mhurhangee/ep-ind-claims huggingface dataset:
Floor-cleaning machine with a vehicle frame on which a chassis for moving the floor-cleaning machine over a floor area to be cleaned is provided with a support arm which extends between a first and a second end (19, 21), wherein the support arm with the first end is movably mounted on the vehicle frame so that the second end extends away from the vehicle frame, with a brush element which comprises a brush body from which one or more engagement elements extend, the free ends of which are arranged in a cleaning plane and are provided to engage with the floor surface to be cleaned, wherein the brush body is held on the second end of the support arm in a rotating manner about an axis of rotation extending perpendicularly to the cleaning plane, wherein on the upper side facing away from the cleaning plane the brush body has an annular section in a plane perpendicular to the axis of rotation and rotating about the latter, with an actuator device for rotating the brush body about the axis of rotation, with a pivoting arm extending between a first and a second end (59, 61) which can be pivoted between a first and a second end position (69, 71) about a pivoting axis, wherein on the second end of the pivoting arm a spray nozzle is provided for applying fluid to the floor area to be cleaned, characterised in that with its first end the pivoting arm is pivotably mounted about the pivoting axis, which runs parallel to the axis of rotation, on the second end of the support arm, and wherein on the pivoting arm a contact element is provided which is in contact with the annular section.
A learning method for detecting a specific object based on convolutional neural network, wherein the specific object is at least one lane on a road, comprising steps of: (a) a learning device, if an input image is obtained, performing (i) a process of applying one or more convolution operations to the input image to thereby obtain at least one specific feature map and (ii) a process of obtaining an edge image by extracting at least one edge part from the input image, and obtaining at least one guide map including information on at least one specific edge part having a specific shape similar to that of the specific object from the obtained edge image, wherein the at least one guide map is generated by applying a straight line algorithm or a curved line algorithm to the edge image and giving a large weight to a shape similar to one of the lanes when detecting the lanes; and (b) the learning device reflecting the guide map on the specific feature map to thereby obtain a segmentation result for detecting the specific object in the input image, wherein, at the step of (b), the learning device performs pixel-wise multiplication between the guide map and the specific feature map to thereby generate at least one edge-reinforced feature map and obtain the segmentation result using the at least one edge-reinforced feature map, wherein in the generated at least one edge-reinforced feature map, a large weight is given to only the at least one edge part having the specific shape similar to that of the specific object desired to be detected, or the at least one edge part having the specific shape similar to that of the specific object desired to be detected remains in the at least one edge-reinforced feature map and the other edge parts are removed from the at least one edge-reinforced feature map. (a) a learning device, if an input image is obtained, performing (i) a process of applying one or more convolution operations to the input image to thereby obtain at least one specific feature map and (ii) a process of obtaining an edge image by extracting at least one edge part from the input image, and obtaining at least one guide map including information on at least one specific edge part having a specific shape similar to that of the specific object from the obtained edge image, wherein the at least one guide map is generated by applying a straight line algorithm or a curved line algorithm to the edge image and giving a large weight to a shape similar to one of the lanes when detecting the lanes; and (b) the learning device reflecting the guide map on the specific feature map to thereby obtain a segmentation result for detecting the specific object in the input image,
A method for the production of tubular constructions, in particular support structures for offshore wind energy installations, with the steps: - arranging a plurality of tubular-construction segments (14, 20, 22, 24) on an assembly frame; - orienting the individual segments (14, 20, 22, 24) relative to one another; - welding the segments (14, 20, 22, 24). - arranging a plurality of tubular-construction segments (14, 20, 22, 24) on an assembly frame; - orienting the individual segments (14, 20, 22, 24) relative to one another; - welding the segments (14, 20, 22, 24).
