mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly (10; 110; 210; 310; 410) for controlling filtering of a vacuum air flow (AF) evacuated from a system storage container through an air evacuation duct in vacuum operated waste collection systems , wherein said assembly comprises: - an assembly housing (11; 111; 211; 311; 411) installed stationary in the air evacuation duct; - an inner passage (11A; 111A; 311A) in the assembly housing, communicating with the air evacuation duct; - a control means (12; 112; 212; 313) installed in the assembly housing and including a shiftable member (13; 113; 213; 313) intersecting the inner passage in the housing; - the shiftable member having one or more air filtering elements (16; 116; 216, 217; 316, 317); and - the air filtering element(s) being movable in a direction being generally transversal to the inner passage (11A; 111A; 311A) in the assembly housing, characterized in that the shiftable member (113; 213; 313) has one or more gate portions (114A-B; 214A-B; 314A-C) and one duct blocking portion (115; 215; 315); and the shiftable member including at least one gate portion (114; 214A-B; 314A-C) having an air filtering element (116, 117; 216, 217; 316, 317). - an assembly housing (11; 111; 211; 311; 411) installed stationary in the air evacuation duct; - an inner passage (11A; 111A; 311A) in the assembly housing, communicating with the air evacuation duct; - a control means (12; 112; 212; 313) installed in the assembly housing and including a shiftable member (13; 113; 213; 313) intersecting the inner passage in the housing; - the shiftable member having one or more air filtering elements (16; 116; 216, 217; 316, 317); and - the air filtering element(s) being movable in a direction being generally transversal to the inner passage (11A; 111A; 311A) in the assembly housing, characterized in that the shiftable member (113; 213; 313) has one or more gate portions (114A-B; 214A-B; 314A-C) and one duct blocking portion (115; 215; 315); and the shiftable member including at least one gate portion (114; 214A-B; 314A-C) having an air filtering element (116, 117; 216, 217; 316, 317).
An electronic device comprising: a Wi-Fi communication unit ; and a controller configured to: identify an input for turning on Wi-Fi; in response to the input for turning on Wi-Fi, search for nearby Access Points, APs, via the Wi-Fi communication unit ; if an AP supporting Hotspot 2.0 is searched, request an information message for the AP from an information server connected to the AP ; in response to the requesting of the information message, receive the information message from the information server ; display service information, if the service information related to the AP is included in the information message; and connect the electronic device with the AP using access information and authentication information included in the information message. a Wi-Fi communication unit ; and a controller configured to: identify an input for turning on Wi-Fi; in response to the input for turning on Wi-Fi, search for nearby Access Points, APs, via the Wi-Fi communication unit ; if an AP supporting Hotspot 2.0 is searched, request an information message for the AP from an information server connected to the AP ; in response to the requesting of the information message, receive the information message from the information server ; display service information, if the service information related to the AP is included in the information message; and connect the electronic device with the AP using access information and authentication information included in the information message. identify an input for turning on Wi-Fi; in response to the input for turning on Wi-Fi, search for nearby Access Points, APs, via the Wi-Fi communication unit ; if an AP supporting Hotspot 2.0 is searched, request an information message for the AP from an information server connected to the AP ; in response to the requesting of the information message, receive the information message from the information server ; display service information, if the service information related to the AP is included in the information message; and connect the electronic device with the AP using access information and authentication information included in the information message.
A printed circuit board comprising a base layer with a top and a bottom side , wherein the top and bottom sides of the printed circuit board each comprise at least one first layer of conductor tracks provided for conducting current and at least one first and one second electrical component , wherein further at least two conductor tracks are associated with each component for driving the components, wherein next adjacent conductor tracks on each side of the base layer have mutually spaced boundary surfaces for mutual electrical insulation, wherein at least the boundary surface of a conductor track of the first component has at least in sections a first set of projections and the boundary surface of a conductor track of the second component next thereto has at least in sections a second set of projections , wherein the first set of projections and the second set of projections complement each other, wherein the first and the second set of projections of the at least one first layer on the top side of the printed circuit board form a first periodic structure with a period (T), characterised in that at least one third and one fourth component are arranged on the underside , wherein at least the boundary surface of a conductor track of the third component has at least in sections a first set of projections and the boundary surface of a conductor track of the fourth component next thereto has at least in sections a second set of projections , 504), wherein the first set of projections and the second set of projections complement each other, wherein the first and the second set of projections of the at least one first layer on the underside of the printed circuit board form a first periodic structure with a period (T), and wherein the first periodic structure of the at least one first layer on the upper side of the printed circuit board is arranged in such a way above the first periodic structure of the at least one first layer on the lower side of the printed circuit board , in that the periodic structures are arranged offset from one another by half a period (T) and overlapping, preferably the base layer having a ceramic inlay in the region of the first periodic structure lying one above the other.
