mhurhangee/patent-ind-claim-en huggingface dataset:
A line protective guide for lines like for example cables, hoses or the like, for a clean room application, comprising an elongate flexible encasement which is displaceable reciprocatingly, in particular with the formation of a directionchanging arc between two runs , and wherein the flexible encasement is closable at the ends by a respective clamping device against the escape of particles, wherein the encasement includes at least one encasing unit (101,...1001) which forms at least one tubular receiving means (102, ...1002) for guiding at least one line , wherein each receiving means (102, ...1002) extends channel-like in a longitudinal direction (L) from a first end to a second end; and wherein the encasement has a plurality of said tubular receiving means (102, ...1002) which extend parallel to each other to separately guide at least one line , characterized in that the at least one encasing unit (101, ...1001) at at least one receiving means (102,..1002), in particular laterally at at least one receiving means , has at least one functional region (110,..1010) which extends in the longitudinal direction (L) and which includes two closure profiles (111, 112,..1011, 1012) of a closure, wherein one of the closure profiles (111,..1011) cooperates with the other closure profile (112,..1012) for dusttightly closing an opened state in which a line can be introduced or removed transversely relative to the longitudinal direction (L).
An agricultural header , comprising: a frame ; and an arm configured to rotate about a pivot axis relative to the frame and to support a cutter bar assembly of the agricultural header ; characterized in that the agricultural header further comprises an arm alignment assembly comprising: a mount having a mount opening ; a pin coupled to a first element and extending through the mount opening , wherein the first element comprises one of the arm and the frame ; and a fastener that non-movably couples the mount to a second element when the fastener is in a locked state and that enables the mount to move relative to the second element when the fastener is in an unlocked state, wherein the second element comprises the other of the arm and the frame . a frame ; and an arm configured to rotate about a pivot axis relative to the frame and to support a cutter bar assembly of the agricultural header ; characterized in that the agricultural header further comprises an arm alignment assembly comprising: a mount having a mount opening ; a pin coupled to a first element and extending through the mount opening , wherein the first element comprises one of the arm and the frame ; and a fastener that non-movably couples the mount to a second element when the fastener is in a locked state and that enables the mount to move relative to the second element when the fastener is in an unlocked state, wherein the second element comprises the other of the arm and the frame . a mount having a mount opening ; a pin coupled to a first element and extending through the mount opening , wherein the first element comprises one of the arm and the frame ; and a fastener that non-movably couples the mount to a second element when the fastener is in a locked state and that enables the mount to move relative to the second element when the fastener is in an unlocked state, wherein the second element comprises the other of the arm and the frame .
A surgical stapler comprising: (a) an end effector , wherein the end effector comprises (i) a lower jaw , (ii) an anvil pivotable relative to the lower jaw between an opened position and a closed position, (iii) a resilient member , wherein the resilient member is configured to bias the anvil to remain in the opened position when the anvil is in the opened position, wherein the resilient member comprises a resilient arm that engages an interior surface of the anvil , and (iv) a staple cartridge comprising a tray ; and (b) a body assembly, wherein the end effector is positioned distally relative to the body assembly; characterized in that : the resilient arm is integral with the tray . (a) an end effector , wherein the end effector comprises (i) a lower jaw , (ii) an anvil pivotable relative to the lower jaw between an opened position and a closed position, (iii) a resilient member , wherein the resilient member is configured to bias the anvil to remain in the opened position when the anvil is in the opened position, wherein the resilient member comprises a resilient arm that engages an interior surface of the anvil , and (iv) a staple cartridge comprising a tray ; and (i) a lower jaw , (ii) an anvil pivotable relative to the lower jaw between an opened position and a closed position, (iii) a resilient member , wherein the resilient member is configured to bias the anvil to remain in the opened position when the anvil is in the opened position, wherein the resilient member comprises a resilient arm that engages an interior surface of the anvil , and (iv) a staple cartridge comprising a tray ; and (b) a body assembly, wherein the end effector is positioned distally relative to the body assembly; characterized in that : the resilient arm is integral with the tray .
