mhurhangee/ep-ind-claims huggingface dataset:
A white cooking device top plate (1, 21, 31, 41, 51, 61, 71, 81) comprising: a crystallized glass substrate (2, 22, 32, 42, 52, 62, 72, 82) containing Li 2 O-Al 2 O 3 -SiO 2 as a main component and a transition element; and a substrate color improving layer provided on a lower surface of the crystallized glass substrate (2, 22, 32, 42, 52, 62, 72, 82), the substrate color improving layer containing a blue pigment and including a brightness enhancing layer (3, 23, 33, 43, 53, 63, 73, 83) having a refractive index smaller than that of the crystallized glass substrate (2, 22, 32, 42, 52, 62, 72, 82) or not less than a refractive index of the crystallized glass substrate (2, 22, 32, 42, 52, 62, 72, 82)+ 0.1. a crystallized glass substrate (2, 22, 32, 42, 52, 62, 72, 82) containing Li 2 O-Al 2 O 3 -SiO 2 as a main component and a transition element; and a substrate color improving layer provided on a lower surface of the crystallized glass substrate (2, 22, 32, 42, 52, 62, 72, 82), the substrate color improving layer containing a blue pigment and including a brightness enhancing layer (3, 23, 33, 43, 53, 63, 73, 83) having a refractive index smaller than that of the crystallized glass substrate (2, 22, 32, 42, 52, 62, 72, 82) or not less than a refractive index of the crystallized glass substrate (2, 22, 32, 42, 52, 62, 72, 82)+ 0.1.
Device for switching in a DC voltage grid comprising - two hybrid switches connected in series in opposite directions, said hybrid switches each having a parallel circuit comprising an uncontrolled current-direction-dependent switch and a controllable switch, wherein the internal junction point between the hybrid switches forms a third connection and the two hybrid switches connected in series in opposite directions can be inserted by a first and a second connection into a first line of the DC voltage grid; characterized by - two polarized damping elements, which are designed to absorb energy in only one polarity of the terminal voltage present, wherein the first polarized damping element is connected to the first connection of the series-connected hybrid switches and can be connected to a second line of the DC voltage grid and/or a ground potential and the second polarized damping element is connected to the second connection of the series-connected hybrid switches and can be connected to the second line of the DC voltage grid and/or the ground potential; and - a current pulse generator, which - in response to a control command - is designed to generate a unipolar current pulse passing via the third connection and the polarized damping elements, such that the current direction in one of the hybrid switches can be momentarily reversed. - two hybrid switches connected in series in opposite directions, said hybrid switches each having a parallel circuit comprising an uncontrolled current-direction-dependent switch and a controllable switch, wherein the internal junction point between the hybrid switches forms a third connection and the two hybrid switches connected in series in opposite directions can be inserted by a first and a second connection into a first line of the DC voltage grid; characterized by - two polarized damping elements, which are designed to absorb energy in only one polarity of the terminal voltage present, wherein the first polarized damping element is connected to the first connection of the series-connected hybrid switches and can be connected to a second line of the DC voltage grid and/or a ground potential and the second polarized damping element is connected to the second connection of the series-connected hybrid switches and can be connected to the second line of the DC voltage grid and/or the ground potential; and - a current pulse generator, which - in response to a control command - is designed to generate a unipolar current pulse passing via the third connection and the polarized damping elements, such that the current direction in one of the hybrid switches can be momentarily reversed.
