mhurhangee/ep-ind-claims huggingface dataset:
A method of receiving data at a microprocessor controlled device via a matrix barcode presented in three-dimensions by a display device, the method comprising: receiving with a microprocessor a first component image of a matrix barcode and a second component image of the matrix barcode corresponding to respective different perspectives of a three-dimensional matrix barcode as presented on a display device, wherein the three-dimensional matrix barcode comprises blocks and spaces, the blocks having respective horizontal, vertical, and depth dimensions that can be individually varied to convey data, such that at least a first block is perceived by a viewer to have a different depth dimension relative to the display device from at least a second block; processing with the microprocessor the first and second component images to identify depth information for each block in the three-dimensional matrix barcode by evaluating the first component image of the matrix barcode and the second component image of the matrix barcode to determine the offset distance of the pixels representing each block in the second component image from the pixels representing the corresponding block in the first component image as presented on the display device; and decoding the variable depth information for the plural blocks into data previously encoded into the three-dimensional bar code. receiving with a microprocessor a first component image of a matrix barcode and a second component image of the matrix barcode corresponding to respective different perspectives of a three-dimensional matrix barcode as presented on a display device, wherein the three-dimensional matrix barcode comprises blocks and spaces, the blocks having respective horizontal, vertical, and depth dimensions that can be individually varied to convey data, such that at least a first block is perceived by a viewer to have a different depth dimension relative to the display device from at least a second block; processing with the microprocessor the first and second component images to identify depth information for each block in the three-dimensional matrix barcode by evaluating the first component image of the matrix barcode and the second component image of the matrix barcode to determine the offset distance of the pixels representing each block in the second component image from the pixels representing the corresponding block in the first component image as presented on the display device; and decoding the variable depth information for the plural blocks into data previously encoded into the three-dimensional bar code.
A process for producing propylene, the process comprising: splitting a stream comprising butene into a first portion and a second portion; metathesizing and cracking the first portion to form a metathesis/cracking product stream comprising propylene and ethylene; combining the second portion with a stream comprising ethylene to form a combined stream; and metathesizing the combined stream to form a metathesis product stream; wherein the metathesis and cracking reaction of the first portion of the stream, and metathesis reaction of the combined stream are performed in a parallel system arrangement. splitting a stream comprising butene into a first portion and a second portion; metathesizing and cracking the first portion to form a metathesis/cracking product stream comprising propylene and ethylene; combining the second portion with a stream comprising ethylene to form a combined stream; and metathesizing the combined stream to form a metathesis product stream;
A package (17; 117) for holding an article, the package comprising: a liner (19; 119) and a construct attached to the liner, the liner comprises an interior space for holding an article, and the construct comprises a plurality of panels (21; 121, 23, 25, 27, 31), that at least partially reinforce at a portion of the liner (19; 119), the plurality of panels comprises a top panel, a first side panel, a second side panel, and a bottom panel, and a dispenser comprising dispensing features (53, 55) in at least one of the top panel (21; 121) and the bottom panel for allowing removal of the article from the package (17; 117), the dispensing features comprise a dispenser panel (61; 161) at least partially defined by a tear line in the construct, the dispenser panel (61; 161) is for being at least partially separated from the construct along the tear line to form a dispenser opening, the second side panel is foldably connected to the top panel (21; 121) along a first fold line and foldably connected to the bottom panel along a second fold line, the first side panel is foldably connected to the top panel (21; 121) along a third fold line and foldably connected to an attachment panel along a fourth fold line, characterized by the first fold line, second fold line, third fold line, and fourth fold line are each arcuate. a liner (19; 119) and a construct attached to the liner, the liner comprises an interior space for holding an article, and the construct comprises a plurality of panels (21; 121, 23, 25, 27, 31), that at least partially reinforce at a portion of the liner (19; 119), the plurality of panels comprises a top panel, a first side panel, a second side panel, and a bottom panel, and the liner comprises an interior space for holding an article, and the construct comprises a plurality of panels (21; 121, 23, 25, 27, 31), that at least partially reinforce at a portion of the liner (19; 119), the plurality of panels comprises a top panel, a first side panel, a second side panel, and a bottom panel, and a dispenser comprising dispensing features (53, 55) in at least one of the top panel (21; 121) and the bottom panel for allowing removal of the article from the package (17; 117), the dispensing features comprise a dispenser panel (61; 161) at least partially defined by a tear line in the construct, the dispenser panel (61; 161) is for being at least partially separated from the construct along the tear line to form a dispenser opening, the second side panel is foldably connected to the top panel (21; 121) along a first fold line and foldably connected to the bottom panel along a second fold line, the first side panel is foldably connected to the top panel (21; 121) along a third fold line and foldably connected to an attachment panel along a fourth fold line, characterized by the first fold line, second fold line, third fold line, and fourth fold line are each arcuate.
