mhurhangee/ep-ind-claims huggingface dataset:
An image processing method implemented by a computer processor, for determining a color value for a given pixel of a current frame from a plurality of frames, comprising: - selecting, by the computer processor, coordinates of a relative sampling position within the given pixel of the current frame, the selection being such that different ones out of a plurality of different relative sampling positions are selected for different ones of the frames; - determining, by the computer processor, a present color value for a scene element occupying said relative sampling position coordinates; - blending, by the computer processor, the present color value and a second color value, wherein the second color value is a color value of at least one pixel of a previous frame, wherein the at least one pixel of the previous frame includes a related pixel that is a pixel of the previous frame that includes the scene element that occupies the relative sampling position coordinates of the current frame; wherein blending the present color value and the second color value comprises computing a linear combination of the present color value and the second color value, wherein the present color value and the second color value each has a respective relative contribution to the linear combination, and wherein the relative contribution of the second color value depends on a distance between: (i) the position of the scene element in the related pixel in the previous frame, and (ii) a center of the related pixel in the previous frame; and - storing in a memory the blended color value for the given pixel of the current frame. - selecting, by the computer processor, coordinates of a relative sampling position within the given pixel of the current frame, the selection being such that different ones out of a plurality of different relative sampling positions are selected for different ones of the frames; - determining, by the computer processor, a present color value for a scene element occupying said relative sampling position coordinates; - blending, by the computer processor, the present color value and a second color value, wherein the second color value is a color value of at least one pixel of a previous frame, wherein the at least one pixel of the previous frame includes a related pixel that is a pixel of the previous frame that includes the scene element that occupies the relative sampling position coordinates of the current frame; wherein blending the present color value and the second color value comprises computing a linear combination of the present color value and the second color value, wherein the present color value and the second color value each has a respective relative contribution to the linear combination, and wherein the relative contribution of the second color value depends on a distance between: (i) the position of the scene element in the related pixel in the previous frame, and (ii) a center of the related pixel in the previous frame; and - storing in a memory the blended color value for the given pixel of the current frame.
Assembly set for bath edge fittings (100, 100a-100n), comprising a height-adjustable frame, a take-up box or drain box (6, 6a-6m) open at the top and placeable thereon, and a mounting or carrier plate (1, 1a-1n) placeable on top of the take-up box or drain box (6, 6a-6m) for mounting the fittings, characterised in that the mounting or carrier plate (1, 1a-1n) is placeable on height-adjustable screw feet (4, 4a-4n) and that the bath edge fittings assembly set (100, 100a-100n) comprises a sealing collar (5, 5a-5m) which is bonded or bondable to the take-up box or drain box (6, 6a-6m) or to a flange (12, 12a-12n) of an intermediate frame (3, 3a-3n) by means of at least one adhesive surface (23, 23a-23q), and in that the sealing collar (5, 5a-5m) projects beyond the outer dimensions of the take-up box or drain box (6, 6a-6m) in an at least partially horizontally spread out planar manner.
A recombinant protein comprising one or several polypeptides bearing one or several epitopes of one or several HPV antigens selected from the group consisting of E1, E2, E4, E5, E6 and E7 proteins of an oncogenic HPV type, said polypeptides being inserted in the same or in different permissive sites of a Bordetella sp. adenylate cyclase (CyaA) protein or of a fragment thereof, wherein said CyaA fragment retains the property of said adenylate cyclase protein to target Antigen Presenting Cells and to translocate the epitope(s) of said polypeptide(s) or said polypeptide(s) into the cytosol of the targeted cells.
A telescoping refueling boom system comprising: a telescoping tube; an actuator coupled to the telescoping tube and configured to extend or retract the telescoping tube; and a processor coupled to the actuator and configured to select, based on a telescoping tube current position error, a telescoping tube current rate of movement, and a value of a telescoping tube rate command, a telescoping tube rate control mode or a telescoping tube position control mode. a telescoping tube; an actuator coupled to the telescoping tube and configured to extend or retract the telescoping tube; and a processor coupled to the actuator and configured to select, based on a telescoping tube current position error, a telescoping tube current rate of movement, and a value of a telescoping tube rate command, a telescoping tube rate control mode or a telescoping tube position control mode.
