mhurhangee/ep-ind-claims huggingface dataset:
An analysis module comprising: - a communication component arranged to receive scene images from a scene camera mounted on a head mounted device, the scene images corresponding to images of the environment facing the user of the head mounted device when worn by the user, - an image analysis component arranged to identify at least one predefined element from a list of predefined elements in a predefined analyzing zone of the scene images received from the scene camera, the predefined analyzing zone being a same part of each scene image, smaller than the whole scene image, and to analyze at least part of the scene images based on the identified at least one predefined element, - a head movement detection component arranged to detect head movement of the user of the head mounted device and wherein the image analysis component being arranged to analyze at least part of the scene images comprises being arranged to analyze at least part of the scene images upon detection of a stabilized head posture of the user, and - a feedback component arranged to generate feedback data based on the analyze of at least part of the scene images and to provide such data to the user of the head mounted device. - a communication component arranged to receive scene images from a scene camera mounted on a head mounted device, the scene images corresponding to images of the environment facing the user of the head mounted device when worn by the user, - an image analysis component arranged to identify at least one predefined element from a list of predefined elements in a predefined analyzing zone of the scene images received from the scene camera, the predefined analyzing zone being a same part of each scene image, smaller than the whole scene image, and to analyze at least part of the scene images based on the identified at least one predefined element, - a head movement detection component arranged to detect head movement of the user of the head mounted device and wherein the image analysis component being arranged to analyze at least part of the scene images comprises being arranged to analyze at least part of the scene images upon detection of a stabilized head posture of the user, and - a feedback component arranged to generate feedback data based on the analyze of at least part of the scene images and to provide such data to the user of the head mounted device.
A cab-over engine truck having a longitudinal direction, as seen in a normal forward direction of movement of the cab-over engine truck, the cab-over engine truck comprising: a front side comprising a front grille; a chassis comprising two parallel frame beams extending in the longitudinal direction; an engine compartment; and a driver cabin at least partially positioned over the engine compartment; the driver cabin comprising: a dashboard; a driver side A-pillar and a co-driver side A-pillar; a front windscreen frame in which a front windscreen is mounted, the front windscreen frame having a lower front windscreen frame part; a firewall positioned in vertical direction below the front windscreen, the firewall extending between and is connected to a lower part of the driver side A-pillar and to a lower part of the co-driver side A-pillar; wherein a front end of the lower front windscreen frame part is positioned in front of the firewall as seen in the normal forward direction of movement of the cab-over engine truck; characterized in that the front grille is positioned at a distance between 150 mm and 250 mm in front of the firewall as seen in the normal forward direction of movement of the cab-over engine truck; and in that the cab-over engine truck comprises crash boxes arranged in front of the two parallel frame beams of the chassis, the firewall being positioned between the crash boxes and the two parallel frame beams of the chassis. a front side comprising a front grille; a chassis comprising two parallel frame beams extending in the longitudinal direction; an engine compartment; and a driver cabin at least partially positioned over the engine compartment; the driver cabin comprising: a dashboard; a driver side A-pillar and a co-driver side A-pillar; a front windscreen frame in which a front windscreen is mounted, the front windscreen frame having a lower front windscreen frame part; a dashboard; a driver side A-pillar and a co-driver side A-pillar; a front windscreen frame in which a front windscreen is mounted, the front windscreen frame having a lower front windscreen frame part; a firewall positioned in vertical direction below the front windscreen, the firewall extending between and is connected to a lower part of the driver side A-pillar and to a lower part of the co-driver side A-pillar; wherein a front end of the lower front windscreen frame part is positioned in front of the firewall as seen in the normal forward direction of movement of the cab-over engine truck; characterized in that the front grille is positioned at a distance between 150 mm and 250 mm in front of the firewall as seen in the normal forward direction of movement of the cab-over engine truck; and in that the cab-over engine truck comprises crash boxes arranged in front of the two parallel frame beams of the chassis, the firewall being positioned between the crash boxes and the two parallel frame beams of the chassis.
