mhurhangee/ep-ind-claims huggingface dataset:
A device comprising one or more processors configured to: receive from one or more transceivers a wireless signal that was received from two or more antennas; determine a timing of data transmissions within the wireless signal from a serving cell; determine a timing of intervals between beam selection protocol transmissions in the wireless signal, wherein each of the intervals is a measurement gap which the device expects no transmission or reception from the serving cell; determine a testing period corresponding to an overlap of one data transmission selected from the data transmissions and one interval of the intervals; and measure a signal quality of the selected data transmission during the testing period using a candidate receive-beam setting from a plurality of predefined receive-beam settings for receiving the wireless signals via the two or more antennas. receive from one or more transceivers a wireless signal that was received from two or more antennas; determine a timing of data transmissions within the wireless signal from a serving cell; determine a timing of intervals between beam selection protocol transmissions in the wireless signal, wherein each of the intervals is a measurement gap which the device expects no transmission or reception from the serving cell; determine a testing period corresponding to an overlap of one data transmission selected from the data transmissions and one interval of the intervals; and measure a signal quality of the selected data transmission during the testing period using a candidate receive-beam setting from a plurality of predefined receive-beam settings for receiving the wireless signals via the two or more antennas.
A sterile enclosure for an electronic device, comprising: a sterile clamshell for housing an electronic device; a backplate with retaining means (36, 36', 130, 132, 210, 212, 214) for retaining the electronic device, and an attachment means (64, 112, 126, 234) for attaching the sterile enclosure to a holder (94, 102, 220); wherein the sterile clamshell comprises: a first part for receiving the electronic device; a second part whereby the first part can be closed off; fastening means for retaining the first part in its closed-off state; an opening provided in a rear wall of the clamshell, the opening for receiving the attachment means (64, 112, 126, 234); and a sterile sleeve attached to the outside of the rear wall of the clamshell, the sterile sleeve having a sleeve-opening approximately concentric with the opening provided in the rear wall of the clamshell, the sterile sleeve being adjustable between a retracted state and an extended state; wherein the backplate is received in the sterile clamshell, the attachment means (64, 112, 126, 234) protruding through the opening provided in the rear wall of the clamshell and being surrounded by the sterile sleeve. a sterile clamshell for housing an electronic device; a backplate with retaining means (36, 36', 130, 132, 210, 212, 214) for retaining the electronic device, and an attachment means (64, 112, 126, 234) for attaching the sterile enclosure to a holder (94, 102, 220); wherein the sterile clamshell comprises: a first part for receiving the electronic device; a second part whereby the first part can be closed off; fastening means for retaining the first part in its closed-off state; an opening provided in a rear wall of the clamshell, the opening for receiving the attachment means (64, 112, 126, 234); and a sterile sleeve attached to the outside of the rear wall of the clamshell, the sterile sleeve having a sleeve-opening approximately concentric with the opening provided in the rear wall of the clamshell, the sterile sleeve being adjustable between a retracted state and an extended state; a first part for receiving the electronic device; a second part whereby the first part can be closed off; fastening means for retaining the first part in its closed-off state; an opening provided in a rear wall of the clamshell, the opening for receiving the attachment means (64, 112, 126, 234); and a sterile sleeve attached to the outside of the rear wall of the clamshell, the sterile sleeve having a sleeve-opening approximately concentric with the opening provided in the rear wall of the clamshell, the sterile sleeve being adjustable between a retracted state and an extended state; wherein the backplate is received in the sterile clamshell, the attachment means (64, 112, 126, 234) protruding through the opening provided in the rear wall of the clamshell and being surrounded by the sterile sleeve.
