mhurhangee/ep-ind-claims huggingface dataset:
A measuring probe comprising: a stylus (336, 436, 736) having a contact part (362,462,762) to be brought into contact with an object to be measured; a probe housing (306, 406) capable of supporting the stylus (336, 436, 736) on an axial center; a detection element (325, 425, 725, 825) capable of detecting a movement of the contact part (362, 462, 762); a plurality of supporting members (322, 324, 422, 424, 722, 724, 824) disposed in an axial direction of the probe housing (306, 406), the supporting members (322, 324, 422, 424, 722, 724, 824) allowing for an attitude change of the stylus (336, 436, 736); and a coupling shaft (326, 426, 726) configured to couple the plurality of supporting members (322, 324, 422, 424, 722, 724, 824) together, wherein the detection element (325, 425, 725, 825) is disposed in, among the plurality of supporting members (322, 324, 422, 424, 722, 724, 824), a supporting member (324, 424, 722, 824) that is farthest away from a rotational center position of rotation generated in the stylus (336, 436, 736) when a measuring force is applied to the contact part (362, 462, 762) from a direction perpendicular to the axial direction, to detect a strain amount of the supporting member (324, 424, 722, 824), wherein the stylus (336, 736) is configured to be displaceable integrally with the coupling shaft (326, 726) with respect to the probe housing. a stylus (336, 436, 736) having a contact part (362,462,762) to be brought into contact with an object to be measured; a probe housing (306, 406) capable of supporting the stylus (336, 436, 736) on an axial center; a detection element (325, 425, 725, 825) capable of detecting a movement of the contact part (362, 462, 762); a plurality of supporting members (322, 324, 422, 424, 722, 724, 824) disposed in an axial direction of the probe housing (306, 406), the supporting members (322, 324, 422, 424, 722, 724, 824) allowing for an attitude change of the stylus (336, 436, 736); and a coupling shaft (326, 426, 726) configured to couple the plurality of supporting members (322, 324, 422, 424, 722, 724, 824) together, wherein the detection element (325, 425, 725, 825) is disposed in, among the plurality of supporting members (322, 324, 422, 424, 722, 724, 824), a supporting member (324, 424, 722, 824) that is farthest away from a rotational center position of rotation generated in the stylus (336, 436, 736) when a measuring force is applied to the contact part (362, 462, 762) from a direction perpendicular to the axial direction, to detect a strain amount of the supporting member (324, 424, 722, 824), wherein
An apparatus for control of insect pests comprising: a first panel with an outer surface and an inner surface; a second panel with an outer surface and an inner surface; a plurality of latch locations located on said first panel substantially along perimeters of said first panel, a plurality of latch locations located on said second panel substantially along perimeters of said second panel, wherein said first panel and second panel are coupled at said latch locations such that the inner surface of said first panel is held against the inner surface of said second panel thereby forming a housing with an inner cavity for a pad; a slit on one side of said first panel configured to provide access for placement and replacement of said pad in said housing; a plurality of louvered vents on said first panel and second panel, said plurality of louvered vents configured to provide ventilation from said inner cavity to outside of said housing, wherein said plurality of louvered vents provide landing area for insect pests; and a hook at a top end of said housing for deployment. a first panel with an outer surface and an inner surface; a second panel with an outer surface and an inner surface; a plurality of latch locations located on said first panel substantially along perimeters of said first panel, a plurality of latch locations located on said second panel substantially along perimeters of said second panel, wherein said first panel and second panel are coupled at said latch locations such that the inner surface of said first panel is held against the inner surface of said second panel thereby forming a housing with an inner cavity for a pad; a slit on one side of said first panel configured to provide access for placement and replacement of said pad in said housing; a plurality of louvered vents on said first panel and second panel, said plurality of louvered vents configured to provide ventilation from said inner cavity to outside of said housing, wherein said plurality of louvered vents provide landing area for insect pests; and a hook at a top end of said housing for deployment.
A contact probe for a testing head of an apparatus for testing electronic devices, said probe including a body essentially extended according to a longitudinal direction between a contact tip and a contact head (30A, 30B), said contact probe comprising at least one multilayer structure, in turn including a superposition of at least one inner layer or core and a first inner coating layer that are parallel to each other, characterized in that said contact probe comprises an outer coating layer that completely covers said multilayer structure and made of a material having a higher hardness than a material realizing said core, said outer coating layer also covering edge portions (34A, 34B) of said multilayer structure, said edge portions (34A, 34B) comprising said core and said first inner coating layer.
