mhurhangee/ep-ind-claims huggingface dataset:
Floor covering consisting of hard panels with a core upon which is provided a decorative layer, wherein these panels are rectangular and elongated and are provided with coupling means at least on the two opposite longitudinal edges, so that several of such panels can be mutually coupled to one another, wherein these coupling means are made in one piece with the panels and provide for an interlocking in a direction perpendicular to the plane of the floor covering, as well as in a direction perpendicular to the edges concerned and parallel to the plane of the floor covering, and wherein these coupling means are made such that the panels can be coupled and/or uncoupled by means of a rotation along their longitudinal edges, characterized in that the width of the panels is smaller than 17 cm, the panels have a length which amounts to at least eight times the width, the panels are provided, at least on the above-mentioned edges, near the top side, with a part from which has been removed an amount of material, and the above-mentioned parts are formed of bevels, which extend at such an angle that the extension determined by each said bevel is situated outside the contour of the respective panel or just touches it.
A thermally curing adhesive composition for joining components consisting of materials with different longitudinal expansion behaviors to form a composite workpiece, wherein the adhesive composition contains particles of β-nucleating agent-containing polypropylene and/or β-nucleated polypropylene, characterized in that the composition contains a) 100 parts by weight of a thermally curing and thermosetting adhesive; b) 0.1 - 95 parts by weight of the particles; and c) 0 - 50 parts by weight of auxiliaries and additives, wherein the adhesive has epoxy resins as the basis. a) 100 parts by weight of a thermally curing and thermosetting adhesive; b) 0.1 - 95 parts by weight of the particles; and c) 0 - 50 parts by weight of auxiliaries and additives,
A safety chain with partially overlapping aisle pallets for transporting people and goods comprising: - a plurality of bent links, which in turn comprise a wheel at each one of the ends thereof, - and a plurality of straight links, the bent links and the straight links being arranged alternately with one another, each consecutive bent link and straight link being joined by: - an articulation point, to each one of which an aisle pallet is also joined by means of an arm at the lower side of said aisle pallet, - and roller guides, arranged at one of the two sides of the chain, which make the same trajectory as the one made by said chain, configured to rotate the wheels on the ends of the bent links, the articulation point enabling the rotation and position change of the bent links and the straight links, in order to increase and decrease the distance between the consecutive aisle pallets and the overlap thereof, according to the change in the speed of the aisle, the wheel of one of the ends of each bent link being situated in its corresponding roller guide, according to the position of said bent link; characterized in that the rotation and position change of the bent links and the straight links are in a plane essentially in parallel to the tread surfaces of the aisle pallets. - a plurality of bent links, which in turn comprise a wheel at each one of the ends thereof, - and a plurality of straight links, - an articulation point, to each one of which an aisle pallet is also joined by means of an arm at the lower side of said aisle pallet, - and roller guides, arranged at one of the two sides of the chain, which make the same trajectory as the one made by said chain, configured to rotate the wheels on the ends of the bent links,
An apparatus for analyzing a sample, the apparatus comprising: a light source configured for generating an incident light beam propagating in an incident beam direction; a sample container configured for accommodating the sample to be analyzed and shaped to have a symmetry axis, whereby at least the volume portion of the sample container, which is arranged to be traversed by the incident light beam, has, in the direction of the symmetry axis, a constant cross sectional shape and area perpendicular to the symmetry axis, the sample container being arranged for receiving the incident light beam to propagate into the sample container for interaction with the sample, the sample container being arranged relative to the incident beam direction so that the incident light beam is directed to be incident onto the sample container obliquely with respect to the symmetry axis of the sample container, and the sample container being arranged for enabling a scattered light beam, which is to be detected, to propagate out of the sample container; a light detector configured for detecting the scattered light beam to be detected which is received from the sample container; and means for selection of a single direction of the scattered light beam to be detected by the light detector; wherein the sample container is oriented with regard to the direction of the incident light beam and the selected single direction of the scattered light beam, so that the incident light beam arrives at a point on the symmetry axis inside the sample container through a first side of the sample container and the scattered light beam emerges from the sample container through a second side of the sample container, whereby the scattered light beam, which is selected by the means for selection, originates from the said point, has a zenith angle outside the sample container equal to the zenith angle of the incident light beam outside the sample container and has an azimuth angle outside the sample container of the same magnitude but of the opposite sign to the azimuth angle of the incident light beam outside the sample container with respect to a plane of symmetry between the first side and the second side of the sample container which contains the symmetry axis, such that the scattered direction outside of the sample container is independent of a refractive index of the sample container and of the sample. a light source configured for generating an incident light beam propagating in an incident beam direction; a sample container configured for accommodating the sample to be analyzed and shaped to have a symmetry axis,
A biomass-resource-derived polyester polyol, which at least comprises, as constituent units, a dicarboxylic acid unit, an aliphatic diol unit, and an organic acid unit having a pKa value at 25°C of not more than 3.7, wherein the dicarboxylic acid contains at least one component derived from biomass resources, and a content of the organic acid unit is more than 0 % by mole and not more than 0.09 % by mole relative to the dicarboxylic acid unit; wherein the hydroxyl number-calculated molecular weight of the polyester polyol is 500 or more and not more than 4,000, the hydroxyl number-calculated molecular weight being calculated in the following manner while considering the polyol as a diol: Hydroxyl number-calculated molecular weight = Molecular weight of KOH g / mole / Hydroxyl number mg − KOH / g × 1,000 × 2.
