mhurhangee/ep-ind-claims huggingface dataset:
A fusible link mounting structure, comprising: an n-series fusible link, wherein n is an integer of three or more, which is formed by providing n-pieces of fuse elements in series within a single common housing; a monopole fusible link which is formed by providing a piece of fuse element in a single monopole housing; a cavity having a mounting space to have the common housing or the monopole housing mounted therein, which is formed according to a size of the common housing; and a plurality of terminals which are projected from a bottom of the cavity into the mounting space, or projected by passing through a bottom of the cavity into the mounting space, the terminals and the fuse elements of the n-series fusible link being electrically connected when the common housing is mounted in the cavity, and one of the terminals and the fuse element of the monopole fusible link being electrically connected when the monopole housing is mounted in the cavity; wherein a total length of the mounting space is set to be shorter than a sum of lengths of n-pieces of the monopole housings, and a plurality of the terminals are arranged corresponding to positions of a plurality of fuse terminals which are provided in the n-series fusible link, and also arranged at such positions that a plurality of the terminals do not interfere with the monopole housing, when the monopole fusible link is mounted in the cavity. an n-series fusible link, wherein n is an integer of three or more, which is formed by providing n-pieces of fuse elements in series within a single common housing; a monopole fusible link which is formed by providing a piece of fuse element in a single monopole housing; a cavity having a mounting space to have the common housing or the monopole housing mounted therein, which is formed according to a size of the common housing; and a plurality of terminals which are projected from a bottom of the cavity into the mounting space, or projected by passing through a bottom of the cavity into the mounting space, the terminals and the fuse elements of the n-series fusible link being electrically connected when the common housing is mounted in the cavity, and one of the terminals and the fuse element of the monopole fusible link being electrically connected when the monopole housing is mounted in the cavity; wherein a total length of the mounting space is set to be shorter than a sum of lengths of n-pieces of the monopole housings, and a plurality of the terminals are arranged corresponding to positions of a plurality of fuse terminals which are provided in the n-series fusible link, and also arranged at such positions that a plurality of the terminals do not interfere with the monopole housing, when the monopole fusible link is mounted in the cavity.
A heat exchanger, particularly a gas cooler, having at least one collecting tank, which extends in a longitudinal direction and comprises a base and a cover, whereby the base, at both of its edge regions running in the longitudinal direction, respectively has a rim by means of which the base overlaps on the outside both edge regions, running in the longitudinal direction, of the cover or whereby the cover, at both of its edge regions running in the longitudinal direction, has a rim by means of which the cover overlaps on the outside both edge regions, running in the longitudinal direction, of the base, whereby the rims of the base are higher than the outer edge of the cover or the rims of the cover are higher than the outer edge of the base, whereby the rims are parallel to each other and whereby the respective rim, in the longitudinal direction, has a plurality of peened portions with certain distances towards each other, by means of which said rim is deformed in the area of each individual peened portion in the direction of the collecting tank center and fixes the base and the cover to one another, whereby several more peened portions form a seat for at least one connecting piece, particularly a flange or retainer, and the connecting piece is fixed by the peened portions.
A method of wireless communication at a base station comprising: receiving a first sounding reference signal, SRS, from a first user equipment, UE, the first SRS transmitted on first SRS resources, wherein the first SRS resources comprise one or more time resources and one or more frequency resources; receiving a second SRS from a second different UE, the second SRS transmitted on second SRS resources, wherein the second SRS resources comprise one or more time resources and one or more frequency resources, wherein the second SRS is elongated such that the second SRS is received during an uplink period of a particular subframe and during at least a portion of a downlink period of the subframe, the subframe having a short subframe structure, and wherein at least some of the first SRS resources overlap with the second SRS resources, wherein the first SRS resources and the second SRS resources are included in the same subframe and wherein the subframe comprises at least one uplink, UL, portion and at least one downlink, DL, portion, and wherein the second SRS is transmitted with a low power relative to the first SRS; using the received first SRS to determine first beamforming parameters for transmission from the base station to the first UE during the DL portion of subframe; and using the received second SRS to determine second beamforming parameters for transmission from the base station to the second UE during DL portion of the subframe. receiving a first sounding reference signal, SRS, from a first user equipment, UE, the first SRS transmitted on first SRS resources, wherein the first SRS resources comprise one or more time resources and one or more frequency resources; receiving a second SRS from a second different UE, the second SRS transmitted on second SRS resources, wherein the second SRS resources comprise one or more time resources and one or more frequency resources, wherein the second SRS is elongated such that the second SRS is received during an uplink period of a particular subframe and during at least a portion of a downlink period of the subframe, the subframe having a short subframe structure, and wherein at least some of the first SRS resources overlap with the second SRS resources, wherein the first SRS resources and the second SRS resources are included in the same subframe and wherein the subframe comprises at least one uplink, UL, portion and at least one downlink, DL, portion, and wherein the second SRS is transmitted with a low power relative to the first SRS; using the received first SRS to determine first beamforming parameters for transmission from the base station to the first UE during the DL portion of subframe; and using the received second SRS to determine second beamforming parameters for transmission from the base station to the second UE during DL portion of the subframe.
