mhurhangee/ep-ind-claims huggingface dataset:
A grazing restrictor for attaching to a halter, the restrictor comprising: a body portion having at least one central opening; a plurality of elongate segments (19a-19h) extending outward from the body portion, the elongate segments having a plurality of openings defined therein, the plurality of openings being arranged in linear fashion from a first opening disposed closer to the central opening to a last opening disposed near a distal end of each respective segment, the plurality of elongate segments (19a-19h) configured and arranged to fold upward relative to the body portion to form the shape of a muzzle; and, a plurality of ties configured to be inserted through one or more of the plurality of openings and around the halter, wherein the plurality of ties can be associated with the first opening or the last opening to permit adjusting the fit of the grazing restrictor, wherein the plurality of elongate segments (19a-19h) are configured to position the body portion relative to the halter, wherein the body portion and the plurality of elongate segments (19a-19h) are formed as a unitary, elastic member configured and arranged to lay flat in a first configuration and to be folded into the shape of the muzzle by folding the plurality of elongate segments (19a-19h) upward relative to the body portion in a second configuration and attached to the halter, and wherein the plurality of elongate segments (19a-19h) are configured and arranged such that, when the restrictor is removed from the halter, the plurality of elongate segments (19a-19h) return to the first configuration. a body portion having at least one central opening; a plurality of elongate segments (19a-19h) extending outward from the body portion, the elongate segments having a plurality of openings defined therein, the plurality of openings being arranged in linear fashion from a first opening disposed closer to the central opening to a last opening disposed near a distal end of each respective segment, the plurality of elongate segments (19a-19h) configured and arranged to fold upward relative to the body portion to form the shape of a muzzle; and, a plurality of ties configured to be inserted through one or more of the plurality of openings and around the halter, wherein the plurality of ties can be associated with the first opening or the last opening to permit adjusting the fit of the grazing restrictor, wherein the plurality of elongate segments (19a-19h) are configured to position the body portion relative to the halter, wherein the body portion and the plurality of elongate segments (19a-19h) are formed as a unitary, elastic member configured and arranged to lay flat in a first configuration and to be folded into the shape of the muzzle by folding the plurality of elongate segments (19a-19h) upward relative to the body portion in a second configuration and attached to the halter, and wherein the plurality of elongate segments (19a-19h) are configured and arranged such that, when the restrictor is removed from the halter, the plurality of elongate segments (19a-19h) return to the first configuration.
A modular axial flow fan assembly comprising: a blade (24; 24') comprising: a tip; a root end opposite the tip, wherein a blade length is defined between the root end and the tip; a mounting pad located adjacent to the root end, wherein the mounting pad has a first thickness that is substantially uniform and wherein the mounting pad includes a plurality of fastener openings; a working portion adjoining the tip, wherein the working portion defines an aerodynamic profile; and a transition zone between the mounting pad and the working portion; and a center hub assembly comprising: a first plate having an outer edge; and a second plate having an outer edge; characterized in that the transition zone includes a narrowing transition region and a second region with a second thickness that is substantially uniform, the second thickness being less than the first thickness, such that a first gap is formed between the blade and the first plate at the outer edge of the first plate. a blade (24; 24') comprising: a tip; a root end opposite the tip, wherein a blade length is defined between the root end and the tip; a mounting pad located adjacent to the root end, wherein the mounting pad has a first thickness that is substantially uniform and wherein the mounting pad includes a plurality of fastener openings; a working portion adjoining the tip, wherein the working portion defines an aerodynamic profile; and a transition zone between the mounting pad and the working portion; and a tip; a root end opposite the tip, wherein a blade length is defined between the root end and the tip; a mounting pad located adjacent to the root end, wherein the mounting pad has a first thickness that is substantially uniform and wherein the mounting pad includes a plurality of fastener openings; a working portion adjoining the tip, wherein the working portion defines an aerodynamic profile; and a transition zone between the mounting pad and the working portion; and a center hub assembly comprising: a first plate having an outer edge; and a second plate having an outer edge; a first plate having an outer edge; and a second plate having an outer edge; characterized in that the transition zone includes a narrowing transition region and a second region with a second thickness that is substantially uniform, the second thickness being less than the first thickness, such that a first gap is formed between the blade and the first plate at the outer edge of the first plate.
