mhurhangee/ep-ind-claims huggingface dataset:
Screw compressor comprising a screw compressor housing having a screw rotor housing, screw rotor bores (36, 38) arranged in the screw rotor housing, screw rotors (32, 34) arranged in the screw rotor bores (36, 38) and mounted in the screw rotor housing for rotation about rotational axes (33, 35), a drive for the screw rotors (32, 34), and a slider which is guided for displacement in a slider receptacle in the screw rotor housing and is, in areas, in adjacent relation to the screw rotors (32, 34) with end faces (54, 56), for adjusting a volume ratio of the screw compressor and which, starting from an insertion space of the slider receptacle, extends in a direction towards the high-pressure outlet in a guide trough of the slider receptacle that is open towards the screw rotor bores (36, 38) and which is capable of being positioned in a first position and a second position, wherein the volume ratio of the screw compressor is greater in one of the positions than in the other of the positions, characterized in that low-pressure pockets (124, 126) are provided on a side of the slider that is opposite the end faces (54, 56) thereof and is located in the guide trough and in that the low-pressure pockets (124, 126) are maintained at low pressure via an unloading channel that leads to the low-pressure inlet.
A sealing device for a reinforced concrete element molded in the ground, said sealing device comprising at least one fluid-tight seal (30, 30') extending in a principal direction of the device and connection means firmly attached to the fluid-tight seal (30, 30') and suitable for being connected to a reinforcement cage of the reinforced concrete element, said connection means being suitable for adjusting the width of the sealing device.
Sieve device, in particular a flip-flow sieve device, comprising a screen box having at least two opposite side walls, a plurality of cross members (4, 5) arranged between the side walls and extending transversely to the longitudinal direction of the screen box, and at least one resilient sieve element connected to cross members (4, 5), wherein the sieve element is secured to a cross member (4, 5) via at least one sieve element holder, characterized in that the sieve element holder is connected to the cross member (4, 5) via a latching device and in that the sieve element holder has, on its upper side facing the sieve element, at least one fastening means extending transversely to the longitudinal direction of the screen box for cooperating with a corresponding fastening means on the underside of the sieve element. the sieve element holder is connected to the cross member (4, 5) via a latching device and in that the sieve element holder has, on its upper side facing the sieve element, at least one fastening means extending transversely to the longitudinal direction of the screen box for cooperating with a corresponding fastening means on the underside of the sieve element.
A general-purpose mobile communication device ("MCD") comprising: a communication interface module adapted to communicate speech of a user over a communication network, and characterized by: at least one module adapted to: detect use of the MCD for a voice call using the communication network; and in response to detecting use of the MCD for the voice call, initiate covert acquisition of cardiac information from the user of the MCD while the user is utilizing the MCD for the voice call, without initiation of said acquisition of cardiac information by the user, and without making the user aware of said acquisition of cardiac information. detect use of the MCD for a voice call using the communication network; and in response to detecting use of the MCD for the voice call, initiate covert acquisition of cardiac information from the user of the MCD while the user is utilizing the MCD for the voice call, without initiation of said acquisition of cardiac information by the user, and without making the user aware of said acquisition of cardiac information.
Induction charging apparatus, in particular handheld tool induction charging apparatus, comprising a housing, a receiving region for receiving an induction accumulator, a coil unit which comprises at least one core element and at least one induction coil which at least partially surrounds the at least one core element, and at least one coil housing element which arranges at least the coil unit relative to the receiving region in the housing, characterized in that the coil unit has a plurality of, in particular dimensionally identical, core elements, and a plurality of, in particular dimensionally identical, spring elements are provided which each apply a force to one of the core elements at least partially towards the at least one induction coil.
