mhurhangee/ep-ind-claims huggingface dataset:
An image reading device comprising: a document table having a plate-shaped transparent member for a document to be placed thereon; an image reading unit configured to read the document placed on an upper surface of the transparent member from a lower surface side of the transparent member, the image reading unit extending in a main scanning direction; a carriage for driving the image reading unit to reciprocally move in a sub-scanning direction, the sub-scanning direction being a direction intersecting the main scanning direction; a case for containing the carriage, the case having a support portion (52a-c) for contacting and supporting the document table at the lower surface side of the transparent member; and a frame member (43, 44, 45) arranged along a peripheral edge of the transparent member; wherein the transparent member has a pair of first sides extending in parallel with each other in the main scanning direction and a pair of second sides extending in parallel with each other in the sub-scanning direction, characterized in that the device is provided with an engagement section where the case and the frame member are mutually engaged with each other, the engagement section being provided on either of the pair of second sides at an underside of the support portion as viewed in a vertical direction. a document table having a plate-shaped transparent member for a document to be placed thereon; an image reading unit configured to read the document placed on an upper surface of the transparent member from a lower surface side of the transparent member, the image reading unit extending in a main scanning direction; a carriage for driving the image reading unit to reciprocally move in a sub-scanning direction, the sub-scanning direction being a direction intersecting the main scanning direction; a case for containing the carriage, the case having a support portion (52a-c) for contacting and supporting the document table at the lower surface side of the transparent member; and a frame member (43, 44, 45) arranged along a peripheral edge of the transparent member; wherein the transparent member has a pair of first sides extending in parallel with each other in the main scanning direction and a pair of second sides extending in parallel with each other in the sub-scanning direction, characterized in that the device is provided with an engagement section where the case and the frame member are mutually engaged with each other, the engagement section being provided on either of the pair of second sides at an underside of the support portion as viewed in a vertical direction.
A column-shaped polycrystalline silicon rod with polycrystalline silicon radially disposed around a silicon core wire, wherein at a cross section face, which is obtained by a perpendicular cut with respect to the rod's axial direction, the value of the ratio of the area of coarse crystal particles, which have a diameter in their longitudinal direction of 50 μm or more, observed at the cross section face excluding the core wire part is 20% or more.
A system to acquire image data of a subject, comprising: a detector configured to detect an emitted energy, wherein the detection of the emitted energy is operable to be image data; a gantry having an enclosed interior space to moveably enclose the detector within the gantry, wherein the detector is configured to move within the enclosed gantry; a cart having a support structure and a base, wherein the support structure is configured to support the gantry away from a surface; and a multi-directional drive system mounted to the base and including at least one omni-directional wheel and at least one motor to drive the at least one omni-directional wheel; wherein the multi-directional drive system is operable to receive an input to move the cart within a plane, wherein the base is substantially rectangular having four corners; wherein the multi-directional drive system mounted to the base includes four omni directional wheels; wherein one omni-directional wheel of the four omni-directional wheels is positioned at each corner of the four corners; wherein each omni-directional wheel of the four omni-directional wheels rotates exterior to a boundary of the base, wherein each omni-directional wheel of the four omni-directional wheels rotates around a wheel axis that is about 70 degrees to about 80 degrees relative to a long axis of the base; wherein each omni-directional wheel includes a plurality of rollers that rotate around a roller axis that is about 90 degrees relative to the wheel axis. a detector configured to detect an emitted energy, wherein the detection of the emitted energy is operable to be image data; a gantry having an enclosed interior space to moveably enclose the detector within the gantry, wherein the detector is configured to move within the enclosed gantry; a cart having a support structure and a base, wherein the support structure is configured to support the gantry away from a surface; and a multi-directional drive system mounted to the base and including at least one omni-directional wheel and at least one motor to drive the at least one omni-directional wheel; wherein the multi-directional drive system is operable to receive an input to move the cart within a plane, wherein the base is substantially rectangular having four corners; wherein the multi-directional drive system mounted to the base includes four omni directional wheels; wherein one omni-directional wheel of the four omni-directional wheels is positioned at each corner of the four corners; wherein each omni-directional wheel of the four omni-directional wheels rotates exterior to a boundary of the base, wherein each omni-directional wheel of the four omni-directional wheels rotates around a wheel axis that is about 70 degrees to about 80 degrees relative to a long axis of the base; wherein each omni-directional wheel includes a plurality of rollers that rotate around a roller axis that is about 90 degrees relative to the wheel axis.
