mhurhangee/ep-ind-claims huggingface dataset:
A slot-aligned IQ data buffer for a correlator co-processor, CCP, of a high bit rate communication system comprising: a first data buffer; a second data buffer; characterized by a third data buffer; a first data multiplexer arranged for communication with the first data buffer, the second data buffer and the third data buffer and adapted to select a pair of data buffers in response to a desired time window, wherein the selected pair of data buffers are configured to store 16-chip wide vector data that is capable of being accessed simultaneously during storage of incoming data in the remaining data buffer to provide on-time and late-time data samples to said CCP for information processing; a second data multiplexer arranged for communication with the first data multiplexer and adapted to select a single on-time data sample in response to a desired sample number; a third data multiplexer arranged for communication with the first data multiplexer and adapted to select a single late-time data sample in response to a desired sample number; a first barrel shifter arranged for communication with the second data multiplexer and adapted to select chips that are slot-aligned with incoming frames of data to generate slot-aligned on-time data samples; and a second barrel shifter arranged for communication with the third data multiplexer and adapted to select chips that are slot-aligned with incoming frames of data to generate slot-aligned late-time data samples. a first data buffer; a second data buffer; characterized by a third data buffer; a first data multiplexer arranged for communication with the first data buffer, the second data buffer and the third data buffer and adapted to select a pair of data buffers in response to a desired time window, wherein the selected pair of data buffers are configured to store 16-chip wide vector data that is capable of being accessed simultaneously during storage of incoming data in the remaining data buffer to provide on-time and late-time data samples to said CCP for information processing; a second data multiplexer arranged for communication with the first data multiplexer and adapted to select a single on-time data sample in response to a desired sample number; a third data multiplexer arranged for communication with the first data multiplexer and adapted to select a single late-time data sample in response to a desired sample number; a first barrel shifter arranged for communication with the second data multiplexer and adapted to select chips that are slot-aligned with incoming frames of data to generate slot-aligned on-time data samples; and a second barrel shifter arranged for communication with the third data multiplexer and adapted to select chips that are slot-aligned with incoming frames of data to generate slot-aligned late-time data samples.
A method for conveying a concave object having a lateral wall away from a mould, the method comprising the steps of: - providing a removing element, movable along a path, a guiding element and a positioning device (27, 29) for positioning the removing element at a distance from the guiding element which is variable along said path; - extracting the object from the mould and releasing the object onto a supporting surface in a position interposed between the removing element and the guiding element, while the removing element is at a distance from the object; - displacing the removing element towards the object using the positioning device (27, 29), so that the removing element makes contact with the lateral wall of the object; - moving the removing element along a portion of said path, to convey the object towards a delivery position. - providing a removing element, movable along a path, a guiding element and a positioning device (27, 29) for positioning the removing element at a distance from the guiding element which is variable along said path; - extracting the object from the mould and releasing the object onto a supporting surface in a position interposed between the removing element and the guiding element, while the removing element is at a distance from the object; - displacing the removing element towards the object using the positioning device (27, 29), so that the removing element makes contact with the lateral wall of the object; - moving the removing element along a portion of said path, to convey the object towards a delivery position.
A process for the reduction and/or removal of permanganate reducing compounds (PRCs) formed in the carbonylation of a carbonylatable reactant to produce a carbonylation product comprising acetic acid, comprising the steps of: (a) separating the carbonylation product to provide a vapor overhead stream comprising acetic acid and a less volatile catalyst phase; (b) distilling the vapor overhead stream to yield a purified acetic acid product and a low boiling overhead vapor stream comprising methyl iodide, water, acetic acid, methyl acetate, and at least one PRC; (c) condensing the low boiling overhead vapor stream and biphasically separating it to form a condensed heavy liquid phase and a condensed light liquid phase; (d) distilling the condensed light liquid phase in a single distillation column to form a second vapor phase stream overhead and a higher boiling liquid phase residuum, wherein the second vapor phase stream is enriched with PRCs with respect to the condensed light liquid phase and wherein the higher boiling liquid phase residuum is enriched with methyl acetate with respect to said second vapor stream overhead; and (e) condensing the second vapor phase stream and extracting the condensed stream with water to obtain an aqueous acetaldehyde stream comprising PRC and a raffinate comprising methyl iodide. (a) separating the carbonylation product to provide a vapor overhead stream comprising acetic acid and a less volatile catalyst phase; (b) distilling the vapor overhead stream to yield a purified acetic acid product and a low boiling overhead vapor stream comprising methyl iodide, water, acetic acid, methyl acetate, and at least one PRC; (c) condensing the low boiling overhead vapor stream and biphasically separating it to form a condensed heavy liquid phase and a condensed light liquid phase; (d) distilling the condensed light liquid phase in a single distillation column to form a second vapor phase stream overhead and a higher boiling liquid phase residuum, wherein the second vapor phase stream is enriched with PRCs with respect to the condensed light liquid phase and wherein the higher boiling liquid phase residuum is enriched with methyl acetate with respect to said second vapor stream overhead; and (e) condensing the second vapor phase stream and extracting the condensed stream with water to obtain an aqueous acetaldehyde stream comprising PRC and a raffinate comprising methyl iodide.
