mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an electric powered appliance, the appliance being electrically coupled to a first electrical supply main and a second electrical supply main lines supplying electrical power to the appliance, and including suspending a supply of power through at least one of said electrical supply main lines. characterized in that the method comprising the step of receiving, by a communication module of a power control device, power information related to a supply of power to the appliance from an external electric power source supplying electrical power to the appliance and operating the appliance in a demand response mode based on the received power information. the appliance being electrically coupled to a first electrical supply main and a second electrical supply main lines supplying electrical power to the appliance, and including suspending a supply of power through at least one of said electrical supply main lines. characterized in that the method comprising the step of receiving, by a communication module of a power control device, power information related to a supply of power to the appliance from an external electric power source supplying electrical power to the appliance and operating the appliance in a demand response mode based on the received power information.
A holster for a handgun, the holster including: a holster body having a chamber for receiving the handgun; and an adjustable and resilient tensioner mounted on the holster body in a position to be engaged by a handgun in the chamber, the tensioner being operable to apply a resilient biasing force to the handgun in the chamber; the tensioner including a resilient handgun engagement portion extending between first and second tensioner end portions, characterised in that the tensioner first end portion is mounted on the holster body for only rotational movement on the holster body, and the tensioner second end portion is mounted on the holster body for both sliding and rotational movement on the holster body. a holster body having a chamber for receiving the handgun; and an adjustable and resilient tensioner mounted on the holster body in a position to be engaged by a handgun in the chamber, the tensioner being operable to apply a resilient biasing force to the handgun in the chamber; the tensioner including a resilient handgun engagement portion extending between first and second tensioner end portions, characterised in that the tensioner first end portion is mounted on the holster body for only rotational movement on the holster body, and the tensioner second end portion is mounted on the holster body for both sliding and rotational movement on the holster body.
A vibrating screen for grading or dewatering particulate material comprising a frame upon which is mounted a deck having a plurality of apertures or slots therein, said frame being mounted on a base and being provided with vibration generating means for imparting vibration to said deck, wherein said frame comprises pair of substantially parallel side walls (14,16) between which the deck is mounted, characterised in that each side wall (14,16) comprising a pair of spaced apart side members (30,32) formed from sheet metal defining outer faces of the side wall, and an intermediate member being located between said side members (30,32), said intermediate member being formed from a metal sheet having a greater thickness than that of the adjacent side members (30,32), such that the side members (30,32) define outer skins of each side wall (14,16) while the intermediate member provides structural strength, said side members (30,32) and said intermediate member of each side wall (14,16) of the frame being clamped together by a plurality of mechanical fasteners comprising nuts and bolts extending through said side members and said intermediate member, said intermediate member incorporating a plurality of cut-outs therethrough, the material of said intermediate member surrounding said plurality of cut-outs defining a peripheral border region and a plurality of interconnected elongate reinforcing members within the assembled side wall, wherein shape and position of the cut-outs in the intermediate member of each side wall (14,16) is selected to provide predetermined structural properties optimising the stiffness and strength of the side walls (14,16) while minimising the weight thereof, wherein said side walls (14,16) of the frame are interconnected by a plurality of bridge members extending therebetween, said bridge members comprising elongate beams or tubular members and wherein said bridge members are connected to the side walls (14,16) via mechanical fasteners comprising nuts and bolts, wherein said vibration generating means is mounted on or within a respective bridge member (20,22) extending between said side walls (14,16) of the frame.