Connecting device and side grate for fixing a pull-out guide to the side grate, in particular for baking ovens, with a holder which has at least one hook for hooking onto a horizontal strut of the side grate, and with a spring element (12, 12", 12"', 12"") by means of which the holder can be latched to the side grate, wherein the spring element (12, 12", 12"', 12"") is designed as a separate component and has a bendable spring leg for latching the holder, characterized in that the spring element 12, 12", 12"') is substantially L-shaped, wherein one leg forms the spring leg, which bears against an angular portion of the holder, and the other leg is supported on a portion of the holder that is angled off with respect to the angular portion, or the spring element (12", 12"', 12"") comprises a spiral blank composed of a flat spring.
A horizontal axis wind turbine, comprising: one rotor having a rotor blade (6b1, 6b2, 6b3); a nacelle to support the rotor; and a tower having a tower head on which the nacelle is mounted, characterized in that the wind turbine is configured to change a pitch angle of the rotor blade (6b1, 6b2, 6b3) corresponding to a change of wind direction to reverse a rotation direction of the rotor when the wind direction changes to a direction opposite to the original wind direction, without turning the nacelle by 180 degrees. one rotor having a rotor blade (6b1, 6b2, 6b3); a nacelle to support the rotor; and a tower having a tower head on which the nacelle is mounted, characterized in that the wind turbine is configured to change a pitch angle of the rotor blade (6b1, 6b2, 6b3) corresponding to a change of wind direction to reverse a rotation direction of the rotor when the wind direction changes to a direction opposite to the original wind direction, without turning the nacelle by 180 degrees.
A system, comprising: a light source having a red light source, a green light source, and a blue light source; a display having at least one pixel corresponding to image data formed from light generated from a red channel for the red light source, a green channel for the green light source, and a blue channel for the blue light source; and a controller that controls operation of the light source and the display to display the at least one pixel, the controller modifying the red channel to create a reduced red channel, modifying the green channel to create a reduced green channel, and modifying the blue channel to create a reduced blue channel, wherein the controller forms a white channel from portions removed from the red channel, the green channel, and the blue channel, such that the at least one pixel is formed by sequential presentation in any order of the white channel, the reduced red channel, the reduced green channel, and the reduced blue channel, the system being characterized by an eye-tracking camera, wherein the white channel is created upon detection by the eye-tracking camera of a threshold amount of eye movement. a light source having a red light source, a green light source, and a blue light source; a display having at least one pixel corresponding to image data formed from light generated from a red channel for the red light source, a green channel for the green light source, and a blue channel for the blue light source; and a controller that controls operation of the light source and the display to display the at least one pixel, the controller modifying the red channel to create a reduced red channel, modifying the green channel to create a reduced green channel, and modifying the blue channel to create a reduced blue channel, wherein the controller forms a white channel from portions removed from the red channel, the green channel, and the blue channel, such that the at least one pixel is formed by sequential presentation in any order of the white channel, the reduced red channel, the reduced green channel, and the reduced blue channel, the system being characterized by an eye-tracking camera, wherein the white channel is created upon detection by the eye-tracking camera of a threshold amount of eye movement.
A vehicle roof comprising a vehicle window pane, the vehicle window pane comprising a window pane body assembly, the window pane body assembly having an outer side, which faces a vehicle environment, and an inner side, which faces a vehicle interior, and a light-conducting layer and comprising an outer window pane body and an inner window pane body, which is connected to the outer window pane body via a connecting layer and forms the light-conducting layer, wherein, on its inner side, which is formed by the light-conducting layer, the window pane body assembly is provided with an illuminator on either side of a vertical longitudinal center roof plane, the illuminators being disposed on respective lateral edges of the vehicle window pane and extending in the longitudinal vehicle direction and each comprising a light source, the light of which can be coupled into the light-conducting layer, and an input coupling element disposed on the inner side of the window pane body assembly, the input coupling element coupling light emitted by the light source into the light-conducting layer and being attached to the side of the inner window pane body facing away from the outer window pane body via an adhesive layer and having a wedge-shaped cross section, the light source being disposed on a lateral surface of the input coupling element and being an LED bar.
