mhurhangee/ep-ind-claims huggingface dataset:
A code scanner, comprising: an imaging section that performs imaging; and a control section that reads a two-dimensional optical code contained in image data taken by the imaging section and outputs a signal upon success of reading of the two-dimensional optical code, characterised in that the control section: calculates a first contrast of the two-dimensional optical code at a time of teaching and a second contrast of the two-dimensional optical code at a time of reading success, and determines reading stability based on a decrease rate of the second contrast with respect to the first contrast. an imaging section that performs imaging; and a control section that reads a two-dimensional optical code contained in image data taken by the imaging section and outputs a signal upon success of reading of the two-dimensional optical code, characterised in that the control section: calculates a first contrast of the two-dimensional optical code at a time of teaching and a second contrast of the two-dimensional optical code at a time of reading success, and determines reading stability based on a decrease rate of the second contrast with respect to the first contrast. calculates a first contrast of the two-dimensional optical code at a time of teaching and a second contrast of the two-dimensional optical code at a time of reading success, and determines reading stability based on a decrease rate of the second contrast with respect to the first contrast.
A terephthalic acid purge process comprising: (a) subjecting an oxidizer purge stream formed in a terephthalic acid process to evaporation in a 1st evaporator zone to produce a 1 st vapor stream and a concentrated purge stream; wherein said oxidizer purge stream comprises a carboxylic acid, a metal catalyst, impurities, water and a solvent; wherein said solvent comprises acetic acid; and (b) adding water to said concentrated purge stream in a 1 st mixing zone to produce a water rich concentrated purge stream; (c) subjecting said water rich concentrated purge stream to evaporation in a 2 nd evaporator zone to produce a 2 nd vapor rich stream and a super concentrated purge slurry stream; and (d) adding water to a super concentrated purge slurry in a 2 nd mix zone to produce a water rich super concentrated purge slurry, and (e) filtering said water rich super concentrated purge slurry in a solid-liquid separation zone to form a filter cake and mother liquor; (f) washing said filter cake with a wash feed in said solid-liquid separation zone to form a washed filter cake, and wash liquor; (g) adding water to said mother liquor in a 3 rd mix zone to recover the metal catalyst and then subjecting an aqueous mixture so formed to extraction with an extraction solvent to produce an extract stream and a raffinate stream comprising a metal catalyst, wherein the mass of water combined in 2 nd mix zone step (d) ranges from 5 weight % to 50 weight % of the total mass of water combined in the 2 nd mix zone step (d) and the 3 rd mix zone step (g). (a) subjecting an oxidizer purge stream formed in a terephthalic acid process to evaporation in a 1st evaporator zone to produce a 1 st vapor stream and a concentrated purge stream; wherein said oxidizer purge stream comprises a carboxylic acid, a metal catalyst, impurities, water and a solvent; wherein said solvent comprises acetic acid; and (b) adding water to said concentrated purge stream in a 1 st mixing zone to produce a water rich concentrated purge stream; (c) subjecting said water rich concentrated purge stream to evaporation in a 2 nd evaporator zone to produce a 2 nd vapor rich stream and a super concentrated purge slurry stream; and (d) adding water to a super concentrated purge slurry in a 2 nd mix zone to produce a water rich super concentrated purge slurry, and (e) filtering said water rich super concentrated purge slurry in a solid-liquid separation zone to form a filter cake and mother liquor; (f) washing said filter cake with a wash feed in said solid-liquid separation zone to form a washed filter cake, and wash liquor; (g) adding water to said mother liquor in a 3 rd mix zone to recover the metal catalyst and then subjecting an aqueous mixture so formed to extraction with an extraction solvent to produce an extract stream and a raffinate stream comprising a metal catalyst,
An oil deterioration suppressing apparatus for an internal combustion engine, comprising a first oil filter (45, 55) and a second oil filter (20, 46, 46', 56), wherein the first oil filter (45, 55) comprises a first filter member for filtering oil from an oil pan in which oil is stored, and the second oil filter comprises a second filter member for filtering oil from the oil pan, and wherein the second filter member has a mean pore size smaller than the mean pore size of the first filter member, characterized in that the second oil filter (20, 46, 46') is comprised of a honeycomb structure wherein the honeycomb structure comprises a plurality of cell passages which are defined by partition walls and are suitable to receive oil flow, and is made of a ceramic material, and wherein the partition walls comprise the second filter member, which is also made of a ceramic material.
