mhurhangee/ep-ind-claims huggingface dataset:
A method for presenting all objects of a certain type performed by an apparatus, wherein the method comprises: • displaying an object management interface, wherein the object management interface contains objects of at least two types (step 201); • detecting a location that is on the object management interface and that is touched by a user, and detecting a pressure value applied to the touched location (step 202); • when the pressure value is greater than a preset threshold, and the touched location corresponds to a blank area, determining, according to a preset rule, a threshold interval in which the pressure value is, and determining a first type according to the threshold interval, wherein in the preset rule, a different threshold interval corresponds to a different type and the first type is one of the at least two types and the blank area does not contain any object (step 203); • obtaining, through filtering, all objects of the first type from all objects contained in the object management interface, and presenting all objects of the first type (step 204). • displaying an object management interface, wherein the object management interface contains objects of at least two types (step 201); • detecting a location that is on the object management interface and that is touched by a user, and detecting a pressure value applied to the touched location (step 202); • when the pressure value is greater than a preset threshold, and the touched location corresponds to a blank area, determining, according to a preset rule, a threshold interval in which the pressure value is, and determining a first type according to the threshold interval, wherein in the preset rule, a different threshold interval corresponds to a different type and the first type is one of the at least two types and the blank area does not contain any object (step 203); • obtaining, through filtering, all objects of the first type from all objects contained in the object management interface, and presenting all objects of the first type (step 204).
A wireless communication system in which a base station apparatus is configured to allocate a plurality of component carriers to a mobile station apparatus and to communicate with said mobile station apparatus, characterized in that said base station apparatus is configured to select a component carrier in which the mobile station apparatus performs random access, from among component carriers allocated to said mobile station apparatus, to prepare control data including information of said selected component carrier, a number of a dedicated preamble to be used for random access, and information of a random access channel associated with said selected component carrier, and to transmit said control data to said mobile station apparatus using any one of said plurality of allocated component carriers; and in that said mobile station apparatus is configured, in case of detecting said control data in any one of said plurality of component carriers, to select a random access channel position based on said component carrier specified in said information of said selected component carrier and said information of random access channel, and to generate a random access preamble based on said component carrier specified in said information of said selected component carrier and said number of dedicated preamble, and to transmit said random access preamble at said random access channel position.
A plated steel sheet for hot press use characterized by being a plated steel sheet for hot press use which consists of a steel sheet, an Al plating layer which is formed on one surface or both surfaces of said steel sheet, and a surface coating layer which is formed on said Al plating layer, wherein the chemical composition of said Al plating layer contains 50 wt-% or more Al, and said surface coating layer consists of one or more Zn compounds and a binder, wherein at least one Zn compound is selected from the group consisting of Zn hydroxide, Zn acetate, Zn citrate, Zn oxalate, Zn oleate, Zn salts of hydroxyl acids, and Zn gluconate; whereby the Zn compounds optionally further contain one or both of Zn sulfate and Zn nitrate, wherein, as the content of said Zn compounds, the one or both of Zn sulfate and Zn nitrate are contained in respectively 10 mass% or less; and the binder contains at least one of a resin ingredient, silane coupling agent and silica, and the contents of the resin ingredient, silane coupling agent, silica, and other binder ingredients in the surface coating are, by mass ratio to the total amount of the Zn compounds, together 5 to 30%.
An arrangement for the detection of radiation, particularly in the IR region, preferably laser radiation, that is incident upon a first element (20, 28, 104, 202, 302), which seals an opening (16, 18) of a protective device such as a shielding enclosure of a protective wall system, and which is embodied disc-shaped and at least semi-transparent with a circumferential edge, whereby at least one radiation detecting sensor (227, 344) with its radiation receiving area is directed towards a circumferential edge section of the first element, which is embodied to be radiation conducting, and whereby possibly a second, preferably radiation absorbing second element (30,102, 350) extends along the outside of the first element, characterized in that the protective device comprises two spaced-apart walls (12, 14, 316, 318) with openings (16, 18) that are sealed by the first element (20, 28, 104, 202, 302), in that the first element (20, 28, 104, 202, 302) is arranged along its edge between the walls, and in that the sensor (227, 344) with its receiving area is arranged within a through opening (227, 330) of the first element.
