mhurhangee/ep-ind-claims huggingface dataset:
An ultraviolet liquid treatment apparatus comprising: a conduit comprising an inlet to receive liquid to be treated and an outlet to discharge treated fluid, the conduit defining a plurality of liquid flow paths between the inlet and the outlet; and an array holder comprising first and second curved surfaces, each comprising a UV light emitting diode module array (405, 406), the arrays being positioned back to back, the array holder being positioned inside the conduit perpendicular to a longitudinal axis of the conduit such that the UV LED module array positioned on the first curved surface illuminates a first portion of the conduit and the UV LED module array positioned on the second curved surface illuminates a second portion of the conduit, wherein each UV LED module array comprises a plurality of UV LED modules and the UV LED module arrays are configured to generate a customized spatial light flux distribution within the conduit that matches the liquid flow paths so as to obtain a desired UV dose distribution. a conduit comprising an inlet to receive liquid to be treated and an outlet to discharge treated fluid, the conduit defining a plurality of liquid flow paths between the inlet and the outlet; and an array holder comprising first and second curved surfaces, each comprising a UV light emitting diode module array (405, 406), the arrays being positioned back to back, the array holder being positioned inside the conduit perpendicular to a longitudinal axis of the conduit such that the UV LED module array positioned on the first curved surface illuminates a first portion of the conduit and the UV LED module array positioned on the second curved surface illuminates a second portion of the conduit, wherein each UV LED module array comprises a plurality of UV LED modules and the UV LED module arrays are configured to generate a customized spatial light flux distribution within the conduit that matches the liquid flow paths so as to obtain a desired UV dose distribution.
A method for dynamically changing a downlink-uplink allocation, comprising: establishing a communication link between a base station and a user equipment, wherein the communication link comprises downlink intervals for the base station to transmit to the user equipment and uplink intervals for the user equipment to transmit to the base station; operating a core network to send a mute request to the base station to initiate a change in a downlink-uplink allocation ratio; generating, by the base station, a mute interval to replace a downlink interval or an uplink interval in a previous frame to effect the change in the downlink-uplink allocation ratio for a subsequent frame; transmitting a location of the mute interval to the user equipment using a frame structure; operating the base station to send a mute response to the core network; and operating the core network to send a mute recovery request to the base station. establishing a communication link between a base station and a user equipment, wherein the communication link comprises downlink intervals for the base station to transmit to the user equipment and uplink intervals for the user equipment to transmit to the base station; operating a core network to send a mute request to the base station to initiate a change in a downlink-uplink allocation ratio; generating, by the base station, a mute interval to replace a downlink interval or an uplink interval in a previous frame to effect the change in the downlink-uplink allocation ratio for a subsequent frame; transmitting a location of the mute interval to the user equipment using a frame structure; operating the base station to send a mute response to the core network; and operating the core network to send a mute recovery request to the base station.
A right angle turn module for processing multi-sheet collations, comprising: opposed belt segments (22, 24) defining a conveyance channel for capturing multi-sheet collations therebetween and for conveying multi-sheet collations from an input end to an output end of the conveyance channel, the opposed belt segments (22, 24) defining: a first re-directing bend including a rolling element for re-directing the opposed belt segments about a first axis of rotation; a second re-directing bend including a rolling element for re-directing the opposed belt segments (22, 24) about a second axis of rotation; the first and second axes of rotation being orthogonal so as to effect a twist section therebetween; an anti-skew guide (60a, 60b) having a spiral-shaped guide surface (62a, 62b) for engaging a leading edge portion of a multi-sheet collation to maintain a desired orientation thereof for alignment of the multi-sheet collation and subsequent insertion into a mailpiece envelope; and a mechanism for driving the opposed belt segments (22, 24) about the first and second re-directing bends (42, 46) to convey the multi-sheet collations from the input to output ends and effect a right angle turn of the multi-sheet collations. a first re-directing bend including a rolling element for re-directing the opposed belt segments about a first axis of rotation; a second re-directing bend including a rolling element for re-directing the opposed belt segments (22, 24) about a second axis of rotation; the first and second axes of rotation being orthogonal so as to effect a twist section therebetween; an anti-skew guide (60a, 60b) having a spiral-shaped guide surface (62a, 62b) for engaging a leading edge portion of a multi-sheet collation to maintain a desired orientation thereof for alignment of the multi-sheet collation and subsequent insertion into a mailpiece envelope; and a mechanism for driving the opposed belt segments (22, 24) about the first and second re-directing bends (42, 46) to convey the multi-sheet collations from the input to output ends and effect a right angle turn of the multi-sheet collations.
