mhurhangee/ep-ind-claims huggingface dataset:
An oil separator for separating oil from refrigerant discharged from a compressor of an air conditioner, comprising: a casing having a cylindrical shape having a circular cross-section in a horizontal plane; a suction tube inserted into and installed on a side surface of the casing to introduce a refrigerant mixed with oil into the casing; a refrigerant discharge tube vertically inserted into and installed on an upper portion of the casing to discharge the refrigerant from the casing; and an oil discharge tube connected to a lower portion of the casing to discharge the oil from the casing, characterized in that an inner diameter of the casing is 38.1 mm to 46.8 mm in the horizontal cross-section, wherein a height of the casing is 150 mm to 180 mm, wherein the suction tube has a first end for discharging the refrigerant into the casing, the first end being bent away from a center of the casing, wherein, in the horizontal cross-section, a longitudinal axis of the suction tube is at a predetermined distance from the center of the casing, and wherein the first end is bent at an angle of about 30° with respect to the longitudinal axis of the suction tube in the horizontal cross-section. a casing having a cylindrical shape having a circular cross-section in a horizontal plane; a suction tube inserted into and installed on a side surface of the casing to introduce a refrigerant mixed with oil into the casing; a refrigerant discharge tube vertically inserted into and installed on an upper portion of the casing to discharge the refrigerant from the casing; and an oil discharge tube connected to a lower portion of the casing to discharge the oil from the casing, characterized in that an inner diameter of the casing is 38.1 mm to 46.8 mm in the horizontal cross-section, wherein a height of the casing is 150 mm to 180 mm, wherein the suction tube has a first end for discharging the refrigerant into the casing, the first end being bent away from a center of the casing, wherein, in the horizontal cross-section, a longitudinal axis of the suction tube is at a predetermined distance from the center of the casing, and wherein the first end is bent at an angle of about 30° with respect to the longitudinal axis of the suction tube in the horizontal cross-section.
A communications system comprising: a) a sender device configured to send data packets in accordance with a Transmission Control Protocol, TCP; b) a receiver device configured to receive the data packets from said sender device; and c) at least one intermediate device (30,40) coupled between said sender device and said receiver device and comprising a) a wireless transceiver (33,43) configured to provide a communications link between said sender device and receiver device wherein said communications link is susceptible to at least one of transmission delays and transmission errors, and b) a controller coupled to said wireless transceiver (33,43) and configured to serve as a TCP proxy between said sender device and said receiver device; c) characterized in that said controller is configured to send successive simulated TCP acknowledgements of delivery to the sender device starting at a delay time shorter than a TCP retransmission timeout period and increasing the time delay for each successive simulated TCP acknowledgement until the delay time is approximately equal to the actual round trip time, RTT, for the data packets from said sender device to said receiver device. a) a sender device configured to send data packets in accordance with a Transmission Control Protocol, TCP; b) a receiver device configured to receive the data packets from said sender device; and c) at least one intermediate device (30,40) coupled between said sender device and said receiver device and comprising a) a wireless transceiver (33,43) configured to provide a communications link between said sender device and receiver device wherein said communications link is susceptible to at least one of transmission delays and transmission errors, and b) a controller coupled to said wireless transceiver (33,43) and configured to serve as a TCP proxy between said sender device and said receiver device; c) characterized in that said controller is configured to send successive simulated TCP acknowledgements of delivery to the sender device starting at a delay time shorter than a TCP retransmission timeout period and increasing the time delay for each successive simulated TCP acknowledgement until the delay time is approximately equal to the actual round trip time, RTT, for the data packets from said sender device to said receiver device. a) a wireless transceiver (33,43) configured to provide a communications link between said sender device and receiver device wherein said communications link is susceptible to at least one of transmission delays and transmission errors, and b) a controller coupled to said wireless transceiver (33,43) and configured to serve as a TCP proxy between said sender device and said receiver device; c) characterized in that said controller is configured to send successive simulated TCP acknowledgements of delivery to the sender device starting at a delay time shorter than a TCP retransmission timeout period and increasing the time delay for each successive simulated TCP acknowledgement until the delay time is approximately equal to the actual round trip time, RTT, for the data packets from said sender device to said receiver device.