A hinged support and stand apparatus, comprising: a stand; a holding part configured to removably attach a mobile device thereto; a fixing member (200R, 200L) configured to have a keyboard fixed thereto; a rotating member (4R, 4L) attached to the stand, the holding part and the fixing member wherein the rotating member is configured to coaxially rotate the stand relative to the fixing member and to the holding part, the rotating member including a first rotating mechanism configured to rotate the rotating member, a second rotating mechanism configured to rotate the stand relative to the fixing member and characterized in that the apparatus further comprises: a locking mechanism configured to fix a rotational position of the stand member in a locked state within the range of 180 to 185 degrees relative to the fixing member only when the holding part is opened to a first angle equal to or greater than a second angle relative to the fixing member and the stand has been rotated to a position where the stand is configured to brace the attached mobile device; wherein the first angle is in an inclusive range of 90 through 135 degrees with respect to the keyboard. a stand; a holding part configured to removably attach a mobile device thereto; a fixing member (200R, 200L) configured to have a keyboard fixed thereto; a rotating member (4R, 4L) attached to the stand, the holding part and the fixing member wherein the rotating member is configured to coaxially rotate the stand relative to the fixing member and to the holding part, the rotating member including a first rotating mechanism configured to rotate the rotating member, a second rotating mechanism configured to rotate the stand relative to the fixing member and characterized in that the apparatus further comprises: a locking mechanism configured to fix a rotational position of the stand member in a locked state within the range of 180 to 185 degrees relative to the fixing member only when the holding part is opened to a first angle equal to or greater than a second angle relative to the fixing member and the stand has been rotated to a position where the stand is configured to brace the attached mobile device; wherein the first angle is in an inclusive range of 90 through 135 degrees with respect to the keyboard. a locking mechanism configured to fix a rotational position of the stand member in a locked state within the range of 180 to 185 degrees relative to the fixing member only when the holding part is opened to a first angle equal to or greater than a second angle relative to the fixing member and the stand has been rotated to a position where the stand is configured to brace the attached mobile device; wherein the first angle is in an inclusive range of 90 through 135 degrees with respect to the keyboard.
A method for detection of a target vehicle without vehicle-to-vehicle, V2V, capability, the method comprising the following steps performed by an electronic control unit of an ego vehicle: obtaining sensor data from at least one on-board sensor of the ego vehicle, the sensor data indicating presence of the target vehicle within sensing range of the at least one on-board sensor; determining that the target vehicle is without V2V capability by comparing the sensor data to output data from a V2V system of the ego vehicle; determining, based on the sensor data and on current positioning data of the ego vehicle, fusion data representing at least one of current position, current direction and current speed of the target vehicle; wirelessly transmitting the fusion data of the target vehicle to a traffic information collecting center; and wirelessly receiving map data from the traffic information collecting center, the map data comprising positioning information of the target vehicle, the positioning data of the target vehicle being computed by the traffic information collecting center based on the fusion data as wirelessly transmitted by the electronic control unit. obtaining sensor data from at least one on-board sensor of the ego vehicle, the sensor data indicating presence of the target vehicle within sensing range of the at least one on-board sensor; determining that the target vehicle is without V2V capability by comparing the sensor data to output data from a V2V system of the ego vehicle; determining, based on the sensor data and on current positioning data of the ego vehicle, fusion data representing at least one of current position, current direction and current speed of the target vehicle; wirelessly transmitting the fusion data of the target vehicle to a traffic information collecting center; and wirelessly receiving map data from the traffic information collecting center, the map data comprising positioning information of the target vehicle, the positioning data of the target vehicle being computed by the traffic information collecting center based on the fusion data as wirelessly transmitted by the electronic control unit.
An electric device operable with a THz-range frequency, the device comprising an electrodes' arrangement comprising at least a photocathode electrode and an associated anode electrode having a spacing in between them, and where the photocathode is configured to be exposed by an illumination source having a THz amplitude modulated output wave thereby creating electrons' emission from the photocathode and a photocurrent through the device; a voltage supply unit for supplying an input electrical signal onto one of the electrodes of said electrodes' arrangement; and a signal transmitter/receiver unit comprising an antenna circuit electrically connected to one or more of the electrodes, said antenna circuit being therefore operable by an output electric signal at said one or more of the electrodes.
