mhurhangee/ep-ind-claims huggingface dataset:
A rear lateral blind-spot warning system for a vehicle, comprising: a detection sensor installed in a vehicle, the detection sensor configured to sense an obstacle located in a rear blind spot or a lateral blind spot of the vehicle; a sequence setter configured, based on a sensing range of the detection sensor and multiple predetermined conditions, to set a sequence, among the multiple predetermined conditions, of determining whether the multiple predetermined conditions are satisfied; and a warning determiner configured to sequentially determine, based on the sequence set by the sequence setter, whether the obstacle sensed by the detection sensor satisfies the multiple predetermined conditions and to determine, based on a result of determination with regard to satisfaction of the multiple predetermined conditions, whether the sensed obstacle is a target to be monitored and, when the sensed obstacle is a target to be monitored, to generate warning signals, wherein, when the obstacle sensed by the detection sensor does not satisfy any one of the multiple predetermined conditions, the warning determiner stops sequential determination for remaining conditions of the multiple predetermined conditions and determines that the sensed obstacle is not a target to be monitored. a detection sensor installed in a vehicle, the detection sensor configured to sense an obstacle located in a rear blind spot or a lateral blind spot of the vehicle; a sequence setter configured, based on a sensing range of the detection sensor and multiple predetermined conditions, to set a sequence, among the multiple predetermined conditions, of determining whether the multiple predetermined conditions are satisfied; and a warning determiner configured to sequentially determine, based on the sequence set by the sequence setter, whether the obstacle sensed by the detection sensor satisfies the multiple predetermined conditions and to determine, based on a result of determination with regard to satisfaction of the multiple predetermined conditions, whether the sensed obstacle is a target to be monitored and, when the sensed obstacle is a target to be monitored, to generate warning signals, wherein, when the obstacle sensed by the detection sensor does not satisfy any one of the multiple predetermined conditions, the warning determiner stops sequential determination for remaining conditions of the multiple predetermined conditions and determines that the sensed obstacle is not a target to be monitored.
Vacuum arc source for arc evaporation of Boride, comprising: - a cathode made of at least 90 at-% of Boride, in particular made of more than 98 at-% of Boride - an anode - a body made of a material which is less preferred by arc discharge compared to the cathode, the body surrounding the cathode in such a way that during operation of the vacuum arc source, movement of an arc on an arc surface of the cathode is limited by the body characterized in that at least 90 at-% of the material of the anode is of the same chemical composition as the cathode. - a cathode made of at least 90 at-% of Boride, in particular made of more than 98 at-% of Boride - an anode - a body made of a material which is less preferred by arc discharge compared to the cathode, the body surrounding the cathode in such a way that during operation of the vacuum arc source, movement of an arc on an arc surface of the cathode is limited by the body
A gyratory crusher annular bearing mountable at a lower annular face of a central boss of a spider and about an outer surface of an upper region of a gyratory crusher main shaft, the bearing comprising: an annular disc-like body to project radially outward from the main shaft, the body having a bearing surface for positioning around the outer surface of the main shaft and a mounting surface for mounting at the lower annular face of the central boss; a plurality of holes spaced circumferentially around and extending through the body from the mounting surface to receive anchorage bolts for releasable attachment of the bearing to the central boss; characterised by: a flange positioned towards an inner radius of the bearing and projecting from and extending transverse or perpendicular to the disc-like body, the flange having a bearing surface for positioning around the outer surface of the main shaft and a mounting surface for positioning in contact with an inward facing surface of the central boss; wherein an uppermost region of the flange is adapted to mount a sealing gasket between the main shaft and the central boss. an annular disc-like body to project radially outward from the main shaft, the body having a bearing surface for positioning around the outer surface of the main shaft and a mounting surface for mounting at the lower annular face of the central boss; a plurality of holes spaced circumferentially around and extending through the body from the mounting surface to receive anchorage bolts for releasable attachment of the bearing to the central boss; a flange positioned towards an inner radius of the bearing and projecting from and extending transverse or perpendicular to the disc-like body, the flange having a bearing surface for positioning around the outer surface of the main shaft and a mounting surface for positioning in contact with an inward facing surface of the central boss; wherein an uppermost region of the flange is adapted to mount a sealing gasket between the main shaft and the central boss.