A detection element (60; 120) comprising: a frame part, surrounding a hollow area, having a first vertical beam (23; 123) and a second vertical beam (24; 124); a flexible part connected to the frame part; a first detection part (67; 149) configured to output a signal responsive to an angular velocity and disposed on the first vertical beam (23; 123); wherein the flexible part includes: a horizontal beam (25; 125) having a first end connected to a center of the first vertical beam (23; 123), and a second end connected to a center of the second vertical beam (24; 124); and first to fourth arms (26, 27, 28, 29; 126, 127, 128, 129) connected to the horizontal beam (25; 1 125) and each supporting a weight (30,31,32,33;130,131,132,133); characterized in that the first vertical beam (23; 123) has a first slit (61; 134), a second slit (62; 135), and a first coupling portion (63; 136) located between the first slit (61; 134) and the second slit (62; 135) and coupled with the first end of the horizontal beam (25; 125), the second vertical beam (24; 124) has a third slit (64; 137), a fourth slit (65; 138), and a second coupling portion (66; 139) located between the third slit (64; 137) and the fourth slit (65; 138) and coupled with the second end of the horizontal beam (25; 1 125); and the first detection part (67; 149) is located on the first vertical beam (23; 123) between the first slit (61; 134) and the hollow area and a wiring is disposed on the first vertical beam (23; 123) through an area outer than the first slit (61; 134). a frame part, surrounding a hollow area, having a first vertical beam (23; 123) and a second vertical beam (24; 124); a flexible part connected to the frame part; a first detection part (67; 149) configured to output a signal responsive to an angular velocity and disposed on the first vertical beam (23; 123); a horizontal beam (25; 125) having a first end connected to a center of the first vertical beam (23; 123), and a second end connected to a center of the second vertical beam (24; 124); and first to fourth arms (26, 27, 28, 29; 126, 127, 128, 129) connected to the horizontal beam (25; 1 125) and each supporting a weight (30,31,32,33;130,131,132,133); the first vertical beam (23; 123) has a first slit (61; 134), a second slit (62; 135), and a first coupling portion (63; 136) located between the first slit (61; 134) and the second slit (62; 135) and coupled with the first end of the horizontal beam (25; 125), the second vertical beam (24; 124) has a third slit (64; 137), a fourth slit (65; 138), and a second coupling portion (66; 139) located between the third slit (64; 137) and the fourth slit (65; 138) and coupled with the second end of the horizontal beam (25; 1 125); and the first detection part (67; 149) is located on the first vertical beam (23; 123) between the first slit (61; 134) and the hollow area and a wiring is disposed on the first vertical beam (23; 123) through an area outer than the first slit (61; 134).
A cosmetics compact container having a discharge plate for evenly discharging cosmetics, the cosmetics compact container comprising: a container body formed therein with a space into which an inner container member is inserted; a container lid hinged to one side of the container body so as to be opened and closed; the inner container member mounted inside the container body, accommodated therein with the cosmetics, and mounted at an upper center thereof with a pump; a fixation member fixed to an inner periphery of the container body to fix the inner container member; a distribution plate coupled to an upper portion of the inner container member, and formed therein with a discharge channel having a ring shape; and a discharge plate coupled to an upper portion of the distribution plate, and formed therein with a plurality of outlets, wherein an outer discharge hole is formed at an outside of the discharge channel of the distribution plate and an inner discharge hole is formed at an inside of the discharge channel, and a control protrusion is formed in front of the outer discharge hole. a container body formed therein with a space into which an inner container member is inserted; a container lid hinged to one side of the container body so as to be opened and closed; the inner container member mounted inside the container body, accommodated therein with the cosmetics, and mounted at an upper center thereof with a pump; a fixation member fixed to an inner periphery of the container body to fix the inner container member; a distribution plate coupled to an upper portion of the inner container member, and formed therein with a discharge channel having a ring shape; and a discharge plate coupled to an upper portion of the distribution plate, and formed therein with a plurality of outlets, wherein an outer discharge hole is formed at an outside of the discharge channel of the distribution plate and an inner discharge hole is formed at an inside of the discharge channel, and a control protrusion is formed in front of the outer discharge hole.
A microorganism producing L-tryptophan, wherein the microorganism is modified such that a protein comprising the amino acid sequence of SEQ ID NO: 1 is expressed, wherein the modification comprises the introduction and/or activity enhancement of the protein having L-tryptophan-exporting activity.
