mhurhangee/ep-ind-claims huggingface dataset:
A heater unit, comprising: a substrate made of a polymeric foam; and a cord-shaped heater arranged on the substrate, wherein a thickness of the substrate is thinner at a portion on which the cord-shaped heater is arranged than other area so that the portion is formed along a shape of the cord-shaped heater and the heater unit is approximately flat, a heat-fusing portion is formed on an outermost layer of the cord-shaped heater, and the heat-fusing portion of the cord-shaped heater is melted and permeated in the polymeric foam to form a fixed portion, characterized in that the width of the fixed portion exceeds three times of the width of a core material of the cord-shaped heater, the width of the fixed portion and the width of the core material of the heater being considered in the width direction of the substrate. a substrate made of a polymeric foam; and a cord-shaped heater arranged on the substrate, wherein a thickness of the substrate is thinner at a portion on which the cord-shaped heater is arranged than other area so that the portion is formed along a shape of the cord-shaped heater and the heater unit is approximately flat, a heat-fusing portion is formed on an outermost layer of the cord-shaped heater, and the heat-fusing portion of the cord-shaped heater is melted and permeated in the polymeric foam to form a fixed portion, characterized in that the width of the fixed portion exceeds three times of the width of a core material of the cord-shaped heater, the width of the fixed portion and the width of the core material of the heater being considered in the width direction of the substrate.
A retrofitted wind turbine installation (72, 72', 72") for replacing a prior wind turbine installation of conventional design without stay cables (68, 86), the prior wind turbine installation including a foundation and a wind turbine having a tower supported on the foundation and an energy generating unit, the retrofitted wind turbine installation (72, 72', 72") comprising: the foundation of the prior wind turbine installation; and a replacement wind turbine (60, 60') supported by the foundation, the replacement wind turbine (60, 60') including a replacement tower (62, 62') and a replacement energy generating unit; wherein a tower of the retrofitted wind turbine installation (72, 72', 72") is a cable-stayed tower having a plurality of stay cables (68, 86) connected at one end to the tower of the retrofitted wind turbine installation (72, 72', 72") at a cable mounting position and at the other end to stay cable foundations, the plurality of stay cables (68, 86) configured to reduce bending loads being transferred to the foundation and thereby extend an operating life of the foundation. the foundation of the prior wind turbine installation; and a replacement wind turbine (60, 60') supported by the foundation, the replacement wind turbine (60, 60') including a replacement tower (62, 62') and a replacement energy generating unit; wherein a tower of the retrofitted wind turbine installation (72, 72', 72") is a cable-stayed tower having a plurality of stay cables (68, 86) connected at one end to the tower of the retrofitted wind turbine installation (72, 72', 72") at a cable mounting position and at the other end to stay cable foundations, the plurality of stay cables (68, 86) configured to reduce bending loads being transferred to the foundation and thereby extend an operating life of the foundation.
Particulate filter comprising a wall flow filter of length L and three different coatings X, Y, and Z, wherein the wall flow filter comprises channels E and A that extend in parallel between a first and a second end of the wall flow filter and are separated by porous walls forming surfaces O E or O A, respectively, and wherein the channels E are sealed at the second end and the channels A are sealed at the first end, characterized in that coating X is located in the porous walls, coating Y is located in the channels E on the surfaces O E, and coating Z is located in the channels A on the surfaces O A, wherein coating X comprises cerium oxide and platinum, coating Y comprises cerium oxide and palladium, and coating Z comprises platinum.
