mhurhangee/ep-ind-claims huggingface dataset:
A peptide ligand which binds to Nectin-4 present on a cancer cell, comprising a polypeptide comprising at least three reactive groups, separated by at least two loop sequences, and a molecular scaffold which forms covalent bonds with the reactive groups of the polypeptide such that at least two polypeptide loops are formed on the molecular scaffold, or a pharmaceutically acceptable salt thereof; characterised in that said polypeptide is a modified derivative of CP [dD]CM[HArg]DWSTP[HyP]WC; wherein one or more cysteine residues is replaced with a reactive group selected from 3-mercaptopropionic acid, cysteamine and penicillamine; wherein 1Nal represents 1-naphthylalanine, HArg represents homoarginine and HyP represents hydroxyproline. characterised in that said polypeptide is a modified derivative of CP [dD]CM[HArg]DWSTP[HyP]WC; wherein one or more cysteine residues is replaced with a reactive group selected from 3-mercaptopropionic acid, cysteamine and penicillamine; wherein 1Nal represents 1-naphthylalanine, HArg represents homoarginine and HyP represents hydroxyproline.
A light detection and ranging, LIDAR, apparatus, comprising: a first beam scanner that includes a mechanically controlled laser beam reflector configured to scan a first area in one or more of a first plurality of scan patterns; and a second diffraction-based beam scanner configured to scan a second area in one or more of a second plurality of scan patterns different from said one or more of the first plurality of scan patterns, wherein the first area is wider than the second area, and wherein the second diffraction-based beam scanner is configured for foveation; and means for controlling the first beam scanner and the second diffraction-based beam scanner for scanning, comprising: means for driving the first beam scanner to scan the first area; means for obtaining target data from the first beam scanner based on reflections from one or more targets included in the first area; means for determining which of the one or more targets are targets of interest; and means for driving the second diffraction-based beam scanner to spots within the second area to monitor the targets of interest. a first beam scanner that includes a mechanically controlled laser beam reflector configured to scan a first area in one or more of a first plurality of scan patterns; and a second diffraction-based beam scanner configured to scan a second area in one or more of a second plurality of scan patterns different from said one or more of the first plurality of scan patterns, wherein the first area is wider than the second area, and wherein the second diffraction-based beam scanner is configured for foveation; and means for controlling the first beam scanner and the second diffraction-based beam scanner for scanning, comprising: means for driving the first beam scanner to scan the first area; means for obtaining target data from the first beam scanner based on reflections from one or more targets included in the first area; means for determining which of the one or more targets are targets of interest; and means for driving the second diffraction-based beam scanner to spots within the second area to monitor the targets of interest. means for driving the first beam scanner to scan the first area; means for obtaining target data from the first beam scanner based on reflections from one or more targets included in the first area; means for determining which of the one or more targets are targets of interest; and means for driving the second diffraction-based beam scanner to spots within the second area to monitor the targets of interest.
Tyre comprising a polymeric composition comprising at least one block thermoplastic elastomer comprising at least one elastomer block and at least one thermoplastic block, in which each elastomer block comprises at least 70% by weight of units resulting from isoprene, with respect to the weight of said elastomer block, and said thermoplastic block comprises 65% to 80% by weight of units resulting from one or more styrenic monomers and 10% to 35% by weight of units resulting from diphenylethylene, with respect to the weight of said thermoplastic block.
