mhurhangee/patent-ind-claim-en huggingface dataset:
A process comprising the step of contacting, under polymerization conditions, an aqueous dispersion of first microspheres comprising structural units of a first monoethylenically unsaturated nonionic monomer with first stage monomers comprising, based on the weight of the first stage monomers, from a) 0.05 to 5 weight percent of a polymerizable organic phosphate or a salt thereof; and b) from 70 to 99.95 weight percent of a second monoethylenically unsaturated nonionic monomer, to grow out the first microspheres to form an aqueous dispersion of organic phosphate functionalized second microspheres, wherein the first microspheres have a particle size in the range of from 1 μm to 15 μm and the second microspheres have a particle size in the range of from 1.1 μm and 25 μm; and wherein the polymerizable organic phosphate is represented by the following formula: or a salt thereof; wherein R is H or CH 3 , wherein R 1 and R 2 are each independently H or CH 3 , with the proviso that no two adjacent CR 2 CR 1 groups are each substituted with methyl groups; each R 3 is independently linear or branched C 2 -C 6 alkylene; m is from 2 to 10; n is from 0 to 5; x is 1 or 2; and y is 1 or 2; and x + y = 3; wherein particle size as referenced to microspheres refers to median weight average (D 50 ) particle size as measured by Disc Centrifuge Photosedimentometer.
A terminal roaming method, performed by a terminal in a wireless local area network, wherein the method comprises: sending , by a terminal to a first access point, AP, associated with the terminal, an action frame that is used to request to associate with a second AP, wherein a receiver address of the action frame is an address of the first AP, and the action frame further comprises an identifier of the second AP; and when the terminal receives a response frame sent by the first AP for the action frame, and the response frame indicates that association succeeds, and wherein the response frame comprises an association identifier allocated by the second AP to the terminal, establishing , by the terminal, association with the second AP; wherein operating channels of the first AP and the second AP are different, and after the establishing, by the terminal, association with the second AP, the method further comprises: when the terminal receives a switching notification sent by the first AP, changing , by the terminal, an operating channel from the operating channel of the first AP to the operating channel of the second AP. sending , by a terminal to a first access point, AP, associated with the terminal, an action frame that is used to request to associate with a second AP, wherein a receiver address of the action frame is an address of the first AP, and the action frame further comprises an identifier of the second AP; and when the terminal receives a response frame sent by the first AP for the action frame, and the response frame indicates that association succeeds, and wherein the response frame comprises an association identifier allocated by the second AP to the terminal, establishing , by the terminal, association with the second AP; wherein operating channels of the first AP and the second AP are different, and after the establishing, by the terminal, association with the second AP, the method further comprises: when the terminal receives a switching notification sent by the first AP, changing , by the terminal, an operating channel from the operating channel of the first AP to the operating channel of the second AP.
A fluid control valve , comprising: a valve body having a first inner surface defining a chamber including an inlet and an outlet in communication with the chamber ; a seat formed in the first inner surface, the seat defining a groove , the valve body defining a port in communication with the groove , the port includes a first cylindrical portion and a second cylindrical portion , the second cylindrical portion extends along a second cylindrical portion central axis (B-B), the first cylindrical portion extends along a first cylindrical portion central axis spaced from the central axis (B-B) to a port opening defined on an outer surface of the valve body ; a diaphragm disposed within the chamber , the diaphragm having a first diaphragm surface and a second diaphragm surface , fluid pressure on the diaphragm moves the diaphragm along a diaphragm central axis (A-A) from a first position in which the inlet is in communication with the outlet to a second position in which the first diaphragm surface is concave, the second diaphragm surface is convex, and the diaphragm engages the seat to define an intermediate chamber in communication with the port . a valve body having a first inner surface defining a chamber including an inlet and an outlet in communication with the chamber ; a seat formed in the first inner surface, the seat defining a groove , the valve body defining a port in communication with the groove , the port includes a first cylindrical portion and a second cylindrical portion , the second cylindrical portion extends along a second cylindrical portion central axis (B-B), the first cylindrical portion extends along a first cylindrical portion central axis spaced from the central axis (B-B) to a port opening defined on an outer surface of the valve body ; a diaphragm disposed within the chamber , the diaphragm having a first diaphragm surface and a second diaphragm surface , fluid pressure on the diaphragm moves the diaphragm along a diaphragm central axis (A-A) from a first position in which the inlet is in communication with the outlet to a second position in which the first diaphragm surface is concave, the second diaphragm surface is convex, and the diaphragm engages the seat to define an intermediate chamber in communication with the port .