A furniture device configured to receive the weight of a being, said furniture device comprising a holding arrangement (20, 120) and at least one section (30, 30', 130) comprising a base (2, 102), a movable plate element (4, 104), a moving mechanism (6, 10) and at least one elastic device (12, 112), the plate element (4, 104) being configured to interact with the at least one elastic device and to be moved by the moving mechanism in respect to the base in order to adjust the firmness of the at least one elastic device, the elastic device comprising a pocket (14, 114) made of a flexible sheet material, and an elastic member (18, 118), the elastic member being arranged within said pocket, the pocket being attached to adjacent pockets whereby the attachment (32, 32', 132) is formed so that adjacent elastic devices may move independently from one another along a distance, as measured from a free end of the elastic device and in a direction perpendicular to the plate member, the holding arrangement comprising a holding member (22, 122), which is fixed in relation to the base (2, 102) or the plate element (4, 104) and a connecting portion (24, 24', 124) which is arranged at the elastic device (12, 112) and which connects the holding member to the elastic member, wherein the holding member (22, 122), at each connecting portion (24, 124), is connected to only one or two elastic devices (12, 112) characterized in that the elastic member (18, 118) exhibits a first portion (18a, 118a) arranged proximal to the free end of the elastic member, a second portion (18b, 118b) being arranged distal to the free end of the elastic member and an intermediate portion (18c, 118c) arranged between the first and second portions, wherein the holding member (22, 122), via the connecting portion (24, 24', 124) is connected to the intermediate portion (18c, 118c) of the elastic member, such that, during movement of the plate element (4, 104) relative to the base (2, 102), the elastic member (18, 118) is compressed and relaxed only over the second portion (18b, 118b).
An optical surface determination method for a projection lens that receives light entering through a rear face of the projection lens, internally reflects the light twice, and then emits the light from a front face of the projection lens, the optical surface determination method characterized by comprising: setting an incoming wavefront of light that is emitted from a light source and enters the projection lens; setting an outgoing wavefront of light that is emitted from the projection lens and forms a predetermined light distribution pattern; setting a shape of the front face of the projection lens; setting a shape of an incidence region in the rear face of the projection lens, through which the incoming wavefront emitted from the light source enters the projection lens; calculating a first intermediate wavefront generated by an internal reflection by a first reflection region (14a1) of the front face of the projection lens, based on a shape of the first reflection region (14a1); calculating a second intermediate wavefront before being refracted by a refraction region (14a1) of the front face of the projection lens, based on a shape of the refraction region (14a1); and determining, as an optical surface, a shape of a second reflection region (14b1) in the rear face of the projection lens, which reflects the first intermediate wavefront and outputs the second intermediate wavefront, based on the first intermediate wavefront and the second intermediate wavefront. setting an incoming wavefront of light that is emitted from a light source and enters the projection lens; setting an outgoing wavefront of light that is emitted from the projection lens and forms a predetermined light distribution pattern; setting a shape of the front face of the projection lens; setting a shape of an incidence region in the rear face of the projection lens, through which the incoming wavefront emitted from the light source enters the projection lens; calculating a first intermediate wavefront generated by an internal reflection by a first reflection region (14a1) of the front face of the projection lens, based on a shape of the first reflection region (14a1); calculating a second intermediate wavefront before being refracted by a refraction region (14a1) of the front face of the projection lens, based on a shape of the refraction region (14a1); and determining, as an optical surface, a shape of a second reflection region (14b1) in the rear face of the projection lens, which reflects the first intermediate wavefront and outputs the second intermediate wavefront, based on the first intermediate wavefront and the second intermediate wavefront.
An image resynthesis system comprising: a source image input module for receiving a source image of a scene, the source image being captured by a vision camera; a forward warping module configured to predict, for each pixel in the source image comprising an array of pixels, a corresponding position in a target image, the forward warping module being configured to predict a forward warping field comprising an array of vectors having a vector associated with each pixel in the source image, the forward warping field being spatially aligned with the source image such that each vector defines the motion of its associated pixel; and a gap filling module configured to predict a binary mask of gaps resulting from the application of the forward warping module and fill in the gaps based on the binary mask by generating a texture image by means of predicting a pair of coordinates in the source image for each pixel in the texture image. a source image input module for receiving a source image of a scene, the source image being captured by a vision camera; a forward warping module configured to predict, for each pixel in the source image comprising an array of pixels, a corresponding position in a target image, the forward warping module being configured to predict a forward warping field comprising an array of vectors having a vector associated with each pixel in the source image, the forward warping field being spatially aligned with the source image such that each vector defines the motion of its associated pixel; and a gap filling module configured to predict a binary mask of gaps resulting from the application of the forward warping module and fill in the gaps based on the binary mask by generating a texture image by means of predicting a pair of coordinates in the source image for each pixel in the texture image.