An imaging apparatus for a robot picking system comprising: a plurality of imaging sections (101A and 101B) that images an imaging region; a parallax information generator that generates parallax information based on a plurality of images imaged by the plurality of imaging sections (101A and 101B); and an exposure amount controller (203 and 204) that determines an exposure amount for use in the plurality of imaging sections (101A and 101B) in a subsequent imaging operation to increase a number of valid parallax values contained in a parallax value group of an image portion showing a target in the imaging region, wherein the exposure amount controller (203 and 204) executes parallax information obtaining control that obtains the parallax information corresponding to a plurality of exposure amounts generated based on the images imaged by the imaging sections with the plurality of exposure amounts, and characterized in that the exposure amount controller (203 and 204) executes exposure amount identifying control that identifies the exposure amount corresponding to the parallax information having a maximum number of valid parallax values in the obtained parallax information to determine the exposure amount for use in the imaging sections in the subsequent imaging operation based on the identified exposure amount. a plurality of imaging sections (101A and 101B) that images an imaging region; a parallax information generator that generates parallax information based on a plurality of images imaged by the plurality of imaging sections (101A and 101B); and an exposure amount controller (203 and 204) that determines an exposure amount for use in the plurality of imaging sections (101A and 101B) in a subsequent imaging operation to increase a number of valid parallax values contained in a parallax value group of an image portion showing a target in the imaging region, wherein the exposure amount controller (203 and 204) executes parallax information obtaining control that obtains the parallax information corresponding to a plurality of exposure amounts generated based on the images imaged by the imaging sections with the plurality of exposure amounts, and characterized in that the exposure amount controller (203 and 204) executes exposure amount identifying control that identifies the exposure amount corresponding to the parallax information having a maximum number of valid parallax values in the obtained parallax information to determine the exposure amount for use in the imaging sections in the subsequent imaging operation based on the identified exposure amount.
Composition resulting from polymerization, in the presence of a catalyst or initiating system, of at least (i) a C 4 -C 6 conjugated diene or a C 15 hydrocarbon having at least one olefinic functional group, (ii) a C 5 olefin mixture, and optionally (iii) an optionally substituted vinyl aromatic, said composition having a glass transition temperature Tg above 35°C, wherein said C 5 olefin mixture contains at least 5wt% of an olefin mixture comprising (a) 2-methyl-but-2-ene, (b) 2-methyl-but-1-ene and (c) 3-methyl-but-1-ene. (i) a C 4 -C 6 conjugated diene or a C 15 hydrocarbon having at least one olefinic functional group, (ii) a C 5 olefin mixture, and optionally (iii) an optionally substituted vinyl aromatic,
A roof box comprising: - a housing with a main cavity for housing sheet material, said housing having front and rear end walls (4, 5), and opposing side walls, connection means for connecting the housing to a vehicle, and an opening through which sheet material can be introduced into the main cavity; the roof box further comprising a pair of elongate secondary side cavities and a front wall member provided on top of the main cavity to create a loading space therebetween, the front wall member having one or more drainage openings for draining any water from said loading space, characterised in that two drainage openings are provided. a housing with a main cavity for housing sheet material, said housing having front and rear end walls (4, 5), and opposing side walls, connection means for connecting the housing to a vehicle, and an opening through which sheet material can be introduced into the main cavity; the roof box further comprising a pair of elongate secondary side cavities and a front wall member provided on top of the main cavity to create a loading space therebetween, the front wall member having one or more drainage openings for draining any water from said loading space, characterised in that two drainage openings are provided.
Box, in particular of an alarm system, comprising a first and a second part connected by hinging means and equipped with a locking means, this locking means comprising: a sliding bolt mounted to slide along the said first part between a locked position and an unlocked position, and having at least one locking pin capable of cooperating, in the locked position, with a latching portion of said second part, a means of returning the sliding bolt to said locked position, and a rocker mounted to pivot on said first part and having an actuating arm, which cooperates with said sliding bolt, and a returning arm, such that, when returning arm is moved, rocker pivots and its actuating arm moves the sliding bolt to its unlocked position. a sliding bolt mounted to slide along the said first part between a locked position and an unlocked position, and having at least one locking pin capable of cooperating, in the locked position, with a latching portion of said second part, a means of returning the sliding bolt to said locked position, and a rocker mounted to pivot on said first part and having an actuating arm, which cooperates with said sliding bolt, and a returning arm, such that, when returning arm is moved, rocker pivots and its actuating arm moves the sliding bolt to its unlocked position.
A method of assessing a histological stain, the method comprising: a) measuring on a spectrophotometer an absorbance spectrum of the histological stain over a predefined range; b) identifying one or more wavelengths of peak absorbance from the measured spectrum; c) comparing the one or more identified wavelengths of peak absorbance to a library comprising reference wavelengths of peak absorbance for a plurality of histological stains; and d) determining the identity of the histological stain based on the comparison. a) measuring on a spectrophotometer an absorbance spectrum of the histological stain over a predefined range; b) identifying one or more wavelengths of peak absorbance from the measured spectrum; c) comparing the one or more identified wavelengths of peak absorbance to a library comprising reference wavelengths of peak absorbance for a plurality of histological stains; and d) determining the identity of the histological stain based on the comparison.