A light emitting device comprising a light emitting diode die formed by a stack of layers including semiconductor layers (8, 10, 12) comprising an active region, said device further comprising a transparent optical element bonded by a transparent bonding layer to a surface of said stack, wherein, said optical element is an optical concentrator, said optical concentrator having a side surface coated with a reflective metallization or a reflective dielectric material, said surface of said stack includes a surface of one of said semiconductor layers, said transparent bonding layer has an index of refraction greater than 1.5 for light emitted by said active region, said transparent bonding layer is formed from a material selected from the group consisting of metal fluorides, diamond, sapphire, yttrium aluminum garnet, and combinations thereof, or from phosphide compounds, arsenide compounds, antimonide compounds or nitride compounds, and said optical concentrator is formed from a material selected from the group consisting of optical glass, III-V semiconductors, II-VI semiconductors, group IV semiconductors and compounds, metal oxides, metal fluorides, diamond, sapphire, yttrium aluminum garnet, and combinations thereof. said optical element is an optical concentrator, said optical concentrator having a side surface coated with a reflective metallization or a reflective dielectric material, said surface of said stack includes a surface of one of said semiconductor layers, said transparent bonding layer has an index of refraction greater than 1.5 for light emitted by said active region, said transparent bonding layer is formed from a material selected from the group consisting of metal fluorides, diamond, sapphire, yttrium aluminum garnet, and combinations thereof, or from phosphide compounds, arsenide compounds, antimonide compounds or nitride compounds, and said optical concentrator is formed from a material selected from the group consisting of optical glass, III-V semiconductors, II-VI semiconductors, group IV semiconductors and compounds, metal oxides, metal fluorides, diamond, sapphire, yttrium aluminum garnet, and combinations thereof.
An isolation method for a management virtual machine, comprising: acquiring a guest identifier; searching, according to the guest identifier, the management virtual machine for a kernel virtual machine corresponding to the guest identifier; when the kernel virtual machine is not found in the management virtual machine, creating the kernel virtual machine in the management virtual machine; dividing a service provided for a guest virtual machine by the kernel virtual machine into multiple service components, wherein the guest virtual machine is a virtual machine corresponding to the guest identifier; and running the multiple service components in execution environments corresponding to permission of the service components, wherein the kernel virtual machine comprises the multiple execution environments, and the multiple execution environments have different permission; characterized in that the management virtual machine comprises kernel virtual machines that are in a one-to-one correspondence with guest identifiers, each of the guest identifiers is corresponding to at least one guest virtual machine, and each kernel virtual machine provides a service for the at least one guest virtual machine corresponding to the guest identifier. acquiring a guest identifier; searching, according to the guest identifier, the management virtual machine for a kernel virtual machine corresponding to the guest identifier; when the kernel virtual machine is not found in the management virtual machine, creating the kernel virtual machine in the management virtual machine; dividing a service provided for a guest virtual machine by the kernel virtual machine into multiple service components, wherein the guest virtual machine is a virtual machine corresponding to the guest identifier; and running the multiple service components in execution environments corresponding to permission of the service components, wherein the kernel virtual machine comprises the multiple execution environments, and the multiple execution environments have different permission; characterized in that the management virtual machine comprises kernel virtual machines that are in a one-to-one correspondence with guest identifiers, each of the guest identifiers is corresponding to at least one guest virtual machine, and each kernel virtual machine provides a service for the at least one guest virtual machine corresponding to the guest identifier.
An abradable seal for a gas turbine engine, comprising: a seal body having a seal side and a non-seal side, the seal body including an abradability characteristic that varies by locality, wherein the abradability characteristic comprises a graded composition, wherein a composition of the abradable seal includes hard, abrasive particles that are held together with a relatively softer bond material, wherein the hard, abrasive particles are ceramic particles or a nickel-, titanium- or cobalt-based alloy and the softer bond material is a softer composition nickel-, titanium- or cobalt-based alloy, characterised in that the relative amounts of the hard, abrasive particles and the softer bond material change according to a gradient across a seal surface of the seal body. a seal body having a seal side and a non-seal side, the seal body including an abradability characteristic that varies by locality, wherein the abradability characteristic comprises a graded composition, wherein a composition of the abradable seal includes hard, abrasive particles that are held together with a relatively softer bond material, wherein the hard, abrasive particles are ceramic particles or a nickel-, titanium- or cobalt-based alloy and the softer bond material is a softer composition nickel-, titanium- or cobalt-based alloy, characterised in that the relative amounts of the hard, abrasive particles and the softer bond material change according to a gradient across a seal surface of the seal body.