A power distribution system for regulating transfer of energy from a source on a source side and including source terminals to a load on a load side and including load terminals , the system comprising: a) a source controller on the source side of the power distribution system in communication with and responsive to a source sensor that provides feedback to the source controller that includes at least a signal indicative of electric current through the source terminals ; b) a source switching bridge electrically coupled with the source controller and responsive to control signals from the source controller for electrically disconnecting the source from the source terminals and for applying a source voltage in either a forward-polarity or reverse-polarity state relative to the source terminals ; c) a load disconnect device configured to electrically decouple the load from the load terminals ; and d) a logic device implemented in at least the source controller and configured to place the source switching bridge into a reverse-polarity state and configured to perform at least one current measurement on the current passing through the source terminals when the source switching bridge is in the reverse-polarity state, wherein a current measurement outside of predetermined high or low limits indicates that there is a foreign object or living organism making contact with the source or load terminals or a failure in the power distribution system, and configured to electrically disconnect the source from the source terminals if the current measurement falls outside the predetermined high and low limits. a) a source controller on the source side of the power distribution system in communication with and responsive to a source sensor that provides feedback to the source controller that includes at least a signal indicative of electric current through the source terminals ; b) a source switching bridge electrically coupled with the source controller and responsive to control signals from the source controller for electrically disconnecting the source from the source terminals and for applying a source voltage in either a forward-polarity or reverse-polarity state relative to the source terminals ; c) a load disconnect device configured to electrically decouple the load from the load terminals ; and d) a logic device implemented in at least the source controller and configured to place the source switching bridge into a reverse-polarity state and configured to perform at least one current measurement on the current passing through the source terminals when the source switching bridge is in the reverse-polarity state, wherein a current measurement outside of predetermined high or low limits indicates that there is a foreign object or living organism making contact with the source or load terminals or a failure in the power distribution system, and configured to electrically disconnect the source from the source terminals if the current measurement falls outside the predetermined high and low limits.
An engine comprising an engine casing and a dipstick , the dipstick having a free end that extends into the engine casing when the dipstick is installed to the engine casing , characterised in that at least one of the engine casing and the dipstick is adapted to ensure that the lowest natural frequency of the free end of the dipstick is above the highest operational frequency of the engine .
A particle heat exchanger comprising: a housing including: an inlet located at the top of the housing, and an outlet located below the inlet, the housing configured to enclose a flow of heat transfer particles which flows downwardly from the inlet to the outlet within the housing; at least one heat transfer tube including a heat transfer medium, each heat transfer tube being enclosed in the housing and in contact with the flow of heat transfer particles therein, each heat transfer tube extending substantially parallel to an axis extending between the inlet and outlet of the housing; and at least one divider located between the inlet and outlet of the housing, the at least one heat transfer tube extending through each divider, each divider including at least one opening configured to form at least one flow constriction in the flow of heat transfer particles between the inlet and outlet of the housing. a housing including: an inlet located at the top of the housing, and an outlet located below the inlet, the housing configured to enclose a flow of heat transfer particles which flows downwardly from the inlet to the outlet within the housing; an inlet located at the top of the housing, and an outlet located below the inlet, the housing configured to enclose a flow of heat transfer particles which flows downwardly from the inlet to the outlet within the housing; at least one heat transfer tube including a heat transfer medium, each heat transfer tube being enclosed in the housing and in contact with the flow of heat transfer particles therein, each heat transfer tube extending substantially parallel to an axis extending between the inlet and outlet of the housing; and at least one divider located between the inlet and outlet of the housing, the at least one heat transfer tube extending through each divider, each divider including at least one opening configured to form at least one flow constriction in the flow of heat transfer particles between the inlet and outlet of the housing.
A clamping chuck for clamping pallets provided with a clamping spigot , wherein the clamping chuck is provided with a receiving opening for the clamping spigot and a clamping device having clamping elements for clamping the clamping spigot in the receiving opening , and wherein at least one sensor is arranged at the clamping chuck , by means of which at least one parameter of the clamping chuck and/or of the interaction between pallet and clamping chuck and/or the pallet can be detected, characterised in that the clamping chuck is provided with a first sensor , by means of which the clamping force acting on the clamping spigot can be ascertained, wherein the first sensor is designed and arranged at the clamping chuck such that, when clamping a pallet , material elastic deformations of the chuck can be measured, and wherein the clamping chuck is provided with a transmitter for wirelessly transmitting parameters ascertained by means of the sensor(s) .
