mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting, by a first station, STA, a signal to a second STA in a wireless local area network, WLAN, system, comprising: generating a training field including a training subfield, the training subfield being based on a basic training subfield and a total number of space-time streams (S3910), wherein the basic training subfield includes a first sequence, a zero sequence being contiguous to the first sequence and a second sequence being contiguous to the zero sequence, wherein the zero sequence is configured based on , wherein the training subfield is generated based on a repetition of the basic training subfield for each of the space-time streams, wherein the repetition of the basic training subfield is determined based on a header field, wherein the header field includes an Enhanced Directional Multi Gigabit, EDMG, training subfield sequence length field including information on OFDM symbol length of the basic training subfield; and transmitting the signal including the header field and the training field including the training subfield to the second STA through the space-time streams (S3920). generating a training field including a training subfield, the training subfield being based on a basic training subfield and a total number of space-time streams (S3910), wherein the basic training subfield includes a first sequence, a zero sequence being contiguous to the first sequence and a second sequence being contiguous to the zero sequence, wherein the zero sequence is configured based on , wherein the training subfield is generated based on a repetition of the basic training subfield for each of the space-time streams, wherein the repetition of the basic training subfield is determined based on a header field, wherein the header field includes an Enhanced Directional Multi Gigabit, EDMG, training subfield sequence length field including information on OFDM symbol length of the basic training subfield; and transmitting the signal including the header field and the training field including the training subfield to the second STA through the space-time streams (S3920).
A sulfide compound for a solid electrolyte of a lithium secondary battery, comprising a crystal phase of a cubic argyrodite type crystal structure, and being represented by the compositional formula: Li 7-x PS 6-x Cl y Br z , wherein x in the compositional formula satisfies x = y + z and 1.0 < x ≤ 1.8, and a ratio (z/y) of the molar ratio of Br to the molar ratio of Cl is from 0.1 to 10.0, wherein the solid electrolyte has an average particle diameter (D50) of from 0.1 μm to 7 μm, the average particle diameter (D50) value being obtained by the laser diffractive scattering particle size distribution measurement method.
A chip comprising: a storage module, wherein the storage module comprises a first storage array group (1000, 1000', 1000") and a second storage array group (2000, 2000', 2000"), the first storage array group (1000, 1000', 1000") comprises a plurality of first storage arrays and the second storage array group (2000, 2000', 2000") comprises a plurality of second storage arrays ; pins , located on a side of the first storage array group (1000, 1000', 1000") away from the second storage array group (2000, 2000', 2000"); a control module , located between the first storage array group (1000, 1000', 1000") and the second storage array group (2000, 2000', 2000"); a first connection line, electrically connecting the pins with the control module ; and a second connection line, electrically connecting the control module with the first storage array group (1000, 1000', 1000") and the second storage array group (2000, 2000', 2000"); wherein a length of the first connection line is less than a distance from the control module to a side of the second storage array group (2000, 2000', 2000") away from the control module . a storage module, wherein the storage module comprises a first storage array group (1000, 1000', 1000") and a second storage array group (2000, 2000', 2000"), the first storage array group (1000, 1000', 1000") comprises a plurality of first storage arrays and the second storage array group (2000, 2000', 2000") comprises a plurality of second storage arrays ; pins , located on a side of the first storage array group (1000, 1000', 1000") away from the second storage array group (2000, 2000', 2000"); a control module , located between the first storage array group (1000, 1000', 1000") and the second storage array group (2000, 2000', 2000"); a first connection line, electrically connecting the pins with the control module ; and a second connection line, electrically connecting the control module with the first storage array group (1000, 1000', 1000") and the second storage array group (2000, 2000', 2000"); wherein a length of the first connection line is less than a distance from the control module to a side of the second storage array group (2000, 2000', 2000") away from the control module .
