mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner for a vehicle, suitable for installation on the roof of the vehicle, comprising at least one condensation water discharge pipe comprising a top end connected to a main unit of the air conditioner and a lower end provided with a valve, wherein the lower end of the discharge pipe is configured to be offset from the air conditioner by a height of between 1 and 5 metres when the air conditioner is installed on the roof of the vehicle, characterised in that the valve comprises lips and a pendulum to prevent its blockage, in that the pendulum is formed by a wire and a flyweight, in that a point of attachment of the wire of the pendulum is situated above the level of the lips of the flap, in that the weight is located outside the flap valve and lower than the flap valve, and in that the wire of the pendulum passes between the lips of the flap valve. comprising at least one condensation water discharge pipe comprising a top end connected to a main unit of the air conditioner and a lower end provided with a valve, wherein the lower end of the discharge pipe is configured to be offset from the air conditioner by a height of between 1 and 5 metres when the air conditioner is installed on the roof of the vehicle, characterised in that the valve comprises lips and a pendulum to prevent its blockage, in that the pendulum is formed by a wire and a flyweight, in that a point of attachment of the wire of the pendulum is situated above the level of the lips of the flap, in that the weight is located outside the flap valve and lower than the flap valve, and in that the wire of the pendulum passes between the lips of the flap valve.
A vehicle hydraulic brake controller which is mounted in a four-wheel drive vehicle, comprising: a wheel speed acquiring section configured to acquire a wheel speed (Vw) from a wheel speed sensor; a wheel deceleration calculator configured to calculate a wheel deceleration (-Aw) based on the wheel speed (Vw); a vehicle velocity calculator (23, 23A) configured to calculate a vehicle deceleration (-Ac) based on a temporary vehicle deceleration (-At) which is calculated by using an acceleration sensor value (-As) which is outputted from a longitudinal acceleration sensor which detects a longitudinal acceleration to thereby calculate a vehicle velocity (Vc) based on the vehicle deceleration (-Ac); and a locking tendency determination section configured to determine from the vehicle velocity (Vc) and the wheel speed (Vw) whether or not there exists a locking tendency in a wheel (FL, FR, RL, RR), wherein the vehicle velocity calculator (23, 23A) calculates the temporary vehicle deceleration (-At) by offsetting a first correction amount (α) to a deceleration side in relation to the acceleration sensor value (-As), characterized in that, when conditions that a brake pedal operation amount by a driver is equal to or smaller than a first threshold and that an absolute value of the wheel deceleration (-Aw) is equal to or larger than an absolute value of a second threshold (-Th2) are met, the first correction amount (α) is set to be smaller than when the conditions are not met. a wheel speed acquiring section configured to acquire a wheel speed (Vw) from a wheel speed sensor; a wheel deceleration calculator configured to calculate a wheel deceleration (-Aw) based on the wheel speed (Vw); a vehicle velocity calculator (23, 23A) configured to calculate a vehicle deceleration (-Ac) based on a temporary vehicle deceleration (-At) which is calculated by using an acceleration sensor value (-As) which is outputted from a longitudinal acceleration sensor which detects a longitudinal acceleration to thereby calculate a vehicle velocity (Vc) based on the vehicle deceleration (-Ac); and a locking tendency determination section configured to determine from the vehicle velocity (Vc) and the wheel speed (Vw) whether or not there exists a locking tendency in a wheel (FL, FR, RL, RR), wherein the vehicle velocity calculator (23, 23A) calculates the temporary vehicle deceleration (-At) by offsetting a first correction amount (α) to a deceleration side in relation to the acceleration sensor value (-As), characterized in that, when conditions that a brake pedal operation amount by a driver is equal to or smaller than a first threshold and that an absolute value of the wheel deceleration (-Aw) is equal to or larger than an absolute value of a second threshold (-Th2) are met, the first correction amount (α) is set to be smaller than when the conditions are not met.
A method of controlling an uninterruptible power supply system having a plurality of UPS modules, characterised by comprising: determining an overload runtime of an inverter, the overload runtime comprising a time in which the inverter operates in an overload condition; determining the battery runtime of at least one battery delivering power to a protected load; and if the battery runtime of the at least one battery is less than the overload runtime of the inverter, reducing the energy delivered from the battery such that the inverter is overloaded. determining an overload runtime of an inverter, the overload runtime comprising a time in which the inverter operates in an overload condition; determining the battery runtime of at least one battery delivering power to a protected load; and if the battery runtime of the at least one battery is less than the overload runtime of the inverter, reducing the energy delivered from the battery such that the inverter is overloaded.
