mhurhangee/ep-ind-claims huggingface dataset:
A switch apparatus, comprising: a plurality of ports (104a, 104b, 104c); a VLAN (Virtual Local Area Network) setting management unit that is adapted to set VLAN information in the plurality of ports and manage the VLAN information set in the plurality of ports; and characterized by a VLAN setting unit that is adapted to, when VLAN information to be added to an output packet specified in control information received from a predetermined control apparatus is not set in an output port for the output packet, instruct the VLAN setting management unit to set VLAN information specified in the control information in a corresponding output port. a plurality of ports (104a, 104b, 104c); a VLAN (Virtual Local Area Network) setting management unit that is adapted to set VLAN information in the plurality of ports and manage the VLAN information set in the plurality of ports; and characterized by a VLAN setting unit that is adapted to, when VLAN information to be added to an output packet specified in control information received from a predetermined control apparatus is not set in an output port for the output packet, instruct the VLAN setting management unit to set VLAN information specified in the control information in a corresponding output port.
Electromotive drive unit of a motor vehicle, in particular a ventilation fan drive or actuator for an actuating element, having a housing (12, 17) penetrated by a shaft having at least one sliding bearing embedded therein having a first sliding bearing part surrounding the shaft and having a second sliding bearing part axially attached to it, the coefficient of thermal expansion (α 2) of which second sliding bearing part is greater than the coefficient of thermal expansion (α 1) of the first sliding bearing part, - wherein the first sliding bearing part has a coefficient of thermal expansion (α 1) of between 10 · 10 -6 (1/K) and 20 · 10 -6 (1/K), and the second sliding bearing part has a coefficient of thermal expansion (α 2) of ≥ 50. 10 -6 (1/K), and - wherein the guiding of the shaft takes place in the temperature range above approximately or equal to -20°C in the first sliding bearing part and in the temperature range below approximately or equal to -20°C in the second gliding bearing part. - wherein the first sliding bearing part has a coefficient of thermal expansion (α 1) of between 10 · 10 -6 (1/K) and 20 · 10 -6 (1/K), and the second sliding bearing part has a coefficient of thermal expansion (α 2) of ≥ 50. 10 -6 (1/K), and - wherein the guiding of the shaft takes place in the temperature range above approximately or equal to -20°C in the first sliding bearing part and in the temperature range below approximately or equal to -20°C in the second gliding bearing part.
A controller (108; 202; 402; 500) comprising: at least one processor configured to: receive information regarding a condition associated with a cargo transportation unit, CTU, (100; 200), the received information regarding the condition comprising information of an environment around the CTU (100; 200) at a location of the CTU (100; 200) and; determine a type of cargo carried by the CTU (100; 200), wherein the type of the cargo is based on a fragility of the cargo; cause adjustment of suspension of the CTU (100; 200) in response to the type of the cargo based on the fragility of the cargo, and cause adjustment of a pressure of a tire of the CTU (100; 200) in response to the received information and based on the type of the cargo based on the fragility of the cargo. receive information regarding a condition associated with a cargo transportation unit, CTU, (100; 200), the received information regarding the condition comprising information of an environment around the CTU (100; 200) at a location of the CTU (100; 200) and; determine a type of cargo carried by the CTU (100; 200), wherein the type of the cargo is based on a fragility of the cargo; cause adjustment of suspension of the CTU (100; 200) in response to the type of the cargo based on the fragility of the cargo, and cause adjustment of a pressure of a tire of the CTU (100; 200) in response to the received information and based on the type of the cargo based on the fragility of the cargo.
Apparatus for the continuous filtering of material mixes, in particular for the separation of impurities from plastic melts, with a filter arranged rotatably in a filter space of a housing, with at least one stripper for lifting off the impurities retained by the filter and with a discharge device for transporting the impurities lifted off from the filter by the stripper away from the housing, characterized in that the discharge device contains a discharge shaft which is arranged rotatably in the housing and which has at least one continuous orifice with at least one piston guided displaceably in this orifice.
A MEMS sensor comprising: a substrate; and a sensor element movably mounted to a first side of said substrate; wherein a second side of said substrate has a pattern formed in relief thereon; wherein the sensor element has rotational symmetry; characterized in that the pattern has a rotational symmetry that substantially corresponds to the symmetry of the sensor element; and in that the pattern comprises a set of radially oriented ribs (31a, 31b) and/or the pattern includes one or more annular ribs (70, 71). a substrate; and a sensor element movably mounted to a first side of said substrate; wherein a second side of said substrate has a pattern formed in relief thereon; wherein the sensor element has rotational symmetry; characterized in that the pattern has a rotational symmetry that substantially corresponds to the symmetry of the sensor element; and in that the pattern comprises a set of radially oriented ribs (31a, 31b) and/or the pattern includes one or more annular ribs (70, 71).
