mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating in a wireless local area network, the method comprising: receiving, at a station, a beacon frame, the beacon frame comprising at least one basic service set identifier, BSSID, and a first color value, wherein each BSSID identifying a basic service set, BSS, managed by an access point, AP, and the first color value represented by a value number of bits, the value number less than 48; receiving, at the station, a physical layer protocol data unit, PPDU, over a transmission bandwidth, the PPDU comprising a signal-A field and a signal-B field, wherein the signal-A field comprises bandwidth information and a second color value, the bandwidth information indicating the transmission bandwidth, and the signal-B field comprises user-specific information comprising allocation for orthogonal frequency division multiple access, OFDMA, transmission; wherein the signal-A field is phase-rotated over at least one first subcarrier group, each first subcarrier group having bandwidth of 20 MHz within the transmission bandwidth, and the signal-B is phase rotated over a plurality of second subcarrier groups, each second subcarrier group having bandwidth that is 20 MHz within the transmission bandwidth, and wherein the second color value matches at least a portion of the first color value. receiving, at a station, a beacon frame, the beacon frame comprising at least one basic service set identifier, BSSID, and a first color value, wherein each BSSID identifying a basic service set, BSS, managed by an access point, AP, and the first color value represented by a value number of bits, the value number less than 48; receiving, at the station, a physical layer protocol data unit, PPDU, over a transmission bandwidth, the PPDU comprising a signal-A field and a signal-B field, wherein the signal-A field comprises bandwidth information and a second color value, the bandwidth information indicating the transmission bandwidth, and the signal-B field comprises user-specific information comprising allocation for orthogonal frequency division multiple access, OFDMA, transmission; wherein the signal-A field is phase-rotated over at least one first subcarrier group, each first subcarrier group having bandwidth of 20 MHz within the transmission bandwidth, and the signal-B is phase rotated over a plurality of second subcarrier groups, each second subcarrier group having bandwidth that is 20 MHz within the transmission bandwidth, and wherein the second color value matches at least a portion of the first color value.
A production management apparatus configured to manage a component mounting machine for producing a board product by mounting multiple LED components on a board and a stocker for storing multiple types of the LED components, characterized by the following features: the production management apparatus comprising: a memory section configured to memorize component data in which ranks of the LED components are associated with identification information of the LED components stored in the stocker, wherein the rank of an LED component is given according to its color, brightness, and forward voltage; a rank input section configured to accept the rank of the LED component in the LED components of the multiple types as a designated rank, the LED component being used in producing the board product; and a component group generating section configured to generate a component group into which the LED components of the multiple ranks including the designated rank are combined so as to satisfy a required specification of the board product, based on the ranks of the LED components which are included in the component data. a memory section configured to memorize component data in which ranks of the LED components are associated with identification information of the LED components stored in the stocker, wherein the rank of an LED component is given according to its color, brightness, and forward voltage; a rank input section configured to accept the rank of the LED component in the LED components of the multiple types as a designated rank, the LED component being used in producing the board product; and a component group generating section configured to generate a component group into which the LED components of the multiple ranks including the designated rank are combined so as to satisfy a required specification of the board product, based on the ranks of the LED components which are included in the component data.
A method for estimating tissue temperature, the method comprising: (i) directing, using a radio frequency applicator, one or more RF energy pulses into the tissue region of interest, the tissue region of interest comprising an object of interest and at least one reference that are separated by at least one boundary at least at two boundary locations; (ii) detecting, using an acoustic receiver, bipolar acoustic signals generated in the region of interest at each boundary location in response to the one or more RF energy pulses, further characterised by processing the bipolar acoustic signals to determine peak-to-peak amplitudes thereof; and (iii) calculating an estimated tissue temperature at the at least two boundary locations using the peak-to-peak amplitudes of the bipolar acoustic signals and a distance between the boundary locations.
Device for moving a mechanical element, with an input for receiving signals and a control device for reading received signals and for initiating a movement of the mechanical element as a function of a read signal, wherein the control device is configured in a first mode to evaluate received signals with regard to digital information and as a function of a received signal to initiate the adoption of one of two end positions (s 1, s 2) of the mechanical element and in a second mode to evaluate received signals as pulse-width modulated at a predetermined frequency and as a function of a received signal to initiate the adoption of one position from a plurality of positions which includes an intermediate position between the end positions (s 1, s 2) and the two end positions (s 1, s 2), characterised in that in the first mode signals interpreted as a signal for adopting the end position (s 1, s 2) are interpreted in a second mode as error signals.