Device for handling a rotor hub (RN) with the aid of cranes, wherein the rotor hub (RN) comprises a main body , a hub axis, three rotor-blade openings (3.2), each of which has a blade flange (3.3), and a shaft flange, wherein the device comprises at least two load-bearing means which are designed in such a way that, when the device is raised, the rotor hub (RN) is turned from a transport position, with a substantially vertical orientation of the hub axis, into an erection position, with a substantially horizontal orientation of the hub axis, characterized in that a first load-bearing means consists of a support lug , and a second load-bearing means consists of a turning frame , wherein the support lug is detachably connected to the main body of the rotor hub (RN) between two rotor-blade openings (3.2), and the turning frame is detachably connected opposite the support lug to a hole circle of the blade flange (3.3) of the third rotor-blade opening (3.2). wherein the device comprises at least two load-bearing means which are designed in such a way that, when the device is raised, the rotor hub (RN) is turned from a transport position, with a substantially vertical orientation of the hub axis, into an erection position, with a substantially horizontal orientation of the hub axis, characterized in that a first load-bearing means consists of a support lug , and a second load-bearing means consists of a turning frame , wherein the support lug is detachably connected to the main body of the rotor hub (RN) between two rotor-blade openings (3.2), and the turning frame is detachably connected opposite the support lug to a hole circle of the blade flange (3.3) of the third rotor-blade opening (3.2).
End plate for a rail vehicle coupling head with coupling elements, comprising a coupling projection which projects in a front direction from the end plate , and a coupling opening for receiving a coupling projection of diametrically opposed coupling elements of a compatible end plate, the end plate having an end-side contact face for absorbing pressure forces during coupling of the compatible end plate, and the end-side contact face being provided with at least one cut-out which is open at the edge at least in sections and is positioned outside the coupling elements, characterized in that the end-side contact face comprises a multiplicity of contact face segments or is formed by way of the latter which are positioned distributed on the front side of the end plate and are elevated with respect to adjacent regions. the end plate having an end-side contact face for absorbing pressure forces during coupling of the compatible end plate, and the end-side contact face being provided with at least one cut-out which is open at the edge at least in sections and is positioned outside the coupling elements, characterized in that the end-side contact face comprises a multiplicity of contact face segments or is formed by way of the latter which are positioned distributed on the front side of the end plate and are elevated with respect to adjacent regions.
A wireless communication device (AP1, 20) in a wireless communication system including the wireless communication device (AP1, 20) that functions as a base station and one or more wireless communication terminals (STA#i, 30) that communicate with the wireless communication device (AP1, 20) as slave units, the wireless communication device (AP1, 20) comprising: a controller configured to prepare a downlink packet for transmission in which propriety information is set that indicates whether or not reception of an uplink packet transmitted from one or more of the wireless communication terminals (STA#i, 30) is possible, according to a state of uplink communication in which the uplink packet is transmitted from one or more of the wireless communications terminals (STA#i, 30), during a downlink transmission period when the wireless communication device (AP1, 20) transmits the downlink packet, wherein the downlink packet prepared by the wireless communication device (AP1, 20) includes a header part and a data part, and the header part or the data part includes the propriety information and the downlink packet includes an address of one of the one or more wireless communications terminals (STA#i, 30) which is to receive the downlink packet; and a communication section configured to transmit the downlink packet including the propriety information, wherein the propriety information is included at a plurality of positions of the downlink packet transmitted from the wireless communication device (AP1, 20). a controller configured to prepare a downlink packet for transmission in which propriety information is set that indicates whether or not reception of an uplink packet transmitted from one or more of the wireless communication terminals (STA#i, 30) is possible, according to a state of uplink communication in which the uplink packet is transmitted from one or more of the wireless communications terminals (STA#i, 30), during a downlink transmission period when the wireless communication device (AP1, 20) transmits the downlink packet, wherein the downlink packet prepared by the wireless communication device (AP1, 20) includes a header part and a data part, and the header part or the data part includes the propriety information and the downlink packet includes an address of one of the one or more wireless communications terminals (STA#i, 30) which is to receive the downlink packet; and a communication section configured to transmit the downlink packet including the propriety information, wherein the propriety information is included at a plurality of positions of the downlink packet transmitted from the wireless communication device (AP1, 20).
