mhurhangee/patent-ind-claim-en huggingface dataset:
A foam duct element comprising foam resin, and including a cylindrical portion having an external contour of a polygonal shape that comprises a first wall portion and a second wall portion that are welded onto each other via parting lines (PL1, PL2), and further including inner surface projections , wherein the thickness of wall portions of the cylindrical portion is larger in a region with the projections , than in a region without the projections, wherein the thickness takes the minimum value in the portion most apart from the line connecting the parting lines (PL1, PL2) to each other.
Aircraft turbine casing designed to carry a set of ring sectors that partly delimits a conduit inside which a gas flow passes through the turbine, the casing comprising dynamic means of adjusting the radial position of ring sectors by the controlled injection of an air flow on portions of an annular wall of the casing , the casing comprising an upstream radial lug that connects an upstream end of each ring sector , along the direction of the gas flow to the casing , and a downstream radial lug that connects a downstream end of each ring sector to the casing , and at least the upstream radial lug is made as a single piece with the casing and is directly connected to the upstream end of each ring sector , characterised in that the casing comprises an air flow guide conduit along an inner annular face of the annular wall of the casing , that opens up towards the direction of the ring sectors and in that at least the upstream radial lug comprises air passage orifices for ventilation of the ring sectors , that open up into said guide conduit .
A recombinant polynucleotide for inhibiting Bruton's agammaglobulinemia tyrosine kinase (BTK), wherein the nucleotide sequence of the polynucleotide has a structure of Formula V: A-(B-L-)p-Z (V) wherein, A represents an optional sequence at 5' end (preferably, the length thereof is 0-50bp, more preferably, 0-20bp, and most preferably, 0-10bp); B represents a same or different siRNA sequence that specifically inhibits BTK, or a precursor RNA sequence used to produce the siRNA sequence, wherein the siRNA sequence includes a siRNA as shown in SEQ ID NO.: 2; L represents an optional interval sequence (preferably, the length thereof is 0-50bp, more preferably, 0-20bp, and most preferably, 0-10bp); p is a positive integer of 1, 2, 3, 4 or 5; Z represents an optional sequence at 3' end (preferably, the length thereof is 0-50bp, more preferably, 0-20bp, and most preferably, 0-10bp); A represents an optional sequence at 5' end (preferably, the length thereof is 0-50bp, more preferably, 0-20bp, and most preferably, 0-10bp); B represents a same or different siRNA sequence that specifically inhibits BTK, or a precursor RNA sequence used to produce the siRNA sequence, wherein the siRNA sequence includes a siRNA as shown in SEQ ID NO.: 2; L represents an optional interval sequence (preferably, the length thereof is 0-50bp, more preferably, 0-20bp, and most preferably, 0-10bp); p is a positive integer of 1, 2, 3, 4 or 5; Z represents an optional sequence at 3' end (preferably, the length thereof is 0-50bp, more preferably, 0-20bp, and most preferably, 0-10bp);
A device for use with a wheeled device comprising a deck and at least one wheel attached to the deck with a gap between the wheel and the deck, the device comprising: a physical stop arranged to be secured against one wheel of the wheeled device, wherein the physical stop comprises a block of resilient material, where the block is arranged to be thicker than the gap between the wheel and the deck and is capable of being placed in a semi-compressed or compressed state into the gap such that the block exerts pressure on the wheel sufficient to prevent the wheel from freely rotating, and characterised in that the block has at least one surface with a coating having at least one physical characteristic different from that of the block.