A conditioned cell culture medium of CD11b low human macrophages for use in the treatment of cancer or fibrosis, wherein said conditioned cell culture medium is prepared by the following steps: (i) obtaining a culture of human macrophages by culturing a population of human mononuclear cells of the monocyte/macrophage lineage for 5-7 days, so as to induce differentiation of said mononuclear cells to macrophages; (ii) incubating the human macrophages obtained in (i) with a growth medium containing apoptotic cells or a pro-resolving lipid mediator to reduce the CD11b expression of the macrophages, thus obtaining a culture of CD11b low human macrophages; (iii) culturing the CD11b low human macrophages in a growth medium; and (iv) harvesting the growth medium in which the CD11b low macrophages have been cultured, to obtain a conditioned cell culture medium of CD11b low human macrophages. (i) obtaining a culture of human macrophages by culturing a population of human mononuclear cells of the monocyte/macrophage lineage for 5-7 days, so as to induce differentiation of said mononuclear cells to macrophages; (ii) incubating the human macrophages obtained in (i) with a growth medium containing apoptotic cells or a pro-resolving lipid mediator to reduce the CD11b expression of the macrophages, thus obtaining a culture of CD11b low human macrophages; (iii) culturing the CD11b low human macrophages in a growth medium; and (iv) harvesting the growth medium in which the CD11b low macrophages have been cultured, to obtain a conditioned cell culture medium of CD11b low human macrophages.
A viscoelastic solution comprising at least one cationic carbohydrate ether as a primary cationic viscoelastic surfactant and at least one secondary cationic viscoelastic surfactant that is not a cationic carbohydrate ether, wherein the at least one cationic carbohydrate ether comprises one or more cationic fragments and one or more carbohydrate fragments connected through one or more linker fragments, wherein carbohydrate refers to a monosaccharide, ofigosaccharide or derivative thereof having a weight average molecular weight equal to or less than 3000 Daltons; each linker fragment is a member selected from the group consisting of hydrocarbyl groups having from 2 to 30 carbon atoms and substituted hydrocarbyl groups having from 2 to 30 carbon atoms; each cationic fragment comprises one or more quaternary ammonium groups; and at least some of the carbohydrate fragments are connected to the linker fragments through ether groups.
A method for fabricating a pipe unit provided for a refrigerant circuit which performs a vapor compression refrigeration cycle by circulating a refrigerant, the method comprising: fabricating a liquid pipe through which a liquid refrigerant for the refrigerant circuit flows and a gas pipe through which a gaseous refrigerant for the refrigerant circuit flows, covering each of the liquid and gas pipes and with a heat insulator, characterised by fixing together the liquid and gas pipes and with tape indicating a connection position for the fixed together pipes, each of which is covered with the heat insulator, to finish the fabrication of the pipe unit. fabricating a liquid pipe through which a liquid refrigerant for the refrigerant circuit flows and a gas pipe through which a gaseous refrigerant for the refrigerant circuit flows, covering each of the liquid and gas pipes and with a heat insulator, characterised by fixing together the liquid and gas pipes and with tape indicating a connection position for the fixed together pipes, each of which is covered with the heat insulator, to finish the fabrication of the pipe unit.
Blind rivet for a screw connection, comprising the following features: a. an elastic outer body with a sleeve-shaped shaft which comprises a fastening flange and a hollow cylindrical folding zone which is foldable to an upsetting bulge, so that a support component is supportable between the fastening flange and the upsetting bulge, b. a metal bushing which is arranged within the outer body and which comprises a support section arranged in the portion of the folding zone, which is longitudinally displaceable relative to the outer body and is axially limited at an axial end facing away from the support section by a ring-shaped retaining flange which covers a radial expansion of the outer body, and c. a fixing sleeve surrounding the outer body, which is arranged adjacent to the retaining flange of the bushing, extends axially in the direction of the fastening flange and limits a radial expansion of the outer body outside the folding zone as well as between bushing and fixing sleeve to at most the radial expansion of the retaining flange of the bushing. a. an elastic outer body with a sleeve-shaped shaft which comprises a fastening flange and a hollow cylindrical folding zone which is foldable to an upsetting bulge, so that a support component is supportable between the fastening flange and the upsetting bulge, b. a metal bushing which is arranged within the outer body and which comprises a support section arranged in the portion of the folding zone, which is longitudinally displaceable relative to the outer body and is axially limited at an axial end facing away from the support section by a ring-shaped retaining flange which covers a radial expansion of the outer body, and c. a fixing sleeve surrounding the outer body, which is arranged adjacent to the retaining flange of the bushing, extends axially in the direction of the fastening flange and limits a radial expansion of the outer body outside the folding zone as well as between bushing and fixing sleeve to at most the radial expansion of the retaining flange of the bushing.