A device comprising: a processor to execute instructions, a policy logic to receive a request to access a resource to be protected by the device , wherein the policy logic is to access control data associated with the resource, the control data having a first device state field of a first value associated with a device state of the device, the policy logic to determine whether the device is in a current composite device state associated with the first value and if so to apply one or more access policies of the control data to determine whether to grant the request to access the resource, and a storage to store an index, the index having a plurality of entries each associated with one of the plurality of access control policies and to store the first value or a second value for a plurality of device state fields, wherein the control data comprises an access control list , the access control list including a plurality of device state fields , each having one of the first value to indicate that a corresponding device state factor of the current composite device state of the device is to be valid or the second value to indicate that the corresponding device state factor of the current composite device state of the device is to be invalid, and wherein the policy logic is to access the index to identify the one or more of the plurality of access control policies for application to the request for access. a processor to execute instructions, a policy logic to receive a request to access a resource to be protected by the device , wherein the policy logic is to access control data associated with the resource, the control data having a first device state field of a first value associated with a device state of the device, the policy logic to determine whether the device is in a current composite device state associated with the first value and if so to apply one or more access policies of the control data to determine whether to grant the request to access the resource, and a storage to store an index, the index having a plurality of entries each associated with one of the plurality of access control policies and to store the first value or a second value for a plurality of device state fields, wherein the control data comprises an access control list , the access control list including a plurality of device state fields , each having one of the first value to indicate that a corresponding device state factor of the current composite device state of the device is to be valid or the second value to indicate that the corresponding device state factor of the current composite device state of the device is to be invalid, and wherein the policy logic is to access the index to identify the one or more of the plurality of access control policies for application to the request for access.
A method of using a drop batch builder, the drop batch builder comprising an upper conveyor line and a lower conveyor line , the upper conveyor line being at a higher elevation than the lower conveyor line , the lower conveyor line passing under the upper conveyor line at an overpass region (OR), the method comprising operating the upper conveyor line to convey a first glass sheet along a first upper path of substrate travel , and thereafter operating the upper conveyor line to convey the first glass sheet along a second upper path of substrate travel , the first and second upper paths of substrate travel being crosswise to each other, the first glass sheet being conveyed along the second upper path of substrate travel until reaching a drop region of the upper conveyor line whereupon the first glass sheet is dropped from the upper conveyor line downwardly onto the lower conveyor line , wherein said dropping of the first glass sheet does not involve lowering the first glass sheet on an elevator or other transport device that moves downwardly itself so as to support the entire first glass sheet while carrying the first glass sheet down to the lower conveyor line .
A rodent, whose genome comprises a replacement of a rodent C5 gene sequence at an endogenous rodent C5 locus with a human C5 gene sequence to form a modified C5 gene, wherein expression of the modified C5 gene is under control of rodent regulatory elements at the endogenous rodent C5 locus and results in human C5 protein in the rodent serum, and wherein the human C5 gene sequence comprises coding exons 2 through 41 of a human C5 gene.
A method of operating a base station apparatus, gNB, comprising: determining that a direct link between a first User Equipment, UE, and a second UE should be established; and transmitting information to the first UE and the second UE to enable a beam search procedure between the first UE and the second UE, wherein the information includes a number or ID of transmit or receive beams to be used in the beam search procedure. determining that a direct link between a first User Equipment, UE, and a second UE should be established; and transmitting information to the first UE and the second UE to enable a beam search procedure between the first UE and the second UE, wherein the information includes a number or ID of transmit or receive beams to be used in the beam search procedure.
A braking device for a vehicle having a handlebar with an axis and a brake cable (C) with a nipple (Ca), said braking device comprising: • a support presenting both a first end provided with a fastener sleeve for fastening to the handlebar, the fastener sleeve having an axis (X), and also a second end ; and • a pivot body mounted on the support so as to pivot about a pivot axis (Y) that is substantially parallel to the axis (X) of the fastener sleeve , the pivot body including a brake handle extending substantially parallel to the axis of the fastener sleeve; said braking device being characterized in that the pivot body also includes a guide member for guiding the brake cable into the pivot body, said guide member extending along an axis (Z) that is transverse to a plane (P) that is perpendicular to the pivot axis, in that the second end of the support includes a receiving cavity for receiving the nipple (Ca) of the brake cable, and in that the guide member and the brake handle extend on opposite sides of the support. • a support presenting both a first end provided with a fastener sleeve for fastening to the handlebar, the fastener sleeve having an axis (X), and also a second end ; and • a pivot body mounted on the support so as to pivot about a pivot axis (Y) that is substantially parallel to the axis (X) of the fastener sleeve , the pivot body including a brake handle extending substantially parallel to the axis of the fastener sleeve; said braking device being characterized in that the pivot body also includes a guide member for guiding the brake cable into the pivot body, said guide member extending along an axis (Z) that is transverse to a plane (P) that is perpendicular to the pivot axis, in that the second end of the support includes a receiving cavity for receiving the nipple (Ca) of the brake cable, and in that the guide member and the brake handle extend on opposite sides of the support.
