mhurhangee/ep-ind-claims huggingface dataset:
A seal assembly, comprising: an outer member defining a bore; an inner member received in the bore of the outer member and one of the outer member and the inner member defining a shoulder portion; a first circular cross section metallic ring member having a first inner diameter and a first outer diameter, the first circular cross section metallic ring member being disposed between the inner member and the outer member and directly against the inner member; a second circular cross section metallic ring member having a second inner diameter and a second outer diameter that are larger than the first inner diameter and the first outer diameter, respectively, the second circular cross section metallic ring member being disposed between the outer member and the first circular cross section metallic ring member and directly against the outer member; characterized in that: a wedge member engages the first circular cross section metallic ring member and the second circular cross section metallic ring member for applying an axial force against each of the first and second circular cross section metallic ring members (22, 24) in a direction toward the shoulder portion and for applying a radially outer force against the second circular cross section metallic ring member and for applying a radially inner force against the first circular cross section metallic ring member. an outer member defining a bore; an inner member received in the bore of the outer member and one of the outer member and the inner member defining a shoulder portion; a first circular cross section metallic ring member having a first inner diameter and a first outer diameter, the first circular cross section metallic ring member being disposed between the inner member and the outer member and directly against the inner member; a second circular cross section metallic ring member having a second inner diameter and a second outer diameter that are larger than the first inner diameter and the first outer diameter, respectively, the second circular cross section metallic ring member being disposed between the outer member and the first circular cross section metallic ring member and directly against the outer member; characterized in that: a wedge member engages the first circular cross section metallic ring member and the second circular cross section metallic ring member for applying an axial force against each of the first and second circular cross section metallic ring members (22, 24) in a direction toward the shoulder portion and for applying a radially outer force against the second circular cross section metallic ring member and for applying a radially inner force against the first circular cross section metallic ring member.
A linear composite transmitter, comprising: a signal component separating device which, upon receipt of an in-phase signal I and an orthogonal signal Q of a baseband modulation signal, generates a first composite signal (S 1) in the form of a vectorial sum of a main signal and an efficiency improving signal, where the main signal is obtained by orthogonal modulation of I and Q while the EIS is obtained from the main signal through frequency-shifting and envelope-modulation thereof; and a second composite signal (S 2) in the form of a vectorial difference between the main signal and the EIS, a first power amplifier for power amplifying the first composite signal and a second power amplifier for power amplifying the second composite signal; and a power combiner for combining an output of the first power amplifier and an output of the second power amplifier to provide a composite power at its power combining end, the composite transmitter characterized in that the signal component separating device differentiates instantaneous frequencies of the EIS and the main signal by restraining the phase of the EIS within a predetermined range centered about an arbitrarily given phase θ 0; and a first line length between a first input end and the output end of the power combiner and a second line length between a second input end and the output end of the power combiner are configured such that each of the first and the second line is equivalent to an open circuit for the EIS when the lines are viewed from either output end of the power amplifiers and a signal component separating device which, upon receipt of an in-phase signal I and an orthogonal signal Q of a baseband modulation signal, generates a first composite signal (S 1) in the form of a vectorial sum of a main signal and an efficiency improving signal, where the main signal is obtained by orthogonal modulation of I and Q while the EIS is obtained from the main signal through frequency-shifting and envelope-modulation thereof; and a second composite signal (S 2) in the form of a vectorial difference between the main signal and the EIS, a main signal and an efficiency improving signal, where the main signal is obtained by orthogonal modulation of I and Q while the EIS is obtained from the main signal through frequency-shifting and envelope-modulation thereof; and a second composite signal (S 2) in the form of a vectorial difference between the main signal and the EIS, a first power amplifier for power amplifying the first composite signal and a second power amplifier for power amplifying the second composite signal; and a power combiner for combining an output of the first power amplifier and an output of the second power amplifier to provide a composite power at its power combining end,
A method, comprising: encoding video signal data into a bitstream, said bitstream including a plurality of interoperability points relating to scalable video coding, said bitstream being scalable spatially, temporally and in quality, wherein said encoding comprises specifying a plurality of temporal levels, wherein a bitstream restriction information is specified for each temporal level in said bitstream, wherein said bitstream restriction information specifies one or more of: if the motion is over picture boundary, maximal number of bytes per picture, maximal number of bits per macroblock, maximal motion vector length, number of reordering frames, and maximal decoded frame buffer size, wherein all layers with a same temporal level share a same bitstream restriction information. encoding video signal data into a bitstream, said bitstream including a plurality of interoperability points relating to scalable video coding, said bitstream being scalable spatially, temporally and in quality, wherein said encoding comprises specifying a plurality of temporal levels, wherein a bitstream restriction information is specified for each temporal level in said bitstream, wherein said bitstream restriction information specifies one or more of: if the motion is over picture boundary, maximal number of bytes per picture, maximal number of bits per macroblock, maximal motion vector length, number of reordering frames, and maximal decoded frame buffer size, if the motion is over picture boundary, maximal number of bytes per picture, maximal number of bits per macroblock, maximal motion vector length, number of reordering frames, and maximal decoded frame buffer size, wherein all layers with a same temporal level share a same bitstream restriction information.