A computer system comprising at least one processor device, wherein the computer system is configured to: group solar power systems (103A-J) that provide electric power to an electricity distribution system into clusters of the solar power systems (103A-J), wherein each of the clusters comprises a different subset of the solar power systems (103A-J); identify a solar source meter (102A-D, 401-406) in each of the clusters that is representative of the respective one of the clusters as a bellwether meter, wherein each of the bellwether meters monitors a power output of one of the solar power systems (103A-J) in one of the clusters; receive solar power generation data from the bellwether meters; and generate an estimate of current solar power generation of the solar power systems in each of the clusters and/or a solar power generation forecast for each of the clusters of the solar power systems (103A-J), using the solar power generation data from the bellwether meters in respective ones of the clusters. group solar power systems (103A-J) that provide electric power to an electricity distribution system into clusters of the solar power systems (103A-J), wherein each of the clusters comprises a different subset of the solar power systems (103A-J); identify a solar source meter (102A-D, 401-406) in each of the clusters that is representative of the respective one of the clusters as a bellwether meter, wherein each of the bellwether meters monitors a power output of one of the solar power systems (103A-J) in one of the clusters; receive solar power generation data from the bellwether meters; and generate an estimate of current solar power generation of the solar power systems in each of the clusters and/or a solar power generation forecast for each of the clusters of the solar power systems (103A-J), using the solar power generation data from the bellwether meters in respective ones of the clusters.
An electrolytic device for simultaneous electrolysis and catalytic gas elimination in a single electrolytic device, said electrolytic device comprising a housing including at least a first and second adjacent flow-through channels separated by a first charged barrier having exchangeable ions capable of passing ions of only one charge, positive or negative, and of blocking bulk liquid flow, said housing further comprising a third channel adjacent to said second channel and separated therefrom by a second charged barrier having exchangeable ions capable of passing ions of only one charge, positive or negative, and of blocking bulk liquid flow, first and second electrodes in electrical communication with said first and third channels, respectively, and a first catalyst, for combining hydrogen and oxygen gas, packed in said first channel, said electrolytic device further comprising a second catalyst, for combining hydrogen and oxygen gas, packed in said third channel, and a source of alternating current in electrical communication with said first and second electrodes.
A method of handling network traffic, the method carried out by a system with a communication device, a policy controller and a gateway, wherein the method comprises: receiving, at the policy controller, packet inspection data indicating service-related data traffic of a user and/or a service; receiving, at the policy controller, policy data of said user and/or said service; determining, at the policy controller on the basis of said packet inspection data and said policy data, a packet filter (72, 74) configured to filter data traffic on the basis of an identifier included into data packets of said service-related data traffic in response to packet inspection; signalling, from the policy controller towards the gateway, the determined packet filter (72, 74); routing, from the gateway and using the packet filter, data packets with the identifier to one of a plurality of bearers (52, 54); receiving, at the communication device, incoming data packets from one of a plurality of bearers (52, 54), the data packets with the identifier and including a further first identifier; detecting, at the communication device, outgoing data packets including a further second identifier which is complementary with respect to the further first identifier; and routing, from the communication device, the detected outgoing data packets having the further second identifier to the same bearer (52, 54) from which the incoming data packets having the further first identifier are received. receiving, at the policy controller, packet inspection data indicating service-related data traffic of a user and/or a service; receiving, at the policy controller, policy data of said user and/or said service; determining, at the policy controller on the basis of said packet inspection data and said policy data, a packet filter (72, 74) configured to filter data traffic on the basis of an identifier included into data packets of said service-related data traffic in response to packet inspection; signalling, from the policy controller towards the gateway, the determined packet filter (72, 74); routing, from the gateway and using the packet filter, data packets with the identifier to one of a plurality of bearers (52, 54); receiving, at the communication device, incoming data packets from one of a plurality of bearers (52, 54), the data packets with the identifier and including a further first identifier; detecting, at the communication device, outgoing data packets including a further second identifier which is complementary with respect to the further first identifier; and routing, from the communication device, the detected outgoing data packets having the further second identifier to the same bearer (52, 54) from which the incoming data packets having the further first identifier are received.
