mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor package structure, comprising: a first semiconductor package comprising: a first semiconductor die having a first surface and a second surface opposite thereto; a first package substrate disposed on the first surface of the first semiconductor die; a first molding compound surrounding the first semiconductor die and the first package substrate (no); and a first redistribution layer, RDL, structure disposed on the first molding compound, wherein the first package substrate is interposed and electrically coupled between the first semiconductor die and the first RDL structure; wherein the first semiconductor die includes an RDL structure adjacent to the first surface of the first semiconductor die; wherein the first package substrate serves as a fan-out layer; and wherein the first package substrate is electrically coupled to the first RDL structure via a plurality of solder balls (140a, 140b); or wherein the first package substrate is in direct contact with the first RDL structure; and wherein the first semiconductor package further comprises: a first protective layer disposed over the second surface of the first semiconductor die and the first molding compound; and an adhesion layer disposed between the first protective layer and the first semiconductor die. a first semiconductor die having a first surface and a second surface opposite thereto; a first package substrate disposed on the first surface of the first semiconductor die; a first molding compound surrounding the first semiconductor die and the first package substrate (no); and a first redistribution layer, RDL, structure disposed on the first molding compound, wherein the first package substrate is interposed and electrically coupled between the first semiconductor die and the first RDL structure; wherein the first semiconductor die includes an RDL structure adjacent to the first surface of the first semiconductor die; wherein the first package substrate serves as a fan-out layer; and wherein the first package substrate is electrically coupled to the first RDL structure via a plurality of solder balls (140a, 140b); or wherein the first package substrate is in direct contact with the first RDL structure; and wherein the first semiconductor package further comprises: a first protective layer disposed over the second surface of the first semiconductor die and the first molding compound; and an adhesion layer disposed between the first protective layer and the first semiconductor die. a first protective layer disposed over the second surface of the first semiconductor die and the first molding compound; and an adhesion layer disposed between the first protective layer and the first semiconductor die.
A container for transport or storage of ethylene sensitive perishable products comprising within the container a chlorine releasing agent which is accessible for ethylene; and a barrier that prevents direct contact of said chlorine releasing agent with said perishable products; wherein the chlorine releasing agent is in the form of granula coated with a polymer coating which allows gaseous contact between the chlorine releasing agent and the surroundings thereof.
A circumferential ablation system for ablating tissue in the ostial wall of a target vessel comprising: a catheter body having a central axis extending in a longitudinal direction and a fluid injection lumen; at least two expandable injector tubes secured to said catheter body, each of said injector tubes having an injector tube lumen in fluid communication with the catheter body fluid injection lumen, said injector tubes having an injection needle with injector needle lumen, the injector needle being connected to the distal end of the injector tube and the injector needle lumen being in fluid communication with the injector tube lumen; and an external source of ablative fluid configured to be in fluid communication with each of said injector tube lumens, wherein proximal to the distal end of each injector needle there is a penetration limiting member so that the injector needles only penetrate into the tissue of the ostial wall to a preset distance, characterized in that the circumferential ablation system further comprises a centering structure configured to center the circumferential ablation system and in that one or more stabilizing structures (93P, 93D) constrain the movement of the injector tubes. a catheter body having a central axis extending in a longitudinal direction and a fluid injection lumen; at least two expandable injector tubes secured to said catheter body, each of said injector tubes having an injector tube lumen in fluid communication with the catheter body fluid injection lumen, said injector tubes having an injection needle with injector needle lumen, the injector needle being connected to the distal end of the injector tube and the injector needle lumen being in fluid communication with the injector tube lumen; and an external source of ablative fluid configured to be in fluid communication with each of said injector tube lumens, wherein proximal to the distal end of each injector needle there is a penetration limiting member so that the injector needles only penetrate into the tissue of the ostial wall to a preset distance, characterized in that the circumferential ablation system further comprises a centering structure configured to center the circumferential ablation system and in that one or more stabilizing structures (93P, 93D) constrain the movement of the injector tubes.
A method, implementable at a network-side in a wireless communication network, comprising: receiving at a MTC-IWF a trigger request, sent by a MTC-Server, including an external identification, ID, of a machine type communication, MTC, device; transmitting a device information request including the external ID to a HSS/HLR; receiving, in response to the device information request, a first internet protocol, IP, address, a private IPv4 address, for the MTC device, and the address of the GGSN/P-GW assigned to the MTC Device the first IP address being in a private address space of the wireless network; and at the MTC-IWF obtaining (804 - 807) a second IP address (Dt) based on the first IP address, the second IP address corresponding to a translation of the first IP address in a second network from which the trigger request was received. receiving at a MTC-IWF a trigger request, sent by a MTC-Server, including an external identification, ID, of a machine type communication, MTC, device; transmitting a device information request including the external ID to a HSS/HLR; receiving, in response to the device information request, a first internet protocol, IP, address, a private IPv4 address, for the MTC device, and the address of the GGSN/P-GW assigned to the MTC Device the first IP address being in a private address space of the wireless network; and at the MTC-IWF obtaining (804 - 807) a second IP address (Dt) based on the first IP address, the second IP address corresponding to a translation of the first IP address in a second network from which the trigger request was received.