A window cover configured for covering a flexible display apparatus having a display panel to display an image, and configured to be bendable from a flat state to a folded state, wherein in the folded state, the cross-section of the window cover has a U-shape, characterized in that the window cover is formed of a plurality of transparent plastic materials, the window cover comprising: a base layer consisting of a first plastic material; a first protective layer consisting of a second plastic material different from the first material, the first protective layer having a first stiffness and being disposed on the base layer to be positioned at an inside of the base layer in a bending direction of the window cover; and a second protective layer disposed on the base layer to be positioned at an outside of the base layer in the bending direction of the window cover and arranged to have a second stiffness less than the first stiffness, the second protective layer consisting of a third plastic material different from the first and second plastic materials, wherein the thickness of the base layer is arranged to be thicker than the thickness of the first protective layer and the thickness of the second protective layer, and the thickness of the first protective layer is arranged to be thicker than the thickness of the second protective layer such that a desired radius of curvature of the window cover can be obtained when the window cover is in the folded state. a base layer consisting of a first plastic material; a first protective layer consisting of a second plastic material different from the first material, the first protective layer having a first stiffness and being disposed on the base layer to be positioned at an inside of the base layer in a bending direction of the window cover; and a second protective layer disposed on the base layer to be positioned at an outside of the base layer in the bending direction of the window cover and arranged to have a second stiffness less than the first stiffness, the second protective layer consisting of a third plastic material different from the first and second plastic materials, wherein the thickness of the base layer is arranged to be thicker than the thickness of the first protective layer and the thickness of the second protective layer, and the thickness of the first protective layer is arranged to be thicker than the thickness of the second protective layer such that a desired radius of curvature of the window cover can be obtained when the window cover is in the folded state.
A sensing structure for a compressive-type pressure sensor, the sensing structure comprising: an elastic micropatterned substrate (100, 302) defining a plurality of 3-dimensional micropyramidal structures, each micropyramidal structure comprising a tip portion pointing away from the substrate in a first direction; and a conductive film (106, 302) on the elastic micropatterned substrate (100, 302) such that the 3-dimensional micropyramidal structures are substantially covered by the conductive film (106, 302), wherein the conductive film (106, 302) comprises one or more substantially annular cracks in areas on the 3-dimensional micropyramidal structures. an elastic micropatterned substrate (100, 302) defining a plurality of 3-dimensional micropyramidal structures, each micropyramidal structure comprising a tip portion pointing away from the substrate in a first direction; and a conductive film (106, 302) on the elastic micropatterned substrate (100, 302) such that the 3-dimensional micropyramidal structures are substantially covered by the conductive film (106, 302), wherein the conductive film (106, 302) comprises one or more substantially annular cracks in areas on the 3-dimensional micropyramidal structures.
A server system configured to communicate with devices installed in a plurality of vehicles, comprising: a communications resource for receiving vehicle data from the plurality of vehicles, the vehicle data being representative of the presence or absence of one or more slip events and the vehicle data being indicative of a parameter of a vehicle of the plurality of vehicles; and a processing resource operable to obtain weather data and to process the weather data and the vehicle data to determine at least one weather-related condition in dependence on both the weather data and the vehicle data, wherein the processing of the weather data and the vehicle data to determine at least one weather-related condition comprises correlating the weather data with the vehicle data to amend or verify the weather data, wherein the processing resource is configured to apply a statistical model to determine the weather-related condition based on the weather data and the vehicle data, the statistical model representative of relationships between historical vehicle data, historical weather data and historical occurrence of the at least one weather-related condition. a communications resource for receiving vehicle data from the plurality of vehicles, the vehicle data being representative of the presence or absence of one or more slip events and the vehicle data being indicative of a parameter of a vehicle of the plurality of vehicles; and a processing resource operable to obtain weather data and to process the weather data and the vehicle data to determine at least one weather-related condition in dependence on both the weather data and the vehicle data, wherein the processing of the weather data and the vehicle data to determine at least one weather-related condition comprises correlating the weather data with the vehicle data to amend or verify the weather data, wherein the processing resource is configured to apply a statistical model to determine the weather-related condition based on the weather data and the vehicle data, the statistical model representative of relationships between historical vehicle data, historical weather data and historical occurrence of the at least one weather-related condition.