A grate bar front section to be mounted to a grate bar rear section, to thereby form a grate bar for example for a waste incineration plant, wherein the grate bar front section has an upper surface, a lower surface, a front surface, two narrow side surfaces, a rear surface, and a grate bar longitudinal axis extending parallel to the upper surface through the front surface and the rear surface, wherein a recess extends from the lower surface towards the upper surface, wherein - the grate bar front section has a refractory mineral material, - the recess has at least one contact surface to transmit a force acting in the direction of the rear surface and/or the front surface into the grate bar front section, and - at least one channel with a channel longitudinal axis connects the rear surface and/or the front surface with the recess, wherein the channel is configured to receive a bolt or another connecting element to brace the grate bar front section with a rear section or a front plate, wherein the contact surface is configured to be an abutment for tensioning the connecting element. - the grate bar front section has a refractory mineral material, - the recess has at least one contact surface to transmit a force acting in the direction of the rear surface and/or the front surface into the grate bar front section, and - at least one channel with a channel longitudinal axis connects the rear surface and/or the front surface with the recess, wherein the channel is configured to receive a bolt or another connecting element to brace the grate bar front section with a rear section or a front plate, wherein the contact surface is configured to be an abutment for tensioning the connecting element.
An eye-fatigue examining device (10, 10A, 10B) comprising: a light quantity difference adjusting unit (50, 15R, 15L, 70, 75) configured to increase a light quantity difference between lights respectively incident on right and left subject's eyes (9R, 9L); a gaze direction detecting unit configured to detect gaze directions of the respective subject's eyes (9R, 9L) while the light quantity difference adjusting unit (50, 15R, 15L, 70, 75) increases the light quantity difference; and a light quantity difference determining unit (53, 54) configured to determine, as an index of eye fatigue of the subject's eyes (9R, 9L), the specific light quantity difference at which a change in the gaze directions due to the increase in the light quantity difference occurs. a light quantity difference adjusting unit (50, 15R, 15L, 70, 75) configured to increase a light quantity difference between lights respectively incident on right and left subject's eyes (9R, 9L); a gaze direction detecting unit configured to detect gaze directions of the respective subject's eyes (9R, 9L) while the light quantity difference adjusting unit (50, 15R, 15L, 70, 75) increases the light quantity difference; and a light quantity difference determining unit (53, 54) configured to determine, as an index of eye fatigue of the subject's eyes (9R, 9L), the specific light quantity difference at which a change in the gaze directions due to the increase in the light quantity difference occurs.
Method for accessing a plurality of contents on the basis of at least one information item representative of at least one content, called the reference content (Ci), belonging to a set of available contents, said method being characterized in that it comprises the following steps, implemented by a processor: - rendering a plurality of metadata of said reference content, - receiving a request (R s) to select, from said plurality of metadata of said reference content, at least one metadatum, called the sought metadatum, said sought metadatum being associated with a reference intensity level in said reference content, an intensity level being defined in the selection request, said intensity level indicating, relatively to said reference intensity level, in what proportion of said reference intensity level said sought metadatum must be present in at least one other content to be determined from said set of available contents; - determining from said set of available contents, said at least one other content, called the resulting content, having said intensity level of said at least one sought metadatum, and - rendering said at least one resulting content or at least one information item (I RES) representative of said at least one resulting content (C RES). - rendering a plurality of metadata of said reference content, - receiving a request (R s) to select, from said plurality of metadata of said reference content, at least one metadatum, called the sought metadatum, said sought metadatum being associated with a reference intensity level in said reference content, an intensity level being defined in the selection request, said intensity level indicating, relatively to said reference intensity level, in what proportion of said reference intensity level said sought metadatum must be present in at least one other content to be determined from said set of available contents; - determining from said set of available contents, said at least one other content, called the resulting content, having said intensity level of said at least one sought metadatum, and - rendering said at least one resulting content or at least one information item (I RES) representative of said at least one resulting content (C RES).