Passive multi-frequency damping device for damping vibrations of an aircraft, the damping device comprising: a support structure; a plurality of N damping masses of a metallic material, each one having a respective n-th mass (m n), wherein N is a natural number greater than or equal to 2, and n is a natural number from 1 to N; a plurality of N elastic elements each one having a respective n-th stiffness (k n); wherein each n-th elastic element is glued to both the support structure and a respective n-th damping mass to support said respective n-th damping mass on the support structure so that the former is free to vibrate relative to the latter; and wherein, for each n from 2 to N, each n-th damping mass of said plurality of damping masses is arranged to at least partially surround an n-1-th damping mass of said plurality of damping masses, characterized in that the first damping mass has a cylindrical shape with a first height (h 1) and with a semi-circular cross section, or it has a solid semi-cylindrical shape, and wherein each one of the remaining N-1 damping masses of said plurality of damping masses has a cylindrical shape with a respective height (h n) and with a cross-section of arc of, or sector of, annulus, or has a hollow, semi-cylindrical shape. a support structure; a plurality of N damping masses of a metallic material, each one having a respective n-th mass (m n), wherein N is a natural number greater than or equal to 2, and n is a natural number from 1 to N; a plurality of N elastic elements each one having a respective n-th stiffness (k n); wherein each n-th elastic element is glued to both the support structure and a respective n-th damping mass to support said respective n-th damping mass on the support structure so that the former is free to vibrate relative to the latter; and wherein, for each n from 2 to N, each n-th damping mass of said plurality of damping masses is arranged to at least partially surround an n-1-th damping mass of said plurality of damping masses, characterized in that the first damping mass has a cylindrical shape with a first height (h 1) and with a semi-circular cross section, or it has a solid semi-cylindrical shape, and wherein each one of the remaining N-1 damping masses of said plurality of damping masses has a cylindrical shape with a respective height (h n) and with a cross-section of arc of, or sector of, annulus, or has a hollow, semi-cylindrical shape.
Device for ionising air, which comprises a case and, in this case: - A blower, which comprises a rotor to generate a pulsed airflow and an exhaust pipe to channel this flow; - A device for producing ions, which comprises: • A high-voltage electrical generator; • At least one electrode connected to the generator and of which a free end formed of a cluster of filaments made of conductive material, extends to the right of the exhaust pipe to release ions there by corona discharge; This device being characterised in that it further comprises: - A diffuser provided: • With a pipe which extends into the extension of the exhaust pipe and delimits a compression chamber located downstream of the filaments of the at least one electrode of the ion-generating device with respect to the pulsed air flow generated, and • With an expander which extends the pipe and comprises a series of channels which extend from an inner face of the expander adjoining the compression chamber to an opposite outer face. - A blower, which comprises a rotor to generate a pulsed airflow and an exhaust pipe to channel this flow; - A device for producing ions, which comprises: • A high-voltage electrical generator; • At least one electrode connected to the generator and of which a free end formed of a cluster of filaments made of conductive material, extends to the right of the exhaust pipe to release ions there by corona discharge; • A high-voltage electrical generator; • At least one electrode connected to the generator and of which a free end formed of a cluster of filaments made of conductive material, extends to the right of the exhaust pipe to release ions there by corona discharge; - A diffuser provided: • With a pipe which extends into the extension of the exhaust pipe and delimits a compression chamber located downstream of the filaments of the at least one electrode of the ion-generating device with respect to the pulsed air flow generated, and • With an expander which extends the pipe and comprises a series of channels which extend from an inner face of the expander adjoining the compression chamber to an opposite outer face. • With a pipe which extends into the extension of the exhaust pipe and delimits a compression chamber located downstream of the filaments of the at least one electrode of the ion-generating device with respect to the pulsed air flow generated, and • With an expander which extends the pipe and comprises a series of channels which extend from an inner face of the expander adjoining the compression chamber to an opposite outer face.
A biscuit-type dowel made of a middle part and two elements (2 1, 2 2) spaced apart from one another, between which the middle part is arranged, and each of the two elements (2 1, 2 2) comprises a first end and a second end, characterized in that the two elements (2 1, 2 2) define an inner lateral surface and an outer lateral surface, which each have a topology formed; the middle part defines a first lateral surface and a second lateral surface, which each have a topology formed; and the middle part and the two elements (2 1, 2 2) interact in a formfitting and friction-locked manner, wherein the middle part nonetheless has a relative mobility between the first end and the second end of the two elements (2 1, 2 2).