A capsule (100; 200; 300; 400) for an aerosol-generating device, comprising: a base portion (130; 230; 330) including an engagement assembly (136; 236; 336); a first cover (110; 210; 310) engaged with the base portion (130; 230; 330) via the engagement assembly (136; 236; 336), the first cover (110; 210; 310) including a first interior surface and a first exterior surface, the first interior surface defining a first recess (114; 214; 314); a second cover (120; 220; 320) engaged with the base portion (130; 230; 330) and the first cover (110; 210; 310) via the engagement assembly (136; 236; 336), the second cover (120; 220; 320) including a second interior surface and a second exterior surface, the second interior surface defining a second recess (124; 224; 324), the first cover (110; 210; 310) aligned with the second cover (120; 220; 320) such that the first recess (114; 214; 314) and the second recess (124; 224; 324) collectively form a chamber (164; 264; 364); an aerosol-forming substrate (160a, 160b) within the chamber (164; 264; 364); and a heater (140; 240; 340) configured to heat the aerosol-forming substrate (160a, 160b) to generate an aerosol, the heater (140; 240; 340) including a first end section (142; 242; 342), an intermediate section (144; 244; 344), and a second end section (146; 246; 346), the heater (140; 240; 340) extending from the base portion (130; 230; 330) such that the intermediate section (144; 244; 344) is in the chamber (164; 264; 364). a base portion (130; 230; 330) including an engagement assembly (136; 236; 336); a first cover (110; 210; 310) engaged with the base portion (130; 230; 330) via the engagement assembly (136; 236; 336), the first cover (110; 210; 310) including a first interior surface and a first exterior surface, the first interior surface defining a first recess (114; 214; 314); a second cover (120; 220; 320) engaged with the base portion (130; 230; 330) and the first cover (110; 210; 310) via the engagement assembly (136; 236; 336), the second cover (120; 220; 320) including a second interior surface and a second exterior surface, the second interior surface defining a second recess (124; 224; 324), the first cover (110; 210; 310) aligned with the second cover (120; 220; 320) such that the first recess (114; 214; 314) and the second recess (124; 224; 324) collectively form a chamber (164; 264; 364); an aerosol-forming substrate (160a, 160b) within the chamber (164; 264; 364); and a heater (140; 240; 340) configured to heat the aerosol-forming substrate (160a, 160b) to generate an aerosol, the heater (140; 240; 340) including a first end section (142; 242; 342), an intermediate section (144; 244; 344), and a second end section (146; 246; 346), the heater (140; 240; 340) extending from the base portion (130; 230; 330) such that the intermediate section (144; 244; 344) is in the chamber (164; 264; 364).
Guide roller of a feed roller pair of a granulating device for plastic strands, with the guide roller (1 to 9) having a core and at least one outer hard rubber layer, with the outer hard rubber layer, of which there is at least one, forming a sleeve which can be slid onto the core of the guide roller and also removed from the core characterised in that at least one of the front portions of the core has an external thread onto which a ring nut can be screwed, with the ring nut having a first conical surface which engages with a first counter-conical surface of the sleeve, with either an opposite front portion of the core having a second conical surface which engages with an opposite second counter-conical surface of the outer hard rubber layer forming a sleeve, and with the one sleeve with its two counter-conical surfaces (19, 21) being centred by the two conical surfaces (18, 20) of the core and the ring nut, or the sleeve is comprised of an outer hard rubber layer and an inner reinforcing cylinder, which, in the axial direction, has an inner cone which can engage in a friction-locking connection with an outer cone of the core, with the counter-conical surface of the reinforcing cylinder interacting with the conical surface of the ring nut, which is positioned on the thread in the front portion, thereby fixing the sleeve axially.
Device for attaching a door leaf to a door frame so that it can be pivoted, comprising the door leaf and a door hinge having several hinge rollers (102; 103; 104), wherein in each case two of the hinge rollers (102, 103; 104) are connected to one another, wherein the door leaf has a height, wherein the door hinge extends across the entire height of the door leaf, wherein the device has a connecting means with which the door leaf can be fastened to the hinge rollers (102, 103; 104), wherein the device comprises an intermediate element, wherein the connecting means (600; 1400) can be fastened to the door leaf via the intermediate element (1600; 1700), wherein the connecting means (600; 1400) has at least one cavity, characterised in that in the cavity is arranged an electronic functional means, wherein the functional means is configured for an electronic function of the device.
A film bag comprising a first front wall, a second front wall, two side folds, a reclosure, a filling space formed by the front walls (1a, 1b) and side folds, a head section separated from the filling space by means of a connecting seam, a carrying handle formed on the head section through a transection of the front walls (1a, 1b), wherein the side folds each have two wings, which adjoin one another by means of a fold line running in the longitudinal bag direction (l) and which in each case adjoin one of the front walls (1a, 1b) on longitudinal bag edges, wherein the reclosure has reclosure strips, which snap together, comprising connecting lugs and catch strips, on which a slider for connecting and separating the catch strips is arranged, wherein the reclosure is fastened to an inner side of the filling space via the connecting lugs and wherein a bottom seam on a bag bottom connects the wings of the side folds inserted between the front walls (1a, 1b) to one of the front walls (1a, 1b) each, and connects the two front walls (1a, 1b) between the side folds, wherein the front walls (1a, 1b) on the one side and the side folds on the other side jointly extend from the bag bottom to an upper bag border along the entire longitudinal bag edges, wherein the reclosure is fastened to the first front wall by means of both connecting lugs of the reclosure strips and is accessible through a removal area formed in a window-shaped manner in the first front wall, wherein the reclosure is arranged directly below the head section and the first front wall runs obliquely in the case of a full filling space, wherein the wings of the side folds are connected to one another on the head section, characterized in that the reclosure ends at a distance between 10 mm and 45 mm to the longitudinal bag edges, wherein the ratio of the height (h) to the depth (t) determined by the side folds is less than 3:1, in particular less than 2.5:1, wherein the ratio of the width measured between the side folds on the front walls (1a, 1b) to the height (h) measured in the longitudinal bag direction (l) is between 1.5:1 and 1:1.5, wherein the front walls (1a, 1b) and the side folds are formed by means of folding and heat-sealing from a section of a multi-layer bag film, wherein, on an inner bag side, the bag film has a heat-sealable sealing layer on the basis of polyolefin and, on an outer bag side, has an outer layer, wherein the reclosure is fastened to the first front wall by means of a heat-sealed seam, which is closed in a frame-shaped manner and is spaced apart from the longitudinal bag edges, wherein bag corners are separated on the head section at the height of the carrying handle, and wherein the head section has the connecting seam, which delimits the filling space, as part of a frame-shaped sealing, and the material separation for forming the carrying handle is arranged inside this frame-shaped sealing.
