mhurhangee/patent-ind-claim-en huggingface dataset:
A mini valve for low pressure applications, comprising a cylindrical valve body with an internal chamber with inlet and outlet openings, a two-component plastic valve core which is positioned rotatable in the chamber, wherein a sealing material is adhered to the core , wherein the sealing material forms a sealing rib , which follows the cylindrical shape of the valve core and forms a continuous rectangular protrusion, wherein the sealing rib which is placed on each surface-edge of the core connected all-around, characterized by : an open-close mechanism with a valve handle which is an extension of the valve core molded together as one part, and by a locking mechanism locking the valve core to the valve body which is formed as an extension of the core and is molded as a whole with the core, wherein the locking mechanism comprises four cantilever hooks adapted to lock on the bottom of the cylindrical valve body . a cylindrical valve body with an internal chamber with inlet and outlet openings, a two-component plastic valve core which is positioned rotatable in the chamber, wherein a sealing material is adhered to the core , wherein the sealing material forms a sealing rib , which follows the cylindrical shape of the valve core and forms a continuous rectangular protrusion, wherein the sealing rib which is placed on each surface-edge of the core connected all-around, characterized by : an open-close mechanism with a valve handle which is an extension of the valve core molded together as one part, and by a locking mechanism locking the valve core to the valve body which is formed as an extension of the core and is molded as a whole with the core, wherein the locking mechanism comprises four cantilever hooks adapted to lock on the bottom of the cylindrical valve body . an open-close mechanism with a valve handle which is an extension of the valve core molded together as one part, and by a locking mechanism locking the valve core to the valve body which is formed as an extension of the core and is molded as a whole with the core, wherein the locking mechanism comprises four cantilever hooks adapted to lock on the bottom of the cylindrical valve body .
A protein carrier reagent of formula (A) or (B): PC-SP-LG (A), (PC) p -SP-LG (B), wherein each PC individually is a protein carrier moiety, wherein a protein carrier moiety comprises, preferably consists of an amino acid sequence consisting of at least 100 amino acid residues, and wherein the amino acid sequence of at least 100 amino acid residues, preferably the protein carrier moiety, is in random coil conformation as determined by circular dichroism measurements, and, wherein the amino acid sequence of at least 100 amino acid residues, preferably the protein carrier moiety, comprises alanine, serine and proline residues, SP is a spacer moiety comprising q branching points BP, p is an integer of from 1 to 32, preferably of from 1 to 16, more preferably of from 1 to 10, even more preferably p is selected from 1, 2, 3, 4, 5, 6, 7, 8, 9, and 10, q is an integer of from 0 to 32, preferably of from 0 to 16, more preferably of from 2 to 8, most preferably q is 3, LG is a leaving group or an electrophile selected from formulas (a) to (f): wherein dashed lines indicate attachment to the rest of the molecule, and e is 1, 2, 3 or 4. each PC individually is a protein carrier moiety, wherein a protein carrier moiety comprises, preferably consists of an amino acid sequence consisting of at least 100 amino acid residues, and wherein the amino acid sequence of at least 100 amino acid residues, preferably the protein carrier moiety, is in random coil conformation as determined by circular dichroism measurements, and, wherein the amino acid sequence of at least 100 amino acid residues, preferably the protein carrier moiety, comprises alanine, serine and proline residues, wherein a protein carrier moiety comprises, preferably consists of an amino acid sequence consisting of at least 100 amino acid residues, and wherein the amino acid sequence of at least 100 amino acid residues, preferably the protein carrier moiety, is in random coil conformation as determined by circular dichroism measurements, and, wherein the amino acid sequence of at least 100 amino acid residues, preferably the protein carrier moiety, comprises alanine, serine and proline residues, SP is a spacer moiety comprising q branching points BP, p is an integer of from 1 to 32, preferably of from 1 to 16, more preferably of from 1 to 10, even more preferably p is selected from 1, 2, 3, 4, 5, 6, 7, 8, 9, and 10, q is an integer of from 0 to 32, preferably of from 0 to 16, more preferably of from 2 to 8, most preferably q is 3, LG is a leaving group or an electrophile selected from formulas (a) to (f): wherein dashed lines indicate attachment to the rest of the molecule, and e is 1, 2, 3 or 4. dashed lines indicate attachment to the rest of the molecule, and e is 1, 2, 3 or 4.
