mhurhangee/ep-ind-claims huggingface dataset:
A wear part having high wear resistance and strength, comprising: a body; and a plurality of inserts of cemented carbide particles cast with a low-carbon steel alloy disposed in said body, wherein said low-carbon steel alloy has a carbon content corresponding to a carbon equivalent Ceq=wt%C+0.3(wt%Si+wt%P) of 0.1 to 1.5 weight percent wherein at least one oxidation protection coating is disposed on the inserts. a body; and a plurality of inserts of cemented carbide particles cast with a low-carbon steel alloy disposed in said body, wherein said low-carbon steel alloy has a carbon content corresponding to a carbon equivalent Ceq=wt%C+0.3(wt%Si+wt%P) of 0.1 to 1.5 weight percent wherein at least one oxidation protection coating is disposed on the inserts.
A memory device comprising: a substrate; a plurality of metal/dielectric tiers arranged over the substrate, each of the metal/dielectric tiers including a metal layer and an inter-metal dielectric layer, wherein the metal layer includes tungsten; a via contact arranged through the metal/dielectric tiers, and a spacer arranged between the metal/dielectric tiers and the via contact, the spacer including a composite-dielectric layer including a composite-dielectric material, and a composition of the composite-dielectric material being a mixture of a composition of a first dielectric material and a composition of a second dielectric material different from the first dielectric material, wherein the first dielectric material includes zirconium oxide; the second dielectric material includes silicon oxide; and the composite-dielectric material includes zirconium-oxygen-silicon composite oxide, characterised in that a mole ratio of zirconium to silicon in the zirconium-oxygen-silicon composite oxide is in a range from 0.3 to 0.7. a substrate; a plurality of metal/dielectric tiers arranged over the substrate, each of the metal/dielectric tiers including a metal layer and an inter-metal dielectric layer, wherein the metal layer includes tungsten; a via contact arranged through the metal/dielectric tiers, and a spacer arranged between the metal/dielectric tiers and the via contact, the spacer including a composite-dielectric layer including a composite-dielectric material, and a composition of the composite-dielectric material being a mixture of a composition of a first dielectric material and a composition of a second dielectric material different from the first dielectric material, wherein the first dielectric material includes zirconium oxide; the second dielectric material includes silicon oxide; and the composite-dielectric material includes zirconium-oxygen-silicon composite oxide, characterised in that a mole ratio of zirconium to silicon in the zirconium-oxygen-silicon composite oxide is in a range from 0.3 to 0.7.
A thermal insulation member which is directly sandwiched between a first object and a second object and thereby suppresses or interrupts heat transfer between said first object and said second object, comprising: a first main surface opposed to said first object; and a second main surface positioned on the opposite side from said first main surface and opposed to said second object, said thermal insulation member having a porous structure of ceramic having pores, wherein ZrO 2 particles and different type material existing on surfaces of said ZrO 2 particles form a skeleton of said porous structure, and said different type material includes at least one selected out of SiO 2, TiO 2, La 2 O 3, and Y 2 O 3, and wherein said first object and said second object are each a metal, resin, plastic, wood, cement, concrete, or glass. a first main surface opposed to said first object; and a second main surface positioned on the opposite side from said first main surface and opposed to said second object, said thermal insulation member having a porous structure of ceramic having pores, wherein ZrO 2 particles and different type material existing on surfaces of said ZrO 2 particles form a skeleton of said porous structure, and said different type material includes at least one selected out of SiO 2, TiO 2, La 2 O 3, and Y 2 O 3, and wherein said first object and said second object are each a metal, resin, plastic, wood, cement, concrete, or glass.
Method to remove a sample of a deposit on a secondary side of a tube base plate of a steam generator of a nuclear power station in which: - a steam generator tube is removed from the tube base plate in order to expose a heating pipe bore passing through the tube base plate, - a removal tool of a device to remove the sample is introduced into the heating tube bore from the primary side of the tube base plate which lies opposite the secondary side, - a part of the deposit is mechanically detached as a sample using the removal tool, - the removal tool is rotated in an assembled state around a drive axle which runs in parallel to the central longitudinal axis of the heating tube bore in order to detach the sample, - the drive axle is delivered in the radial direction with regard to the central longitudinal axis and is moved forward in the peripheral direction in order to detach the sample, - the sample is transported to the primary side through the heating tube bore and is removed from the steam generator, - the removal tool is removed from the steam generator. - a steam generator tube is removed from the tube base plate in order to expose a heating pipe bore passing through the tube base plate, - a removal tool of a device to remove the sample is introduced into the heating tube bore from the primary side of the tube base plate which lies opposite the secondary side, - a part of the deposit is mechanically detached as a sample using the removal tool, - the removal tool is rotated in an assembled state around a drive axle which runs in parallel to the central longitudinal axis of the heating tube bore in order to detach the sample, - the drive axle is delivered in the radial direction with regard to the central longitudinal axis and is moved forward in the peripheral direction in order to detach the sample, - the sample is transported to the primary side through the heating tube bore and is removed from the steam generator, - the removal tool is removed from the steam generator.
