mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible inner corrugated pipe carcass (21;31;54;64;74;84;94;104;114) of a flexible riser , flow-line or jumper, wherein the flexible inner corrugated pipe carcass is adapted to form the innermost layer of the flexible riser, flow-line or jumper, the flexible inner corrugated pipe carcass comprising: a flexible tubular wall structure comprising a helically wound wall strip; wherein interlocking sections (41,42;55,56;65,66;75,76;85,86;95,96;105,106;115,116) of successive windings of said wall strip form the wall structure; the interlocking sections of adjacent wall strips defining a length and being movable with respect to each other between a first position (X1) and a second, extended position (X2) for changing said length, the interlocking sections being formed such that a carcass gap (33;43;53;63;73;83;93; 103;113) is provided between adjacent interlocking sections for accommodating relative movement there between upon flexure of the wall structure; wherein an insert profile (50;60;70;80;90;100;110) is located in the carcass gap of the tubular wall structure on an inside (57;67;77;87;97;107;117) of the wall structure to at least partly cover and/or fill the carcass gap, said insert profile comprising a first portion (51;61;71;81;91;101;111) in the form of a protrusion extending outwards into the carcass gap (53;63;73;83;93;103;113), and a second portion fixed onto the first portion, the second portion being in the form of a protrusion having an extension transverse to the carcass gap, wherein the second portion is resilient or elastic and wherein the pipe carcass is arranged so that in use the second portion is deformed by relative movement between adjacent interlocking sections.
A compound of formula A wherein R is selected from R 1 to R 5 is independently selected from the group consisting of H, Cl, F, Br, CH 3 , C 2 H 5 , CH(CH 3 ) 2 , OCH 3 , CF 3 , OCF 3 , OH, NO 2 or CN ; X is selected from O, N or S. wherein R is selected from R 1 to R 5 is independently selected from the group consisting of H, Cl, F, Br, CH 3 , C 2 H 5 , CH(CH 3 ) 2 , OCH 3 , CF 3 , OCF 3 , OH, NO 2 or CN ; X is selected from O, N or S.
Means for identifying a field device (100; 200; 300), the means for identifying comprising: 1.1 a flexible, variable-length connecting element (130, 150; 230, 250; 330, 350) which is so designed that it returns to its initial length after a change in length; 1.2 an electronic transmission unit (120; 220; 320) for transmitting data to a mobile read-out unit; 1.2.1 a data carrier; wherein the data is stored on the data carrier and contains information about the field device (100; 200; 300); 1.3 wherein the transmission unit (120; 220; 320) is fixed to one end of the connecting element; 1.4 wherein the other end of the connecting element is connectable to the field device (100; 200; 300); characterised in that 1.5 the electronic transmission unit (120; 220; 320) 1.5.1 enables the reading of data of the field device (100; 200; 300) and/or its control and / or 1.5.2 the transmission of data to the control of the field device (100; 200; 300) for its configuration. 1.1 a flexible, variable-length connecting element (130, 150; 230, 250; 330, 350) which is so designed that it returns to its initial length after a change in length; 1.2 an electronic transmission unit (120; 220; 320) for transmitting data to a mobile read-out unit; 1.2.1 a data carrier; wherein the data is stored on the data carrier and contains information about the field device (100; 200; 300); 1.3 wherein the transmission unit (120; 220; 320) is fixed to one end of the connecting element; 1.4 wherein the other end of the connecting element is connectable to the field device (100; 200; 300); characterised in that 1.5 the electronic transmission unit (120; 220; 320) 1.5.1 enables the reading of data of the field device (100; 200; 300) and/or its control and / or 1.5.2 the transmission of data to the control of the field device (100; 200; 300) for its configuration.