Submarine communications cable comprising optical conductors surrounded by an electrically conductive tube, an armouring, which surrounds the tube externally and is surrounded by a jacket layer, and an external insulation, wherein the jacket layer is formed by at least one wrapped layer of at least one thin flexible and/or elastic strip-like band (15, 17), and characterized in that the at least one band (15, 17) is formed from an at least partially conductive plastic or a plastic which is more conductive than such a plastic for the electrical insulation.
An electric shaver, comprising: an outer blade including blade holes defined by bars; an inner blade which is provided inside of the outer blade and moved relative to the outer blade to cut a body hair inserted into one of the blade holes, wherein the bars include a hair raising bar having a hair raising portion raising the body hair, the hair raising bar includes a skin contact surface facing skin, a flat-bottom surface formed on the inner blade side, an inner side surface facing the blade holes or the inner blade, and a hair raising surface connecting the skin contact surface and the inner side surface, characterized by a profile shape of a cross section of the hair raising portion is formed by connecting a blade hole side edge in a cross-sectional line of the skin contact surface and a blade hole side edge in a cross-sectional line of the inner side surface with one linear connecting element, and the linear connecting element and the cross-sectional line of the skin contact surface are connected so that the angle between the linear connecting element and the cross-sectional line of the skin contact surface is not less than 90 degrees but less than 180 degrees, and the linear connecting element and the cross-sectional line of the inner side surface are connected so that the angle between the linear connecting element and the cross-sectional line of the inner side surface is not less than 90 degrees but less than 180 degrees, wherein the inner side surface is inclined. an outer blade including blade holes defined by bars; an inner blade which is provided inside of the outer blade and moved relative to the outer blade to cut a body hair inserted into one of the blade holes, wherein the bars include a hair raising bar having a hair raising portion raising the body hair, the hair raising bar includes a skin contact surface facing skin, a flat-bottom surface formed on the inner blade side, an inner side surface facing the blade holes or the inner blade, and a hair raising surface connecting the skin contact surface and the inner side surface, characterized by a profile shape of a cross section of the hair raising portion is formed by connecting a blade hole side edge in a cross-sectional line of the skin contact surface and a blade hole side edge in a cross-sectional line of the inner side surface with one linear connecting element, and the linear connecting element and the cross-sectional line of the skin contact surface are connected so that the angle between the linear connecting element and the cross-sectional line of the skin contact surface is not less than 90 degrees but less than 180 degrees, and the linear connecting element and the cross-sectional line of the inner side surface are connected so that the angle between the linear connecting element and the cross-sectional line of the inner side surface is not less than 90 degrees but less than 180 degrees, wherein the inner side surface is inclined.
A method used for a communication network, comprising: allocating, by a label management device, a first Ethernet segment identifier, ESI, label to a first Ethernet segment, ES, of a first provider edge, PE, device, wherein the first ESI label is used to uniquely identify a first ESI, the first ESI is used to identify the first ES, the first ES comprises a first link between the first PE and a first customer edge, CE; and sending, by the label management device, a first ESI label allocation message to the first PE device, wherein the first ESI label allocation message carries the first ESI label. allocating, by a label management device, a first Ethernet segment identifier, ESI, label to a first Ethernet segment, ES, of a first provider edge, PE, device, wherein the first ESI label is used to uniquely identify a first ESI, the first ESI is used to identify the first ES, the first ES comprises a first link between the first PE and a first customer edge, CE; and sending, by the label management device, a first ESI label allocation message to the first PE device, wherein the first ESI label allocation message carries the first ESI label.
A polyester film comprising a polyester resin layer A and another polyester resin layer B, wherein the layer A contains organic pigment of 0.01 to 5 weight %, characterized in that said organic pigment is Color-Index Pigment Yellow 180 having a molecular weight of 732, and at least one side of the layer A is laminated with said layer B without said organic pigment whose thickness is 0.1 to 3 μm.