Assembly having a display unit, a front bezel and a touch-sensitive input device, the touch-sensitive input device being arranged between the front bezel and the display unit, the touch-sensitive input device comprising a glass pane (32, 52, 62, 72) and a sensor assembly for determining the position of a touch on the glass pane (32, 52, 62, 72), the touch-sensitive input device comprising a frame having an opening, the frame having a profile with a limb facing the opening, a limb facing away from the opening and a base segment connecting the two limbs (14, 16), the glass pane (32, 52, 62, 72) making contact with the limb of the profile that faces the opening, at least part of the sensor assembly being arranged within a groove-like depression formed by the limb facing the opening, the limb facing away from the opening and the base segment, multiple elevations being formed within the groove-like depression of the frame, with the aid of which the glass pane (32, 52, 62, 72) and/or the sensor assembly are held at a distance from the base segment, characterized in that the assembly comprises a seal, which makes contact at least with the glass pane (32, 52, 62, 72) and the limb facing away from the opening and closing the opening of the depression at least in a dust-tight and/or moisture-tight manner, in that the front bezel is arranged on the outside of the touch-sensitive input device in such a way that the outside of the frame is virtually completely hidden by the front bezel, and the position of the front bezel relative to the touch-sensitive input device is defined by a plurality of positioning elements arranged on the side of the front bezel that faces the touch-sensitive input device, and in that the display unit is arranged on the inner side of the touch-sensitive input device in such a way that a screen of the display unit is arranged in such a way that it is arranged on the surface of the glass pane that is opposite to the touch surface, and a gap remaining between the frame and the display unit is closed with the aid of the seal.
A method of controlling a shovel that includes a turning body; a plurality of operating bodies including a boom attached to the turning body, an arm attached to an end of the boom, and an end attachment attached to an end of the arm; a boom cylinder configured to drive the boom; an arm cylinder configured to drive the arm; an end attachment cylinder configured to drive the end attachment; and a plurality of attitude sensors (4S, 5S, 6S) each attached to one of the plurality of operating bodies and configured to detect an attitude of the one of the plurality of operating bodies, the method comprising: performing a plane position control in response to an operation of a first lever, the plane position control controlling a plane position of the end attachment in a plane while maintaining a height of the end attachment in a direction perpendicular to the plane, the plane being a first plane parallel to a horizontal plane or a second plane parallel to a slope having a slope angle (γ1) to the horizontal plane; characterised in that the method comprises the step of performing a height control in response to an operation of a second lever different from the first lever, the height control controlling the height of the end attachment in the direction perpendicular to the plane while maintaining the plane position of the end attachment. performing a plane position control in response to an operation of a first lever, the plane position control controlling a plane position of the end attachment in a plane while maintaining a height of the end attachment in a direction perpendicular to the plane, the plane being a first plane parallel to a horizontal plane or a second plane parallel to a slope having a slope angle (γ1) to the horizontal plane; characterised in that the method comprises the step of performing a height control in response to an operation of a second lever different from the first lever, the height control controlling the height of the end attachment in the direction perpendicular to the plane while maintaining the plane position of the end attachment.
A method of upregulating the high mannose glycoform content of a recombinant protein comprising an immunoglobulin Fc region during a mammalian cell culture process, comprising: establishing a mammalian cell culture expressing the recombinant protein in a serum-free culture medium in a bioreactor, maintaining the mammalian cells during a production phase, and contacting the cell culture with monensin. establishing a mammalian cell culture expressing the recombinant protein in a serum-free culture medium in a bioreactor, maintaining the mammalian cells during a production phase, and contacting the cell culture with monensin.
A CD20 binding antibody and a BLyS antagonist as a combination for use in a method of alleviating a B-cell regulated autoimmune disorder, the method comprising administering to a patient suffering from the disorder a therapeutically effective amount of the CD20 binding antibody and of the BLyS antagonist.
A user equipment comprising: a selection unit that selects, based on a result of sensing performed in a first time window and on a transmission interval of a signal, one or more resource candidates in a second time window after the first time window, wherein the result of sensing is based on reception power of each of a plurality of resources that are repeated at a transmission interval in a past time direction with respect to the second time window; and a transmission unit that selects a resource for transmitting a signal from the selected one or more resource candidates, and transmits the signal. a selection unit that selects, based on a result of sensing performed in a first time window and on a transmission interval of a signal, one or more resource candidates in a second time window after the first time window, wherein the result of sensing is based on reception power of each of a plurality of resources that are repeated at a transmission interval in a past time direction with respect to the second time window; and a transmission unit that selects a resource for transmitting a signal from the selected one or more resource candidates, and transmits the signal.