A controller of an air-fuel-ratio sensor that includes a gas sensor element, the gas sensor element including a pump cell that pumps and pumps out oxygen into and from a gas detecting chamber and a detection cell for detecting an oxygen concentration in the gas detecting chamber, the controller comprising: a current supplying unit that supplies a current (Ip) to the pump cell through a first terminal (Tip) connected with the pump cell so as to control the pump cell; a sweep processing unit that executes a sweeping process in which a predetermined voltage (Vm) or a predetermined current (Im) is applied to the detection cell through a second terminal (Tvs) connected with the detection cell so as to change a voltage (Vs) and a current (Is) of the detection cell; and an abnormality detecting unit that detects a short-circuited state between the first terminal (Tip) and the second terminal (Tvs) when a fluctuation in a voltage (Vp) or a current (Ip), generated by the sweeping process, of the first terminal (Tip) is a predetermined value or more. a current supplying unit that supplies a current (Ip) to the pump cell through a first terminal (Tip) connected with the pump cell so as to control the pump cell; a sweep processing unit that executes a sweeping process in which a predetermined voltage (Vm) or a predetermined current (Im) is applied to the detection cell through a second terminal (Tvs) connected with the detection cell so as to change a voltage (Vs) and a current (Is) of the detection cell; and an abnormality detecting unit that detects a short-circuited state between the first terminal (Tip) and the second terminal (Tvs) when a fluctuation in a voltage (Vp) or a current (Ip), generated by the sweeping process, of the first terminal (Tip) is a predetermined value or more.
A system for generating a plurality of output frames based on a single input frame, comprising: an input interface configured to receive at least a portion of the input frame; and an output controller configured to: if at least a portion of an input frame is received by the input interface, then receive, for each of the plurality of output frames, a new header, and combine each new header with said at least a portion of the input frame, and said output controller configured to, if no input frame is received by the input interface, then in response to an indication received via the input interface that an output frame should be generated: receive a generated header; and combine the generated header with a dummy payload to form the output frame.
A tire comprising a mark provided on a surface of a sidewall portion so as to be raised from the surface, wherein the mark includes a curved surface portion curved so as to project in a direction substantially perpendicular to the surface, and a flat surface portion provided on at least one side in a tire circumferential direction of the curved surface portion, and a raised height (h) of the flat surface portion from the surface gradually decreases with increasing distance in the tire circumferential direction from the curved surface portion, wherein the flat surface portion includes a first flat surface portion provided on one side in the tire circumferential direction of the curved surface portion, and a second flat surface portion provided on another side in the tire circumferential direction of the curved surface portion, characterized in that a boundary line between the curved surface portion and the first flat surface portion and a boundary line between the curved surface portion and the second flat surface portion each is a curved line curved so as to project on the curved surface portion side when being viewed in a tire axial direction. the mark includes a curved surface portion curved so as to project in a direction substantially perpendicular to the surface, and a flat surface portion provided on at least one side in a tire circumferential direction of the curved surface portion, and a raised height (h) of the flat surface portion from the surface gradually decreases with increasing distance in the tire circumferential direction from the curved surface portion, wherein the flat surface portion includes a first flat surface portion provided on one side in the tire circumferential direction of the curved surface portion, and a second flat surface portion provided on another side in the tire circumferential direction of the curved surface portion, characterized in that a boundary line between the curved surface portion and the first flat surface portion and a boundary line between the curved surface portion and the second flat surface portion each is a curved line curved so as to project on the curved surface portion side when being viewed in a tire axial direction.
A color ceramic comprising: zirconia with a stabilizer, having a content of 85 mass% or more; alumina having a content of 1 mass% or more and 4 mass% or less; chromium having a content, in terms of Cr 2 O 3, of 0.7 mass% or more and 3 mass% or less; and cobalt having a content, in terms of Co 3 O 4, of 0.1 mass% or more and 0.5 mass% or less, wherein the color ceramic includes: zirconia crystals; and first crystals composed of alumina crystals with solid-solution of the chromium. zirconia with a stabilizer, having a content of 85 mass% or more; alumina having a content of 1 mass% or more and 4 mass% or less; chromium having a content, in terms of Cr 2 O 3, of 0.7 mass% or more and 3 mass% or less; and cobalt having a content, in terms of Co 3 O 4, of 0.1 mass% or more and 0.5 mass% or less, wherein the color ceramic includes: zirconia crystals; and first crystals composed of alumina crystals with solid-solution of the chromium. zirconia crystals; and first crystals composed of alumina crystals with solid-solution of the chromium.