A short-circuiting arrangement for capacitors of a high voltage converter, said capacitors each having two connection terminals (44, 46) and the arrangement comprising a short-circuiting wire configured to be moved along while in sliding contact with the connection terminals (44, 46) of the capacitors and comprising a short-circuiting section comprising electrically conductive material connected to a ground potential, and a probing section comprising electrically conductive material, and a voltage evaluating unit electrically connected to the short-circuit section and the probing section and further configured to detect, as the probing section and short-circuiting section are connected to a respective connection terminal (44, 46) of a capacitor, the voltage (UCell) across the capacitor, compare the voltage with a discharge threshold (Uth), and enable halting or movement of the short-circuiting wire based on the detected voltage. a short-circuiting section comprising electrically conductive material connected to a ground potential, and a probing section comprising electrically conductive material, and detect, as the probing section and short-circuiting section are connected to a respective connection terminal (44, 46) of a capacitor, the voltage (UCell) across the capacitor, compare the voltage with a discharge threshold (Uth), and enable halting or movement of the short-circuiting wire based on the detected voltage.
A method performed by a terminal in a communication system, the method comprising: identifying a first time slot i for transmitting at least two physical uplink control channel, PUCCH, transmissions; identifying M transmission power control, TPC, command values δ PUCCH ( i-k m) respectively received at time slots i-k m, m=0,...M-1, and pointing to the first time slot i; identifying a transmission power g(i) for each of the at least two PUCCH transmissions in the first time slot i based on g i = g i − 1 + ∑ m = 0 m ≠ m i M − 1 δ PUCCH i − k m, wherein g(i-1) indicates a value of transmission power for a last PUCCH transmission within a time slot i-1, in which multiple PUCCHs were transmitted, and m i refers to TPC commands which do not meet requirements of delay processing; and performing PUCCH transmission in the first time slot i based on the identified transmission power. identifying a first time slot i for transmitting at least two physical uplink control channel, PUCCH, transmissions; identifying M transmission power control, TPC, command values δ PUCCH ( i-k m) respectively received at time slots i-k m, m=0,...M-1, and pointing to the first time slot i; identifying a transmission power g(i) for each of the at least two PUCCH transmissions in the first time slot i based on g i = g i − 1 + ∑ m = 0 m ≠ m i M − 1 δ PUCCH i − k m, wherein g(i-1) indicates a value of transmission power for a last PUCCH transmission within a time slot i-1, in which multiple PUCCHs were transmitted, and m i refers to TPC commands which do not meet requirements of delay processing; and performing PUCCH transmission in the first time slot i based on the identified transmission power.