Gearbox, comprising a gearbox housing , a input shaft rotatably mounted in the gearbox housing by means of a first bearing arrangement (14.1) having a first bevel gear (15.1), and an output shaft rotatably mounted in the gearbox housing by means of a second bearing arrangement (14.2) having a second bevel gear (15.2) meshing with the first bevel gear (15.1), and an adjusting device for adjusting the backlash between the first bevel gear (15.1) and the second bevel gear (15.2) by axially adjusting the first bevel gear (15.1) and/or the second bevel gear (15.2), wherein the adjusting device comprises a rolling bearing (18.1, 18.2) which has an inner ring (19.1, 19.2) fixedly connected to the input shaft or the output shaft and an outer ring (20.1, 20.2) axially adjustably mounted in the gearbox housing , wherein the axial position of the outer ring (20.1, 20.2) of the rolling bearing (18.1, 18.2) is adjustable by means of a threaded arrangement (21.1, 21.2) which has an internal thread (22.1, 22.2) set in the gearbox housing and an outer thread (23.1, 23.2) cooperating with the internal thread (22.1, 22.2), which is formed on an adjusting nut (24.1, 24.2) of the adjusting device , on which the outer ring (20.1, 20.2) is supported, wherein the adjusting device has a clamping flange (28.1) which is fastened to a flange seat (30.1) of the gearbox housing by means of flange screws (29.1) and in its fastened arrangement on the flange seat (30.1) of the gearbox housing axially braces and/or clamps the adjusting nut (24.1, 24.2) so that the threaded arrangement (21.1, 21.2) is secured against automatic loosening, characterized in that the clamping flange (28.1) has a circular cylindrical inner circumferential wall (31.1) which cooperates with a corresponding circular cylindrical outer circumferential wall (32.1) on the adjusting nut (24.1, 24.2), such that the connection of the inner circumferential wall (31.1) and the outer circumferential wall (32.1) forms a first fit which centers the adjusting nut (24.1, 24.2) with respect to the clamping flange (28.1), and the clamping flange (28.1) has a circular cylindrical outer circumferential wall (33.1) which cooperates with a corresponding circular cylindrical inner peripheral wall (34.1) on the gearbox housing , such that the connection of the outer circumferential wall (33.1) and the inner peripheral wall (34.1) forms a second fit which centers the clamping flange (28.1) relative to the gearbox housing .
A sample holder intended for measurements of optically detected magnetic resonance, including a bottom plate and a top plate , characterised in that between the bottom plate , made of a dielectric material, and the top plate , made of dielectric material, in which at least one top opening (3a...3h) is provided, a middle plate made of a dielectric material is provided, in which a central opening is provided, wherein at least one bottom, conductive non-magnetic strip is provided on the surface of the bottom plate oriented towards the top plate , which can be connected at its first end with the first pole of a microwave signal carrier, while at its second end it forms an electrical connection with the first end of at least one central, surrounding, conductive non-magnetic strip , and wherein said at least one central, surrounding, conductive non-magnetic strip is provided on the middle plate from a side of the central opening , transversely to a side of the middle plate , and wherein said at least one central, surrounding, conductive non-magnetic strip is overlapping at its ends with both surfaces of the middle plate , while the second end of said at least one central, surrounding, conductive non-magnetic strip forms an electrical connection with the first end of at least one top, conductive non-magnetic strip , which is provided on the surface of the top plate oriented towards the bottom plate , and the second end of said at least one top, conductive non-magnetic strip forms electrical connection with the first end of at least one central, surface, conductive non-magnetic strip , which is provided on the side of the middle plate opposite to said at least one central, surrounding, conductive non-magnetic strip , on the surface oriented towards the top plate , and wherein the second end of said at least one, central, surface, conductive non-magnetic strip can be connected with the other pole of the microwave signal carrier, wherein the bottom plate , the top plate and the middle plate are detachably connected.
A pressure sensitive adhesive composition comprising: at least 50 wt-% of polymerized units derived from alkyl (meth)acrylate monomer(s) having a glass transition temperature no greater than 0°C when reacted to form a homopolymer; and 0.2 to 15 wt-% of at least one crosslinking monomer comprising a (meth)acrylate group and a C 6 -C 20 olefin group wherein the olefin comprises at least one hydrocarbon unsaturation, the olefin group being straight-chained or branched and optionally substituted; wherein the crosslinked composition is a pressure sensitive adhesive wherein the storage modulus of the pressure sensitive adhesive at the application temperature of 25 °C is less than 3 N/cm (3x10 5 dynes/cm) at a frequency of 1 Hz. at least 50 wt-% of polymerized units derived from alkyl (meth)acrylate monomer(s) having a glass transition temperature no greater than 0°C when reacted to form a homopolymer; and 0.2 to 15 wt-% of at least one crosslinking monomer comprising a (meth)acrylate group and a C 6 -C 20 olefin group wherein the olefin comprises at least one hydrocarbon unsaturation, the olefin group being straight-chained or branched and optionally substituted; wherein the crosslinked composition is a pressure sensitive adhesive wherein the storage modulus of the pressure sensitive adhesive at the application temperature of 25 °C is less than 3 N/cm (3x10 5 dynes/cm) at a frequency of 1 Hz.