An electronic device for providing location-based functions, comprising: at least one receiver; and at least one processor configured to: - use said at least one receiver to receive one or more wireless signals from one or more beacon systems, said one or more wireless signals identifying said one or more beacon systems; - identify local beacon systems which are present in the same area as said electronic device; - determine a quantity of said local beacon systems and locations of said local beacon systems; - determine which location-based functions are available based on said quantity of said local beacon systems and said locations of said local beacon systems; and - provide one or more available location-based functions based on said one or more wireless signals in dependence on said quantity of said local beacon systems and said locations of said local beacon systems. at least one receiver; and at least one processor configured to: - use said at least one receiver to receive one or more wireless signals from one or more beacon systems, said one or more wireless signals identifying said one or more beacon systems; - identify local beacon systems which are present in the same area as said electronic device; - determine a quantity of said local beacon systems and locations of said local beacon systems; - determine which location-based functions are available based on said quantity of said local beacon systems and said locations of said local beacon systems; and - provide one or more available location-based functions based on said one or more wireless signals in dependence on said quantity of said local beacon systems and said locations of said local beacon systems. - use said at least one receiver to receive one or more wireless signals from one or more beacon systems, said one or more wireless signals identifying said one or more beacon systems; - identify local beacon systems which are present in the same area as said electronic device; - determine a quantity of said local beacon systems and locations of said local beacon systems; - determine which location-based functions are available based on said quantity of said local beacon systems and said locations of said local beacon systems; and - provide one or more available location-based functions based on said one or more wireless signals in dependence on said quantity of said local beacon systems and said locations of said local beacon systems.
Rolling line for the production of flat products comprising a casting machine suitable to continuously cast a thin slab, a temperature maintenance and homogenization unit, a rolling unit comprising at least a double rolling stand (23a, 23b) of the Steckel reversing type downstream of the temperature maintenance and homogenization unit being the rolling unit being configured to perform a reduction of the thickness of the rolled product coming from said forming stand or roughing stand by means of at most three double rolling passes through the double rolling stand (23a, 23b) to produce a flat product having a final thickness between about 1,2 mm and about 20 mm, characterized in that it comprises at least a forming stand or roughing stand, directly connected immediately to the exit of the casting machine and upstream of the temperature maintenance and homogenization unit, and suitable to reduce the thickness of the thin slab just solidified, the forming stand or roughing stand being configured to perform an adaptive reduction of the thickness of the thin slab smaller than or equal to about 65% at least as a function of the thickness, width and type of material of the finished flat product.
Façade for a building, comprising insulating elements that are fixed to an outer surface of the building, and at least one fire break arranged to extend horizontally between two superimposed and adjacent insulating elements and fixed to the outer surface of the building, characterized in that between two horizontally aligned adjacent insulating elements there is provided an insulation element of non-combustible material configured as a molded body that extends in the vertical direction of the outer surface of the building at least until the upper boundary of the fire break, particularly above and below said fire break, that includes a cavity for receiving energy lines, supply and/or discharge conduits, said cavity extending in the longitudinal direction over the entire length of said molded body and that said molded body is divided into two symmetrical parts (5a, 5b) along a separation plane, said parts (5a, 5b) respectively having two contact surfaces by which said parts (5a, 5b) rest against each other.
A reciprocating saw blade comprising: an elongated body having a front end portion, a rear end portion, an elongated cutting edge extending from the front end portion to the rear end portion and defining a longitudinal axis, and an opposite non-cutting back edge extending from the front end portion to the rear end portion, the body having a thickness of approximately 0.89 mm to approximately 1.15 mm; and a tang coupled to the rear end portion, the tang being configured to be coupled to a tool holder of a powered reciprocating saw, wherein the cutting edge comprises a plurality of teeth and gullets, the teeth having a kerf width K from approximately 1.29 mm to approximately 1.56 mm, characterized by said teeth being further arranged in a pattern of alternating tooth pitch of a smaller first tooth pitch and a larger second tooth pitch, each tooth having a positive rake angle between approximately 5° and approximately 15°. an elongated body having a front end portion, a rear end portion, an elongated cutting edge extending from the front end portion to the rear end portion and defining a longitudinal axis, and an opposite non-cutting back edge extending from the front end portion to the rear end portion, the body having a thickness of approximately 0.89 mm to approximately 1.15 mm; and a tang coupled to the rear end portion, the tang being configured to be coupled to a tool holder of a powered reciprocating saw, wherein the cutting edge comprises a plurality of teeth and gullets, the teeth having a kerf width K from approximately 1.29 mm to approximately 1.56 mm, characterized by said teeth being further arranged in a pattern of alternating tooth pitch of a smaller first tooth pitch and a larger second tooth pitch, each tooth having a positive rake angle between approximately 5° and approximately 15°.