A method of preparing a Fischer-Tropsch catalyst for handling, storage, transport and deployment, which comprises the steps of: impregnating an initial porous support material comprising alumina with a source of a divalent metal selected from Ni and Zn capable of forming a spinel phase with alumina in a first impregnation step to form a modified alumina support comprising a spinel phase; drying the modified alumina support; calcining the modified alumina support at a temperature reaching at least 1000°C; impregnating the modified alumina support with a source of cobalt as a catalytically active material; calcining the impregnated modified support material to form a calcined impregnated support material; activating the calcined impregnated support material with a reducing gas comprising hydrogen at a temperature up to 500°C to reduce a substantial portion of the cobalt present to cobalt metal to produce an activated catalyst; and passivating the activated catalyst with an oxidising gas for a period of time sufficient to create a protective layer of oxide on the surface of the catalyst. impregnating an initial porous support material comprising alumina with a source of a divalent metal selected from Ni and Zn capable of forming a spinel phase with alumina in a first impregnation step to form a modified alumina support comprising a spinel phase; drying the modified alumina support; calcining the modified alumina support at a temperature reaching at least 1000°C; impregnating the modified alumina support with a source of cobalt as a catalytically active material; calcining the impregnated modified support material to form a calcined impregnated support material; activating the calcined impregnated support material with a reducing gas comprising hydrogen at a temperature up to 500°C to reduce a substantial portion of the cobalt present to cobalt metal to produce an activated catalyst; and passivating the activated catalyst with an oxidising gas for a period of time sufficient to create a protective layer of oxide on the surface of the catalyst.
A method of detecting a target in a sample, the method comprising: contacting the sample with a first affinity agent linked to a solid support, a second affinity agent comprising a first label, and a third affinity agent comprising a second label, wherein the first label generates a first signal and the second label generates a second signal and the first and second signal are distinguishable; and wherein the first, second and third affinity agents specifically bind to the target, if present, thereby forming a target-labeled affinity agent complex; separating the target-labeled affinity agent complex from uncomplexed components in the sample based on the presence or absence of the solid support, thereby generating a separated target-labeled affinity agent complex; partitioning at least the separated target-labeled affinity agent complex into a plurality of partitions; and detecting the presence of the target in the sample by detecting the presence of the distinguishable first and second signals from the first and second labels co-localized_in at least one same partition. contacting the sample with a first affinity agent linked to a solid support, a second affinity agent comprising a first label, and a third affinity agent comprising a second label, wherein the first label generates a first signal and the second label generates a second signal and the first and second signal are distinguishable; and wherein the first, second and third affinity agents specifically bind to the target, if present, thereby forming a target-labeled affinity agent complex; separating the target-labeled affinity agent complex from uncomplexed components in the sample based on the presence or absence of the solid support, thereby generating a separated target-labeled affinity agent complex; partitioning at least the separated target-labeled affinity agent complex into a plurality of partitions; and detecting the presence of the target in the sample by detecting the presence of the distinguishable first and second signals from the first and second labels co-localized_in at least one same partition.
A charging stand for a vacuum cleaner , comprising: a body ; and a blade vertically disposed on the body , wherein the blade extends curvedly along a length direction of the blade and is configured to cut off hairs wound around a brushroll of the vacuum cleaner . a body ; and a blade vertically disposed on the body , wherein the blade extends curvedly along a length direction of the blade and is configured to cut off hairs wound around a brushroll of the vacuum cleaner .