Method for preparing a material having a reduced chromium content, comprising the step consisting in bringing the material into contact with an appropriate quantity of an additive in the form of an aqueous solution having a pH of between 1 and 5, comprising a combination of iron and a polysaccharide or one of the salts thereof, in which the additive in the form of an aqueous solution is obtained by introducing polysaccharide or one of the salts thereof into an iron salt solution.
Safety coupling for a double screw extruder, having at least one pair of coupling half elements (10, 20) which each have a shaft-receiving bushing for the shaft end (202, 301) of a drive shaft or of an extruder screw, and which can be coupled to one another via at least two shearing elements, characterized - in that the coupling half elements (10, 20) each have a flangeless, cylindrical casing (12, 22) which surrounds the shaft-receiving bushing and merges into a base region (13, 23), - in that in each case at least one bore (14, 24) per shearing element is provided on an end side which closes the base region (13, 23), and - in that the coupling half elements (10, 20) lie one in front of another with their end sides (15, 25) placed at the respective end of the base region (13, 23), and are coupled via the shearing elements which span a separating plane between the end sides (15, 25). and which can be coupled to one another via at least two shearing elements, characterized - in that the coupling half elements (10, 20) each have a flangeless, cylindrical casing (12, 22) which surrounds the shaft-receiving bushing and merges into a base region (13, 23), - in that in each case at least one bore (14, 24) per shearing element is provided on an end side which closes the base region (13, 23), and - in that the coupling half elements (10, 20) lie one in front of another with their end sides (15, 25) placed at the respective end of the base region (13, 23), and are coupled via the shearing elements which span a separating plane between the end sides (15, 25). - in that the coupling half elements (10, 20) each have a flangeless, cylindrical casing (12, 22) which surrounds the shaft-receiving bushing and merges into a base region (13, 23), - in that in each case at least one bore (14, 24) per shearing element is provided on an end side which closes the base region (13, 23), and - in that the coupling half elements (10, 20) lie one in front of another with their end sides (15, 25) placed at the respective end of the base region (13, 23), and are coupled via the shearing elements which span a separating plane between the end sides (15, 25).
A welded transmission assembly for a track driven vehicle comprising: a transmission housing having a pair of spaced apart side walls, a bottom wall joining said side walls, first and second track frames welded to exterior sides of the respective side walls, each of said side walls having an uprightly extending motor mounting flange adjacent one end thereof, a separate reinforcing plate welded to an interior side of each of the motor mounting flanges of the side walls, a welded gusset brace extending from an exterior side of each of the motor mounting flanges to the respective track frame, and a brace plate welded on the exterior side of each of the side walls adjacent the gusset braces and each brace plate having a portion at least partially extending along the respective motor mounting flanges. a transmission housing having a pair of spaced apart side walls, a bottom wall joining said side walls, first and second track frames welded to exterior sides of the respective side walls, each of said side walls having an uprightly extending motor mounting flange adjacent one end thereof, a separate reinforcing plate welded to an interior side of each of the motor mounting flanges of the side walls, a welded gusset brace extending from an exterior side of each of the motor mounting flanges to the respective track frame, and a brace plate welded on the exterior side of each of the side walls adjacent the gusset braces and each brace plate having a portion at least partially extending along the respective motor mounting flanges.