Sump, in particular for a dishwasher, comprising: - a main body which is open on the upper side and has a peripheral portion for coupling to the bottom of a washing tank of said dishwasher; said body having, furthermore, a hollow collecting portion which is internally recessed with respect to said peripheral portion and is arranged for storing a liquid coming from said tank; and - a hydraulic washing pump which is connected to said body, so that its impeller is able to rotate about a substantially horizontal axis; - a hollow supply portion which is internally recessed with respect to said peripheral portion and for receiving, due to the action of said pump, a flow of said liquid and to direct said flow towards at least one outlet; - at least one device selected within the set consisting of a heating system, for heating said flow, and a diverter, for delivering said flow in a controlled manner to at least one impeller by means of said at least one outlet; said sump being characterised in that said hollow supply portion is open on the upper side at an opening through which said at least one device (26, 28) is accessible and housed, in a removable manner, in said hollow supply portion; and in that said second hollow portion is for receiving, at said opening, a lid having at least one of said outlets for letting water out; said lid being removable so as to access said at least one device (26, 28) by taking it out through said supply opening. - a main body which is open on the upper side and has a peripheral portion for coupling to the bottom of a washing tank of said dishwasher; said body having, furthermore, a hollow collecting portion which is internally recessed with respect to said peripheral portion and is arranged for storing a liquid coming from said tank; and - a hydraulic washing pump which is connected to said body, so that its impeller is able to rotate about a substantially horizontal axis; - a hollow supply portion which is internally recessed with respect to said peripheral portion and for receiving, due to the action of said pump, a flow of said liquid and to direct said flow towards at least one outlet; - at least one device selected within the set consisting of a heating system, for heating said flow, and a diverter, for delivering said flow in a controlled manner to at least one impeller by means of said at least one outlet;
Silver-coloured pigment comprising a non-metallic platelet-shaped substrate and at least one coating containing ilmenite, characterised in that the non-metallic platelet-shaped substrate is a non-metallic platelet-shaped synthetic substrate and the content of iron compounds, calculated as elemental iron, in the pigment is less than 5.0 % by weight relative to the total weight of the pigment, wherein the pigment comprises the following structure: (a) non-metallic platelet-shaped synthetic substrate, (b) titanium oxide layer, (c) ilmenite layer, the pigment being obtained by (i) applying an uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer to a non-metallic platelet-shaped synthetic substrate, (ii) applying an iron oxide/ iron hydroxide/ iron oxide hydrate layer to the uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer, (iii) calcining the product obtained in step (ii) under reducing conditions, wherein the pigment has an iron/ titanium weight ratio as a function of the coating based on formula Iron content % by weight Titanium content % by weight ⋅ proportion of coating % by weigth in a range of 3 to 6, where "iron content" stands for the content of iron compounds, calculated as elemental iron, and "titanium content" stands for the content of titanium compounds, calculated as elemental titanium, respectively in the pigment and relative to the total weight of the pigment, and where the "proportion of coating (% by weight)" stands for the proportion by weight, relative to the total weight of the pigment, of the coating applied to the substrate, and where the proportion of titanium oxide in the coating decreases from the side facing the substrate to the side of the titanium oxide layer remote from the substrate. the non-metallic platelet-shaped substrate is a non-metallic platelet-shaped synthetic substrate and the content of iron compounds, calculated as elemental iron, in the pigment is less than 5.0 % by weight relative to the total weight of the pigment, wherein the pigment comprises the following structure: (a) non-metallic platelet-shaped synthetic substrate, (b) titanium oxide layer, (c) ilmenite layer, (a) non-metallic platelet-shaped synthetic substrate, (b) titanium oxide layer, (c) ilmenite layer, the pigment being obtained by (i) applying an uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer to a non-metallic platelet-shaped synthetic substrate, (ii) applying an iron oxide/ iron hydroxide/ iron oxide hydrate layer to the uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer, (iii) calcining the product obtained in step (ii) under reducing conditions, (i) applying an uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer to a non-metallic platelet-shaped synthetic substrate, (ii) applying an iron oxide/ iron hydroxide/ iron oxide hydrate layer to the uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer, (iii) calcining the product obtained in step (ii) under reducing conditions,
