mhurhangee/ep-ind-claims huggingface dataset:
A fire suppression system incorporating: a container for supplying a fire suppression gas into a compartment to be protected, wherein said container communicates with a flow line for leading to the compartment; a control for controlling the fire suppression system, said flow line including a valve on said flow line, wherein said control is configured to control said valve to deliver a variable pressure across said valve and to said flow line from said container; wherein said control is configured to control said valve to initially deliver a high pressure to said flow line for a period of time and then switch to a lower pressure for a maintenance period after expiration of said period of time; characterised in that said control is configured to receive feedback of at least one of a pressure and temperature associated with the compartment after the control has switched the valve to the lower pressure, and selectively move the valve back toward higher pressures based upon said feedback. a container for supplying a fire suppression gas into a compartment to be protected, wherein said container communicates with a flow line for leading to the compartment; a control for controlling the fire suppression system, said flow line including a valve on said flow line, wherein said control is configured to control said valve to deliver a variable pressure across said valve and to said flow line from said container; wherein said control is configured to control said valve to initially deliver a high pressure to said flow line for a period of time and then switch to a lower pressure for a maintenance period after expiration of said period of time;
A hearing assistive device (10; 60) having an input transducer (12; 61) adapted for converting sound into an audio signal applied to a processor (14; 66), said processor (14; 66) is configured to compensate a hearing loss of a user of the hearing assistive device and to output a compensated audio signal, and an output transducer (16; 65) adapted for converting the compensated audio signal into sound, and further comprising: - a wireless transceiver (21; 67) enabling audio streaming from an external device (30; 80) to the hearing assisting device; - a controllable attenuator (23; 66a) associated with said processor (14; 66) adapted for applying attenuation to the compensated audio signal; characterized in - an audio stream analyzer (22a; 68a) adapted for classifying the audio stream received via said wireless transceiver as utility audio or entertainment audio; - wherein the attenuator (23; 66a) is controlled in accordance to the audio stream classification from the audio stream analyzer (22a; 68a) and applies attenuation to the received audio stream when classified as entertainment audio. - a wireless transceiver (21; 67) enabling audio streaming from an external device (30; 80) to the hearing assisting device; - a controllable attenuator (23; 66a) associated with said processor (14; 66) adapted for applying attenuation to the compensated audio signal; characterized in - an audio stream analyzer (22a; 68a) adapted for classifying the audio stream received via said wireless transceiver as utility audio or entertainment audio; - wherein the attenuator (23; 66a) is controlled in accordance to the audio stream classification from the audio stream analyzer (22a; 68a) and applies attenuation to the received audio stream when classified as entertainment audio.
A turn cap for an airfoil of a gas turbine engine, the turn cap comprising: exterior side walls (556; 656), the exterior side walls extending from a forward end of the turn cap toward an aft end of the turn cap; an exterior top wall (557; 657) extending between the exterior side walls; a first divider located within the turn cap extending from the exterior top wall and positioned between the exterior side walls and defining a first turning feature between the first divider and the exterior side walls, the first turning feature comprising a first suction-side turn passage and a first pressure-side turn passage wherein the first divider fluidly separates the first pressure-side turn passage from the first suction-side turn passage within the turn cap, wherein the first divider extends from the forward end of the turn cap toward the aft end of the turn cap and separates the first pressure-side turn passage and the first suction-side turn passage, wherein in use fluid flows flow separately in the first suction side turn passage and the first pressure side turn passage as the fluid flows transition from a radial flow direction to an axial flow direction; and a merging chamber is formed in the turn cap wherein the separated fluid flows passing through the first suction side turn passage and the first pressure side turn passage are merged at the merging chamber once all the flow is travelling in the same direction. exterior side walls (556; 656), the exterior side walls extending from a forward end of the turn cap toward an aft end of the turn cap; an exterior top wall (557; 657) extending between the exterior side walls; a first divider located within the turn cap extending from the exterior top wall and positioned between the exterior side walls and defining a first turning feature between the first divider and the exterior side walls, the first turning feature comprising a first suction-side turn passage and a first pressure-side turn passage wherein the first divider fluidly separates the first pressure-side turn passage from the first suction-side turn passage within the turn cap, wherein the first divider extends from the forward end of the turn cap toward the aft end of the turn cap and separates the first pressure-side turn passage and the first suction-side turn passage, wherein in use fluid flows flow separately in the first suction side turn passage and the first pressure side turn passage as the fluid flows transition from a radial flow direction to an axial flow direction; and a merging chamber is formed in the turn cap wherein the separated fluid flows passing through the first suction side turn passage and the first pressure side turn passage are merged at the merging chamber once all the flow is travelling in the same direction.