Filter device for filtering out solid material from a solid-liquid-mixture, comprising a bearing shaft which extends along a rotation axis, a rotation body which is detachably mounted to the bearing shaft and which is supported by the bearing shaft so as to be rotatable around the rotation axis, which bearing shaft is formed in form of a cylinder drum or a cylinder drum segment, one or more filter cells which are respectively formed on the outer periphery of the rotation body and which respectively comprise: a filter means which is attached on the outer periphery of the rotation body and which is for filtering out the solid material from the solid-liquid-mixture, wherein the liquid of the solid-liquid-mixture is allowed to pass from a filter means inlet side to a filter means outlet side, wherein the solid material accumulates on the outer side of the filter means, and a connection channel which is formed in the rotation body and which extends from the filter means outlet side to a spout opening which is formed on an axial side of the rotation body in a radial distance to the rotation axis, a control device which has a control assembly for controllably providing a connection between the respective spout opening and a plurality of conduits, wherein the control assembly comprises: a sealing disc which is formed to be co-rotatable with the rotation body and in which a through opening is respectively formed in correspondence to the respective spout opening, and a control disc which is in a fluid-tight sliding rotational engagement with the sealing disc and in which control openings are formed, which are connected to a respective conduit and which are connected to the respective through opening of the sealing disc in dependence on the rotation position of the rotation body in order to connect the filter means outlet side of the respective filter cell with the respective conduit in dependence on the rotation position of the rotation body, and a housing which comprises a housing interior which completely accommodates the rotation body, wherein the control assembly is arranged in the housing axially between a housing wall, which axially delimits the housing interior and extends crossways to the rotation axis, and the rotation body, and wherein the bearing shaft comprises a free end, wherein the rotation body is detachably attached on the free end of the bearing shaft and is supported by means of the bearing shaft via a bearing only on one side, wherein the conduits, which are branched-off from the control disc, are formed so as to extend in a direction approximately parallel to the rotational axis through the housing wall, which extends crossways to the rotation axis, in direction away from the rotation body, wherein the conduits extend in a radial distance to the bearing shaft as well as in a radial distance to the bearing radially outwardly thereof.
A method comprising: receiving, in a device manager, from a user equipment, one or more first messages indicating a closed group comprising at least two of a plurality of user equipment, the closed group sharing provisioning information and the user equipment being member of the closed group; generating, in the device manager, provisioning information for the closed group; and sending, from the device manager, one or more second messages including the provisioning information to the at least two of the plurality of user equipment, characterized in that the provisioning information includes at least one of policy information comprising at least one of information on preferred network connections and credentials for authentication, and discovery information comprising information identifying the location of networks and network elements to which a user equipment may connect. receiving, in a device manager, from a user equipment, one or more first messages indicating a closed group comprising at least two of a plurality of user equipment, the closed group sharing provisioning information and the user equipment being member of the closed group; generating, in the device manager, provisioning information for the closed group; and sending, from the device manager, one or more second messages including the provisioning information to the at least two of the plurality of user equipment, characterized in that the provisioning information includes at least one of policy information comprising at least one of information on preferred network connections and credentials for authentication, and discovery information comprising information identifying the location of networks and network elements to which a user equipment may connect.
Method for quick reconfiguration of routing in the event of a fault in a port of a switch comprising a plurality of ports (150, 150.i, 150.1, 150.N), a persistent memory comprising at least one routing table zone (130.1) comprising a plurality of routing recordings for maintaining data corresponding to a routing table (130.1), and a working memory comprising several zones of which at least a routing table zone (120.1), it is a copy of the routing table of the persistent memory, for working on data corresponding to a routing table (120.1), characterised in that it comprises the following steps: - Transmitting a first message to indicate a fault which comprises at least one identifier of the switch and one identifier of the faulty port of the switch, - Independently updating the routing data only in the working memory by replacing an identifier of the port with the fault (150.i) with an identifier of an operational port, the identifier of the operational port being selected locally, - Transmitting a second message to indicate that the table was updated, comprising a payload of this second message comprises at least one switch identifier and one description of the modifications made to the routing data in the working memory, - Receiving a routing table updating message, - Using data of the routing table updating message in order to update the working memory and the persistent memory, with these updates being compliant with the data of the updating message. - Transmitting a first message to indicate a fault which comprises at least one identifier of the switch and one identifier of the faulty port of the switch, - Independently updating the routing data only in the working memory by replacing an identifier of the port with the fault (150.i) with an identifier of an operational port, the identifier of the operational port being selected locally, - Transmitting a second message to indicate that the table was updated, comprising a payload of this second message comprises at least one switch identifier and one description of the modifications made to the routing data in the working memory, - Receiving a routing table updating message, - Using data of the routing table updating message in order to update the working memory and the persistent memory, with these updates being compliant with the data of the updating message.