An apparatus (106, 200) comprising: - a processor; - an attenuator; and - a cable modem termination system unit for providing access to a communication network, - a memory coupled to the processor, the memory storing a first computer-readable program code that, when executed on the processor, is configured to determine one or more transmit level margins, select one of the transmit level margins and use the selected transmit level margin to derive an attenuation value to adjust the attenuator of the apparatus to attenuate a signal received by the apparatus. - a processor; - an attenuator; and - a cable modem termination system unit for providing access to a communication network, - a memory coupled to the processor, the memory storing a first computer-readable program code that, when executed on the processor, is configured to determine one or more transmit level margins, select one of the transmit level margins and use the selected transmit level margin to derive an attenuation value to adjust the attenuator of the apparatus to attenuate a signal received by the apparatus.
A vehicle heating system (100,200,300,400) comprising a vehicle seat, a seat heater provided in the vehicle seat and a warm air heater that includes a housing including an intake port and a blowing port a fan and a heater provided in an internal space of the housing, the internal space serving as a flow path of air extending from the intake port to the blowing port, and the warm air heater blowing warm air generated by the fan and the heater to lower legs of an occupant seated on the vehicle seat through the blowing port, wherein the seat heater, the fan, and the heater operate to make temperature at the blowing port higher than temperature of a portion of a surface of the vehicle seat that faces the seat heater or temperature near the portion, and wherein the blowing port is located between the lower legs of the occupant seated on the vehicle seat and the vehicle seat.
A system for forming a plurality of electrical connections to one or more conductive areas on a PWB, the system comprising: a connector frame configured to hold a plurality of coaxial connectors and attachable to a PWB, the connector frame having surface portions configured to be adjacent each of the conductive areas of the PWB, wherein the surface portions are configured to be substantially coplanar with a top surface of top layer signal traces of the PWB; each of the surface portions being electrically connectible to a conductive tab (23, 23') to connect the surface portion to one of the conductive areas of the PWB; and a plurality of conductive tabs for connecting one or more of the surface portions to one or more of the conductive areas of the PWB, wherein the center conductors of the coaxial connectors are configured to extend over and connect with the top surface of top layer signal traces of the PWB, wherein the conductive tabs have a "U" shape so that each of the conductive tabs can be secured to a pair of surface portions. a connector frame configured to hold a plurality of coaxial connectors and attachable to a PWB, the connector frame having surface portions configured to be adjacent each of the conductive areas of the PWB, wherein the surface portions are configured to be substantially coplanar with a top surface of top layer signal traces of the PWB; each of the surface portions being electrically connectible to a conductive tab (23, 23') to connect the surface portion to one of the conductive areas of the PWB; and a plurality of conductive tabs for connecting one or more of the surface portions to one or more of the conductive areas of the PWB, wherein the center conductors of the coaxial connectors are configured to extend over and connect with the top surface of top layer signal traces of the PWB, wherein the conductive tabs have a "U" shape so that each of the conductive tabs can be secured to a pair of surface portions.
Actuation system for a propulsion unit including a nacelle, a turbojet engine and an air circulation conduit defined between the nacelle and the turbojet engine, the actuation system comprising: - a body and a connection device for fixing the body to the nacelle, - a first member for moving a flap regulating an air flow circulating in the conduit, the first member extending from the body and having a first point for fixing the first member to the flap, - a second member for moving a thrust reversal flap, the second member extending from the body and having a second point for fixing the second member to the flap, and - a transmission device having an input, a first output connected to the first member and a second output connected to the second member, the transmission device being able to transmit an input movement selectively to the first output to move the flow regulation flap or to the second output for moving the thrust reversal flap, characterised in that the body is arranged between the first fixing point and the second fixing point and the connection device allows for a movement of the body with respect to the nacelle according two rotation axes. - a body and a connection device for fixing the body to the nacelle, - a first member for moving a flap regulating an air flow circulating in the conduit, the first member extending from the body and having a first point for fixing the first member to the flap, - a second member for moving a thrust reversal flap, the second member extending from the body and having a second point for fixing the second member to the flap, and - a transmission device having an input, a first output connected to the first member and a second output connected to the second member, the transmission device being able to transmit an input movement selectively to the first output to move the flow regulation flap or to the second output for moving the thrust reversal flap, characterised in that the body is arranged between the first fixing point and the second fixing point and the connection device allows for a movement of the body with respect to the nacelle according two rotation axes.