A computer-readable medium including instructions, the instructions comprising: one or more instructions that, when executed by one or more processors, cause the one or more processors to: determine first information that indicates a first characteristic of a first pseudowire connection, wherein the first pseudowire connection provides, via a first device, access to an Ethernet virtual private network, EVPN, to communicate with a host device; determine second information that indicates a second characteristic of a second pseudowire connection, wherein the second pseudowire connection provides, via a second device, access to the EVPN to communicate with the host device; send a first message that includes the first information, to the first device, via the first pseudowire connection, wherein the first message causes the first device to change a first capability of the first device; send a second message that includes the second information, to the second device, via the second pseudowire connection, wherein the second message causes the second device to change a second capability of the second device; and receive data from the host device via the first pseudowire connection or the second pseudowire connection after: sending the first message, and sending the second message. determine first information that indicates a first characteristic of a first pseudowire connection, wherein the first pseudowire connection provides, via a first device, access to an Ethernet virtual private network, EVPN, to communicate with a host device; determine second information that indicates a second characteristic of a second pseudowire connection, wherein the second pseudowire connection provides, via a second device, access to the EVPN to communicate with the host device; send a first message that includes the first information, to the first device, via the first pseudowire connection, wherein the first message causes the first device to change a first capability of the first device; send a second message that includes the second information, to the second device, via the second pseudowire connection, wherein the second message causes the second device to change a second capability of the second device; and receive data from the host device via the first pseudowire connection or the second pseudowire connection after: sending the first message, and sending the second message. sending the first message, and sending the second message.
A filter for a kitchen hood, wherein - said filter comprises a plurality of filter elements , - the filter elements are formed as elongated profile parts having the same cross-section, - the filter elements are arranged side by side and parallel to each other, - the shapes of opposite surfaces of two adjacent filter elements are substantially complementary to each other, - the opposite surfaces of the adjacent filter elements are spaced from each other at a predetermined distance, and - an air flow channel is formed in each intermediate space between two adjacent filter elements , so that - said air flow channel extends perpendicular to the longitudinal axes of the filter elements , characterised in that the shapes of opposite surfaces of two adjacent filter elements have a corrugated and wave-like structure, so that the shortest path through the air flow channel has a wave-like structure, and wherein the intermediate spaces between the adjacent filter elements are filled with at least one porous material . - said filter comprises a plurality of filter elements , - the filter elements are formed as elongated profile parts having the same cross-section, - the filter elements are arranged side by side and parallel to each other, - the shapes of opposite surfaces of two adjacent filter elements are substantially complementary to each other, - the opposite surfaces of the adjacent filter elements are spaced from each other at a predetermined distance, and - an air flow channel is formed in each intermediate space between two adjacent filter elements , so that - said air flow channel extends perpendicular to the longitudinal axes of the filter elements ,
A method performed by a target access point of distributing data content in an Information Centric Networking, ICN, network where access of a wireless communication device publishing the data content is transferred from a source access point serving the wireless communication device to the target access point , the method comprising: receiving (S101), from the source access point , an ICN routing identifier associated with the wireless communication device providing the requested data content; updating (S102) an ICN Forwarding Information Base, FIB, at the target access point such that any ICN request directed to the ICN routing identifier associated with the wireless communication device is forwarded to the wireless communication device ; receiving (S103), from the source access point , any pending ICN requests directed to the wireless communication device ; updating (S104) an ICN Pending Interest Table, PIT, at the target access point with the received pending ICN requests; and the method being characterized by comprising : announcing (S107) on the ICN network that the access of the wireless communication device has been transferred to the target access point in order to trigger FIB updates in the ICN network. receiving (S101), from the source access point , an ICN routing identifier associated with the wireless communication device providing the requested data content; updating (S102) an ICN Forwarding Information Base, FIB, at the target access point such that any ICN request directed to the ICN routing identifier associated with the wireless communication device is forwarded to the wireless communication device ; receiving (S103), from the source access point , any pending ICN requests directed to the wireless communication device ; updating (S104) an ICN Pending Interest Table, PIT, at the target access point with the received pending ICN requests; and the method being characterized by comprising : announcing (S107) on the ICN network that the access of the wireless communication device has been transferred to the target access point in order to trigger FIB updates in the ICN network.
Longitudinal adjuster having an outer and an inner rail , wherein the outer rail surrounds the inner rail at least partially, wherein the outer rail has a structural element which is not flexible, does not deform during assembly of the longitudinal adjuster, which absorbs vertical forces and has a flexible element which biases a rolling body against the inner rail , wherein the flexible element is provided as a separate component of the outer rail , characterized in that the outer rail is produced from plastic, fiber reinforced plastic and/or plastic composite materials and the flexible element is produced from a different material than the outer rail .
