mhurhangee/ep-ind-claims huggingface dataset:
A processor comprising: a general purpose processor core; a three-dimensional integrated circuit stack including multiple graphics processor cores, the 3D integrated circuit stack coupled to the general purpose processor core; interconnect logic having at least one physical data channel, to interconnect the graphics processor cores of the 3D integrated circuit stack and couple the graphics processor cores with a shared resource; wherein the interconnect logic is to enable data distribution between the graphics processor cores and the shared resource over multiple virtual channels on the at least one physical data channel, and to route traffic originating from a thread of one of the multiple graphics processor cores within a same traffic classification to maintain coherency during data transmission for the thread, the traffic classifications assigned to one of the multiple virtual channels, wherein the multiple virtual channels are arbitrated based on a programmable priority system, and wherein each traffic classification is assigned a priority relative to all traffic classifications or relative to priorities of traffic classifications on the same virtual channel; and wherein the virtual channel is to include multiple programmatically pre-assigned traffic classifications. a general purpose processor core; a three-dimensional integrated circuit stack including multiple graphics processor cores, the 3D integrated circuit stack coupled to the general purpose processor core; interconnect logic having at least one physical data channel, to interconnect the graphics processor cores of the 3D integrated circuit stack and couple the graphics processor cores with a shared resource; wherein the interconnect logic is to enable data distribution between the graphics processor cores and the shared resource over multiple virtual channels on the at least one physical data channel, and to route traffic originating from a thread of one of the multiple graphics processor cores within a same traffic classification to maintain coherency during data transmission for the thread, the traffic classifications assigned to one of the multiple virtual channels, wherein the multiple virtual channels are arbitrated based on a programmable priority system, and wherein each traffic classification is assigned a priority relative to all traffic classifications or relative to priorities of traffic classifications on the same virtual channel; and wherein the virtual channel is to include multiple programmatically pre-assigned traffic classifications.
A method for producing a medium chain diamine, comprising: preparing a recombinant microorganism from which a fatty aldehyde dehydrogenase gene in an ω-oxidative metabolism pathway and β-oxidative metabolism pathway-related genes are deleted and into which an ω-transaminase gene is also introduced; and treating the recombinant microorganism with a substrate to culture the recombinant microorganism. preparing a recombinant microorganism from which a fatty aldehyde dehydrogenase gene in an ω-oxidative metabolism pathway and β-oxidative metabolism pathway-related genes are deleted and into which an ω-transaminase gene is also introduced; and treating the recombinant microorganism with a substrate to culture the recombinant microorganism.
A closure bottom part for an essentially rotationally symmetric water container of a water pipe, comprising a closure element extending in an axial direction with a continuous opening in an axial direction and characterized in that the closure bottom part comprises a clamping means having a circumferential clamping element (16; 36; 61) modifiable in a radial direction, which is configured to, in a state where it is affixed to the water container, create a radially directed clamping force in order to clamp the closure bottom part between opposing walls of the water container or in order to clamp the water container between opposing walls of the closure bottom part, wherein the clamping force is based on a modification of the diameter of the clamping element (16; 36; 61) in a radial direction, furthermore comprising a displacement element (32; 33; 34) displaceable in an axial direction with respect to the clamping element which is configured to modify the clamping element (16; 36) in the radial direction as a result of an axial displacement of the displacement element (32; 33; 34) with respect to the closure element.
A land-based system for the production of macroalgae, the system comprising: a reservoir containing pristine seawater, characterized in that the pristine seawater is obtained from at least one deep coastal well; at least one inoculum tank comprising at least one of a gas distribution system, a jet water system or a combination thereof, the at least one inoculum tank containing a culture medium and pieces of a macroalgae young thalli, wherein the culture medium consists of the pristine seawater from the reservoir; and at least one cultivation pond comprising at least one of a gas distribution system, a jet water system or a combination thereof, the at least one cultivation pond containing a culture medium and macroalgae, wherein the culture medium consists of the pristine seawater from the reservoir; wherein the pristine seawater is essentially free from contamination with heavy metals, polychlorinated biphenyls (PCBs), dioxins and pathogens and wherein the pristine seawater is rich in essential minerals selected from the group consisting of calcium, magnesium, carbonates and any combination thereof. a reservoir containing pristine seawater, characterized in that the pristine seawater is obtained from at least one deep coastal well; at least one inoculum tank comprising at least one of a gas distribution system, a jet water system or a combination thereof, the at least one inoculum tank containing a culture medium and pieces of a macroalgae young thalli, wherein the culture medium consists of the pristine seawater from the reservoir; and at least one cultivation pond comprising at least one of a gas distribution system, a jet water system or a combination thereof, the at least one cultivation pond containing a culture medium and macroalgae, wherein the culture medium consists of the pristine seawater from the reservoir; wherein the pristine seawater is essentially free from contamination with heavy metals, polychlorinated biphenyls (PCBs), dioxins and pathogens and wherein the pristine seawater is rich in essential minerals selected from the group consisting of calcium, magnesium, carbonates and any combination thereof.