A method for producing roasted coffee beans comprising: (a) treating raw Robusta coffee beans with steam at a temperature of 105-115°C; (b) contacting the steam treated raw coffee beans with an asparaginase; and (c) roasting the asparaginase treated raw coffee beans. (a) treating raw Robusta coffee beans with steam at a temperature of 105-115°C; (b) contacting the steam treated raw coffee beans with an asparaginase; and (c) roasting the asparaginase treated raw coffee beans.
A sequential slide mechanism for a household effect comprising a lower extension member, a upper extension member and an intermediate extension member, said extension members (1, 2, 3) having a longitudinal extension, said upper extension member having a cut-out facing the lower extension member, wherein the lower extension member and upper extension member being slidable in relation to the intermediate extension member; a extension member connector attached to the intermediate extension member, said extension member connector having a rear end and a front end, said extension member connector comprises a main body mounted on the intermediate extension member and a head at the front end, said head being connected to the body via an elastic extension arm; and the head having a top glide surface and a lower glide surface, the head being in an upper extension member locking position when the lower glide surface slides upon the cabinet slide and an upper part of the head is positioned in said cut-out to interlock relative movement in the longitudinal direction between the upper extension member and an intermediate extension member, and the head being in an upper extension member free-running position when said top glide surface slides upon the upper extension member, wherein during the sequential movement of the extension member, the head of the extension member connector will be forced slightly upwards or downwards by the upper or lower extension member, thus resulting in slight bending of the elastic extension arm.
A radio station apparatus for performing radio communication with at least one opposed radio station (6-1, 6-2, 6-3), comprising: external radio signal reception means for measuring a reception quality level of an external radio signal transmitted from an external radio station that is different from any of the radio station apparatus and the at least one opposed radio station (6-1, 6-2, 6-3); radio resource control means for obtaining first measured values of a reception quality level of the external radio signal that are measured by the at least one opposed radio station (6-1, 6-2, 6-3), for obtaining a second measured value of the reception quality level of the external radio signal that is measured by the external radio signal reception means, and for determining a radio parameter relating to radio communication between the radio station apparatus and the at least one opposed radio station (6-1, 6-2, 6-3) based on a relative comparison between the second measured value and at least one of the first measured values, wherein when a first condition that the second measured value is smaller than a first reference value obtained from the first measured values is satisfied, the radio resource control means is configured to determine the radio parameter such that downlink transmission power from the radio station apparatus to the opposed radio station (6-1, 6-2, 6-3) becomes relatively larger in comparison to when the first condition is not satisfied. external radio signal reception means for measuring a reception quality level of an external radio signal transmitted from an external radio station that is different from any of the radio station apparatus and the at least one opposed radio station (6-1, 6-2, 6-3); radio resource control means for obtaining first measured values of a reception quality level of the external radio signal that are measured by the at least one opposed radio station (6-1, 6-2, 6-3), for obtaining a second measured value of the reception quality level of the external radio signal that is measured by the external radio signal reception means, and for determining a radio parameter relating to radio communication between the radio station apparatus and the at least one opposed radio station (6-1, 6-2, 6-3) based on a relative comparison between the second measured value and at least one of the first measured values, wherein when a first condition that the second measured value is smaller than a first reference value obtained from the first measured values is satisfied, the radio resource control means is configured to determine the radio parameter such that downlink transmission power from the radio station apparatus to the opposed radio station (6-1, 6-2, 6-3) becomes relatively larger in comparison to when the first condition is not satisfied.
A method performed by a wireless device in a cellular network the method comprising: operating with a base node of the cellular network upon noticing a barring indication received from the base node terminating operation with the base node, including stopping camping on the base node and carrying out a cell reselection, under the conditions: - the wireless device is operating in an intensive use mode, wherein an intensive use mode is a mode which utilize a high amount of available resources of the base node and - the wireless device is operating in a non-privileged service, wherein the non-privileged service is a service within the cellular network which is not a privileged service, wherein the privileged service comprises execution of a communication session at least in a predetermined communication access class. - the wireless device is operating in an intensive use mode, wherein an intensive use mode is a mode which utilize a high amount of available resources of the base node and - the wireless device is operating in a non-privileged service, wherein the non-privileged service is a service within the cellular network which is not a privileged service, wherein the privileged service comprises execution of a communication session at least in a predetermined communication access class.