Method for measuring a belt tension on a flat belt in a belt drive, which belt wraps around at least two belt pulleys (7, 9), which can rotate about respective rotation axes, on an inner side, characterized by the following steps: a) mounting a fork-like measuring element (10, 23) on a belt strand (17, 18) in such a way that the belt strand (17, 18) is arranged between two measuring pins (14, 15, 24) of the fork-like measuring element (10, 23), and the measuring pins (14, 15, 24) are arranged on opposite sides of the belt strand (17, 18), b) rotating the measuring element (10, 23) about an axis which is oriented parallel to a rotation axis of a belt pulley (7, 9), wherein the rotation is performed by means of a drive of the measuring element (10, 23), and recording measurement values which represent a torque which acts on the measuring element (10, 23) and a rotation angle of the measuring element, c) determining the belt tension from the measurement value for the torque and/or the measurement value for the rotation angle. a) mounting a fork-like measuring element (10, 23) on a belt strand (17, 18) in such a way that the belt strand (17, 18) is arranged between two measuring pins (14, 15, 24) of the fork-like measuring element (10, 23), and the measuring pins (14, 15, 24) are arranged on opposite sides of the belt strand (17, 18), b) rotating the measuring element (10, 23) about an axis which is oriented parallel to a rotation axis of a belt pulley (7, 9), wherein the rotation is performed by means of a drive of the measuring element (10, 23), and recording measurement values which represent a torque which acts on the measuring element (10, 23) and a rotation angle of the measuring element, c) determining the belt tension from the measurement value for the torque and/or the measurement value for the rotation angle.
A de-agglomerator for use with a breath-actuated dry powder inhaler including a dry powder delivery passageway and a dry powder reservoir for exposing a predetermined amount of dry powder to the dry powder delivery passageway, the de-agglomerator comprising: an inner wall defining a swirl chamber extending along an axis from a first end to a second end; a dry powder supply port in the first end of the swirl chamber for providing fluid communication between a dry powder delivery passageway of an inhaler and the first end of the swirl chamber; at least one inlet port in the inner wall of the swirl chamber adjacent to the first end of the swirl chamber providing fluid communication between a region exterior to the de-agglomerator and the first end of the swirl chamber; an outlet port providing fluid communication between the second end of the swirl chamber and a region exterior to the de-agglomerator; and vanes at the first end of the swirl chamber extending at least in part radially outwardly from the axis of the chamber, each of the vanes having an oblique surface facing at least in part in a direction transverse to the axis; whereby a breath induced low pressure at the outlet port causes air flows into the swirl chamber through the dry powder supply port and the inlet port, characterised in that the swirl chamber includes generally circular cross-sectional areas coaxially arranged about the axis, and the at least one inlet port extends in a direction substantially transverse to the axis and substantially tangential to the circular cross-sectional areas. an inner wall defining a swirl chamber extending along an axis from a first end to a second end; a dry powder supply port in the first end of the swirl chamber for providing fluid communication between a dry powder delivery passageway of an inhaler and the first end of the swirl chamber; at least one inlet port in the inner wall of the swirl chamber adjacent to the first end of the swirl chamber providing fluid communication between a region exterior to the de-agglomerator and the first end of the swirl chamber; an outlet port providing fluid communication between the second end of the swirl chamber and a region exterior to the de-agglomerator; and vanes at the first end of the swirl chamber extending at least in part radially outwardly from the axis of the chamber, each of the vanes having an oblique surface facing at least in part in a direction transverse to the axis; whereby a breath induced low pressure at the outlet port causes air flows into the swirl chamber through the dry powder supply port and the inlet port, characterised in that the swirl chamber includes generally circular cross-sectional areas coaxially arranged about the axis, and the at least one inlet port extends in a direction substantially transverse to the axis and substantially tangential to the circular cross-sectional areas.
A composition for use in preventing or treating a memory loss-related disease comprising a compound represented by the following formula 1 or a pharmaceutically acceptable salt thereof as an active ingredient: wherein R 1, R 2, R 3, R 4 and R 5 are each independently selected from the group consisting of hydrogen and halogen and R 1, R 2, R 3, R 4 and R 5 are not hydrogen at the same time; R 6 is H and R 7 is A 1 is selected from the group consisting of hydrogen, C 1 -C 4 alkyl and cyclopropyl,; and R 3 is methyl, ethyl, propyl or isopropyl. wherein R 1, R 2, R 3, R 4 and R 5 are each independently selected from the group consisting of hydrogen and halogen and R 1, R 2, R 3, R 4 and R 5 are not hydrogen at the same time; R 6 is H and R 7 is A 1 is selected from the group consisting of hydrogen, C 1 -C 4 alkyl and cyclopropyl,; and R 3 is methyl, ethyl, propyl or isopropyl.