Rail vehicle, at least having: - a fuel cell system with at least one fuel cell stack and at least one electrical component for the operation thereof, wherein electrical energy can be generated by means of the fuel cell system, - a traction device, which can be operated by means of the electrical energy generated by the fuel cell system, wherein at least one electrical component of the traction device can be cooled by means of a liquid coolant circulating in a first coolant circuit, characterised in that - the at least one electrical component of the fuel cell system can be cooled by means of the liquid coolant circulating in the first coolant circuit, and - exclusively the at least one fuel cell stack of the fuel cell system can be cooled by means of a liquid coolant circulating in a second coolant circuit, wherein the fuel cell system and the at least one electrical component of the traction device are arranged in different containers (BZC, SRC) on one or different cars of the rail vehicle. - a fuel cell system with at least one fuel cell stack and at least one electrical component for the operation thereof, wherein electrical energy can be generated by means of the fuel cell system, - a traction device, which can be operated by means of the electrical energy generated by the fuel cell system, wherein at least one electrical component of the traction device can be cooled by means of a liquid coolant circulating in a first coolant circuit, - the at least one electrical component of the fuel cell system can be cooled by means of the liquid coolant circulating in the first coolant circuit, and - exclusively the at least one fuel cell stack of the fuel cell system can be cooled by means of a liquid coolant circulating in a second coolant circuit,
An IC card, comprising: a communication unit that performs communication with an external device; a storage unit that has tamper resistance, and that stores key information indicating a private key forming a pair with a public key or a seed value for generating the private key; and a processing unit that, on the basis of object data to be recorded in a P2P database acquired from the external device by communication at the communication unit, and the private key corresponding to the key information, performs control to generate signature data corresponding to the object data, and transmits data including the generated signature data to the external device by communication at the communication unit; wherein history information indicating history of generating the signature data is stored in the storage unit that has tamper resistance or a storage unit that does not have tamper resistance; the processing unit determines whether a set signature condition, including a first signature condition relating to content indicated by the object data, is satisfied on the basis of the object data and further on the basis of the history information; and in a case of determining that the signature condition is satisfied, generates the signature data. a communication unit that performs communication with an external device; a storage unit that has tamper resistance, and that stores key information indicating a private key forming a pair with a public key or a seed value for generating the private key; and a processing unit that, on the basis of object data to be recorded in a P2P database acquired from the external device by communication at the communication unit, and the private key corresponding to the key information, performs control to generate signature data corresponding to the object data, and transmits data including the generated signature data to the external device by communication at the communication unit; wherein history information indicating history of generating the signature data is stored in the storage unit that has tamper resistance or a storage unit that does not have tamper resistance; the processing unit determines whether a set signature condition, including a first signature condition relating to content indicated by the object data, is satisfied on the basis of the object data and further on the basis of the history information; and in a case of determining that the signature condition is satisfied, generates the signature data.
An annular combustion chamber for a turbomachine presenting an axial direction, a radial direction, and an azimuth direction, comprising a first annular wall and a second annular wall, each wall delimiting at least a portion of the volume of the annular combustion chamber, the first and second walls (12, 14) presenting complementary fitting elements (12d, 14d), the first wall presenting at least one first through hole, while the second wall presents at least one second through hole, the combustion chamber further comprising at least one pin engaged in a pair of holes comprising a first hole and a second hole, said pin locking the fitting of the first and second walls (12, 14), characterized in that said pin being formed by an injector.
A flat plate-shaped solid oxide fuel cell comprising: a porous ceramic support; a fuel electrode provided on the porous ceramic support; an electrolyte layer provided on the fuel electrode; an air electrode provided on the electrolyte layer; a fuel electrode current collector connected to the fuel electrode and provided while being extended in a direction opposite to a direction provided with the air electrode based on the porous ceramic support, a metal mesh layer provided on a part of the fuel electrode provided while being extended to a surface of the porous ceramic support in a direction opposite to a direction provided with the air electrode based on the porous ceramic support; and an extension line connected to the metal mesh layer and provided while being extended in a direction opposite to a direction provided with the air electrode based on the porous ceramic support. a porous ceramic support; a fuel electrode provided on the porous ceramic support; an electrolyte layer provided on the fuel electrode; an air electrode provided on the electrolyte layer; a fuel electrode current collector connected to the fuel electrode and provided while being extended in a direction opposite to a direction provided with the air electrode based on the porous ceramic support, a metal mesh layer provided on a part of the fuel electrode provided while being extended to a surface of the porous ceramic support in a direction opposite to a direction provided with the air electrode based on the porous ceramic support; and an extension line connected to the metal mesh layer and provided while being extended in a direction opposite to a direction provided with the air electrode based on the porous ceramic support.
A method for cleaning an interior of a pipe comprising moving a shock wave generating device within the interior of the pipe and applying shock waves to clean the pipe characterized in focusing acoustic pressure shock waves in a frontal direction relative to the pipe from the shock wave generating device with a reflector to at least one of a deposit, occlusion and ice blocking or clogging the flow of fluid through the pipe so that frontal focused shock waves clean the interior of the pipe to remove the blocking or clogging.
A data processing method based on a shipborne automatic identification system, characterized in that the shipborne automatic identification system comprises a poller, a virtual station container and a transmitter, and that the method comprises: Receiving, by the virtual station container, data request sent by the poller, and checking whether a virtual timeslot allocation logic, TAL, device of a first virtual station in the virtual station container has to-be-sent data in a current timeslot; and Reading, when the virtual TAL device of the first virtual station has to-be-sent data in the current timeslot, by the virtual station container, the data in the first virtual station, and sending the read data to the transmitter. Receiving, by the virtual station container, data request sent by the poller, and checking whether a virtual timeslot allocation logic, TAL, device of a first virtual station in the virtual station container has to-be-sent data in a current timeslot; and Reading, when the virtual TAL device of the first virtual station has to-be-sent data in the current timeslot, by the virtual station container, the data in the first virtual station, and sending the read data to the transmitter.