An apparatus for sealing at least first and second cauls over a composite barrel part layup on a mandrel , comprising: a first edge seal extending around a perimeter of the first caul and configured to form a vacuum tight seal between the first caul and the mandrel ; and a second edge seal extending around a perimeter of the second caul and configured to form a vacuum tight seal between the second caul and the mandrel , wherein the first and second edge seals overlap and are configured to form a vacuum tight seal between the first and second cauls . a first edge seal extending around a perimeter of the first caul and configured to form a vacuum tight seal between the first caul and the mandrel ; and a second edge seal extending around a perimeter of the second caul and configured to form a vacuum tight seal between the second caul and the mandrel , wherein the first and second edge seals overlap and are configured to form a vacuum tight seal between the first and second cauls .
A honeycomb-structured seat cushion formed of a ductile resin or ductile rubber material having a mobility and an elasticity, the cushion comprising: a lower sheet which includes a first through-hole having a regular hexagonal cross-section and perforated in an upper side and lower side direction, the first through-hole repeatedly formed in an x-axis direction and a y-axis direction while being spaced apart from each other at a predetermined interval by a first partition; and an upper sheet which is formed on the lower sheet and includes a second through-hole having a regular hexagonal cross-section larger than the regular hexagonal cross-section of the first through-hole and perforated in the upper side and lower side direction, the second through-hole repeatedly formed in the x-axis direction and the y-axis direction while being spaced apart from each other at a predetermined interval by a second partition having a thickness (T2) smaller than a thickness (T1) of the first partition, wherein centers of the first through-hole and the first partition are aligned with centers of the second through-hole and the second partition, respectively, wherein in the lower sheet and/or the upper sheet, a reinforcing rib having an end thereof connected to the first partition and/or the second partition is formed at the first through-hole and/or the second through-hole. a lower sheet which includes a first through-hole having a regular hexagonal cross-section and perforated in an upper side and lower side direction, the first through-hole repeatedly formed in an x-axis direction and a y-axis direction while being spaced apart from each other at a predetermined interval by a first partition; and an upper sheet which is formed on the lower sheet and includes a second through-hole having a regular hexagonal cross-section larger than the regular hexagonal cross-section of the first through-hole and perforated in the upper side and lower side direction, the second through-hole repeatedly formed in the x-axis direction and the y-axis direction while being spaced apart from each other at a predetermined interval by a second partition having a thickness (T2) smaller than a thickness (T1) of the first partition, wherein centers of the first through-hole and the first partition are aligned with centers of the second through-hole and the second partition, respectively, wherein in the lower sheet and/or the upper sheet, a reinforcing rib having an end thereof connected to the first partition and/or the second partition is formed at the first through-hole and/or the second through-hole.
An electronic apparatus (EA), comprising: a window (WM) ; a display panel (DP) disposed under the window (WM); and a digitizer (ZM) disposed under the display panel (DP), the digitizer (ZM) comprising: at least one photosensitive resin layer (PI) comprising a first surface (ZM-U, ZM-R) and a second surface (ZM-B, ZM-F) opposite to the first surface (ZM-U, ZM-R); and a plurality of sensing coils (RF1-1...RF2-3, CF1-1...CF2-3) disposed inside the at least one photosensitive resin layer (PI), wherein the first surface (ZM-U, ZM-R) is less rough compared with the second surface (ZM-B, ZM-F), and the first surface (ZM-U, ZM-R) is disposed more adjacent to the window (WM) than the second surface (ZM-B, ZM-F). a window (WM) ; a display panel (DP) disposed under the window (WM); and a digitizer (ZM) disposed under the display panel (DP), the digitizer (ZM) comprising: at least one photosensitive resin layer (PI) comprising a first surface (ZM-U, ZM-R) and a second surface (ZM-B, ZM-F) opposite to the first surface (ZM-U, ZM-R); and a plurality of sensing coils (RF1-1...RF2-3, CF1-1...CF2-3) disposed inside the at least one photosensitive resin layer (PI), wherein the first surface (ZM-U, ZM-R) is less rough compared with the second surface (ZM-B, ZM-F), and the first surface (ZM-U, ZM-R) is disposed more adjacent to the window (WM) than the second surface (ZM-B, ZM-F). at least one photosensitive resin layer (PI) comprising a first surface (ZM-U, ZM-R) and a second surface (ZM-B, ZM-F) opposite to the first surface (ZM-U, ZM-R); and a plurality of sensing coils (RF1-1...RF2-3, CF1-1...CF2-3) disposed inside the at least one photosensitive resin layer (PI), wherein the first surface (ZM-U, ZM-R) is less rough compared with the second surface (ZM-B, ZM-F), and the first surface (ZM-U, ZM-R) is disposed more adjacent to the window (WM) than the second surface (ZM-B, ZM-F).