Method for separating profile sections in extrusion lines, in which, during the ongoing extrusion process, a carriage is coupled in an upstream position to the calibrated profile strand in order to move along with the profile strand, wherein, in the coupled state, a blade arranged in a clamping frame (13, 33) is moved from an initial state transversely to the extrusion direction into an end state in order to sever a profile section from the profile strand, after which the blade is moved back to the initial state, whereupon the carriage is uncoupled from the profile strand and the carriage is moved back to the upstream state, characterised in that the movement of the blade from the initial state to the final state is carried out controlled via a control device at speeds (v 1 to v 9) which differ from region to region, and in that the movement of the blade is slower in movement sections (b 1 to b 7) in which fragile regions of the profile strand are severed than in movement sections (b 1 to b 7) in which this is not the case.
An expansion joint cover for insertion in an expansion gap comprising: a first frame section for attachment to a substrate at one side of the expansion gap, the first frame section having a flat surface; a second frame section for attachment to a substrate at an opposite side of the expansion gap, the second frame section having a first set of connectors; a centre section configured to span the expansion gap and slide on the flat surface of the first frame section, the centre section having a second set of connectors; and two linkage sections (11, 12), configured to engage with the first and second sets of connectors, respectively, to connect the centre section to the second frame section, wherein the linkage sections (11, 12) can pivot with respect to the first and second sets of connectors to allow movement of the centre section with respect to the second frame section and to allow vertical movement of the centre section with respect to the flat surface of the first frame section while maintaining the centre section parallel with the flat surface of the first frame section. a first frame section for attachment to a substrate at one side of the expansion gap, the first frame section having a flat surface; a second frame section for attachment to a substrate at an opposite side of the expansion gap, the second frame section having a first set of connectors; a centre section configured to span the expansion gap and slide on the flat surface of the first frame section, the centre section having a second set of connectors; and two linkage sections (11, 12), configured to engage with the first and second sets of connectors, respectively, to connect the centre section to the second frame section, wherein the linkage sections (11, 12) can pivot with respect to the first and second sets of connectors to allow movement of the centre section with respect to the second frame section and to allow vertical movement of the centre section with respect to the flat surface of the first frame section while maintaining the centre section parallel with the flat surface of the first frame section.
A phase shifting circuit comprising: a transmission line having first and second points (421, 422); an impedance connected with a node and with a reference voltage level; a first switch connected with the first point of the transmission line and with the node; and a second switch connected with the second point of the transmission line and with the node, wherein a first signal input to the first point of the transmission line has a phase difference with a second signal output from the second point based on one or more properties of the transmission line when the first and second switches are open; wherein the reference voltage level is an electrical ground, wherein the impedance comprises an inductive element, and wherein each half (612, 614) of the transmission line behaves as a capacitor to electrical ground such that the phase shifting circuit is configured to behave as an inductor-capacitor, LC, resonant circuit when the first and second switches (SW1, SW2) are closed. a transmission line having first and second points (421, 422); an impedance connected with a node and with a reference voltage level; a first switch connected with the first point of the transmission line and with the node; and a second switch connected with the second point of the transmission line and with the node, wherein a first signal input to the first point of the transmission line has a phase difference with a second signal output from the second point based on one or more properties of the transmission line when the first and second switches are open; wherein the reference voltage level is an electrical ground, wherein the impedance comprises an inductive element, and wherein each half (612, 614) of the transmission line behaves as a capacitor to electrical ground such that the phase shifting circuit is configured to behave as an inductor-capacitor, LC, resonant circuit when the first and second switches (SW1, SW2) are closed.