A work machine comprising: a machine body having a track structure and a swing structure attached to an upper portion of the track structure; an articulated work device attached to the swing structure; a plurality of actuators (20A,21A,22A) that operate the work device; an operation lever that instructs each of the plurality of actuators (20A,20B,20C) on an operation according to an operator's operation; and characterized in that a controller configured to calculate a target velocity vector of the work device such that a position of the work device is maintained on a predetermined construction target surface or above an upper side thereof while the operation lever is operated, and perform an area restriction control of controlling at least one of the plurality of actuators (20A,20B,20C) such that the work device is operated according to the calculated target velocity vector, wherein the controller is configured to calculate an operation velocity of the work device in a machine body coordinate system and a movement velocity of the machine body in a gravity coordinate system, and correct a direction of the calculated target velocity vector upward away from the construction target surface when occurrence of dragging is detected during execution of the area restriction control based on the calculated operation velocity of the work device and the calculated movement velocity of the machine body. a machine body having a track structure and a swing structure attached to an upper portion of the track structure; an articulated work device attached to the swing structure; a plurality of actuators (20A,21A,22A) that operate the work device; an operation lever that instructs each of the plurality of actuators (20A,20B,20C) on an operation according to an operator's operation; and characterized in that a controller configured to calculate a target velocity vector of the work device such that a position of the work device is maintained on a predetermined construction target surface or above an upper side thereof while the operation lever is operated, and perform an area restriction control of controlling at least one of the plurality of actuators (20A,20B,20C) such that the work device is operated according to the calculated target velocity vector, wherein the controller is configured to calculate an operation velocity of the work device in a machine body coordinate system and a movement velocity of the machine body in a gravity coordinate system, and correct a direction of the calculated target velocity vector upward away from the construction target surface when occurrence of dragging is detected during execution of the area restriction control based on the calculated operation velocity of the work device and the calculated movement velocity of the machine body.
A method of attaching a polypeptide to a surface, comprising: obtaining a surface comprising a plurality of free amine groups attached to said surface; attaching a photoactivatable conjugation compound to said surface by contacting said surface with a conjugation solution comprising said photoactivatable conjugation compound, wherein said photoactivatable conjugation compound comprises an activated carboxylic acid group, and wherein said activated carboxylic acid group binds to the free amine groups attached to said surface; contacting said surface with a polypeptide; and selectively exposing said surface to electromagnetic radiation, wherein said electromagnetic radiation activates said attached photoactivatable conjugation compound and wherein said attached activated photoactivatable conjugation compound binds to said polypeptide, thereby attaching said polypeptide to said surface. obtaining a surface comprising a plurality of free amine groups attached to said surface; attaching a photoactivatable conjugation compound to said surface by contacting said surface with a conjugation solution comprising said photoactivatable conjugation compound, wherein said photoactivatable conjugation compound comprises an activated carboxylic acid group, and wherein said activated carboxylic acid group binds to the free amine groups attached to said surface; contacting said surface with a polypeptide; and selectively exposing said surface to electromagnetic radiation, wherein said electromagnetic radiation activates said attached photoactivatable conjugation compound and wherein said attached activated photoactivatable conjugation compound binds to said polypeptide, thereby attaching said polypeptide to said surface.
A water reservoir to store water for gardening operations, comprising: a body defining a base and a plurality of sides, wherein the plurality of sides and the base define a volume to store the water therein; and a pump operatively mounted within the water reservoir; characterized in that: the body includes one or more mounting features (138, 140, 338), wherein the pump remains upright-mounted on the base of the water liquid reservoir, and wherein the one or more mounting features,, couple, mount, or engage around a top, or anywhere on a body of the pump such as to allow removable mounting of the pump towards the base of the water reservoir. a body defining a base and a plurality of sides, wherein the plurality of sides and the base define a volume to store the water therein; and a pump operatively mounted within the water reservoir; characterized in that: the body includes one or more mounting features (138, 140, 338), wherein the pump remains upright-mounted on the base of the water liquid reservoir, and wherein the one or more mounting features,, couple, mount, or engage around a top, or anywhere on a body of the pump such as to allow removable mounting of the pump towards the base of the water reservoir. the body includes one or more mounting features (138, 140, 338), wherein the pump remains upright-mounted on the base of the water liquid reservoir, and wherein the one or more mounting features,, couple, mount, or engage around a top, or anywhere on a body of the pump such as to allow removable mounting of the pump towards the base of the water reservoir.
