mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a compressor system separator tank structured to remove lubricant from a flow of compressed gas, wherein the compressor system separator tank is a horizontal separator tank; an inlet structured to receive a flow of the compressed gas and lubricant; an outlet structured to pass the compressed gas after removal of at least part of the lubricant that is received by the inlet ; and a baffle , wherein the baffle sits vertically within the separator tank disposed intermediate the inlet and the outlet , the baffle being sized to extend substantially across the entirety of the inside of the tank and having a plurality of separate openings structured to communicate compressed gas from an upstream side of the baffle to a downstream side of the baffle , each of the plurality of separate openings positioned adjacent a corresponding overhanging louver that extends away from the baffle , wherein all of the louvers are located on the same side of the baffle , and wherein the louvers are on the downstream side of the baffle . a compressor system separator tank structured to remove lubricant from a flow of compressed gas, wherein the compressor system separator tank is a horizontal separator tank; an inlet structured to receive a flow of the compressed gas and lubricant; an outlet structured to pass the compressed gas after removal of at least part of the lubricant that is received by the inlet ; and a baffle , wherein the baffle sits vertically within the separator tank disposed intermediate the inlet and the outlet , the baffle being sized to extend substantially across the entirety of the inside of the tank and having a plurality of separate openings structured to communicate compressed gas from an upstream side of the baffle to a downstream side of the baffle , each of the plurality of separate openings positioned adjacent a corresponding overhanging louver that extends away from the baffle , wherein all of the louvers are located on the same side of the baffle , and wherein the louvers are on the downstream side of the baffle .
A resonator for a channel filter , comprising: a cavity ; a side wall which at least partially surrounds and forms the cavity, wherein at least one lateral opening is provided in the sidewall; a first adjusting unit with an adjusting element ; wherein a first recess is provided at the adjusting element ; wherein the adjusting unit is arranged such that the adjusting element adjoins the lateral opening ; wherein the adjusting element is movable relative to the lateral opening such that a resonator frequency of the resonator can be adjusted depending on a position of the adjusting element with reference to the lateral opening ; characterized in that a second recess is provided at the adjusting element , which second recess can be brought to overlap with the lateral opening by moving the adjusting element. a cavity ; a side wall which at least partially surrounds and forms the cavity, wherein at least one lateral opening is provided in the sidewall; a first adjusting unit with an adjusting element ; wherein a first recess is provided at the adjusting element ; wherein the adjusting unit is arranged such that the adjusting element adjoins the lateral opening ; wherein the adjusting element is movable relative to the lateral opening such that a resonator frequency of the resonator can be adjusted depending on a position of the adjusting element with reference to the lateral opening ; characterized in that a second recess is provided at the adjusting element , which second recess can be brought to overlap with the lateral opening by moving the adjusting element.
An inkjet cartridge comprising a printhead die including an integrated circuit to drive a plurality of fluid actuation devices, the integrated circuit comprising: an ID line (ID); a first select line (S4); a second select line (S5); a plurality of first data lines (D1 1-3 ); a second data line (D2) a first memory element configured to be enabled in response to a first logic level on the first select line (S4) and first data on the plurality of first data lines (D1 1-3 ); and a second memory element configured to be enabled in response to second data on the second data line (D2), a first logic level on the second select line (S5) and a first logic level on the ID line (ID); a fluid actuation device configured to be enabled in response to a first logic level on the second select line (S5) and a second logic level on the ID line (ID); and a fire line (FIRE) electrically coupled to the second memory element and the fluid actuation device ; wherein the first memory element is accessed via the ID line (ID) with the first memory element enabled; wherein the second memory element is accessed via the fire line (FIRE) with the second memory element enabled; and wherein the fluid actuation device is activated via the fire line (FIRE) with the fluid actuation device enabled. an ID line (ID); a first select line (S4); a second select line (S5); a plurality of first data lines (D1 1-3 ); a second data line (D2) a first memory element configured to be enabled in response to a first logic level on the first select line (S4) and first data on the plurality of first data lines (D1 1-3 ); and a second memory element configured to be enabled in response to second data on the second data line (D2), a first logic level on the second select line (S5) and a first logic level on the ID line (ID); a fluid actuation device configured to be enabled in response to a first logic level on the second select line (S5) and a second logic level on the ID line (ID); and a fire line (FIRE) electrically coupled to the second memory element and the fluid actuation device ; wherein the first memory element is accessed via the ID line (ID) with the first memory element enabled; wherein the second memory element is accessed via the fire line (FIRE) with the second memory element enabled; and wherein the fluid actuation device is activated via the fire line (FIRE) with the fluid actuation device enabled.
