mhurhangee/ep-ind-claims huggingface dataset:
Force transmission device for a door unit with at least one door leaf, in particular for a sliding door unit, having a transmission element on which a driver for coupling the door leaf can be arranged, wherein the driver has a clearance into which the transmission element can be inserted, and the transmission element is fixed to the driver by means of at least one locking pin which engages through the driver at least in certain portions and interacts with the transmission element in a form-fitting manner, the driver comprises a basic body, which has the clearance for receiving the transmission element, and a connecting plate and/or a connecting angle which is arranged on the basic body and to which the door leaf can be connected, and there is provided in the connecting plate or the connecting angle at least one respective elongate recess for receiving a screw which can be screwed into a threaded hole in the basic body, by means of which recess the connecting plate or the connecting angle, independently of the fixing of the transmission element to the basic body, can be oriented with respect to the basic body perpendicularly to the movement direction of the transmission element or to the displacement direction of the door leaf in a plane parallel to the door leaf, and wherein the basic body is provided at its end sides with projections between which the connecting plate or the connecting angle can be arranged in a form-fitting manner in order to fix the connecting plate or the connecting angle with respect to the basic body in the movement direction of the transmission element or in the displacement direction of the door leaf.
A method for detecting whether a subject exposed to a coronavirus has developed a neutralizing antibody response, comprising: (a) transfecting into a plurality of first cells, wherein the plurality of first cells are human embryonic kidney 293 cells: i) a nucleic acid encoding a coronavirus spike protein, and ii) a viral expression vector which comprises an indicator nucleic acid which produces a detectable signal, wherein the viral expression vector is a human immunodeficiency virus expression vector; (b) incubating the first cells under conditions such that the first cells produce viral particles comprising the coronavirus spike protein; (c) contacting the viral particles of step (b) with a second cell in the presence or absence of a sample comprising an antibody from the subject, wherein the second cell expresses a cell surface receptor to which the coronavirus binds, wherein the cell surface receptor comprises ACE-2 and TMPRSS2, and wherein the second cell is a HEK293 cell; (d) measuring the amount of the detectable signal produced by the second cell in the presence or absence of the sample; and (e) comparing the amount of signal measured in step (d) in the presence of the sample with the amount of signal produced in step (d) in the absence of the sample, wherein a reduced amount of signal measured in the presence of the sample indicates that the subject has developed a neutralizing antibody response capable of reducing infection. (a) transfecting into a plurality of first cells, wherein the plurality of first cells are human embryonic kidney 293 cells: i) a nucleic acid encoding a coronavirus spike protein, and ii) a viral expression vector which comprises an indicator nucleic acid which produces a detectable signal, wherein the viral expression vector is a human immunodeficiency virus expression vector; i) a nucleic acid encoding a coronavirus spike protein, and ii) a viral expression vector which comprises an indicator nucleic acid which produces a detectable signal, wherein the viral expression vector is a human immunodeficiency virus expression vector; (b) incubating the first cells under conditions such that the first cells produce viral particles comprising the coronavirus spike protein; (c) contacting the viral particles of step (b) with a second cell in the presence or absence of a sample comprising an antibody from the subject, wherein the second cell expresses a cell surface receptor to which the coronavirus binds, wherein the cell surface receptor comprises ACE-2 and TMPRSS2, and wherein the second cell is a HEK293 cell; (d) measuring the amount of the detectable signal produced by the second cell in the presence or absence of the sample; and (e) comparing the amount of signal measured in step (d) in the presence of the sample with the amount of signal produced in step (d) in the absence of the sample, wherein a reduced amount of signal measured in the presence of the sample indicates that the subject has developed a neutralizing antibody response capable of reducing infection.