A method of determining a quantity of magnetic particles enclosed in a volume, the method comprising the steps of: a) applying a first magnetic field (B 0) to said volume for magnetizing said magnetic particles, where the magnetic field (B 0) is a time-varying field having a magnitude and a frequency (f B0); b) simultaneously applying to said volume a second magnetic field (B 1) not parallel to the first magnetic field (B 0) for causing precession of the magnetic moment of the magnetized particles, the second magnetic field being an RF field having a second frequency (f B1) chosen substantially equal to the Larmor-frequency (f L) of electron spins of said magnetic particles when exposed to the first magnetic field (B 0); c) measuring a resultant magnetization originating from the volume by obtaining a voltage signal being representative for the resultant magnetization using a sensing element, the resultant magnetization being modulated by the time-varying field; d) determining at least one frequency component of the resultant magnetization f B1 ±nf B0, n=1,3,5,..., i.e. equals an odd value, by performing a discrete Fourier transform on the signal, and e) calculating a power and/or voltage of the at least one frequency component of the resultant magnetization and determining from said power and/or voltage a quantity of the magnetic particles enclosed in the volume. a) applying a first magnetic field (B 0) to said volume for magnetizing said magnetic particles, where the magnetic field (B 0) is a time-varying field having a magnitude and a frequency (f B0); b) simultaneously applying to said volume a second magnetic field (B 1) not parallel to the first magnetic field (B 0) for causing precession of the magnetic moment of the magnetized particles, the second magnetic field being an RF field having a second frequency (f B1) chosen substantially equal to the Larmor-frequency (f L) of electron spins of said magnetic particles when exposed to the first magnetic field (B 0); c) measuring a resultant magnetization originating from the volume by obtaining a voltage signal being representative for the resultant magnetization using a sensing element, the resultant magnetization being modulated by the time-varying field; d) determining at least one frequency component of the resultant magnetization f B1 ±nf B0, n=1,3,5,..., i.e. equals an odd value, by performing a discrete Fourier transform on the signal, and e) calculating a power and/or voltage of the at least one frequency component of the resultant magnetization and determining from said power and/or voltage a quantity of the magnetic particles enclosed in the volume.
A converter furnace comprising: an iron cladding whose furnace bottom includes a tuyere; a furnace-bottom refractory disposed inside the iron cladding; and a bottom-blowing plug for spouting a gas to a metallic molten metal within the furnace, the bottom-blowing plug including: a plug body disposed in the furnace-bottom refractory and having: an upper face facing opposite to the metallic molten metal, a lower face positioned back to back with the upper face, and through bores opening respectively in the upper face and the lower face for spouting the gas into the metallic molten metal; and a gas supply conduit installed to a downside of the plug body to supply the gas to the through bores, wherein some or all of the gas supply conduit includes a bending/folding-free conduit, characterized in that the bending/folding-free conduit comprises a thin-thickness pipe and a member wound spirally around the thin-thickness pipe on the outer periphery. a plug body disposed in the furnace-bottom refractory and having: an upper face facing opposite to the metallic molten metal, a lower face positioned back to back with the upper face, and through bores opening respectively in the upper face and the lower face for spouting the gas into the metallic molten metal; and a gas supply conduit installed to a downside of the plug body to supply the gas to the through bores, wherein some or all of the gas supply conduit includes a bending/folding-free conduit, characterized in that the bending/folding-free conduit comprises a thin-thickness pipe and a member wound spirally around the thin-thickness pipe on the outer periphery.
A method in a server for reducing an amount of display data to be transmitted to a remote client terminal, the method comprising: updating a queue, held by a video adapter driver in the server, comprising a list of completed drawing primitives upon execution of the drawing primitives into a primary framebuffer in the server which is used to store the display data; receiving a request from a display encoder in the server for a list of drawing primitives that corresponds to updated display data in a secondary framebuffer in the server which is used by the display encoder to transmit the display data to the remote client terminal; extracting the requested list of drawing primitives from the queue; providing the requested list of drawing primitives to the display encoder; determining a first bandwidth usage for transmitting, from the server to the remote client terminal, a drawing primitive from the requested list of drawing primitives extracted from the queue, and a second bandwidth usage for instead transmitting the updated display data corresponding to the drawing primitive from the secondary framebuffer; and selectively transmitting, by the display encoder to the remote client terminal, either the drawing primitive extracted from the queue, or the updated display data corresponding to the drawing primitive from the secondary framebuffer, according to a lesser of the first or second bandwidth usage. updating a queue, held by a video adapter driver in the server, comprising a list of completed drawing primitives upon execution of the drawing primitives into a primary framebuffer in the server which is used to store the display data; receiving a request from a display encoder in the server for a list of drawing primitives that corresponds to updated display data in a secondary framebuffer in the server which is used by the display encoder to transmit the display data to the remote client terminal; extracting the requested list of drawing primitives from the queue; providing the requested list of drawing primitives to the display encoder; determining a first bandwidth usage for transmitting, from the server to the remote client terminal, a drawing primitive from the requested list of drawing primitives extracted from the queue, and a second bandwidth usage for instead transmitting the updated display data corresponding to the drawing primitive from the secondary framebuffer; and selectively transmitting, by the display encoder to the remote client terminal, either the drawing primitive extracted from the queue, or the updated display data corresponding to the drawing primitive from the secondary framebuffer, according to a lesser of the first or second bandwidth usage.