An authentication server of a cellular telecommunication network, said authentication server being arranged for generating an authentication token to be transmitted to a telecommunication terminal, said authentication token comprising a message authentication code and a sequence number, wherein said message authentication code is equal to: MACx = KIdx XOR f 1 AMF SQNx RAND K with Kldx being a key index information in the form of a bias of a MAC equal to: MAC = f 1 K AMF SQNx RAND with f1 being a function, K a key, RAND a random number and SQNx a sequence counter relative to a corresponding key Kx derived from the key K and Kldx, and AMF the content of an authentication management field as defined in 3GPP TS 33.102.
A system for forming pre-baked food product or food product rework into an agglomerated food product, said system comprising: a forming member for receiving pre-baked food product or the food product rework; an ultrasonic horn, said ultrasonic horn configured to be actuated to compress said pre-baked food product or the food product rework between said ultrasonic horn and said forming member to form an agglomerated food product, and an ejection member for ejecting said formed agglomerated food product away from said forming member, characterised in that the ejection member comprises an ejection tube which surrounds the forming member and substantially conforms to the shaft circumference of the forming member. a forming member for receiving pre-baked food product or the food product rework; an ultrasonic horn, said ultrasonic horn configured to be actuated to compress said pre-baked food product or the food product rework between said ultrasonic horn and said forming member to form an agglomerated food product, and an ejection member for ejecting said formed agglomerated food product away from said forming member, characterised in that the ejection member comprises an ejection tube which surrounds the forming member and substantially conforms to the shaft circumference of the forming member.
A combined wellhead, outer casing and pipe string assembly, which outer casing is designed to be installed in a well bore in the sea bed and the casing is generally cemented to the sea bed formation, which wellhead, in the installed state, is supported on the outer casing via an annular abutment, this engagement then supporting the weight of the pipe string within the outer casing, characterized in that an articulated joint is introduced between the pipe string and the wellhead, which joint is able to transfer axially acting forces at the same time as being unable to transfer bending moments between said pipe string and said wellhead.
An information storage device comprising data writing means for writing data on a rewritable information recording medium wherein the information storage device, when it is requested to write user data while formatting the rewritable information recording medium, is arranged to interrupt the formatting of the information recording medium, write the user data on the information recording medium, and write data storage status information in a predetermined region of the information recording medium after the writing of the user data, the data storage status information indicating a region which has not yet been formatted but in which the user data have been written, and including the address up to which the formatting has been performed.
A method for producing a screen image-displaying laminated glass having a half-mirror film that has a transparent support and that has a selectively reflecting layer which wavelength-selectively reflects light, a first glass plate disposed on one surface of the half-mirror film, and a second glass plate disposed on the other surface of the half-mirror film, characterized in that the method comprises: arranging the first glass plate, the second glass plate, and the transparent support so that longitudinal directions of bright and dark lines observed by a magic mirror method in which light emitted from a light source and reflected by an object or light emitted from a light source and transmitted through an object is projected on a light receiving surface match each other at the first glass plate, the second glass plate, and the transparent support, wherein the phrase "the longitudinal directions of bright and dark lines match each other" means that the angle between the two longitudinal directions is 15° or less.
A liquid dosing apparatus for dispensing a liquid from a container into a liquid stream of a shower, toilet or tap, the apparatus comprising: an adapter arranged to detachably receive the container; a dosing mechanism comprising a dosing chamber and a moveable member, and arranged to draw a set volume of the liquid into the dosing chamber on activation, activation comprising moving the moveable member in a first direction; a damping control system arranged to control a dispensing rate of the set volume of the liquid by controlling return speed of the moveable member, wherein the damping control system comprises a return channel and is arranged to allow and control adjustment of the dispensing rate such that the dispensing rate can be varied between no restriction of the return channel, and hence near-instant dispensing of the set volume on activation, and sufficient restriction to spread dispensing over a set time period; and a dispensing outlet arranged to dispense the liquid into the water stream at the controlled dispensing rate. an adapter arranged to detachably receive the container; a dosing mechanism comprising a dosing chamber and a moveable member, and arranged to draw a set volume of the liquid into the dosing chamber on activation, activation comprising moving the moveable member in a first direction; a damping control system arranged to control a dispensing rate of the set volume of the liquid by controlling return speed of the moveable member, wherein the damping control system comprises a return channel and is arranged to allow and control adjustment of the dispensing rate such that the dispensing rate can be varied between no restriction of the return channel, and hence near-instant dispensing of the set volume on activation, and sufficient restriction to spread dispensing over a set time period; and a dispensing outlet arranged to dispense the liquid into the water stream at the controlled dispensing rate.