An ultrasonic flow meter comprising a housing provided as - a monolithic polymer structure being cast in a single process, the monolithic structure includes a flow tube and a cavity separated from the flow tube by a water-tight wall, where the flow tube defines a through-going straight flow section arranged for passage of a fluid, and where a part of a wall of the flow section is part of an inside surface of the cavity, so that the flow section and the cavity has a shared wall area; wherein the cavity houses - at least one ultrasonic transducer, at the shared wall area; and - a measurement circuit operationally connected to the at least one ultrasonic transducer so as to allow measurement of a flow rate of the fluid; characterized in that the ultrasonic flow meter further comprises a cover and a sealing means, where the cavity only has a single opening, where the cover is arranged to engage with a thread on an outer periphery of the housing, and where the sealing means serves to provide a water-tight enclosure between the cover and the single opening of the cavity, so as to provide a water-tight cavity. - a monolithic polymer structure being cast in a single process, the monolithic structure includes a flow tube and a cavity separated from the flow tube by a water-tight wall, where the flow tube defines a through-going straight flow section arranged for passage of a fluid, and where a part of a wall of the flow section is part of an inside surface of the cavity, so that the flow section and the cavity has a shared wall area; wherein the cavity houses - at least one ultrasonic transducer, at the shared wall area; and - a measurement circuit operationally connected to the at least one ultrasonic transducer so as to allow measurement of a flow rate of the fluid; - at least one ultrasonic transducer, at the shared wall area; and - a measurement circuit operationally connected to the at least one ultrasonic transducer so as to allow measurement of a flow rate of the fluid;
A foldable display, made of laminate material, comprising: - a rear wall of rectangular configuration, joined by each of the largest sides to a lateral wall, - at least one shelf comprising a front face, a bending face and a support face, the three faces (5, 6, 7) joined longitudinally, so that the support face is joined to the bending face by an initial edge and comprises three free edges, which are, two lateral edges and a final edge, - at least one T-shaped opening located in each of the lateral walls, - at least one vertical opening located in each of the lateral walls, - at least one crossbar, - a pair of mounting brackets for each shelf, joined to the rear wall and each of the lateral walls, respectively, wherein - the front face of the shelf is attached to the lateral walls by inserting each end into the corresponding vertical openings, - the crossbar comprises an elongated body ending in a pair of flaps at each end, unfolded in perpendicular position to the elongated body, which are inserted into the T-shaped openings of the lateral walls, and - the crossbar and the pair of mounting brackets form a flat surface to support the shelf without play. - a rear wall of rectangular configuration, joined by each of the largest sides to a lateral wall, - at least one shelf comprising a front face, a bending face and a support face, the three faces (5, 6, 7) joined longitudinally, so that the support face is joined to the bending face by an initial edge and comprises three free edges, which are, two lateral edges and a final edge, - at least one T-shaped opening located in each of the lateral walls, - at least one vertical opening located in each of the lateral walls, - at least one crossbar, - a pair of mounting brackets for each shelf, joined to the rear wall and each of the lateral walls, respectively, wherein - the front face of the shelf is attached to the lateral walls by inserting each end into the corresponding vertical openings, - the crossbar comprises an elongated body ending in a pair of flaps at each end, unfolded in perpendicular position to the elongated body, which are inserted into the T-shaped openings of the lateral walls, and - the crossbar and the pair of mounting brackets form a flat surface to support the shelf without play.
A composition comprising a toxoid of Clostridium difficile and a pharmaceutically acceptable excipient comprising a sugar or sugar alcohol selected from sorbitol, trehalose and sucrose, at a concentration of 10-20%.
A system (110; 600) comprising: a communication device configured to communicate over a network; one or more processors; and one or more non-transitory computer-readable media (620, 630) containing instructions that, when executed by the one or more processors, cause the system (110; 600) to perform one or more operations, the operations comprising: performing a cryptographic operation on one or more packets to facilitate secure communication between the system (110; 600) and a computing device over the network, the cryptographic operation including probabilistic rounding, the probabilistic rounding including: determining whether a value associated with the cryptographic operation is within a threshold amount of a rounding boundary; and in response to the value associated with the cryptographic operation being within the threshold amount, discarding the value; and communicating, via the communication device, with the computing device over the network using the one or more packets. a communication device configured to communicate over a network; one or more processors; and one or more non-transitory computer-readable media (620, 630) containing instructions that, when executed by the one or more processors, cause the system (110; 600) to perform one or more operations, the operations comprising: performing a cryptographic operation on one or more packets to facilitate secure communication between the system (110; 600) and a computing device over the network, the cryptographic operation including probabilistic rounding, the probabilistic rounding including: determining whether a value associated with the cryptographic operation is within a threshold amount of a rounding boundary; and in response to the value associated with the cryptographic operation being within the threshold amount, discarding the value; and communicating, via the communication device, with the computing device over the network using the one or more packets. performing a cryptographic operation on one or more packets to facilitate secure communication between the system (110; 600) and a computing device over the network, the cryptographic operation including probabilistic rounding, the probabilistic rounding including: determining whether a value associated with the cryptographic operation is within a threshold amount of a rounding boundary; and in response to the value associated with the cryptographic operation being within the threshold amount, discarding the value; and determining whether a value associated with the cryptographic operation is within a threshold amount of a rounding boundary; and in response to the value associated with the cryptographic operation being within the threshold amount, discarding the value; and communicating, via the communication device, with the computing device over the network using the one or more packets.