An air conditioning system, comprising: a plurality of indoor units (40, 50, 60) installed in the same indoor space, including respective usage-side heat exchangers (42, 52, 62), and capable of setting set temperatures individually; an outdoor unit including a heat-source-side heat exchanger for conducting heat exchange with refrigerant circulating through the usage-side heat exchangers; and a control device (37, 47, 57, 67, 80) configured so as to use the set temperatures of the indoor units to calculate a representative temperature related value shared by the indoor units, and switch the indoor units between thermo-ON and thermo-OFF on the basis of the representative temperature related value; characterized in that the control device (37, 47, 57, 67, 80) uses a weighted average value as the representative temperature related value, the weighted average value being found from the differences between the respective control temperatures and set temperatures of the indoor units and being weighted in accordance with at least one of the degree of influence on the thermal environment of the indoor space and the degree of influence on the comfort of the occupants of the indoor space; and in the control device (37, 47, 57, 67, 80), the weighted average value is weighted according to at least one criteria selected from a group consisting of a rated capacity of each indoor unit (40, 50, 60), an air-conditioning capability of each indoor unit (40, 50, 60), an airflow volume of each indoor unit (40, 50, 60), and an occupant density in the area surrounding each indoor unit (40, 50, 60). a plurality of indoor units (40, 50, 60) installed in the same indoor space, including respective usage-side heat exchangers (42, 52, 62), and capable of setting set temperatures individually; an outdoor unit including a heat-source-side heat exchanger for conducting heat exchange with refrigerant circulating through the usage-side heat exchangers; and a control device (37, 47, 57, 67, 80) configured so as to use the set temperatures of the indoor units to calculate a representative temperature related value shared by the indoor units, and switch the indoor units between thermo-ON and thermo-OFF on the basis of the representative temperature related value; characterized in that the control device (37, 47, 57, 67, 80) uses a weighted average value as the representative temperature related value, the weighted average value being found from the differences between the respective control temperatures and set temperatures of the indoor units and being weighted in accordance with at least one of the degree of influence on the thermal environment of the indoor space and the degree of influence on the comfort of the occupants of the indoor space; and in the control device (37, 47, 57, 67, 80), the weighted average value is weighted according to at least one criteria selected from a group consisting of a rated capacity of each indoor unit (40, 50, 60), an air-conditioning capability of each indoor unit (40, 50, 60), an airflow volume of each indoor unit (40, 50, 60), and an occupant density in the area surrounding each indoor unit (40, 50, 60).
A lighting apparatus comprising; a heat radiating body comprising a first inner wall, a second inner wall facing to the first inner wall, and a top surface wall; a first light source comprising a first substrate disposed on the first inner wall, a plurality of first light emitting devices disposed on the first substrate and a first projection disposed on the first substrate; a second light source comprising a second substrate disposed on the second inner wall, a plurality of second light emitting devices disposed on the second substrate and a second projection disposed on the second substrate; and a reflector disposed on the top surface wall and comprising a first locking part and a second locking part, wherein the first projection is securely fixed to the first locking part, and the second projection is securely fixed to the second locking part. a heat radiating body comprising a first inner wall, a second inner wall facing to the first inner wall, and a top surface wall; a first light source comprising a first substrate disposed on the first inner wall, a plurality of first light emitting devices disposed on the first substrate and a first projection disposed on the first substrate; a second light source comprising a second substrate disposed on the second inner wall, a plurality of second light emitting devices disposed on the second substrate and a second projection disposed on the second substrate; and a reflector disposed on the top surface wall and comprising a first locking part and a second locking part, wherein the first projection is securely fixed to the first locking part, and the second projection is securely fixed to the second locking part.