An erectable container comprising: a container body formed from a single unitary blank configured to be erected from a collapsed orientation into an expanded orientation for receiving, transporting, and pouring a liquid, the container body in the expanded orientation having a flat base, a top, and a front wall, a rear wall, and opposing side walls (26,30) extending between the container top and base cooperating to form an interior space; a flexible bladder having an interior for storing liquid therein, the bladder being disposed in the container body interior space and the bladder including a spout having an opening in communication with the bladder interior to provide a liquid passageway thereto; said erectable container being characterized by the container body top having a first inclined portion oriented obliquely relative to the flat base extending from the rear wall up toward an apex; a handle portion of the container body extending up from the first inclined portion for transporting and manipulating the container; a second inclined portion of the container body top including an inclined wall portion oriented obliquely relative to the flat base extending from the front wall up toward the apex and including an aperture through which the spout extends. a container body formed from a single unitary blank configured to be erected from a collapsed orientation into an expanded orientation for receiving, transporting, and pouring a liquid, the container body in the expanded orientation having a flat base, a top, and a front wall, a rear wall, and opposing side walls (26,30) extending between the container top and base cooperating to form an interior space; a flexible bladder having an interior for storing liquid therein, the bladder being disposed in the container body interior space and the bladder including a spout having an opening in communication with the bladder interior to provide a liquid passageway thereto; said erectable container being characterized by the container body top having a first inclined portion oriented obliquely relative to the flat base extending from the rear wall up toward an apex; a handle portion of the container body extending up from the first inclined portion for transporting and manipulating the container; a second inclined portion of the container body top including an inclined wall portion oriented obliquely relative to the flat base extending from the front wall up toward the apex and including an aperture through which the spout extends.
A pneumatic tire comprising a tread portion defining a contact patch of the tire, wherein the tread portion is axially divided by circumferentially continuously extending main grooves (12, 12A, 12B) into a central crown land region, a pair of axially outer shoulder land regions and a pair of middle land regions therebetween, characterized in that a maximum width (w2a) of the crown land region, a maximum width (W2b) of each of the middle land regions, and a maximum width (W2c) of each of the shoulder land regions are in a range from 10 % to 16 % of the tread width, and in a 3-degree-camber-angle ground contacting state of the tire in which the tire is mounted on a standard wheel rim and inflated to a standard pressure and contacted with a flat surface by loading a standard load and leaning toward a first direction in the tire axial direction at a camber angle of 3 degrees, a position of the contact patch at which the maximum ground contact length (Lm) in the tire circumferential direction of the contact patch occurs, is positioned at an axial distance in a range from 20 % to 30 % of a maximum axial width (Wm) of the contact patch from the center position in the tire axial direction of the contact patch toward the first direction.
A method, comprising: determining motion data of a camera during capture of a time lapse image sequence according to an initial frame rate, the motion data determined using one or more sensors tracking motion of the camera while the camera captures the time lapse image sequence; converting the motion data from time domain data to frequency domain data; determining a dominant frequency in the frequency domain data comprising determining a frequency value in the frequency domain data that has the largest magnitude of a plurality of frequency values in the frequency domain data; determining a modified frame rate using the dominant frequency; capturing the time lapse image sequence according to the modified frame rate; and storing the time lapse image sequence to a storage medium. determining motion data of a camera during capture of a time lapse image sequence according to an initial frame rate, the motion data determined using one or more sensors tracking motion of the camera while the camera captures the time lapse image sequence; converting the motion data from time domain data to frequency domain data; determining a dominant frequency in the frequency domain data comprising determining a frequency value in the frequency domain data that has the largest magnitude of a plurality of frequency values in the frequency domain data; determining a modified frame rate using the dominant frequency; capturing the time lapse image sequence according to the modified frame rate; and storing the time lapse image sequence to a storage medium.
A mounting system for an exhaust gas deflector component of a power tool, comprising: a housing; a cap member fixedly secured to said housing; an exhaust gas deflector component disposed upon said cap member so as to define with said cap member an exhaust passageway (142, 144); and means disposed internally within said cap member for operatively engaging an internal portion of said exhaust gas deflector component in order to fasten said exhaust gas deflector component upon said cap member without said fastening means being visible from a position external to said exhaust gas deflector component, characterized in that said internal portion of said exhaust gas deflector component comprises a internally projecting boss member having an internally threaded bore defined therein; and said fastening means disposed internally within said cap member for operatively engaging said internally threaded bore defined within said internally projecting boss member of said exhaust gas deflector component comprises an externally threaded screw fastener. a housing; a cap member fixedly secured to said housing; an exhaust gas deflector component disposed upon said cap member so as to define with said cap member an exhaust passageway (142, 144); and means disposed internally within said cap member for operatively engaging an internal portion of said exhaust gas deflector component in order to fasten said exhaust gas deflector component upon said cap member without said fastening means being visible from a position external to said exhaust gas deflector component, characterized in that said internal portion of said exhaust gas deflector component comprises a internally projecting boss member having an internally threaded bore defined therein; and said fastening means disposed internally within said cap member for operatively engaging said internally threaded bore defined within said internally projecting boss member of said exhaust gas deflector component comprises an externally threaded screw fastener.