The manner of producing tuft matter, as construction material, in particular for building industry, where worn-out and/or residue parts of products used in means of transportation are the feedstock material, wherein the feedstock material, containing hardened textiles and combined textile and non-textile components is first chopped to chips of defined maximum size of chips by means of a chopping machine, then it is crushed, decomposed and fiberized to tufts by means of a tufting machine where a rotating drum has an outer surface made in the shape of a truncated cone with increasing diameter in the direction from an inlet opening to an outlet opening of a box and the outer surface is provided with a set of swing-hammer cutters, which are provided with a blades placed on a pivot pins, the cutters are arranged on a circumference of the outer surface evenly in a shape of defined geometric figure, while in the direction from the inlet opening to the outlet opening of the box, the cutters have a spikes with gradually smaller shape and rate and density of their arrangement gradually increases, the box has an inner surface, identically as the rotating drum, made in the shape of the truncated cone with a mirror reflection of the outer surface of the drum and an angular protrusions are provided thereon, wherein the geometric figure of the protrusions arrangement is the mirror reflection of corresponding figure of the outer surface of the drum, and these tufts, containing particles of the feedstock material wrapped with clumps of fiberized fibres are subsequently mechanically processed to cohesive formation of components with spatial structure approximating even arrangement of its components by division to defined maximum size by means of a cutting machine and subsequently loosened, mixed and interlaced by means of a carding machine.
A surface/submersible water-craft, comprising: • a hull, (2,3) • means for submerged propulsion provided in or on the hull, • means for surface propulsion provided in or on the hull, • floodable-on-submerging crew accommodation and an engine room provided in the hull, • low level sea cocks and high level air ports provided for the hull, whereby in diving the crew accommodation and engine room can be filled with water via the sea cocks from below with upwards escape of air through the air ports and in surfacing the accommodation and engine room can be drained of water via the sea cocks from below with ingress of air through the air ports, and • a canopy arranged for closing the floodable crew accommodation for protecting the crew from water flow past the craft, the canopy being openable for crew exit from the craft whilst submerged at a destination. • a hull, (2,3) • means for submerged propulsion provided in or on the hull, • means for surface propulsion provided in or on the hull, • floodable-on-submerging crew accommodation and an engine room provided in the hull, • low level sea cocks and high level air ports provided for the hull, whereby in diving the crew accommodation and engine room can be filled with water via the sea cocks from below with upwards escape of air through the air ports and in surfacing the accommodation and engine room can be drained of water via the sea cocks from below with ingress of air through the air ports, and • a canopy arranged for closing the floodable crew accommodation for protecting the crew from water flow past the craft, the canopy being openable for crew exit from the craft whilst submerged at a destination.
An internal combustion engine comprising: a plurality of cams (Ca, Cb, Cc) that are used for driving a valve; a cam-switching type variable operated-valve structure that has a rocker arm portion and a plurality of hydraulic linking structures (631, 632), the rocker arm portion having a plurality of oscillation portions (63a, 63b, 63c) that individually oscillate according to cam profiles of the cams and mediate power conducted from a camshaft having the cams to the valve, the plurality of linking structures performing linking and canceling the linking between two of the plurality of oscillation portions with a lock member (Pn11, Pn22), the variable operated-valve structure selecting a usage cam that is used for driving the valve from the cams; and a determination unit that determines at least one of a condition of the lock member and a switching phase of the usage cam according to the condition of the lock member based on changing of a hydraulic pressure according to the switching of the usage cam, characterized in that the determination unit determines termination of an operation of the lock member in a linking structure of the plurality of linking structures that performs linking or canceling the linking during the switching of the usage cam based on a value and changing width of a hydraulic pressure detected and stored when the valve does not perform lifting, the hydraulic pressure changing according to a movement of the lock member in the linking structure of the plurality of linking structures that performs linking or cancelling the linking. a plurality of cams (Ca, Cb, Cc) that are used for driving a valve; a cam-switching type variable operated-valve structure that has a rocker arm portion and a plurality of hydraulic linking structures (631, 632), the rocker arm portion having a plurality of oscillation portions (63a, 63b, 63c) that individually oscillate according to cam profiles of the cams and mediate power conducted from a camshaft having the cams to the valve, the plurality of linking structures performing linking and canceling the linking between two of the plurality of oscillation portions with a lock member (Pn11, Pn22), the variable operated-valve structure selecting a usage cam that is used for driving the valve from the cams; and a determination unit that determines at least one of a condition of the lock member and a switching phase of the usage cam according to the condition of the lock member based on changing of a hydraulic pressure according to the switching of the usage cam, characterized in that the determination unit determines termination of an operation of the lock member in a linking structure of the plurality of linking structures that performs linking or canceling the linking during the switching of the usage cam based on a value and changing width of a hydraulic pressure detected and stored when the valve does not perform lifting, the hydraulic pressure changing according to a movement of the lock member in the linking structure of the plurality of linking structures that performs linking or cancelling the linking.
