mhurhangee/ep-ind-claims huggingface dataset:
A heater comprising: a ceramic multilayer body comprising a plurality of ceramic layers that are stacked together; a heat-generating resistor having a belt shape and comprising two ends, the heat-generating resistor being disposed between the ceramic layers and arranged such that both ends are at a side surface of the ceramic multilayer body; and conductive layers having a belt shape, disposed between the ceramic layers and stacked on both end portions of the heat-generating resistor in such a manner that one end of each conductive layer is at the side surface; wherein each conductive layer comprises a first conductive layer that extends to the side surface and a second conductive layer that is adjacent to the first conductive layer, each of the first conductive layer and the second conductive layer being formed of a plurality of grains, the grains of the first conductive layer having an average grain diameter smaller than an average grain diameter of the grains of the second conductive layer. a ceramic multilayer body comprising a plurality of ceramic layers that are stacked together; a heat-generating resistor having a belt shape and comprising two ends, the heat-generating resistor being disposed between the ceramic layers and arranged such that both ends are at a side surface of the ceramic multilayer body; and conductive layers having a belt shape, disposed between the ceramic layers and stacked on both end portions of the heat-generating resistor in such a manner that one end of each conductive layer is at the side surface; wherein each conductive layer comprises a first conductive layer that extends to the side surface and a second conductive layer that is adjacent to the first conductive layer, each of the first conductive layer and the second conductive layer being formed of a plurality of grains, the grains of the first conductive layer having an average grain diameter smaller than an average grain diameter of the grains of the second conductive layer.
An elevator system comprising: a car; a hoist motor for elevating and lowering the car; a brake for limiting car movement; an input device for selecting a destination for a run; and a controller for receiving a command from the input device and for controlling operation of the hoist motor and the brake, wherein the controller has a loss reduction mode wherein the controller selects a velocity profile for the run that varies according to car load, run direction, and run distance to reduce a combined set of energy losses for the run; wherein the controller further has a normal mode in which a normal velocity profile for the run has a combined set of energy losses greater than that of the velocity profile selected in the loss reduction mode; and characterized in that a portion of the velocity profile selected in the loss reduction mode has a greater jerk value at a beginning or end of the run than a corresponding portion of the normal velocity profile selected in the normal mode for the run. a car; a hoist motor for elevating and lowering the car; a brake for limiting car movement; an input device for selecting a destination for a run; and a controller for receiving a command from the input device and for controlling operation of the hoist motor and the brake, wherein the controller has a loss reduction mode wherein the controller selects a velocity profile for the run that varies according to car load, run direction, and run distance to reduce a combined set of energy losses for the run; wherein the controller further has a normal mode in which a normal velocity profile for the run has a combined set of energy losses greater than that of the velocity profile selected in the loss reduction mode; and characterized in that a portion of the velocity profile selected in the loss reduction mode has a greater jerk value at a beginning or end of the run than a corresponding portion of the normal velocity profile selected in the normal mode for the run.
An antibody molecule which specifically binds mouse and/or human IL-17BR and which comprises: a VH domain comprising a CDR1 having the amino acid sequence of SEQ ID NO:5, a CDR2 having the amino acid sequence of SEQ ID NO:6, and a CDR3 having the amino acid sequence of SEQ ID NO:7; and, a VL domain comprising a CDR1 having the amino acid sequence of SEQ ID NO:8, a CDR2 having the amino acid sequence of SEQ ID NO:9, and a CDR3 having the amino acid sequence of SEQ ID NO:10. a VH domain comprising a CDR1 having the amino acid sequence of SEQ ID NO:5, a CDR2 having the amino acid sequence of SEQ ID NO:6, and a CDR3 having the amino acid sequence of SEQ ID NO:7; and, a VL domain comprising a CDR1 having the amino acid sequence of SEQ ID NO:8, a CDR2 having the amino acid sequence of SEQ ID NO:9, and a CDR3 having the amino acid sequence of SEQ ID NO:10.
A method for detecting aliases in a network having a plurality of devices, the method comprising: receiving a message including a message digest from a device, the message digest computed based on values for a set of Object Identifiers, OIDs, associated with the device, the OIDs being identifiers for describing the devices in a network management system, NMS; determining if the received message digest in the message is found in a database of message digests; and determining the device as an alias if the received message digest is found in the database of message digests. receiving a message including a message digest from a device, the message digest computed based on values for a set of Object Identifiers, OIDs, associated with the device, the OIDs being identifiers for describing the devices in a network management system, NMS; determining if the received message digest in the message is found in a database of message digests; and determining the device as an alias if the received message digest is found in the database of message digests.