A packaging assembly for car floor mats including a main body portion; comprising at least one support member extending from the main body portion, and a securing arrangement releasably secured to the support member, wherein at least one car floor mat can be retained on the support member when the securing arrangement is secured to the support member, and wherein the at least one car floor mat can be removed from the packaging assembly when the securing arrangement is released from the support member, characterised in that the securing arrangement includes a locking tab supported on the main body portion and having a lock for engaging the support member,and in that the support member includes a cooperating lip, the lock includes an engagement member rotatably supported on the locking tab and having an abutment for engaging the cooperating lip of the support member in a first rotational position, the abutment being disengaged from the cooperating lip in a second rotational position of the lock
Use of a prophylactic or ameliorating agent for preventing or ameliorating pigmentation of the skin, comprising a compound represented by the following general formula, a stereoisomer thereof, and/or a pharmacologically acceptable salt thereof: [wherein: R 1 represents a hydrogen atom or a linear chain or branched alkyl group having 1 to 8 carbon atom(s); R 2 represents a hydrogen atom, a substituted or unsubstituted aliphatic hydrocarbon group having 1 to 8 carbon atom(s), a substituted or unsubstituted aromatic group, a substituted or unsubstituted polycyclic fused aromatic group, or a substituted or unsubstituted heterocyclic group having a 5 to 12 carbon atoms; R 3 represents a substituted or unsubstituted aromatic group, a substituted or unsubstituted polycyclic fused aromatic group, or a substituted or unsubstituted heterocyclic group having a 5 to 15 carbon atoms; n represents an integer of 1 or 2, and m represents an integer of 0 to 3.] R 1 represents a hydrogen atom or a linear chain or branched alkyl group having 1 to 8 carbon atom(s); R 2 represents a hydrogen atom, a substituted or unsubstituted aliphatic hydrocarbon group having 1 to 8 carbon atom(s), a substituted or unsubstituted aromatic group, a substituted or unsubstituted polycyclic fused aromatic group, or a substituted or unsubstituted heterocyclic group having a 5 to 12 carbon atoms; R 3 represents a substituted or unsubstituted aromatic group, a substituted or unsubstituted polycyclic fused aromatic group, or a substituted or unsubstituted heterocyclic group having a 5 to 15 carbon atoms; n represents an integer of 1 or 2, and m represents an integer of 0 to 3.]
A fitting, comprising: a main body component having interior and exterior surfaces, wherein the interior surface defines a cavity extending through the main body component along an axis, and wherein the interior surface includes an axially inner segment, an axially intermediate segment and axially outer segment, wherein the axially intermediate segment has a radial distance from the axis that is greater than a radial distance from the axis to the axially inner segment and is further greater than a radial distance from the axis to the axially outer segment; and a packing arrangement maintained at least partially within the axially intermediate segment of the main body component, wherein the packing arrangement includes a lock ring having an axially outer surface, an axially inner surface, a radially outer surface, a radially inner surface, a first fin interior wall, a first fin outer wall and a hinge edge, wherein the axially outer surface extends substantially radially inwardly from the radial outer surface to a base wall, wherein the first fin outer wall extends substantially radially inwardly from the lock ring base wall to a first fin radially inner edge, wherein the first fin interior wall extends radially inwardly and axially outwardly from the hinge edge to the first fin radially inner edge, and further wherein the axially inner surface extends axially and radially inwardly from the radial outer surface to a second fin radially inner edge, and wherein the packing arrangement further includes an indicator ring comprising an expandable material abutting the lock ring. a main body component having interior and exterior surfaces, wherein the interior surface defines a cavity extending through the main body component along an axis, and wherein the interior surface includes an axially inner segment, an axially intermediate segment and axially outer segment, wherein the axially intermediate segment has a radial distance from the axis that is greater than a radial distance from the axis to the axially inner segment and is further greater than a radial distance from the axis to the axially outer segment; and a packing arrangement maintained at least partially within the axially intermediate segment of the main body component, wherein the packing arrangement includes a lock ring having an axially outer surface, an axially inner surface, a radially outer surface, a radially inner surface, a first fin interior wall, a first fin outer wall and a hinge edge, wherein the axially outer surface extends substantially radially inwardly from the radial outer surface to a base wall, wherein the first fin outer wall extends substantially radially inwardly from the lock ring base wall to a first fin radially inner edge, wherein the first fin interior wall extends radially inwardly and axially outwardly from the hinge edge to the first fin radially inner edge, and further wherein the axially inner surface extends axially and radially inwardly from the radial outer surface to a second fin radially inner edge, and wherein the packing arrangement further includes an indicator ring comprising an expandable material abutting the lock ring.