Combined aircraft take-off and tower signal light unit comprising: at least one light source (10a, 10b, 10c); and a mounting portion which is configured for mounting the combined aircraft take-off and tower signal light unit to an aircraft, in particular to a front running gear of the aircraft, wherein the mounting portion is configured for orienting a horizontal cross-sectional plane of the combined aircraft take-off and tower signal light unit substantially horizontally with respect to the aircraft; wherein the combined aircraft take-off and tower signal light unit has a take-off light output around a take-off light emission axis and two tower signal light outputs, wherein each tower signal light output is centered around a respective tower light emission axis, wherein the take-off light output has a take-off light peak intensity and the tower signal light outputs have a tower light peak intensity, which is smaller than the take-off light peak intensity; wherein the tower light emission axes are oriented at an angle of between 10° to 30°, in particular at an angle (α) of between 15° and 25°, with respect to the take-off light emission axis, when projected onto the horizontal cross-sectional plane; and characterized in that the tower light emission axes are oriented upwards at an angle (δ) up to 5°, in particular at an angle (δ) between 2° and 4°, with respect to the take-off light emission axis, when projected onto a vertical cross-sectional plane, which is oriented perpendicularly to the horizontal cross-sectional plane. at least one light source (10a, 10b, 10c); and a mounting portion which is configured for mounting the combined aircraft take-off and tower signal light unit to an aircraft, in particular to a front running gear of the aircraft, wherein the mounting portion is configured for orienting a horizontal cross-sectional plane of the combined aircraft take-off and tower signal light unit substantially horizontally with respect to the aircraft; wherein the combined aircraft take-off and tower signal light unit has a take-off light output around a take-off light emission axis and two tower signal light outputs, wherein each tower signal light output is centered around a respective tower light emission axis, wherein the take-off light output has a take-off light peak intensity and the tower signal light outputs have a tower light peak intensity, which is smaller than the take-off light peak intensity; wherein the tower light emission axes are oriented at an angle of between 10° to 30°, in particular at an angle (α) of between 15° and 25°, with respect to the take-off light emission axis, when projected onto the horizontal cross-sectional plane; and characterized in that the tower light emission axes are oriented upwards at an angle (δ) up to 5°, in particular at an angle (δ) between 2° and 4°, with respect to the take-off light emission axis, when projected onto a vertical cross-sectional plane, which is oriented perpendicularly to the horizontal cross-sectional plane.
A liquid blow molding method, liquid-blow-molding a resin preform into a container having a prescribed shape; using: a liquid blow molding apparatus which has a blow molding mold in which said preform is disposed, a blow nozzle which is fitted into the opening of said preform, a pressurized liquid supply section which supplies a pressurized liquid to a supply channel which is connected to said blow nozzle, and a seal member which is placed in said supply channel and which opens and closes said supply channel with respect to said blow nozzle; characterized in that after the opening of said seal member has started, the supply of the pressurized liquid to said supply channel by said pressurized liquid supply section is started and the time from when the opening of said seal member is started until said pressurized water supply section starts the supply of the pressurized water to said supply channel is made no less than 0.01 second and no more than 0.05 second. a liquid blow molding apparatus which has a blow molding mold in which said preform is disposed, a blow nozzle which is fitted into the opening of said preform, a pressurized liquid supply section which supplies a pressurized liquid to a supply channel which is connected to said blow nozzle, and a seal member which is placed in said supply channel and which opens and closes said supply channel with respect to said blow nozzle; characterized in that after the opening of said seal member has started, the supply of the pressurized liquid to said supply channel by said pressurized liquid supply section is started and the time from when the opening of said seal member is started until said pressurized water supply section starts the supply of the pressurized water to said supply channel is made no less than 0.01 second and no more than 0.05 second.