A diffuser for attachment to an airflow outlet end of a hair dryer, the diffuser comprising at least one air inlet for receiving an airflow from a hair dryer; a grille comprising a plurality of air outlets for emitting a first part of the airflow from the diffuser; and a plurality of projections (60, 62) upstanding from the grille for contacting the hair of a user and for emitting a second part of the airflow, each of the projections having an elongate form and comprising a respective single air outlet (66, 72) located in one elongate side face of an end portion of the projection (60, 62) which is remote from the grille; wherein the plurality of projections comprises a first set of projections and a second set of projections arranged about the first set of projections, and wherein the air outlets of the first set of projections are arranged to emit air radially outwards towards the second set of projections, and the air outlets of the second set of projections are arranged to emit air radially inwards towards the first set of projections.
Open or closed-loop control device for a supporting roller frame of a continuous casting machine, wherein the supporting roller frame consists of a number of consecutive roller segments (3, 3a...3f) which are each adjustable in a controlled manner relative to one another by way of a base frame supporting the supporting rollers and an opposing top frame by means of at least one hydraulic cylinder (7a...7d), wherein each roller segment (3, 3a...31) is connected to a separate axis controller (10, 10a...101 which has a bus interface and a network connection (12, 12a...12g), characterised in that each hydraulic cylinder (7a...7d) has a position sensor (8a...8d) with a bus interface (9a...9d); the bus interface of the axis controller (10, 10a...10l with the bus interfaces (9a...9d) of the position sensor (8a...8d) form a bus network; the continuous casting machine has a shared controller with a network connection, wherein the shared controller and the separate axis controller (10, 10a...10l form a star-shaped network; and the bus network and the star-shaped network represent two separate networks and the bus network as a line bus network such as a CAN or Profibus and the star-shaped network are embodied as a LAN.
Elevator system having an elevator car which can be moved up and down and is carried by suspension means, the elevator car having a car body and a support structure for carrying or supporting the car body, deflection rollers (7, 7'; 8, 8') being arranged between two parallel carriers (9, 9') of the support structure and the deflection rollers (7, 7'; 8, 8') each being mounted on a shaft so as to be freely rotatable, the carriers (9, 9') having receiving openings for attaching the shafts and each shaft being fastened to the carrier (9, 9') by means of a fastening arrangement that extends over the receiving opening, the fastening arrangement an inner holding element assigned to the receiving opening of the carrier (9, 9') for holding the shaft, an outer holding element which is fixed to the carrier (9, 9'), characterized in that in order to insulate the car body from vibrations generated by the deflection rollers moved during a car journey, the fastening arrangement has at least one planar insulation element (10, 21), the at least one insulation element (10, 21) being sandwiched between the inner holding element and the outer holding element.
A rubber composition comprising: 50 to 99 parts by mass of a chloroprene rubber comprising 0.01 to 20% by mass of an unsaturated nitrile monomer unit; and 1 to 50 parts by mass of a non-conjugated diene rubber, wherein the chloroprene rubber comprises 1 to 49 parts by mass of a rubber A containing the unsaturated nitrile monomer unit and 50 to 98 parts by mass of a rubber B containing no unsaturated nitrile monomer unit. 50 to 99 parts by mass of a chloroprene rubber comprising 0.01 to 20% by mass of an unsaturated nitrile monomer unit; and 1 to 50 parts by mass of a non-conjugated diene rubber, wherein the chloroprene rubber comprises 1 to 49 parts by mass of a rubber A containing the unsaturated nitrile monomer unit and 50 to 98 parts by mass of a rubber B containing no unsaturated nitrile monomer unit.
Volumetric doser for a feeding installation for providing feed, in particular dry feed for pigs, in particular for feeding individual animals, the volumetric doser comprising - a feed container having a first container section with a feed inlet and a second container section with a closable feed outlet for gravitational dispensing of feed, - wherein the first container section has a closable container opening which connects the first container section to the second container section for a gravitational passage of feed from the first container section into the second container section, - wherein a height-adjustable partition wall is arranged between the first and the second container section, wherein the height-adjustable partition wall is oriented substantially vertically in an operating state of the volumetric doser, - characterized in that a closure element for closing the container opening is arranged on the partition wall, and that not only the feed outlet but also the container opening is to be opened for gravitational dispensing of the feed from the first container section. - a feed container having a first container section with a feed inlet and a second container section with a closable feed outlet for gravitational dispensing of feed, - wherein the first container section has a closable container opening which connects the first container section to the second container section for a gravitational passage of feed from the first container section into the second container section, - wherein a height-adjustable partition wall is arranged between the first and the second container section, wherein the height-adjustable partition wall is oriented substantially vertically in an operating state of the volumetric doser, - characterized in that a closure element for closing the container opening is arranged on the partition wall, and that not only the feed outlet but also the container opening is to be opened for gravitational dispensing of the feed from the first container section.
