mhurhangee/ep-ind-claims huggingface dataset:
An exercise ball device for physical exercising of a user's body, the exercise ball device comprising: a ball having an outer surface; a belt applied to the ball; and one or more panels (16, 18, 20, 22) connected to the ball, the one or more panels comprising one or more edges abutting one or more edges of the belt, and the belt and one or more panels providing an outer surface of the exercise ball device, characterised in that: the ball is rigid due to being made of a rigid material; and the belt has a single piece construction and is adhered to the outer surface of the ball. a ball having an outer surface; a belt applied to the ball; and one or more panels (16, 18, 20, 22) connected to the ball, the one or more panels comprising one or more edges abutting one or more edges of the belt, and the belt and one or more panels providing an outer surface of the exercise ball device, characterised in that: the ball is rigid due to being made of a rigid material; and the belt has a single piece construction and is adhered to the outer surface of the ball. the ball is rigid due to being made of a rigid material; and the belt has a single piece construction and is adhered to the outer surface of the ball.
A capsule ( 1, 21) for a beverage production machine, the capsule ( 1, 21) comprising: - an ingredient enclosed within the capsule ( 1, 21); and - a body part and a lid part, the lid part being attached to the body part so as to enclose the ingredient within the capsule - an identifier ( 9a, 9b, 9c, 9d, 39); wherein the identifier ( 9a, 9b, 9c, 9d, 39) is an area of conductive material incorporating a code pattern incorporated into the lid part, the code pattern consisting of a predetermined arrangement of one or more discontinuities ( 41, 42, 43) formed in the conductive material, and wherein the capsule comprises an orientation member consisting of the shape of the capsule itself, for directing the alignment of the capsule and limiting the number of orientations thereof within the beverage production machine. - an ingredient enclosed within the capsule ( 1, 21); and - a body part and a lid part, the lid part being attached to the body part so as to enclose the ingredient within the capsule - an identifier ( 9a, 9b, 9c, 9d, 39);
Method for preparing raw materials for the production of paper, board or fibreboards, in which the raw materials are processed into an aqueous fibre suspension, which is subsequently ground in a mill, characterized in that nitrogen is fed to the raw materials and/or the fibre suspension before the grinding operation, the raw materials or the fibre suspension being cooled at least locally to values below 0°C by the addition of the nitrogen and subsequently being brought to a temperature above 0°C.
Plastic, modular and self-engaging bristle brush, comprising a support plate with a top surface from which a plurality of flexible bristles vertically emerges, and a bottom surface provided with coupling means for coupling to drive means for driving the bristle brushes over a support table, the free ends of the bristles defining a support surface intended for receiving a part to be conveyed and cut, the coupling means of each brush comprise a set of runners emerging vertically from the bottom surface of the support plate, said runners including a pair of opposing guiding and self-centering ends projecting from the perimeter of the brush, said runners being distributed such that the ends of runners of contiguous brushes can be fitted together by overlapping one another, and in that said runners include at their guiding and self-centering ends articulated attachment means for the articulated attachment of contiguous brushes for self-engagement, turning the set of multiple brushes into a cutting mat which in turn forms an endless conveyor belt, said articulated attachment means in turn being provided with articulating drive shafts that can engage drive elements housed in multiple positions of the support table, characterized in that said bristle brush is a plastic, modular and self-engaging bristle brush as a whole and in that said set of runners are integrated in the support plate of the bristle brush in a single plastic part.
Method for communication, in particular for exchanging data, between a first computer, a second computer and at least one automation device over a wide area network by means of an application-specific protocol, wherein one of the computers (R1, R2) has a local network connection to the automation device, wherein the application-specific protocol has an application layer (APPL), wherein the first computer executes a first automation program and the second computer executes a second automation program, characterised by the following steps: • registering a first event loop (EVLP1) having a first identification in the application layer (APPL) of the application-specific protocol of one of the computers (R1, R2), • establishing a communication channel between the first computer and the second computer, • registering a second event loop (EVLP2) having a second identification in the application layer (APPL) of the application-specific protocol of the respective other computer (R1, R2) and storing the first identification, • storing the identification (ID1, ID2) of the event loop (EVLP1, EVLP2) for which the data is intended in the data, • transferring the data to a send function (SEND), • notifying the event loop (EVLP1, EVLP2) whose identification (ID1, ID2) is stored in the data that the data is ready for transmission, and • retrieving the data by means of a receive function via the communication channel. • registering a first event loop (EVLP1) having a first identification in the application layer (APPL) of the application-specific protocol of one of the computers (R1, R2), • establishing a communication channel between the first computer and the second computer, • registering a second event loop (EVLP2) having a second identification in the application layer (APPL) of the application-specific protocol of the respective other computer (R1, R2) and storing the first identification, • storing the identification (ID1, ID2) of the event loop (EVLP1, EVLP2) for which the data is intended in the data, • transferring the data to a send function (SEND), • notifying the event loop (EVLP1, EVLP2) whose identification (ID1, ID2) is stored in the data that the data is ready for transmission, and • retrieving the data by means of a receive function via the communication channel.