A protocol layer distribution indication method applied to a cloud radio access network, C-RAN, architecture, comprising: determining, by a distributed unit DU in the C-RAN, a protocol layer distribution manner between a central unit CU and the DU in the C-RAN; generating, by the DU, protocol layer distribution information based on the protocol layer distribution manner, wherein the protocol layer distribution information comprises uplink protocol layer distribution information and downlink protocol layer distribution information; and sending, by the DU, the protocol layer distribution information to the CU, wherein the sending, by the DU, the protocol layer distribution information to the CU comprises: sending, by the DU, a DU addition request to the CU, wherein the DU addition request comprises the protocol layer distribution information. determining, by a distributed unit DU in the C-RAN, a protocol layer distribution manner between a central unit CU and the DU in the C-RAN; generating, by the DU, protocol layer distribution information based on the protocol layer distribution manner, wherein the protocol layer distribution information comprises uplink protocol layer distribution information and downlink protocol layer distribution information; and sending, by the DU, the protocol layer distribution information to the CU, wherein the sending, by the DU, the protocol layer distribution information to the CU comprises: sending, by the DU, a DU addition request to the CU, wherein the DU addition request comprises the protocol layer distribution information.
A vaccine for use in a method of vaccination against RSV infection, the vaccine comprising an immunogenic composition and an adjuvant, characterized in that the immunogenic composition consists of the ectodomain of the small hydrophobic protein of a Respiratory Syncytial Virus and a carrier, wherein the carrier is a molecule that is heterologous to the small hydrophobic protein of the Respiratory Syncytial Virus and further wherein said ectodomain is chemically or genetically linked to the carrier.
A luminaire comprising: an outcoupling component having a base cross-section area A; and an OLED having an emissive area in the range of 0.6A - 0.9A, the emissive area of the OLED having an outline shape substantially equivalent to the cross-sectional shape of the outcoupling component; wherein the outcoupling component is an ellipsoidal outcoupling component or has a form factor of a dome or a hemisphere, with a flat base in contact with the emissive area of the OLED and a curved portion; and wherein the outcoupling component is configured to refract light from. the OLED with an angle of refraction to provide a magnification effect such that the OLED appears to fill the outcoupling component when viewed at less than 3 m, or from a distance in a range of 1-5 m. an outcoupling component having a base cross-section area A; and an OLED having an emissive area in the range of 0.6A - 0.9A, the emissive area of the OLED having an outline shape substantially equivalent to the cross-sectional shape of the outcoupling component; wherein the outcoupling component is an ellipsoidal outcoupling component or has a form factor of a dome or a hemisphere, with a flat base in contact with the emissive area of the OLED and a curved portion; and wherein the outcoupling component is configured to refract light from. the OLED with an angle of refraction to provide a magnification effect such that the OLED appears to fill the outcoupling component when viewed at less than 3 m, or from a distance in a range of 1-5 m.
A computer-implemented method for the synchronization of signal tracks (8, 9) which are related to a technical system, in particular a machine and/or a processing process, comprising the procedural steps: a. recording data from a first data source to obtain a first signal track, b. recording data from at least a second data source that is independent of the first data source and not synchronized in time, in order to obtain at least a second signal track, c. analyzing the signal tracks (8, 9) based on prior domain knowledge, d. bringing into temporal agreement and synchronizing the signal tracks (8, 9) based on domain knowledge, wherein error detection, error diagnosis, status monitoring and/or predictive maintenance are carried out on the basis of the analyzed and synchronized signal tracks (8, 9), characterized in that the technical system, in particular the first or second data source, and thus the recorded data, are specifically manipulated so that mechanical resonance points are specifically excited. a. recording data from a first data source to obtain a first signal track, b. recording data from at least a second data source that is independent of the first data source and not synchronized in time, in order to obtain at least a second signal track, c. analyzing the signal tracks (8, 9) based on prior domain knowledge, d. bringing into temporal agreement and synchronizing the signal tracks (8, 9) based on domain knowledge, wherein error detection, error diagnosis, status monitoring and/or predictive maintenance are carried out on the basis of the analyzed and synchronized signal tracks (8, 9), characterized in that the technical system, in particular the first or second data source, and thus the recorded data, are specifically manipulated so that mechanical resonance points are specifically excited.