A system for cultivating plants without a substrate, comprising a device for moistening and/or fertilizing plants , the device comprising a movable spray lance with at least one spray nozzle arranged on the spray lance , wherein a preferably linear guide rail is provided, wherein the spray lance is movably guided in the guide rail in a trajectory extending parallel to the guide rail and extends substantially perpendicular to this trajectory, and wherein a drive, preferably a linear drive , is arranged for moving the spray lance in the area of the guide rail , wherein the system further comprises a preferably substantially horizontal plant support plane adapted to stabilise the plants in their rootstock region, characterised in that the spray lance is arranged at a distance below or above the plant support plane and in that the plant support plane extends substantially parallel to the movement plane defined by the movement of the spray lance , and in that a preferably linear gap is provided in the plant support plane , through which a connector for connecting the spray lance and the guide rail projects, the connector comprising a plurality of securing means, preferably latch openings , for adjusting the position of the spray lance .
A method, executed by a computer system comprising a firewall and a security service, the method comprising: receiving, by the firewall , a packet from a network device ; processing, by the firewall , the packet received from the network device ; monitoring, by the firewall , a source address indicated in a source address field of the packet received from the network device, wherein the source address corresponds to the network device ; when the source address is the same for a threshold number of packets, the firewall determining that it is downstream from the network device and the firewall determining that a X-Forwarded-For, XFF, field of the packet received from the network device should be recorded; when the firewall determines that the XFF field should be recorded, the firewall recording an original source address in the XFF field of the packet received from the network device in addition to the source address in the source address field of the packet received from the network device to an entry in a network traffic database, wherein the original source address corresponds to a client device which transmitted the packet prior to the network device; retrieving, by the security service, the entry from the network traffic database; analyzing, by the security service, the client device based, at least in part, on the original source address in the entry; determining, by the security service, based on the analyzing, that the client device belongs to a group of devices controlled by a first policy; and applying, by the security service, the first policy to the packet and other network traffic from the client device . receiving, by the firewall , a packet from a network device ; processing, by the firewall , the packet received from the network device ; monitoring, by the firewall , a source address indicated in a source address field of the packet received from the network device, wherein the source address corresponds to the network device ; when the source address is the same for a threshold number of packets, the firewall determining that it is downstream from the network device and the firewall determining that a X-Forwarded-For, XFF, field of the packet received from the network device should be recorded; when the firewall determines that the XFF field should be recorded, the firewall recording an original source address in the XFF field of the packet received from the network device in addition to the source address in the source address field of the packet received from the network device to an entry in a network traffic database, wherein the original source address corresponds to a client device which transmitted the packet prior to the network device; retrieving, by the security service, the entry from the network traffic database; analyzing, by the security service, the client device based, at least in part, on the original source address in the entry; determining, by the security service, based on the analyzing, that the client device belongs to a group of devices controlled by a first policy; and applying, by the security service, the first policy to the packet and other network traffic from the client device .
A multi-function valve for a gas container, which includes a filling stop valve , an outlet valve and a filling level indicator , wherein the filling stop valve and the filling level indicator are provided with respective floats and the filling stop valve , the outlet valve and the filling level indicator are firmly fixed to a common flange and constitute a multi-function body, which is fastened to the gas container , characterised in that the flange additionally has a safety valve , the sealing washer of which is pressed tightly by a spring via a spring holder against the gas outlet opening so long as a predetermined overpressure does not prevail in the gas container, at which the safety valve opens, and whose gas outlet opening extends substantially at right angles to the plane of the flange and that the bodies for receiving the filling stop valve , the outlet valve , the filling level indicator and the safety valve including the flange are produced from one casting.
A security element having machine-readable magnetic security features in the form of at least two magnetic materials with different coercivity, which are present as a mixture in at least one printing ink and are applied onto a carrier substrate , the at least one printing ink being provided in at least two areas on the security element in the same and/or different thickness and a defined mixing ratio of the at least two magnetic materials being present in the at least one printing ink , whereby at least two printing inks having respectively different mixing ratios of the magnetic materials being provided in at least two areas on a carrier substrate in the same and/or different thickness.
A method of executing computer-readable code for interaction with one or more data resources on a data processing platform, wherein the method is performed using one or more processors, comprising: receiving (9.1) a request message including an identifier identifying executable code stored in a data repository; determining (9.2), using the identifier, an execution environment mapped to the executable code by accessing mapping data identifying a mapping between the identifier and one of a plurality of stored execution environments; executing (9.3) the identified executable code using the determined execution environment; and passing (9.4) requests made with the executable code to one or more data resources via a proxy and receiving (9.5), via the proxy, requests to the executable code from the one or more data resources such that the executable code is executed in isolation from the one or more data resources. receiving (9.1) a request message including an identifier identifying executable code stored in a data repository; determining (9.2), using the identifier, an execution environment mapped to the executable code by accessing mapping data identifying a mapping between the identifier and one of a plurality of stored execution environments; executing (9.3) the identified executable code using the determined execution environment; and passing (9.4) requests made with the executable code to one or more data resources via a proxy and receiving (9.5), via the proxy, requests to the executable code from the one or more data resources such that the executable code is executed in isolation from the one or more data resources.
