mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: directing light toward a first end of a ceramic honeycomb body, wherein the ceramic honeycomb body comprises the first end, a second end opposite the first end, and a side surface extending from the first end to the second end; blocking a portion of the directed light by a portion of the ceramic honeycomb body; capturing an image of the ceramic honeycomb body through a lens, wherein the lens is configured to receive at least a portion of the light directed to the first end of the ceramic honeycomb body, wherein the image has a first portion composed of the second end face and a second portion composed of a portion of the side surface; aligning the ceramic honeycomb body and an optical axis of the lens to each other, wherein the aligning comprises analyzing at least a portion of the captured image, the analyzing comprises detecting the second portion in the image; and adjusting at least one of the ceramic honeycomb body or the lens by minimizing the second portion in the image indicating alignment between the ceramic honeycomb body and the optical axis of the lens. directing light toward a first end of a ceramic honeycomb body, wherein the ceramic honeycomb body comprises the first end, a second end opposite the first end, and a side surface extending from the first end to the second end; blocking a portion of the directed light by a portion of the ceramic honeycomb body; capturing an image of the ceramic honeycomb body through a lens, wherein the lens is configured to receive at least a portion of the light directed to the first end of the ceramic honeycomb body, wherein the image has a first portion composed of the second end face and a second portion composed of a portion of the side surface; aligning the ceramic honeycomb body and an optical axis of the lens to each other, wherein the aligning comprises analyzing at least a portion of the captured image, the analyzing comprises detecting the second portion in the image; and adjusting at least one of the ceramic honeycomb body or the lens by minimizing the second portion in the image indicating alignment between the ceramic honeycomb body and the optical axis of the lens. analyzing at least a portion of the captured image, the analyzing comprises detecting the second portion in the image; and adjusting at least one of the ceramic honeycomb body or the lens by minimizing the second portion in the image indicating alignment between the ceramic honeycomb body and the optical axis of the lens.
A compound comprising the structure Q-L-Y; wherein Q is a glucagon superfamily peptide; and wherein L - Y comprises the structure: wherein L is linked to an amino- or thiol-containing side chain of an amino acid of Q corresponding to position 40 of an analog of native glucagon modified to comprise a C-terminal extension of GPSSGAPPPS (SEQ ID NO: 1610), wherein said C-terminal extension represents amino acid positions 30-39; or: wherein L is linked to a thiol-containing side chain of an amino acid of Q corresponding to position 40 of an analog of native glucagon modified to comprise a C-terminal extension of GPSSGAPPPS (SEQ ID NO: 1610), wherein said C-terminal extension represents amino acid positions 30-39, and y is C 1 -C 10 alkylene, and said compound comprises the structure or or or or or or: wherein L is linked to an amino- or thiol-containing side chain of an amino acid of Q corresponding to position 40 of an analog of native glucagon modified to comprise a C-terminal extension of GPSSGAPPPS (SEQ ID NO: 1610), wherein said C-terminal extension represents amino acid positions 30-39; or: wherein L is linked to a thiol-containing side chain of an amino acid of Q corresponding to position 40 of an analog of native glucagon modified to comprise a C-terminal extension of GPSSGAPPPS (SEQ ID NO: 1610), wherein said C-terminal extension represents amino acid positions 30-39, and y is C 1 -C 10 alkylene, and said compound comprises the structure or or or or or or
Adjustable steering column for a motor vehicle, comprising: - a support assembly intended to be fixed to a vehicle chassis, - a body tube, of longitudinal axis AA, mounted to slide in the support assembly, - adjustment and blocking means able to pass from a state of adjusting the position of the body tube in the support assembly into a state of blocking the body tube in the support assembly in a desired adjusted position, - a plastically deformable energy absorption element collaborating with a deformation member secured to the body tube to deform plastically when the body tube is retracted into the support assembly following an impact transmitted to the body tube when the adjustment and blocking means are in the blocking state, - a ratchet mechanism to secure the plastically deformable element to the support assembly upon plastic deformation of the plastically deformable element, the ratchet mechanism comprising a strip fixed to the body tube, made as one piece with the tape-like plastically deformable element and collaborating with a mobile pawl, the body tube comprising a peripheral extension, of rounded shape, around which the plastically deformable element is wound, at least in part, the extension forming the deformation member. - a support assembly intended to be fixed to a vehicle chassis, - a body tube, of longitudinal axis AA, mounted to slide in the support assembly, - adjustment and blocking means able to pass from a state of adjusting the position of the body tube in the support assembly into a state of blocking the body tube in the support assembly in a desired adjusted position, - a plastically deformable energy absorption element collaborating with a deformation member secured to the body tube to deform plastically when the body tube is retracted into the support assembly following an impact transmitted to the body tube when the adjustment and blocking means are in the blocking state, - a ratchet mechanism to secure the plastically deformable element to the support assembly upon plastic deformation of the plastically deformable element, the ratchet mechanism comprising a strip fixed to the body tube, made as one piece with the tape-like plastically deformable element and collaborating with a mobile pawl, the body tube comprising a peripheral extension, of rounded shape, around which the plastically deformable element is wound, at least in part, the extension forming the deformation member.