An assembly for supporting and guiding a drive shaft for an aircraft turbine engine about an axis, comprising at least one rolling element bearing intended to be mounted around said shaft and a bearing support comprising a cylindrical housing for receiving an outer ring of said bearing, said outer ring comprising a first cylindrical portion defining a rolling track for the rolling element, an annular flange for fixing to said bearing support and a second cylindrical portion connecting the first portion to the flange and comprising an annular row of through openings and delimiting between them columns conferring flexibility on the outer ring, said assembly comprising a device for axially retaining the first portion of the outer ring inside the housing of the bearing support when the second portion breaks and the first portion is disengaged from the bearing support, said retaining device comprising first claw teeth disposed around the first portion and configured to cooperate with complementary second claw teeth inside the housing of the bearing support, the first claw teeth having their outer peripheries free which are configured to cooperate by wedge effect in a tangential direction with complementary inner surfaces of the housing of the bearing support, when the aforementioned disengagement occurs; and/or the second claw teeth having their inner peripheries free which are configured to cooperate by wedge effect in the tangential direction with complementary outer surfaces of the outer ring, when the aforementioned disengagement occurs, characterised in that the complementary surfaces of one of the elements (3, 21) selected from the bearing support and the outer ring are separated by a circumferential groove (533, 523) from the claw teeth (52, 53) of that element (3, 21).
A method for treating a starting material, characterized in that - a starting material is crushed and/or ground, - the starting material that contains at least organic material is mixed and agglomerated in a mixing stage in the presence of heat to form homogeneous and agglomerated mixture material such that the temperature of the material rises under the effect of friction during the agglomeration, - the mixture material is fed to a pressing stage in the form of granular agglomerates, and - the mixture material is mechanically pressed in the pressing stage, where the temperature of the mixture material rises due to the pressing, and a predetermined product is formed in the pressing stage by means of a press device which comprises a shape-giving tool for giving the shape of the product. - a starting material is crushed and/or ground, - the starting material that contains at least organic material is mixed and agglomerated in a mixing stage in the presence of heat to form homogeneous and agglomerated mixture material such that the temperature of the material rises under the effect of friction during the agglomeration, - the mixture material is fed to a pressing stage in the form of granular agglomerates, and - the mixture material is mechanically pressed in the pressing stage, where the temperature of the mixture material rises due to the pressing, and a predetermined product is formed in the pressing stage by means of a press device which comprises a shape-giving tool for giving the shape of the product.
A water charge air cooler, comprising - a bundle of elongated flat tubes for an air, fixed on both sides in a pair of headers, - plate assembly encapsulating together with the headers at least part of the tubes to form a fluid tight channel for a coolant - a coolant inlet and a coolant outlet connected to the plate assembly, wherein the plate assembly comprises a first side wall, the first side wall having an inner surface facing the tubes, - a water box for distribution of the coolant with respect to the tubes, the coolant inlet being attached to the water box, - wherein the first side wall comprises a first opening for fluidly communicating the water box with the tubes, wherein the water box is attached to the side wall along the outline of the first opening, characterized in that the water box is connected to the inner surface of the first side wall, while it protrudes outwardly from the side wall through the first opening. - a bundle of elongated flat tubes for an air, fixed on both sides in a pair of headers, - plate assembly encapsulating together with the headers at least part of the tubes to form a fluid tight channel for a coolant - a coolant inlet and a coolant outlet connected to the plate assembly, wherein the plate assembly comprises a first side wall, the first side wall having an inner surface facing the tubes, - a water box for distribution of the coolant with respect to the tubes, the coolant inlet being attached to the water box, - wherein the first side wall comprises a first opening for fluidly communicating the water box with the tubes, wherein the water box is attached to the side wall along the outline of the first opening,
A machine to bend pipes and the like comprising a bed having, at one of its ends, a plate capable of moving along the X-axis parallel to the table on which the bed is located, a bending head connected to the plate, said bending head being capable of moving along the Z-axis orthogonal to the table on which the bed is located, equipped with at least one bending arm, at least one bending die, at least one calendering jig, and means to feed the pipe characterized in that said calendering jig has a position located before the bending die as moving in the feeding direction of the pipe.