An emergency washing apparatus adapted for generating a controlled spray or jet of water directed at a user for washing therewith, the emergency washing apparatus comprising: a washing unit including a water inlet and one or more water outlets arranged for forming said spray or jet of water received from the water inlet; the washing unit comprising further a water tank and a washing cubicle above which the water tank is disposed, and the water tank being fluidly connected to the water inlet; one or more sensors positioned at the water inlet of the water tank and configured to sense one or more properties of the water received at the water inlet from the water tank, the properties selected from: a water flow rate, a water pressure, a water temperature, a water pH level, a bacteria content; wherein the one or more sensors are configured to generate a respective measurement signal indicating a value of the one or more sensed properties of the water, and to transmit the measurement signal for reception locally at, or remotely from, the washing unit. a washing unit including a water inlet and one or more water outlets arranged for forming said spray or jet of water received from the water inlet; the washing unit comprising further a water tank and a washing cubicle above which the water tank is disposed, and the water tank being fluidly connected to the water inlet; one or more sensors positioned at the water inlet of the water tank and configured to sense one or more properties of the water received at the water inlet from the water tank, the properties selected from: a water flow rate, a water pressure, a water temperature, a water pH level, a bacteria content; wherein the one or more sensors are configured to generate a respective measurement signal indicating a value of the one or more sensed properties of the water, and to transmit the measurement signal for reception locally at, or remotely from, the washing unit.
A rotary engine, comprising a cylinder body, a rotor, as well as an air inlet, an air outlet and an ignition device, which are arranged on the cylinder body, wherein one set of movable baffles is arranged in the cylinder body, and is in seal fit with an inner wall of the cylinder body to form at least two sealed cavities in the cylinder body; the one set of movable baffles is rotatable around the center of the cylinder body; a one-way rotation mechanism is arranged between the one set of movable baffles and the rotor, and drives the rotor to rotate in one direction, characterized in that the rotary engine further comprises two fixed baffles, wherein the one set of movable baffles is arranged and can rotate around the center of the cylinder body in a reciprocating manner; wherein the one set of movable baffles comprises two inner catches and a disk for fixing the inner catches, and a rotating shaft is further arranged in the center of the disk; and wherein the one-way rotation mechanism comprises a first one-way bearing and a second one-way bearing which are arranged on the rotating shaft and are opposite in the direction of rotation, the first one-way bearing and the second one-way bearing are connected with the rotor via two different transmission mechanisms respectively, one transmission mechanism drives the rotor and the first one-way bearing to rotate in the same direction, while the other transmission mechanism drives the rotor and the second one-way bearing to rotate in opposite directions.
Conveyor belt system comprising a frame with a conveyor belt (12, 13) which is provided so as to be driven by at least two rollers so that an upper belt functions as transport surface and a lower belt functions as return, wherein the frame has an upper segment extending substantially above the upper belt and a lower segment extending substantially under the upper belt, wherein the upper segment has at least two upper standing walls with a mutual spacing which, at least at the position of the upper belt, is smaller than the width of the conveyor belt (12, 13), wherein the lower segment has at least two lower standing walls with a mutual spacing which is greater than the width of the conveyor belt, wherein the upper belt is supported on either side by a plate extending respectively from below the upper belt to an outer side of the lower standing wall, and wherein the plate has a first segment for supporting the upper belt, characterized in that the plate has a second segment for discharging contaminants, wherein the second segment drains at least partially away from the conveyor belt, seen in a transverse direction of the conveyor belt system.
