mhurhangee/ep-ind-claims huggingface dataset:
A device for recovering halogenated hydrocarbons, having: - a desorption tank holding a sorbate that contains the halogenated hydrocarbons, - a steam generator that is configured for generating steam from water supplied to the steam generator and introducing the generated steam into the desorption tank in such a way that the halogenated hydrocarbons are desorbed from the sorbate and absorbed by the steam, - a cooling device that is configured for cooling the steam combined with halogenated hydrocarbons in such a way that a condensate is formed, - a collection tank that holds the condensate in such a way that the halogenated hydrocarbons sink to the bottom, and - a buffer tank that holds the halogenated hydrocarbons that are separated from the condensate, characterized by - a water softening device that is situated upstream from the steam generator and that is configured for reducing the hardness of the supplied water, - a cleaning device that is situated upstream from the steam generator and that is configured for at least partially removing dissolved substances from the supplied water, and - a compressed air device that is configured for conveying the separated halogenated hydrocarbons from the buffer tank into a transport container, wherein the cooling device has a precooler and an intercooler, the precooler being configured for preheating newly fed water for the steam generator, and the intercooler being configured for cooling the steam combined with hydrocarbons, thus forming a condensate. - a desorption tank holding a sorbate that contains the halogenated hydrocarbons, - a steam generator that is configured for generating steam from water supplied to the steam generator and introducing the generated steam into the desorption tank in such a way that the halogenated hydrocarbons are desorbed from the sorbate and absorbed by the steam, - a cooling device that is configured for cooling the steam combined with halogenated hydrocarbons in such a way that a condensate is formed, - a collection tank that holds the condensate in such a way that the halogenated hydrocarbons sink to the bottom, and - a buffer tank that holds the halogenated hydrocarbons that are separated from the condensate, - a water softening device that is situated upstream from the steam generator and that is configured for reducing the hardness of the supplied water, - a cleaning device that is situated upstream from the steam generator and that is configured for at least partially removing dissolved substances from the supplied water, and - a compressed air device that is configured for conveying the separated halogenated hydrocarbons from the buffer tank into a transport container,
A direct laminated flooring product, comprising, on a surface S, a polymer resin impregnated cellulose sheet, on which a design representing identification characteristics a1, b1 of a natural product is printed, characterized in that, once pressed by a press mould, the mechanically formed surface S of the flooring product has a volume-relief texture that is in positional, physical and volumetric correspondence with the drawn identification characteristics a1, b1.
A plate assembly (100; 100a; 200) for a multi-disk brake system, comprising at least one of a pressure plate or an end plate; and a floating plate wear liner (102; 102a; 202) mounted against the at least one of the pressure plate or the end plate, the floating plate wear liner (102; 102a; 202) configured to contact a contact surface of an adjacent rotatable friction disk in response to the multi-disk brake system being actuated, wherein the floating plate wear liner (102; 102a; 202) is concentrically and axially constrained in position against the at least one of the pressure plate or the end plate, and the floating plate wear liner (102; 102a; 202) further comprises a radially inner wall and a radially outer wall; characterised in that: the floating plate wear liner (102; 102a; 202) is removably mounted at the radially inner wall and the radially outer wall by a mechanical fastener for radially constraining the floating plate wear liner (102; 102a; 202) against the at least one of the pressure plate or the end plate to maintain the concentric relationship with the at least one of the pressure plate or the end plate.
An external pacemaker having at least one battery compartment cover, characterized in that the battery compartment cover is secured against an unintentional opening of the battery compartment cover by means of a locking mechanism coverable by a slide.
A process to produce a cultured dairy product containing from 10,000,000 cfu/g to 1,000,000,000 cfu/g of live bacteria or live active cultures, the process comprising: (i) providing a sterilized reduced sugar milk base comprising from 1 to 1.9 wt. % milk sugar; (ii) contacting the sterilized reduced sugar milk base with a lactic acid bacteria culture, wherein the amount of the lactic acid bacteria culture in step (ii) is from 0.0001 to 2 wt. %, and aseptically packaging in a container; and (iii) storing under conditions of a temperature in a range from 10 °C to 40 °C for from 1 hour to 2 weeks being a condition sufficient to reduce the pH of the contents in the container to less than 4.7 to produce the cultured dairy product. (i) providing a sterilized reduced sugar milk base comprising from 1 to 1.9 wt. % milk sugar; (ii) contacting the sterilized reduced sugar milk base with a lactic acid bacteria culture, wherein the amount of the lactic acid bacteria culture in step (ii) is from 0.0001 to 2 wt. %, and aseptically packaging in a container; and (iii) storing under conditions of a temperature in a range from 10 °C to 40 °C for from 1 hour to 2 weeks being a condition sufficient to reduce the pH of the contents in the container to less than 4.7 to produce the cultured dairy product.