A display apparatus, comprising: a display panel; a reflector, disposed on the display panel, wherein a color of a first side of the reflector is changeable based on a temperature thereof, and wherein the first side of the reflector is configured to reflect light incident thereon from outside the display apparatus; a heat radiator disposed on the reflector; a sensor; and a controller configured to: control the sensor to sense an illumination value of the light incident thereon from outside the display apparatus, control the heat radiator to generate heat according to the illumination value, control a temperature of the first side of the reflector based on the generated heat, and thereby change the color of the first side of the reflector according to the temperature. a display panel; a reflector, disposed on the display panel, wherein a color of a first side of the reflector is changeable based on a temperature thereof, and wherein the first side of the reflector is configured to reflect light incident thereon from outside the display apparatus; a heat radiator disposed on the reflector; a sensor; and a controller configured to: control the sensor to sense an illumination value of the light incident thereon from outside the display apparatus, control the heat radiator to generate heat according to the illumination value, control a temperature of the first side of the reflector based on the generated heat, and thereby change the color of the first side of the reflector according to the temperature. control the sensor to sense an illumination value of the light incident thereon from outside the display apparatus, control the heat radiator to generate heat according to the illumination value, control a temperature of the first side of the reflector based on the generated heat, and thereby change the color of the first side of the reflector according to the temperature.
A method for identifying an asymmetrical extreme load which is caused by a gust of wind and acts on a wind power installation, wherein the wind power installation - has a rotor having at least three rotor blades; - the rotor blades are adjustable in terms of the blade angle thereof; and - the rotor by way of the rotor blades thereof sweeps a rotor field; and the method comprises - continuous detecting of a blade load for each rotor blade; - ascertaining for at least one sector of the rotor field at least one temporal sector load profile from blade loads detected of different rotor blades with the same azimuth position, said sector load profile describing a temporal profile of a load on the rotor blades in the sector and containing a profile extrapolated for a future temporal period, wherein - the blade loads are detected or taken into account at successive detection time points which are spaced apart by a partial period in which the rotor rotates further by one rotor blade, so that successive blade loads are detected or taken into account for the respective sector; and - checking in terms of expecting an extreme load as a function of the at least one sector load profile, characterized in that - an extreme load time point at which an extreme load is expected to arise is determined, in particular wherein - the extreme load time point is determined from the at least one sector load profile. - has a rotor having at least three rotor blades; - the rotor blades are adjustable in terms of the blade angle thereof; and - the rotor by way of the rotor blades thereof sweeps a rotor field; and the method comprises - continuous detecting of a blade load for each rotor blade; - ascertaining for at least one sector of the rotor field at least one temporal sector load profile from blade loads detected of different rotor blades with the same azimuth position, said sector load profile describing a temporal profile of a load on the rotor blades in the sector and containing a profile extrapolated for a future temporal period, wherein - the blade loads are detected or taken into account at successive detection time points which are spaced apart by a partial period in which the rotor rotates further by one rotor blade, so that successive blade loads are detected or taken into account for the respective sector; and - the blade loads are detected or taken into account at successive detection time points which are spaced apart by a partial period in which the rotor rotates further by one rotor blade, so that successive blade loads are detected or taken into account for the respective sector; and - checking in terms of expecting an extreme load as a function of the at least one sector load profile, characterized in that - an extreme load time point at which an extreme load is expected to arise is determined, in particular wherein - the extreme load time point is determined from the at least one sector load profile.
Bra made of a knit, the bra comprising: a first knitted cup and a second knitted cup which are transversely aligned and which each have a hemispherical overall shape, each cup (12a, 12b) comprising a peripheral first part (30a, 30b) which is elastically stretchable and made of a knit, serving to support the bust, a stiffener-forming part which extends at least partially under each cup (12a, 12b), and a band serving to fasten the back of the bra, the stiffener forming a reinforcing band which at least partially surrounds the supporting peripheral first part (30a, 30b) of each cup (12a, 12b), the stiffener being made of a knit using a first type of stitch designed to replace an additional reinforcer and characterized in that of the first knitted cup and the second knitted cup each comprises an inner annular second part (32a, 32b) which is adjacent to the first part (30a, 30b), which is stretchable elastically transversely and vertically and which has vertical and transverse elastic stretch greater than or equal to that of the first part (30a, 30b). a first knitted cup and a second knitted cup which are transversely aligned and which each have a hemispherical overall shape, each cup (12a, 12b) comprising a peripheral first part (30a, 30b) which is elastically stretchable and made of a knit, serving to support the bust, a stiffener-forming part which extends at least partially under each cup (12a, 12b), and a band serving to fasten the back of the bra, the stiffener forming a reinforcing band which at least partially surrounds the supporting peripheral first part (30a, 30b) of each cup (12a, 12b), the stiffener being made of a knit using a first type of stitch designed to replace an additional reinforcer and characterized in that of the first knitted cup and the second knitted cup each comprises an inner annular second part (32a, 32b) which is adjacent to the first part (30a, 30b), which is stretchable elastically transversely and vertically and which has vertical and transverse elastic stretch greater than or equal to that of the first part (30a, 30b).