A guide wire having a longitudinal direction and having a front end side and a base end side in the longitudinal direction, the guide wire comprising: a core shaft , a coil body covering an outer periphery of the core shaft , and a joining portion joining a front end of the core shaft to a front end of the coil body at a base end of the joining portion , characterized in that the base end of the joining portion is formed into an uneven shape in the longitudinal direction along the circumferential direction of the joining portion in a cross-sectional view, the uneven shape of the base end of the joining portion is formed of protruded portions protruded to the base end side of the guide wire and depressed portions protruded to the front end side of the guide wire , and a space is defined by the protruded portions and the core shaft . a core shaft , a coil body covering an outer periphery of the core shaft , and a joining portion joining a front end of the core shaft to a front end of the coil body at a base end of the joining portion , characterized in that the base end of the joining portion is formed into an uneven shape in the longitudinal direction along the circumferential direction of the joining portion in a cross-sectional view, the uneven shape of the base end of the joining portion is formed of protruded portions protruded to the base end side of the guide wire and depressed portions protruded to the front end side of the guide wire , and a space is defined by the protruded portions and the core shaft .
Motor vehicle headlight comprising a housing and a light module pivotably arranged in the housing , the light module and the housing being parts of a closed kinematic chain which determines the pivot position, an adjusting element which changes its shape depending on the temperature being arranged in the kinematic chain in such a way that it performs a temperature-dependent adjustment movement in the kinematic chain that compensates for a temperature-dependent change in length of the rest of the kinematic chain at least in part, characterized in that the adjusting element which changes its shape depending on the temperature is a metal composite strip consisting of two or more layers of metal having different thermal expansion coefficients, the metal composite strip being arranged such that its length is transverse to the adjustment movement, and the metal composite strip having at least two regions (26.1, 26.3; 26.2, 26.3) which are spaced apart from one another transversely to the adjustment movement, of which a first region (26.3) is fixedly held in a housing-side portion of the kinematic chain and of which at least one second region (26.1, 26.2) is held in a light-module-side portion of the kinematic chain.
A method, performed by an intermediary network node , for communicating a data packet, the method comprising: receiving, by the intermediary network node, a data packet that supports a packet wash operation; determining, by the intermediary network node that the data packet cannot be forwarded along the network path towards the destination node without modification, determining, by the intermediary network node, whether conditions are met for performing the packet wash operation on the data packet; and responsive to a determination that the conditions are met for performing the packet wash operation on the data packet, performing, by the intermediary network node, the packet wash operation on the data packet to generate a washed data packet, the packet wash operation modifies a size of a payload of the data packet based on a packet wash specification that associates attributes to a plurality of data payload portions of the payload of the data packet, and forwarding the washed data packet along the network path towards the destination node, wherein the packet wash operation includes removing a plurality of discardable data payload portions, wherein each discardable data payload portion is data within the payload that have been flagged or identified as not required, and wherein the plurality of data payload portions are linearly coded from the original data payload portions in the payload and are linearly independent from each other. receiving, by the intermediary network node, a data packet that supports a packet wash operation; determining, by the intermediary network node that the data packet cannot be forwarded along the network path towards the destination node without modification, determining, by the intermediary network node, whether conditions are met for performing the packet wash operation on the data packet; and responsive to a determination that the conditions are met for performing the packet wash operation on the data packet, performing, by the intermediary network node, the packet wash operation on the data packet to generate a washed data packet, the packet wash operation modifies a size of a payload of the data packet based on a packet wash specification that associates attributes to a plurality of data payload portions of the payload of the data packet, and forwarding the washed data packet along the network path towards the destination node, wherein the packet wash operation includes removing a plurality of discardable data payload portions, wherein each discardable data payload portion is data within the payload that have been flagged or identified as not required, and wherein the plurality of data payload portions are linearly coded from the original data payload portions in the payload and are linearly independent from each other.