A machine for producing sanitary articles comprising: - a plurality of processing stations comprising automated apparatus (15,15',15") configured for forming sanitary articles starting from continuous webs of raw material which advance along a machine direction (MD), - a handling system movably mounted on a guide parallel to the machine direction (MD) extending along the processing stations , - a multi-axis industrial robot automatically movable along said processing stations by means of said handling system , - said multi-axis industrial robot comprising an end-effector arranged to automatically clean and/or inspect the automated apparatus (15,15',15") of the processing stations , - wherein - in operation - said industrial robot is configured for automatically moving along the processing stations , cleaning and/or detecting operative parameters and failures of the automated apparatus of the processing stations by means of said end effector , without interfering with the operation of the automated apparatus (15,15',15"), said machine being characterized in that : - the handling system comprises a carriage slidably mounted on said guide , - the handling system comprises a cable-driven robot associated with the carriage , configured for moving said industrial robot with six degrees of freedom, consisting of three in translation and three in orientation according to three axes (MD,Y,Z). - a plurality of processing stations comprising automated apparatus (15,15',15") configured for forming sanitary articles starting from continuous webs of raw material which advance along a machine direction (MD), - a handling system movably mounted on a guide parallel to the machine direction (MD) extending along the processing stations , - a multi-axis industrial robot automatically movable along said processing stations by means of said handling system , - said multi-axis industrial robot comprising an end-effector arranged to automatically clean and/or inspect the automated apparatus (15,15',15") of the processing stations , - wherein - in operation - said industrial robot is configured for automatically moving along the processing stations , cleaning and/or detecting operative parameters and failures of the automated apparatus of the processing stations by means of said end effector , without interfering with the operation of the automated apparatus (15,15',15"), - the handling system comprises a carriage slidably mounted on said guide , - the handling system comprises a cable-driven robot associated with the carriage , configured for moving said industrial robot with six degrees of freedom, consisting of three in translation and three in orientation according to three axes (MD,Y,Z).
A non-transitory computer-readable media having computer-executable instructions thereon, wherein when executed by at least one processor of a mobile computing device (900; 1002), cause the at least one processor of the mobile computing device (900; 1002) to: display a pairing screen that instructs a use to wirelessly communicatively couple the mobile computing device (900; 1002) to the GFR sensor ; display a sensor placement screen that instructs the user to place the GFR sensor on a body of a patient; display a customization screen that instructs the patient to customize the sensor to a skin tone of the patient; customize the sensor to the skin tone of the patient by collecting with the sensor a background level of light absorbance that naturally emanates from the body of the patient for customization of the sensor and adjusting a light strength in the sensor or a detector sensitivity in the sensor to account for differing skin colors of different patients; display an injection screen that instructs the user to administer a GFR agent into the body of the patient; transmit a signal from the mobile computing device (900; 1002) to the GFR sensor to cause the GFR sensor to initiate collection of light absorbance data for calculating a GFR of the patient; receive light absorbance data from the GFR sensor ; and store the received light absorbance data. display a pairing screen that instructs a use to wirelessly communicatively couple the mobile computing device (900; 1002) to the GFR sensor ; display a sensor placement screen that instructs the user to place the GFR sensor on a body of a patient; display a customization screen that instructs the patient to customize the sensor to a skin tone of the patient; customize the sensor to the skin tone of the patient by collecting with the sensor a background level of light absorbance that naturally emanates from the body of the patient for customization of the sensor and adjusting a light strength in the sensor or a detector sensitivity in the sensor to account for differing skin colors of different patients; display an injection screen that instructs the user to administer a GFR agent into the body of the patient; transmit a signal from the mobile computing device (900; 1002) to the GFR sensor to cause the GFR sensor to initiate collection of light absorbance data for calculating a GFR of the patient; receive light absorbance data from the GFR sensor ; and store the received light absorbance data.
A method for tamping a track, with tamping tines squeezable towards one another in pairs by means of a squeezing cylinder , wherein a vibration is superimposed on a linear lift motion of a squeezing piston movable along an axis in the squeezing cylinder , characterized in that the vibration is generated by means of a vibration piston which is arranged in the squeezing cylinder and movable independently of the squeezing piston .