Light-emitting diode device, comprising at least one carrier and at least one light-emitting diode arranged on the carrier, wherein the carrier comprises a plurality of polymer layers arranged one above another, and wherein an electrical component is embedded into at least one of the polymer layers , in which the electrical component is arranged in a centred fashion with respect to the light-emitting diode with respect to a lateral direction, characterized in that the polymer layer into which the electrical component is embedded is more easily mechanically deformable than another of the polymer layers .
A tire with a pair of sidewalls extending to a tread , the tread including a plurality of grooves comprising groove segments and a tread wear indicator , wherein the tread wear indicator is formed in a selected one of the groove segments and extends completely across the width of the selected groove segment , wherein the tread wear indicator includes a plurality of step elements descending from a radially outward surface of the tread or the tread wear indicator toward the bottom of the selected groove segment , wherein each step element includes a first surface being at least approximately parallel to the radially outermost surface of the tread , and a radially-extending second surface preferably extending at least approximately perpendicular to the first surface , wherein the first surface of each step element is formed with or comprises indicia , wherein all of said indicia are visible to a user of the tire from a radially outward direction when the tire is unworn, characterized in that the groove segments comprise a first section and a second section, wherein the groove segments extend at a first angle relative to a circumferential direction of the tread in the first section and at a second angle relative to a circumferential direction of the tread in the second section, the first angle (Θ) being in a range of from 10 degrees to 30 degrees relative to a circumferential direction of the tread and the second angle (-Θ) being in a range of from minus 10 degrees to minus 30 degrees relative to a circumferential direction of the tread .
An orthodontic appliance comprising: an orthodontic bracket forming a slot for receiving an archwire , the slot extending through the orthodontic bracket along an archwire axis (Z), wherein the slot is delimited in directions radially of the archwire axis (Z) by a slot base surface and an opposite slot cover surface and two opposite slot side surfaces , wherein the slot has an open side that is provided by a gap between one of the slot side surfaces and the slot cover surface , an orthodontic archwire for running through the slot of the orthodontic bracket , and an orthodontic ligature , wherein at least a portion of the orthodontic ligature is arranged within the slot between the orthodontic archwire and the cover surface , thus trapping the orthodontic archwire between the two slot side surfaces , the slot base surface and the at least portion of the orthodontic ligature . an orthodontic archwire for running through the slot of the orthodontic bracket , and an orthodontic ligature , wherein at least a portion of the orthodontic ligature is arranged within the slot between the orthodontic archwire and the cover surface , thus trapping the orthodontic archwire between the two slot side surfaces , the slot base surface and the at least portion of the orthodontic ligature .
A recording medium comprising a recording medium substrate, a first ink receiving layer on the recording medium substrate, and a second ink receiving layer on the first ink receiving layer, wherein the first ink receiving layer is in contact with the second ink receiving layer; characterized in that the first ink receiving layer comprises an alumina hydrate and a hydroxy acid; and the second ink receiving layer comprises an alumina hydrate and a sulfonic acid. the first ink receiving layer is in contact with the second ink receiving layer; characterized in that the first ink receiving layer comprises an alumina hydrate and a hydroxy acid; and the second ink receiving layer comprises an alumina hydrate and a sulfonic acid.
A base station comprising: a plurality of antennas (321-1 to 321-N); a controller configured to selectively apply one of a first time period having a first guard period and a second time period having a second guard period, wherein the first guard period is longer than the second guard period, to time-division duplex communication with a terminal ; a communication circuitry (313-1 to 313-N) configured to: notify the terminal of information related to a timing of selectively applying one of the first time period and the second time period, generate a test signal which is transmitted between any one or more of pairs of the plurality of antennas (321-1 to 321-N), and transmit the test signal in the first guard period when the first time period is applied; and a calibrator (319-1 to 319-N, 317-1 to 317-N) configured to calibrate channel characteristics between the pair of antennas by using the test signal. a plurality of antennas (321-1 to 321-N); a controller configured to selectively apply one of a first time period having a first guard period and a second time period having a second guard period, wherein the first guard period is longer than the second guard period, to time-division duplex communication with a terminal ; a communication circuitry (313-1 to 313-N) configured to: notify the terminal of information related to a timing of selectively applying one of the first time period and the second time period, generate a test signal which is transmitted between any one or more of pairs of the plurality of antennas (321-1 to 321-N), and transmit the test signal in the first guard period when the first time period is applied; and notify the terminal of information related to a timing of selectively applying one of the first time period and the second time period, generate a test signal which is transmitted between any one or more of pairs of the plurality of antennas (321-1 to 321-N), and transmit the test signal in the first guard period when the first time period is applied; and a calibrator (319-1 to 319-N, 317-1 to 317-N) configured to calibrate channel characteristics between the pair of antennas by using the test signal.