A folded animal excretion disposal sheet formed by folding an animal excretion disposal sheet having a rectangular shape in a plan view with a first pair of lateral edges and a second pair of lateral edges, wherein the animal excretion disposal sheet comprises an outer peripheral joining portion in which a liquid permeable top sheet and a liquid impermeable back sheet are joined and a central absorbent body portion in which an absorbent body is disposed between the top sheet and the back sheet; a fragrance ingredient is applied to the top sheet and/or the absorbent body; the folded animal excretion disposal sheet is folded along a folding line parallel to the first pair of lateral edges, such that the top sheet is not exposed to an outer surface, and characterized in that a plurality of the outer peripheral joining portions, composing the second pair of lateral edges after folding, are temporarily joined to each other to thereby form a pair of temporary joining portions joined in such a joining state that the plurality of outer peripheral joining portions are easily detached by a user, wherein in the outer peripheral joining portion in the temporary joining portion, the top sheet and the back sheet are joined by a hotmelt adhesive, in the temporary joining portion, joining strength is not uniform across an entire joined face, and a part of an outermost edge among the first pair of lateral edges and positioned on an outer face side, is temporarily joined with a joining strength greater than that of other parts.
Propulsion unit, particularly for an aircraft, comprising: - a turbomachine; - a propeller that can be selectively coupled to said turbomachine; - a rotary electrical machine that can drive at least the turbomachine, and - coupling means selectively the rotary electric machine to the propeller and/or the turbomachine, that are arranged to be able of coupling the propeller only to the rotary electrical machine during a defined operation step of the propulsion unit, in which the turbomachine consists of a free turbine turboprop, comprising a gas generator and a free turbine driven in rotation by the gas flow generated by the gas generator, characterised in that the coupling means are arranged to be able of coupling or not coupling the rotary electrical machine selectively to the gas generator and/or the free turbine. - a turbomachine; - a propeller that can be selectively coupled to said turbomachine; - a rotary electrical machine that can drive at least the turbomachine, and - coupling means selectively the rotary electric machine to the propeller and/or the turbomachine, that are arranged to be able of coupling the propeller only to the rotary electrical machine during a defined operation step of the propulsion unit,
An air conditioner base, comprising a base body, wherein the base body is provided with a fitting part for being detachably fitted with an air conditioner body, a body air inlet and a body air outlet are formed on the base body, a cavity is formed in the base body, and a fan and an air handling module are formed in the cavity, wherein an air outflow assembly is formed in the cavity, and the air outflow assembly comprises an air outflow frame in which the fan is formed; and the air outflow frame is formed with an air outflow frame air inlet and a first air outflow frame air outlet, the air outflow frame air inlet is in communication with the body air inlet, and the first air outflow frame air outlet is in communication with the body air outlet, characterized in that the first air outflow frame air outlet is located between the air outflow frame air inlet and the fitting part, and a fitting part air outlet is formed on the fitting part, and the air outflow frame is formed with a second air outflow frame air outlet which is located between the first air outflow frame air outlet and the fitting part air outlet, the second air outflow frame air outlet being in communication with the fitting part air outlet.