A mattress, the mattress comprising: one or more climate units, the one or more climate units comprising: one or more fan units, each fan unit comprising one or more fan blades, characterized in that the one or more fan blades of the one or more fan units have an inner cavity, wherein the inner cavity of the one or more fan blades of the one or more fan units is configured such that the inner cavity is partially or fully fillable with liquid. one or more fan units, each fan unit comprising one or more fan blades, characterized in that the one or more fan blades of the one or more fan units have an inner cavity, wherein the inner cavity of the one or more fan blades of the one or more fan units is configured such that the inner cavity is partially or fully fillable with liquid.
An isolated antibody or antigen-binding fragment thereof that binds human MUC 16 within residues 14237 to 14290 of SEQ ID NO: 1899, and comprises complementarity determining regions HCDR1, HCDR2, HCDR3, LCDR1, LCDR2 and LCDR3 comprising the amino acid sequences of SEQ ID NOs: 20, 22, 24, 28, 30, and 32, respectively.
Computer implemented method for determining at least one physical and/or chemical characteristic of a keratinous surface of a user, said characteristic being a hair tone, the method comprising the steps of: - receiving data corresponding to at least one image of the keratinous surface encoded in a RGB or CMYK or another color space, said image picturing an area of the scalp of the user comprising hairs, said image being a macro image shot at a magnification ratio of 1:1 or higher, - applying a pre-processing segmentation step configured to identify at least one hair segment, - processing the image by transforming color values of the at least one identified hair segment into CIELAB color space by applying machine learning model before applying successively at least one second machine learning model trained accordingly to evaluate said characteristic of the keratinous surface from median L* values of the pixels of the at least one identified hair segment, - returning at least one numerical value corresponding to a grade of the characteristic of the keratinous surface to be determined. - receiving data corresponding to at least one image of the keratinous surface encoded in a RGB or CMYK or another color space, said image picturing an area of the scalp of the user comprising hairs, said image being a macro image shot at a magnification ratio of 1:1 or higher, - applying a pre-processing segmentation step configured to identify at least one hair segment, - processing the image by transforming color values of the at least one identified hair segment into CIELAB color space by applying machine learning model before applying successively at least one second machine learning model trained accordingly to evaluate said characteristic of the keratinous surface from median L* values of the pixels of the at least one identified hair segment, - returning at least one numerical value corresponding to a grade of the characteristic of the keratinous surface to be determined.
A method for a scheduled entity to communicate with a scheduling entity in a wireless communication network, the method comprising: obtaining a resource allocation for transmission of an acknowledgment, ACK,/negative acknowledgment, NACK, payload using implicit resource mapping based on one of a plurality of control resource sets, CORESETs, wherein the one of the plurality of control resource sets, CORESETs, is indicated in an acknowledgment resource indicator, ARI, in downlink control information, DCI; and selecting one of a plurality of resource pools associated with the one of the plurality of CORESETs, for transmission of the ACK/NACK payload; determining an ACK resource index within the resource pool after determining which ACK resource pool is to be used; identifying an ACK resource that is mapped to the ACK resource index; transmitting the ACK/NACK payload based on the obtained resource allocation. obtaining a resource allocation for transmission of an acknowledgment, ACK,/negative acknowledgment, NACK, payload using implicit resource mapping based on one of a plurality of control resource sets, CORESETs, wherein the one of the plurality of control resource sets, CORESETs, is indicated in an acknowledgment resource indicator, ARI, in downlink control information, DCI; and selecting one of a plurality of resource pools associated with the one of the plurality of CORESETs, for transmission of the ACK/NACK payload; determining an ACK resource index within the resource pool after determining which ACK resource pool is to be used; identifying an ACK resource that is mapped to the ACK resource index; transmitting the ACK/NACK payload based on the obtained resource allocation.