A superconducting capacitive coupling device comprising: a trench through a substrate, from a backside of the substrate, reaching a depth in the substrate, substantially orthogonal to a plane of fabrication on a frontside of the substrate, the depth being less than a thickness of the substrate; a superconducting material deposited as a via layer in the trench with a space between surfaces of the via layer in the trench remaining accessible from the backside; a superconducting pad on the frontside, the superconducting pad coupling with a quantum logic circuit element fabricated on the frontside; and an extension (304, 306) of the via layer on the backside, wherein the extension couples to a quantum readout circuit element fabricated on the backside. a trench through a substrate, from a backside of the substrate, reaching a depth in the substrate, substantially orthogonal to a plane of fabrication on a frontside of the substrate, the depth being less than a thickness of the substrate; a superconducting material deposited as a via layer in the trench with a space between surfaces of the via layer in the trench remaining accessible from the backside; a superconducting pad on the frontside, the superconducting pad coupling with a quantum logic circuit element fabricated on the frontside; and an extension (304, 306) of the via layer on the backside, wherein the extension couples to a quantum readout circuit element fabricated on the backside.
Bracelet clasp comprising at least first and second blades (2, 3), the first blade being articulated to the second blade by a first end, between a closed position, the "wear position", in which the second blade is folded over the first blade, and an open position in which the second blade is free from the first blade, the second blade bearing, at a second end, a member for fastening a first bracelet strand, a second bracelet strand being connected at least indirectly to the first blade, the clasp further comprising: - locking means suitable for holding the first blade in its closed position, - means for adjusting the wear length of the bracelet, the adjustment means comprising a cover mounted on a base plate secured to the second end of the second blade, and said member for fastening the first bracelet strand sliding between the cover and the base plate, the fastening member is moveable and slides in a longitudinal direction of the clasp between at least a first position in which the fastening member is at least partially engaged in the cover of the clasp towards at least a second position in which the fastening member is free from the cover of the clasp by exerting a pressure on the cover in a direction perpendicular to the clasp in order to cause same to slide, characterized in that the fastening member comprises at least a first notch and a second notch arranged in order to pass from a first position in which the first notch is in an engagement with a pin integral with the base plate to a second position in which the second notch is in engagement with said pin. - locking means suitable for holding the first blade in its closed position, - means for adjusting the wear length of the bracelet, the adjustment means comprising a cover mounted on a base plate secured to the second end of the second blade, and said member for fastening the first bracelet strand sliding between the cover and the base plate,
A system comprising: an unpatterned heater configured to pre-heat a thermochromic coating disposed on a substrate to a first temperature, the thermochromic coating having a threshold temperature at which the thermochromic material undergoes a color change; and a patterned heater comprising multiple heating elements configured to heat selected pixels of the thermochromic coating to a temperature at or above the threshold temperature according to a predetermined pattern; characterized in that the system further comprises: an air gap heater to maintain an air gap, which is between the multiple heating elements (130a, 130b) and the thermochromic material while the patterned heater is heating the thermochromic material, at a second temperature, the air gap being less than or equal to 20 μm. an unpatterned heater configured to pre-heat a thermochromic coating disposed on a substrate to a first temperature, the thermochromic coating having a threshold temperature at which the thermochromic material undergoes a color change; and a patterned heater comprising multiple heating elements configured to heat selected pixels of the thermochromic coating to a temperature at or above the threshold temperature according to a predetermined pattern; characterized in that the system further comprises: an air gap heater to maintain an air gap, which is between the multiple heating elements (130a, 130b) and the thermochromic material while the patterned heater is heating the thermochromic material, at a second temperature, the air gap being less than or equal to 20 μm.
An end effector (40; 90; 110; 130; 150; 170) for use with a programmable motion device, said end effector comprising a pair of rollers (44, 46; 96, 98; 116, 118; 136, 138; 156, 158; 176, 178) mounted to an end effector support structure (42; 92; 112; 132; 152; 172), at least one of said pair of rollers being actuatable to rotate in at least one direction to draw at least a portion of an object to be grasped between mutually opposing surfaces of said pair of rollers, wherein the pair of rollers are mounted to rotate substantially in parallel to each other, characterized in that each roller has one or more radially recessed portions (52; 100, 102; 120, 122; 140, 142; 160, 162; 180, 182) along the length of the roller.