Drill pipe rod with at least one plug-in-rotation-seat for cooperation with a carrier , wherein the seat comprises an alignment section , a rotation section and a paddle section , wherein the alignment section is located at a lesser distance related to the end of the drill pipe rod at which the plug-in-rotation-seat is formed than the rotation section and the paddle section , and the rotation section is at a closer distance than the paddle section , the alignment section is formed for the longitudinal axial aligning of the drill pipe rod with the carrier , so that it can be plugged in after alignment with each other, the rotation section allows a relative turning of drill pipe rod and carrier around the longitudinal axis of the drill pipe rod, and the paddle section allows a further plugging of the drill pipe rod and carrier relative to each other after the relative turning of the drill pipe rod and carrier, wherein the alignment section has a protrusion from the rotation section in an angle area around the longitudinal axis of the drill pipe rod , in which the carrier can be rotated around the longitudinal axis of the drill pipe rod , wherein the rotation section in which the carrier can be rotated around the longitudinal axis of the drill pipe rod has a longitudinal movement stop surface , which delimits an axial movement of the carrier when this is plugged in, and serves as a support during rotation, and has a rotation movement stop surface arranged in such a way that the carrier is out of contact with the longitudinal movement stop surface when brought into contact with the rotation movement stop surface , and the carrier can be plugged in relative to the paddle section for an additional plugging step for fixing the carrier in a rotation-resistant displacement in both directions around the longitudinal axis of the drill pipe rod .
A method comprising: receiving a passenger request to reserve an elevator car of an elevator system to travel to a targeted destination ; determining at least two different travel options to the targeted destination based on a plurality of elevator car travel plans comprising at least two elevator cars having different travel ranges; outputting the at least two different travel options to an interactive display ; and reserving at least one of the at least two elevator cars responsive to a user selection of one of the at least two different travel options ; characterized in that the at least two different travel options are identified based on minimizing one or more changes to estimated travel times provided to one or more previously reserved passengers. receiving a passenger request to reserve an elevator car of an elevator system to travel to a targeted destination ; determining at least two different travel options to the targeted destination based on a plurality of elevator car travel plans comprising at least two elevator cars having different travel ranges; outputting the at least two different travel options to an interactive display ; and reserving at least one of the at least two elevator cars responsive to a user selection of one of the at least two different travel options ; characterized in that the at least two different travel options are identified based on minimizing one or more changes to estimated travel times provided to one or more previously reserved passengers.
A method for processing anionically charged fibril cellulose which is chemically modified nanofibrillar cellulose having a number average diameter below 200 nm and a length exceeding one micrometer and is in the form of aqueous fibril cellulose gel, the method comprising - lowering the pH of the aqueous fibril cellulose gel below the pKa value of the anionically charged fibril cellulose to pH 2-3 to provide aqueous fibril cellulose gel of reduced water retention capacity, and - dewatering the aqueous fibril cellulose gel of reduced water retention capacity in a pressure filtration step where positive pressure is applied to the aqueous fibril cellulose gel to provide dewatered fibril cellulose, wherein the anionically charged fibril cellulose contains dissociated acid moieties, which are carboxyl groups, and wherein pH is lowered such that the dissociated acid moieties are converted to acid form, and wherein the aqueous fibril cellulose gel of reduced water retention capacity is dewatered in a pressure filtration step to dry substance content of 10-30 wt-% of fibril cellulose. - lowering the pH of the aqueous fibril cellulose gel below the pKa value of the anionically charged fibril cellulose to pH 2-3 to provide aqueous fibril cellulose gel of reduced water retention capacity, and - dewatering the aqueous fibril cellulose gel of reduced water retention capacity in a pressure filtration step where positive pressure is applied to the aqueous fibril cellulose gel to provide dewatered fibril cellulose, wherein the anionically charged fibril cellulose contains dissociated acid moieties, which are carboxyl groups, and wherein pH is lowered such that the dissociated acid moieties are converted to acid form, and
A charcoal grill comprising: a cooking grate ; a firebox ; a solid and planar supporting surface for supporting a quantity of charcoal within the firebox and beneath the cooking grate ; and a plurality of diffusers each comprising a plurality of parallel peaked structures comprising a pair of opposing walls rising from the solid and planar supporting surface to form an apex , each peaked structure having at least one air opening defined in the pair of opposing walls below the apex that allow air flow through the respective wall wherein the plurality of air diffusers transport air from beneath the solid and planar supporting surface to an area above at least a portion of the quantity of charcoal below the cooking grate and above the solid and planar supporting surface. a cooking grate ; a firebox ; a solid and planar supporting surface for supporting a quantity of charcoal within the firebox and beneath the cooking grate ; and a plurality of diffusers each comprising a plurality of parallel peaked structures comprising a pair of opposing walls rising from the solid and planar supporting surface to form an apex , each peaked structure having at least one air opening defined in the pair of opposing walls below the apex that allow air flow through the respective wall wherein the plurality of air diffusers transport air from beneath the solid and planar supporting surface to an area above at least a portion of the quantity of charcoal below the cooking grate and above the solid and planar supporting surface.