A clustered Instruction Level Parallelism processor, comprising a plurality of clusters (A - D) each comprising at least one register file and at least one functional unit; - an instruction unit for issuing control signals to said clusters (A - D), wherein said instruction unit is connected to each of said clusters (A - D) via respective control connections (CA - CD), and characterized in that one or more additional pipeline register is arranged in said control connections (CA - CD) depending on the respective distances between said instruction unit and said clusters (A - D), the number of additional pipeline registers in a control connection depending on the respective distance. - an instruction unit for issuing control signals to said clusters (A - D), wherein said instruction unit is connected to each of said clusters (A - D) via respective control connections (CA - CD), and
A resin roof mounting structure comprising: a resin roof that is provided at a vehicle upper portion along a vehicle transverse direction and a vehicle longitudinal direction, and that has, at vehicle side portion final ends, flange portions that are bent toward a vehicle lower side or a vehicle upper side; roof side rails that are provided at upper end portions of vehicle side portions, and that extend in the vehicle longitudinal direction along side end portions of the resin roof; groove portions that are concave and are provided along the vehicle longitudinal direction at vehicle transverse direction inner side end portions of outer panels that structure the roof side rails, the flange portions being disposed within the groove portions; joined portions (40C, 42B) that are provided at final end portions of the outer panels, which final end portions are further toward vehicle transverse direction inner sides than the groove portions, and that are joined to an inner surface of the resin roof in a state in which the flange portions are disposed within the groove portions; characterized by further comprising: convex-shaped abutment surfaces that are provided between the groove portions and the joined portions (40C, 42B) along the vehicle longitudinal direction of the outer panels and that project out toward the vehicle upper side, and that abut the inner surface of the resin roof. a resin roof that is provided at a vehicle upper portion along a vehicle transverse direction and a vehicle longitudinal direction, and that has, at vehicle side portion final ends, flange portions that are bent toward a vehicle lower side or a vehicle upper side; roof side rails that are provided at upper end portions of vehicle side portions, and that extend in the vehicle longitudinal direction along side end portions of the resin roof; groove portions that are concave and are provided along the vehicle longitudinal direction at vehicle transverse direction inner side end portions of outer panels that structure the roof side rails, the flange portions being disposed within the groove portions; joined portions (40C, 42B) that are provided at final end portions of the outer panels, which final end portions are further toward vehicle transverse direction inner sides than the groove portions, and that are joined to an inner surface of the resin roof in a state in which the flange portions are disposed within the groove portions; characterized by further comprising: convex-shaped abutment surfaces that are provided between the groove portions and the joined portions (40C, 42B) along the vehicle longitudinal direction of the outer panels and that project out toward the vehicle upper side, and that abut the inner surface of the resin roof. convex-shaped abutment surfaces that are provided between the groove portions and the joined portions (40C, 42B) along the vehicle longitudinal direction of the outer panels and that project out toward the vehicle upper side, and that abut the inner surface of the resin roof.
Method for inspecting the tread of a tyre of which the design is formed by the assembly of elements that are juxtaposed circumferentially, separated from one another by boundaries with identical shapes, and having basic patterns (A, B, C, U), in reduced number sequenced in a precise and known manner, comprising at least one basic pattern on which tread wear indicators (TU 1, TU 2, TU 3) are placed with which are associated a characteristic point of this basic pattern, in which: - an image of the tyre tread to be inspected is produced, the method being characterized in that - the tread wear indicators (TU 1, TU 2, TU 3) that are present on the image of the tyre tread to be inspected are identified, - the tread wear indicators are grouped together by sub-sets corresponding to the basic pattern comprising tread wear indicators and the characteristic point of each of these sub-sets is determined, - a sequence of distances is determined by computing the distances between the characteristics points of each of the sub-sets of tread wear indicators identified on the tread surface to be inspected, - this sequence of distances is made to coincide with the known sequence of the distances between the characteristic points of the basic patterns, - the shape of the boundary between the elements that are juxtaposed circumferentially is projected onto the surface to be inspected according to the known sequence of positioning of the said elements. - an image of the tyre tread to be inspected is produced, the method being characterized in that - the tread wear indicators (TU 1, TU 2, TU 3) that are present on the image of the tyre tread to be inspected are identified, - the tread wear indicators are grouped together by sub-sets corresponding to the basic pattern comprising tread wear indicators and the characteristic point of each of these sub-sets is determined, - a sequence of distances is determined by computing the distances between the characteristics points of each of the sub-sets of tread wear indicators identified on the tread surface to be inspected, - this sequence of distances is made to coincide with the known sequence of the distances between the characteristic points of the basic patterns, - the shape of the boundary between the elements that are juxtaposed circumferentially is projected onto the surface to be inspected according to the known sequence of positioning of the said elements.
A roller shutter comprising a plurality of slats, hooked by ends thereof to a respective slat holder support, which is rotatably associated to a respective chain element, which chain element, together with further chain elements consecutively connected to one another, is inserted in a groove formed on a vertical profile, positionable in the compartment of a window or a French window or another outward opening of a building, whereby said slat holder support comprises a profiled projection for joint-fitting to the respective slat, the shutter being characterised in that said slat holder support further superiorly comprises an upper pin and a lower pin that are parallel to one another and arranged on the opposite side to the slat holder with respect to the profiled projection, and in that each chain element is provided, at the two opposite ends thereof, with holes (29, 30) arranged parallel, of which a first is lower and a second is higher, and wherein the lower hole of each chain element is destined to accommodate the upper pin of the slat holder located on the lower slat, while the upper hole accommodates the lower pin of the slat holder located on the same level.