An evacuation unit for a rail vehicle , the rail vehicle comprising a side wall having at least one exterior opening , the evacuation unit comprising: a. an evacuation device comprising: i. a support for attachment to the side wall of the vehicle so as to pivot between a first position in which the support closes the outer opening and a second position in which the support clears the outer opening to allow passage of an individual, ii. a tube , one end of which is attached to the support , the tube being retractable into the support , the evacuation device being configured to assume two states: a first state, known as the rest state, in which the support is in the first position and the tube is retracted into the support and a second state, known as the evacuation state, in which the support is in the second position and the tube is deployed out from the support , b. an actuator configured to move the evacuation device from the rest state to the evacuation state. a. an evacuation device comprising: i. a support for attachment to the side wall of the vehicle so as to pivot between a first position in which the support closes the outer opening and a second position in which the support clears the outer opening to allow passage of an individual, ii. a tube , one end of which is attached to the support , the tube being retractable into the support , the evacuation device being configured to assume two states: a first state, known as the rest state, in which the support is in the first position and the tube is retracted into the support and a second state, known as the evacuation state, in which the support is in the second position and the tube is deployed out from the support , i. a support for attachment to the side wall of the vehicle so as to pivot between a first position in which the support closes the outer opening and a second position in which the support clears the outer opening to allow passage of an individual, ii. a tube , one end of which is attached to the support , the tube being retractable into the support , b. an actuator configured to move the evacuation device from the rest state to the evacuation state.
An in vitro method of inhibiting the expansion of a repeat DNA sequence in a cell, the method comprising contacting the cell with
A drill bit for the drilling, in particular the rotary percussive drilling, of a hole, in particular a tap hole of a melting furnace, the drill bit comprising a drill head , which has at least one hard material insert , and a base body for connecting the drill bit to a driving element, the hard material insert being inserted into a seat , which is formed in an axial end face of the drill head , in such a manner that at least a head cutting edge of the hard material insert protrudes beyond the axial end face , characterized in that the seat has a flank portion and an opposite flank portion located opposite the flank portion, between which the hard material insert is disposed, the flank portion , which is disposed opposite a recess formed in the hard material insert , being provided with a material projection which is at least partially made of a welding material , is bonded to the drill head via the welding material and protrudes into the recess so as to establishing a form-fitting connection with the hard material insert .
A system for curing and manufacturing a partially cured tire assembly , the system comprising: an annular hub member slid into a corresponding annular, radially inner surface of the partially cured tire assembly ; a plurality of elongate spacer members for maintaining corresponding uniform cavity dimensions in the partially cured tire assembly tire assembly by fastening the spacer members to the hub member with flap members of the partially cured tire assembly thereby enclosing a radially outermost surface of each of the spacer members ; a first annular curing platen for axially securing the hub member and spacer members relative to each other; a second annular curing platen for axially securing the hub member and spacer members relative to each other; and a plurality of elongate inserts for creating a smooth, uniform outer cylindrical surface formed by a radially outer surface of each insert and flap members of the partially cured tire assembly positioned by the radially outermost surfaces of the spacer members . an annular hub member slid into a corresponding annular, radially inner surface of the partially cured tire assembly ; a plurality of elongate spacer members for maintaining corresponding uniform cavity dimensions in the partially cured tire assembly tire assembly by fastening the spacer members to the hub member with flap members of the partially cured tire assembly thereby enclosing a radially outermost surface of each of the spacer members ; a first annular curing platen for axially securing the hub member and spacer members relative to each other; a second annular curing platen for axially securing the hub member and spacer members relative to each other; and a plurality of elongate inserts for creating a smooth, uniform outer cylindrical surface formed by a radially outer surface of each insert and flap members of the partially cured tire assembly positioned by the radially outermost surfaces of the spacer members .
Radiation shielding member for an X-ray inspection apparatus , said radiation shielding member comprising at least one ionizing radiation shielding core surrounded by at least one protective layer , said protective layer consisting of at least one outer layer and at least one indicator layer (124; 124-1, 124-2; 124-1, 124-2, 124-3), the indicator layer consisting of at least one layer (124; 124-1, 124-2; 124-1, 124-2, 124-3) which is distinguishable in colour from the outer layer ; characterised in that the indicator layer consists of a plurality of layers (124; 124-1, 124-2; 124-1, 124-2, 124-3), wherein respective adjacent layers are distinguishable in colour from one another; and the outer layer comprises or consists of at least one of the following materials: rubber, PVC, protective lacquer. the indicator layer consists of a plurality of layers (124; 124-1, 124-2; 124-1, 124-2, 124-3), wherein respective adjacent layers are distinguishable in colour from one another; and the outer layer comprises or consists of at least one of the following materials: rubber, PVC, protective lacquer.