Method for rotating a multidimensional space, executed by a device for rotating a multidimensional space, comprising: - obtaining 2D coordinates of a first point (p 1) and a second point (p 2) of a 2D visualization space input by a user, - determining a first D-dimensional vector ( p 1) and a second D-dimensional vector (p 2) by projecting said first point (p 1) and said second point (p 2) into a D-dimensional space, wherein D is equal to or greater than 4, - determining a rotation matrix in function of said first D-dimensional vector ( p 1) and said second D-dimensional vector ( p 2), wherein said D-dimensional space has a first dimension, a second dimension and D-2 other dimensions, characterized in that the 2D visualization space has D-2 predefined regions (2, 3), wherein the n th predefined region is associated with the first dimension, the second dimension and respectively the n th dimension among said D-2 other dimensions, wherein said regions comprise an inner circle and D-3 annular rings centered on an origin of the 2D visualization space, defined by D-2 predetermined distances (R 3, R 4, R 5, R 6), and wherein determining said first D-dimensional vector ( p 1) and said second D-dimensional vector (p 2) comprises: - determining (S2a) one of the regions specified by the user, and - projecting (S2b) the 2D coordinates of the first point (p 1) and the second point (p 2) on the dimensions associated with the region (2, 3) specified by the user. - obtaining 2D coordinates of a first point (p 1) and a second point (p 2) of a 2D visualization space input by a user, - determining a first D-dimensional vector ( p 1) and a second D-dimensional vector (p 2) by projecting said first point (p 1) and said second point (p 2) into a D-dimensional space, wherein D is equal to or greater than 4, - determining a rotation matrix in function of said first D-dimensional vector ( p 1) and said second D-dimensional vector ( p 2), - determining (S2a) one of the regions specified by the user, and - projecting (S2b) the 2D coordinates of the first point (p 1) and the second point (p 2) on the dimensions associated with the region (2, 3) specified by the user.
A method comprising: capturing sensor data using one or more machine sensors of a mobile machine, wherein capturing the sensor data includes: capturing satellite data from one or more satellites; and capturing an image using an imaging device that is at least partially oriented toward the one or more satellites; segmenting the image into a plurality of regions based on predicted radio frequency, RF, characteristics of objects in the image; projecting the orbital positions of the one or more satellites onto the image; calculating a set of sky scores for a set of ground positions surrounding the mobile machine based on the satellite data and the region of the segmented image onto which each of the one or more satellites is projected, wherein the set of sky scores are estimated by modeling an environment surrounding the mobile machine wherein each of the set of sky scores is indicative of an accuracy of a satellite-based position at one of the set of ground positions; and modifying a navigation of the mobile machine using the set of sky scores. capturing sensor data using one or more machine sensors of a mobile machine, wherein capturing the sensor data includes: capturing satellite data from one or more satellites; and capturing an image using an imaging device that is at least partially oriented toward the one or more satellites; capturing satellite data from one or more satellites; and capturing an image using an imaging device that is at least partially oriented toward the one or more satellites; segmenting the image into a plurality of regions based on predicted radio frequency, RF, characteristics of objects in the image; projecting the orbital positions of the one or more satellites onto the image; calculating a set of sky scores for a set of ground positions surrounding the mobile machine based on the satellite data and the region of the segmented image onto which each of the one or more satellites is projected, wherein the set of sky scores are estimated by modeling an environment surrounding the mobile machine wherein each of the set of sky scores is indicative of an accuracy of a satellite-based position at one of the set of ground positions; and modifying a navigation of the mobile machine using the set of sky scores.