A method for the synthesis of acrylic acid comprising the steps of: providing a gaseous feedstock stream comprising ethylene oxide and carbon monoxide; directing the feedstock stream to a first reaction zone where it is contacted with a metal carbonyl compound and where at least a portion of the ethylene oxide is converted to a carbonylation product stream comprising beta propiolactone; directing the carbonylation product stream to a second reaction zone where it is contacted with a catalyst, which catalyzes the conversion of beta propiolactone to acrylic acid; withdrawing an acrylic acid product stream from the second reaction zone; and isolating acrylic acid from the product stream. providing a gaseous feedstock stream comprising ethylene oxide and carbon monoxide; directing the feedstock stream to a first reaction zone where it is contacted with a metal carbonyl compound and where at least a portion of the ethylene oxide is converted to a carbonylation product stream comprising beta propiolactone; directing the carbonylation product stream to a second reaction zone where it is contacted with a catalyst, which catalyzes the conversion of beta propiolactone to acrylic acid; withdrawing an acrylic acid product stream from the second reaction zone; and isolating acrylic acid from the product stream.
Medicament container for a liquid medicament, the medicament container comprising a bag with an outlet, the bag being compressible or shrinkable by subjection of at least a part of the medicament container to an energy source, wherein a rigid core is arranged in the bag, characterized in that the bag consists of a heat shrink material being configured to shrink when subjected to heat.
A working range diagram-display apparatus configured to display a working range diagram showing a working range in which a boom of a working machine having the boom can safely move in terms of stability against overturning or strength of a component, wherein the working range is shown with a three-dimensional spatial coordinate system, wherein the working range diagram-display apparatus comprises: working condition-input means for having a working condition of the working machine input thereto; working range-calculation means for determining a working range in the working condition input from the working condition-input means; and display means for displaying the working range diagram showing the working range determined by the working range-calculation means, characterized in that the working range diagram-display apparatus further comprises an input means, said input means being selected from a touch panel, a keyboard or a mouse; and that the working condition-input means displays an input box of each of the working conditions on the display means and said working conditions are input by the input means. working condition-input means for having a working condition of the working machine input thereto; working range-calculation means for determining a working range in the working condition input from the working condition-input means; and display means for displaying the working range diagram showing the working range determined by the working range-calculation means, characterized in that the working range diagram-display apparatus further comprises an input means, said input means being selected from a touch panel, a keyboard or a mouse; and that the working condition-input means displays an input box of each of the working conditions on the display means and said working conditions are input by the input means.
A method of papermaking comprising filler, the method comprising the steps of: providing filler particles and cellulose fiber stock, treating the filler particles with a composition comprising at least one natural gum selected from xanthan gum or guar gum, treating the cellulose fiber stock with a wet web strength additive comprising GPAM, combining the filler particles and cellulose fiber stock, and forming a paper mat from the combination; wherein the cellulose fiber stock comprises a plurality of cellulose fibers and water, and the resulting paper has greater strength than the sum of the strength improvements that the natural gum composition and the wet web strength additive impart alone, and wherein the natural gum composition is added to the filler particles before they are added to the cellulose fiber stock. providing filler particles and cellulose fiber stock, treating the filler particles with a composition comprising at least one natural gum selected from xanthan gum or guar gum, treating the cellulose fiber stock with a wet web strength additive comprising GPAM, combining the filler particles and cellulose fiber stock, and forming a paper mat from the combination; wherein the cellulose fiber stock comprises a plurality of cellulose fibers and water, and the resulting paper has greater strength than the sum of the strength improvements that the natural gum composition and the wet web strength additive impart alone, and wherein the natural gum composition is added to the filler particles before they are added to the cellulose fiber stock.