A device adapted to correct gradations and determine a threshold of an epsilon filter in Retinex processing, comprising: a threshold determination unit, wherein the threshold determination unit is configured to obtain each discernible luminance difference corresponding to each assignment luminance value assigned to each unit gradation on the basis of data on luminance differences discernible by humans; and determine the threshold in such a manner that the threshold have a monotone increasing relationship with a center representative value provided to the epsilon filter, on the basis of the obtained discernible luminance differences. a threshold determination unit, wherein the threshold determination unit is configured to obtain each discernible luminance difference corresponding to each assignment luminance value assigned to each unit gradation on the basis of data on luminance differences discernible by humans; and determine the threshold in such a manner that the threshold have a monotone increasing relationship with a center representative value provided to the epsilon filter, on the basis of the obtained discernible luminance differences. obtain each discernible luminance difference corresponding to each assignment luminance value assigned to each unit gradation on the basis of data on luminance differences discernible by humans; and determine the threshold in such a manner that the threshold have a monotone increasing relationship with a center representative value provided to the epsilon filter, on the basis of the obtained discernible luminance differences.
An estimation program causing a computer to execute a process, the process comprising: acquiring a backward Rayleigh scattered light from an optical fiber composite overhead ground wire that is provided along an electrical power transmission line; the estimation program being characterized in that it further causes the computer to determining each of spectral densities of each of a plurality of frequencies of vibration of the optical fiber composite overhead ground wire, on a basis of the backward Rayleigh scattered light; estimating a wind speed of a wind hitting the electrical power transmission line, on a basis of a first spectral density of a first frequency band including a natural frequency of the optical fiber composite overhead ground wire among the spectral densities; and estimating a wind direction of the wind, on a basis of a second spectral density of a second frequency band which does not include the natural frequency of the optical fiber composite overhead ground wire among the spectral densities. acquiring a backward Rayleigh scattered light from an optical fiber composite overhead ground wire that is provided along an electrical power transmission line; the estimation program being characterized in that it further causes the computer to determining each of spectral densities of each of a plurality of frequencies of vibration of the optical fiber composite overhead ground wire, on a basis of the backward Rayleigh scattered light; estimating a wind speed of a wind hitting the electrical power transmission line, on a basis of a first spectral density of a first frequency band including a natural frequency of the optical fiber composite overhead ground wire among the spectral densities; and estimating a wind direction of the wind, on a basis of a second spectral density of a second frequency band which does not include the natural frequency of the optical fiber composite overhead ground wire among the spectral densities.
A method of wireless communication operable at a scheduling entity, comprising: dividing a downlink bandwidth into a plurality of sub-bands; allocating a search space to each of a plurality of subordinate entities, wherein the search space comprises one or more control channel elements, CCEs, each mapped to one or more resource element groups, REGs, that are located in a same one of the plurality of sub-bands; configuring at least two of the plurality of sub-bands to have respective sub-band configurations that are different in terms of at least one of cell-specific reference signal configuration, user-specific reference signal configuration, pilot density configuration, or transmission mode configuration, corresponding to different channel conditions between the scheduling entity and the plurality of subordinate entities, wherein the transmission mode configuration comprises single-layer mode, two-layer space frequency block coding, SFBC, mode, multi-layer multiple input multiple output, MIMO, mode or multi-layer multi-user, MU-, MIMO mode; and transmitting one or more downlink control messages to the plurality of subordinate entities utilizing the one or more CCEs. dividing a downlink bandwidth into a plurality of sub-bands; allocating a search space to each of a plurality of subordinate entities, wherein the search space comprises one or more control channel elements, CCEs, each mapped to one or more resource element groups, REGs, that are located in a same one of the plurality of sub-bands; configuring at least two of the plurality of sub-bands to have respective sub-band configurations that are different in terms of at least one of cell-specific reference signal configuration, user-specific reference signal configuration, pilot density configuration, or transmission mode configuration, corresponding to different channel conditions between the scheduling entity and the plurality of subordinate entities, wherein the transmission mode configuration comprises single-layer mode, two-layer space frequency block coding, SFBC, mode, multi-layer multiple input multiple output, MIMO, mode or multi-layer multi-user, MU-, MIMO mode; and transmitting one or more downlink control messages to the plurality of subordinate entities utilizing the one or more CCEs.