Water-redispersible polymer powder composition comprising a) a base polymer of one or more monomers from the group containing vinyl esters of unbranched or branched alkylcarboxylic acids having 1 to 15 carbon atoms, methacrylic esters and acrylic esters of alcohols having 1 to 15 carbon atoms, vinylaromatics, olefins, dienes and vinyl halides, b) one or more flocculating agents from the group containing acrylamide homopolymers or acrylamide copolymers of acrylamide with one or more monomers from the group containing methacrylamide, acrylic acid, methacrylic acid, acrylonitrile, 2-acrylamido-2-methylpropanesulfonic acid, where the flocculating agents b) have a Brookfield viscosity of at least 20 mPas each in 1 wt% solution in water at 23°C, and the Brookfield viscosity of the 1 wt% solution in water is determined with a Brookfield viscometer, after conditioning to 23°C, using spindle 1 or 2, at 20 revolutions per minute. a) a base polymer of one or more monomers from the group containing vinyl esters of unbranched or branched alkylcarboxylic acids having 1 to 15 carbon atoms, methacrylic esters and acrylic esters of alcohols having 1 to 15 carbon atoms, vinylaromatics, olefins, dienes and vinyl halides, b) one or more flocculating agents from the group containing acrylamide homopolymers or acrylamide copolymers of acrylamide with one or more monomers from the group containing methacrylamide, acrylic acid, methacrylic acid, acrylonitrile, 2-acrylamido-2-methylpropanesulfonic acid, where the flocculating agents b) have a Brookfield viscosity of at least 20 mPas each in 1 wt% solution in water at 23°C, and the Brookfield viscosity of the 1 wt% solution in water is determined with a Brookfield viscometer, after conditioning to 23°C, using spindle 1 or 2, at 20 revolutions per minute.
An aerosol-generation apparatus comprising a heater, and a fluid-transfer article, said fluid-transfer article comprising a first region for holding an aerosol precursor and for transferring said aerosol precursor to a second region of said fluid-transfer article, said second region comprising a first part of a first material, said first part being adjacent said first region and having a plurality of holes therein, and a second part of a second material different from the first material and being resistant to higher temperatures than said first material, said second part being adjacent to said first part and extending across said plurality of holes in said first part; wherein said second part of said second region is porous for passage therethrough of said aerosol precursor from said plurality of holes to an activation surface of said second region, said activation surface being disposed so as to interact thermally with said heater, and characterized in that said plurality of holes are sized so that they cooperate with said second part of said second region to define non-capillary spaces in said second region into which said aerosol precursor is able to flow from said first region in a non-capillary manner, thereby to impinge on said second part, and wherein said heater is mounted proximate but spaced from said activation surface to define an air-flow pathway between said heater and said activation surface, and wherein said heater and said fluid-transfer article are separable.
A separator for batteries in which a modified porous layer including a fluororesin and inorganic particles is laminated on at least one side of a porous membrane formed of a polyolefin resin, wherein a content of the particles is equal to or more than 40% by volume and less than 70% volume with respect to a total of the fluororesin and the particles, the fluororesin has a crystallinity of equal to or more than 36% and less than 70% measured by a minute part X-ray diffraction method, and the fluororesin is a polyvinylidene fluoride-hexafluoropropylene copolymer.
A mobile wireless communications device comprising: a housing; a wireless transceiver carried by said housing; a processor carried by said housing and coupled to said wireless transceiver; a near field communication, NFC, integrate circuit, IC, carried by said housing and coupled to said processor; an NFC antenna carried by said housing; and a coupling circuit between said NFC IC and said NFC antenna comprising a capacitive network comprising a plurality of capacitors (28a-28c) coupled in series with each other and in parallel with said NFC antenna, a transmit branch coupled between said NFC IC and a first node between a first pair of capacitors (28b-28c) of said plurality thereof, and a receive branch coupled between said NFC IC and the first node between the first pair of capacitors of said plurality thereof; characterized in that said coupling circuit further comprises a first and a second tuning branch (24a, 24b) coupled between said NFC IC and a second node between a second pair of capacitors (28a-28b) of said plurality thereof, and in that the first tuning branch comprises a first capacitor, and the second tuning branch comprises a second capacitor, and a diode coupled thereto. a housing; a wireless transceiver carried by said housing; a processor carried by said housing and coupled to said wireless transceiver; a near field communication, NFC, integrate circuit, IC, carried by said housing and coupled to said processor; an NFC antenna carried by said housing; and a coupling circuit between said NFC IC and said NFC antenna comprising a capacitive network comprising a plurality of capacitors (28a-28c) coupled in series with each other and in parallel with said NFC antenna, a transmit branch coupled between said NFC IC and a first node between a first pair of capacitors (28b-28c) of said plurality thereof, and a receive branch coupled between said NFC IC and the first node between the first pair of capacitors of said plurality thereof; characterized in that said coupling circuit further comprises a first and a second tuning branch (24a, 24b) coupled between said NFC IC and a second node between a second pair of capacitors (28a-28b) of said plurality thereof, and in that the first tuning branch comprises a first capacitor, and the second tuning branch comprises a second capacitor, and a diode coupled thereto. a capacitive network comprising a plurality of capacitors (28a-28c) coupled in series with each other and in parallel with said NFC antenna, a transmit branch coupled between said NFC IC and a first node between a first pair of capacitors (28b-28c) of said plurality thereof, and a receive branch coupled between said NFC IC and the first node between the first pair of capacitors of said plurality thereof; characterized in that said coupling circuit further comprises a first and a second tuning branch (24a, 24b) coupled between said NFC IC and a second node between a second pair of capacitors (28a-28b) of said plurality thereof, and in that the first tuning branch comprises a first capacitor, and the second tuning branch comprises a second capacitor, and a diode coupled thereto.