An acoustic wall module , comprising: a frame comprising one or more vertical brackets ; and a plurality of wall elements configured for attachment to the frame, the plurality of wall elements comprising: at least one acoustic substrate configured to inhibit sound from passing therethrough, the at least one acoustic substrate including one or more chamfered end surfaces; at least one substrate retaining member selectively attachable to the frame and being configured to at least partially secure the at least one acoustic substrate to the frame ; and at least one exterior wall element configured to substantially conceal from view at least a portion of the frame from a first vantage point; and at least one horizontal support member configured to at least partially secure the exterior wall element to the frame , wherein the horizontal support member is attached to the frame , and is configured to have the exterior wall element attached thereto, characterized in that the one or more vertical brackets of the frame comprise an angled configuration comprising at least a first surface of a first arm , and wherein the one or more chamfered end surfaces are complementary to the first surface of the first arm , the at least one acoustic substrate being at least partially secured to the first surface of the first arm such that the first surface of the first arm is associated with the complementary one or more chamfered end surfaces of the acoustic substrate . at least one acoustic substrate configured to inhibit sound from passing therethrough, the at least one acoustic substrate including one or more chamfered end surfaces; at least one substrate retaining member selectively attachable to the frame and being configured to at least partially secure the at least one acoustic substrate to the frame ; and at least one exterior wall element configured to substantially conceal from view at least a portion of the frame from a first vantage point; and at least one horizontal support member configured to at least partially secure the exterior wall element to the frame , wherein the horizontal support member is attached to the frame , and is configured to have the exterior wall element attached thereto, characterized in that the one or more vertical brackets of the frame comprise an angled configuration comprising at least a first surface of a first arm , and wherein the one or more chamfered end surfaces are complementary to the first surface of the first arm , the at least one acoustic substrate being at least partially secured to the first surface of the first arm such that the first surface of the first arm is associated with the complementary one or more chamfered end surfaces of the acoustic substrate .
A device for inserting or extracting a stopper in or from a mouth of a container , like a bulk container for pharmaceuticals, said stopper made of a resilient material, like rubber or other flexible material, said stopper having at least a side rib arranged to be forced in said mouth to sealingly close said container , wherein said device comprises an end plate having a recess wherein that end plate is arranged to generate a pulling force on that stopper, characterized in that the recess is configured to fit said stopper in such a way that a concave inner surface of said recess faces an external face of said stopper , and in that said end plate is arranged to generate a pulling force on said stopper in such a way that said stopper bends elastically from a rest position to a deformed position in which said external face of said stopper is bent towards said concave inner surface of said recess .
A User Equipment, UE , comprising: a transmission and reception unit configured to send a first Packet Data Unit, PDU, SESSION ESTABLISHMENT REQUEST message to a network; and a controller configured to start a timer with a back-off timer value received from the network and included in a PDU SESSION ESTABLISHMENT REJECT message, the back-off timer value being neither zero nor deactivated; wherein the transmission and reception unit is configured not to send a second PDU SESSION ESTABLISHMENT REQUEST message not carrying network-slice information and not carrying Data-Network-Name, DNN, information until the timer expires, the network-slice information being S-NSSAI. a transmission and reception unit configured to send a first Packet Data Unit, PDU, SESSION ESTABLISHMENT REQUEST message to a network; and a controller configured to start a timer with a back-off timer value received from the network and included in a PDU SESSION ESTABLISHMENT REJECT message, the back-off timer value being neither zero nor deactivated; wherein the transmission and reception unit is configured not to send a second PDU SESSION ESTABLISHMENT REQUEST message not carrying network-slice information and not carrying Data-Network-Name, DNN, information until the timer expires, the network-slice information being S-NSSAI.
Switching strip having multiple fuse covers which are mounted in the switching strip , wherein the respective fuse cover has a receptacle for mounting an electrical fuse and/or an isolating blade, wherein the fuse covers are arranged one behind the other in a longitudinal direction (X) of the switching strip and are mounted in the switching strip so as to be pivotable in the same direction about a respective first pivot axis for transfer of the fuse covers from a closed position into an open position and vice versa, wherein the fuse covers are, at a distance from the first pivot axes , connected to one another via a connecting structure for joint pivoting of the fuse covers during a movement of the connecting structure , wherein the switching strip has a handle which is connected to the connecting structure , characterized in that the handle is, independently of the fuse covers , pivotable in relation to the connecting structure for transfer of the handle from a pivoted-in position into a pivoted-out position and vice versa.