A solar cell comprising: a semiconductor substrate doped with first impurities; an emitter layer on a first surface of the semiconductor substrate, the emitter layer including a first portion doped with second impurities, whose conductive type is different from the first impurities, at a first doping concentration and a second portion doped with the second impurities at a second doping concentration greater than the first doping concentration; a first electrode that passes through the semiconductor substrate to extend from the first surface of the semiconductor substrate to a second surface of the semiconductor substrate and contacts the second portion of the emitter layer; and a second electrode that is positioned on the second surface of the semiconductor substrate and is electrically separated from the first electrode, characterized in that a doping depth of the second impurities in the second portion is greater than a doping depth of the second impurities in the first portion. a semiconductor substrate doped with first impurities; an emitter layer on a first surface of the semiconductor substrate, the emitter layer including a first portion doped with second impurities, whose conductive type is different from the first impurities, at a first doping concentration and a second portion doped with the second impurities at a second doping concentration greater than the first doping concentration; a first electrode that passes through the semiconductor substrate to extend from the first surface of the semiconductor substrate to a second surface of the semiconductor substrate and contacts the second portion of the emitter layer; and a second electrode that is positioned on the second surface of the semiconductor substrate and is electrically separated from the first electrode,
A method for producing elements of a digital display panel having dimensions of more than 2m by 3m, characterized in that said method comprises the following steps - determining a height and a length of a display surface of said panel as a function of an envisaged application, said height and said length being multiples of a height and a length of a standard module intended to be juxtaposed a plurality of times in order to form said display surface, - segmenting said display surface into a plurality of cabinets in a manner such that each cabinet comprises a whole number of standard modules, - determining the number and the size of frame uprights which are necessary in order to form a frame for each cabinet, - determining the number and the size of vertical uprights (15, 16) which are necessary in order to form an internal structure for said cabinets, - determining the number of bars which are necessary in order to connect said frame uprights and vertical uprights (14 - 16) of said cabinets, the size of said bars being selected as a function of said length of said standard modules; said bars comprising means for fastening said standard modules, - determining the number and type of securing elements which are necessary in order to fasten the frame uprights and vertical uprights (14 - 16) and the bars together and to connect the cabinets, said securing elements being of the screw/nut type, - producing said frame uprights from an aluminium profile, and - producing the vertical uprights (15, 16) from an aluminium profile, - each profile being selected from standard parts and cut to the desired dimensions if necessary. - determining a height and a length of a display surface of said panel as a function of an envisaged application, said height and said length being multiples of a height and a length of a standard module intended to be juxtaposed a plurality of times in order to form said display surface, - segmenting said display surface into a plurality of cabinets in a manner such that each cabinet comprises a whole number of standard modules, - determining the number and the size of frame uprights which are necessary in order to form a frame for each cabinet, - determining the number and the size of vertical uprights (15, 16) which are necessary in order to form an internal structure for said cabinets, - determining the number of bars which are necessary in order to connect said frame uprights and vertical uprights (14 - 16) of said cabinets, the size of said bars being selected as a function of said length of said standard modules; said bars comprising means for fastening said standard modules, - determining the number and type of securing elements which are necessary in order to fasten the frame uprights and vertical uprights (14 - 16) and the bars together and to connect the cabinets, said securing elements being of the screw/nut type, - producing said frame uprights from an aluminium profile, and - producing the vertical uprights (15, 16) from an aluminium profile, - each profile being selected from standard parts and cut to the desired dimensions if necessary.
Load carrier for the take-up of one or multiple transport goods in a loading space, comprising: a communication module for bidirectional communication, and multiple display elements for a pick-by-light/put-to-light system, wherein the multiple display elements comprise eye-catcher lamps, characterized in that the eye-catcher lamps are arranged so as to be distributed around the entire periphery of the load carrier, and the communication module is adapted to establish bidirectional communication with a further load carrier, wherein the display elements make a colored visualization possible across a multicolored color spectrum, and wherein the display elements include lighting sticks arranged planarly on each corner of the load carrier. a communication module for bidirectional communication, and multiple display elements for a pick-by-light/put-to-light system, wherein the multiple display elements comprise eye-catcher lamps, characterized in that the eye-catcher lamps are arranged so as to be distributed around the entire periphery of the load carrier, and the communication module is adapted to establish bidirectional communication with a further load carrier, wherein the display elements make a colored visualization possible across a multicolored color spectrum, and wherein the display elements include lighting sticks arranged planarly on each corner of the load carrier.