Method for analyzing a gas for the presence of a reactant compound by reaction with primary ions of a specific type, the method comprising the steps of (a) introducing a source gas to a reaction chamber (A, B) and ionizing the source gas to yield primary ions; (b) transferring the primary ions to a drift tube; and (c) detecting the presence of product ions resulting from a reaction of the primary ions with the reactant present in the gas to be analyzed, characterized in that in step (a), the pressure in the reaction chamber is adjusted to avoid the formation of protonated species and other parasitic ions; prior to the step of detecting the presence of product ions the gas to be analyzed is diluted with a carrier gas and the diluted gas is introduced into the drift tube, wherein the ionization energy of the carrier gas is equal to or higher than the ionization energy of the primary ions, wherein the flow rate of the source gas to the reaction chamber is between 0.5 and 10 sccm, wherein the pressure in the reaction chamber is between 0.4 and 1hPa and wherein the dilution rate of the gas to be analyzed and the carrier gas is between 1:5 and 1:1000. (a) introducing a source gas to a reaction chamber (A, B) and ionizing the source gas to yield primary ions; (b) transferring the primary ions to a drift tube; and (c) detecting the presence of product ions resulting from a reaction of the primary ions with the reactant present in the gas to be analyzed, characterized in that in step (a), the pressure in the reaction chamber is adjusted to avoid the formation of protonated species and other parasitic ions; prior to the step of detecting the presence of product ions the gas to be analyzed is diluted with a carrier gas and the diluted gas is introduced into the drift tube, wherein the ionization energy of the carrier gas is equal to or higher than the ionization energy of the primary ions,
A portable server (20a, 20b) for use in a system for wirelessly distributing content to a plurality of clients in a local area which is defined by or within an aircraft, wherein the portable server (20a, 20b) is configured for storing content, the portable server (20a, 20b) is configured for wireless communication with one or more of the clients for wireless distribution of at least some of the stored content to one or more of the clients, the portable server (20a, 20b) is configured for wireless communication with at least one other portable server (20a, 20b), and wherein the portable server (20a, 20b) comprises a radio receiver (88, 388) configured to monitor a position broadcast sent by a radio transmitter of the aircraft, and a processing resource (30, 330) configured to process the position broadcast, or data represented by the position broadcast, and to generate flight information data for display on a moving map at one or more of the clients, wherein the radio receiver comprises a UHF radio receiver (88, 388) which is configured to receive ADS-B-out (Automatic Dependent Surveillance - Broadcast out) position broadcast transmissions from the aircraft.
Panel system comprising at least one cord and at least two panels (1, 2) having coupling means (4, 5, 8, 9), which are formed such that the panels may be coupled with each other by positive locking without the application of glue, and which comprise on their surface in coupled condition a gap for the reception of a cord, wherein the cord comprises a cross section that broadens downwardly in the direction of its underside and comprises at least two oppositely arranged laterally protruding lips (12, 5), whereby one panel is provided laterally with a tongue and above the tongue with a groove, and a clearance is provided on a side of a respective other panel, characterized in that, one lip projects laterally further than the other lip, wherein the lip of the cord that projects laterally further is received in the groove on the side of the one panel, and the other lip extends into the clearance on the side of a respective other panel.
A component connection, with - a first component which has a through-hole, from the hole rim of which at least one clamping element (2c, 2c') protrudes towards a first side of the first component, - a second component which has a through-hole, from the hole rim of which at least one clamping element (3c, 3c') protrudes towards a first side of the second component, wherein - the two components (2, 3) bear against each other with their sides (2b, 3b) which face away from the first sides (2a, 3a), and - with a connecting element having at least two spherical or sphere-like elements (4a, 4b) which extends through the two through-holes such that - the at least one clamping element (2c, 2c') of the first component bears against a first one of the at least two spherical or sphere-like elements (4a, 4b), and - the at least one clamping element (3c, 3c') of the second component bears in clamping manner against a second one of the at least two spherical or sphere-like elements (4a, 4b). - a first component which has a through-hole, from the hole rim of which at least one clamping element (2c, 2c') protrudes towards a first side of the first component, - a second component which has a through-hole, from the hole rim of which at least one clamping element (3c, 3c') protrudes towards a first side of the second component, wherein - the two components (2, 3) bear against each other with their sides (2b, 3b) which face away from the first sides (2a, 3a), and - with a connecting element having at least two spherical or sphere-like elements (4a, 4b) which extends through the two through-holes such that - the at least one clamping element (2c, 2c') of the first component bears against a first one of the at least two spherical or sphere-like elements (4a, 4b), and - the at least one clamping element (3c, 3c') of the second component bears in clamping manner against a second one of the at least two spherical or sphere-like elements (4a, 4b). - the two components (2, 3) bear against each other with their sides (2b, 3b) which face away from the first sides (2a, 3a), and - with a connecting element having at least two spherical or sphere-like elements (4a, 4b) which extends through the two through-holes such that - the at least one clamping element (2c, 2c') of the first component bears against a first one of the at least two spherical or sphere-like elements (4a, 4b), and - the at least one clamping element (3c, 3c') of the second component bears in clamping manner against a second one of the at least two spherical or sphere-like elements (4a, 4b).