An electrode boiler including a container holding water, a number of electrodes, each electrode including a first upper end connected to a source of electric power and a second lower end submerged in the water, and means for controlling the water level in said container, wherein said means includes a circulation pump for supplying water to said container through a supply line and a throttle valve, wherein the supply line is connected to an arc stopper located beneath the second lower end of each electrode, characterized in that the arc stopper comprises a receptacle with a bottom wall and a side wall made of an electrically insulating material, wherein an upper rim of said receptacle is positioned level with or just above the second lower end of the associated electrode. wherein the supply line is connected to an arc stopper located beneath the second lower end of each electrode, characterized in that the arc stopper comprises a receptacle with a bottom wall and a side wall made of an electrically insulating material, wherein an upper rim of said receptacle is positioned level with or just above the second lower end of the associated electrode.
Method for starting up an industrial automation network with a number of field devices (5, 6, 7), which are connected to one another by a network for data communication, wherein a configuration and parameterisation of the field devices (5, 6, 7) located in the automation network is carried out by a software tool, wherein an FDI package (20, 32) is provided, of which the user interface plug-in (24, 34) has an extension though which access to a simulation model for the behaviour of at least one field device (5, 6, 7) and additionally access to a simulation model for a process is made possible for the software tool, and wherein the at least one field device (5, 6, 7) is started up virtually by the software tool, wherein the behaviour of the field device (5, 6, 7) is simulated by means of the simulation model.
A method of a first device for transmitting data in a wireless communication system, the method comprising: receiving, from a second device, control information scheduling first data and a demodulation reference signal, DMRS, for the control information on a physical sidelink control channel, PSCCH; wherein the control information indicates an initial transmission resource and a retransmission resource for the first data, measuring a reference signal received power, RSRP, of the first data on a physical sidelink shared channel, PSSCH; selecting a resource to transmit second data by excluding a resource of the first data based on the RSRP of the first data; transmitting control information scheduling the second data; and transmitting the second data on the selected resource, wherein, for selecting the resource to transmit the second data, an RSRP of the resource of the first data is obtained based on an actually measured RSRP on a last resource, which is among the initial-transmission resource and the re-transmission resource scheduled by the control information. receiving, from a second device, control information scheduling first data and a demodulation reference signal, DMRS, for the control information on a physical sidelink control channel, PSCCH; wherein the control information indicates an initial transmission resource and a retransmission resource for the first data, measuring a reference signal received power, RSRP, of the first data on a physical sidelink shared channel, PSSCH; selecting a resource to transmit second data by excluding a resource of the first data based on the RSRP of the first data; transmitting control information scheduling the second data; and transmitting the second data on the selected resource, wherein, for selecting the resource to transmit the second data, an RSRP of the resource of the first data is obtained based on an actually measured RSRP on a last resource, which is among the initial-transmission resource and the re-transmission resource scheduled by the control information.