A mould for manufacturing a turbomachine fan casing made of a composite material with fibrous reinforcement that is densified by a matrix, which mould comprises: - an impregnation mandrel around which a fibrous preform is intended to be wound; - a plurality of angular counter-mould sectors assembled around the external contour of the impregnation mandrel, which are intended to close the mould; the impregnation mandrel comprising, on the one hand, a main body and, on the other hand, an annular barrel which is arranged around the main body and around which the fibrous preform is intended to be wound, the barrel and the angular sectors defining a moulding cavity intended to receive the fibrous preform, the main body and the angular sectors being made of a first material that has a first thermal expansion coefficient, the barrel being made of a second material that has a second thermal expansion coefficient, the second thermal expansion coefficient being greater than the first thermal expansion coefficient. - an impregnation mandrel around which a fibrous preform is intended to be wound; - a plurality of angular counter-mould sectors assembled around the external contour of the impregnation mandrel, which are intended to close the mould; the impregnation mandrel comprising, on the one hand, a main body and, on the other hand, an annular barrel which is arranged around the main body and around which the fibrous preform is intended to be wound, the barrel and the angular sectors defining a moulding cavity intended to receive the fibrous preform, the main body and the angular sectors being made of a first material that has a first thermal expansion coefficient, the barrel being made of a second material that has a second thermal expansion coefficient, the second thermal expansion coefficient being greater than the first thermal expansion coefficient.
Artificial tripartite synapse, comprising: a memristor, comprising a first electrode, a second electrode and a memristive layer arranged between the first electrode and the second electrode, wherein the memristor is adapted to obtain an asymmetrical current density distribution in the memristive layer; and a field effect transistor; wherein the memristor is connected to a gate of the field effect transistor; wherein the memristive layer comprises an asymmetrical doping density distribution or an asymmetrical trap density distribution that are unaffected by a state of the memristor in order to obtain the asymmetrical current density distribution in the memristive layer; and wherein the current density varies along an equipotential line within the memristive layer or wherein the current density within the memristive layer is asymmetrical along a current path from the first electrode to the second electrode. a memristor, comprising a first electrode, a second electrode and a memristive layer arranged between the first electrode and the second electrode, wherein the memristor is adapted to obtain an asymmetrical current density distribution in the memristive layer; and a field effect transistor; wherein the memristor is connected to a gate of the field effect transistor; wherein the memristive layer comprises an asymmetrical doping density distribution or an asymmetrical trap density distribution that are unaffected by a state of the memristor in order to obtain the asymmetrical current density distribution in the memristive layer; and wherein the current density varies along an equipotential line within the memristive layer or wherein the current density within the memristive layer is asymmetrical along a current path from the first electrode to the second electrode.
A sparked reciprocating four-stroke internal combustion hydrogen-fueled engine comprising an engine casing, a crankshaft rotatable about a crankshaft axis, a cylinder arranged inside said engine casing, a piston arranged inside said cylinder to movably reciprocate along a reciprocating axis between a top dead center position distal from said crankshaft and a bottom dead center position proximal to said crankshaft and operatively connected to the crankshaft such that the reciprocating piston imparts a rotational movement to the crankshaft, a combustion chamber defined within said cylinder between the engine casing and a head of the piston opposite said crankshaft, an intake valve (40.1), an exhaust valve (45.1), a hydrogen injector configured to directly inject hydrogen into said combustion chamber, a water injector configured to directly inject water into said combustion chamber; a spark or glow plug, and an engine control unit configured to control timing and quantity of hydrogen injection and of water injection, wherein said engine control unit is configured to inject hydrogen into the combustion chamber at a first timing from 20 ° before TDC during compression stroke to 20 ° after TDC, to inject water into the combustion chamber at a second timing from 110 ° to 90 ° before TDC during compression stroke and to inject hydrogen into the combustion chamber at a third timing from 180 ° to 100 ° before TDC during compression stroke.
An apparatus for detecting the degree of malignancy of the circulating tumor cells, characterized by comprising: (a) a means of receiving an amount of fluorescence signal or the luminescence signal of epithelial cell-binding component bound to each of the circulating tumor cells and an amount of fluorescence signal or the luminescence signal of mesenchymal cell-binding component bound to each of circulating tumor cells, and (b) a means of determining the degree of epithelial-mesenchymal transition of each of the circulating tumor cells based on the received amount of signal of the epithelial cell-binding component and the received amount of signal of the mesenchymal cell-binding component. (a) a means of receiving an amount of fluorescence signal or the luminescence signal of epithelial cell-binding component bound to each of the circulating tumor cells and an amount of fluorescence signal or the luminescence signal of mesenchymal cell-binding component bound to each of circulating tumor cells, and (b) a means of determining the degree of epithelial-mesenchymal transition of each of the circulating tumor cells based on the received amount of signal of the epithelial cell-binding component and the received amount of signal of the mesenchymal cell-binding component.