Infrared achromatic and athermalized telephoto lens arrangement consisting of a single convergent front lens having a TOC below 35×10 -6 K -1 and of a single divergent correcting lens having a TOC above 75×10 -6 K -1 , having an aperture-based f-number lower than f/2.0, wherein: 0.91 ≤ OL / EFL ≤ 1.01 ; 0.31 ≤ BFL / EFL ≤ 0.50 ; 0.20 ≤ VD / EFL ≤ 0.48 ; the temperature compensation is obtained by passive optical compensation only; and, the optical power of the correcting lens varies from an on axis first value to a maximal image height second value, the ratio of the second to the first value being 1.05 to 1.40 and wherein EFL is the effective focal length of the lens assembly, OL is its overall length, BFL is its back focal length, and VD is the vertex distance between both lenses.
Control device for a locking device arranged in or on a door or window of a building, preferably for a door drive and/or window drive and/or a hold-open device and/or a door lock and/or a door opener , comprising at least one, preferably switchable, output for controlling an actuator or an electromagnet or a motor of the locking device , and a power supply connection for connecting the control device to a power supply unit via a supply line , further comprising a protective circuit connected to the power supply connection in order to protect the control device and/or a locking device connected thereto against overvoltage, the protective circuit having a controllable resistor (T101) and/or a semiconductor switch which is arranged in series with the supply line , and having a threshold value switch whose input is connected indirectly or directly to the supply line , in order to measure the voltage present on the supply line , the threshold value switch triggering the controllable resistor (T101) and/or the semiconductor switch to disconnect the supply line when the voltage present on the supply line is above a predetermined voltage value, characterized in that, the protective circuit has a reverse polarity protection circuit between the power supply connection and the controllable resistor (T101) and/or the semiconductor switch. comprising at least one, preferably switchable, output for controlling an actuator or an electromagnet or a motor of the locking device , and a power supply connection for connecting the control device to a power supply unit via a supply line , further comprising a protective circuit connected to the power supply connection in order to protect the control device and/or a locking device connected thereto against overvoltage, the protective circuit having a controllable resistor (T101) and/or a semiconductor switch which is arranged in series with the supply line , and having a threshold value switch whose input is connected indirectly or directly to the supply line , in order to measure the voltage present on the supply line , the threshold value switch triggering the controllable resistor (T101) and/or the semiconductor switch to disconnect the supply line when the voltage present on the supply line is above a predetermined voltage value, characterized in that, the protective circuit has a reverse polarity protection circuit between the power supply connection and the controllable resistor (T101) and/or the semiconductor switch.
A method of equipping at least one filling tube of an apparatus for filling tubular cases with a gathered tubular case , at least comprising the steps: - opening at least one gripping element of a case gripping device , - feeding a gathered tubular case into a region of the at least one gripping element of the case gripping device , - closing at least one gripping element for fixing and axially centering the case along a longitudinal axis of a filling tube , characterised by the steps: - moving the filling tube and/or the gripping device relative to each other towards each other for introducing the filling tube into an interior space of the case , - partially opening at least one gripping element , and - further moving the filling tube and/or the gripping device relative to each other towards each other, wherein the filling tube entrains the case in the direction of movement of the filling tube relative to the gripping device and the case is guided by the gripping elements . - opening at least one gripping element of a case gripping device , - feeding a gathered tubular case into a region of the at least one gripping element of the case gripping device , - closing at least one gripping element for fixing and axially centering the case along a longitudinal axis of a filling tube , characterised by the steps: - moving the filling tube and/or the gripping device relative to each other towards each other for introducing the filling tube into an interior space of the case , - partially opening at least one gripping element , and - further moving the filling tube and/or the gripping device relative to each other towards each other, wherein the filling tube entrains the case in the direction of movement of the filling tube relative to the gripping device and the case is guided by the gripping elements . - moving the filling tube and/or the gripping device relative to each other towards each other for introducing the filling tube into an interior space of the case , - partially opening at least one gripping element , and - further moving the filling tube and/or the gripping device relative to each other towards each other, wherein the filling tube entrains the case in the direction of movement of the filling tube relative to the gripping device and the case is guided by the gripping elements .