mhurhangee/patent-ind-claim-en huggingface dataset:
A method for assisting with the driving of vehicles comprising the following steps carried out by an electronic system for assisting with the driving of vehicles traveling on a road including a set of sensor(s) installed along sections of the road and an electronic processing unit : reception by the processing unit of a request, coming from an electronic device , indicating a road portion and requesting information relative to the state of said road portion; determination by the processing unit , as a function of said requested information and said road portion, of the configuration among several determined configurations, of at least one sensor of the set of sensor(s); sending by the processing unit to said sensor of a command indicating said configuration; upon reception of said command, implementation, by said sensor , of said commanded sensor configuration and sending, by the sensor to the processing unit , of data delivered by said sensor in said configuration; reception of said data by the processing unit , determination of the requested information in response to the request as a function of said data and sending by the processing unit of said information to the electronic device , said method being characterized in that it comprises: the configuration of a sensor of the set of sensors being determined by the implementation of an automatic optimization function seeking to: maximize the overlap of the field of view of the sensor with the road portion and/or minimize the overlap between the fields of view of the sensors. reception by the processing unit of a request, coming from an electronic device , indicating a road portion and requesting information relative to the state of said road portion; determination by the processing unit , as a function of said requested information and said road portion, of the configuration among several determined configurations, of at least one sensor of the set of sensor(s); sending by the processing unit to said sensor of a command indicating said configuration; upon reception of said command, implementation, by said sensor , of said commanded sensor configuration and sending, by the sensor to the processing unit , of data delivered by said sensor in said configuration; reception of said data by the processing unit , determination of the requested information in response to the request as a function of said data and sending by the processing unit of said information to the electronic device , said method being characterized in that it comprises: the configuration of a sensor of the set of sensors being determined by the implementation of an automatic optimization function seeking to: maximize the overlap of the field of view of the sensor with the road portion and/or minimize the overlap between the fields of view of the sensors. maximize the overlap of the field of view of the sensor with the road portion and/or minimize the overlap between the fields of view of the sensors.
A method comprising: sustaining a nuclear fission reaction within a fuel region of a nuclear reactor core , the nuclear reactor core having first moveable control assemblies insertable into a first side of the fuel region of the nuclear reactor core, second control assemblies insertable into a second opposing side of the fuel region of the nuclear reactor core, and third control assemblies insertable into a third side of the nuclear reactor core section, wherein the sustaining operation includes moving at least one assembly of the first and second control assemblies into a first insertion configuration of the first and second control assemblies within the fuel region of the nuclear reactor core; moving at least one assembly of the first and second control assemblies into a second insertion configuration of the first and second control assemblies within the fuel region of the nuclear reactor core, wherein the first and the second insertion configurations sustain the nuclear fission reaction; and inserting at least one assembly of the third moveable control assemblies being insertable into the nuclear reactor core section at a different angle than the first and second control assemblies. moving at least one assembly of the first and second control assemblies into a first insertion configuration of the first and second control assemblies within the fuel region of the nuclear reactor core; moving at least one assembly of the first and second control assemblies into a second insertion configuration of the first and second control assemblies within the fuel region of the nuclear reactor core, wherein the first and the second insertion configurations sustain the nuclear fission reaction; and inserting at least one assembly of the third moveable control assemblies being insertable into the nuclear reactor core section at a different angle than the first and second control assemblies.