A method comprising: determining an estimation of an original motion path of a camera that recorded a video, wherein the original motion path of the camera is a camera motion path used to record the video and extending over all frames of the video; selecting a crop window size being less than a size of a video frame of the video; determining a crop window transform to transform the original motion path of the camera to a modified motion camera path, wherein a crop window associated with the crop window transform is constrained to the crop window size, wherein the crop window transform describes a transform of the original motion path of the camera to the modified motion camera path that is smoother than the original motion path of the camera; determining a first smoothness metric indicative of a degree of smoothness of the modified motion camera path; determining whether the first smoothness metric exceeds a first predetermined threshold; and based on a determination that the first smoothness metric exceeds the first predetermined threshold, applying the crop window transform to each frame in the video to crop the video and to provide a modified video from a viewpoint of the modified motion camera path, wherein the applying of the crop window transform comprises stabilizing the video. determining an estimation of an original motion path of a camera that recorded a video, wherein the original motion path of the camera is a camera motion path used to record the video and extending over all frames of the video; selecting a crop window size being less than a size of a video frame of the video; determining a crop window transform to transform the original motion path of the camera to a modified motion camera path, wherein a crop window associated with the crop window transform is constrained to the crop window size, wherein the crop window transform describes a transform of the original motion path of the camera to the modified motion camera path that is smoother than the original motion path of the camera; determining a first smoothness metric indicative of a degree of smoothness of the modified motion camera path; determining whether the first smoothness metric exceeds a first predetermined threshold; and based on a determination that the first smoothness metric exceeds the first predetermined threshold, applying the crop window transform to each frame in the video to crop the video and to provide a modified video from a viewpoint of the modified motion camera path, wherein the applying of the crop window transform comprises stabilizing the video.
A footrest for a motorcycle comprising: - a bearing surface intended to be, in use, in contact with the sole of the driver's foot via the sole of their shoe; - a plurality of bases distributed over said bearing surface; - a bearing element being removably fixed on one of said bases, said bearing element serving, in use, as a stop for the user's foot, characterized in that the bearing element has a height of between 1.5 and 4 cm and in that the ratio between the height of the bearing element and the height of the threaded bases is between 2 and 5. - a bearing surface intended to be, in use, in contact with the sole of the driver's foot via the sole of their shoe; - a plurality of bases distributed over said bearing surface; - a bearing element being removably fixed on one of said bases, said bearing element serving, in use, as a stop for the user's foot,
A bag (20', 20") comprising a tubular body with a top open end and a bottom closed end, the tubular body having a hooking section and a disposal section, the tubular body having a larger open diameter at the top open end and a narrower open diameter adjacent to the bottom closed end, and the tubular body in a flattened two-fold condition having a pair of side edges extending from a top edge to a bottom edge, the top edge delimiting the top open end, the bottom edge delimiting the bottom closed end, wherein the pair of side edges are generally parallel to one another from the top edge to the bottom edge, and wherein at least one weld seam causes an inner narrowing of the disposal section so that a flattened two-fold width WA of the larger open diameter is larger than a flattened two-fold width WC of the narrower open diameter, and wherein the bag (20', 20") further comprises a flap adjacent to the at least one weld seam, the flap formed to the exterior of the weld seam. a tubular body with a top open end and a bottom closed end, the tubular body having a hooking section and a disposal section, the tubular body having a larger open diameter at the top open end and a narrower open diameter adjacent to the bottom closed end, and the tubular body in a flattened two-fold condition having a pair of side edges extending from a top edge to a bottom edge, the top edge delimiting the top open end, the bottom edge delimiting the bottom closed end, wherein the pair of side edges are generally parallel to one another from the top edge to the bottom edge, and wherein at least one weld seam causes an inner narrowing of the disposal section so that a flattened two-fold width WA of the larger open diameter is larger than a flattened two-fold width WC of the narrower open diameter, and wherein the bag (20', 20") further comprises a flap adjacent to the at least one weld seam, the flap formed to the exterior of the weld seam.
A multilayer piezoelectric ceramic electronic component comprising a multilayer sintered body composed of Ni-based inner electrodes and piezoelectric ceramic layers alternately stacked and sintered in a reducing atmosphere, wherein: the piezoelectric ceramic layers contain a perovskite compound containing Nb, K, Na, and Li, at least one element M1 selected from Nd and Dy, and at least one element M2 selected from Ga and Al, the perovskite compound being a main ingredient; and an element M2 content is 0.071 parts by mole or less per 1 part by mole of the Nb. the piezoelectric ceramic layers contain a perovskite compound containing Nb, K, Na, and Li, at least one element M1 selected from Nd and Dy, and at least one element M2 selected from Ga and Al, the perovskite compound being a main ingredient; and an element M2 content is 0.071 parts by mole or less per 1 part by mole of the Nb.