An assembly for delivering an implant to a surgical site for osteosynthesis comprising: an implant (1600, 1200, 1300, 1500) having a first configuration when it is releasably attached to a delivery instrument and a second configuration when it is not attached to the delivery instrument, the implant or a portion thereof being comprised of a material that allows the implant to have multiple configurations, the implant having two or more than two means for fixation to a bone (1620, 1220, 1320), a bridge (1601, 1501) spanning between the means for fixation to a bone and having means (1210, 1211, 1310, 1311) for engaging the delivery instrument, or the delivery instrument having means for engaging the implant, or both the implant and delivery instrument having means for engaging one another, wherein the means for engaging do not impede the placement of the implant onto the bone; characterised in that the means for engaging the delivery instrument comprises projections having a lower surface (1641, 1642, 1245, 1345, 1541, 1542, 1543, 1544) that is at least partially recessed from a bottom surface (1640, 1240, 1340) of the bridge. an implant (1600, 1200, 1300, 1500) having a first configuration when it is releasably attached to a delivery instrument and a second configuration when it is not attached to the delivery instrument, the implant or a portion thereof being comprised of a material that allows the implant to have multiple configurations, the implant having two or more than two means for fixation to a bone (1620, 1220, 1320), a bridge (1601, 1501) spanning between the means for fixation to a bone and having means (1210, 1211, 1310, 1311) for engaging the delivery instrument, or the delivery instrument having means for engaging the implant, or both the implant and delivery instrument having means for engaging one another, wherein the means for engaging do not impede the placement of the implant onto the bone; characterised in that the means for engaging the delivery instrument comprises projections having a lower surface (1641, 1642, 1245, 1345, 1541, 1542, 1543, 1544) that is at least partially recessed from a bottom surface (1640, 1240, 1340) of the bridge.
A rack guide unit (15; 15R-15T) comprising: a rack guide accommodated in an accommodation portion formed in a housing through which a rack shaft meshed with a pinion shaft is passed, so as to be allowed to approach and move away from the rack shaft, the rack guide supporting the rack shaft such that the rack shaft is slidable in an axial direction of the rack shaft; a closure member secured to an external opening end of the accommodation portion, the external opening end being located on an opposite side of the accommodation portion from the rack shaft; at least one coned disc spring that is interposed between the closure member and the rack guide, and that urges the rack guide toward the rack shaft; a recessed portion formed in an opposed portion of the rack guide, the opposed portion being opposed to the closure member; and a protrusion (25; 25P-25T) that is formed on the closure member, passed though the coned disc spring, and inserted in the recessed portion, characterized in comprising a retaining protrusion (26; 37; 38; 39; 41) formed integrally with an outer periphery (25a; 25Pa-25Ta) of the protrusion (25; 25P-25T) or formed separately from the protrusion (25; 25P-25T) and attached to the outer periphery (25a; 25Pa-25Ta) of the protrusion (25; 25P-25T), and located at a position closer to a distal end of the protrusion (25; 25P-25T) than the coned disc spring is, the retaining protrusion (26; 37; 38; 39; 41) restraining the coned disc spring from coming off the protrusion (25; 25P-25T). a rack guide accommodated in an accommodation portion formed in a housing through which a rack shaft meshed with a pinion shaft is passed, so as to be allowed to approach and move away from the rack shaft, the rack guide supporting the rack shaft such that the rack shaft is slidable in an axial direction of the rack shaft; a closure member secured to an external opening end of the accommodation portion, the external opening end being located on an opposite side of the accommodation portion from the rack shaft; at least one coned disc spring that is interposed between the closure member and the rack guide, and that urges the rack guide toward the rack shaft; a recessed portion formed in an opposed portion of the rack guide, the opposed portion being opposed to the closure member; and a protrusion (25; 25P-25T) that is formed on the closure member, passed though the coned disc spring, and inserted in the recessed portion, characterized in comprising a retaining protrusion (26; 37; 38; 39; 41) formed integrally with an outer periphery (25a; 25Pa-25Ta) of the protrusion (25; 25P-25T) or formed separately from the protrusion (25; 25P-25T) and attached to the outer periphery (25a; 25Pa-25Ta) of the protrusion (25; 25P-25T), and located at a position closer to a distal end of the protrusion (25; 25P-25T) than the coned disc spring is, the retaining protrusion (26; 37; 38; 39; 41) restraining the coned disc spring from coming off the protrusion (25; 25P-25T).