A vehicle operating state particle detection system, the system comprising: at least two particle detectors configured to collect a sample volume, the sample volume used by each particle detector of the at least two particle detectors collected in a different location relative to the vehicle than another sample volume used by another particle detector of the at least two particle detectors, wherein at least one sample volume is collected in an environment where particles being detected by an associated particle detector are disturbed by the vehicle when the vehicle is in motion; a controller in communication with the at least two particle detectors, the controller configured to determine at least one operating state of the vehicle based at least in part on a comparison of output signals of the at least two particle detectors wherein, the controller is configured to use particle velocity and at least one of measurement of a particle size distribution, and measurement of particle concentration as a function of distance from the vehicle in determining the at least one state of the vehicle; and at least one memory to store at least operating instructions implemented by the controller in determining the at least one operating state of the vehicle. at least two particle detectors configured to collect a sample volume, the sample volume used by each particle detector of the at least two particle detectors collected in a different location relative to the vehicle than another sample volume used by another particle detector of the at least two particle detectors, wherein at least one sample volume is collected in an environment where particles being detected by an associated particle detector are disturbed by the vehicle when the vehicle is in motion; a controller in communication with the at least two particle detectors, the controller configured to determine at least one operating state of the vehicle based at least in part on a comparison of output signals of the at least two particle detectors wherein, the controller is configured to use particle velocity and at least one of measurement of a particle size distribution, and measurement of particle concentration as a function of distance from the vehicle in determining the at least one state of the vehicle; and at least one memory to store at least operating instructions implemented by the controller in determining the at least one operating state of the vehicle.
Brake pad in an axle disc brake A, the pad comprising a shoe and a lining made from friction material, the lining being delimited by a friction face, a mounting face, an internal edge, an external edge, a front edge, a rear edge, the lining being provided with a collection groove, open on the friction face and arranged close to the front edge, the shoe comprising a hole in fluid communication with the collection groove, this hole can be connected to a vacuum source via communication means, characterised in that the collection groove emerges at only one of the edges chosen among the internal and external edges.
A divided prism member constituting a prism member having an entrance surface for receiving a terahertz wave, and an exit surface for emitting the terahertz wave from the entrance surface, comprising: a waveguide region having a partial entrance surface for receiving a part of the terahertz wave, a plurality of total reflection surfaces for totally reflecting the terahertz wave entered from the partial entrance surface, and a partial exit surface for emitting the terahertz wave totally reflected on the total reflection surfaces; wherein the plurality of total reflection surfaces comprises a first total reflection surface, a second total reflection surface, a third total reflection surface and a fourth total reflection surface, wherein the divided prism member is provided with a contact surface substantially parallel to the incident axis and the emission axis of the terahertz wave, wherein the contact surface is for contacting adjacent divided prism members in the stacking direction. a waveguide region having a partial entrance surface for receiving a part of the terahertz wave, a plurality of total reflection surfaces for totally reflecting the terahertz wave entered from the partial entrance surface, and a partial exit surface for emitting the terahertz wave totally reflected on the total reflection surfaces; wherein the plurality of total reflection surfaces comprises a first total reflection surface, a second total reflection surface, a third total reflection surface and a fourth total reflection surface, wherein the divided prism member is provided with a contact surface substantially parallel to the incident axis and the emission axis of the terahertz wave, wherein the contact surface is for contacting adjacent divided prism members in the stacking direction.
A resin-molded article prepared by a process comprising the following steps placing a molded base on a tray, wherein the molded base is prepared by adding at least one material selected from a group consisting of ABS, polycarbonate, acryl and nylon as a binding agent to a fibrous base member comprising any of carbon fibers, glass fibers and the complex thereof and performing the following molding, arranging a resin surface skin member provided with an adhering layer of an acrylic adhesive over the molded base such that the adhering layer of the resin surface skin member is directed downward, wherein the resin surface skin member (3, 29) comprises at least one material selected from a group consisting of acryl polycarbonate, ABS, PET, vinyl chloride, polyurethane and polypropylene and the thickness of the resin surface skin member (3, 29) is in a range of from 0.1 mm to 0.5 mm, rendering the surroundings of the molded base and the resin surface skin member (3, 29) in a negatively-pressurized state and heating the resin surface skin member, heating the resin surface skin member (3, 29) and ascending the tray to thereby closely contact the molded base to the resin surface skin member (3, 29), and rendering the upper region of the tray in a pressurized state and subsequently opening the surrounding of the tray to remove the molded base coated with the resin surface skin member (3, 29). placing a molded base on a tray, wherein the molded base is prepared by adding at least one material selected from a group consisting of ABS, polycarbonate, acryl and nylon as a binding agent to a fibrous base member comprising any of carbon fibers, glass fibers and the complex thereof and performing the following molding, arranging a resin surface skin member provided with an adhering layer of an acrylic adhesive over the molded base such that the adhering layer of the resin surface skin member is directed downward, wherein the resin surface skin member (3, 29) comprises at least one material selected from a group consisting of acryl polycarbonate, ABS, PET, vinyl chloride, polyurethane and polypropylene and the thickness of the resin surface skin member (3, 29) is in a range of from 0.1 mm to 0.5 mm, rendering the surroundings of the molded base and the resin surface skin member (3, 29) in a negatively-pressurized state and heating the resin surface skin member, heating the resin surface skin member (3, 29) and ascending the tray to thereby closely contact the molded base to the resin surface skin member (3, 29), and rendering the upper region of the tray in a pressurized state and subsequently opening the surrounding of the tray to remove the molded base coated with the resin surface skin member (3, 29).