A fastener driving device comprising: a pressure chamber; a first piston coupled to the pressure chamber such that pressurized gas in the pressure chamber causes the first piston to slide from a first position to a second position; a fastener channel configured to receive a fastener, wherein when moving from the first position to the second position the first piston is configured to engage a fastener and drive it from the device; and characterised by a second piston slidable within a sleeve and arranged such that when the first piston slides from the first position to the second position the first piston drives the second piston and compresses gas within the sleeve; wherein compressed gas in the sleeve biases the first piston towards the first position. a pressure chamber; a first piston coupled to the pressure chamber such that pressurized gas in the pressure chamber causes the first piston to slide from a first position to a second position; a fastener channel configured to receive a fastener, wherein when moving from the first position to the second position the first piston is configured to engage a fastener and drive it from the device; and characterised by a second piston slidable within a sleeve and arranged such that when the first piston slides from the first position to the second position the first piston drives the second piston and compresses gas within the sleeve; wherein compressed gas in the sleeve biases the first piston towards the first position.
A lighting device, comprising: a first circuit board, comprising at least a first light emitting element and a second light emitting element mounted thereon; a second circuit board comprising an aperture, and being arranged relative to the first circuit board such that the aperture is positioned to match a position of the first light emitting element but not a position of the second light emitting element; and a sensor and/or antenna, wherein at least a part of said sensor and/or antenna is provided on a portion of the second circuit board extending between the first light emitting element and the second light emitting element, characterised in that a surface of the second circuit board facing away from the first circuit board is flush with a surface of the first light emitting element facing away from the first circuit board. a first circuit board, comprising at least a first light emitting element and a second light emitting element mounted thereon; a second circuit board comprising an aperture, and being arranged relative to the first circuit board such that the aperture is positioned to match a position of the first light emitting element but not a position of the second light emitting element; and a sensor and/or antenna, wherein at least a part of said sensor and/or antenna is provided on a portion of the second circuit board extending between the first light emitting element and the second light emitting element, characterised in that a surface of the second circuit board facing away from the first circuit board is flush with a surface of the first light emitting element facing away from the first circuit board.
A method for ironmaking by smelting reduction in a stir-generated vortex, comprising the following steps: placing a pig iron in an induction furnace, heating the pig iron to a molten state to form a molten iron, and maintaining a temperature of the molten iron to be greater than or equal to 1,450°C, wherein an amount of the pig iron is 5-20vol% of an induction furnace body; stirring the molten iron to form a vortex with a height-to-diameter ratio of 0.5-2.5, and continuously performing stirring; spraying and blowing a mixture of an iron-containing mineral, a reducing agent and a slag-forming agent to a center of the vortex to cause a reduction reaction, and stopping stirring after the molten iron and molten slags are obtained and a waste gas is produced, wherein a mass ratio of the iron-containing mineral, the reducing agent, and the slag-forming agent is 1: (0.1-0.15): (0.25-0.4); and discharging the molten iron and the molten slags respectively, and exhausting a treated waste gas. placing a pig iron in an induction furnace, heating the pig iron to a molten state to form a molten iron, and maintaining a temperature of the molten iron to be greater than or equal to 1,450°C, wherein an amount of the pig iron is 5-20vol% of an induction furnace body; stirring the molten iron to form a vortex with a height-to-diameter ratio of 0.5-2.5, and continuously performing stirring; spraying and blowing a mixture of an iron-containing mineral, a reducing agent and a slag-forming agent to a center of the vortex to cause a reduction reaction, and stopping stirring after the molten iron and molten slags are obtained and a waste gas is produced, wherein a mass ratio of the iron-containing mineral, the reducing agent, and the slag-forming agent is 1: (0.1-0.15): (0.25-0.4); and discharging the molten iron and the molten slags respectively, and exhausting a treated waste gas.
A cocoa composition, characterized in that it comprises a sunflower seed powder in an amount of 5 to 30 % by weight based on total weight of the cocoa composition, wherein the cocoa composition is a chocolate composition comprising at least 30% by weight sucrose, at least 30% by weight cocoa solids, and less than 5% by weight of milk solids.
A pressure swing adsorption apparatus for the removal of at least one component from a mixture of gases, the apparatus comprising a plurality of columns for receiving a stream of gas, at least one said column adapted to operate in a working mode whilst at least one other said column operates in a purging mode, each of said plurality of columns containing at least one carbon molecular sieve material for adsorbing at least one component of said stream of gas and at least one desiccant material characterised in that said at least one desiccant material comprises at least one polymer binder, the polymer binder comprising Polyether Sulphone and wherein said at least one desiccant material is formed into a plurality of tubes, wherein the plurality of tubes are aligned axially with the column and formed into a bundle so that the stream of gas travels through the internal diameter of the plurality of tubes.