A cutting insert, comprising: an upper surface; a lower surface; a side surface connected to the upper surface and the lower surface; and a cutting edge which is located along an intersection of the upper surface and the side surface, and comprises a major cutting edge, a flat cutting edge, and a minor cutting edge located between the major cutting edge and the flat cutting edge, wherein the upper surface comprises a flat part located away from the cutting edge and being perpendicular to a central axis of the cutting insert, and a rake face that is inclined downward from the cutting edge to the flat part, in at least a part between the major cutting edge and the flat part, a groove part lies along the major cutting edge and comprises the rake face and a rising face, the rising face which is inclined upward from the rake face to the flat part and connects the rake face and the flat part, characterized in further comprising a connection part where the rake face and the flat part exist continuously without a groove, the connection part extending inward of and along the minor cutting edge to a boundary of the minor cutting edge and the major cutting edge. an upper surface; a lower surface; a side surface connected to the upper surface and the lower surface; and a cutting edge which is located along an intersection of the upper surface and the side surface, and comprises a major cutting edge, a flat cutting edge, and a minor cutting edge located between the major cutting edge and the flat cutting edge, wherein the upper surface comprises a flat part located away from the cutting edge and being perpendicular to a central axis of the cutting insert, and a rake face that is inclined downward from the cutting edge to the flat part, in at least a part between the major cutting edge and the flat part, a groove part lies along the major cutting edge and comprises the rake face and a rising face, the rising face which is inclined upward from the rake face to the flat part and connects the rake face and the flat part, characterized in further comprising a connection part where the rake face and the flat part exist continuously without a groove, the connection part extending inward of and along the minor cutting edge to a boundary of the minor cutting edge and the major cutting edge.
A lane separating device for restraining, guiding back and/or decelerating vehicles coming off the carriageway, comprising separating elements, in particular concrete elements, preferably of the same shape, which are to be arranged along the carriageway or between the lanes thereof and which are arranged in a row with each other in a longitudinal direction and are connected to one another and at their end faces oriented transversely to the longitudinal direction are provided with connecting members which are anchored in the interior of the separating elements by way of reinforcing elements, wherein the connecting members engage into each other when the separating elements are placed close together at the ends and for that purpose each connecting member has an anchoring element which is J-shaped in a cross-section extending parallel to the plane of the carriageway and thereby forms a hook and which at its side remote from the hook has a holding profile opposite the free hook end, wherein the space between the holding profile and the anchoring element forms a receiving chamber for the anchoring element of the adjoining separating element, characterised in that the anchoring element in the hook-shaped region has a radially outwardly projecting support strip which is disposed in the region of the foot point of the connecting zone between the anchoring element and the holding profile of the connecting member of the respective adjoining separating element.
A material comprising at least one nonwoven layer of fibers having a thickness, a width and a length wherein the thickness of the nonwoven layer of fibers is at least one order of magnitude smaller than both the width and the length of the nonwoven layer of fibers characterized in that the at least one nonwoven layer of fibers comprises at least one textured yarn, wherein the textured yarn is a multifilament yarn comprising at least two different polymers, and that the textured yarn and/or the at least one nonwoven layer of fibers is thermally bonded by a polymer originating from the textured yarn.
Method for real-time quantification of newly-synthesized complementary deoxyribonucleic acid (cDNA) during a reverse transcription reaction of an ribonucleic acid template in a sample, the method comprising the steps of: (i) contacting a sample comprising said RNA template with a) a reverse transcriptase, and b) a fluorogenic dye recognizing RNA:cDNA hybrids with higher affinity than RNA molecules alone; (ii) reverse transcribing said RNA template under conditions permissive for the production cDNA and of the generation of double-stranded RNA/cDNA hybrids, whereby the fluorogenic dye binds to said forming RNA/cDNA hybrids; and (iii) measuring fluorescence of said fluorescent dye during the reverse transcription reaction, thereby quantifying the newly-synthesized cDNA. (i) contacting a sample comprising said RNA template with a) a reverse transcriptase, and b) a fluorogenic dye recognizing RNA:cDNA hybrids with higher affinity than RNA molecules alone; (ii) reverse transcribing said RNA template under conditions permissive for the production cDNA and of the generation of double-stranded RNA/cDNA hybrids, whereby the fluorogenic dye binds to said forming RNA/cDNA hybrids; and (iii) measuring fluorescence of said fluorescent dye during the reverse transcription reaction, thereby quantifying the newly-synthesized cDNA.