Neovaginal prosthesis, designed to be temporarily inserted in a vaginal cavity with a determined luminar diameter, prosthesis which comprises an essentially cylindrical hollow main body which in turn comprises: - a closed upper end of essentially rounded geometry, designed to be inserted inside the vaginal cavity, - a first orifice defined in the upper end to allow the drainage of liquids and secretions towards the hollow inside of the main body, - an open lower end, designed to remain on the outside, protruding slightly from the vaginal opening, - a side notch defined in the proximity of the lower end to facilitate the coupling of the neovaginal prosthesis in the proximity of the urethra without pressing on it, and - a second orifice defined in the lower end designed to allow the drainage of liquids from the hollow interior of the main body towards the outside, and - a securing plate designed to be connected to the lower end of the main body to guarantee its anatomical securing to the body of a patient by means of additional securing means, the prosthesis being characterized in that the securing plate comprises: - a hollow protuberance designed to be concentrically inserted inside the second orifice of the main body to evacuate liquids towards the outside, and - a plurality of through-openings defined in the securing plate designed to be traversed by the additional securing means. - a closed upper end of essentially rounded geometry, designed to be inserted inside the vaginal cavity, - a first orifice defined in the upper end to allow the drainage of liquids and secretions towards the hollow inside of the main body, - an open lower end, designed to remain on the outside, protruding slightly from the vaginal opening, - a side notch defined in the proximity of the lower end to facilitate the coupling of the neovaginal prosthesis in the proximity of the urethra without pressing on it, and - a second orifice defined in the lower end designed to allow the drainage of liquids from the hollow interior of the main body towards the outside, and - a securing plate designed to be connected to the lower end of the main body to guarantee its anatomical securing to the body of a patient by means of additional securing means, the prosthesis being characterized in that - a hollow protuberance designed to be concentrically inserted inside the second orifice of the main body to evacuate liquids towards the outside, and - a plurality of through-openings defined in the securing plate designed to be traversed by the additional securing means.
A wind energy installation which comprises a tower and a foundation, wherein the tower comprises a lower connecting flange with a number of openings, and wherein the foundation comprises a number of connecting elements which project from an upper side of the foundation and, in the assembled state of the tower, pass through at least some of the openings of the connecting flange, comprising a load distribution system with a first load distribution ring and with a second load distribution ring, wherein the connecting elements pass through the load distribution rings (18, 20) in the assembled state of the tower, wherein the first load distribution ring is placed at least indirectly on the upper side of the foundation, wherein the second load distribution ring is arranged immediately adjacent to the connecting flange of the tower and the two load distribution rings (18, 20) are arranged immediately adjacent to one another, and wherein the first load distribution ring and the second load distribution ring are each segmented in the circumferential direction, i. e. are made up of a plurality of individual segments (18a.... 18h, 20a... 20h), wherein the lower connecting flange is a T-flange and / or first segments (18a... 18h) of the first load distribution ring and second segments (20a... 20h) of the second load distribution ring are arranged offset with respect to one another in the circumferential direction in such a way that first joints between the first segments (18a... 18h) of the first load distribution ring and second joints between the second segments (20a... 20h) of the second load distribution ring are offset with respect to one another along the circumference of the load distribution rings (18, 20).
A method for measuring distances between a rail vehicle and articles arranged laterally to the rail vehicle, in particular a platform edge, during the travel of the rail vehicle, wherein: during the travel, first measurement values of the lateral distance are repeatedly measured by means of a first measurement system, during the travel, second measurement values of the lateral distance are repeatedly measured by means of a second measurement system, the accuracy of the first measurement system is greater than that of the second measurement system, but the measurement frequency, i.e., the frequency with which the measured values are recorded, of the first measurement system is lower than that of the second measurement system, by combining the first and second measurement values, distances are calculated that reflect the lateral distance of the rail vehicle dependent on the time during the travel and/or on the location on the traveled route. during the travel, first measurement values of the lateral distance are repeatedly measured by means of a first measurement system, during the travel, second measurement values of the lateral distance are repeatedly measured by means of a second measurement system, the accuracy of the first measurement system is greater than that of the second measurement system, but the measurement frequency, i.e., the frequency with which the measured values are recorded, of the first measurement system is lower than that of the second measurement system, by combining the first and second measurement values, distances are calculated that reflect the lateral distance of the rail vehicle dependent on the time during the travel and/or on the location on the traveled route.