A method in a network switching device , the method comprising: detecting that an unidentified client device joins a network , wherein an unidentified client device is a client device that has not accessed the network previously or has not accessed the network for a time period; retrieving information related to a device property of the unidentified client device from network traffic to and/or from the unidentified client device; sending a query based on the information to a fingerprinting server ; receiving the device property of the unidentified client device in response to the query , characterised in that the method comprises: configuring a timeout of a port to which the unidentified client device is connected based on the device property of the unidentified client device, wherein the timeout specifies a period of time whereby if no communications are received from the unidentified client device on the port, or sent to the unidentified client device through the port, during that period of time, the unidentified client device is considered disconnected, disassociated or deauthenticated from the network switching device. detecting that an unidentified client device joins a network , wherein an unidentified client device is a client device that has not accessed the network previously or has not accessed the network for a time period; retrieving information related to a device property of the unidentified client device from network traffic to and/or from the unidentified client device; sending a query based on the information to a fingerprinting server ; receiving the device property of the unidentified client device in response to the query , characterised in that the method comprises: configuring a timeout of a port to which the unidentified client device is connected based on the device property of the unidentified client device, wherein the timeout specifies a period of time whereby if no communications are received from the unidentified client device on the port, or sent to the unidentified client device through the port, during that period of time, the unidentified client device is considered disconnected, disassociated or deauthenticated from the network switching device. configuring a timeout of a port to which the unidentified client device is connected based on the device property of the unidentified client device, wherein the timeout specifies a period of time whereby if no communications are received from the unidentified client device on the port, or sent to the unidentified client device through the port, during that period of time, the unidentified client device is considered disconnected, disassociated or deauthenticated from the network switching device.
A wall plug being removably connectable to an electrical outlet, wherein the wall plug comprises: - a device body comprising a housing with a front side and a back side , with protruding electrodes for insertion into a wall outlet , with said device body further comprising electrode receiving wells equivalent to the wall outlet, for electrical plug-in of an electrical appliance ; - switching means adapted to control power delivery to the electrical appliance at the electrode receiving wells; - interface means ; and - a control unit connected to the switching means and the interface means, characterized in that the wall plug further comprises detecting means connected to the control unit and adapted for determining if the electrical appliance is plugged-in to the electrode receiving wells, and that the control unit is adapted to: - receive, using the detecting means, an indication that the electrical appliance is plugged-in to electrode receiving wells; - receive, using the interface means, a first instruction defining if the electrical appliance is dimmable or non-dimmable; - setting the switching means to be dimmable or non-dimmable based on the received instruction; and - setting the switching means to be non-dimmable if receiving an indication from the detecting means that the electrical appliance is unplugged from the electrode receiving wells. - a device body comprising a housing with a front side and a back side , with protruding electrodes for insertion into a wall outlet , with said device body further comprising electrode receiving wells equivalent to the wall outlet, for electrical plug-in of an electrical appliance ; - switching means adapted to control power delivery to the electrical appliance at the electrode receiving wells; - interface means ; and - a control unit connected to the switching means and the interface means, characterized in that the wall plug further comprises detecting means connected to the control unit and adapted for determining if the electrical appliance is plugged-in to the electrode receiving wells, and that the control unit is adapted to: - receive, using the detecting means, an indication that the electrical appliance is plugged-in to electrode receiving wells; - receive, using the interface means, a first instruction defining if the electrical appliance is dimmable or non-dimmable; - setting the switching means to be dimmable or non-dimmable based on the received instruction; and - setting the switching means to be non-dimmable if receiving an indication from the detecting means that the electrical appliance is unplugged from the electrode receiving wells. - receive, using the detecting means, an indication that the electrical appliance is plugged-in to electrode receiving wells; - receive, using the interface means, a first instruction defining if the electrical appliance is dimmable or non-dimmable; - setting the switching means to be dimmable or non-dimmable based on the received instruction; and - setting the switching means to be non-dimmable if receiving an indication from the detecting means that the electrical appliance is unplugged from the electrode receiving wells.
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving information identifying a reserved resource allocation, wherein the reserved resource allocation is associated with a reserved resource; receiving information identifying another resource allocation, wherein the other resource allocation overlaps with the reserved resource allocation at an overlapped portion; characterized by : selectively performing a communication using the overlapped portion for the reserved resource allocation or the other resource allocation based at least in part on an explicit indication indicating whether the communication is to be performed using the overlapped portion for the reserved resource allocation or the other resource allocation. receiving information identifying a reserved resource allocation, wherein the reserved resource allocation is associated with a reserved resource; receiving information identifying another resource allocation, wherein the other resource allocation overlaps with the reserved resource allocation at an overlapped portion; characterized by : selectively performing a communication using the overlapped portion for the reserved resource allocation or the other resource allocation based at least in part on an explicit indication indicating whether the communication is to be performed using the overlapped portion for the reserved resource allocation or the other resource allocation.