A biodegradable wipe having a three-dimensional perforated structure pattern comprising: a spunlaced unitary structure of a randomised web of spunlaced cellulosic fibres and a sheet of wood pulp fibres; a three dimensional perforated structure pattern in said unitary structure; and optionally a colorant; wherein said cellulosic fibres are selected from the group of lyocell, rayon, raw and bleached cotton, or a combination thereof; wherein said wipe provides a scrubbing effect when dry and a smoothing effect when wet; and wherein said three dimensional perforated structure is effective for trapping and removing oily and sticky liquids without irritating the skin; characterized in that the spunlaced unitary structure has opposing surfaces, with the wood pulp fibre sheet on one side and the randomized web of cellulosic fibres on the opposite side. a spunlaced unitary structure of a randomised web of spunlaced cellulosic fibres and a sheet of wood pulp fibres; a three dimensional perforated structure pattern in said unitary structure; and optionally a colorant; wherein said cellulosic fibres are selected from the group of lyocell, rayon, raw and bleached cotton, or a combination thereof; wherein said wipe provides a scrubbing effect when dry and a smoothing effect when wet; and wherein said three dimensional perforated structure is effective for trapping and removing oily and sticky liquids without irritating the skin; characterized in that the spunlaced unitary structure has opposing surfaces, with the wood pulp fibre sheet on one side and the randomized web of cellulosic fibres on the opposite side.
A tip body comprising a tip main body with a hole opened toward the rear, and a reserver housed in the hole of the tip main body, the tip main body being configured to have a cylindrical body with a point shape suitable for application, and being made through sintering of an ultra-high molecular weight polyethylene powder having a percentage of voids of 75% to 85%, characterized in that the reserver has a percentage of voids of 80% to 90%.
An improved pallet, which comprises: a central base member including a main body and a plurality of positioning grooves, the positioning grooves being formed on the main body and intersecting at a junction; a plurality of side base members, each side base member including a base body and a plurality of fixing grooves, the fixing grooves being formed on the base body; a plurality of connecting bars, each connecting bar including a main portion, the main portion (31 A) to be received by the fixing grooves of two side base members or one of the fixing grooves of one side base member and the positioning groove of the central base member; wherein when received by the fixing grooves of the two side base members, both side members are interconnected to each other, and when received by one of the fixing grooves of one side base member and the positioning groove of the central base member, the side base member and the central base member are interconnected to each other; characterized in, that the pallet further comprises a plurality of loading plates secured onto the side base members, and that each connecting bar includes a plurality of inserting portions, the inserting portions being bent in a same direction from respective ends of the main portion, and that the central base member further defines a plurality of positioning holes within the positioning grooves, with the depth of the positioning holes being greater than that of the positioning grooves, wherein each of the side base members further defines a plurality of fixing holes within the fixing grooves, with the depth of the fixing holes being greater than that of the fixing grooves, wherein the inserting portions are inserted into the fixing holes of two side base members or one of the fixing holes of one side base member and the positioning hole of the central base member. a central base member including a main body and a plurality of positioning grooves, the positioning grooves being formed on the main body and intersecting at a junction; a plurality of side base members, each side base member including a base body and a plurality of fixing grooves, the fixing grooves being formed on the base body; a plurality of connecting bars, each connecting bar including a main portion, the main portion (31 A) to be received by the fixing grooves of two side base members or one of the fixing grooves of one side base member and the positioning groove of the central base member; wherein when received by the fixing grooves of the two side base members, both side members are interconnected to each other, and when received by one of the fixing grooves of one side base member and the positioning groove of the central base member, the side base member and the central base member are interconnected to each other; a plurality of loading plates secured onto the side base members, and that each connecting bar includes a plurality of inserting portions, the inserting portions being bent in a same direction from respective ends of the main portion, and that