A method implemented by one or more processors, the method comprising: receiving, at an interface of a client computing device, an input from a user, wherein the input is directed to an automated assistant that is accessible via the client computing device; generating, in response to receiving the input, input data characterizing a portion of the input as the user continues to provide additional input to the automated assistant; providing the portion of the input to a server computing device via a network connection between the client computing device and the server computing device, wherein the server computing device processes the input data to generate content data; receiving, by the client computing device and from the server computing device, the content data that is based on the input data; determining, based on an amount of input data that has been processed by the server computing device, whether to provide additional data to the server computing device for processing; and when the client computing device determines to not provide the additional data to the server computing device: causing the client computing device to at least temporarily cease transmitting the additional data to the server computing device, generating, at the client computing device and using the additional data, additional content data that characterizes another portion of the input, and causing the client computing device to render the content data and the additional content data. receiving, at an interface of a client computing device, an input from a user, wherein the input is directed to an automated assistant that is accessible via the client computing device; generating, in response to receiving the input, input data characterizing a portion of the input as the user continues to provide additional input to the automated assistant; providing the portion of the input to a server computing device via a network connection between the client computing device and the server computing device, receiving, by the client computing device and from the server computing device, the content data that is based on the input data; determining, based on an amount of input data that has been processed by the server computing device, whether to provide additional data to the server computing device for processing; and when the client computing device determines to not provide the additional data to the server computing device: causing the client computing device to at least temporarily cease transmitting the additional data to the server computing device, generating, at the client computing device and using the additional data, additional content data that characterizes another portion of the input, and causing the client computing device to render the content data and the additional content data. causing the client computing device to at least temporarily cease transmitting the additional data to the server computing device, generating, at the client computing device and using the additional data, additional content data that characterizes another portion of the input, and causing the client computing device to render the content data and the additional content data.
A detachable carpet, the detachable carpet comprising a carpet surface layer and an adhesive anti-skid layer, wherein the carpet surface layer and the adhesive anti-skid layer are detachably connected; the carpet surface layer comprises a surface layer and a sticky layer , wherein the surface layer is arranged at a top end of the carpet surface layer; a plurality of protruded monofilaments are distributed on a lower surface of the sticky layer, wherein each of the protruded monofilaments comprises a lump at the tops of the monofilaments; and the adhesive anti-skid layer comprises a hooking surface layer and an anti-skid layer , wherein the anti-skid layer is arranged at a bottom of the adhesive anti-skid layer; characterized in that the lumps are formed after the monofilaments are melted/softened at the tops of the monofilaments; the each of the protruded monofilaments is a curved protruded monofilament and comprises a downward hooked spine having a certain curvature and inclination and connected to the lump, wherein the downward hooked spine and the lump are together configured to be hooked with the hooking surface layer to form the detachable carpet. the carpet surface layer comprises a surface layer and a sticky layer , wherein the surface layer is arranged at a top end of the carpet surface layer; a plurality of protruded monofilaments are distributed on a lower surface of the sticky layer, wherein each of the protruded monofilaments comprises a lump at the tops of the monofilaments; and the adhesive anti-skid layer comprises a hooking surface layer and an anti-skid layer , wherein the anti-skid layer is arranged at a bottom of the adhesive anti-skid layer; characterized in that the lumps are formed after the monofilaments are melted/softened at the tops of the monofilaments; the each of the protruded monofilaments is a curved protruded monofilament and comprises a downward hooked spine having a certain curvature and inclination and connected to the lump, wherein the downward hooked spine and the lump are together configured to be hooked with the hooking surface layer to form the detachable carpet.
A fan drive gear system comprising: a sun gear rotatable about an axis of rotation (A); a plurality of intermediate gears rotatable about an intermediate gear rotation axis in meshing engagement with the sun gear ; a ring gear circumscribing the intermediate gears ; and a bearing assembly supporting at least one of the plurality of intermediate gears , the bearing assembly including a first beam extending in a first direction and a second beam extending from an end of the first beam in a second direction; characterised in that the bearing assembly further comprises: a journal bearing including a bearing surface , the journal bearing being an integral part with the second beam wherein the first and second beams are configured to maintain the bearing surface substantially parallel to the intermediate gear rotation axis during operation. a sun gear rotatable about an axis of rotation (A); a plurality of intermediate gears rotatable about an intermediate gear rotation axis in meshing engagement with the sun gear ; a ring gear circumscribing the intermediate gears ; and a bearing assembly supporting at least one of the plurality of intermediate gears , the bearing assembly including a first beam extending in a first direction and a second beam extending from an end of the first beam in a second direction; characterised in that the bearing assembly further comprises: a journal bearing including a bearing surface , the journal bearing being an integral part with the second beam wherein the first and second beams are configured to maintain the bearing surface substantially parallel to the intermediate gear rotation axis during operation.