Method for accommodating a pouring work box (1; 100) in a wall or floor for building up electric wiring, wherein the pouring work box comprises a housing having a bottom wall and a circumferential wall that bound an installation cavity which via an installation opening situated opposite the bottom wall is accessible for arranging electric connections, an installation edge at the location of the installation opening for attachment of switch material on the pouring work box, a lid (20; 120) closing off the installation opening, and an external attachment pin for securing the pouring work box in an attachment hole in a shuttering wall, wherein the attachment pin is connected to the lid, wherein the attachment pin projects from a centre part of the lid situated in the middle of the installation opening, wherein the method comprises forming an attachment hole by drilling in a shuttering wall and placing the attachment pin in the attachment hole by exerting a pressure force on the housing in the direction of the shuttering wall, which pressure force within the housing is passed through to the attachment pin.
Mounting mat for mounting a pollution control device in a catalytic converter, the mounting mat comprising a non-woven mat of inorganic fibers having distributed therein inorganic particles having an average diameter of 1 nm to 100 nm, wherein the mounting mat is free of organic binder or contains organic binder in an amount of not more than 5 % by weight, based on the total weight of the mounting mat and wherein the mounting mat includes short fibers that have a length of not more than 15 mm and long fibers that have a length of at least 20 mm and wherein the amount of short fibers is at least 3 % by weight, based on the total weight of the mixture of long and short fibers.
A method of processing an image using an electronic device, the method comprising the steps of: simultaneously operating a first image sensor and a second image sensor which are functionally connected to the electronic device; simultaneously displaying a first preview image which is obtained through the first image sensor on a first area of a display which is functionally connected to the electronic device and a second preview image which is obtained through the second image sensor on a second area of the display; in response to a first touch input on the display while the first preview image and the second preview image are displayed, generating a first still image from the first image sensor, and simultaneously displaying the first still image on the first area and the second preview image on the second area; in response to a second touch on the display, generating a second still image from the second image sensor; and after at least two images including the first still image and the second still image are generated, generating and storing a composite image comprising the first still image and the second still image. simultaneously operating a first image sensor and a second image sensor which are functionally connected to the electronic device; simultaneously displaying a first preview image which is obtained through the first image sensor on a first area of a display which is functionally connected to the electronic device and a second preview image which is obtained through the second image sensor on a second area of the display; in response to a first touch input on the display while the first preview image and the second preview image are displayed, generating a first still image from the first image sensor, and simultaneously displaying the first still image on the first area and the second preview image on the second area; in response to a second touch on the display, generating a second still image from the second image sensor; and after at least two images including the first still image and the second still image are generated, generating and storing a composite image comprising the first still image and the second still image.
Ultra wideband transmission unit for a hand-held machine tool, in particular for a sensor device, wherein the ultra wideband transmission unit is intended to emit a transmission signal having a line spectrum that has discrete spectral lines by virtue of the transmission signal being configured as a repeating pulse signal having a pulse repetition rate, having an adjusting unit intended to set the position of at least one first spectral line and at least one second spectral line of the line spectrum and having a modulator intended to modulate the repeating pulse signal, characterized in that the adjusting unit is intended to set the position of the second spectral line independently of the position of the first spectral line by virtue of the pulse repetition rate being altered and/or the repeating pulse signal being modulated by means of the modulator.
A cathode catalyst for a fuel cell, comprising an Ru-Se alloy having an average particle size of less than or equal to 6 nm wherein the cathode catalyst includes a carbon carrier and wherein the cathode catalyst has a peak intensity ratio of a carbon peak intensity with respect to a ruthenium peak intensity (I carbon peak /I rurhenium peak) ranging from 0.4 to 1.5 in an X-ray diffraction pattern measured using a CuK α ray.