A silicone adhesive composition, comprising (A) an addition reaction-curable silicone, (B) a compound having at least one unsaturated hydrocarbon group and at least one (poly)oxyalkylene residue in one molecule, (C) an ionic liquid containing no lithium, and (e) a platinum group metal catalyst which is not a complex with a compound having an unsaturated hydrocarbon bond. (A) an addition reaction-curable silicone, (B) a compound having at least one unsaturated hydrocarbon group and at least one (poly)oxyalkylene residue in one molecule, (C) an ionic liquid containing no lithium, and (e) a platinum group metal catalyst which is not a complex with a compound having an unsaturated hydrocarbon bond.
A heat pump system comprising a magnetic levitation centrifugal compressor , further comprising a switching communication device and a first electric valve ; wherein an exhaust pipe of the magnetic levitation centrifugal compressor is connected to a first interface of the switching communication device through a first check valve , and a suction pipe of the magnetic levitation centrifugal compressor is connected to a third interface of the switching communication device ; and the first electric valve is arranged in parallel with the magnetic levitation centrifugal compressor , wherein the heat pump system further comprises a control device, comprising: a first unit for controlling turn-on and turn-off of the first electric valve ; and a second unit for controlling the switching communication device to be turned on according to a running instruction. wherein the first unit of the control device is configured such that the first electric valve is turned on before the magnetic levitation centrifugal compressor is on to adjust a differential pressure between a high-pressure side and a low-pressure side of the compressor and is turned on before the compressor is off to reduce the shutdown pressure ratio. an exhaust pipe of the magnetic levitation centrifugal compressor is connected to a first interface of the switching communication device through a first check valve , and a suction pipe of the magnetic levitation centrifugal compressor is connected to a third interface of the switching communication device ; and the first electric valve is arranged in parallel with the magnetic levitation centrifugal compressor , wherein the heat pump system further comprises a control device, comprising: a first unit for controlling turn-on and turn-off of the first electric valve ; and a second unit for controlling the switching communication device to be turned on according to a running instruction. wherein the first unit of the control device is configured such that a first unit for controlling turn-on and turn-off of the first electric valve ; and a second unit for controlling the switching communication device to be turned on according to a running instruction. wherein the first unit of the control device is configured such that the first electric valve is turned on before the magnetic levitation centrifugal compressor is on to adjust a differential pressure between a high-pressure side and a low-pressure side of the compressor and is turned on before the compressor is off to reduce the shutdown pressure ratio.
Compound for use in the treatment of an intoxication sufficient to cause acute liver failure, characterized in that the intoxication is at maximum 4 days prior to the treatment and the compound has a nucleobase sequence of SEQ ID NO: 1 (miR-125b-5p).
A structure for an above-ground, semi-inground or inground swimming pool, comprising: suspension struts each extending vertically, vertical outer walls (P) fixed between the suspension struts , an upper coping , a horizontal intermediate support which is mechanically fixed to an upper portion of the suspension struts and which is outside the walls (P), the structure being such that the coping comprises a chute , comprising: - a bottom , - a first upper rim located towards the inner side (Cint) of the swimming pool and connected to the bottom , and - a second upper rim located towards the outer side (Cext) of the swimming pool and connected to the bottom , the bottom , the first upper rim and the second upper rim delimiting a first upper housing , which has an opening facing upwards and which is able to be filled with a covering material forming the free upper surface of the coping , the structure being characterized in that the chute is fixed to the intermediate support . suspension struts each extending vertically, vertical outer walls (P) fixed between the suspension struts , an upper coping , a horizontal intermediate support which is mechanically fixed to an upper portion of the suspension struts and which is outside the walls (P), the structure being such that the coping comprises a chute , comprising: - a bottom , - a first upper rim located towards the inner side (Cint) of the swimming pool and connected to the bottom , and - a second upper rim located towards the outer side (Cext) of the swimming pool and connected to the bottom , - a bottom , - a first upper rim located towards the inner side (Cint) of the swimming pool and connected to the bottom , and - a second upper rim located towards the outer side (Cext) of the swimming pool and connected to the bottom , the bottom , the first upper rim and the second upper rim delimiting a first upper housing , which has an opening facing upwards and which is able to be filled with a covering material forming the free upper surface of the coping , the structure being characterized in that the chute is fixed to the intermediate support .