A flyweight system comprising: a flyweight governor; a base defining a through-bore being thereby connected to the flyweight governor, wherein the base defines a track and a pivot axis (P) therein; a magnet seated in the track of the base ; and a tab mounted to the base , sandwiching the magnet between the base and the tab to retain the magnet in the track , characterized in that the tab is mounted to the base with a bolt extending through the tab and in threaded engagement with the base . a flyweight governor; a base defining a through-bore being thereby connected to the flyweight governor, wherein the base defines a track and a pivot axis (P) therein; a magnet seated in the track of the base ; and a tab mounted to the base , sandwiching the magnet between the base and the tab to retain the magnet in the track , characterized in that the tab is mounted to the base with a bolt extending through the tab and in threaded engagement with the base .
Processing device for determining air pollution, said processing device comprising processing circuitry configured to - obtain a spectral measurement signal representing sunlight measured in a spectral range of the solar spectrum, - determine a spectral power distribution from the obtained spectral measurement signal, - identify characteristic features of the spectral power distribution in a wavelength range of violet, blue and/or green light, characterized in that the processing circuitry is configured to - determine the presence and/or level of air pollution from the identified characteristic features by determining a Gaussian mixture of the spectral power distribution values at 425 nm and 475 nm and using the Gaussian mixture for determining the presence and/or level of air pollution, and in that the processing circuitry is further configured - to determine that air pollution is present if the Gaussian mixture of the spectral power distribution value at 425 nm falls below a first threshold, and/or - to determine that the air pollution level is higher the lower the Gaussian mixture of the spectral power distribution value at 425 nm is, and/or - to determine that air pollution is present if an amplitude of a peak of the Gaussian mixture of the spectral power distribution at 475 nm increases, and/or - to determine the level of air pollution by determining the absolute and/or relative amount by which an amplitude of one or more peaks of the Gaussian mixture of the spectral power distribution at 425 nm and/or 475 nm changes, and/or the amount by which the mean, variance and/or integral of the Gaussian mixture of the spectral power distribution values at 425 nm and 475 nm changes. - obtain a spectral measurement signal representing sunlight measured in a spectral range of the solar spectrum, - determine a spectral power distribution from the obtained spectral measurement signal, - identify characteristic features of the spectral power distribution in a wavelength range of violet, blue and/or green light, - determine the presence and/or level of air pollution from the identified characteristic features by determining a Gaussian mixture of the spectral power distribution values at 425 nm and 475 nm and using the Gaussian mixture for determining the presence and/or level of air pollution, - to determine that air pollution is present if the Gaussian mixture of the spectral power distribution value at 425 nm falls below a first threshold, and/or - to determine that the air pollution level is higher the lower the Gaussian mixture of the spectral power distribution value at 425 nm is, and/or - to determine that air pollution is present if an amplitude of a peak of the Gaussian mixture of the spectral power distribution at 475 nm increases, and/or - to determine the level of air pollution by determining the absolute and/or relative amount by which an amplitude of one or more peaks of the Gaussian mixture of the spectral power distribution at 425 nm and/or 475 nm changes, and/or the amount by which the mean, variance and/or integral of the Gaussian mixture of the spectral power distribution values at 425 nm and 475 nm changes.