A computer-implemented method comprising: providing instructions to a user to perform an athletic movement; monitoring with at least a first sensor the user performing the athletic movement; generating a virtual avatar of the user during the user's performance of the athletic movement; displaying on a display device the virtual avatar overlaid relative to a virtual shadow of variable size, wherein the virtual shadow illustrates a proper form of the athletic movement; determining, by a processor, an amount of overlap between the virtual avatar and the virtual shadow; generating a feedback score based on, at least in part, the amount of overlap; and reducing, based on the amount of overlap being above a threshold value, the size of the virtual shadow until it substantially conforms to a size of the virtual avatar. providing instructions to a user to perform an athletic movement; monitoring with at least a first sensor the user performing the athletic movement; generating a virtual avatar of the user during the user's performance of the athletic movement; displaying on a display device the virtual avatar overlaid relative to a virtual shadow of variable size, wherein the virtual shadow illustrates a proper form of the athletic movement; determining, by a processor, an amount of overlap between the virtual avatar and the virtual shadow; generating a feedback score based on, at least in part, the amount of overlap; and reducing, based on the amount of overlap being above a threshold value, the size of the virtual shadow until it substantially conforms to a size of the virtual avatar.
A carton made of paperboard, having flaps (101, 105), the carton comprising, at least one score along a crease line of at least one flap (101, 105), wherein the score is 25% to 85% of thickness of the paperboard characterised in that the score is 5% to 70% of length of the crease line.
A cot fastening system which fixes and holds within a transport vehicle an emergency cot having wheels (13, 15) mounted thereon, a forward fixture and a rearward fixture, said cot fastening system comprising: a cot fastener track having a longitudinal length with opposite back and front ends (80, 85), characterised in that the cot fastener track comprises: a pair of open side tracks (28, 30) longitudinally extending between the back and front ends (80, 85), and a channel (71, 86, 268) centrally located between the open side tracks (28,30), said open side tracks (28,30) being configured to align, accommodate therein and guide the forward fixture of the cot along the longitudinal length of the cot fastener track towards the front end as the cot is rolled by the wheels (13, 15) within the vehicle and to retain the forward fixture adjacent the front end at least vertically and laterally, and said channel (71, 86, 268) being configured to accommodate therein and retain the rearward fixture adjacent the back end at least vertically and laterally therein; and a locking mechanism (55, 70, 87, 102, 310a, 310b) operably selectable between secure and unsecure conditions, in which said secure condition prevents both removal of the forward fixture from the open side tracks (28, 30) and removal of the rearward fixture from the channel (71, 86, 268). a pair of open side tracks (28, 30) longitudinally extending between the back and front ends (80, 85), and a channel (71, 86, 268) centrally located between the open side tracks (28,30), said open side tracks (28,30) being configured to align, accommodate therein and guide the forward fixture of the cot along the longitudinal length of the cot fastener track towards the front end as the cot is rolled by the wheels (13, 15) within the vehicle and to retain the forward fixture adjacent the front end at least vertically and laterally, and said channel (71, 86, 268) being configured to accommodate therein and retain the rearward fixture adjacent the back end at least vertically and laterally therein; and a locking mechanism (55, 70, 87, 102, 310a, 310b) operably selectable between secure and unsecure conditions, in which said secure condition prevents both removal of the forward fixture from the open side tracks (28, 30) and removal of the rearward fixture from the channel (71, 86, 268).
Device for fixing cargo inside a truck body, a container or the like, comprising a rail which is horizontally fastened to each of the side walls and has a pitch, and on which rail a strap can be positioned by means of a strap holder and can be fixed, by means of a lock connected to the strap holder, in positions at a distance from one another that corresponds to the length of the pitch, characterised in that the lock and strap holder are at a distance from one another, and in that this distance is at least three times the length of a pitch of the rail.