A terahertz imaging system for endoscopy, comprising: a terahertz imager configured to receive terahertz image data comprising: a fibre bundle ; at least one terahertz source configured to generate terahertz radiation, wherein each of the at least one terahertz source has an active area having at least one plasmonic contact electrode that can be illuminated by optical probe beams to generate the terahertz radiation; and at least one terahertz detector configured to receive terahertz field data, wherein each of the at least one terahertz detector has an active area having at least one plasmonic contact electrode that can be illuminated by optical pump beams to induce an output proportional to the received terahertz field; characterised in that the at least one terahertz source and detector are arranged in a two-dimensional array such that each terahertz detector is surrounded by a plurality of terahertz sources symmetrically; and wherein the fibre bundle couples optical pump beams to the active area of the at least one terahertz source and optical probe beams to the active area of the at least one terahertz detector. a terahertz imager configured to receive terahertz image data comprising: a fibre bundle ; at least one terahertz source configured to generate terahertz radiation, wherein each of the at least one terahertz source has an active area having at least one plasmonic contact electrode that can be illuminated by optical probe beams to generate the terahertz radiation; and at least one terahertz detector configured to receive terahertz field data, wherein each of the at least one terahertz detector has an active area having at least one plasmonic contact electrode that can be illuminated by optical pump beams to induce an output proportional to the received terahertz field; characterised in that the at least one terahertz source and detector are arranged in a two-dimensional array such that each terahertz detector is surrounded by a plurality of terahertz sources symmetrically; and wherein the fibre bundle couples optical pump beams to the active area of the at least one terahertz source and optical probe beams to the active area of the at least one terahertz detector.
Assembly , comprising: - a vertical conveyor and a further conveyor wherein the vertical conveyor is configured to at least one of pick up products from and place products on a transfer section of the further conveyor ; and - wherein at least one of a carrier of the vertical conveyor and the transfer section of the further conveyor comprises a safety that is configured to detect a product (3, 3-b) blocking the carrier of the vertical conveyor and stop the assembly , characterized in that the safety comprises a pivot that is configured to allow a displacement of at least one of the carrier or of the transfer section to mitigate damage to the assembly and/or to the blocking product (3, 3-b). - a vertical conveyor and a further conveyor wherein the vertical conveyor is configured to at least one of pick up products from and place products on a transfer section of the further conveyor ; and - wherein at least one of a carrier of the vertical conveyor and the transfer section of the further conveyor comprises a safety that is configured to detect a product (3, 3-b) blocking the carrier of the vertical conveyor and stop the assembly ,
A fluid ejection device comprising: a fluid slot extending through a substrate and a chamber layer ; a thin-film layer between the substrate and chamber layer comprising an ink feed hole that opens the slot between the substrate and chamber layer ; a nozzle layer formed over the chamber layer that encloses the slot ; hanging pillars in the chamber layer that are adhered to the nozzle layer and that hang into the slot ; and a particle tolerant thin-film extension that extends the thin-film layer into the slot from between the substrate and the chamber layer characterised in that protrusions in the particle tolerant thin-film extension are interleaved between the hanging pillars . a fluid slot extending through a substrate and a chamber layer ; a thin-film layer between the substrate and chamber layer comprising an ink feed hole that opens the slot between the substrate and chamber layer ; a nozzle layer formed over the chamber layer that encloses the slot ; hanging pillars in the chamber layer that are adhered to the nozzle layer and that hang into the slot ; and a particle tolerant thin-film extension that extends the thin-film layer into the slot from between the substrate and the chamber layer characterised in that protrusions in the particle tolerant thin-film extension are interleaved between the hanging pillars .