mhurhangee/ep-ind-claims huggingface dataset:
A method of making a sectioned continuous string of pocketed springs for use in an assembler, said method comprising: cutting a first supply string of pocketed springs, leaving a first tab; cutting a second supply string of pocketed springs, leaving a second tab; and welding overlapping first and second tabs of the first and second supply strings of pocketed springs, characterized in that the springs of the first supply string of pocketed springs are a different gauge or geometry than the springs of the second supply string of pocketed springs. cutting a first supply string of pocketed springs, leaving a first tab; cutting a second supply string of pocketed springs, leaving a second tab; and welding overlapping first and second tabs of the first and second supply strings of pocketed springs, characterized in that the springs of the first supply string of pocketed springs are a different gauge or geometry than the springs of the second supply string of pocketed springs.
A method of decoding for a multi-channel audio signal, comprising: extracting a down-mix signal and additional information from an input signal; extracting spatial information and a compensation parameter from the additional information when a flag regarding the compensation parameter is not set to a zero value; generating a multi-channel audio signal based on the down-mix signal and the spatial information; and compensating for the multi-channel audio signal based on the compensation parameter, wherein the compensating applies the compensation parameter to each channel of the multi-channel audio signal; wherein the compensation parameter is calculated by using a ratio of envelope of the down-mix signal and envelope of each channel of the multi-channel audio signal that is used to generate the down-mix signal. extracting a down-mix signal and additional information from an input signal; extracting spatial information and a compensation parameter from the additional information when a flag regarding the compensation parameter is not set to a zero value; generating a multi-channel audio signal based on the down-mix signal and the spatial information; and compensating for the multi-channel audio signal based on the compensation parameter, wherein the compensating applies the compensation parameter to each channel of the multi-channel audio signal;
A computer-implemented method of teaching a robot system, the method comprising: detecting, by a first sensor system of the robot system, an operator's hand gesture; moving a robotic arm of the robot system in accordance with the operator's hand gesture; detecting, by a second sensor system of the robot system, an impending collision of the robotic arm with an obstacle; and moving the robotic arm along at least a section of a collision-free path around the obstacle, characterised in that moving the robotic arm along at least a section of the collision-free path around the obstacle comprises: halting the robotic arm at a predetermined safety distance before colliding with the obstacle; if the robotic arm has moved essentially in a vertical direction in accordance with the operator's hand gesture, moving the robotic arm essentially in a horizontal direction until the path in accordance with the operator's hand gesture does no longer include an impending collision; if the robotic arm has moved essentially in a horizontal direction in accordance with the operator's hand gesture, moving the robotic arm essentially in a vertical direction until the path in accordance with the operator's hand gesture does no longer include an impending collision; and continuing moving the robotic arm in accordance with the operator's hand gesture. detecting, by a first sensor system of the robot system, an operator's hand gesture; moving a robotic arm of the robot system in accordance with the operator's hand gesture; detecting, by a second sensor system of the robot system, an impending collision of the robotic arm with an obstacle; and moving the robotic arm along at least a section of a collision-free path around the obstacle, characterised in that moving the robotic arm along at least a section of the collision-free path around the obstacle comprises: halting the robotic arm at a predetermined safety distance before colliding with the obstacle; if the robotic arm has moved essentially in a vertical direction in accordance with the operator's hand gesture, moving the robotic arm essentially in a horizontal direction until the path in accordance with the operator's hand gesture does no longer include an impending collision; if the robotic arm has moved essentially in a horizontal direction in accordance with the operator's hand gesture, moving the robotic arm essentially in a vertical direction until the path in accordance with the operator's hand gesture does no longer include an impending collision; and continuing moving the robotic arm in accordance with the operator's hand gesture.
An antisense molecule or salt thereof that inhibits the growth of Staphylococcus aureus comprising a polynucleotide sequence that is antisense to the coding region of the Staphylococcus aureus multimodular transpeptidase-transglycosylase / Penicillin-binding protein 1A/1B and hybridizes to said coding region under physiological conditions, wherein said antisense molecule is 10 to 50 nucleobases in length and has a sequence that is at least 80% identical to a sequence selected from SEQ ID NO: 1 or SEQ ID NO: 5, and wherein said antisense molecule is conjugated to a cell penetration molecule.