A sheath comprising: a detachable shunt member comprising a coupling member, the detachable shunt member configured to extend through a perforation in a side wall of an internal patient conduit source and into an anatomical conduit; a detachable junction configured to receive an interventional tool; a curvable portion having a first end configured to be detachably coupled to the coupling member of the detachable shunt member and a second end configured to be detachably coupled to the detachable junction, wherein the curvable portion is configured to bend between a curved configuration and a substantially straight configuration where the first end is linearly distal to the second end; a septum hub configured to be detachably coupled to the second end of the curvable portion by the detachable junction, wherein the septum hub is configured to receive the interventional tool inserted therethrough allowing the interventional tool to be advanced through the sheath to access the anatomical conduit. a detachable shunt member comprising a coupling member, the detachable shunt member configured to extend through a perforation in a side wall of an internal patient conduit source and into an anatomical conduit; a detachable junction configured to receive an interventional tool; a curvable portion having a first end configured to be detachably coupled to the coupling member of the detachable shunt member and a second end configured to be detachably coupled to the detachable junction, wherein the curvable portion is configured to bend between a curved configuration and a substantially straight configuration where the first end is linearly distal to the second end; a first end configured to be detachably coupled to the coupling member of the detachable shunt member and a second end configured to be detachably coupled to the detachable junction, wherein the curvable portion is configured to bend between a curved configuration and a substantially straight configuration where the first end is linearly distal to the second end; a septum hub configured to be detachably coupled to the second end of the curvable portion by the detachable junction, wherein the septum hub is configured to receive the interventional tool inserted therethrough allowing the interventional tool to be advanced through the sheath to access the anatomical conduit.
A process for preparation of catalyst support particles having a pore structure with a pore volume of 1.5 cm 3 /g or more and a surface area of 600 m 2 /g or more, the process comprising: a) providing a silica hydrogel having a solids content from 15% to 33% by weight by acidification of an alkali metal silicate, b) forming the silica hydrogel into hydrogel particles, c) washing the hydrogel particles for a period of 1 hour or longer at a pH of 3.5 or less to provide an alkali metal oxide content of less than 2000 ppm by weight of hydrogel, d) contacting the hydrogel particles with an aqueous ageing solution, arranged to provide an aqueous dispersion having a pH from 3 to 5, and at an ageing temperature from 40°C up to the boiling point of the solution, for an ageing period of 4 hours or longer, to provide aged hydrogel particles, wherein the ageing temperature is from a lowest ageing temperature T L to a highest ageing temperature T H, wherein T L = (90 - 10 x pH)°C and T H = (184 -22.6 x pH)°C, e) carrying out solvent exchange on the aged hydrogel particles with a liquid solvent having a surface tension of 35 mN/m or less whereby the aqueous solution in the aged hydrogel particles is substantially replaced by the liquid solvent, and f) substantially removing the liquid solvent from the aged hydrogel particles to provide the catalyst support particles. a) providing a silica hydrogel having a solids content from 15% to 33% by weight by acidification of an alkali metal silicate, b) forming the silica hydrogel into hydrogel particles, c) washing the hydrogel particles for a period of 1 hour or longer at a pH of 3.5 or less to provide an alkali metal oxide content of less than 2000 ppm by weight of hydrogel, d) contacting the hydrogel particles with an aqueous ageing solution, arranged to provide an aqueous dispersion having a pH from 3 to 5, and at an ageing temperature from 40°C up to the boiling point of the solution, for an ageing period of 4 hours or longer, to provide aged hydrogel particles, wherein the ageing temperature is from a lowest ageing temperature T L to a highest ageing temperature T H, wherein T L = (90 - 10 x pH)°C and T H = (184 -22.6 x pH)°C, e) carrying out solvent exchange on the aged hydrogel particles with a liquid solvent having a surface tension of 35 mN/m or less whereby the aqueous solution in the aged hydrogel particles is substantially replaced by the liquid solvent, and f) substantially removing the liquid solvent from the aged hydrogel particles to provide the catalyst support particles.
A male touch fastener strip (100, 200, 300, 500) having a front fastening face and a rear face, the strip comprising: an elongated base of a material comprising a magnetically attractable substance dispersed throughout a synthetic resin; and a field of exposed male fastener elements each having a stem extending from the base on the front fastening face of the strip; characterized in that the base has an areal heat capacity of between about 15 and 65 milliJoules per square centimeter degree C. an elongated base of a material comprising a magnetically attractable substance dispersed throughout a synthetic resin; and a field of exposed male fastener elements each having a stem extending from the base on the front fastening face of the strip; characterized in that the base has an areal heat capacity of between about 15 and 65 milliJoules per square centimeter degree C.