Flue gas treatment plant, comprising a flue gas desulphurisation plant with associated flue gas cooler designed as a spray washer and located downstream of the flue gas path of the flue gas desulphurisation plant, which can be brought into a pipework connection (5, 6), conveying desulphurised flue gas, with the flue gas desulphurisation plant and comprises a connected cooling water cycle, wherein the process or cooling water of the cooling water cycle can be brought into contact with the flue gas cooler, through which flue gas flows and wherein a cycle water excess cooled by condensation generated from the flue gas can be cooled in a water reservoir supplied by the cooling water cycle, and can be brought into contact with the cooling water cycle and the flue gas desulphurisation plant forms a process and/or cooling water supplying pipework connection (24, 26, 27), and wherein a cooling tower is located in the cooling water cycle, and the cooling water cycle can be brought into pipework connection (26, 27) contact with the flue gas desulphurisation plant, characterised in that, the cooling tower comprises air cooling with indirect heat transfer to the cooling cycle water, and in that the water reservoir is located downstream from the cooling tower, and in that a first controllable cooling water distribution of the cycle cooling water takes place in the pipework connection (26, 27), which can distribute the cycle cooling water coming from the cooling tower depending on an operating mode of the flue gas treatment plant, selected from relevant alternatively adjustable operating modes, in which the flue gas treatment plant is operated depending on the season and/or time of day and the ambient temperature available for cooling in a water reservoir supply leading to the water reservoir and/or in the pipework connection (26, 27) leading to the flue gas desulphurisation plant and/or in a connection line (21, 26) in pipework connection with the flue gas cooler, and in that a second controllable cooling water distribution takes place in the pipework connection (26, 27), which can distribute the cycle cooling water coming from a water reservoir outlet line in pipework connection with the water reservoir, depending on an operating mode of the flue gas treatment plant selected from relevant alternatively adjustable operating modes, in which the flue gas treatment plant is operated depending on the season and/or time of day and the ambient temperature available for cooling, in a cooling water or process water supply line leading to the flue gas desulphurisation plant and/or in the connection line in pipework connection with the flue gas cooler.
An aircraft comprising: an outer skin having an opening formed therein; a cargo compartment comprising a plurality of side walls that define an interior of said cargo compartment, said plurality of side walls positioned such that said interior is in flow communication with said opening; a hinged panel coupled to said outer skin, said hinged panel operable between a closed position for covering said opening and an open position for exposing said interior to an ambient environment outside the aircraft; and a release device configured to retain said hinged panel in the closed position, and configured to release said hinged panel for movement into the open position when an unexpected combustion event forms in said interior; wherein said release device is fabricated from temperature-sensitive material having a melting point such that said hinged panel is automatically released when a temperature within said interior is greater than the melting point. an outer skin having an opening formed therein; a cargo compartment comprising a plurality of side walls that define an interior of said cargo compartment, said plurality of side walls positioned such that said interior is in flow communication with said opening; a hinged panel coupled to said outer skin, said hinged panel operable between a closed position for covering said opening and an open position for exposing said interior to an ambient environment outside the aircraft; and a release device configured to retain said hinged panel in the closed position, and configured to release said hinged panel for movement into the open position when an unexpected combustion event forms in said interior; wherein said release device is fabricated from temperature-sensitive material having a melting point such that said hinged panel is automatically released when a temperature within said interior is greater than the melting point.
A method for a serving gateway node, SGW, being adapted for operating in a network in which a control-plane tunnel between a mobility management entity, MME, and the SGW, a control plane tunnel between the SGW and a packet gateway node, PGW, and one or more user plane tunnels between the SGW and the PGW, may be set up, and wherein the SGW is adapted for entering a state of ECM-IDLE or ECM-CONNECTED for a user entity, UE, in question, the serving gateway node moreover being adapted for effectuating a setting up one or more user plane tunnels between the SGW and a base station (eNodeB), the method comprising the steps of - upon receiving a Create Session Request message from the MME or upon transmitting a Session Request Response message to the MME, starting a timer, which upon time-out effectuating the SGW to put the user entity in ECM-IDLE if no Modify Bearer Request is received wherein after the timer is started and before it has expired as time-out, - effectuating to put the user entity in ECM-IDLE upon receiving a Modify Bearer Request message without any S1-U eNodeB Fully Qualified Tunnel End-point Identifier wherein after the timer is started and before it has expired as time-out, - effectuating to adopt an ECM-CONNECTED status upon receiving a Modify Bearer Request message with eNodeB Fully Qualified Tunnel Endpoint Identifier. - upon receiving a Create Session Request message from the MME or upon transmitting a Session Request Response message to the MME, - effectuating to put the user entity in ECM-IDLE upon receiving a Modify Bearer Request message without any S1-U eNodeB Fully Qualified Tunnel End-point Identifier - effectuating to adopt an ECM-CONNECTED status upon receiving a Modify Bearer Request message with eNodeB Fully Qualified Tunnel Endpoint Identifier.