A tamping unit for tamping sleepers of a track, including a tine carrier which is mounted for vertical adjustment on an assembly frame and on which are supported tamping tines which are pivotable towards one another by means of a respective hydraulic squeezing drive which has a cylinder axis and is connected to a vibration exciter, characterized by the following features: a) an inner cylinder, arranged coaxially to the cylinder axis, of the vibration exciter is mounted for displacement in an axial direction via gliding surfaces in an outer cylinder, b) a ring-shaped recess is provided between two gliding surfaces spaced from one another in the axial direction, c) a spacer ring subdividing the ring-shaped recess into two fluid channels - spaced from one another with regard to the axial direction - is connected selectively to the inner- or the outer cylinder (10, 12), d) the two fluid channels can be hydraulically actuated alternatingly by feed lines for vibration excitation. a) an inner cylinder, arranged coaxially to the cylinder axis, of the vibration exciter is mounted for displacement in an axial direction via gliding surfaces in an outer cylinder, b) a ring-shaped recess is provided between two gliding surfaces spaced from one another in the axial direction, c) a spacer ring subdividing the ring-shaped recess into two fluid channels - spaced from one another with regard to the axial direction - is connected selectively to the inner- or the outer cylinder (10, 12), d) the two fluid channels can be hydraulically actuated alternatingly by feed lines for vibration excitation.
A method of transmitting media contents by using an MPEG media transport protocol, MMTP, the method comprising: transmitting a transport packet including a MMTP packet header, and a payload comprising payload data generated from at least one media processing unit, MPU, wherein the MMTP packet header comprises a type field indicating a type of the payload data as one of a plurality of payload types, and a random access point, RAP, flag indicating that the payload contains a RAP, wherein the plurality of payload types comprises a first payload type indicating that the payload data includes media-aware fragment data of a MPU, a second payload type indicating that the payload data includes a generic object such as a complete MPU or an object of another type, a third payload type indicating that the payload data includes at least one signaling message, and a fourth payload type indicating that the payload data includes a repair symbol, wherein, in case that the type field is set to a first value indicating the first payload type, the payload comprises a first format of a payload header for a MPU mode prior to the payload data, and wherein, in case that the type field is set to a second value indicating the second payload type, the payload comprises a second format of a payload header for a generic file delivery mode prior to the payload data. transmitting a transport packet including a MMTP packet header, and a payload comprising payload data generated from at least one media processing unit, MPU, wherein the MMTP packet header comprises a type field indicating a type of the payload data as one of a plurality of payload types, and a random access point, RAP, flag indicating that the payload contains a RAP, wherein the plurality of payload types comprises a first payload type indicating that the payload data includes media-aware fragment data of a MPU, a second payload type indicating that the payload data includes a generic object such as a complete MPU or an object of another type, a third payload type indicating that the payload data includes at least one signaling message, and a fourth payload type indicating that the payload data includes a repair symbol, wherein, in case that the type field is set to a first value indicating the first payload type, the payload comprises a first format of a payload header for a MPU mode prior to the payload data, and wherein, in case that the type field is set to a second value indicating the second payload type, the payload comprises a second format of a payload header for a generic file delivery mode prior to the payload data.
A method to evaluate a condition of an electrochemical test strip having at least two electrodes disposed in a test cell and connected to corresponding connectors, the method comprising: depositing a fluid sample in the electrochemical test cell; applying an oscillating signal of a predetermined frequency to the fluid sample in the electrochemical test cell; measuring an amplitude of the output signal from the electrochemical test cell; determining a phase angle between the output signal and the oscillating signal from the electrochemical test cell; establishing a resistance of the test cell with the total impedance and a predetermined resistance between the test cell and one of the connectors; quantifying a capacitance for the electrochemical test cell based on the resistance of the test cell and an impedance of the test cell; annunciating an error whenever at least one of (a) the measured resistance of the test cell is outside a resistance range or (b) the quantified capacitance of the electrochemical test cell is outside a capacitance range. depositing a fluid sample in the electrochemical test cell; applying an oscillating signal of a predetermined frequency to the fluid sample in the electrochemical test cell; measuring an amplitude of the output signal from the electrochemical test cell; determining a phase angle between the output signal and the oscillating signal from the electrochemical test cell; establishing a resistance of the test cell with the total impedance and a predetermined resistance between the test cell and one of the connectors; quantifying a capacitance for the electrochemical test cell based on the resistance of the test cell and an impedance of the test cell; annunciating an error whenever at least one of (a) the measured resistance of the test cell is outside a resistance range or (b) the quantified capacitance of the electrochemical test cell is outside a capacitance range.