A terminal-equipped electric wire comprising: an electric wire including a core wire formed of a plurality of element wires, and a cover that covers the core wire while exposing a core wire exposed part of the core wire at an electric wire end; a terminal fitting attached to the electric wire end; the terminal fitting including a bottom wall on which the electric wire end is placed, and a pair of core wire caulking pieces (23 and 23) rising from the bottom wall and caulking and crimping the core wire exposed part together with the bottom wall in a state where a front end of the core wire exposed part protrudes; a water-stopping member formed of a curable resin material and covering an exposed part of the electric wire end in the terminal fitting from outside together with the terminal fitting so as to suppress entry of liquid to a connection part between the electric wire end and the terminal fitting; characterized in that the bottom wall includes a concave part that continues from a place facing end parts of the pair of core wire caulking pieces (23 and 23) on the front end side of the core wire exposed part to a front end surface (11b 1) of the front end of the core wire exposed part in a fitting direction, and receives the front end of the core wire exposed part ranging from a place at which the core wire exposed part is caulked and crimped by the end parts of the pair of core wire caulking pieces (23 and 23) to the front end surface (11b 1) of the core wire. an electric wire including a core wire formed of a plurality of element wires, and a cover that covers the core wire while exposing a core wire exposed part of the core wire at an electric wire end; a terminal fitting attached to the electric wire end; the terminal fitting including a bottom wall on which the electric wire end is placed, and a pair of core wire caulking pieces (23 and 23) rising from the bottom wall and caulking and crimping the core wire exposed part together with the bottom wall in a state where a front end of the core wire exposed part protrudes; a water-stopping member formed of a curable resin material and covering an exposed part of the electric wire end in the terminal fitting from outside together with the terminal fitting so as to suppress entry of liquid to a connection part between the electric wire end and the terminal fitting; characterized in that the bottom wall includes a concave part that continues from a place facing end parts of the pair of core wire caulking pieces (23 and 23) on the front end side of the core wire exposed part to a front end surface (11b 1) of the front end of the core wire exposed part in a fitting direction, and receives the front end of the core wire exposed part ranging from a place at which the core wire exposed part is caulked and crimped by the end parts of the pair of core wire caulking pieces (23 and 23) to the front end surface (11b 1) of the core wire.
A gas turbine engine component, comprising: a first wall section (82; 182); a second wall section (84; 84) spaced from said first wall section (82; 82) and a lattice structure that includes: a plurality of branches (86; 94) between said first wall section (82; 82) and said second wall section (84; 84); passages (88; 196) that extend between said adjacent branches (86; 194) of said plurality of branches (86; 194); characterized in that a heat transfer device (90; 90) is disposed between adjacent branches (86;194) of said plurality of branches (86; 194), wherein said heat transfer device (90; 90) is located within one of said passages (88; 196, 97), and said heat transfer device (90; 90) includes an evaporation section and a condenser section, and a working medium of said heat transfer device (90; 90) moves between said evaporation section and said condenser section in response to absorbing or releasing heat, wherein locations of said evaporation section and said condenser section vary based on localized temperatures of the component. a first wall section (82; 182); a second wall section (84; 84) spaced from said first wall section (82; 82) and a lattice structure that includes: a plurality of branches (86; 94) between said first wall section (82; 82) and said second wall section (84; 84); passages (88; 196) that extend between said adjacent branches (86; 194) of said plurality of branches (86; 194); characterized in that a heat transfer device (90; 90) is disposed between adjacent branches (86;194) of said plurality of branches (86; 194), wherein said heat transfer device (90; 90) is located within one of said passages (88; 196, 97), and said heat transfer device (90; 90) includes an evaporation section and a condenser section, and a plurality of branches (86; 94) between said first wall section (82; 82) and said second wall section (84; 84); passages (88; 196) that extend between said adjacent branches (86; 194) of said plurality of branches (86; 194); characterized in that a heat transfer device (90; 90) is disposed between adjacent branches (86;194) of said plurality of branches (86; 194), wherein said heat transfer device (90; 90) is located within one of said passages (88; 196, 97), and said heat transfer device (90; 90) includes an evaporation section and a condenser section, and a working medium of said heat transfer device (90; 90) moves between said evaporation section and said condenser section in response to absorbing or releasing heat, wherein locations of said evaporation section and said condenser section vary based on localized temperatures of the component.