A magnetism detection device comprising: a hall sensor that detects magnetism; a bias generating unit that drives the hall sensor; a switch unit (13, 14) that is connected to the hall sensor, that carries out a switch operation of switching a direction of current flown from the bias generating unit across two opposite terminals of four terminals of the hall sensor, and switching the direction of a voltage to be available in remaining two opposite terminals in a direction orthogonal to the direction of the current, so that in a first period, a polarity of a hall electromotive force of the hall sensor is a first polarity and a polarity of the hall offset voltage of the hall sensor alternates four times, and in a second period, the polarity of the hall electromotive force of the hall sensor is a second polarity opposite to the first polarity and the polarity of the hall offset voltage of the hall sensor alternates four times; an amplifier that amplifies the voltage made available by the switch operation of the switch unit (13, 14); and a reversing unit that reverses the polarity of the voltage from the amplifier in synchronization with the switching operation between the first period and the second period out of switching operations of the current and the voltage switched by the switch unit (13, 14). a hall sensor that detects magnetism; a bias generating unit that drives the hall sensor; a switch unit (13, 14) that is connected to the hall sensor, that carries out a switch operation of switching a direction of current flown from the bias generating unit across two opposite terminals of four terminals of the hall sensor, and switching the direction of a voltage to be available in remaining two opposite terminals in a direction orthogonal to the direction of the current, so that in a first period, a polarity of a hall electromotive force of the hall sensor is a first polarity and a polarity of the hall offset voltage of the hall sensor alternates four times, and in a second period, the polarity of the hall electromotive force of the hall sensor is a second polarity opposite to the first polarity and the polarity of the hall offset voltage of the hall sensor alternates four times; an amplifier that amplifies the voltage made available by the switch operation of the switch unit (13, 14); and a reversing unit that reverses the polarity of the voltage from the amplifier in synchronization with the switching operation between the first period and the second period out of switching operations of the current and the voltage switched by the switch unit (13, 14).
A method of preparing a bonded magnet, the method comprising: a compression step of compressing a magnetic powder having an average particle size of 10 pm or less to obtain a molded article; and a heat treatment step of heat treating the molded article, wherein the compression step comprises a first compression step of compressing the magnetic powder while magnetically orienting it to obtain a first molded article, a second compression step of bringing the first molded article in a mold into contact with a thermosetting resin having a viscosity of 200 mPa ·s or less, followed by compression to obtain a second molded article, wherein the first compression step comprises a compression pressure of less than 4×10 8 Pa (4 ton/cm 2), and wherein the second compression step comprises a compression pressure that is not less than the compression pressure of the first compression step, characterized in that the first compression step is carried out in the mold, and the mold is the same as the mold in the second compression step. a compression step of compressing a magnetic powder having an average particle size of 10 pm or less to obtain a molded article; and a heat treatment step of heat treating the molded article, wherein the compression step comprises a first compression step of compressing the magnetic powder while magnetically orienting it to obtain a first molded article, a second compression step of bringing the first molded article in a mold into contact with a thermosetting resin having a viscosity of 200 mPa ·s or less, followed by compression to obtain a second molded article, wherein the first compression step comprises a compression pressure of less than 4×10 8 Pa (4 ton/cm 2), and wherein the second compression step comprises a compression pressure that is not less than the compression pressure of the first compression step, characterized in that the first compression step is carried out in the mold, and the mold is the same as the mold in the second compression step.