A method of operating a subscriber station, comprising: receiving a power control target that specifies a target transmit power spectral density level for transmitting a target channel sounding burst having an associated bandwidth of the power control target; receiving an assigned channel sounding burst schedule; scaling the target transmit power spectral density level based on a channel sounding bandwidth associated with an assigned channel sounding burst and the associated bandwidth of the power control target; and transmitting the assigned channel sounding burst at the scaled target transmit power spectral density level. receiving a power control target that specifies a target transmit power spectral density level for transmitting a target channel sounding burst having an associated bandwidth of the power control target; receiving an assigned channel sounding burst schedule; scaling the target transmit power spectral density level based on a channel sounding bandwidth associated with an assigned channel sounding burst and the associated bandwidth of the power control target; and transmitting the assigned channel sounding burst at the scaled target transmit power spectral density level.
An equipment to prepare ore concentrate for pelletizing and sintering/indurating of pellets in ferroalloys production, the equipment comprising a grinder arranged to grind the concentrate to a predetermined grain size, characterised in that the equipment comprises a drying apparatus (2, 3, 4) arranged to dry the concentrate during grinding by the grinder, and that the drying apparatus (2, 3, 4) is arranged to dry ore concentrate by the heat energy obtained from burning carbon monoxide rich off-gas from a smelting furnace.
A method of making decorative stretch ceilings with the choice of a pattern, cutting of the polymeric material, its further processing using a special-purpose computer-controlled machine with digital pattern pre-recorded in its memory, and mounting of the cut and processed polymeric material by fixing the heated material in profiles, wherein the profiles are pre-mounted on a ceiling or walls or pre-assembled as a frame and the polymeric material processing is done by cutting out the patterns using a special-purpose computer-controlled machine equipped with a cutting tool.
A method of switching an active ongoing electronic communication at a mobile device from a first communication channel over a first network to a second communication channel over a second network, where said first network is one of a mobile cellular communications network or a satellite communications network and said second network is the other of said mobile cellular communications network or said satellite communications network, using a switch device located remotely from said mobile device, wherein the mobile device comprises a mobile component configured to directly communicate over said mobile cellular communications network, and said switch device and said mobile device are configured to communicate with each other via said mobile cellular communications network and said satellite communications network; characterized in that: the mobile component includes a secondary SIM card, the secondary SIM card consisting of a subscriber identity module card, a re-useable identification module card, or another type of SIM-like device, and said switch device communicates with a primary SIM card, the primary SIM card consisting of a subscriber identity module card, a re-useable identification module card, or another type of SIM-like device, said primary SIM card being located remotely from said mobile device but being associated with said mobile device by said switch device, and by further comprising the steps of: while an active ongoing electronic communication takes place between a third party and the mobile device on the first network via the primary SIM card, said switch device receiving an incoming call from said mobile device over said second network, said incoming call operating to indicate that a switch is desired to said second network; said switch device establishing a second communication channel on said second network to said mobile device by answering said incoming call, and said switch device bridging said ongoing electronic communication on said first communication channel on said first network to said second communication channel on said second network. while an active ongoing electronic communication takes place between a third party and the mobile device on the first network via the primary SIM card, said switch device receiving an incoming call from said mobile device over said second network, said incoming call operating to indicate that a switch is desired to said second network; said switch device establishing a second communication channel on said second network to said mobile device by answering said incoming call, and said switch device bridging said ongoing electronic communication on said first communication channel on said first network to said second communication channel on said second network.
A computer-implemented method comprising gamut mapping a color from a first color gamut towards a second color gamut, the gamut mapping comprising, in a plane of constant hue: obtaining a target lightness (L') for a first cusp color that is a color on a boundary of the first color gamut with maximum chroma; and characterized in that the method further comprises lightness mapping of the color from the first color gamut towards the second color gamut wherein the lightness mapped color is calculated from a parabolic function applied to the color, the parabolic function mapping the first cusp color to a color having the target lightness (L'). obtaining a target lightness (L') for a first cusp color that is a color on a boundary of the first color gamut with maximum chroma; and characterized in that the method further comprises lightness mapping of the color from the first color gamut towards the second color gamut wherein the lightness mapped color is calculated from a parabolic function applied to the color, the parabolic function mapping the first cusp color to a color having the target lightness (L').
A method for emptying a melt transfer system, comprising a vessel for receiving molten metal, a flow duct, in particular a riser, for feeding the molten metal from a vessel through the flow duct, and a vessel cover for closing the vessel in an air-tight manner, comprising the following steps: I. feeding the molten metal from the vessel through the flow duct; II. determining a pressure in the vessel during feeding; and III. halting the feeding of the molten metal in the event of a drop of the measured pressure. I. feeding the molten metal from the vessel through the flow duct; II. determining a pressure in the vessel during feeding; and III. halting the feeding of the molten metal in the event of a drop of the measured pressure.