A method of antenna selection in a wireless communication device having a wide area transceiver, an auxiliary receiver, and a plurality of selectable antennas (30, 35, 40, 45, 50), said method comprising: measuring link quality for two or more antennas used by the auxiliary receiver by: obtaining first RSSI measurements from the wide area transceiver and the auxiliary receiver for a first antenna configuration having a first antenna as a primary antenna; swapping the first antenna configuration with a second antenna configuration having a second antenna as the primary antenna; obtaining second RSSI measurements from the wide area transceiver and the auxiliary receiver for the second antenna configuration; if each of the first and second RSSI measurements for the wide area transceiver exceed a predetermined threshold, selecting an antenna configuration for the wide area transceiver that provides the highest RSSI for the auxiliary receiver; and if one or both of the first and second RSSI measurements for the wide area transceiver do not exceed the predetermined threshold, selecting an antenna configuration for the wide area transceiver that provides the highest RSSI for the wide area transceiver. measuring link quality for two or more antennas used by the auxiliary receiver by: obtaining first RSSI measurements from the wide area transceiver and the auxiliary receiver for a first antenna configuration having a first antenna as a primary antenna; swapping the first antenna configuration with a second antenna configuration having a second antenna as the primary antenna; obtaining second RSSI measurements from the wide area transceiver and the auxiliary receiver for the second antenna configuration; obtaining first RSSI measurements from the wide area transceiver and the auxiliary receiver for a first antenna configuration having a first antenna as a primary antenna; swapping the first antenna configuration with a second antenna configuration having a second antenna as the primary antenna; obtaining second RSSI measurements from the wide area transceiver and the auxiliary receiver for the second antenna configuration; if each of the first and second RSSI measurements for the wide area transceiver exceed a predetermined threshold, selecting an antenna configuration for the wide area transceiver that provides the highest RSSI for the auxiliary receiver; and if one or both of the first and second RSSI measurements for the wide area transceiver do not exceed the predetermined threshold, selecting an antenna configuration for the wide area transceiver that provides the highest RSSI for the wide area transceiver.
A medical device comprising a catheter tube having a hollow body made of a polymeric material, said body having a surface, characterised in that said surface comprises covalently bound groups of formula wherein R 1 and R 2 independently from each other are H or F, and R 3 is a Z group; or wherein each R 1 independently is H or F, R 2 is a Z group, and R 3 is -NO 2; wherein the Z group is selected from -C NH-R a, -S 2 NH-R a and -P 2 NH-R a wherein R a is C 1 -C 4 linear or branched saturated alkyl chain optionally substituted with one or more polar functional groups selected from -OH, -COOH, -SO 3, -PO 4, -NH 2, -NH 4 + or with a -(CF 2) m -CF 3 perfluoroalkyl group wherein m is 1 to 70; or wherein R a is - (CHRCH 2 O) n -X wherein n is 1 to 70, R is H or -CH 3 and X is selected from H, saturated branched or linear C 1 -C 4 alkyl chain or a -(CH 2) p -O-(CH 2) q -W group wherein W is H, -CH 3 or -NH 2 and wherein p and q are independently 1 to 30; or wherein R a is a C 1 -C 70 linear or branched saturated alkyl chain or an aromatic group. wherein R 1 and R 2 independently from each other are H or F, and R 3 is a Z group; or wherein each R 1 independently is H or F, R 2 is a Z group, and R 3 is -NO 2; wherein the Z group is selected from -C NH-R a, -S 2 NH-R a and -P 2 NH-R a wherein R a is C 1 -C 4 linear or branched saturated alkyl chain optionally substituted with one or more polar functional groups selected from -OH, -COOH, -SO 3, -PO 4, -NH 2, -NH 4 + or with a -(CF 2) m -CF 3 perfluoroalkyl group wherein m is 1 to 70; or wherein R a is - (CHRCH 2 O) n -X wherein n is 1 to 70, R is H or -CH 3 and X is selected from H, saturated branched or linear C 1 -C 4 alkyl chain or a -(CH 2) p -O-(CH 2) q -W group wherein W is H, -CH 3 or -NH 2 and wherein p and q are independently 1 to 30; or wherein R a is a C 1 -C 70 linear or branched saturated alkyl chain or an aromatic group.