A Fischer-Tropsch catalyst that comprises: - titania - at least 5 weight percent cobalt, preferably in the range of between 5 to 35 weight percent cobalt, more preferably in the range of between 10 to 35 weight percent cobalt, even more preferably in the range of between 15 to 30 weight percent cobalt, still more preferably in the range of between 15 to 25 weight percent cobalt, calculated on the total weight of the catalyst - in the range of between to 0.1 to 15 weight percent promoter, preferably in the range of between 0.5 to 5 weight percent promoter calculated on the total weight of the catalyst, whereby the promoter preferably comprises manganese, rhenium, Group 8-10 noble metals, or mixtures thereof, more preferably manganese or rhenium, most preferably manganese; - and more than 0.7 and less than 4, preferably more than 0.7 and less than 3.5 and more preferred 0.7 to less than 3, weight percent of the element chlorine, calculated on the total dry weight of the catalyst. - titania - at least 5 weight percent cobalt, preferably in the range of between 5 to 35 weight percent cobalt, more preferably in the range of between 10 to 35 weight percent cobalt, even more preferably in the range of between 15 to 30 weight percent cobalt, still more preferably in the range of between 15 to 25 weight percent cobalt, calculated on the total weight of the catalyst - in the range of between to 0.1 to 15 weight percent promoter, preferably in the range of between 0.5 to 5 weight percent promoter calculated on the total weight of the catalyst, whereby the promoter preferably comprises manganese, rhenium, Group 8-10 noble metals, or mixtures thereof, more preferably manganese or rhenium, most preferably manganese; - and more than 0.7 and less than 4, preferably more than 0.7 and less than 3.5 and more preferred 0.7 to less than 3, weight percent of the element chlorine, calculated on the total dry weight of the catalyst.
A method for resizing an image comprising: receiving, at a data processor, data for an image, a seam cost threshold value, and a step size; determining, using the data processor, a saliency map for the image based on the data for the image; determining, using the data processor, a first set of seams for the image based on the determined saliency map, wherein each seam of the first set of seams has a saliency cost below the seam cost threshold value; resizing the image by duplicating or deleting pixels of a first set of resizing seams to generate a second image, wherein the first set of resizing seams comprises a number of seams equal to the greater of the number of seams of the first set of seams and the step size; determining, using the data processor, a second set of seams for the second image, wherein each seam of the second set of seams has a saliency cost below the seam cost threshold value; resizing the second image by duplicating or deleting pixels of a second set of resizing seams to generate a resized image, wherein the second set of resizing seams comprises a number of seams equal to the greater of the number of seams of the second set of seams and the step size; and outputting display data to effect display of the resized image. receiving, at a data processor, data for an image, a seam cost threshold value, and a step size; determining, using the data processor, a saliency map for the image based on the data for the image; determining, using the data processor, a first set of seams for the image based on the determined saliency map, wherein each seam of the first set of seams has a saliency cost below the seam cost threshold value; resizing the image by duplicating or deleting pixels of a first set of resizing seams to generate a second image, wherein the first set of resizing seams comprises a number of seams equal to the greater of the number of seams of the first set of seams and the step size; determining, using the data processor, a second set of seams for the second image, wherein each seam of the second set of seams has a saliency cost below the seam cost threshold value; resizing the second image by duplicating or deleting pixels of a second set of resizing seams to generate a resized image, wherein the second set of resizing seams comprises a number of seams equal to the greater of the number of seams of the second set of seams and the step size; and outputting display data to effect display of the resized image.