An enhanced Node B, eNodeB (106A, 106C), comprising: processing circuitry arranged to obtain traffic load information of one or more WiFi access points (106B, 106D) within a coverage area of the eNodeB (106A, 106C) and produce corresponding offload guidance information, the traffic load information includes information about user equipment traffic flows on the one or more WiFi access points (106B, 106D); and a transceiver arranged to transmit the offload guidance information to one or more user equipments (102A, 102B,...) and arranged to receive a request from at least one of the user equipments (102A, 102B,...) to move at least some of the user equipment traffic flows to one of the WiFi access points (106B, 106D) characterized in that the offload guidance information includes a probabilistic offload seed, wherein the probabilistic offload seed is a randomization number which determines a probability of traffic flows from the one or more user equipments (102A, 102B,...) being offloaded to the WiFi access point (106B, 106D). processing circuitry arranged to obtain traffic load information of one or more WiFi access points (106B, 106D) within a coverage area of the eNodeB (106A, 106C) and produce corresponding offload guidance information, the traffic load information includes information about user equipment traffic flows on the one or more WiFi access points (106B, 106D); and a transceiver arranged to transmit the offload guidance information to one or more user equipments (102A, 102B,...) and arranged to receive a request from at least one of the user equipments (102A, 102B,...) to move at least some of the user equipment traffic flows to one of the WiFi access points (106B, 106D) characterized in that the offload guidance information includes a probabilistic offload seed, wherein the probabilistic offload seed is a randomization number which determines a probability of traffic flows from the one or more user equipments (102A, 102B,...) being offloaded to the WiFi access point (106B, 106D).
An assembly for a CT system, comprising: a rotatable drum (210, 410, 510) defining a bore and configured for rotation about an object positioned within the bore; a support structure configured to support the rotatable drum (210, 410, 510) during a rotation of the rotatable drum (210, 410, 510); a first radial air bearing (260, 262) disposed between the rotatable drum (210, 410, 510) and the support structure and positioned proximate to a first distal end of the rotatable drum (210, 410, 510); characterised by a second radial air bearing (261, 263) disposed between the rotatable drum (210, 410, 510) and the support structure and positioned proximate to a second, opposite distal end of the rotatable drum (210, 410, 510), wherein the first radial air bearing (260, 262) and the second radial air bearing (261, 263) are located at different longitudinal positions along a longitudinal axis of the rotatable drum (210, 410, 510), and wherein the first radial air bearing (260, 262) and the second radial air bearing (261, 263) are configured to levitate the rotatable drum (210, 410, 510) relative to the support structure. a rotatable drum (210, 410, 510) defining a bore and configured for rotation about an object positioned within the bore; a support structure configured to support the rotatable drum (210, 410, 510) during a rotation of the rotatable drum (210, 410, 510); a first radial air bearing (260, 262) disposed between the rotatable drum (210, 410, 510) and the support structure and positioned proximate to a first distal end of the rotatable drum (210, 410, 510); characterised by a second radial air bearing (261, 263) disposed between the rotatable drum (210, 410, 510) and the support structure and positioned proximate to a second, opposite distal end of the rotatable drum (210, 410, 510), wherein the first radial air bearing (260, 262) and the second radial air bearing (261, 263) are located at different longitudinal positions along a longitudinal axis of the rotatable drum (210, 410, 510), and wherein the first radial air bearing (260, 262) and the second radial air bearing (261, 263) are configured to levitate the rotatable drum (210, 410, 510) relative to the support structure.
A telescopic mechanism of a European plug of a power converter with a grounding pin, comprising a shell, a push handle arranged on the shell, a plug bush arranged in the shell and connected with the push handle, and a pin assembly arranged in the shell, characterized by further comprising a fixed rack arranged on the shell and extending into the plug bush, a movable rack connected with the pin assembly and a gear fixed on the plug bush; wherein the movable rack and the fixed rack both have teeth; the gear meshes with the fixed rack and the movable rack through the teeth respectively; the push handle drives the plug bush and the gear fixed on the plug bush to move; the gear drives the movable rack to move; and the movable rack drives the pin assembly to move. a fixed rack arranged on the shell and extending into the plug bush, a movable rack connected with the pin assembly and a gear fixed on the plug bush; wherein the movable rack and the fixed rack both have teeth; the gear meshes with the fixed rack and the movable rack through the teeth respectively; the push handle drives the plug bush and the gear fixed on the plug bush to move; the gear drives the movable rack to move; and the movable rack drives the pin assembly to move.