A trolley for lifting and/or moving a load on one or more lines comprising: a. a first side plate and a second side plate and b. three or more sheave assemblies; in which each sheave assembly includes c. a sheave axle that includes an axle shaft which projects from the first plate and passes into a hole in the second plate, a sheave cartridge being carried on the axle shaft between the plates, wherein each sheave cartridge includes: i. a pulley wheel that can rotate on a bearing around an axis of the axle shaft; and ii. a removable retention fastener that extends through the hole in the second plate to engage with the axle shaft movably secure the second plate to the first plate through the axle shaft; d. wherein the axes of the axle shafts are parallel to one another. a. a first side plate and a second side plate and b. three or more sheave assemblies; in which each sheave assembly includes c. a sheave axle that includes an axle shaft which projects from the first plate and passes into a hole in the second plate, a sheave cartridge being carried on the axle shaft between the plates, wherein each sheave cartridge includes: i. a pulley wheel that can rotate on a bearing around an axis of the axle shaft; and ii. a removable retention fastener that extends through the hole in the second plate to engage with the axle shaft movably secure the second plate to the first plate through the axle shaft; i. a pulley wheel that can rotate on a bearing around an axis of the axle shaft; and ii. a removable retention fastener that extends through the hole in the second plate to engage with the axle shaft movably secure the second plate to the first plate through the axle shaft; d. wherein the axes of the axle shafts are parallel to one another.
A method executed in an application server for accessing feedback information from communication devices, the feedback information being associated with at least one service provided by the application server, the method comprising: - transmitting (4:20) a first set of instructions to at least one of the communication devices, instructing the at last one communication device under which conditions to use a feedback node as an intermediate node in order to provide the feedback information from the at least one communication device to the application server via the feedback node, wherein the feedback node is a node other than the node via which user content associated with the service is provided from the application server to the at least one communication device, and - receiving (4:40) feedback information provided from the at least one communication device via the feedback node, according to the first set of instructions. - transmitting (4:20) a first set of instructions to at least one of the communication devices, instructing the at last one communication device under which conditions to use a feedback node as an intermediate node in order to provide the feedback information from the at least one communication device to the application server via the feedback node, wherein the feedback node is a node other than the node via which user content associated with the service is provided from the application server to the at least one communication device, and - receiving (4:40) feedback information provided from the at least one communication device via the feedback node, according to the first set of instructions.
An air duct assembly for an air distribution system, wherein the air duct assembly comprises: - a substantially ashlar-formed carrier plate, which is provided to be placed on the floor surface of a room; - at least two spaced apart base feet (3, 3a), wherein the base feet (3, 3a) are provided for supporting a cover, wherein the base feet (3, 3a) are provided for spacing the cover and the carrier plate, wherein the base feet (3, 3a) are provided for a connection, in particular a material fitting connection, with the carrier plate, wherein the feet (3, 3a) define, in particular a passage area for an air flow, in particular along the carrier plate, - a cover, which is provided to be placed on at least one base foot (3, 3a), characterized in that a first air conducting cavity is formed between the carrier plate and the cover, and further comprising: - an air conducting wedge, which is provided to be inserted between the two base feet (3, 3a), and which serves, in particular, to counter a passage of the air between the two base feet (3, 3a), and which serves, in particular to divert the air flow flowing along the carrier plate. - a substantially ashlar-formed carrier plate, which is provided to be placed on the floor surface of a room; - at least two spaced apart base feet (3, 3a), wherein the base feet (3, 3a) are provided for supporting a cover, wherein the base feet (3, 3a) are provided for spacing the cover and the carrier plate, wherein the base feet (3, 3a) are provided for a connection, in particular a material fitting connection, with the carrier plate, wherein the feet (3, 3a) define, in particular a passage area for an air flow, in particular along the carrier plate, - a cover, which is provided to be placed on at least one base foot (3, 3a), - an air conducting wedge, which is provided to be inserted between the two base feet (3, 3a), and which serves, in particular, to counter a passage of the air between the two base feet (3, 3a), and which serves, in particular to divert the air flow flowing along the carrier plate.
Hydraulic actuator comprising a cylinder in which a piston secured to a rod is mounted so as to slide in a sealed manner in order to delimit in the cylinder a hydraulic extension chamber and a hydraulic retraction chamber that are connected to respective ports, the hydraulic actuator comprising means for slowing the piston when the piston approaches a retracted position, the slowing means comprising first and second hydraulic lines (7, 8) extending between the extension port and the extension chamber, the first hydraulic line comprising a seat while the piston bears a retractable finger having an end that comes to bear against the seat in order to close the first hydraulic line when the piston approaches the retracted position, such that only the second hydraulic line remains open while the piston completes its travel towards the retracted position, characterized in that the seat is preceded by a ferrule intended to cooperate with the end of the finger before the latter comes to bear against the seat in order to gradually reduce a flow cross section of the first hydraulic line.