A method of foreign object debris discrimination in an aircraft gas turbine engine, the method comprising: illuminating particulates located within a sensing volume with a first electromagnetic radiation pulse emitted from a first source; receiving one or more first electromagnetic radiation returns that have been scattered by the particulates illuminated by the first electromagnetic radiation pulse at one or more sensors; illuminating the particulates within the sensing volume with a second electromagnetic radiation pulse emitted from a second source, wherein the second electromagnetic radiation pulse has a second wavelength range within a terahertz (THz) regime, wherein the terahertz (THz) regime comprises electromagnetic radiation in the wavelength range between 50GHz - 3THz (0.1mm); receiving one or more second electromagnetic radiation returns that have been scattered by the particulates illuminated by the second electromagnetic radiation pulse at one or more sensors; and comparing, using a controller, the first electromagnetic radiation returns and the second electromagnetic radiation returns, wherein the first electromagnetic radiation returns and the second electromagnetic radiation returns are determinative between categories of foreign object debris to discriminate the foreign object debris, wherein the first electromagnetic radiation pulse has a first wavelength range within an optical regime, the optical regime comprises electromagnetic radiation in the wavelength range between 100nm-2000nm. illuminating particulates located within a sensing volume with a first electromagnetic radiation pulse emitted from a first source; receiving one or more first electromagnetic radiation returns that have been scattered by the particulates illuminated by the first electromagnetic radiation pulse at one or more sensors; illuminating the particulates within the sensing volume with a second electromagnetic radiation pulse emitted from a second source, wherein the second electromagnetic radiation pulse has a second wavelength range within a terahertz (THz) regime, wherein the terahertz (THz) regime comprises electromagnetic radiation in the wavelength range between 50GHz - 3THz (0.1mm); receiving one or more second electromagnetic radiation returns that have been scattered by the particulates illuminated by the second electromagnetic radiation pulse at one or more sensors; and comparing, using a controller, the first electromagnetic radiation returns and the second electromagnetic radiation returns, wherein the first electromagnetic radiation returns and the second electromagnetic radiation returns are determinative between categories of foreign object debris to discriminate the foreign object debris, wherein the first electromagnetic radiation pulse has a first wavelength range within an optical regime, the optical regime comprises electromagnetic radiation in the wavelength range between 100nm-2000nm.
A powered wheelchair comprising: a frame; a seat; a lift mechanism coupled to the seat, the lift mechanism configured to move the seat from a lowered position to a raised position; a pair of drive wheels; at least one drive coupled to the frame and configured to apply a torque to at least one of the drive wheels; an arm assembly including an arm member that is pivotably coupled to the frame and a wheel assembly rotatably coupled to the arm member proximate a distal end of the arm member, the arm member being operatively configured to be in a first position relative to the frame when the powered wheelchair is operating on flat ground and to be rotatable from that first position; and an arm limiter supported by the frame and configured to inhibit motion of the arm member, the arm limiter having a first configuration in which the arm member is rotatable from its first position through a first range of rotation, and a second configuration in which the arm member is rotatable from its first position only through a second range of rotation that is smaller than the first range of rotation, provided that the arm limiter is prevented from transitioning into the second configuration when the arm member is rotationally different from its first position relative to the frame by more than 4 degrees. a frame; a seat; a lift mechanism coupled to the seat, the lift mechanism configured to move the seat from a lowered position to a raised position; a pair of drive wheels; at least one drive coupled to the frame and configured to apply a torque to at least one of the drive wheels; an arm assembly including an arm member that is pivotably coupled to the frame and a wheel assembly rotatably coupled to the arm member proximate a distal end of the arm member, the arm member being operatively configured to be in a first position relative to the frame when the powered wheelchair is operating on flat ground and to be rotatable from that first position; and an arm limiter supported by the frame and configured to inhibit motion of the arm member, the arm limiter having a first configuration in which the arm member is rotatable from its first position through a first range of rotation, and a second configuration in which the arm member is rotatable from its first position only through a second range of rotation that is smaller than the first range of rotation, provided that the arm limiter is prevented from transitioning into the second configuration when the arm member is rotationally different from its first position relative to the frame by more than 4 degrees.
A device for use in non-invasive inspection, measurement and/or monitoring of a human or animal subject's eye, the device having a first optical system which comprises a focusing means adaptable to focus light in a controlled and selective manner on a selected structure of the eye for direct and diffuse reflectance from the selected structure of the eye, illumination means for providing illumination light to be selectively directed by way of the focussing means onto the eye for direct and diffuse reflectance from the said selected structure and for providing the illumination light in one or more pulses, receiving means for receiving directly and diffusely reflected light returning from the eye as a result of illumination by the illumination light and the receiving means arranged to distinguish between the directly and diffusely reflected light returning from the eye serving as an integrating sphere and the directly and diffusely reflected light returning from the said selected structure by discriminating the reflected light with a threshold wavelength, wherein the threshold wavelength is 1400 nm, and arranged to record the returning directly and diffusely reflected light intermittently based on a selected timing relationship between the one or more pulses of illumination light and processing means for analysis of the directly and diffusely reflected light to discriminate between the directly and diffusely reflected light returning from the selected structure.