An internal combustion engine comprising: an internal combustion engine main body; an intake passage that circulates intake air that is introduced into the internal combustion engine main body; an exhaust passage that circulates exhaust that is discharged by the internal combustion engine main body; a turbocharger provided in the intake passage and the exhaust passage, which compresses and supplies intake air to the internal combustion engine main body, an intake circulation passage that connects upstream and downstream side portions of the turbocharger in the intake passage; an exhaust circulation passage that connects the exhaust passage and the upstream side portion of the turbocharger in the intake passage; an intake circulation valve provided in the intake circulation passage; an exhaust circulation valve provided in the exhaust circulation passage; and a control unit that closes the exhaust circulation valve when the intake circulation valve is opened, characterized in that the control unit further opens the exhaust circulation valve when a predetermined amount of intake air has passed a confluence portion of the intake passage, where the exhaust circulation passage is merged therewith, after the intake circulation valve is closed. an internal combustion engine main body; an intake passage that circulates intake air that is introduced into the internal combustion engine main body; an exhaust passage that circulates exhaust that is discharged by the internal combustion engine main body; a turbocharger provided in the intake passage and the exhaust passage, which compresses and supplies intake air to the internal combustion engine main body, an intake circulation passage that connects upstream and downstream side portions of the turbocharger in the intake passage; an exhaust circulation passage that connects the exhaust passage and the upstream side portion of the turbocharger in the intake passage; an intake circulation valve provided in the intake circulation passage; an exhaust circulation valve provided in the exhaust circulation passage; and a control unit that closes the exhaust circulation valve when the intake circulation valve is opened,
A high-frequency switch module comprising: a switch IC having a common terminal (P IC connected to a single antenna and a plurality of high-frequency signal input/output terminals (P IC) that are individually connected to a plurality of high-frequency communication circuits; and a first inductor configured to directly connect the common terminal (P IC of the switch IC to a ground; and an impedance matching circuit that is disposed between the common terminal (P IC of the switch IC and the antenna and is configured to perform impedance matching between the switch IC and the antenna, wherein the first inductor is disposed at one end portion of the impedance matching circuit on a side of the common terminal (P IC, characterized in that a second inductor (Lm3, Lm4) is provided, the second inductor (Lm3, Lm4) configured to directly connect at least one of the plurality of high-frequency signal input/output terminals (P IC) to the ground, the impedance matching circuit is formed by a band-pass filter composed of a low-pass filter and a high-pass filter, the first inductor is used in the high-pass filter, and a further inductor is disposed between the antenna and the high-pass filter and is used in the low-pass filter. a switch IC having a common terminal (P IC connected to a single antenna and a plurality of high-frequency signal input/output terminals (P IC) that are individually connected to a plurality of high-frequency communication circuits; and a first inductor configured to directly connect the common terminal (P IC of the switch IC to a ground; and an impedance matching circuit that is disposed between the common terminal (P IC of the switch IC and the antenna and is configured to perform impedance matching between the switch IC and the antenna, wherein the first inductor is disposed at one end portion of the impedance matching circuit on a side of the common terminal (P IC, characterized in that a second inductor (Lm3, Lm4) is provided, the second inductor (Lm3, Lm4) configured to directly connect at least one of the plurality of high-frequency signal input/output terminals (P IC) to the ground, the impedance matching circuit is formed by a band-pass filter composed of a low-pass filter and a high-pass filter, the first inductor is used in the high-pass filter, and a further inductor is disposed between the antenna and the high-pass filter and is used in the low-pass filter.
A wireless communication terminal, the terminal comprising: a processor; and a communication unit, wherein the processor is configured to: receive a preamble of a multi user physical layer protocol data unit, MU PPDU, wherein the preamble includes a first signal, SIG, field, and a second SIG field, and wherein the first SIG field includes a bandwidth field indicating a bandwidth used for transmission of the MU PPDU and a compression mode field related to whether compression mode is applied, and receive data of the MU PPDU in the bandwidth indicated by the bandwidth field, wherein a non-continuous channel within the bandwidth is identified based on the first SIG field and the compression mode field. a processor; and a communication unit, wherein the processor is configured to: receive a preamble of a multi user physical layer protocol data unit, MU PPDU, wherein the preamble includes a first signal, SIG, field, and a second SIG field, and wherein the first SIG field includes a bandwidth field indicating a bandwidth used for transmission of the MU PPDU and a compression mode field related to whether compression mode is applied, and receive data of the MU PPDU in the bandwidth indicated by the bandwidth field, wherein a non-continuous channel within the bandwidth is identified based on the first SIG field and the compression mode field. receive a preamble of a multi user physical layer protocol data unit, MU PPDU, wherein the preamble includes a first signal, SIG, field, and a second SIG field, and wherein the first SIG field includes a bandwidth field indicating a bandwidth used for transmission of the MU PPDU and a compression mode field related to whether compression mode is applied, and receive data of the MU PPDU in the bandwidth indicated by the bandwidth field, wherein a non-continuous channel within the bandwidth is identified based on the first SIG field and the compression mode field.
Light unit for a lighting apparatus, the light unit comprises: - a light source; - a lens combined with the light source, wherein the lens comprises a first outer face facing towards a plane to be lighted and a second inner face facing towards the light source, wherein the first face of the lens develops along a main longitudinal direction, and wherein the outer face is substantially rounded towards the plane to be lighted, characterized in that at the second inner face of the lens an optical diffuser is obtained consisting in a recess having a substantially drop shape providing at least one substantially hemispherical portion from which a substantially tapered portion extends, whereby the optical diffuser develops substantially along a transverse direction substantially orthogonal or skew with respect to the longitudinal direction, or alternatively, the optical diffuser develops substantially along the longitudinal direction. - a light source; - a lens combined with the light source, wherein the lens comprises a first outer face facing towards a plane to be lighted and a second inner face facing towards the light source, wherein the first face of the lens develops along a main longitudinal direction, and wherein the outer face is substantially rounded towards the plane to be lighted,