A display method, comprising: capturing a first image in front of an image display surface of a display apparatus that displays a second image and detecting the presence of a moving body positioned in front of the image display surface; determining a power saving amount of the display apparatus including the power saving amount of the image display surface when no display is made as a result of an analysis of the presence or absence of a human face and a detection result of the moving body in the captured image, characterised by deriving an actual power saving amount by subtracting a power consumption amount associated with a display of the power saving amount on the image display surface from the determined power saving amount, and causing display of the actual power saving amount on the image display surface. capturing a first image in front of an image display surface of a display apparatus that displays a second image and detecting the presence of a moving body positioned in front of the image display surface; determining a power saving amount of the display apparatus including the power saving amount of the image display surface when no display is made as a result of an analysis of the presence or absence of a human face and a detection result of the moving body in the captured image,
A method of operating a switched-mode power supply (SMPS) for supplying power to a load circuit, which draws a supply current that varies with an input signal to the load circuit, the method comprising monitoring the input signal (V IN) and controlling the amount of accumulated energy transferred for consumption by the load circuit, in use, in accordance with the input signal (V IN) wherein the amount of accumulated energy transferred is controlled to meet a predicted supply current requirement (I Load) based on the input signal (V IN) in accordance with a predetermined mathematical model, wherein the load circuit is a power amplifier, such as a Class-D power amplifier, characterized in that the predicted supply current requirement (I Load) is calculated from the input signal (V IN) using the formula: I L O A D = A V I N 2 η d V O U T Z S P in which: I LOAD is the predicted supply current requirement; A is the power amplifier gain; V IN is the input signal; η d is the efficiency of the power amplifier; V OUT is the SMPS output voltage; and Z SP is the impedance of a speaker connected to the power amplifier. I LOAD is the predicted supply current requirement; A is the power amplifier gain; V IN is the input signal; η d is the efficiency of the power amplifier; V OUT is the SMPS output voltage; and Z SP is the impedance of a speaker connected to the power amplifier.
A method of wireless communication for a base station, the method comprising: communicating data with a user equipment, UE, through an active beam; transmitting, to the UE through the active beam, information indicating a periodicity at which control information is to be communicated on a control channel through a control-information beam, the control information including an indication of quality associated with the active beam, the control-information beam being different from the active beam; and communicating, with the UE, the control information on the control channel through the control-information beam at the periodicity. communicating data with a user equipment, UE, through an active beam; transmitting, to the UE through the active beam, information indicating a periodicity at which control information is to be communicated on a control channel through a control-information beam, the control information including an indication of quality associated with the active beam, the control-information beam being different from the active beam; and communicating, with the UE, the control information on the control channel through the control-information beam at the periodicity.
A hand-held massaging system for reciprocating against a body surface, comprising: a reciprocating motor having a reciprocating shaft having a single stroke axis and a stroke length; a body follower having a proximal side and a distal side; a rod having a proximal end removably coupled to the reciprocating shaft to maintain the rod in axial alignment therewith, and a distal end configured to (i) rotatably attach to the proximal side of the body follower by means of a rotating joint that defines a center of rotation, and (ii) allow an angle of the stroke axis with respect to the body surface to vary while reciprocating the body follower along the stroke axis and against the body surface; and a swivel on the stroke axis allowing the body follower to turn about the stroke axis and to reciprocate along the stroke axis; the distal side of the body follower having a body contact area and having a maximum length at least three times greater than a minimum distance from the center of rotation of the rotating joint to the distal side of the body follower. a body follower having a proximal side and a distal side; a rod having a proximal end removably coupled to the reciprocating shaft to maintain the rod in axial alignment therewith, and a distal end configured to (i) rotatably attach to the proximal side of the body follower by means of a rotating joint that defines a center of rotation, and (ii) allow an angle of the stroke axis with respect to the body surface to vary while reciprocating the body follower along the stroke axis and against the body surface; and a swivel on the stroke axis allowing the body follower to turn about the stroke axis and to reciprocate along the stroke axis; the distal side of the body follower having a body contact area and having a maximum length at least three times greater than a minimum distance from the center of rotation of the rotating joint to the distal side of the body follower.
A flexible sensor belt suitable for being worn around an abdominal part of a human body, comprising an electrode portion having one or more electrodes with a surface for contacting a skin of the body, a flexible printed circuit board (flex-PCB) carrying wiring that connects the one or more electrodes for readout, and a barrier that encapsulates the wiring wherein the barrier includes: a primary barrier structure formed by a dielectric carrier substrate of the flex-PCB and a dielectric cover layer that covers the wiring opposite the carrier substrate; and a secondary barrier structure that encapsulates the first barrier structure, said secondary barrier structure comprising at least: a first layer comprising a first electrically insulating elastomeric composition and that extends at least along a skin-facing side of the belt, and a second layer, in addition to the first, comprising a second electrically insulating elastomeric composition and that extends along a non-skin facing side of the belt. an electrode portion having one or more electrodes with a surface for contacting a skin of the body, a flexible printed circuit board (flex-PCB) carrying wiring that connects the one or more electrodes for readout, and a barrier that encapsulates the wiring wherein the barrier includes: a primary barrier structure formed by a dielectric carrier substrate of the flex-PCB and a dielectric cover layer that covers the wiring opposite the carrier substrate; and a secondary barrier structure that encapsulates the first barrier structure, said secondary barrier structure comprising at least: a first layer comprising a first electrically insulating elastomeric composition and that extends at least along a skin-facing side of the belt, and a second layer, in addition to the first, comprising a second electrically insulating elastomeric composition and that extends along a non-skin facing side of the belt. a primary barrier structure formed by a dielectric carrier substrate of the flex-PCB and a dielectric cover layer that covers the wiring opposite the carrier substrate; and a secondary barrier structure that encapsulates the first barrier structure, said secondary barrier structure comprising at least: a first layer comprising a first electrically insulating elastomeric composition and that extends at least along a skin-facing side of the belt, and a second layer, in addition to the first, comprising a second electrically insulating elastomeric composition and that extends along a non-skin facing side of the belt. a first layer comprising a first electrically insulating elastomeric composition and that extends at least along a skin-facing side of the belt, and a second layer, in addition to the first, comprising a second electrically insulating elastomeric composition and that extends along a non-skin facing side of the belt.