An r active matrix type organic light emitting diode (OLED) display device comprising: an organic light emitting diode display panel comprising a plurality of gate lines, a plurality of data lines intersecting the plurality of gate lines, and a plurality of pixels connected to the plurality of gate lines and the plurality of data lines; a timing controller configured to receive an image signal of a plurality of frames and output image data based on the plurality of frames; and a data driver configured to generate a data signal voltage corresponding to the image data output from the timing controller, wherein a light-induced deterioration compensation unit is included in the timing controller and is configured to detect whether the image signal includes a black image signal to one pixel of the plurality of pixels having a minimum gray level value that continues for at least a predetermined plurality of frames; the light-induced deterioration compensation unit is further configured to detect whether the image signal includes a gray level value above a reference gray level value for a pixel adjacent to said one pixel that continues for the predetermined plurality of frames; and the light-induced deterioration compensation unit is further configured, in response to detecting that both said conditions are met, to convert the black image signal by outputting a first image data to the one pixel, wherein the first image data has a first gray level value that is greater than the minimum gray level value of the black image signal. an organic light emitting diode display panel comprising a plurality of gate lines, a plurality of data lines intersecting the plurality of gate lines, and a plurality of pixels connected to the plurality of gate lines and the plurality of data lines; a timing controller configured to receive an image signal of a plurality of frames and output image data based on the plurality of frames; and a data driver configured to generate a data signal voltage corresponding to the image data output from the timing controller, wherein a light-induced deterioration compensation unit is included in the timing controller and is configured to detect whether the image signal includes a black image signal to one pixel of the plurality of pixels having a minimum gray level value that continues for at least a predetermined plurality of frames; the light-induced deterioration compensation unit is further configured to detect whether the image signal includes a gray level value above a reference gray level value for a pixel adjacent to said one pixel that continues for the predetermined plurality of frames; and the light-induced deterioration compensation unit is further configured, in response to detecting that both said conditions are met, to convert the black image signal by outputting a first image data to the one pixel, wherein the first image data has a first gray level value that is greater than the minimum gray level value of the black image signal.
Sensible heat storage apparatus comprising - a heat transfer fluid tank adapted to comprise an HTF such as water; and - a core container that is adapted to be at least partially submerged in the HTF when the HTF is present within said HTF tank; wherein said core container is at least partially filled with a core material and which comprises an inner thermal insulation wall defining an internal volume of the core container that contains said core material, characterized in that said sensible heat storage apparatus is adapted such that the core material and the HTF are switchably thermally connected. - a heat transfer fluid tank adapted to comprise an HTF such as water; and - a core container that is adapted to be at least partially submerged in the HTF when the HTF is present within said HTF tank; wherein said core container is at least partially filled with a core material and which comprises an inner thermal insulation wall defining an internal volume of the core container that contains said core material, characterized in that said sensible heat storage apparatus is adapted such that the core material and the HTF are switchably thermally connected.
An image processing device comprising: a control unit configured to detect a timing of a peak of a flickering component on a basis of a plurality of images photographed at different exposure times during a first photographing; and wherein the control unit is configured to control a second photographing after the first photographing, and to cause an exposure timing of the second photographing to be synchronized with the timing of the peak of the flickering component; wherein the control unit is further configured to control generation of a white balance gain for adjusting white balance; wherein the control unit generates the white balance gain for an image captured at a first exposure time (Tact) based on further white balance gains generated for images captured during test photographing at different exposure times (T1, T2). a control unit configured to detect a timing of a peak of a flickering component on a basis of a plurality of images photographed at different exposure times during a first photographing; and wherein the control unit is configured to control a second photographing after the first photographing, and to cause an exposure timing of the second photographing to be synchronized with the timing of the peak of the flickering component; wherein the control unit is further configured to control generation of a white balance gain for adjusting white balance; wherein the control unit generates the white balance gain for an image captured at a first exposure time (Tact) based on further white balance gains generated for images captured during test photographing at different exposure times (T1, T2).