Biodegradable aliphatic-aromatic polyester suitable for use in the production of packaging films, said polyester being biodegradable according to EN 13432 and having a Poisson's ratio (RVE) between 800 and 1700, preferably between 1000 and 1400 and comprising units derived from at least one dicarboxylic acid and at least one diol; and having: - Mn ≥ 40000 - Mw/q≤ 90000, wherein: q is the percentage by weight of polyester oligomers with a molecular weight ≤10000 as determined by GPC; the molecular weights "Mn" and "Mw", are measured by gel permeation chromatography (GPC) according to the method described in the description; the Poisson's ratio is calculated as the ratio of shear viscosity to melt strength (MS); shear viscosity is determined at 180°C with a flow gradient of γ =103.7s-1 using a 1 mm diameter capillary and L/D=30 according to ASTM D3835-90, melt strength (MS) is measured according to ISO 16790:2005 at 180°C and γ =103.7s -1 using a capillary of diameter of 1 mm and L/D=30 at a constant acceleration of 6 mm/sec2 and a stretching length of 110 mm; a film of such polyester having a friction coefficient between 5 and 10, measured with the method described in the description. - Mn ≥ 40000 - Mw/q≤ 90000, q is the percentage by weight of polyester oligomers with a molecular weight ≤10000 as determined by GPC; the molecular weights "Mn" and "Mw", are measured by gel permeation chromatography (GPC) according to the method described in the description; the Poisson's ratio is calculated as the ratio of shear viscosity to melt strength (MS); shear viscosity is determined at 180°C with a flow gradient of γ =103.7s-1 using a 1 mm diameter capillary and L/D=30 according to ASTM D3835-90, melt strength (MS) is measured according to ISO 16790:2005 at 180°C and γ =103.7s -1 using a capillary of diameter of 1 mm and L/D=30 at a constant acceleration of 6 mm/sec2 and a stretching length of 110 mm;
A polymer, obtainable by radical polymerization of compounds of general formula I, in which R 1 , R 2 , and R 3 represent, independently of one another, H or an alkyl group having 1 to 3 C atoms, or by the radical copolymerization of said compounds with α,β-monoethylenically unsaturated carboxylic acids, carboxylic acid esters, carboxylic acid anhydrides, carboxylic acid amides, carboxylic acid imides, nitriles, and mixtures thereof.
Method for producing a paper roll with smooth plies, that is plies without projections out of the thickness of the ply, or with microembossed plies joined together with glue comprising the steps of - conveying a first smooth or microembossed ply between an upper embossing roll , provided with at least first projections defining a decorative motif, and a glue distribution roll , or cliché roll; - maintaining the cliché roll side by side to the upper embossing roll , said first ply being interposed between said upper embossing roll and said cliché roll and, when passing between said two rolls , being subjected to markings , providing a thinning of the thickness of the ply within the maximum thickness thereof, and to glue deposits in positions corresponding to said first projections of the embossing roll defining a decorative motif, respectively on one side of the first ply facing towards the upper embossing roll and on the opposite side of the first ply facing towards the cliché roll ; - conveying a second ply (11") between the upper embossing roll and a coupling roll , or marriage roll; - maintaining the marriage roll side by side to the upper embossing roll by exerting a coupling pressure in order to perform the final coupling between said first ply and said second ply (11") at the glue deposits , thus forming a multilayer paper . - conveying a first smooth or microembossed ply between an upper embossing roll , provided with at least first projections defining a decorative motif, and a glue distribution roll , or cliché roll; - maintaining the cliché roll side by side to the upper embossing roll , said first ply being interposed between said upper embossing roll and said cliché roll and, when passing between said two rolls , being subjected to markings , providing a thinning of the thickness of the ply within the maximum thickness thereof, and to glue deposits in positions corresponding to said first projections of the embossing roll defining a decorative motif, respectively on one side of the first ply facing towards the upper embossing roll and on the opposite side of the first ply facing towards the cliché roll ; - conveying a second ply (11") between the upper embossing roll and a coupling roll , or marriage roll; - maintaining the marriage roll side by side to the upper embossing roll by exerting a coupling pressure in order to perform the final coupling between said first ply and said second ply (11") at the glue deposits , thus forming a multilayer paper .
A surgical instrument , comprising: a hand grip portion having an elongated configuration, having proximal and distal ends; and a tip portion extending from the distal end of said hand grip portion , said tip portion comprising an elastomeric element having a base secured to said distal end of said hand grip portion , and a free end extending from said base , said free end having a relatively abrasive surface; wherein said elastomeric element includes (i) an upper concave portion that is substantially smooth, and (ii) an opposite, lower convex portion that includes said relatively abrasive surface. a hand grip portion having an elongated configuration, having proximal and distal ends; and a tip portion extending from the distal end of said hand grip portion , said tip portion comprising an elastomeric element having a base secured to said distal end of said hand grip portion , and a free end extending from said base , said free end having a relatively abrasive surface; wherein said elastomeric element includes (i) an upper concave portion that is substantially smooth, and (ii) an opposite, lower convex portion that includes said relatively abrasive surface.