A device for at least partial CO 2 elimination from patient blood in an extracorporeal circuit , having a CO 2 eliminator which comprises a housing with a blood inlet and a blood outlet as well as a gas inlet and a gas outlet , wherein a hollow fiber arrangement is provided in the housing , through which arrangement both gas and blood can flow and which has an active fiber length (Y) for gas exchange as part of an overall fiber length (X), wherein the hollow fibers are arranged in mats, wherein the fibers in the mats are aligned in parallel and the mats are stacked in the hollow fiber arrangement, such that fibers in parallel adjacent mats are approximately at a right angle to each other, and that the length of the passageway for blood, which corresponds to the thickness (Z) of the hollow fiber arrangement , is substantially at a right angle to the fiber orientation and extends along the shortest path through the hollow fiber arrangement , wherein the hollow fiber arrangement has a cuboid shape and the quotient of active fiber length (Y) and minimum length (Z) of the passageway for blood through the hollow fiber arrangement is less than 3.5, preferably less than 3, particularly preferably less than 2, most preferably less than 1.1, wherein the fibers provided in the active exchange region are unsealed while the fibers in a peripheral region are sealed and thus not active for gas exchange, wherein the hollow fiber arrangement has a square cross section whose side length corresponds to the overall fiber length (X) and the active exchange region has a square cross section whose side length corresponds to the active fiber length (Y), characterized in that the fiber surface area of the hollow fiber arrangement which is active for gas exchange is in the range from 0.5 to 1.2 m 2 .
Combustion-gas injector for firing a regeneratively heated industrial furnace with a ceramic wall element having a ceramic injector insert opening, wherein the combustion-gas injector has a gas feed tube and a mouth , wherein the connection (V) thereof is formed by a longitudinal diffusor, wherein the longitudinal diffusor has a metallic coolable diffusor tube which forms the mouth , wherein - the longitudinal diffusor is in the form of a flat longitudinal diffusor , wherein the diffusor tube is formed with a diffusor-exit flat tube and a diffusor-entry flat tube , wherein - the diffusor-exit flat tube and the diffusor-entry flat tube have a transverse extent (Q) and a height extent (H), - a first ratio of an open transverse-extent dimension to an open height-extent dimension lies in a range between 5 and 30, wherein - the longitudinal diffusor is formed with a free-jet opening angle, and - the free-jet opening angle (w1, w2) opens in the height extent (H) and/or in the transverse extent (Q) of the flat longitudinal diffusor , specifically of the diffusor-exit flat tube , and - the diffusor tube is intended for forming in relation to the ceramic injector insert opening a termination at the mouth of the combustion-gas injector, and - at least the diffusor-exit flat tube of the flat longitudinal diffusor is surrounded, along its entire axial extent (E1) between the mouth and the boundary (G1) between the diffusor-exit flat tube and the diffusor-entry flat tube , by a cooling jacket which is able to be flowed through by liquid coolant, wherein the cooling jacket , with the diffusor tube, is intended for forming a termination in relation to the ceramic injector insert opening at the mouth of the combustion-gas injector . - the longitudinal diffusor is in the form of a flat longitudinal diffusor , wherein the diffusor tube is formed with a diffusor-exit flat tube and a diffusor-entry flat tube , wherein - the diffusor-exit flat tube and the diffusor-entry flat tube have a transverse extent (Q) and a height extent (H), - a first ratio of an open transverse-extent dimension to an open height-extent dimension lies in a range between 5 and 30, wherein - the longitudinal diffusor is formed with a free-jet opening angle, and - the free-jet opening angle (w1, w2) opens in the height extent (H) and/or in the transverse extent (Q) of the flat longitudinal diffusor , specifically of the diffusor-exit flat tube , and - the diffusor tube is intended for forming in relation to the ceramic injector insert opening a termination at the mouth of the combustion-gas injector, and - at least the diffusor-exit flat tube of the flat longitudinal diffusor is surrounded, along its entire axial extent (E1) between the mouth and the boundary (G1) between the diffusor-exit flat tube and the diffusor-entry flat tube , by a cooling jacket which is able to be flowed through by liquid coolant, wherein the cooling jacket , with the diffusor tube, is intended for forming a termination in relation to the ceramic injector insert opening at the mouth of the combustion-gas injector .