Glazing rebate insert (1, 1') for insertion into the frame profile of the leaf of a door or window, having a main body, which has a substantially flat upper side for exerting a supporting action on a glazing unit and having an underside, wherein there is formed integrally with at least one longitudinal side of the main body at least one resilient element (4a-d) which extends substantially in the plane of the main body, characterised in that on the underside of the main body there is formed at least one engagement structure (6a-c) which projects relative to the main body and which has at least one component that extends away from the said longitudinal side parallel to the upper side of the main body, and on the underside of the main body there is at least one recess which extends at least over a portion of the longitudinal extent of the main body, wherein a boundary surface of the recess has, at least in some regions, an orientation that departs both from a plane perpendicular to the upper side and from a plane parallel to the upper side, wherein the recess is formed so as be substantially interlockingly complementary to a glass centring element arranged in the glazing rebate of the frame profile; and wherein the engagement structure (6a-c) is configured for engaging behind a glass centring element of the frame profile, which glass centring element is arranged in the glazing rebate of the frame profile.
An exhaust gas pressure control valve (9, 19) mounted on a gas pipeline having a first cross-section where exhaust gas from engine communicates and disposed upstream or downstream of a muffler, comprising: a housing (95B, 95C, 195B) having a first cross-sectional surface and a second cross-sectional surface larger than the first surface, the housing connected to the gas pipelines and communicates the exhaust gas, wherein a height of the second cross-section becomes shorter toward downstream; a valve axis (96, 196) supported along the second cross-section not overlapping with the first cross-section when viewed from the flowing direction, the valve axis supported by the housing in a crossing direction to the flowing direction; and a valve element (92, 192B) connected to the valve axis and adjusts flow of the exhaust gas communicating to the gas pipeline; wherein the valve element (92, 192B) closes a communication path of the exhaust gas by tilting the valve element by 45 to 70 degrees to the flowing direction when the exhaust gas is not flowing from the engine, and the valve element (92, 192B) is disposed at a position not overlapping with the first cross-section and at a space where the height of the second cross-section becomes shorter, when the valve element is opened. a housing (95B, 95C, 195B) having a first cross-sectional surface and a second cross-sectional surface larger than the first surface, the housing connected to the gas pipelines and communicates the exhaust gas, wherein a height of the second cross-section becomes shorter toward downstream; a valve axis (96, 196) supported along the second cross-section not overlapping with the first cross-section when viewed from the flowing direction, the valve axis supported by the housing in a crossing direction to the flowing direction; and a valve element (92, 192B) connected to the valve axis and adjusts flow of the exhaust gas communicating to the gas pipeline; wherein the valve element (92, 192B) closes a communication path of the exhaust gas by tilting the valve element by 45 to 70 degrees to the flowing direction when the exhaust gas is not flowing from the engine, and the valve element (92, 192B) is disposed at a position not overlapping with the first cross-section and at a space where the height of the second cross-section becomes shorter, when the valve element is opened.
A hinge arrangement for doors, windows or the like, having a frame hinge member for attachment to the frame, a leaf or sash hinge member for attachment to the leaf or sash and a joint clearance adjusting device on the leaf or sash hinge member, the joint clearance adjusting device comprising an adjusting screw for joint clearance adjustment fastened to a bearing washer and comprising a screw head, a bearing bushing being provided for screwing in of the adjusting screw, the bearing washer being arranged in a washer receptacle of the leaf or sash hinge member while the part of the screw head adjoining the bearing washer is located outside the washer receptacle, and the bearing bushing being provided on a mounting plate fastened to the leaf or sash in the mounted state, the bearing washer being mounted in the washer receptacle on the one hand rotatably and on the other hand at least substantially without play transversely of the receptacle plane of the washer receptacle, the bearing washer being gripped over at at least two, in particular three or four separate bearing points and at least two, preferably three and in particular four fastening screws being provided for insertion into screw openings on the leaf or sash hinge member to clamp the bearing washer in place and, preferably, the bearing washer projecting with its edge into the region of at least one screw opening, characterised in that the diameter of the bearing washer is at least twice as great as the diameter (d) of the screw head, the diameter of the bearing washer corresponds to between 80 % and 100 % of the width of the leaf or sash hinge member, the bearing washer may be inserted for mounting into a slot opening provided on the outside of the leaf or sash hinge member into the washer receptacle, and the bearing washer inserted into the washer receptacle is connected firmly with the adjusting screw via a screw sleeve after insertion of the adjusting screw.