Compositions, molding materials and articles of manufacture containing a) at least one polyalkylene terephthalate, b) at least one copolymer of at least one olefin and at least one acrylic ester or methacrylic ester of an aliphatic alcohol, wherein the melt flow index according to ISO 1133 of the copolymer is not less than 50 g/10 min and said index is measured/determined at 190°C and a test weight of 2.16 kg, and c) at least one additive based on molecules having 2 or more epoxy, anhydride or carbodiimide groups per molecule, wherein as a molecule having 2 or more epoxy groups an aromatic epoxy compound having 2 terminal epoxy functions according to formula (II) is employed, wherein a is a number in the range from 0 to 10, wherein a represents the average number of units in formula (II). a) at least one polyalkylene terephthalate, b) at least one copolymer of at least one olefin and at least one acrylic ester or methacrylic ester of an aliphatic alcohol, wherein the melt flow index according to ISO 1133 of the copolymer is not less than 50 g/10 min and said index is measured/determined at 190°C and a test weight of 2.16 kg, and c) at least one additive based on molecules having 2 or more epoxy, anhydride or carbodiimide groups per molecule, wherein as a molecule
A container assembly comprising: a container having a first end , a second end , and a sidewall extending therebetween and defining a container interior , the container defining a container longitudinal axis; a first closure sealing the first end of the container ; a second closure sealing the second end of the container; characterized by a mixing element directly molded into the sidewall of the container and projecting into the container for creating a vortex upon rotation of the container about the container longitudinal axis, the vortex effectuating mixing of a first substance provided within the container interior and a second substance provided within the container interior, wherein a longitudinal axis of the mixing element extends along or parallel to the longitudinal axis of the container, and wherein the mixing element comprises a substantially flat top face; a substantially flat bottom face; an inner mixing face extending from the bottom face to the top face; a first outer mixing face extending from the bottom face to the top face at a first angle relative to the inner mixing face; and a second outer mixing face extending from the bottom face to the top face at a second angle relative to the inner mixing face, wherein the mixing element is configured to assist in creating the vortex to mix the first and second substances within the container, wherein the first outer mixing face and the second outer mixing face are angled relative to one another towards a center of the container . a container having a first end , a second end , and a sidewall extending therebetween and defining a container interior , the container defining a container longitudinal axis; a first closure sealing the first end of the container ; a second closure sealing the second end of the container; characterized by a mixing element directly molded into the sidewall of the container and projecting into the container for creating a vortex upon rotation of the container about the container longitudinal axis, the vortex effectuating mixing of a first substance provided within the container interior and a second substance provided within the container interior, wherein a longitudinal axis of the mixing element extends along or parallel to the longitudinal axis of the container, and wherein the mixing element comprises a substantially flat top face; a substantially flat bottom face; an inner mixing face extending from the bottom face to the top face; a first outer mixing face extending from the bottom face to the top face at a first angle relative to the inner mixing face; and a second outer mixing face extending from the bottom face to the top face at a second angle relative to the inner mixing face, wherein the mixing element is configured to assist in creating the vortex to mix the first and second substances within the container, wherein the first outer mixing face and the second outer mixing face are angled relative to one another towards a center of the container .
A vehicle having a lateral lifting device , in particular a side loader, comprising at least a first axle carrier and a second axle carrier , wherein the two axle carriers are coupled with one another by means of a connecting structure that is arranged laterally outside the center, and wherein the lifting device is arranged in a free space between the two axle carriers , wherein the connecting structure is arranged at the lateral edge of the axle carriers , so that the vehicle is configured in a U shape in a top view, and wherein the two shanks of the vehicle configured in a U shape, which shanks lie in parallel to one another, are formed by the axle carriers , and the free space for accommodating the lifting device is configured on the open side of the U-shaped arrangement, wherein the first axle carrier has a first wheel pair , and the second axle carrier has a second wheel pair , wherein each of the individual wheels of the wheel pairs is mounted so as to be rotatable about a vertically oriented axis of rotation , and that the vehicle is movable in a first travel direction parallel to a longitudinal axis of the vehicle and is movable in a second travel direction transverse to the longitudinal axis of the vehicle , wherein a first axle is configured on the first axle carrier , which axle serves for accommodating the first wheel pair , and a second axle is configured on the second axle carrier , which axle serves for accommodating the second wheel pair , wherein the axles are accommodated, in each case, on the axle carrier so as to be mounted in pendulum manner with respect to a horizontal axis of rotation , characterized in that per wheel holder one rotating motor is configured, on which a pinion is arranged and coupled, by means of a mechanical coupling, preferable a circumferential traction means , to a gear configured on the wheel holder , wherein each of the individual wheel holders are rotatable individually and independently from one another relative to the axle carrier or the axle .