A controller for a lighting system including a plurality of lighting devices having different dim level capabilities, the controller configured to: determine the dim level capability for each of the plurality of lighting devices, wherein the dim level capability of a lighting device relates to a minimum amount of luminous output that the lighting device is capable of producing; determine positions of each of the plurality of lighting devices in the lighting system, each respective position comprising a respective distance of the respective lighting device relative to a target location in a space housing the lighting system; and create a light scene with the lighting system having a defined dim level, the defined dim level having a luminous output lower than a combined minimum luminous output of the plurality of lighting devices, characterised by: selecting a subset of lighting devices from the plurality of lighting devices based on the determined dim level capabilities of the plurality of lighting devices and based on the respective distances of the lighting devices relative to said target location, and controlling the luminous output of the subset of lighting devices such that a combined luminous output of the subset of lighting devices has the defined dim level. determine the dim level capability for each of the plurality of lighting devices, wherein the dim level capability of a lighting device relates to a minimum amount of luminous output that the lighting device is capable of producing; determine positions of each of the plurality of lighting devices in the lighting system, each respective position comprising a respective distance of the respective lighting device relative to a target location in a space housing the lighting system; and create a light scene with the lighting system having a defined dim level, the defined dim level having a luminous output lower than a combined minimum luminous output of the plurality of lighting devices, characterised by: selecting a subset of lighting devices from the plurality of lighting devices based on the determined dim level capabilities of the plurality of lighting devices and based on the respective distances of the lighting devices relative to said target location, and controlling the luminous output of the subset of lighting devices such that a combined luminous output of the subset of lighting devices has the defined dim level. selecting a subset of lighting devices from the plurality of lighting devices based on the determined dim level capabilities of the plurality of lighting devices and based on the respective distances of the lighting devices relative to said target location, and controlling the luminous output of the subset of lighting devices such that a combined luminous output of the subset of lighting devices has the defined dim level.
A topical skin treatment formulation containing salicylic acid dissolved in a solvent system, wherein the solvent system comprises: (i) dimethyl isosorbide; (ii) a C1 to C9 alkyl salicylate; and (iii) a glyceryl fatty acid ester. (i) dimethyl isosorbide; (ii) a C1 to C9 alkyl salicylate; and (iii) a glyceryl fatty acid ester.
Measuring system for determining the position of a piston rod of a pressure medium cylinder relative to a reference point, wherein the measuring system has a code track that is applied to the piston rod, runs along the piston rod and is formed by grooves and plateaus running in the circumferential direction in a base material of the piston rod, and wherein the measuring system has at least a first sensor system that is stationary relative to the reference point and has a plurality of sensor elements that are arranged parallel to and radially spaced from the piston rod, and wherein each sensor element scans a limited number of code elements (16, 18, 20), characterized in that, to form the code track, at least trinary code elements (16, 18, 20) are used, which form a De Bruijn sequence and/or a De Bruijn subsequence.
Heating element for windscreen wiper for a vehicle, in particular a motor vehicle, including an electrical heating conductor circuit (120, 220) and a support (118, 218) of that circuit, the circuit including at least one loop (122, 222) the ends of which are connected to electrical power supply terminals (126, 128, 226, 228), characterized in that said at least one loop includes at least one fusible portion (F1, F2, F3) in which the section and/or the material of the conductor of that loop is different from that or those of the conductor of the rest of the loop.
A method comprising: receiving, by a wireless device, an uplink grant for a licensed assisted access cell, the uplink grant comprising: a physical uplink shared channel starting position field indicating a physical uplink shared channel starting position in a subframe of the licensed assisted access cell; and a listen-before-talk type field indicating at least one of a first listen-before-talk type or a second listen-before-talk type for the subframe; determining, at least based on uplink transmissions by the wireless device in a preceding adjacent subframe of the licensed assisted access cell, to: ignore the listen-before-talk type field in the uplink grant; and transmit uplink signals in the subframe without performing a listen-before-talk procedure for the subframe, regardless of the listen-before-talk type field indicating the first listen-before-talk type or the second listen-before-talk type; and transmitting, via the licensed assisted access cell, the uplink signals in the subframe. receiving, by a wireless device, an uplink grant for a licensed assisted access cell, the uplink grant comprising: a physical uplink shared channel starting position field indicating a physical uplink shared channel starting position in a subframe of the licensed assisted access cell; and a listen-before-talk type field indicating at least one of a first listen-before-talk type or a second listen-before-talk type for the subframe; a physical uplink shared channel starting position field indicating a physical uplink shared channel starting position in a subframe of the licensed assisted access cell; and a listen-before-talk type field indicating at least one of a first listen-before-talk type or a second listen-before-talk type for the subframe; determining, at least based on uplink transmissions by the wireless device in a preceding adjacent subframe of the licensed assisted access cell, to: ignore the listen-before-talk type field in the uplink grant; and transmit uplink signals in the subframe without performing a listen-before-talk procedure for the subframe, regardless of the listen-before-talk type field indicating the first listen-before-talk type or the second listen-before-talk type; and ignore the listen-before-talk type field in the uplink grant; and transmit uplink signals in the subframe without performing a listen-before-talk procedure for the subframe, regardless of the listen-before-talk type field indicating the first listen-before-talk type or the second listen-before-talk type; and transmitting, via the licensed assisted access cell, the uplink signals in the subframe.