Vending machine comprising a control unit, a plurality of electric loads connected thereto, which electric loads can be operated in the course of a sales process, and an operation battery for supplying electric power to the electric loads, wherein furthermore a charging battery is provided which is connectable to the operation battery via a charging pump circuit, wherein the control unit is arranged such that after withdrawal of electrical energy from the operation battery the operation battery is charged again by connecting it to the charging battery via the charging pump circuit, characterized in that the control unit is arranged such that after each withdrawal of electric energy from the operation battery the operation battery is completely charged again by connecting it to the charging battery via the charging pump circuit.
A hermetically sealed compressor comprising - a cylinder housing which has a main bearing, - a crankshaft which is journalled into the main bearing, - a lubricant sump, and - an electric motor with a rotor comprising a core which has a central through hole for concentrically receiving the crankshaft, the electric motor further comprising a stator which has a core, a winding, and a central opening for concentrically receiving the rotor core, wherein the rotor core comprises - an outer diameter portion which has a substantially constant outer diameter that is slightly smaller than the inner diameter of the central opening, and a height H1 which is equal to the height H1 of the stator core and - an inner diameter portion which has a substantially constant inner diameter for receiving the crankshaft by press fitting, and a height H2, - an extending portion which extends downwards from the lower surface of the outer diameter portion and has a tapered shape, wherein at least a part of the through hole within the extending portion is defined by the inner diameter portion, - an inner tubular portion for picking up lubricant from the lubricant sump, wherein at least a part of the through hole within the extending portion is defined by the inner tubular portion, and wherein the inner tubular portion is positioned below the inner diameter portion. - a cylinder housing which has a main bearing, - a crankshaft which is journalled into the main bearing, - a lubricant sump, and - an electric motor with a rotor comprising a core which has a central through hole for concentrically receiving the crankshaft, the electric motor further comprising a stator which has a core, a winding, and a central opening for concentrically receiving the rotor core, wherein the rotor core comprises - an outer diameter portion which has a substantially constant outer diameter that is slightly smaller than the inner diameter of the central opening, and a height H1 which is equal to the height H1 of the stator core and - an inner diameter portion which has a substantially constant inner diameter for receiving the crankshaft by press fitting, and a height H2, - an extending portion which extends downwards from the lower surface of the outer diameter portion and has a tapered shape, wherein at least a part of the through hole within the extending portion is defined by the inner diameter portion, - an inner tubular portion for picking up lubricant from the lubricant sump, wherein at least a part of the through hole within the extending portion is defined by the inner tubular portion, and wherein the inner tubular portion is positioned below the inner diameter portion.
A system for annuloplasty comprising an annuloplasty device comprising first and second support rings connected to form a coiled configuration in which the first and second support rings are arranged as a coil around a central axis, wherein the first and second support rings are configured to be arranged on opposite sides of native heart valve leaflets of a heart valve, a line attached to the first and/or second support ring, characterized by a heating element configured to be heated upon receiving a supply of energy, wherein the heating element is positionable to heat and sever the line upon the heating element receiving said energy, wherein the heating element comprises at least one aperture through which the line is arranged, and wherein the heating element is movable along the line. an annuloplasty device comprising first and second support rings connected to form a coiled configuration in which the first and second support rings are arranged as a coil around a central axis, wherein the first and second support rings are configured to be arranged on opposite sides of native heart valve leaflets of a heart valve, a line attached to the first and/or second support ring, characterized by a heating element configured to be heated upon receiving a supply of energy, wherein the heating element is positionable to heat and sever the line upon the heating element receiving said energy, wherein the heating element comprises at least one aperture through which the line is arranged, and wherein the heating element is movable along the line.
Mould for the rotational moulding of manufactured articles of plastic material, the mould comprising two half-moulds (12, 14) wherein at least one of said two half-moulds (12, 14) is provided, on its surface, with at least one insert-holding device comprising a rod provided with a first end passing through the wall of the half-mould (12, 14) at a respective passage channel and which is axially movable for projecting inside the mould, so that on said first end an insert, to be embedded in the moulded manufactured article, can be mounted, the mould further comprising a first pneumatic circuit able to apply a predetermined pressure, positive or negative, inside said mould, characterized in that said at least one insert-holding device is operatively connected to a second pneumatic circuit able to apply a predetermined pressure, positive or negative, and it is internally provided with a plurality of means (34, 36, 38) configured for applying said predetermined pressure at said passage channel, said second pneumatic circuit being configured to apply, at said at least one insert-holding device, the same predetermined pressure value which generates inside the mould by means of the first pneumatic circuit.