Electrical automotive liquid pump comprising an electrical drive motor with a motor rotor and a motor stator, the motor rotor being co-rotatably connected to a drive shaft, wherein the drive shaft is co-rotatably connected to a pump wheel, the motor rotor and the motor stator being fluidically separated by a separating tube to define a wet zone and a dry zone within a pump housing, the separating tube being provided with an integral bearing seat structure with a bearing seat and a supporting structure, the supporting structure being defined by several blades connecting the bearing seat with the separating tube, and wherein the bearing seat is provided with an integral plain bearing shell to directly support the drive shaft, characterized in that the blades are arranged under a pitch angle (c) with respect to a rotor axis, so that a turbine-type shaped bearing seat structure is defined. the motor rotor and the motor stator being fluidically separated by a separating tube to define a wet zone and a dry zone within a pump housing, the separating tube being provided with an integral bearing seat structure with a bearing seat and a supporting structure, the supporting structure being defined by several blades connecting the bearing seat with the separating tube, and wherein the bearing seat is provided with an integral plain bearing shell to directly support the drive shaft, characterized in that the blades are arranged under a pitch angle (c) with respect to a rotor axis, so that a turbine-type shaped bearing seat structure is defined.
A method of preparing a flexographic printing master comprising the steps of: - providing a flexographic support; - jetting a curable fluid comprising a cyclic monofunctional acrylate monomer and a difunctional (meth)acrylate monomer on said support; - at least partially curing each jetted layer before a following layer is applied, characterized in that the curable fluid further comprises a copolymerizable plasticizing monomer. - providing a flexographic support; - jetting a curable fluid comprising a cyclic monofunctional acrylate monomer and a difunctional (meth)acrylate monomer on said support; - at least partially curing each jetted layer before a following layer is applied,
An injection device comprising: a housing; a receptacle for receiving a medicine cartridge and configured for attachment to a proximal end of the housing; a leadscrew having an end for engaging with a bung of a cartridge, the leadscrew having a first thread extending axially along an outer surface thereof and having at least one axially extending guide track; a rotatable drive mechanism for engaging with said first thread or said guide track and a guiding element for engaging with the other of said first thread or said guide track, the guiding element being non-rotatable with respect to the housing at least during an injection operation, whereby rotation of the drive mechanism causes said leadscrew to move axially in a proximal direction in order to deliver a dose from the cartridge; and characterised by a stop member located proximal to said rotatable drive mechanism and said guiding element and being engaged with the or each guide track of said leadscrew to allow relative axial movement of the leadscrew and the stop member while causing the two components to rotate together, said stop member and a profile of the or each guide track being configured to define an end stop for the leadscrew in the proximal direction. a housing; a receptacle for receiving a medicine cartridge and configured for attachment to a proximal end of the housing; a leadscrew having an end for engaging with a bung of a cartridge, the leadscrew having a first thread extending axially along an outer surface thereof and having at least one axially extending guide track; a rotatable drive mechanism for engaging with said first thread or said guide track and a guiding element for engaging with the other of said first thread or said guide track, the guiding element being non-rotatable with respect to the housing at least during an injection operation, whereby rotation of the drive mechanism causes said leadscrew to move axially in a proximal direction in order to deliver a dose from the cartridge; and characterised by a stop member located proximal to said rotatable drive mechanism and said guiding element and being engaged with the or each guide track of said leadscrew to allow relative axial movement of the leadscrew and the stop member while causing the two components to rotate together, said stop member and a profile of the or each guide track being configured to define an end stop for the leadscrew in the proximal direction.
A method for the production of a human T cell receptor, which is specific for tumorous cells and has reduced adverse effects in adoptive T-cell therapy, comprising a. Providing a non-human transgenic mammal expressing unrearranged human TCR loci and comprising a transgene for the expression of a human major histocompatibility complex class I or II, b. Immunizing said non-human transgenic mammal with a peptide comprising an epitope specific for RAC1 as tumor specific antigen, the peptide comprising an amino acid sequence including the mutation which is specifically present in the mutated RAC1 opposed to the corresponding un-mutated (wild type) version of the RAC1 protein, c. Isolating from said non-human transgenic mammal a T cell clone having an activity against said human mutated TSA, d. Optionally, isolating from said T cell clone the TCR, wherein said MHC class I or II is a human leucocyte antigen type known to be able to present the peptide. a. Providing a non-human transgenic mammal expressing unrearranged human TCR loci and comprising a transgene for the expression of a human major histocompatibility complex class I or II, b. Immunizing said non-human transgenic mammal with a peptide comprising an epitope specific for RAC1 as tumor specific antigen, the peptide comprising an amino acid sequence including the mutation which is specifically present in the mutated RAC1 opposed to the corresponding un-mutated (wild type) version of the RAC1 protein, c. Isolating from said non-human transgenic mammal a T cell clone having an activity against said human mutated TSA, d. Optionally, isolating from said T cell clone the TCR,