Continuous process for producing organopolysiloxanes having an OH content of 3.0 - 10.0% by weight, in which alkoxysilanes in a proportion by weight of at least 60% and chlorosilanes in a proportion by weight of at most 40%, based on the sum total of chlorosilanes and alkoxysilanes, water and non-polar solvent, soluble to an extent of not more than 1 g in 1 1 of water at 20°C and 1 bar, are metered in continuously to the reaction mixture and the reaction mixture is continuously discharged.
A pressure sensor, adapted to be implanted inside a human or animal vessel for measuring intravascular pressure, comprising: - a hermetic capsule comprising at least a partially flexible portion; - an electronic circuit housed in the capsule, said electronic circuit being adapted to generate an electrical transduction pressure signal resulting from a deformation of the partially flexible portion of the capsule, and dependent on the absolute pressure outside the capsule; - an electrode pair (5, 5') electrically connected to the electronic circuit, wherein each electrode of the electrode pair (5, 5') is, at least in part, arranged externally to the capsule; wherein the electronic circuit comprises: - a digital control unit; - an interrogation stage adapted to receive an interrogation signal transmitted by volume conduction to the electrode pair (5, 5'); to process said interrogation signal by means of the digital control unit; to generate, in response to the interrogation signal, the electrical transduction pressure signal; and to transmit, in response to the interrogation signal, said electrical transduction pressure signal to a medium by volume conduction, through the electrode pair (5, 5'); - a power transfer stage adapted to receive at least part of the interrogation signal transmitted by volume conduction to the electrode pair (5, 5'), and to transfer the power associated to said at least part of the interrogation signal to the digital control unit and to the interrogation stage. - a hermetic capsule comprising at least a partially flexible portion; - an electronic circuit housed in the capsule, said electronic circuit being adapted to generate an electrical transduction pressure signal resulting from a deformation of the partially flexible portion of the capsule, and dependent on the absolute pressure outside the capsule; - an electrode pair (5, 5') electrically connected to the electronic circuit, wherein each electrode of the electrode pair (5, 5') is, at least in part, arranged externally to the capsule; - a digital control unit; - an interrogation stage adapted to receive an interrogation signal transmitted by volume conduction to the electrode pair (5, 5'); to process said interrogation signal by means of the digital control unit; to generate, in response to the interrogation signal, the electrical transduction pressure signal; and to transmit, in response to the interrogation signal, said electrical transduction pressure signal to a medium by volume conduction, through the electrode pair (5, 5'); - a power transfer stage adapted to receive at least part of the interrogation signal transmitted by volume conduction to the electrode pair (5, 5'), and to transfer the power associated to said at least part of the interrogation signal to the digital control unit and to the interrogation stage.
Automated method for making a marbled chocolate coating of a chocolate confectionery, such as a praline, wherein the marbling occurs by the use of at least two types of chocolate of different color, which method comprises the following sequential steps: a. providing a first dose of chocolate of a first color in a first mold half suitable for forming a first half of the coating; b. providing an air flow device; c. subjecting said first dose of chocolate to an air flow in which a part of the first dose of chocolate is blown away from the first mold half; d. letting the aforementioned first dose of chocolate harden; e. providing aforementioned first mold half with a second dose of chocolate, with a color different from the first dose; f. turning the mold in order to drain the excess second dose of chocolate; g. letting the aforementioned second dose of chocolate harden, resulting in a first coating half characterized in that the aforementioned air flow is used with a pressure between 1 and 5 bar on aforementioned said first dose of chocolate. a. providing a first dose of chocolate of a first color in a first mold half suitable for forming a first half of the coating; b. providing an air flow device; c. subjecting said first dose of chocolate to an air flow in which a part of the first dose of chocolate is blown away from the first mold half; d. letting the aforementioned first dose of chocolate harden; e. providing aforementioned first mold half with a second dose of chocolate, with a color different from the first dose; f. turning the mold in order to drain the excess second dose of chocolate; g. letting the aforementioned second dose of chocolate harden, resulting in a first coating half
Pressure roller for agricultural equipment, in particular a distribution machine, for pressing granular material, in particular seed and/or fertilizer, onto an agricultural area, the roller comprising at least one rotatably mounted, in particular inner, hub shell, at least one casing which at least partially surrounds the hub shell, wherein the casing is coupled to the hub shell at least for approximately conjoint rotation, and at least one substantially dimensionally stable radially circumferential, in particular annular, pressure element, wherein the at least one casing at least partially adjoins the at least one pressure element, and wherein the pressure roller, in particular in the radial direction, has at least one guide element between the hub shell and the pressure element, wherein the guide element and the pressure element, in particular in the radial direction, can be moved relative to one another, wherein the guide element, in particular in the axial direction, is at least partially surrounded by the at least one casing, which is designed to be elastic.