A compression stocking that at least covers an ankle portion (b), a lower calf portion (c) and a calf portion (d), wherein the stress when the calf portion (d) is stretched in the radial direction to a worn state, determined as described in the description, is 1 N to 7 N, the stress when the ankle portion (b) is stretched in the radial direction until it passes over the heel, determined as described in the description, is 1 N to 7 N, and initial load when the ankle portion (b) is stretched in the radial direction to an elongation rate of 10% is 1 N or less, characterized in that the elongation rate of the ankle portion (b) in the lengthwise direction during a load of 22.1 N, determined as described in the description, is 10 % to 100 %.
A lighting device, comprising: - a first wire having a first longitudinal axis; - a second wire having a second longitudinal axis, - wherein the first wire and the second wire intersect within an intersection region; - a light-emitting element arranged at the intersection region and being in electrical contact to the first wire and to the second wire, - wherein the first wire comprises a bent section arranged in the intersection region, such that a predefined minimum distance is provided between the first wire and the second wire in the intersection region, - wherein a plurality of first wires and/or a plurality of second wires is provided, intersecting at a plurality of intersecting regions, - wherein a plurality of light-emitting elements is provided, the light-emitting elements being arranged at the intersection regions, - wherein the first longitudinal axis and the second longitudinal axis are arranged substantially within the same plane, - characterized in that the second wire comprises a bent section substantially in the center between two intersection regions. - a first wire having a first longitudinal axis; - a second wire having a second longitudinal axis, - wherein the first wire and the second wire intersect within an intersection region; - a light-emitting element arranged at the intersection region and being in electrical contact to the first wire and to the second wire, - wherein the first wire comprises a bent section arranged in the intersection region, such that a predefined minimum distance is provided between the first wire and the second wire in the intersection region, - wherein a plurality of first wires and/or a plurality of second wires is provided, intersecting at a plurality of intersecting regions, - wherein a plurality of light-emitting elements is provided, the light-emitting elements being arranged at the intersection regions, - wherein the first longitudinal axis and the second longitudinal axis are arranged substantially within the same plane, - characterized in that the second wire comprises a bent section substantially in the center between two intersection regions.
Endoscope with a handle, an endoscope shaft connected to the handle, imaging optics arranged in the endoscope shaft which image an object located in the direction of view of the imaging optics in front of the endoscope shaft as an image and which to set the desired direction of view comprise a swivellably housed deflecting unit (7, 9) which is positioned at the distal end of the endoscope shaft facing away from the handle and the possible swivel range of which has a first and a second limit, an actuating element which is attached to the handle and which is mechanically connected to the deflecting unit (7, 9) and with which the swivel position of the deflecting unit (7, 9) within the swivel range can be changed in order to set a desired direction of view, as well as a sliding element which is arranged displaceable in the endoscope shaft, the proximal end of the sliding element is connected to the actuating element, wherein an actuation of the actuating element leads to a displacement of the sliding element and a first mechanical stop (61, 61') is provided against which the deflecting unit (7, 9) lies when the first limit is reached characterized in that the first stop (61, 61') is formed by distal end of the sliding element.
Vehicle door having a prefabricated outer skin module and a door bodyshell, which is a fibre-reinforced plastic component to which the prefabricated outer skin module is bolted, wherein the outer skin module comprises the following: a shell-shaped outer skin, which has a panel and a shell edge, and a one-piece module component having a) a peripherally encircling mounting frame connected to the shell edge of the outer skin and intended for fastening the outer skin to the door bodyshell of the vehicle door, b) a side impact beam for stiffening the vehicle door, and c) at least one integrally formed stiffening strut, which extends transversely with respect to a longitudinal direction of the side impact beam from the side impact beam to the mounting frame, wherein the mounting frame, the side impact beam and the at least one stiffening strut are together configured as a one-piece, unwelded unit in the form of a formed sheet-metal stamped part, and wherein the at least one stiffening strut is adhesively bonded, at least in certain portions, preferably over its entire length, to the outer skin between the side impact beam and the mounting frame. a shell-shaped outer skin, which has a panel and a shell edge, and a one-piece module component having a) a peripherally encircling mounting frame connected to the shell edge of the outer skin and intended for fastening the outer skin to the door bodyshell of the vehicle door, b) a side impact beam for stiffening the vehicle door, and c) at least one integrally formed stiffening strut, which extends transversely with respect to a longitudinal direction of the side impact beam from the side impact beam to the mounting frame, a) a peripherally encircling mounting frame connected to the shell edge of the outer skin and intended for fastening the outer skin to the door bodyshell of the vehicle door, b) a side impact beam for stiffening the vehicle door, and c) at least one integrally formed stiffening strut, which extends transversely with respect to a longitudinal direction of the side impact beam from the side impact beam to the mounting frame, wherein the mounting frame, the side impact beam and the at least one stiffening strut are together configured as a one-piece, unwelded unit in the form of a formed sheet-metal stamped part, and wherein the at least one stiffening strut is adhesively bonded, at least in certain portions, preferably over its entire length, to the outer skin between the side impact beam and the mounting frame.
