and the sliding stage part sliding with respect to the accommodating part to push the paper sheet (S) to the outside of the accommodating part and cause a leading end of the paper sheet to protrude to the outside of the accommodating part , characterized in that the accommodating part includes: an upper surface that supports a side of the paper sheet; and a high friction member that is fixed to the upper surface , is in contact with the side of the paper sheet, and has a higher friction coefficient than that of the upper surface . an upper surface that supports a side of the paper sheet; and a high friction member that is fixed to the upper surface , is in contact with the side of the paper sheet, and has a higher friction coefficient than that of the upper surface .
A fuel cell equipped vehicle system in which an external power supply is coupled to an electric power supply line , the electric power supply line being coupled to a fuel cell , an electric power being input/output to/from a vehicular battery through the electric power supply line , the fuel cell equipped vehicle system performing an insulation test of the electric power supply line before charging the vehicular battery , the fuel cell equipped vehicle system comprising: an insulation test unit configured to perform the insulation test of the electric power supply line ; a switch that couples and cuts off between the fuel cell and the electric power supply line ; and a control unit configured to control a coupling and a cutoff to/from the electric power supply line of the vehicular battery and control the switch , wherein the control unit is configured to cut off the vehicular battery from the electric power supply line and control the switch to cut off the fuel cell from the electric power supply line , and then drive the insulation test unit . an insulation test unit configured to perform the insulation test of the electric power supply line ; a switch that couples and cuts off between the fuel cell and the electric power supply line ; and a control unit configured to control a coupling and a cutoff to/from the electric power supply line of the vehicular battery and control the switch , wherein the control unit is configured to cut off the vehicular battery from the electric power supply line and control the switch to cut off the fuel cell from the electric power supply line , and then drive the insulation test unit .
A method for controlling a back-off timer in a terminal configured with multiple non-access stratum, NAS, signaling priorities, the method comprising: starting a mobility management, MM, back-off timer when a first MM request message having a first NAS signaling priority level is rejected by a network, and the method characterized by further comprising: transmitting a second MM request message not set to the first NAS signaling priority level to the network, while the MM back-off timer is running, wherein the second MM request message is transmitted without stopping the MM back-off timer. transmitting a second MM request message not set to the first NAS signaling priority level to the network, while the MM back-off timer is running, wherein the second MM request message is transmitted without stopping the MM back-off timer.
A process for manufacturing a laminated article of manufacture, comprising the steps of: cutting a plurality of registration holes in a sheet containing one or more arrays of outer layers for a plurality of laminated articles of manufacture; mounting the sheet to a surface of a pallet having a plurality of bushings extending outwardly from the surface , each of said plurality of bushings having an outer diameter and an inner pin shaft, wherein the sheet is mounted to a moveable pallet so that each of the plurality of registration holes is held taut by the outer diameter of one of the plurality of bushings ; and moving the pallet with the sheet mounted to the surface of the pallet through a plurality of process stations in which a plurality of operations are performed without removing the plurality of registration holes from the plurality of bushings so as to create a plurality of laminated articles of manufacture; wherein the inner pin shaft of the plurality of bushings serve to receive a plurality of registration pins during the plurality of operations so as to provide registration of the sheet during said plurality of operations. cutting a plurality of registration holes in a sheet containing one or more arrays of outer layers for a plurality of laminated articles of manufacture; mounting the sheet to a surface of a pallet having a plurality of bushings extending outwardly from the surface , each of said plurality of bushings having an outer diameter and an inner pin shaft, wherein the sheet is mounted to a moveable pallet so that each of the plurality of registration holes is held taut by the outer diameter of one of the plurality of bushings ; and moving the pallet with the sheet mounted to the surface of the pallet through a plurality of process stations in which a plurality of operations are performed without removing the plurality of registration holes from the plurality of bushings so as to create a plurality of laminated articles of manufacture; wherein the inner pin shaft of the plurality of bushings serve to receive a plurality of registration pins during the plurality of operations so as to provide registration of the sheet during said plurality of operations.
An elevator system in which a belt-type suspension means is guided over a driving pulley of a drive unit and over two deflection rollers of an elevator car , characterized in that the belt-type suspension means between the two deflection rollers of the elevator car is also guided over a tensioning element that applies a force to the belt-type suspension means , and in that the tensioning element is movably arranged such that the belt-type suspension means is displaced by the tensioning element when the tension diminishes and is thereby tensioned again.