Hydraulic device (1', 1", 1"') for hydraulic systems, preferably for water heating systems, comprising at least one body (4', 4", 4"') provided with an inlet duct (6', 6", 6"'), a first outlet duct (5', 5", 5"') and a second outlet duct (7', 7", 7"'), and with on-off means (2', 2", 2"', 3', 3", 3"', 40", 40"') adapted to stop a fluid flow, wherein the inlet duct (6', 6", 6"') and the first and second outlet duct (5', 5", 5"'; 7', 7", 7"') are in fluid communication inside said body (4', 4",4"'), and in that said on-off means (2', 2", 2"', 3', 3", 3"', 40", 40"') comprise at least two on-off devices (2', 2", 2"', 3', 3", 3"', 40", 40'") adapted to affect a fluid flow in said second outlet duct (7', 7", 7"'). characterized in that said first outlet duct (5', 5", 5'") communicates directly with said inlet duct (6', 6", 6'"), and in that said on-off means (2', 2", 2"', 3', 3", 3"', 40", 40'") are adapted to be in at least a first, a second and a third operating configurations, said first operating configuration being such that fluid flow is prevented from said inlet duct (6', 6", 6'") to said second outlet duct (7', 7", 7'"), said second operating configuration being such that a first amount of fluid flow is allowed from said inlet duct (6', 6", 6'") to said second outlet duct (7', 7", 7'"), said third operating configuration being such that a second amount of fluid flow is allowed from said inlet duct (6', 6", 6'") to said second outlet duct (7', 7", 7'").
An ultrasonic-based aerosol generation device comprising: a replaceable cartridge which is configured to store a liquid aerosol-forming substrate; and a control main body which includes a controller and a vibration member, which is configured to generate ultrasonic vibrations to vaporize the stored aerosol-forming substrate, and is configured to be coupled to the cartridge, wherein the controller monitors a temperature of the vibration member and controls operation of the vibration member on the basis of a monitoring result, characterized by further comprising a vibration transmission member configured to transmit the generated ultrasonic vibrations to the stored aerosol-forming substrate, wherein, as the cartridge is coupled to the control main body, the vibration transmission member comes in close contact with the vibration member. a replaceable cartridge which is configured to store a liquid aerosol-forming substrate; and a control main body which includes a controller and a vibration member, which is configured to generate ultrasonic vibrations to vaporize the stored aerosol-forming substrate, and is configured to be coupled to the cartridge, wherein the controller monitors a temperature of the vibration member and controls operation of the vibration member on the basis of a monitoring result, characterized by further comprising a vibration transmission member configured to transmit the generated ultrasonic vibrations to the stored aerosol-forming substrate, wherein, as the cartridge is coupled to the control main body, the vibration transmission member comes in close contact with the vibration member.
Method for producing a functional material having a thermal conductivity according to EN (European Standard) 12667 of maximally 0.10 W/(m*K), a bulk density greater than 450 kg/m 3, a compressive strength according to DIN EN (German/European Standard) 826 greater than 6 MPa, a flexural strength according to DIN EN 12089 greater than 4 MPa, a shear strength according to DIN EN 12090 greater than 1 MPa and a transverse strength according to DIN EN 12090 greater than 1 MPa, from a thermoset material based on PUR hard foam and/or PIR hard foam, which is comminuted and then mixed with at least one binding material, the binding material having, in a non-hardened state, a liquid consistency, wherein, prior to an application of temperature and/or pressure to the thermoset material and the binding material, at least one additive is added which improves a burning behaviour, the burning behaviour corresponding at least to a fire reaction class C according to DIN EN 13501-1. a functional material having a thermal conductivity according to EN (European Standard) 12667 of maximally 0.10 W/(m*K), a bulk density greater than 450 kg/m 3, a compressive strength according to DIN EN (German/European Standard) 826 greater than 6 MPa, a flexural strength according to DIN EN 12089 greater than 4 MPa, a shear strength according to DIN EN 12090 greater than 1 MPa and a transverse strength according to DIN EN 12090 greater than 1 MPa, from a thermoset material based on PUR hard foam and/or PIR hard foam, which is comminuted and then mixed with at least one binding material, the binding material having, in a non-hardened state, a liquid consistency, wherein, prior to an application of temperature and/or pressure to the thermoset material and the binding material, at least one additive is added which improves a burning behaviour, the burning behaviour corresponding at least to a fire reaction class C according to DIN EN 13501-1.