An electrical contact (20, 22) alloy comprising: a mixture of copper particles and chromium particles; the copper particles to chromium particles relative to each other have a weight ratio of about 55:45; particles of a carbide present in an amount of up to 73 wt. % relative to the alloy; and sintering activation elements present in an amount of less than 0.5 wt. % to increase the density, wherein the sintering activation elements comprise cobalt, nickel, iron, nickel-iron, iron aluminide, or combinations thereof. a mixture of copper particles and chromium particles; the copper particles to chromium particles relative to each other have a weight ratio of about 55:45; particles of a carbide present in an amount of up to 73 wt. % relative to the alloy; and sintering activation elements present in an amount of less than 0.5 wt. % to increase the density, wherein the sintering activation elements comprise cobalt, nickel, iron, nickel-iron, iron aluminide, or combinations thereof.
A warning triangle for motor vehicles, comprising three arms, including a horizontal base bar and right and left bars which are provided with reflective surfaces (3, 4 and 5), and four support legs; wherein the horizontally disposed base bar has a shape of an inverted letter "T" over its entire length and is equipped, at its two end portions, with moulded receptacles for accommodating pivotable ball joints which are configured to engage upper end portions of the support legs; wherein the moulded receptacles are formed as horizontally disposed "U" profiles which have their internal shape configured for rotatably arranging therein the pivotable ball joints of the wire support legs, when their horizontal longitudinal axis is parallel to the horizontal longitudinal axis of the base bar; wherein a first, upper arm of the "U" profile defines a termination of the base bar, and a second, lower arm of the "U" profile is located below a horizontal surface of the base bar in the form of the inverted letter "T" and such that it opens in an inward direction; and wherein the moulded receptacles are provided in the form of two-part receptacles separated by an intermediate wall and closed by a plug, in the form of a horizontally disposed prism, and have an inside dimension corresponding to the diameter of the pivotable ball joint of a support leg to allow for rotational movement of the rotatable ball joint.
A method for identifying an agent that can counteract sweat malodour comprising identifying an agent that modulates the function of one or more Olfactory Receptors (ORs) selected from the group consisting of: OR52L1, OR52E8, OR52B2, OR52E1, OR52A5 and OR56A5 comprising the steps of: a) contacting all 6 of said ORs with one or more carboxylic acid(s) present in human sweat selected from the group of consisting of: butanoic acid, isovaleric acid, pentanoic acid, hexanoic acid, 2-methylhexanoic acid, 3-methylhexanoic acid, -3-methyl-2-hexenoic acid, 3-hydroxy-3-methylhexanoic acid, heptanoic acid, 2-methylheptanoic acid, octanoic acid, 4-ethyloctanoic acid, nonanoic acid, decanoic acid, undecanoic acid and benzoic acid, in the presence and in the absence of said agent under conditions permitting the binding of said carboxylic acid(s) to said ORs or permitting the activation of said ORs by said carboxylic acid(s), b) comparing the binding of all 6 of said one or more ORs to said one or more carboxylic acid(s), or the activity of said ORs, in the presence and in the absence of said agent, wherein a difference in binding or activity in the presence of said agent, relative to the binding or activity in the absence of the agent, identifies the agent as an agent that modulates the function of said one or more ORs in response to said one or more carboxylic acid(s). a) contacting all 6 of said ORs with one or more carboxylic acid(s) present in human sweat selected from the group of consisting of: butanoic acid, isovaleric acid, pentanoic acid, hexanoic acid, 2-methylhexanoic acid, 3-methylhexanoic acid, -3-methyl-2-hexenoic acid, 3-hydroxy-3-methylhexanoic acid, heptanoic acid, 2-methylheptanoic acid, octanoic acid, 4-ethyloctanoic acid, nonanoic acid, decanoic acid, undecanoic acid and benzoic acid, in the presence and in the absence of said agent under conditions permitting the binding of said carboxylic acid(s) to said ORs or permitting the activation of said ORs by said carboxylic acid(s), b) comparing the binding of all 6 of said one or more ORs to said one or more carboxylic acid(s), or the activity of said ORs, in the presence and in the absence of said agent, wherein a difference in binding or activity in the presence of said agent, relative to the binding or activity in the absence of the agent, identifies the agent as an agent that modulates the function of said one or more ORs in response to said one or more carboxylic acid(s).