A polyether block copolymer of the general structure B-(A-OH) n, wherein n is greater than or equal to 2 and the blocks A consist of polyoxypropylene units and the central block B consists of polyacrylate units or polymethacrylate units.
A method performed by a first network node for enabling network congestion management in a wireless network, wherein said method comprises: encapsulating and sending user packets in a General Packet Radio Service, GPRS, Tunneling Protocol User, GTP-U, tunnel to a second network node, the method being characterized in that each of said user packets comprises a byte sequence number, defined as a first byte of data in each of said user packets, for tracking a byte loss volume for said GTP-U tunnel, and in that the method further comprises: receiving congestion volume information, providing information on a volume of congestion in said GTP-U tunnel, from said second network node; and one of the following steps: applying network congestion policing for said GTP-U tunnel based on said received congestion volume information for said GTP-U tunnel; forwarding said received congestion volume information for said GTP-U tunnel to a third network node. applying network congestion policing for said GTP-U tunnel based on said received congestion volume information for said GTP-U tunnel; forwarding said received congestion volume information for said GTP-U tunnel to a third network node.
A marker for localization of a target tissue region within a patient's body, comprising: an elongate core member; characterized in that the marker further comprises a plurality of beads coupled to the core member, the beads comprising a plurality of surfaces and edges to enhance reflection of electromagnetic signals to facilitate identification of the marker. an elongate core member; characterized in that the marker further comprises a plurality of beads coupled to the core member, the beads comprising a plurality of surfaces and edges to enhance reflection of electromagnetic signals to facilitate identification of the marker.
A gas heating smoking article, with puff mouth piece, wherein the smoking article includes smoking article housing, combustion device attached on the housing, cigarette consumable items or aerosol generation consumable items; such combustion device using propane or butane premixed with air before combustion, wherein heat generated from the combustion is used to bake cigarette consumable items or aerosol generation consumable items wherein the cigarette consumable items are placed in a baking chamber, such smoking article housing is designed with inlet air hole and puff mouth piece, wherein the housing comprises a combustion zone and an aerosol generation zone, such combustion zone has at least one inlet air hole and exhaust hole and the aerosol generation zone has a puff hole for puffing, such that there is no air flow path between the combustion zone and the aerosol generation zone, and the aerosol generation consumable items is placed in the aerosol generation zone; and wherein the baking chamber is designed with at least one high-temperature gas spread path and exhaust gas exit; such combustion of gas-air-mixed flame is targeting the high-temperature gas spread path and connected to the exhaust gas exit, thus realizing the baking of cigarette; characterized in that the baking chamber is divided into multiple separate chambers by partitions, such partitions designed with a space for cigarette consumable items; there is high-temperature gas spread path and exhaust gas exit for each separate chambers, gap between cigarette consumable items and the housing of the smoking article is the high-temperature gas spread path; combustion device is attached to the outside of the housing, it can move along the smoking article step by step, and can stop at each high-temperature gas inlet hole of the separate chambers, single combustion and step motion of the combustion device is controlled manually; whereby the combustion device can move along the smoking article, by multiple ignitions and flame, baking the cigarette consumable items section by section.
A wireless terminal device for use in a store-and-forward type wireless network, the wireless terminal comprising: a wireless communication unit; a memory coupled to the wireless communication unit and configured to store messages transferred via the wireless network; and control means for adjusting at least one of a maximum number and maximum retention time of messages stored in the memory, based on first information representing a degree of contribution of the wireless terminal device to success in sending messages from a source node to a destination node via the wireless network, characterized in that the degree of contribution is evaluated based on a frequency of connection of the wireless terminal device to a wireless network infrastructure. a wireless communication unit; a memory coupled to the wireless communication unit and configured to store messages transferred via the wireless network; and control means for adjusting at least one of a maximum number and maximum retention time of messages stored in the memory, based on first information representing a degree of contribution of the wireless terminal device to success in sending messages from a source node to a destination node via the wireless network, characterized in that the degree of contribution is evaluated based on a frequency of connection of the wireless terminal device to a wireless network infrastructure.