Electrical energy store having at least one electrode stack, which comprises a plurality of layers of electrodes arranged one above the other in a stacking direction and separators arranged between the electrodes, having at least one pressure compensation device for exerting a pressure acting counter to the stacking direction on the at least one electrode stack, the at least one electrode stack and the at least one pressure compensation device being arranged in a housing of the electrical energy store, the electrical energy store having an electronic computing device for controlling the at least one pressure compensation device, which is designed to exert a pressure with a substantially constant force on the electrode stack depending on a particular thickness of the at least one electrode stack, the pressure compensation device being designed as a hose-like air spring, characterized in that the electrical energy store has at least a second electrode stack and a third electrode stack and the hose-like air spring is arranged in a meandering manner between the electrode stacks.
A heat-shrinkable label having a tubular shape, in which both end portions of a heat-shrinkable polyvinyl chloride-based film or a heat-shrinkable polystyrene-based film are bonded to each other with a solvent composition containing at least one organic solvent selected from the group consisting of tetrahydrofuran, methyl ethyl ketone and ethyl acetate, wherein the solvent composition further contains at least one resin selected from the group consisting of polyester, polypropylene and hydrogenated petroleum resin, and the end portion bonded has a peel strength of 2 N/15mm or more.
A method for adaptive channel access, the method comprising: determining by a cellular small base station, SBS, a fraction of SBS air time on an unlicensed spectrum for its mobile wireless users, based on a quality of service, QoS, requirement of the mobile wireless users, wherein the unlicensed spectrum is using listen before talk, LBT, channel access; estimating, by the SBS, a number of WiFi users on an unlicensed spectrum; determining, by the SBS, a minimum backoff window size based on the determined fraction of SBS air time and the estimated number of WiFi users; determining by the SBS, whether a collision probability to the WiFi users is below a threshold value; using, by the SBS, the determined fraction of SBS air time and keeping or decreasing, by the SBS, the minimum backoff window size when the collision probability of the WiFi users is below the threshold value; and reducing, by the SBS, determined fraction of SBS air time by increasing the minimum backoff window size when the collision probability to the WiFi users is above the threshold value. determining by a cellular small base station, SBS, a fraction of SBS air time on an unlicensed spectrum for its mobile wireless users, based on a quality of service, QoS, requirement of the mobile wireless users, wherein the unlicensed spectrum is using listen before talk, LBT, channel access; estimating, by the SBS, a number of WiFi users on an unlicensed spectrum; determining, by the SBS, a minimum backoff window size based on the determined fraction of SBS air time and the estimated number of WiFi users; determining by the SBS, whether a collision probability to the WiFi users is below a threshold value; using, by the SBS, the determined fraction of SBS air time and keeping or decreasing, by the SBS, the minimum backoff window size when the collision probability of the WiFi users is below the threshold value; and reducing, by the SBS, determined fraction of SBS air time by increasing the minimum backoff window size when the collision probability to the WiFi users is above the threshold value.
A method for producing a silica aerogel, the method comprising: a gelation step of adding a monoalkyltrialkoxysilane to an acidic aqueous solution containing a surfactant to prepare a sol, and then gelating the sol to prepare a wet gel; a separation step of immersing the wet gel in a solvent mixture of a first solvent and a second solvent immiscible with the first solvent to move the surfactant contained in the wet gel to a phase of the second solvent while moving the wet gel to a phase of the first solvent, the first solvent having an E T N value of 0.5 or less, and the second solvent having an E T N value between those of the first solvent and water, wherein the E T N value of the second solvent is not less than 0.70 and less than 1.00; and a drying step of drying the wet gel having moved to the phase of the first solvent in the separation step at a temperature lower than a critical temperature of the first solvent under a pressure lower than a critical pressure of the first solvent to remove the first solvent from the wet gel. a gelation step of adding a monoalkyltrialkoxysilane to an acidic aqueous solution containing a surfactant to prepare a sol, and then gelating the sol to prepare a wet gel; a separation step of immersing the wet gel in a solvent mixture of a first solvent and a second solvent immiscible with the first solvent to move the surfactant contained in the wet gel to a phase of the second solvent while moving the wet gel to a phase of the first solvent, the first solvent having an E T N value of 0.5 or less, and the second solvent having an E T N value between those of the first solvent and water, wherein the E T N value of the second solvent is not less than 0.70 and less than 1.00; and a drying step of drying the wet gel having moved to the phase of the first solvent in the separation step at a temperature lower than a critical temperature of the first solvent under a pressure lower than a critical pressure of the first solvent to remove the first solvent from the wet gel.