An engine system for vehicles and fixed installations based on Diesel cycle comprising - a Diesel cycle internal combustion engine comprising an intake line and an exhaust line and respective first fuel injection means, - a combustion chamber arranged on the exhaust line of the Diesel cycle engine, so as to burn the residual oxygen contained in the exhaust gases produced by the Diesel cycle engine, - a first turbine operatively associated with said exhaust line, - second combustion means comprising an injector for introducing and burning fuel in said combustion chamber arranged downstream of said internal combustion engine and immediately upstream of said first turbine, - a pollutant reduction device connected to said exhaust line downstream of said first turbine to treat the exhaust gases produced by said Diesel cycle engine and by said second combustion means, - processing means configured to control at least a combustion of said second combustion means; characterized in that said processing means are configured to control the introduction of fuel operated by said second combustion means so as to maintain a lambda value of the exhaust gases entering said pollutant reduction device equal to 1.0; wherein said pollutant reduction device is a 3-way catalyst. - a Diesel cycle internal combustion engine comprising an intake line and an exhaust line and respective first fuel injection means, - a combustion chamber arranged on the exhaust line of the Diesel cycle engine, so as to burn the residual oxygen contained in the exhaust gases produced by the Diesel cycle engine, - a first turbine operatively associated with said exhaust line, - second combustion means comprising an injector for introducing and burning fuel in said combustion chamber arranged downstream of said internal combustion engine and immediately upstream of said first turbine, - a pollutant reduction device connected to said exhaust line downstream of said first turbine to treat the exhaust gases produced by said Diesel cycle engine and by said second combustion means, - processing means configured to control at least a combustion of said second combustion means;
A household appliance comprising an external casing housing a rotatable drum assembly and designed to be mounted to a wall, wherein said casing is shaped so as to define therein a washing tub for containing water/washing liquid and rotatably accommodating the rotatable drum assembly, characterized in that said tub is a generically cylindrical hollow space delimited by a generically cylindrical wall, integral with and rearwardly projecting from a front wall of the casing, and by a back wall integral with the cylindrical wall.
A rotary washing brush assembly for motor vehicle washing systems, said brush assembly comprising a plurality of band cleaning elements (2, 44, 45), each of which comprises a plate body applied to a central washing brush shaft; the plate body (2, 44, 45) having a n elongated configuration, extending according to a longitudinal axis thereof, and including a plurality of cut-outs, characterized in that said cut-outs define, at an operating washing end portion of each said band cleaning element (2, 44, 45), a plurality of tapering flat strips, said strips being triangular and having either bevelled or non-bevelled corner portions, thereby said operating wash end portions of each band cleaning element softly contacts without damaging a motor vehicle body, while providing a strong washing force and reducing a washing noise of the brush assembly.
A light-emitting apparatus, comprising: a substrate; a LED string mounted on the substrate, in which LED string a plurality of LEDs (D1, D2, D3, D4, D5, D6) are connected in series; a power supply path connected in series to the LED string; and a protection element (C1, C2, C3, C4, C5) arranged between a connection (N1, N2, N3, N4, N5) between at least one set of LEDs (D1, D2, D3, D4, D5, D6) in the LED string and the power supply path, wherein the impedance of said protection element (C1, C2, C3, C4,C5) is smaller than an impedance between the connection (N1, N2, N3, N4, N5) and a case ground. a substrate; a LED string mounted on the substrate, in which LED string a plurality of LEDs (D1, D2, D3, D4, D5, D6) are connected in series; a power supply path connected in series to the LED string; and a protection element (C1, C2, C3, C4, C5) arranged between a connection (N1, N2, N3, N4, N5) between at least one set of LEDs (D1, D2, D3, D4, D5, D6) in the LED string and the power supply path, wherein the impedance of said protection element (C1, C2, C3, C4,C5) is smaller than an impedance between the connection (N1, N2, N3, N4, N5) and a case ground.
A ski with a sliding surface and a ski upper surface (1") opposite the sliding surface, wherein a climbing aid is fastenable to the sliding surface and, in a region in front of a standing surface, the ski has a continuous opening extending from the sliding surface to the ski upper surface, in which a guide housing, having a through opening (3"), is accommodated, characterised in that the opening is provided for the passage of the climbing aid and arranged on the ski upper surface, separately from the guide housing, there is a securing element, which includes an extension directed towards the ski upper surface (1"), which, in the installed condition, is accommodated in a corresponding recess in the ski, whereby the securing element includes at least one retaining element for positive connection with a corresponding counterpart on the climbing aid.