A floor cleaning machine for cleaning a surface, the floor cleaning machine comprising: a body; an actuator supported by the body; a distribution nozzle supported by the body; and a supply tank assembly coupled to the body in fluid communication with the distribution nozzle; wherein the floor cleaning machine is operable in a first mode to wash the surface, is operable in a second mode to sanitize the surface, and is operable in a third mode to rinse the surface; and wherein the actuator is manually operable to switch between the first mode, the second mode, and the third mode, and characterized in that the distribution nozzle delivers a first cleaning solution onto the surface when the floor cleaning machine is in the first mode, and wherein the distribution nozzle delivers a second cleaning solution that is different than the first cleaning solution onto the surface when the floor cleaning machine is in the second mode and wherein the first cleaning solution includes a detergent and the second cleaning solution includes a sanitizer. a body; an actuator supported by the body; a distribution nozzle supported by the body; and a supply tank assembly coupled to the body in fluid communication with the distribution nozzle; wherein the floor cleaning machine is operable in a first mode to wash the surface, is operable in a second mode to sanitize the surface, and is operable in a third mode to rinse the surface; and wherein the actuator is manually operable to switch between the first mode, the second mode, and the third mode, and characterized in that the distribution nozzle delivers a first cleaning solution onto the surface when the floor cleaning machine is in the first mode, and wherein the distribution nozzle delivers a second cleaning solution that is different than the first cleaning solution onto the surface when the floor cleaning machine is in the second mode and wherein the first cleaning solution includes a detergent and the second cleaning solution includes a sanitizer.
A radiation imaging apparatus including a gantry, a camera installed on the gantry and configured to photograph a subject, a radiation emitter, and a display, the radiation imaging apparatus comprising a controller for controlling the camera to photograph the subject at multiple angles, to create volume data from images of the subject acquired by the camera, to calculate an optimum dose of radiation that is to be irradiated to a scan zone of the subject based on the volume data of the subject, to control the radiation emitter to scan the subject with the calculated optimum dose of radiation, to generate a scanned image of the subject, and to control the display to display the scanned image of the subject, characterized in that, the controller is configured to calculate the center line of the subject based on the volume data, and to cause the center line of the subject to match, the driving axis (c) of the gantry. a controller for controlling the camera to photograph the subject at multiple angles, to create volume data from images of the subject acquired by the camera, to calculate an optimum dose of radiation that is to be irradiated to a scan zone of the subject based on the volume data of the subject, to control the radiation emitter to scan the subject with the calculated optimum dose of radiation, to generate a scanned image of the subject, and to control the display to display the scanned image of the subject, characterized in that, the controller is configured to calculate the center line of the subject based on the volume data, and to cause the center line of the subject to match, the driving axis (c) of the gantry.
A method of generating microbubbles comprising: (a) sparging gas into a column containing a liquid via a gas sparger to form gas bubbles, wherein the gas bubbles migrate to the top of the liquid and form a foam layer; and (b) introducing a liquid to the column via an inlet positioned above a perforated plate, said perforated plate positioned above the gas sparger, wherein the foam layer is maintained below the level of the perforated plate, the liquid passing downward through the perforated plate to form liquid jets such that the liquid jets contact the bubbles in the foam layer and produce microbubbles entrained in the liquid, wherein the microbubbles are washed down the column by the liquid jets. (a) sparging gas into a column containing a liquid via a gas sparger to form gas bubbles, wherein the gas bubbles migrate to the top of the liquid and form a foam layer; and (b) introducing a liquid to the column via an inlet positioned above a perforated plate, said perforated plate positioned above the gas sparger, wherein the foam layer is maintained below the level of the perforated plate, the liquid passing downward through the perforated plate to form liquid jets such that the liquid jets contact the bubbles in the foam layer and produce microbubbles entrained in the liquid, wherein the microbubbles are washed down the column by the liquid jets.
A four-layer-structured water passing device, comprising: an elastic inner tube and an outer cloth sheath, characterized in that the exterior of the elastic inner tube is sleeved with a first sleeve, the exterior of the first sleeve is sleeved with a second sleeve, and the outer cloth sheath is sleeved on the exterior of the second sleeve, both the elastic inner tube and the first sleeve are made of an elastic material, the second sleeve and the outer cloth sheath are synchronously extended and synchronously folded, and a gap existed between the second sleeve and the first sleeve; an inner-core cone connector and a first conical sleeve chuck are disposed at both ends of the elastic inner tube, the inner-core cone connector has a water passing hole, one end of the inner-core cone connector is inserted into the inner cavity of the elastic inner tube, the first conical sleeve chuck is sleeved on the exterior of the first sleeve, the inner cone connector cooperates with the first conical sleeve chuck to enable clamping of the elastic inner tube and the first sleeve, a second conical sleeve chuck is sleeved on the exteriors of the second sleeve and the outer cloth sheath, a union is sleeved on the exterior of the second conical sleeve chuck, and the second conical sleeve chuck cooperates with the union to enable tight pressing of the second sleeve and the outer cloth sheath onto the first conical sleeve chuck; and two ends of the elastic inner tube are respectively provided with a first joint and a second joint, the first joint and the second joint are respectively sleeved on the exterior of the inner-core cone connector, the first joint and the second joint each has a through hole which is communicated with the water passing hole, the first joint and the second joint are respectively threaded-connected to the union, and the first joint and the second joint are respectively connectable to an external water source and a water utilization component.