1. Process for separating solid particles from a mother liquor slurry in a wash column, said process comprising separating the liquid from the solid particles by filtration with the aid of at least one filtering element, while a packed bed of solid particles coming from the mother liquid slurry forms near said filtering element, and wherein a wash front forms which is obtained by bringing a washing liquid in countercurrent to the solid particles in the bed, the bed being subjected to a movement in the direction of said wash front, while a product stream comprising the material of said solid particles is obtained by continuously discharging a portion of said washing liquid, wherein a portion of said bed is continuously disintegrated, characterized in that a compound or composition is introduced into said wash column between the wash front and a product outlet and/or in a melting circuit (8,10,11,21), and wherein the introduction of the said compound or composition decreases the equilibrium temperature of the contents of the melting circuit (8,10,11,21) with 2 °C or more, further characterized by the feature that the introduced compound or composition is completely miscible with the product suspension and/or molten product being present in the said melting circuit (8,10,11,21).
Computing centre module, having: multiple containers, wherein each container has • multiple side walls which completely expose an interior of the container; • a computing system within the container, wherein the computing system has a plurality of processors; • a power supply infrastructure within the container for supplying electrical power to the computing system; • wherein the power supply infrastructure of each container of the computing centre module is individually pre-certified with respect to a reliability of the computing system by means of an availability class, which places demands on the infrastructure of the containers, which demands are met by each container of the computing centre module, characterized in that each container has an infeed interface and a container-to-container interface, which interfaces are coupled to one another by means of the power supply infrastructure, wherein the container-to-container interface and/or the infeed interface of each container is held by an intermediate wall, which is arranged between one of the multiple side walls and the computing system. multiple containers, wherein each container has • multiple side walls which completely expose an interior of the container; • a computing system within the container, wherein the computing system has a plurality of processors; • a power supply infrastructure within the container for supplying electrical power to the computing system; • wherein the power supply infrastructure of each container of the computing centre module is individually pre-certified with respect to a reliability of the computing system by means of an availability class, which places demands on the infrastructure of the containers, which demands are met by each container of the computing centre module, • multiple side walls which completely expose an interior of the container; • a computing system within the container, wherein the computing system has a plurality of processors; • a power supply infrastructure within the container for supplying electrical power to the computing system; • wherein the power supply infrastructure of each container of the computing centre module is individually pre-certified with respect to a reliability of the computing system by means of an availability class, which places demands on the infrastructure of the containers, which demands are met by each container of the computing centre module, characterized in that each container has an infeed interface and a container-to-container interface, which interfaces are coupled to one another by means of the power supply infrastructure, wherein the container-to-container interface and/or the infeed interface of each container is held by an intermediate wall, which is arranged between one of the multiple side walls and the computing system.