An essentially saponin-free liposome comprising an external lipid bilayer membrane and an internal compartment, the external membrane comprising: a) a quaternary ammonium compound composed of four alkyl chains, two of which are C10-C20 alkyls and the remaining two are C1-C4 alkyls; b) a sterol selected from the group consisting of β-sitosterol, stigmasterol, ergosterol, ergocalciferol, and cholesterol; c) a phospholipid; and d) a glycolipid of formula I: wherein, R 1 is hydrogen, or a saturated alkyl radical having up to 20 carbon atoms; X is -CH 2 -, -O- or -NH-; R 2 is hydrogen, or a saturated or unsaturated alkyl radical having up to 20 carbon atoms; R 3, R 4, and R 5 are independently hydrogen, - SO 4 2-, -PO 4 2-, -COC 1-10 alkyl; R 6 is L-alanyl, L-alpha-aminobutyl, L-arginyl, L-asparginyl, L-aspartyl, L-cysteinyl, L-glutamyl, L-glycyl, L-histidyl, L-hydroxyprolyl, L-isoleucyl, L-leucyl, L-lysyl, L-methionyl, L-ornithinyl, L-phenyalany, L-prolyl, L-seryl, L-threonyl, L-tyrosyl, L-tryptophanyl, and L-valyl or their D-isomers, a) a quaternary ammonium compound composed of four alkyl chains, two of which are C10-C20 alkyls and the remaining two are C1-C4 alkyls; b) a sterol selected from the group consisting of β-sitosterol, stigmasterol, ergosterol, ergocalciferol, and cholesterol; c) a phospholipid; and d) a glycolipid of formula I:
Injector for injecting fuel, comprising: an injector outer housing for accommodating at least one injector component, wherein the injector outer housing comprises a first injector housing portion and a second injector housing portion, an electromagnet for controlling a valve for opening and closing the injector, and an armature element for selectively closing a valve opening, wherein the armature element is movable by the electromagnet, wherein the electromagnet comprises a coil winding and a magnetic body (32, 33) which has an inner magnetic pole provided inside the coil winding, and an outer magnetic pole provided outside the coil winding, wherein the first injector housing portion is formed integrally with the inner magnetic pole and comprises a line channel for supplying fuel, wherein the armature element is moved, in a powered state of the electromagnet, to a position in which the armature element forms a magnetic circuit together with an inner magnetic pole and an outer magnetic pole of the magnetic body (32, 33), and the inner magnetic pole is separated from the outer magnetic pole by a coil winding, characterised in that the armature element contacts both the inner magnetic pole and the outer magnetic pole in the powered state of the electromagnet. an injector outer housing for accommodating at least one injector component, wherein the injector outer housing comprises a first injector housing portion and a second injector housing portion, an electromagnet for controlling a valve for opening and closing the injector, and an armature element for selectively closing a valve opening, wherein the armature element is movable by the electromagnet, wherein the electromagnet comprises a coil winding and a magnetic body (32, 33) which has an inner magnetic pole provided inside the coil winding, and an outer magnetic pole provided outside the coil winding, wherein the first injector housing portion is formed integrally with the inner magnetic pole and comprises a line channel for supplying fuel, wherein the armature element is moved, in a powered state of the electromagnet, to a position in which the armature element forms a magnetic circuit together with an inner magnetic pole and an outer magnetic pole of the magnetic body (32, 33), and the inner magnetic pole is separated from the outer magnetic pole by a coil winding, characterised in that the armature element contacts both the inner magnetic pole and the outer magnetic pole in the powered state of the electromagnet.
A small footprint device comprising: a virtual machine running on a processor, wherein the virtual machine provides access to a run time system that includes an object system for managing the objects of an object-oriented implementation, wherein the virtual machine is configured to execute groups of one or more program modules in separate contexts, said one or more program modules comprising one or more sets of executable instructions and one or more sets of data definitions, said one or more sets of executable instructions and said one or more data definitions grouped as object definitions, each context comprising a protected object instance space such that at least one of said object definitions is instantiated in association with a particular context; a memory comprising instances of objects; and a context barrier for separating and isolating said contexts, said context barrier configured for controlling execution of at least one instruction of one of said one or more sets of instructions comprised by a program module based at least in part on whether said at least one instruction is executed for an object instance associated with a first one of said one or more separate contexts and whether said at least one instruction is requesting access to an instance of an object definition associated with a second one of said one or more separate contexts, said context barrier further configured to prevent said access if said access is unauthorized and enable said access if said access is authorized. a virtual machine running on a processor, wherein the virtual machine provides access to a run time system that includes an object system for managing the objects of an object-oriented implementation, wherein the virtual machine is configured to execute groups of one or more program modules in separate contexts, said one or more program modules comprising one or more sets of executable instructions and one or more sets of data definitions, said one or more sets of executable instructions and said one or more data definitions grouped as object definitions, each context comprising a protected object instance space such that at least one of said object definitions is instantiated in association with a particular context; a memory comprising instances of objects; and a context barrier for separating and isolating said contexts, said context barrier configured for controlling execution of at least one instruction of one of said one or more sets of instructions comprised by a program module based at least in part on whether said at least one instruction is executed for an object instance associated with a first one of said one or more separate contexts and whether said at least one instruction is requesting access to an instance of an object definition associated with a second one of said one or more separate contexts, said context barrier further configured to prevent said access if said access is unauthorized and enable said access if said access is authorized.