A belt driving apparatus comprising: a rotatable belt member; a stretching member (617, 603) for stretching said belt member; and a steering device (80-89; 800) for stretching and steering said belt member, wherein said steering device (80-89; 800) includes a rotatable portion which is rotatable with rotation of said belt member, a non-rotatable portion provided at each of longitudinal outsides of the rotatable portion with respect to a widthwise direction and slidable relative to an inner peripheral surface of said belt member by being prevented from rotating, supporting means (85, 86) for supporting the rotatable portion and the non-rotatable portion, and a rotation shaft for rotatably supporting the supporting means, and wherein said steering device (80-89; 800) is capable of moving said belt member in the widthwise direction by rotating the supporting means by a force produced by sliding between said belt member and the non-rotatable portion; characterized by an urging member (2, 47), provided at each of longitudinal end portion sides of the rotatable portion with respect to the widthwise direction, for urging said belt member against the non-rotatable portion in contact with an outer peripheral surface of said belt member. a rotatable belt member; a stretching member (617, 603) for stretching said belt member; and a steering device (80-89; 800) for stretching and steering said belt member, wherein said steering device (80-89; 800) includes a rotatable portion which is rotatable with rotation of said belt member, a non-rotatable portion provided at each of longitudinal outsides of the rotatable portion with respect to a widthwise direction and slidable relative to an inner peripheral surface of said belt member by being prevented from rotating, supporting means (85, 86) for supporting the rotatable portion and the non-rotatable portion, and a rotation shaft for rotatably supporting the supporting means, and wherein said steering device (80-89; 800) is capable of moving said belt member in the widthwise direction by rotating the supporting means by a force produced by sliding between said belt member and the non-rotatable portion; characterized by an urging member (2, 47), provided at each of longitudinal end portion sides of the rotatable portion with respect to the widthwise direction, for urging said belt member against the non-rotatable portion in contact with an outer peripheral surface of said belt member.
A computer system for dynamic generation of custom color selections, comprising: one or more processors; and one or more computer-readable media having stored thereon executable instructions that when executed by the one or more processors configure the computer system to perform, at least the following: receive from a user an indication of a target color; identify a location of the target color within a mathematically-defined color space; identify a location of a second color within the mathematically-defined color space; generate a first golden triangle within the mathematically-defined color space, wherein a golden triangle comprises an isosceles triangle having vertex angles of 36°, 72° and 72° or alternatively an isosceles triangle having vertex angles of 36°, 36° and 108°, wherein: the location of the target color comprises a first vertex of the first golden triangle, the location of the second color comprises a second vertex of the first golden triangle, and a location of a third color comprises a third vertex of the first golden triangle; and display on a user interface an indication of the target color and the third color. one or more processors; and one or more computer-readable media having stored thereon executable instructions that when executed by the one or more processors configure the computer system to perform, at least the following: receive from a user an indication of a target color; identify a location of the target color within a mathematically-defined color space; identify a location of a second color within the mathematically-defined color space; generate a first golden triangle within the mathematically-defined color space, wherein a golden triangle comprises an isosceles triangle having vertex angles of 36°, 72° and 72° or alternatively an isosceles triangle having vertex angles of 36°, 36° and 108°, wherein: the location of the target color comprises a first vertex of the first golden triangle, the location of the second color comprises a second vertex of the first golden triangle, and a location of a third color comprises a third vertex of the first golden triangle; and display on a user interface an indication of the target color and the third color. receive from a user an indication of a target color; identify a location of the target color within a mathematically-defined color space; identify a location of a second color within the mathematically-defined color space; generate a first golden triangle within the mathematically-defined color space, wherein a golden triangle comprises an isosceles triangle having vertex angles of 36°, 72° and 72° or alternatively an isosceles triangle having vertex angles of 36°, 36° and 108°, wherein: the location of the target color comprises a first vertex of the first golden triangle, the location of the second color comprises a second vertex of the first golden triangle, and a location of a third color comprises a third vertex of the first golden triangle; and display on a user interface an indication of the target color and the third color.