A control-cabinet system having a base module and at least a functional module , the base module comprising a base housing with a first housing face and a second housing face , wherein a plurality of base connection elements with base voltage connections and base data connections are arranged at the first housing face, wherein at least one data line embodied as a data bus with a plurality of switch-on units embodied as a slave subscriber of the data bus, which is connected to the base data connections of the base connection elements via the data line , is arranged in the base housing and at least one voltage line is arranged which is connected to the base voltage connections of the base connection elements , wherein the functional module comprises a functional housing with a housing underside , wherein a functional connection element with voltage connections and data connections is arranged on the housing underside , wherein at least one electronic functional circuit , which is connected to the voltage connections and the data connections of the functional connection element , is arranged in the functional housing , wherein the functional module may be connected to the base module via a coupling of the functional connection element to one of the base connection elements and a connection of the voltage connections and data connections of the functional connection element to the base voltage connections and base data connections of the base element may be achieved, wherein a circulation channel is arranged in the base housing , wherein an air flow may be circulated in the circulation channel , wherein each base connection element comprises circulation openings which are fluidically connected to the circulation channel , wherein the functional connection element has coupling openings fluidically connected to an interior of the functional housing , wherein the coupling openings may be coupled to the circulation openings , and wherein, in a coupling of the coupling openings with the circulation openings , a fluidic connection exists between the circulation channel and the interior of the functional housing , and a fluidically closed circulation circuit comprising the circulation channel and the interior of the functional housing is formed, in which due to a pressure difference within the functional housing of the functional module and/or the circulation channel of the base module an air flow may be circulated by the air entering into the interior of the functional housing from the circulation channel via a coupling opening and flowing back into the circulation channel from the interior of the functional housing via a further coupling opening .
A nozzle for injecting liquid comprising: a nozzle body defining a circuitous flow channel (104; 504; 505) and a plurality of swirl ante-chambers in fluid communication with the flow channel (104; 504; 505), with an injection point orifice (108; 508) defined in each swirl ante-chamber , wherein the flow channel (104; 504; 505) feeds into the swirl ante-chambers to impart a tangential flow component on fluids entering each swirl ante-chamber to generate swirl on a spray issuing from the injection point orifice (108; 508) of each swirl ante-chamber , characterized in that all of the swirl ante-chambers feed tangentially off of the common circuitous flow channel (104; 504; 505). a nozzle body defining a circuitous flow channel (104; 504; 505) and a plurality of swirl ante-chambers in fluid communication with the flow channel (104; 504; 505), with an injection point orifice (108; 508) defined in each swirl ante-chamber , wherein the flow channel (104; 504; 505) feeds into the swirl ante-chambers to impart a tangential flow component on fluids entering each swirl ante-chamber to generate swirl on a spray issuing from the injection point orifice (108; 508) of each swirl ante-chamber , characterized in that all of the swirl ante-chambers feed tangentially off of the common circuitous flow channel (104; 504; 505).
A reflector lamp comprising: a light source for generating a light beam, and a lens arranged coaxially with and being spaced apart from the light source , wherein the lens is a Total Internal Reflection lens, wherein the reflector lamp further comprises a push-push adjustment assembly for varying a beam angle of the light beam in a push manner, the push-push adjustment assembly comprising: a frame coupled fixedly to the lamp; an actuator in operative connection with the lens , wherein the actuator movably rests in the frame so that the movement of the actuator enables the lens to slide relative to the light source thereby to provide variable axial spacing between the lens and the light source such that in a first position the lens provides an original beam angle and in a second position the lens provides a different beam angle, wherein the beam angle is increased if the lens is moved along an axial centre line towards the light source ; and a push-push latch mechanism coupled to the actuator and/or the frame to move and to latch the actuator in the frame . a light source for generating a light beam, and a lens arranged coaxially with and being spaced apart from the light source , wherein the lens is a Total Internal Reflection lens, wherein the reflector lamp further comprises a push-push adjustment assembly for varying a beam angle of the light beam in a push manner, the push-push adjustment assembly comprising: a frame coupled fixedly to the lamp; an actuator in operative connection with the lens , wherein the actuator movably rests in the frame so that the movement of the actuator enables the lens to slide relative to the light source thereby to provide variable axial spacing between the lens and the light source such that in a first position the lens provides an original beam angle and in a second position the lens provides a different beam angle, wherein the beam angle is increased if the lens is moved along an axial centre line towards the light source ; and a push-push latch mechanism coupled to the actuator and/or the frame to move and to latch the actuator in the frame . a frame coupled fixedly to the lamp; an actuator in operative connection with the lens , wherein the actuator movably rests in the frame so that the movement of the actuator enables the lens to slide relative to the light source thereby to provide variable axial spacing between the lens and the light source such that in a first position the lens provides an original beam angle and in a second position the lens provides a different beam angle, wherein the beam angle is increased if the lens is moved along an axial centre line towards the light source ; and a push-push latch mechanism coupled to the actuator and/or the frame to move and to latch the actuator in the frame .