An array antenna comprising: a plurality of radiating elements on a first layer thereof, the plurality of radiating elements including elements that are driven in a balanced fashion; an egg crate structure below the first layer, the egg crate structure comprising a plurality of first dielectric panels arranged in a first orientation and a plurality of second dielectric panels arranged in a second orientation and interconnected with the plurality of first panels; at least one balun disposed on at least one of the dielectric panels of the egg crate structure for use in feeding at least one of the radiating elements in the plurality of radiating elements; wherein the plurality of first dielectric panels and the plurality of second dielectric panels define a plurality of open regions within the egg crate structure, wherein at least some of the plurality of first dielectric panels and at least some of the plurality of second dielectric panels have ground plane blocks attached thereto that at least partially fill corresponding open regions in the egg crate structure; characterised in that at least some of the ground plane blocks include two sloped surfaces (80, 82) that allow the ground plane blocks to fit closely together within the open regions of the egg crate structure, wherein at least one sloped surface (80, 82) of a first ground plane block in a first open region is proximate to and substantially parallel with a sloped surface of another ground plane block in the first open region. a plurality of radiating elements on a first layer thereof, the plurality of radiating elements including elements that are driven in a balanced fashion; an egg crate structure below the first layer, the egg crate structure comprising a plurality of first dielectric panels arranged in a first orientation and a plurality of second dielectric panels arranged in a second orientation and interconnected with the plurality of first panels; at least one balun disposed on at least one of the dielectric panels of the egg crate structure for use in feeding at least one of the radiating elements in the plurality of radiating elements; wherein the plurality of first dielectric panels and the plurality of second dielectric panels define a plurality of open regions within the egg crate structure, wherein at least some of the plurality of first dielectric panels and at least some of the plurality of second dielectric panels have ground plane blocks attached thereto that at least partially fill corresponding open regions in the egg crate structure; characterised in that at least some of the ground plane blocks include two sloped surfaces (80, 82) that allow the ground plane blocks to fit closely together within the open regions of the egg crate structure, wherein at least one sloped surface (80, 82) of a first ground plane block in a first open region is proximate to and substantially parallel with a sloped surface of another ground plane block in the first open region.
A facetting area setting device for setting a facetting area so as to perform a facetting on an edge corner of an eyeglass lens which has been finished, the facetting area setting device comprising: first input means for inputting a target lens shape; display means (5, 50) for displaying a front outline graphic based on the input target lens shape; position setting means (5, 50) for setting at least three points in the displayed front outline graphic; and area setting means for setting a facetting area on the basis of the input target lens shape and the set points, wherein the area setting means sets the facetting area by joining the set points with at least one of a straight line and a curved line, characterized by second input means for inputting a position and a diameter of a hole to be formed through the lens, wherein the display means displays the set facetting area in a front outline graphic and a hole mark in the front outline graphic based on the input position and diameter of the hole. first input means for inputting a target lens shape; display means (5, 50) for displaying a front outline graphic based on the input target lens shape; position setting means (5, 50) for setting at least three points in the displayed front outline graphic; and area setting means for setting a facetting area on the basis of the input target lens shape and the set points, wherein the area setting means sets the facetting area by joining the set points with at least one of a straight line and a curved line, characterized by second input means for inputting a position and a diameter of a hole to be formed through the lens, wherein the display means displays the set facetting area in a front outline graphic and a hole mark in the front outline graphic based on the input position and diameter of the hole.
A pressure switch comprising: a pressure chamber and a moving disc, said moving disc being moveable in response to a pressure in said pressure chamber to cause contact between a moveable contact (42,44) and a fixed contact (40,46); and an orifice pack for communicating a fluid pressure into said pressure chamber, said orifice pack providing a tortuous path for a fluid flow to reach the pressure chamber, wherein said orifice pack includes at least two discs (60,68), each having at least one orifice (62,70), characterised in that one of said two discs (60,68) causes flow in a counterclockwise direction and the other of said two discs (60,68) causes the fluid to begin flowing in a clockwise direction. a pressure chamber and a moving disc, said moving disc being moveable in response to a pressure in said pressure chamber to cause contact between a moveable contact (42,44) and a fixed contact (40,46); and an orifice pack for communicating a fluid pressure into said pressure chamber, said orifice pack providing a tortuous path for a fluid flow to reach the pressure chamber, wherein said orifice pack includes at least two discs (60,68), each having at least one orifice (62,70), characterised in that one of said two discs (60,68) causes flow in a counterclockwise direction and the other of said two discs (60,68) causes the fluid to begin flowing in a clockwise direction.
Inverter for converting a DC voltage (U DC) into an AC voltage (U AC), in particular a photovoltaic inverter for high power densities, in particular power densities of 250 W/dm 3 to 500 W/dm 3, having at least one DC input, an AC output, a heat sink, a printed circuit board, a DC disconnector, a DC-DC converter, an intermediate circuit, a DC-AC converter and a housing with a front cover and a basic shell, characterized in that the electrical components of the DC-DC converter, intermediate circuit and DC-AC converter are combined into subassemblies, and at least the DC disconnector and the subassemblies of the DC-DC converter, intermediate circuit and DC-AC converter are directly arranged on the printed circuit board in a U-shaped manner corresponding to the energy flow direction from the DC input to the AC output, and that the printed circuit board is arranged with the component side facing in the direction of the base of the basic shell of the housing and with the side opposite the component side on the heat sink.