A method of analyzing data, comprising: tracking error events; classifying the error events based on a number of errors included in each event, wherein classifying the error events includes classifying each error event based on a number of consecutive network packets affected by the error event; using a processor to determine a desired level of error event to be able to be corrected in order to maintain an acceptable rate of uncorrected errors, wherein determining the desired level of error event to be able to be corrected includes analyzing a distribution of the classifications of the number of consecutive network packets affected by each error event and selecting a number based on the distribution of the classifications; and selecting a redundancy level so that new error events corresponding to the desired level of error event or a lower level of error event are corrected, wherein real-time communication data to be sent is segmented into real-time communication data frames and the selected redundancy level indicates a number of copies of a real-time communication data frame of the real-time communication data frames to be sent, each copy of the real-time communication data frame is included in a different network packet, and the number of real-time communication data frames to be included in a single network packet to be sent is based at least in part on the selected redundancy level, characterized in that the copies of the same corresponding real-time communication data frame included in the different network packets are encoded in two or more different encoding qualities. tracking error events; classifying the error events based on a number of errors included in each event, wherein classifying the error events includes classifying each error event based on a number of consecutive network packets affected by the error event; using a processor to determine a desired level of error event to be able to be corrected in order to maintain an acceptable rate of uncorrected errors, wherein determining the desired level of error event to be able to be corrected includes analyzing a distribution of the classifications of the number of consecutive network packets affected by each error event and selecting a number based on the distribution of the classifications; and selecting a redundancy level so that new error events corresponding to the desired level of error event or a lower level of error event are corrected, wherein real-time communication data to be sent is segmented into real-time communication data frames and the selected redundancy level indicates a number of copies of a real-time communication data frame of the real-time communication data frames to be sent, each copy of the real-time communication data frame is included in a different network packet, and the number of real-time communication data frames to be included in a single network packet to be sent is based at least in part on the selected redundancy level, characterized in that the copies of the same corresponding real-time communication data frame included in the different network packets are encoded in two or more different encoding qualities.
A scanning-printing integrated apparatus, comprising: a scanning passage, a printing passage communicated with the scanning passage, a transitional passage providing printing medium to the printing passage, a first driving mechanism for driving a paper conveying roller of the scanning passage and a paper conveying roller of the printing passage, and a second driving mechanism for driving a paper conveying roller of the transitional passage and the paper conveying roller of the printing passage, characterized in that, the paper conveying roller of the printing passage comprises a first end and a second end, wherein the first end is transmission-connected to the first driving mechanism via a first one-way bearing and the second end is transmission-connected to the second driving mechanism via a second one-way bearing, the second driving mechanism is adapted not to move when the paper conveying roller of the printing passage moves under the drive of the first driving mechanism; the first driving mechanism is adapted not to move when the paper conveying roller of the printing passage moves under the drive of the second driving mechanism, the first driving mechanism comprises a first driving motor and a plurality of gears in transmission connection with the first driving motor, and the first one-way bearing is arranged between one of the gears and the paper conveying roller of the printing passage, the second driving mechanism comprises a second driving motor and a plurality of gears in transmission connection with the second driving motor, wherein the second one-way bearing is arranged between one of the gears and the paper conveying roller of the printing passage.
A method for coating a substrate in a partial vacuum, the method comprising: a. activating a surface of the substrate in the partial vacuum; b. depositing a functional monomer material on said substrate in the absence of oxygen gas; c. maintaining contact between said monomer material and said surface for a time period sufficient to form a functional polymer layer on said surface; d. evaporating un-polymerized monomer material, characterized in that forming the functional polymer layer on said surface takes place in the absence of radiation from a radiation source. a. activating a surface of the substrate in the partial vacuum; b. depositing a functional monomer material on said substrate in the absence of oxygen gas; c. maintaining contact between said monomer material and said surface for a time period sufficient to form a functional polymer layer on said surface; d. evaporating un-polymerized monomer material,
Suspension assembly for motor vehicle wheels comprising, at each end of an axle crossbeam, a longitudinal arm (102R, 102L) for connection to a chassis of the vehicle, and a steering knuckle mounted on the arm (102R, 102L) via two, an upper and a lower, connecting ball joints which define a steering pivot axis, characterized in that one of the two, lower and upper, ball joints is asymmetric and comprises an inner bushing comprising two coaxial tubular portions (52, 53) of different respective lengths, situated one on each side of a portion containing the centre of rotation (O') of the ball joint, the said asymmetric ball joint being able to be mounted in two distinct directions so as to define two distinct steering pivot axes (AX1, AX2) with angular offset (θ).