Electrical plug-and-socket connector, in particular electrical pin socket, with a plug-and-socket connector body and an electromagnetic shielding provided on the plug-and-socket connector body, wherein the plug-and-socket connector body and the shielding have coding means (100, 200; 110, 210) which correspond to each other, by means of which the shielding is provided in a given orientation on the plug-and-socket connector body, coding means (100, 200) which correspond to each other are a coding rib or a projection, and a coding slot or a groove, and the coding means (100, 200; 110, 210) which correspond to each other are arranged such that a fold in the shielding has a certain orientation relative to the plug-and-socket connector body, Z r characterized in that the fold doubles a wall of the shielding.
Device for producing a wall skirting that is prefabricated at the factory in the form of a concave skirting board for floor coverings made of plastic, PVC, rubber, linoleum or related materials in order to produce a moisture-tight wall transition, • comprising a shaping unit which has an inlet for a machine-generated strip-shaped blank made of the floor covering material and a bending unit for forming a convex curved region in the strip-shaped blank along the strip longitudinal axis thereof, • and comprising a melting and application unit for applying a permanently elastic edge support wedge to the convex curved region of the strip-shaped blank, characterized in that the melting and application unit has an edge support wedge moulding profile which is connected to the shaping unit via a transport means for the strip-shaped blank and which moulds the edge support wedge from molten plastic or hot-melt adhesive, calibrates it, and simultaneously attaches it to the convex curvature of the strip-shaped blank. • comprising a shaping unit which has an inlet for a machine-generated strip-shaped blank made of the floor covering material and a bending unit for forming a convex curved region in the strip-shaped blank along the strip longitudinal axis thereof, • and comprising a melting and application unit for applying a permanently elastic edge support wedge to the convex curved region of the strip-shaped blank,
An image forming apparatus, comprising: a first sheet storage; a second sheet storage; a sheet conveyer; an image reading unit configured to read a surface of a sheet conveyed from the first sheet storage by the sheet conveyer; an image forming unit configured to form an image on the sheet conveyed from the image reading unit by the sheet conveyer; and a controller configured to determine an amount of a color material appearing on the surface of the sheet based on image data generated by the image reading unit, determine one of the image forming unit and the second sheet storage as a sheet feeding destination, based on the determined amount of the color material and a threshold value that is associated with at least one of a type and content of an image to be formed on the sheet by the image forming unit, and control the sheet conveyer to convey the sheet to the determined sheet feeding destination. a first sheet storage; a second sheet storage; a sheet conveyer; an image reading unit configured to read a surface of a sheet conveyed from the first sheet storage by the sheet conveyer; an image forming unit configured to form an image on the sheet conveyed from the image reading unit by the sheet conveyer; and a controller configured to determine an amount of a color material appearing on the surface of the sheet based on image data generated by the image reading unit, determine one of the image forming unit and the second sheet storage as a sheet feeding destination, based on the determined amount of the color material and a threshold value that is associated with at least one of a type and content of an image to be formed on the sheet by the image forming unit, and control the sheet conveyer to convey the sheet to the determined sheet feeding destination. determine an amount of a color material appearing on the surface of the sheet based on image data generated by the image reading unit, determine one of the image forming unit and the second sheet storage as a sheet feeding destination, based on the determined amount of the color material and a threshold value that is associated with at least one of a type and content of an image to be formed on the sheet by the image forming unit, and control the sheet conveyer to convey the sheet to the determined sheet feeding destination.