A coupling device for connecting prosthesis components, with which a self-locking press fit can be created on an end, constructed as a cone , of a first prosthesis component inserted into a bone tissue, the coupling device comprising an outer coupling body having at least one socket with a conically tapering inner wall and an expansion sleeve with a lateral surface forming an outer cone and an engaging surface forming an inner cone , characterized in that the expansion sleeve is mounted in the socket such that it can rotate about its longitudinal axis and is arranged for accommodating the cone of the first prosthesis component , and in that the expansion sleeve is configured to be radially outwardly expandable for forming the self-locking press fit, so that a radial widening of the expansion sleeve takes place during the insertion of the cone of the first prosthesis component into the expansion sleeve , thereby producing the self-locking press fit between the cone of the first prosthesis component and the coupling device.
Connecting means for connecting at least two components, in particular precast concrete parts, spaced apart along an axial direction of the connecting means , comprising: at least two connecting devices , via which the connecting means can be attached to one of the at least two components, respectively, and a coupling device which couples the at least two connecting devices to one another at least for the transmission of tensile forces, at least one of the connecting devices is coupled to a coupling section of the coupling device so as to be fixed at least with respect to the axial direction, wherein the at least one connecting device is formed by a threaded device , which is screwable to the respective component characterized in that the coupling device comprises at least three chain links , wherein one chain link comprises the coupling section, and the chain links are connected directly in series. at least two connecting devices , via which the connecting means can be attached to one of the at least two components, respectively, and a coupling device which couples the at least two connecting devices to one another at least for the transmission of tensile forces, at least one of the connecting devices is coupled to a coupling section of the coupling device so as to be fixed at least with respect to the axial direction, wherein the at least one connecting device is formed by a threaded device , which is screwable to the respective component characterized in that the coupling device comprises at least three chain links , wherein one chain link comprises the coupling section, and the chain links are connected directly in series.
A device (100; 650) comprising: an astigmatic optical element (102; 656); an array of individually addressable light-emitting elements arranged to emit light towards the astigmatic optical element, wherein the astigmatic optical element is arranged to focus light emitted from each individually addressable light-emitting element to produce a substantially linear illumination pattern at a different corresponding scan angle within an angular range; and a control system operable to sequentially activate the individually addressable light-emitting elements such that the substantially linear illumination pattern sweeps out the angular range, wherein the individually addressable light-emitting elements are staggered with respect to one another in the array such that the substantially linear illumination pattern sweeps out the angular range contiguously. an astigmatic optical element (102; 656); an array of individually addressable light-emitting elements arranged to emit light towards the astigmatic optical element, wherein the astigmatic optical element is arranged to focus light emitted from each individually addressable light-emitting element to produce a substantially linear illumination pattern at a different corresponding scan angle within an angular range; and a control system operable to sequentially activate the individually addressable light-emitting elements such that the substantially linear illumination pattern sweeps out the angular range, wherein the individually addressable light-emitting elements are staggered with respect to one another in the array such that the substantially linear illumination pattern sweeps out the angular range contiguously.
A two-dimensional code analysis system analyzing an image obtained by photographing first and second two-dimensional codes at once, which first and second two-dimensional codes each comprises plural position detection patterns for specifying the cell positions and the same prescribed relationship for a distance between the two position detection patterns in one two-dimensional code, characterized in that the two-dimensional code analysis system comprises an exclusion means for excluding at least some false combinations of a position detection pattern that are not a combination of position detection patterns contained in a single of the first two-dimensional code or a single of the second two-dimensional code, wherein, if a distance between the two position detection patterns does not coincide with the distance based on the prescribed relationship, the exclusion means excludes the combination of these two position detection patterns as a false combination of position detection patterns that is not a combination of position detection patterns contained in a single two-dimensional code.