A backboard for a chest compression device , the backboard comprising: a first side structured to accommodate an adult-sized patient at a first distance from a support surface when attached to the chest compression device in a first orientation; and a second side structured to accommodate a pediatric-sized patient at a second distance from the support surface when attached to the chest compression device in a second orientation, the second distance being greater than the first distance; wherein the first orientation corresponds to the second side interfacing with the support surface, and the second orientation corresponds to the first side interfacing with the support surface. a first side structured to accommodate an adult-sized patient at a first distance from a support surface when attached to the chest compression device in a first orientation; and a second side structured to accommodate a pediatric-sized patient at a second distance from the support surface when attached to the chest compression device in a second orientation, the second distance being greater than the first distance; wherein the first orientation corresponds to the second side interfacing with the support surface, and the second orientation corresponds to the first side interfacing with the support surface.
Exposure system for continuously gassing at least one cell culture with at least one test gas, having at least one sample receptacle for holding the at least one cell culture during the gassing and having at least one conditioning apparatus for conditioning the at least one test gas, wherein the conditioning apparatus has at least one carrier gas supply system , at least one test component addition system and at least one test gas humidification system and wherein the at least one test gas humidification system has at least one water container , characterised in that at least one pressure supply for applying a predetermined pressure to the water to be dosed to the test gas in the water container is assigned to the water container , in that a water capillary for channelling the water to be dosed and to which the predetermined pressure is applied is arranged downstream of the water container and in that an evaporator for evaporating the water passing the water capillary is arranged downstream of the water capillary .
A method of manufacturing a pre-impregnated fibrous material comprising a fibrous material made of continuous fibers and at least one thermoplastic polymer matrix, characterized in that said pre-impregnated fibrous material is produced as a single unidirectional band or a plurality of unidirectional parallel bands and in that said method comprises a pre-impregnation step, in particular homogeneously, of said fibrous material while it is in the form of a strand or several parallel strands with said at least one thermoplastic polymer matrix in powdered form, said pre-impregnation step being carried out by dry process in a tank comprising a fluidized bed comprising at least one grooved roller component , said strand(s) being in contact with part or all of the surface of said at least one grooved roller component and said strand(s) comprising up to 0.1% by weight of sizing, and the control of the rate of said at least one thermoplastic polymer matrix in said fibrous material being done by controlling the dwell time of said fibrous material in the powder and by constant control of the tension of said strand(s) when it or they penetrate the fluidized bed. said strand(s) being in contact with part or all of the surface of said at least one grooved roller component and said strand(s) comprising up to 0.1% by weight of sizing, and the control of the rate of said at least one thermoplastic polymer matrix in said fibrous material being done by controlling the dwell time of said fibrous material in the powder and by constant control of the tension of said strand(s) when it or they penetrate the fluidized bed.
Method for operating a modular battery storage system which comprises a group of n rechargeable energy storage modules, wherein • a switch is assigned to each of the individual n energy storage modules, by means of which switch the respective energy storage module can be activated and deactivated, and • the n energy storage modules can be connected to one another by means of the switches in such a way that the individual voltages U individual of activated energy storage modules can be added up to form a total voltage U total , and • the group of n energy storage modules comprises energy storage modules of different types and the method comprises the following steps: a. At least one power value is ascertained for each of the n energy storage modules, b. A total voltage U tot (t) which changes over time is produced by way of at least two energy storage modules from the group being activated with a time overlap but over activation periods of different length, and c. One of the activation periods of different length is assigned to each of the at least two energy storage modules depending on the ascertained at least one power value. • a switch is assigned to each of the individual n energy storage modules, by means of which switch the respective energy storage module can be activated and deactivated, and • the n energy storage modules can be connected to one another by means of the switches in such a way that the individual voltages U individual of activated energy storage modules can be added up to form a total voltage U total , and • the group of n energy storage modules comprises energy storage modules of different types a. At least one power value is ascertained for each of the n energy storage modules, b. A total voltage U tot (t) which changes over time is produced by way of at least two energy storage modules from the group being activated with a time overlap but over activation periods of different length, and c. One of the activation periods of different length is assigned to each of the at least two energy storage modules depending on the ascertained at least one power value.