An apparatus comprising memory and one or more block-based processor cores, at least one of the cores comprising: an instruction decoder (228, 229) configured to generate load store identifiers indicating a relative ordering for all memory access instructions decoded from an instruction block, wherein the generated load store identifiers are not encoded within the respective memory access instructions; and a control unit (160, 205, 720) configured to issue memory access instructions in the instruction block based at least in part on using at least one of the generated load store identifiers to determine that all memory access instructions to be executed for the instruction block have executed. an instruction decoder (228, 229) configured to generate load store identifiers indicating a relative ordering for all memory access instructions decoded from an instruction block, wherein the generated load store identifiers are not encoded within the respective memory access instructions; and a control unit (160, 205, 720) configured to issue memory access instructions in the instruction block based at least in part on using at least one of the generated load store identifiers to determine that all memory access instructions to be executed for the instruction block have executed.
A downhole injection tool for injecting a treatment fluid in a space surrounding a downhole tubular installed in a borehole in the Earth, comprising: - an elongate tool housing extending around a central longitudinal tool axis; - at least two stings (7,7'), each of the stings (7,7') comprising a fluid channel to establish fluid communication from within the tool housing to an exterior of the tool housing through the fluid channel, wherein each said sting (7,7') is movable in a radially outward direction (18,18'), away from the central longitudinal tool axis, from a retracted position to an extended position whereby each sting (7,7') extends to outside the elongate tool housing; characterized by - at least two treatment fluid cannisters (60,60'), for holding the treatment fluid that is to be injected, wherein a first cannister of the at least two treatment fluid cannisters (60,60') is fluidly connected with the exterior of the tool housing via a first sting of the at least two stings (7,7'), but not via a second sting of the at least two stings (7,7'), and wherein a second cannister of the at least two treatment fluid cannisters (60,60') is fluidly connected with the exterior of the tool housing via the second sting, but not via the first sting. - an elongate tool housing extending around a central longitudinal tool axis; - at least two stings (7,7'), each of the stings (7,7') comprising a fluid channel to establish fluid communication from within the tool housing to an exterior of the tool housing through the fluid channel, wherein each said sting (7,7') is movable in a radially outward direction (18,18'), away from the central longitudinal tool axis, from a retracted position to an extended position whereby each sting (7,7') extends to outside the elongate tool housing; characterized by - at least two treatment fluid cannisters (60,60'), for holding the treatment fluid that is to be injected, wherein a first cannister of the at least two treatment fluid cannisters (60,60') is fluidly connected with the exterior of the tool housing via a first sting of the at least two stings (7,7'), but not via a second sting of the at least two stings (7,7'), and wherein a second cannister of the at least two treatment fluid cannisters (60,60') is fluidly connected with the exterior of the tool housing via the second sting, but not via the first sting.
An aerosol supply device configured to generate an aerosol for inhalation comprising: an accommodating section that accommodates a liquid; an atomizing unit that atomizes the liquid to generate the aerosol; a built-in unit including at least the atomizing unit and a housing covering the built-in unit; and an atomizing amount adjusting unit that adjusts an atomizing amount of the atomizing unit, wherein the atomizing unit includes retaining portions that retain the liquid, wherein the atomizing amount adjusting unit stabilizes an atomizing amount regardless of an inclination of the aerosol supply device within at least a certain range, and wherein the atomizing amount adjusting unit includes an inclination maintaining portion that maintains an inclination of the built-in unit including the atomizing unit such that the retaining portions comprised in the atomizing unit retain the liquid in a horizontal state regardless of an inclination of the aerosol supply device within at least a certain range. an accommodating section that accommodates a liquid; an atomizing unit that atomizes the liquid to generate the aerosol; a built-in unit including at least the atomizing unit and a housing covering the built-in unit; and an atomizing amount adjusting unit that adjusts an atomizing amount of the atomizing unit, wherein the atomizing unit includes retaining portions that retain the liquid, wherein the atomizing amount adjusting unit stabilizes an atomizing amount regardless of an inclination of the aerosol supply device within at least a certain range, and wherein the atomizing amount adjusting unit includes an inclination maintaining portion that maintains an inclination of the built-in unit including the atomizing unit such that the retaining portions comprised in the atomizing unit retain the liquid in a horizontal state regardless of an inclination of the aerosol supply device within at least a certain range.