A method of making a hollow fiber membrane, the method comprising: (a) forming at least one coating composition comprising a solvent, dissolvable silica nanoparticles, and a membrane-forming polymer; (b) coating the at least one coating composition onto a filament; (c) carrying out phase inversion of the coating composition or coating compositions coated onto the filament; (d) dissolving the dissolvable silica nanoparticles and removing the filament from the coated filament to obtain a hollow fiber membrane; and optionally (e) washing the hollow fiber membrane obtained in (d); wherein the silica nanoparticles have a diameter of 50 nm to 1000 nm and a particle density of 1.93 to 1.96 g/cm 3 and are prepared by a method comprising: reacting an orthosilicate and an alcohol or a mixture of alcohols in an aqueous medium in the presence of a salt of a metal of Group Ia or Group IIa, or in the presence of a metalloid compound, optionally in combination with ammonium hydroxide, isolating the resulting nanoparticles, and treating the nanoparticles from with an acid; wherein the hollow fiber membrane has a hexagonal packing of pores and a void volume fraction of 66 % to 73 %. (a) forming at least one coating composition comprising a solvent, dissolvable silica nanoparticles, and a membrane-forming polymer; (b) coating the at least one coating composition onto a filament; (c) carrying out phase inversion of the coating composition or coating compositions coated onto the filament; (d) dissolving the dissolvable silica nanoparticles and removing the filament from the coated filament to obtain a hollow fiber membrane; and optionally (e) washing the hollow fiber membrane obtained in (d); wherein the silica nanoparticles have a diameter of 50 nm to 1000 nm and a particle density of 1.93 to 1.96 g/cm 3 and are prepared by a method comprising: reacting an orthosilicate and an alcohol or a mixture of alcohols in an aqueous medium in the presence of a salt of a metal of Group Ia or Group IIa, or in the presence of a metalloid compound, optionally in combination with ammonium hydroxide, isolating the resulting nanoparticles, and treating the nanoparticles from with an acid; wherein the hollow fiber membrane has a hexagonal packing of pores and a void volume fraction of 66 % to 73 %.
A moving body system comprising: an imaging device attachable to a moving body; a visual line direction changing mechanism configured to change a visual line direction of the imaging device; and a control unit configured to control the visual line direction of the imaging device in accordance with changing of a movement direction of the moving body; characterized in that the control unit is configured to make a frame rate of the imaging device higher when the visual line direction of the imaging device is changed. an imaging device attachable to a moving body; a visual line direction changing mechanism configured to change a visual line direction of the imaging device; and a control unit configured to control the visual line direction of the imaging device in accordance with changing of a movement direction of the moving body; characterized in that the control unit is configured to make a frame rate of the imaging device higher when the visual line direction of the imaging device is changed.
A collapsible article comprising: a plurality of foldably interconnected foldable sections, at least one of said sections is looped and consists of four curved segments that are polygonal in shape in folded state; foldable edges connecting said sections and said segments. a plurality of foldably interconnected foldable sections, at least one of said sections is looped and consists of four curved segments that are polygonal in shape in folded state; foldable edges connecting said sections and said segments.
A hot work tool steel containing, in mass%, 0.25 to 0.45% of C, 0.1 to 0.4% of Si, 0.5 to 0.9% of Mn, 0.2 to 0.6% of Ni, 5.2 to 5.5% of Cr, 0.6 to 0.9% of V, one or both of Mo and W in a relational expression of (Mo + 1/2W): 1.9 to 2.3%, and a balance of Fe and impurities, wherein the relationship of the content of each element calculated by the following Formula 1 and Formula 2 satisfies that value A is 6.00 or more and value B is 1.00 or less, Value A = − 0.7 % Si + 1.5 % Mn + 1.3 % Ni + 0.9 % Cr + 0.6 % Mo + 1 / 2 W + 0.3 % V Value B = 1.9 % C + 0.043 % Si + 0.12 % Mn + 0.09 % Ni + 0.042 % Cr + 0.03 % Mo + 1 / 2 W − 0.12 % V wherein the content in mass% of each element is shown in parentheses.
Simply articulated fuel flap intended to be fixed to the body of a vehicle, said fuel flap comprising a flap bowl, a flap panel and a hinge articulating the flap panel on the flap bowl, characterized in that said fuel flap comprises a fitting plate which is fixed to the flap bowl and on which the hinge is fixed, the fitting plate comprising means for fixing to the flap bowl, means for fixing to the hinge and means for indexing in relation to the vehicle body.
Width adjustment device, for being used in connection with adjusting the width of conveyor belts of the type made up from a large number of substantially identical belt modules, where each module along leading and trailing edges in the intended travelling direction is provided with eye parts separated by openings, such that an eye part on one module may be fitted in an opening on an adjacent module, and where the eye parts are provided with an aperture laterally, such that when a conveyor belt is assembled from a plurality of belt modules, a connection pin may be inserted laterally through the openings in overlapping eye parts, thereby hingely connecting adjacent belt modules, characterised in that the width adjustment device is detachably arranged on each belt module along one or both sides of the conveyor belt, and where said device on one module at least partly overlaps with an adjacent device arranged on the upstream and/or down-stream module, in order to provide continuity on the conveyor belt side surface and support between said devices.