A diagnostically useful carrier comprising a means for specifically capturing an antibody to p21 from Echinococcus multilocularis in a sample from a subject, wherein the carrier further comprises (a) means for specifically capturing antibodies to one or more polypeptides of p7 and p16/18 from Echinococcus multilocularis, and (b) means for specifically capturing antibodies to one or more polypeptides of AgB8/1a set forth in SEQ ID NO:1, AgB8/1b set forth in SEQ ID NO:2, AgB8/2 set forth in SEQ ID NO:3, AgB8/3 set forth in SEQ ID NO:4, AgB8/4a set forth in SEQ ID NO:5 and AgB8/4b set forth in SEQ ID NO:6 from Echinococcus granulosus, and Em18 set forth in SEQ ID NO:7 and Em95 set forth in SEQ ID NO:8 from Echinococcus multilocularis, wherein p21 is a polypeptide having an apparent molecular weight of 21 kDa as judged by SDS PAGE under reducing conditions. (a) means for specifically capturing antibodies to one or more polypeptides of p7 and p16/18 from Echinococcus multilocularis, and (b) means for specifically capturing antibodies to one or more polypeptides of AgB8/1a set forth in SEQ ID NO:1, AgB8/1b set forth in SEQ ID NO:2, AgB8/2 set forth in SEQ ID NO:3, AgB8/3 set forth in SEQ ID NO:4, AgB8/4a set forth in SEQ ID NO:5 and AgB8/4b set forth in SEQ ID NO:6 from Echinococcus granulosus, and Em18 set forth in SEQ ID NO:7 and Em95 set forth in SEQ ID NO:8 from Echinococcus multilocularis,
A power plant comprising an energy converter for converting heat energy to another form of energy with use of a working fluid, and a heat exchanger for rejecting heat from working fluid, wherein the plant comprises a secondary circuit for providing coolant to the heat exchanger, said secondary circuit comprising: a store arranged to store coolant, a secondary heat exchanger for rejecting heat to ambient air, a coolant diverter (6, 9, 12), a controller configured to route coolant from the working fluid heat exchanger to: (a) the store in order to reject heat to the store, (b) the secondary heat exchanger, and to (d) choose (a) or (b) according to which provides more effective heat rejection from the coolant. a store arranged to store coolant, a secondary heat exchanger for rejecting heat to ambient air, a coolant diverter (6, 9, 12), a controller configured to route coolant from the working fluid heat exchanger to: (a) the store in order to reject heat to the store, (b) the secondary heat exchanger, and to (d) choose (a) or (b) according to which provides more effective heat rejection from the coolant. (a) the store in order to reject heat to the store, (b) the secondary heat exchanger, and to (d) choose (a) or (b) according to which provides more effective heat rejection from the coolant.
A compound for use in treating epilepsy or an epileptic seizure disorder in a human subject, wherein the compound is selected from norfenfluramine and a pharmaceutically acceptable salt thereof, and wherein the norfenfluramine or a pharmaceutically acceptable salt thereof comprises -norfenfluramine or a pharmaceutically acceptable salt thereof at an enantiomeric excess (ee) greater than 80%.
A process for separately generating chlorous acid and chlorine dioxide which comprises the steps of (a) generating chlorous acid from an aqueous chlorite salt solution, an aqueous chlorate salt solution, or a combination thereof and then (b) separately contacting the chlorous acid obtained from step (a) with a catalytic material selected from the group consisting of platinum, palladium, manganese dioxide, and carbon, in a moist environment to form chlorine dioxide.
A method of wireless communication by a first wireless device, comprising: determining a target wake time, TWT, schedule; and broadcasting a message that comprises the TWT schedule to a plurality of wireless devices, characterised in that the message includes a broadcast indicator that indicates the TWT schedule is a broadcast TWT schedule. determining a target wake time, TWT, schedule; and broadcasting a message that comprises the TWT schedule to a plurality of wireless devices, characterised in that the message includes a broadcast indicator that indicates the TWT schedule is a broadcast TWT schedule.