Method for manufacturing a screen structure having at least two mesh layers (11, 12), wherein a first mesh layer is provided on a first reel and a second mesh layer is provided on a second reel, wherein said first and second mesh layers (11, 12) are brought together so that they contact each other, wherein said first and second mesh layers (11, 12) are jointly metallized and wherein the applied metal firmly bonds said two mesh layers (11, 12) together to create a composite mesh.
An electrical switch, in particular, in the form of a micro-switch and/or a snap-action switch, with a contact system comprising a movable switching contact and two fixed contacts (5, 6), with a movable actuating member for switching the contact system, such that the switching contact can be moved against one fixed contact corresponding to a first switching position and against the other fixed contact corresponding to a second switching position when the contact system is switched, and with a further third switching position located between the two fixed contacts (5, 6), into which the switching contact can be moved, wherein the switching contact is designed as a slider and the fixed contact (5, 6) as a contact surface, such that the slider interacts when switched with the contact surface (5, 6), while the slider is moved onto the contact surface (5, 6) and/or is moved away from the contact surface (5, 6), characterized in that a spacer made of insulating material is located between the fixed contacts (5, 6), such that the contact surfaces (5, 6) of the fixed contacts as well as of the spacer form a level path for the slider (4, 4'), wherein the spacer electrically insulates as well as fixes the contact surfaces (5, 6) of the fixed contacts, and that the spacer has such a width, that the slider (4, 4') in the third switching position abut against the electrically insulating spacer.
A processing system comprising: a memory and an associated memory controller; and a processor connected to the memory, the processor comprising: a data cache including a plurality of cache lines; a write buffer configured to track the data cache; a store queue configured to: store one or more store operations; and write data to a hit cache line and an allocated entry in the write buffer when the hit cache line is initially in at least a shared coherence state, resulting in the hit cache line being in a shared coherence state with data and the allocated entry being in a modified coherence state with data; the write buffer configured to send a message to the memory controller to upgrade the hit cache line to a modified coherence state with data; the memory controller configured to upgrade the hit cache line to the modified coherence state with data; the write buffer configured to retire the data upon confirmation of the hit cache line upgrade; and the data cache configured to perform a writeback of the data in the hit cache line to memory for a defined event. a memory and an associated memory controller; and a processor connected to the memory, the processor comprising: a data cache including a plurality of cache lines; a write buffer configured to track the data cache; a store queue configured to: store one or more store operations; and write data to a hit cache line and an allocated entry in the write buffer when the hit cache line is initially in at least a shared coherence state, resulting in the hit cache line being in a shared coherence state with data and the allocated entry being in a modified coherence state with data; the write buffer configured to send a message to the memory controller to upgrade the hit cache line to a modified coherence state with data; the memory controller configured to upgrade the hit cache line to the modified coherence state with data; the write buffer configured to retire the data upon confirmation of the hit cache line upgrade; and the data cache configured to perform a writeback of the data in the hit cache line to memory for a defined event. a data cache including a plurality of cache lines; a write buffer configured to track the data cache; a store queue configured to: a write buffer configured to track the data cache; a store queue configured to: store one or more store operations; and write data to a hit cache line and an allocated entry in the write buffer when the hit cache line is initially in at least a shared coherence state, resulting in the hit cache line being in a shared coherence state with data and the allocated entry being in a modified coherence state with data; the write buffer configured to send a message to the memory controller to upgrade the hit cache line to a modified coherence state with data; the memory controller configured to upgrade the hit cache line to the modified coherence state with data; the write buffer configured to retire the data upon confirmation of the hit cache line upgrade; and the data cache configured to perform a writeback of the data in the hit cache line to memory for a defined event.
A self-propelled carriage for a cableway installation having at least one supporting cable and at least one traction cable, the self-propelled carriage having a frame, the frame being movable on a supporting cable by means of at least one supporting roller, at least one actuating member being arranged on the frame, the carriage having at least two drive rolls, which are actuated by at least one actuating member arranged on the self-propelled carriage, the traction cable being at least partially wound onto the drive rolls, characterized in that at least one tensioning device is arranged on the carriage, which presses at least one traction cable against at least one drive roll, and the tensioning device has a rolling element in the pressure zone, which makes it possible for the traction cable to move.