A therapeutic float tent (100, 200, 300, 400a-400d, 500) providing a sensory deprivation state for a user in order to inhibit light, temperature, and physical stimulus to the user while floating in the float tent (100, 200, 300, 400a-400d, 500), comprising: a frame (200, 302, 502) including a number of supports (202, 204, 206, 207, 208, 211, 220, 306) and coupling members (210, 212, 213, 214, 304), the frame (200, 302, 502) having a pool frame portion defining a shape of a pool, a tent frame portion disposed over the pool frame portion thereby defining a shape of a tent, the tent (120, 320, 420a-420d, 520) including flexible light inhibiting tent walls coupled to, and being shaped by, the tent frame portion, the tent including at least one closable opening in one of the tent walls; an electrical radiant heater (150, 157, 147) configured to heat water in the pool (110, 310, 410a-410d, 510) and maintain the temperature of the water between 33°C to 37°C (91 and 99 degrees Fahrenheit); and the pool (110, 310, 410a-410d, 510) having flexible water-proof pool walls coupled to and being shaped by the pool frame portion, the pool having pool sides formed by the pool walls and dimensioned to hold between 15cm to 31cm (6 and 12 inches) deep of water between a base of the pool (110, 310, 410a-410d, 510) and a surface of water and having the pool base defined by the pool walls and dimensioned sufficient for a person (160, 402a-402d) to float in the water of the pool (110, 310, 410a-410d, 510) without touching the pool sides or the base of the pool. a frame (200, 302, 502) including a number of supports (202, 204, 206, 207, 208, 211, 220, 306) and coupling members (210, 212, 213, 214, 304), the frame (200, 302, 502) having a pool frame portion defining a shape of a pool, a tent frame portion disposed over the pool frame portion thereby defining a shape of a tent, the tent (120, 320, 420a-420d, 520) including flexible light inhibiting tent walls coupled to, and being shaped by, the tent frame portion, the tent including at least one closable opening in one of the tent walls; an electrical radiant heater (150, 157, 147) configured to heat water in the pool (110, 310, 410a-410d, 510) and maintain the temperature of the water between 33°C to 37°C (91 and 99 degrees Fahrenheit); and the pool (110, 310, 410a-410d, 510) having flexible water-proof pool walls coupled to and being shaped by the pool frame portion, the pool having pool sides formed by the pool walls and dimensioned to hold between 15cm to 31cm (6 and 12 inches) deep of water between a base of the pool (110, 310, 410a-410d, 510) and a surface of water and having the pool base defined by the pool walls and dimensioned sufficient for a person (160, 402a-402d) to float in the water of the pool (110, 310, 410a-410d, 510) without touching the pool sides or the base of the pool.
Method for converting a DC voltage generated by a grid-coupled installation for decentralized energy supply into a three-phase AC voltage by means of a plurality of single-phase inverters (WR1-WR3) which are connected to different phases (L1, L2, L3) wherein the AC voltage is provided for grid feeding into an electrical energy supply grid and for decentralized energy supply, characterized in that in the event of failure of an inverter (WR1-WR3) an asymmetrical power distribution of the grid feeding is reduced by limiting the power of the other inverters in such a way that the power of the other inverters is reduced to a predefined value that is greater than zero, such that in the event of asymmetrical power feeding an unbalanced loading is reduced to a permissible amount.
A method performed by a master base station for providing dual connectivity to a terminal, in a wireless communication system, the method comprising: transmitting, to a secondary base station, an addition request message including a current secondary cell group, SCG, configuration configured to the terminal; receiving, from the secondary base station, an acknowledge message for an SCG change of the terminal, the acknowledge message including a new SCG configuration configured to the terminal by the secondary base station and information indicating whether the terminal should release the current SCG configuration before applying the new SCG configuration; and transmitting, to the terminal, a radio resource control, RRC, message for the SCG change, the RRC message including the new SCG configuration configured to the terminal by the secondary base station. transmitting, to a secondary base station, an addition request message including a current secondary cell group, SCG, configuration configured to the terminal; receiving, from the secondary base station, an acknowledge message for an SCG change of the terminal, the acknowledge message including a new SCG configuration configured to the terminal by the secondary base station and information indicating whether the terminal should release the current SCG configuration before applying the new SCG configuration; and transmitting, to the terminal, a radio resource control, RRC, message for the SCG change, the RRC message including the new SCG configuration configured to the terminal by the secondary base station.
An air duct, comprising: a first chamber and a second chamber, the first chamber being defined between an air handling device and the second chamber, and the second chamber being defined between the first chamber and an environment exterior to the air duct; a plurality of first openings between the first chamber and the second chamber; a plurality of second openings between the second chamber and the environment exterior to the air duct; and a sound absorbing material defining at least a portion of an interior surface of at least one of the first chamber and the second chamber; characterized in that the sound absorbing material comprises a plurality of third openings (120, 140) in register with the plurality of first openings. a first chamber and a second chamber, the first chamber being defined between an air handling device and the second chamber, and the second chamber being defined between the first chamber and an environment exterior to the air duct; a plurality of first openings between the first chamber and the second chamber; a plurality of second openings between the second chamber and the environment exterior to the air duct; and a sound absorbing material defining at least a portion of an interior surface of at least one of the first chamber and the second chamber; characterized in that the sound absorbing material comprises a plurality of third openings (120, 140) in register with the plurality of first openings.