An imaging device comprising: a radiation detector array arranged to acquire imaging data; a computer; and a non-transitory storage medium storing instructions readable and executable by the computer to perform an image reconstruction method including: performing iterative image reconstruction of the acquired imaging data to generate a reconstructed image; and during the iterative image reconstruction, applying an edge preserving prior having a spatially varying edge preservation threshold whose value at each image voxel depends on a noise metric in a local neighborhood of the image voxel. a radiation detector array arranged to acquire imaging data; a computer; and a non-transitory storage medium storing instructions readable and executable by the computer to perform an image reconstruction method including: performing iterative image reconstruction of the acquired imaging data to generate a reconstructed image; and during the iterative image reconstruction, applying an edge preserving prior having a spatially varying edge preservation threshold whose value at each image voxel depends on a noise metric in a local neighborhood of the image voxel. performing iterative image reconstruction of the acquired imaging data to generate a reconstructed image; and during the iterative image reconstruction, applying an edge preserving prior having a spatially varying edge preservation threshold whose value at each image voxel depends on a noise metric in a local neighborhood of the image voxel.
Locking device for fixing a mixing tool in the container of a kitchen appliance, wherein the locking device comprises a tool holder, in which the mixing tool is rotatably mounted, and a fixing means of the tool holder, wherein the tool holder also has a releasing means provided for releasing the tool holder from the container, characterised in that the releasing means is a grip which is rotatably connected to the tool holder and which is able to be folded out of said tool holder.
An antenna comprising: a first conductor, a dielectric substrate disposed on the first conductor; a second conductor disposed on the dielectric substrate; and a slot portion formed in the second conductor, wherein a portion of the dielectric substrate that corresponds to the slot portion is a cavity filled with air to reduce a permittivity of the slot portion. a first conductor, a dielectric substrate disposed on the first conductor; a second conductor disposed on the dielectric substrate; and a slot portion formed in the second conductor,
A wireless power transmission system comprising: a first resonator including a first inductor and having a first resonant frequency; a second resonator including a second inductor and having the first resonant frequency; an adjustment circuit including a third inductor that receives AC power from the first inductor through a coupling with a first mutual inductance, a fourth inductor transmitting the AC power to the second inductor through a coupling with a second mutual inductance, and a capacitor being connected in series with the third inductor and the fourth inductor; and an adjuster configured to adjust at least either one of the first mutual inductance or the second mutual inductance, wherein the adjuster is configured to adjust at least either one of the first mutual inductance or the second mutual inductance such that the first mutual inductance equals the second mutual inductance, and the adjuster is configured to adjust at least either one of a first positional relationship between the first inductor and the third inductor or a second positional relationship between the second inductor and the fourth inductor. a first resonator including a first inductor and having a first resonant frequency; a second resonator including a second inductor and having the first resonant frequency; an adjustment circuit including a third inductor that receives AC power from the first inductor through a coupling with a first mutual inductance, a fourth inductor transmitting the AC power to the second inductor through a coupling with a second mutual inductance, and a capacitor being connected in series with the third inductor and the fourth inductor; and an adjuster configured to adjust at least either one of the first mutual inductance or the second mutual inductance, wherein the adjuster is configured to adjust at least either one of the first mutual inductance or the second mutual inductance such that the first mutual inductance equals the second mutual inductance, and the adjuster is configured to adjust at least either one of a first positional relationship between the first inductor and the third inductor or a second positional relationship between the second inductor and the fourth inductor.
A packaging material for lithium-ion battery comprising a substrate layer made of a plastic film, and a first adhesive layer, a metal foil layer, an anti-corrosion layer, a second adhesive layer and a sealant layer successively laminated on one surface of the substrate layer, characterized in that the plastic film has a water absorption rate of not less than 0.1% to not larger than 3% when subjected to a test described in JIS K 7209:2000, and when subjected to the following tensile test, a sample of the plastic film has a stress value in a MD direction of the sample and a stress value in a TD direction of the sample are both not larger than 110 MPa and at least one of the stress value in the MD direction of the sample and the stress value in the TD direction of the sample is not less than 70 MPa, (Tensile test) The sample is stored for 24 hours in an environment of 23°C and 40% R.H., and subjected to a tensile test in an environment of 23°C and 40% R.H. under conditions of a sample width of 6 mm, a gauge length of 35 mm and a tensile speed of 300 mm/second to measure a stress value at the time when the sample is stretched by 10% (a displacement of 3.5 mm) relative to a length of the sample prior to the tensile test.