A transport device comprising: a transport member configured to transport a medium (M); a cleaning unit configured to clean the transport member with a liquid; a sponge configured to come into contact with the transport member cleaned by the cleaning unit; and a support unit including a support surface configured to support the sponge, characterized in that at least one opening is provided in the support surface, and a portion of the sponge is configured to expand into the opening provided in the support surface in a compressed state of the sponge. a transport member configured to transport a medium (M); a cleaning unit configured to clean the transport member with a liquid; a sponge configured to come into contact with the transport member cleaned by the cleaning unit; and a support unit including a support surface configured to support the sponge, characterized in that at least one opening is provided in the support surface, and a portion of the sponge is configured to expand into the opening provided in the support surface in a compressed state of the sponge.
A tiller for a marine drive, the tiller comprising: a base bracket assembly configured for fixed attachment to a marine drive, a tiller arm coupled to the base bracket assembly , the tiller arm being pivotable about a tilt axis relative to the base bracket assembly , and characterised by a tilt mechanism comprising a tilt bracket coupled to a first one of the base bracket assembly or the tiller arm and a pawl coupled to a second one of the base bracket assembly or the tiller arm , wherein the tilt mechanism is movable into an engaged position in which the pawl engages the tilt bracket to retain the tiller arm in a selected one of a range of tilt positions relative to the base bracket assembly , and into a disengaged position in which the pawl is disengaged from the tilt bracket such that the tiller arm is freely pivotable about the tilt axis relative to the base bracket assembly , and wherein the range of tilt positions comprises a downward tilt position in which the tiller arm is angled downwardly relative to horizontal so as to facilitate carrying of the marine drive via the tiller arm . a base bracket assembly configured for fixed attachment to a marine drive, a tiller arm coupled to the base bracket assembly , the tiller arm being pivotable about a tilt axis relative to the base bracket assembly , and characterised by a tilt mechanism comprising a tilt bracket coupled to a first one of the base bracket assembly or the tiller arm and a pawl coupled to a second one of the base bracket assembly or the tiller arm , wherein the tilt mechanism is movable into an engaged position in which the pawl engages the tilt bracket to retain the tiller arm in a selected one of a range of tilt positions relative to the base bracket assembly , and into a disengaged position in which the pawl is disengaged from the tilt bracket such that the tiller arm is freely pivotable about the tilt axis relative to the base bracket assembly , and wherein the range of tilt positions comprises a downward tilt position in which the tiller arm is angled downwardly relative to horizontal so as to facilitate carrying of the marine drive via the tiller arm .
A method performed by a terminal (2a-15) in a wireless communication system, the method comprising: receiving (2b-50), from a base station (2a-10), a radio resource control, RRC, message for an RRC connection; identifying whether the RRC message includes information associated with a pathloss reference downlink beam; determining a pathloss based on the information associated with the pathloss reference downlink beam, in case that the RRC message includes the information associated with the pathloss reference downlink beam; determining the pathloss based on a currently used new radio synchronization signal, NR-SS, block, in case that the RRC message does not include the information associated with the pathloss reference downlink beam; obtaining a power headroom, PH, based on the pathloss; and transmitting, to the base station, a power headroom report, PHR, including the PH. receiving (2b-50), from a base station (2a-10), a radio resource control, RRC, message for an RRC connection; identifying whether the RRC message includes information associated with a pathloss reference downlink beam; determining a pathloss based on the information associated with the pathloss reference downlink beam, in case that the RRC message includes the information associated with the pathloss reference downlink beam; determining the pathloss based on a currently used new radio synchronization signal, NR-SS, block, in case that the RRC message does not include the information associated with the pathloss reference downlink beam; obtaining a power headroom, PH, based on the pathloss; and transmitting, to the base station, a power headroom report, PHR, including the PH.
A fingerboard latch assembly comprising: a latch bracket for mounting on a fingerboard ; a latch rotatably supported on the latch bracket ; and characterised by a sensor unit mounted on the latch for monitoring a tubular adjacent the fingerboard latch assembly when the latch bracket is mounted on the fingerboard , wherein the sensor unit comprises: a sensor configured to sense an adjacent tubular ; a processor arranged to receive the output of the sensor and to generate a tubular monitor signal representing the presence or absence and/or representing the position of an adjacent tubular , and a wireless communication unit arranged to wirelessly communicate the tubular monitor signal. a latch bracket for mounting on a fingerboard ; a latch rotatably supported on the latch bracket ; and characterised by a sensor unit mounted on the latch for monitoring a tubular adjacent the fingerboard latch assembly when the latch bracket is mounted on the fingerboard , wherein the sensor unit comprises: a sensor configured to sense an adjacent tubular ; a processor arranged to receive the output of the sensor and to generate a tubular monitor signal representing the presence or absence and/or representing the position of an adjacent tubular , and a wireless communication unit arranged to wirelessly communicate the tubular monitor signal. a sensor configured to sense an adjacent tubular ; a processor arranged to receive the output of the sensor and to generate a tubular monitor signal representing the presence or absence and/or representing the position of an adjacent tubular , and a wireless communication unit arranged to wirelessly communicate the tubular monitor signal.