Possibly reversible mechanical assembly, comprising a first component, a second component and a press-button link (3, 4), the link (3, 4) itself comprising a stud linked to the first component and holding means linked to the second component, the stud exhibiting, lengthwise, a core protruding from the first component, extending along an axial direction, and terminated by a radial bulge, and the holding means comprising a housing dimensioned to receive the stud which is selectively inserted according to the axial direction and at least one elastic lock, positioned in the housing, capable of moving transversally to the axial direction, and elastically brought back to a resting position wherein this elastic lock allows for a passage in the housing that is narrower than the size of the radial bulge, the second component extending in thickness along the axial direction, this second component being made from elastically flexible self-supporting material, the housing being formed by drilling of the second component along its thickness, and each elastic lock being essentially formed by an elastically flexible lug formed in the thickness of the second component, delimited at the periphery of the housing by a first edge, and exhibiting a degree of radial play of non-zero amplitude, characterised in that the first edge of each lug has a counterbore.
A circuit board for carrying at least one light source of a lighting device, the circuit board comprising a substrate, wherein the substrate comprises at least one fold forming a projecting portion and extending from the periphery of the substrate up to an inner portion of the substrate, and whereby the substrate has a polygonal funnel shape.
A conjugate comprising a binding polypeptide and an effector moiety for use in a therapeutic method of facilitating delivery of the binding polypeptide to a cell, wherein the effector moiety comprises a targeting moiety which comprises a mannose 6 phosphate moiety that binds to a mannose 6 phosphate receptor on the cell, wherein the effector moiety is conjugated, either directly or through a linker moiety, to an N-linked and/or oxidized glycan of the binding polypeptide, and wherein the binding polypeptide is an immunoadhesin, an antibody, an antigen-binding fragment of an antibody, or an antibody variant.
A combination of a heat generating unit, a heat sensitive structure and a load bearing element attaching the heat generating unit to the heat sensitive supporting structure, wherein said load bearing element comprises at least one body integrally formed by additive layer manufacturing, ALM, said body being adapted to provide a controlled heat transfer from said heat generating unit to said heat sensitive supporting structure; wherein the integrally manufactured body of said load bearing element is a load bearing bracket and the heat sensitive supporting structure is a fuselage of a flying vehicle; and wherein said integrally manufactured body of said load bearing element comprises several layers (6-i) printed from the same or different fire proof materials.
A method for adjusting a soft stop position on a force-feel characteristic of a pilot control to move an aircraft, the method comprising: step (a): subtracting an actual aircraft variable from an aircraft limit parameter to find a difference; step (b): multiplying the difference by a gain factor to generate a soft stop position; step (c): outputting the soft stop position for adjustment on the pilot control. step (a): subtracting an actual aircraft variable from an aircraft limit parameter to find a difference; step (b): multiplying the difference by a gain factor to generate a soft stop position; step (c): outputting the soft stop position for adjustment on the pilot control.
A monophase oral care composition comprising: a) calcium silicate; and b) high refractive index particles having a refractive index in the range from 1.9 to 4.0; wherein the calcium silicate and high refractive index particles are present in a weight ratio (a:b) of 1:10 to 2:1 and the surface of the high refractive index particles comprises less than 1.5% by weight of calcium based on total weight of the high refractive index particle. a) calcium silicate; and b) high refractive index particles having a refractive index in the range from 1.9 to 4.0;
A manifold, in particular for use in a cooler of a cooling system, wherein the manifold comprises a substantially rectangular cross-section, comprising: a housing, which is a unitary element having a closed profile and has at least one longitudinal channel defined therein and also a plurality of slots on one of surfaces of said housing, said slots being in fluid communication with said at least one longitudinal channel; and a covering profile applied on said housing and having a plurality of slots at positions corresponding to the positions of said slots of said housing, said covering profile being fixedly connected to and sealed against said housing, said slots of said covering profile being adapted for receiving tubes of said cooler; said at least one longitudinal channel has on its surface a stopping means against which said tubes of said cooler may abut, and said slots of said housing are also adapted for receiving said tubes of said cooler characterised in that the housing has on its outer surface, near the slots, two opposite longitudinal projections. a housing, which is a unitary element having a closed profile and has at least one longitudinal channel defined therein and also a plurality of slots on one of surfaces of said housing, said slots being in fluid communication with said at least one longitudinal channel; and a covering profile applied on said housing and having a plurality of slots at positions corresponding to the positions of said slots of said housing, said covering profile being fixedly connected to and sealed against said housing, said slots of said covering profile being adapted for receiving tubes of said cooler; said at least one longitudinal channel has on its surface a stopping means against which said tubes of said cooler may abut, and said slots of said housing are also adapted for receiving said tubes of said cooler characterised in that the housing has on its outer surface, near the slots, two opposite longitudinal projections.