An automatic dishwasher detergent, characterized in that the automatic dishwasher detergent comprises: an enzyme phase, the enzyme phase containing at least one enzyme and being substantially free of bleaching agents and organic builders from the class of aminocarboxylic acids and salts thereof; and a bleach phase, the bleach phase containing at least one bleaching agent, at least one bleach catalyst, and at least one organic builder from the class of aminocarboxylic acids and the salts thereof, in particular methylglycinediacetic acid (MGDA) or the salts thereof. an enzyme phase, the enzyme phase containing at least one enzyme and being substantially free of bleaching agents and organic builders from the class of aminocarboxylic acids and salts thereof; and a bleach phase, the bleach phase containing at least one bleaching agent, at least one bleach catalyst, and at least one organic builder from the class of aminocarboxylic acids and the salts thereof, in particular methylglycinediacetic acid (MGDA) or the salts thereof.
Skin protection cream, day cream or night cream in the form of an emulsion comprising a combination of a) sodium stearylglutamate, b) decyl glucoside, characterized in that the preparation comprises the UV filter 2,4,6-tris(biphenyl)-1,3,5-triazine and/or the UV filter 2,2'-methylenebis(6-(2H-benzotriazol-2-yl)-4-(1,1,3,3-tetramethylbutyl)phenol). a) sodium stearylglutamate, b) decyl glucoside, characterized in that the preparation comprises the UV filter 2,4,6-tris(biphenyl)-1,3,5-triazine and/or the UV filter 2,2'-methylenebis(6-(2H-benzotriazol-2-yl)-4-(1,1,3,3-tetramethylbutyl)phenol).
A laundry treatment apparatus comprising: a cabinet; an outer tub disposed in the cabinet, to receive air containing moisture generated from laundry; a circulation duct for guiding a portion of air present in the outer tub to be re-supplied to the outer tub after being discharged from the outer tub; an exhaust duct for guiding some other portion of the air present in the outer tub to be exhausted to the outside of the cabinet or into a space between the outer tub and the cabinet; an air suction duct for guiding outdoor air to be introduced into the outer tub; a fan for circulating the air present in the outer tub; a heater provided at the circulation duct, to heat air introduced into the outer tub; characterized in that a plurality of heat-exchanging tubes disposed at the exhaust duct such that the exhaust air is introduced into the heat-exchanging tubes, the heat-exchanging tubes being spaced apart from each other by a predetermined distance, to form gaps; and a condensed water pipe for guiding condensed water generated in the plurality of heat-exchanging tubes. a cabinet; an outer tub disposed in the cabinet, to receive air containing moisture generated from laundry; a circulation duct for guiding a portion of air present in the outer tub to be re-supplied to the outer tub after being discharged from the outer tub; an exhaust duct for guiding some other portion of the air present in the outer tub to be exhausted to the outside of the cabinet or into a space between the outer tub and the cabinet; an air suction duct for guiding outdoor air to be introduced into the outer tub; a fan for circulating the air present in the outer tub; a heater provided at the circulation duct, to heat air introduced into the outer tub; characterized in that a plurality of heat-exchanging tubes disposed at the exhaust duct such that the exhaust air is introduced into the heat-exchanging tubes, the heat-exchanging tubes being spaced apart from each other by a predetermined distance, to form gaps; and a condensed water pipe for guiding condensed water generated in the plurality of heat-exchanging tubes.
An ergonomic controller for a self-propelled floor preparation machine, such as a self-propelled shot blasting machine, the ergonomic controller comprising: a mount, the mount being essentially a plate comprising a first handle (45, 47), a channel and a hub positioned and mounted within the channel, the hub defining a first axis of rotation substantially perpendicular to the plate; a joint having a first member configured to be coupled to a self-propelled floor preparation machine, a second member coupled to the mount, a pivot member adapted to permit the second member to pivot relative to the first member at least along a second axis of rotation perpendicular to said first axis of rotation, and a first lock, wherein the first lock is adapted to be released to permit the second member and the mount to be pivoted relative to the first member and the self-propelled floor preparation machine, and wherein the first lock is further adapted to be engaged to selectively fix the second member and mount in place in a selected position relative to the first member and the self-propelled floor preparation machine; characterized in that the ergonomic controller comprises furthermore a control stick mounted to and extending from the hub and adapted to be rotated about the first axis of rotation. a mount, the mount being essentially a plate comprising a first handle (45, 47), a channel and a hub positioned and mounted within the channel, the hub defining a first axis of rotation substantially perpendicular to the plate; a joint having a first member configured to be coupled to a self-propelled floor preparation machine, a second member coupled to the mount, a pivot member adapted to permit the second member to pivot relative to the first member at least along a second axis of rotation perpendicular to said first axis of rotation, and a first lock, wherein the first lock is adapted to be released to permit the second member and the mount to be pivoted relative to the first member and the self-propelled floor preparation machine, and wherein the first lock is further adapted to be engaged to selectively fix the second member and mount in place in a selected position relative to the first member and the self-propelled floor preparation machine; characterized in that the ergonomic controller comprises furthermore a control stick mounted to and extending from the hub and adapted to be rotated about the first axis of rotation.