A porous particle comprising a polymer that provides a continuous solid phase including an external particle surface, and at least first and second discrete pores that are isolated from each other and dispersed within the continuous phase, and further comprising a first marker material that is only present in the first discrete pores, and a detectably different second marker material that is only present in the second discrete pores, and the porous particle also comprising first and second discrete pore stabilizing hydrocolloids within the volume of the first and second discrete pores, respectively, which first and second discrete pore stabilizing hydrocolloids can be the same or different chemicals or the same or different mixtures of chemicals, and are independently selected from the group consisting of a cellulose derivative, a gelatin or gelatin derivative, a protein or protein derivative, a hydrophilic synthetic polymer, a water-soluble microgel, and a polyelectrolyte.
A toroidal support structure for mounting to a spherical cryogenic tank of a spacecraft, the toroidal support structure comprising: one or more side panels forming a tubular ring extending between a first edge and a second edge ; one or more floor panels forming a planar ring extending between an outer edge and an inner edge , wherein the first edge of the one or more side panels is fixed to the outer edge of the one or more floor panels ; and a plurality of isolating linear support components connected to the second edge of the one or more side panels at connection points , a plurality of connectors for connecting the toroidal support structure to a cryogenic tank, wherein each of the plurality of connectors is pivotably connected to a different one of the plurality of isolating linear support components , wherein the connection points are evenly distributed along the second edge and equally spaced from a center axis of the toroidal support structure by a radius, and wherein each of the plurality of isolating linear support components is pivotably connected to the second edge of the one or more side panels at one of the connection points . one or more side panels forming a tubular ring extending between a first edge and a second edge ; one or more floor panels forming a planar ring extending between an outer edge and an inner edge , wherein the first edge of the one or more side panels is fixed to the outer edge of the one or more floor panels ; and a plurality of isolating linear support components connected to the second edge of the one or more side panels at connection points , a plurality of connectors for connecting the toroidal support structure to a cryogenic tank, wherein each of the plurality of connectors is pivotably connected to a different one of the plurality of isolating linear support components , wherein the connection points are evenly distributed along the second edge and equally spaced from a center axis of the toroidal support structure by a radius, and wherein each of the plurality of isolating linear support components is pivotably connected to the second edge of the one or more side panels at one of the connection points .
A connector comprising: a packing that includes a seal portion having an annular shape and a piece portion protruding from the seal portion and having a through-hole ; and a fitting portion mounted with the packing and configured to hold a terminal , wherein the fitting portion is configured to be connected to a target to be fitted so that a space between the fitting portion and the target to be fitted is sealed by the packing , wherein the fitting portion includes: a first member that includes a cylindrical portion having an outer surface on which the seal portion is mounted; a second member that is attached to the cylindrical portion ; a projection portion that is provided in one member of the first member and the second member, is inserted into the through-hole , and includes a tip projecting from the through-hole ; characterized in that an opening portion is provided in the other member of the first member and the second member and into which the tip is inserted. a packing that includes a seal portion having an annular shape and a piece portion protruding from the seal portion and having a through-hole ; and a fitting portion mounted with the packing and configured to hold a terminal , wherein the fitting portion is configured to be connected to a target to be fitted so that a space between the fitting portion and the target to be fitted is sealed by the packing , wherein the fitting portion includes: a first member that includes a cylindrical portion having an outer surface on which the seal portion is mounted; a second member that is attached to the cylindrical portion ; a projection portion that is provided in one member of the first member and the second member, is inserted into the through-hole , and includes a tip projecting from the through-hole ; characterized in that an opening portion is provided in the other member of the first member and the second member and into which the tip is inserted. a first member that includes a cylindrical portion having an outer surface on which the seal portion is mounted; a second member that is attached to the cylindrical portion ; a projection portion that is provided in one member of the first member and the second member, is inserted into the through-hole , and includes a tip projecting from the through-hole ; characterized in that an opening portion is provided in the other member of the first member and the second member and into which the tip is inserted.