A circuit comprising: a pair of cross-coupled inverters enabled by a pair of pull-up transistors (202, 214), wherein sources of the pair of pull-up transistors (202, 214) are coupled to a supply voltage at a first voltage level; one or more first clock-gated P-type transistors (210, 212) coupled in series between drains of the pair of pull-up transistors (202, 214), wherein gates of the one or more first clock-gated P-type transistors (210, 212) are coupled to a clock signal, wherein a clock logic high level is equal to a second voltage level less than the first voltage level by a given amount; and a pair of second clock-gated transistors (206, 218) coupled in parallel to state nodes of the pair of cross-coupled inverters; wherein when the clock signal is at the clock logic high level, the one or more first clock-gated P-type transistors (210, 212) are configured to counteract the pair of second clock-gated transistors (206, 218) to cause one of the state nodes to reach the first voltage level. a pair of cross-coupled inverters enabled by a pair of pull-up transistors (202, 214), wherein sources of the pair of pull-up transistors (202, 214) are coupled to a supply voltage at a first voltage level; one or more first clock-gated P-type transistors (210, 212) coupled in series between drains of the pair of pull-up transistors (202, 214), wherein gates of the one or more first clock-gated P-type transistors (210, 212) are coupled to a clock signal, wherein a clock logic high level is equal to a second voltage level less than the first voltage level by a given amount; and a pair of second clock-gated transistors (206, 218) coupled in parallel to state nodes of the pair of cross-coupled inverters; wherein when the clock signal is at the clock logic high level, the one or more first clock-gated P-type transistors (210, 212) are configured to counteract the pair of second clock-gated transistors (206, 218) to cause one of the state nodes to reach the first voltage level.
Method for recycling pneumatic vehicle tyres having at least one sealant on the inner surface situated opposite the tread (pneumatic vehicle tyres which have sealant), wherein the method comprises at least the following method steps: a) providing a pneumatic vehicle tyre which has sealant and is to be recycled; b) separating the sidewalls from the tread surface, such that a tread ring and the sidewalls are obtained; c) turning the tread ring inside out, or cutting through the tread ring in an axial direction, in order to make the sealant accessible; d) removing the sealant; e) recycling the separated-off sidewalls and the remaining sealant-free tread; f) optionally, recycling the sealant separately. a) providing a pneumatic vehicle tyre which has sealant and is to be recycled; b) separating the sidewalls from the tread surface, such that a tread ring and the sidewalls are obtained; c) turning the tread ring inside out, or cutting through the tread ring in an axial direction, in order to make the sealant accessible; d) removing the sealant; e) recycling the separated-off sidewalls and the remaining sealant-free tread; f) optionally, recycling the sealant separately.
Hose line having a flexible hose and also having at least one hose connector which has a connection piece with a connection nipple, onto which connection nipple a hose end of the flexible hose is pushed, and which has a crimp sleeve which clamps the hose end between itself and the connection nipple in an immovable manner in the longitudinal direction of the nipple, wherein the hose connector has at least two tool engagement surfaces that are arranged on the crimp sleeve on opposite sides of the hose connector, wherein the at least two tool engagement surfaces are configured only as deformations or indentations of the crimp sleeve that are formed during the crimping of the crimp sleeve on the connection piece, without molding of the connection nipple, wherein the at least two tool engagement surfaces are arranged in a portion of the crimp sleeve in which the crimp sleeve fully encases the hose end, and wherein the elastic material of the hose end bearing against the inner side of the crimp sleeve absorbs and takes up the changes in cross section formed by the deformations and indentations of the crimp sleeve during crimping, without the crimp sleeve having to mould itself to the connection nipple of the connection piece, wherein - the at least two tool engagement surfaces are assigned to one another in pairs and are configured as wrench engagement surfaces for an open-end wrench, characterized - in that the at least two tool engagement surfaces extend along more than half the longitudinal extent of the crimp sleeve. - the at least two tool engagement surfaces are assigned to one another in pairs and are configured as wrench engagement surfaces for an open-end wrench, characterized - in that the at least two tool engagement surfaces extend along more than half the longitudinal extent of the crimp sleeve.
A disk brake in which a caliper is supported by a mounting bracket via a slide pin (70, 700), the mounting bracket being attached to a non-rotational portion of a vehicle, the disk brake comprising: an electromagnet (80, 800) provided in connection with the slide pin, the electromagnet attracting the slide pin in an axial direction of the slide pin such that brake pads move away from a disk rotor.