Water-carrying domestic appliance, in particular dishwasher, having a moving object to be carried by a plain bearing, wherein the moving object is a shaft that is carried by a radial bearing, wherein the shaft can be driven by an electric motor, wherein an impeller or propeller of a pump can be driven by the shaft, wherein the radial bearing of the shaft is implemented as a wet bearing, wherein a coating is disposed on the shaft, and wherein the coating comprises at least one non-metallic element having a mole fraction of at least 1%, and the hardness of the coating amounts to at least 800 HV.
Apparatus for aligning discontinuous fibres, the apparatus comprising an alignment surface; and an opposed pair of channel surfaces (4,5) with a channel between them; characterised in that the channel has a moveable base between the opposed pair of channel surfaces which supports the fibres as they move along the channel, the apparatus further comprising a drive motor for moving the base relative to the channel surfaces to convey the fibres along the channel; a nozzle oriented at an oblique angle to the alignment surface; and a pump arranged to feed a liquid containing discontinuous fibres to the nozzle, wherein the nozzle is arranged such that in use it directs a jet of liquid containing discontinuous fibres onto the alignment surface so that the jet of liquid is deflected by the alignment surface into the channel, and wherein the apparatus is further arranged such that in use the fibres move along the channel after the jet has been deflected into the channel by the alignment surface.
A mobile terminal, comprising: a portable housing including a first wall, a second wall, and sides extending therebetween; a micro-speaker positioned in the housing, said micro-speaker including a front face and a back face; the mobile terminal characterized in that the mobile terminal further comprises: the front face of the micro-speaker opposing and spaced from the housing first wall and the back face of the micro-speaker opposing and spaced from the housing second wall; an acoustically closed low frequency tuning volume adjacent the front face of the micro-speaker; a high frequency tuning volume adjacent the back face of the micro-speaker; a passageway extending from the high frequency tuning volume to an opening in the housing. a portable housing including a first wall, a second wall, and sides extending therebetween; a micro-speaker positioned in the housing, said micro-speaker including a front face and a back face; the mobile terminal characterized in that the mobile terminal further comprises: the front face of the micro-speaker opposing and spaced from the housing first wall and the back face of the micro-speaker opposing and spaced from the housing second wall; an acoustically closed low frequency tuning volume adjacent the front face of the micro-speaker; a high frequency tuning volume adjacent the back face of the micro-speaker; a passageway extending from the high frequency tuning volume to an opening in the housing. the front face of the micro-speaker opposing and spaced from the housing first wall and the back face of the micro-speaker opposing and spaced from the housing second wall; an acoustically closed low frequency tuning volume adjacent the front face of the micro-speaker; a high frequency tuning volume adjacent the back face of the micro-speaker; a passageway extending from the high frequency tuning volume to an opening in the housing.
A coil component comprising: a first core having a leg portion (7A, 7B); a second core joined to the first core with the leg portion therebetween; and a magnet disposed between the leg portion (7A, 7B) and the second core, wherein movement of the magnet in a first direction intersecting an opposite direction in which the first core and the second core face each other is at least restricted by an uneven structure provided on a junction surface between the magnet and at least one of the first core and the second core, characterized in that the uneven structure is formed by a protruding portion (31, 32, 36, 39) inserting into a recessed portion (11a, 12a, 37, 38), wherein the protruding portion (31, 32, 36) is formed in the magnet and protrudes toward at least one of the first core and the second core and inserts into the recessed portion (11a, 12a, 37) that is formed in at least one of the first core and the second core (1, 2), and/or wherein the protruding portion is formed in at least one of the first core and the second core (1, 2) and protrudes toward the magnet and inserts into the recessed portion that is formed in the magnet. a first core having a leg portion (7A, 7B); a second core joined to the first core with the leg portion therebetween; and a magnet disposed between the leg portion (7A, 7B) and the second core, wherein movement of the magnet in a first direction intersecting an opposite direction in which the first core and the second core face each other is at least restricted by an uneven structure provided on a junction surface between the magnet and at least one of the first core and the second core, characterized in that the uneven structure is formed by a protruding portion (31, 32, 36, 39) inserting into a recessed portion (11a, 12a, 37, 38), wherein the protruding portion (31, 32, 36) is formed in the magnet and protrudes toward at least one of the first core and the second core and inserts into the recessed portion (11a, 12a, 37) that is formed in at least one of the first core and the second core (1, 2), and/or wherein the protruding portion is formed in at least one of the first core and the second core (1, 2) and protrudes toward the magnet and inserts into the recessed portion that is formed in the magnet.