Valve assembly, with a valve carrier extending along its longitudinal axis and through which pass several working passages running in passage extension planes parallel to one another and at right-angles to its longitudinal axis, each leading on the one hand, with a first passage orifice, to a mounting face designed for equipping with a multiplicity of control valves, and on the other hand, with a second passage orifice, to a passage outlet face, wherein the control valves mounted on the mounting face are each in fluidic connection with one of the first passage orifices, and wherein the second passage orifices are arranged lying consecutive in a row along the longitudinal axis of the valve carrier, wherein the first passage orifices of at least one working passage group of working passages, which have second passage orifices arranged directly consecutively in the passage outlet face, are arranged in the mounting face consecutively with spacing along an orifice distribution axis aligned obliquely relative to the longitudinal axis of the valve carrier, wherein the control valves also mounted on the mounting face and in fluidic connection with the first passage orifices belonging to the same working passage group are arranged consecutively along this obliquely aligned orifice distribution axis, characterised in that the valve carrier has a vertical axis at right-angles to its longitudinal axis and to the mounting face, wherein the first passage orifices belonging to the same working passage group lie on opposite sides of a middle plane spanned by the longitudinal axis and the vertical axis of the valve carrier and passing through the second passage orifices, wherein each orifice distribution axis is aligned tilted around an oblique angle to the middle plane.
A power supply system of a load including a fuel cell followed by at least one non-isolated power supply with DC DC splitting, of the type including n interlaced cells, n being an integer at least equal to 2, for providing a regulated level of direct voltage to said load under the control of a control device, each cell each forming a conversion path of an input voltage to an output voltage, the control device including a control circuit of a number of paths to be activated as a function of a level of power or current (P A) in the power supply, such that for a number m of paths to be activated strictly less than n, said control circuit of the number m of activated paths, applies a rolling mechanism between the n available paths, providing n pulse-modulated activation signals (Pwm1, Pwm2, Pwm3,..., Pwmn) of the same splitting frequency f, and offset with respect to one another by a fixed time offset, each for controlling a splitting switch of a cell (BC i), such that the control circuit drives a circuit for disabling the transmission to each cell of the corresponding activation signal such that, at each moment, only m activation signals out of n are transmitted, characterized in that the splitting switch of each cell being placed in a switching-aid resonant circuit including am auxiliary switch (Saux) for triggering a resonance phase, said control device providing n supplementary pulse-modulated activation signals (Pwm1', Pwm2', Pwm3',...,Pwmn') of the same splitting frequency f, and offset with respect to one another by a fixed time offset, each activation signal controlling the auxiliary transistor (Saux) of a corresponding cell, and a circuit (300'-1) for disabling the transmission of said supplementary activation signals such that, at each moment, only m activation signals out of n are transmitted.
A lock ring comprising a first ring half, a second ring half and a latch assembly, said first ring half including a nest opening on a front portion of said first ring half, a back end portion of said first ring portion hingedly connected to a back end portion of said second ring half, said latch assembly connected to a front portion of said second ring half, said latch assembly including a connection arrangement, said connection arrangement designed to be releasably positionable In said nest opening, characterized in that said latch assembly further includes a spring system, said spring system causing front portions of said first and second ring halves (200, 300) to be drawn toward one another when said connection arrangement is positioned in said nest opening.
A conveyor carriage movable on a guide rail, wherein the conveyor carriage comprises: a conveyor frame comprising a pair of side rails (210a, 210b) spaced apart from each other, wherein the pair of side rails (210a, 210b) comprises a top plate attached on an upper surface of each side rail and a bottom plate attached on a bottom surface of each side rail, wherein the top plate and bottom plate extend out parallel from the side rails along a plane perpendicular to the side rails; a load carrying portion coupled to the pair of side rails (210a, 210b); a drop-down plate positioned in between the pair of side rails (210a, 210b) and hingedly attached, via a hinge mechanism, to the conveyor frame using the bottom plate on each side rail, wherein the drop-down plate is pivotable between an open position and a closed position, and wherein the drop-down plate encloses a component of the conveyor carriage in the closed position. a conveyor frame comprising a pair of side rails (210a, 210b) spaced apart from each other, wherein the pair of side rails (210a, 210b) comprises a top plate attached on an upper surface of each side rail and a bottom plate attached on a bottom surface of each side rail, wherein the top plate and bottom plate extend out parallel from the side rails along a plane perpendicular to the side rails; a load carrying portion coupled to the pair of side rails (210a, 210b); a drop-down plate positioned in between the pair of side rails (210a, 210b) and hingedly attached, via a hinge mechanism, to the conveyor frame using the bottom plate on each side rail, wherein the drop-down plate is pivotable between an open position and a closed position, and wherein the drop-down plate encloses a component of the conveyor carriage in the closed position.