A system for surveillance, comprising: an audio signal analyser, wherein the audio signal analyser is configured to receive two or more audio microphone signals, wherein the audio signal analyser is configured to determine a pattern matching result by determining whether the two or more audio microphone signals comprise at least one audio pattern of one or more predefined audio patterns; an air pressure change determiner, wherein the air pressure change determiner is configured to receive an air pressure change signal indicating an air pressure change; or wherein the air pressure change determiner is configured to receive an air pressure signal indicating a current air pressure and is configured to determine the air pressure change from the signal indicating the current air pressure and from a previously received air pressure; and an evaluator, wherein the evaluator is configured to indicate, depending on the pattern matching result and depending on the air pressure change, that a predefined event occurred, characterized in that the audio signal analyser is configured to determine the pattern matching result by determining whether each one of the two or more audio microphone signals comprises said at least one audio pattern of one or more predefined audio patterns; wherein the evaluator is configured to indicate that the predefined event occurred, if the pattern matching result indicates that said one of the one or more predefined audio patterns is found in each of the two or more audio microphone signals, and if the air pressure change is greater than a threshold value. an audio signal analyser, wherein the audio signal analyser is configured to receive two or more audio microphone signals, wherein the audio signal analyser is configured to determine a pattern matching result by determining whether the two or more audio microphone signals comprise at least one audio pattern of one or more predefined audio patterns; an air pressure change determiner, wherein the air pressure change determiner is configured to receive an air pressure change signal indicating an air pressure change; or wherein the air pressure change determiner is configured to receive an air pressure signal indicating a current air pressure and is configured to determine the air pressure change from the signal indicating the current air pressure and from a previously received air pressure; and an evaluator, wherein the evaluator is configured to indicate, depending on the pattern matching result and depending on the air pressure change, that a predefined event occurred, characterized in that the audio signal analyser is configured to determine the pattern matching result by determining whether each one of the two or more audio microphone signals comprises said at least one audio pattern of one or more predefined audio patterns; wherein the evaluator is configured to indicate that the predefined event occurred, if the pattern matching result indicates that said one of the one or more predefined audio patterns is found in each of the two or more audio microphone signals, and if the air pressure change is greater than a threshold value.
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an essentially fluffless absorbent structure positioned in between said backsheet and said topsheet, said absorbent structure comprising a length along an x-axis, a width along a y-axis and a thickness along a z-axis, whereby said absorbent structure comprises two laterally opposed side edges extending substantially along the x-axis and a front edge and a back edge which extend substantially along the y-axis, wherein the absorbent structure further comprises an edge barrier, said edge barrier being disposed along at least a part of at least one of the side edges, along at least a part of the front edge and/or along at least a part of the back edge, wherein the edge barrier is substantially absorbent particulate polymer material impermeable to prevent sideways leakage of absorbent particulate polymer material from said absorbent structure characterized in that the edge barrier extends along the entire thickness of the absorbent structure and the edge barrier is substantially liquid impermeable to prevent sideways leakage of fluid from said absorbent structure.
A communication method, comprising: randomly selecting, at a first device, a resource for data transmission from a resource pool; transmitting data using the resource; and sending, to a second device, an indication that the first device will continue to use the resource for transmitting further data; and comparing the number of times of the resource being used for data transmission with a predetermined threshold, further comprising: in response to the number of times exceeding the predetermined threshold, randomly re-selecting a new resource for data transmission, wherein transmitting the data using the resource comprises: in response to the number of times being below the predetermined threshold, transmitting the data using the resource., further comprising: in response to the number of times exceeding the predetermined threshold, randomly re-selecting a new resource for data transmission, wherein transmitting the data using the resource comprises: in response to the number of times being below the predetermined threshold, transmitting the data using the resource.
A machine-type-communication, MTC, virtual shared mobile, VSM, system comprising a communications network including a mobile network, the mobile network having wireless nodes including a wireless base station node and wireless device nodes (10, 20), the wireless base station node serving the wireless device nodes (10, 20), a portion of the wireless device nodes (10, 20) being a plurality of MTC devices, the communications network connected to at least one MTC application server, the MTC VSM system further comprising: a node in the communications network, comprising: a communications interface for participating in at least one MTC related communication involving one of the at least one MTC application server and at least one of the plurality of MTC devices; and a processor configured to operate with the communications interface, the processor adapted such that a portion of the at least one MTC related communication presents the plurality of MTC devices as one VSM wireless device having a single wireless device identifier to the mobile network, wherein the plurality of MTC devices belong to a Virtual Shared Mobile Group, VSMG, and use time division to share a same VSM Radio Bearer. a communications interface for participating in at least one MTC related communication involving one of the at least one MTC application server and at least one of the plurality of MTC devices; and a processor configured to operate with the communications interface, the processor adapted such that a portion of the at least one MTC related communication presents the plurality of MTC devices as one VSM wireless device having a single wireless device identifier to the mobile network, wherein the plurality of MTC devices belong to a Virtual Shared Mobile Group, VSMG, and use time division to share a same VSM Radio Bearer.
Handheld measuring device for detecting concealed mould damage in interior spaces, having the following components: - at least one collection unit for receiving at least one interior space sample, - at least one buffer unit which has at least three cartridges for a buffer, - at least one immunological testing unit, - an evaluation unit, and - a control field, wherein the buffer unit has a first compartment with binding molecules for an analyte and a second compartment with a solid phase for immobilizing a binding molecule analyte complex. - at least one collection unit for receiving at least one interior space sample, - at least one buffer unit which has at least three cartridges for a buffer, - at least one immunological testing unit, - an evaluation unit, and - a control field,