A communications node which communicates with a communications device, the communications node comprising: means for transmitting control information comprising a resource indication value for indicating a resource allocation, wherein the resource indication value is defined by at least one of expressions: N P − 1 + O or N N − P − 1 + N − 1 − O where N is a number of resource blocks in a pre-set bandwidth, O is a starting resource block number and P is a length in terms of number of consecutive resource blocks; and means for transmitting downlink data using resources indicated by the control information. means for transmitting control information comprising a resource indication value for indicating a resource allocation, wherein the resource indication value is defined by at least one of expressions: N P − 1 + O or N N − P − 1 + N − 1 − O where N is a number of resource blocks in a pre-set bandwidth, O is a starting resource block number and P is a length in terms of number of consecutive resource blocks; and means for transmitting downlink data using resources indicated by the control information.
A time register comprising: a pair of inputs (345, 346) coupled to a pair of input clocks (IN 1, IN 2); a pair of tri-state inverters (301, 302) for producing a pair of level signals (V C1, V C2); and a pair of outputs (347, 348) coupled to the level signals (V C1, V C2) for producing a pair of output clocks (OUT 1, OUT 2), wherein the tri-state inverters (301, 302) are responsive to a pair of state signals (S 1, S 2), and the pair of input clocks (IN 1, IN 2) for holding or discharging the level signals (V C1, V C2), and wherein the pair of state signals (S 1, S 2) is configured to be driven responsive to a hold signal and an awake signal, wherein the hold signal is a quantization error signal and the awake signal is a sampling clock. a pair of inputs (345, 346) coupled to a pair of input clocks (IN 1, IN 2); a pair of tri-state inverters (301, 302) for producing a pair of level signals (V C1, V C2); and a pair of outputs (347, 348) coupled to the level signals (V C1, V C2) for producing a pair of output clocks (OUT 1, OUT 2), wherein the tri-state inverters (301, 302) are responsive to a pair of state signals (S 1, S 2), and the pair of input clocks (IN 1, IN 2) for holding or discharging the level signals (V C1, V C2), and wherein the pair of state signals (S 1, S 2) is configured to be driven responsive to a hold signal and an awake signal, wherein the hold signal is a quantization error signal and the awake signal is a sampling clock.
A method of manufacturing a stabilized fiber bundle, comprising subjecting an acrylic fiber bundle aligned, to a heat treatment in an oxidizing atmosphere, with the acrylic fiber bundle being turned around by a guide roller placed on each of both ends outside a hot air heating-type oxidation oven, wherein an air velocity Vm of first hot air sent through supply nozzle(s) disposed above and/or under a fiber bundle travelled in the oxidation oven, in a substantially horizontal direction to a travelling direction of the fiber bundle, and an air velocity Vf of second hot air flowing in a fiber bundle passing flow channel in which the fiber bundle is travelled satisfy expression 1). 0.2 ≤ Vf / Vm ≤ 2.0
Storage system for mounting on a wall comprising at least one transverse mounting rail, at least one upright, at least one joint piece, and at least one suspension means having mounting means, wherein the upright comprises a first segment and a second segment each having a front portion with slits adapted to receive said mounting means, and at least two first spacer portions (11, 12) for locating said front portion spaced away from said wall to provide space for said mounting means, wherein said first segment is adapted to be releasably mounted to said mounting rail and has a lower end, and wherein said second segment has at least one end which is adapted to be releasably joined end-to-end with said lower end of said first segment by means of said joint piece, wherein said joint piece has two first bore holes (15, 16) and each of said ends (13, 14) of said first and second segments (7, 8) has one second bore hole (17,18) in registry with said first bore holes (15, 16) in use of said system, characterized in that - said joint piece comprises at least two side portions (19, 20) which, in use of said system, bear against said first spacer portions (11, 12), - said storage system comprises at least one second spacer portion (33, 34) which, in use of said system, is adapted to provide space between said front portion and said joint piece to allow space for said mounting means, and - a centre-to-centre distance (d) between said first bore holes (15, 16) is smaller than a centre-to-centre distance ( d ') between said second bore holes (17,18) when said first and second segments (7, 8) are positioned end-to-end, to allow a forced fit using fastening means through said bore holes (15, 16, 17, 18). - said joint piece comprises at least two side portions (19, 20) which, in use of said system, bear against said first spacer portions (11, 12), - said storage system comprises at least one second spacer portion (33, 34) which, in use of said system, is adapted to provide space between said front portion and said joint piece to allow space for said mounting means, and - a centre-to-centre distance (d) between said first bore holes (15, 16) is smaller than a centre-to-centre distance ( d ') between said second bore holes (17,18) when said first and second segments (7, 8) are positioned end-to-end, to allow a forced fit using fastening means through said bore holes (15, 16, 17, 18).