mhurhangee/ep-ind-claims huggingface dataset:
Self-propelled utility vehicle having a driver's cab and a trough for holding the payload, where the trough is mounted to tip in such a way that it can be pivoted between a lower loading and transport position and a raised unloading position, and where the trough has a dumping edge over which the payload can be dumped when the trough is in the unloading position, and where a movably mounted chute is provided on the trough, which can be moved between a retracted transport position and an extended unloading position, and where the chute, in its unloading position, is arranged to extend the trough in the longitudinal direction of the trough beyond its dumping edge, in such a way that, due to the chute, the edge used for unloading the trough, over which the material flows from the utility vehicle, is displaced to a parallel position, and where the chute, in its transport position, is arranged to extend the trough less far, characterised in that the trough is mounted so as to pivot around a vertical axis.
A sealing device (40; 600) for a system (3; 50) for applying a liquid coating product, this device comprising an inner conduit (400; 601) suitable for sealably surrounding an actuating rod (15; 54) of the application system, characterized in that it comprises a frame (402; 602) and a sealing gasket (450; 650) made from a synthetic material comprising an O-ring (454; 654) mounted around a lip (452; 655) of the gasket (450; 650) suitable for being pressed against the actuating rod (15; 54), the frame (402; 602) and the gasket (450; 650) forming a single-piece assembly suitable for being mounted in a housing (110; 62) of the application system (3; 50).
A formable biaxially-oriented film, the film comprising: a first layer comprising from about 40 to about 60 wt.% crystalline polyester and from about 40 to about 60 wt.% of a formability enhancer to assist in increasing the polymeric chain flexibility, the formability enhancer having a melting point less than about 230 °C; and a second layer comprising an amorphous copolyester, the second layer being adjacent to the first layer, wherein the film has a MD and a TD Young's Modulus of at least 10% lower than a crystalline polyester film in the absence of the formability enhancer, wherein the MD stretching ratio of the film is from 2 to about 6 and the TD stretching ratio of the film is from 2 to about 5. a first layer comprising from about 40 to about 60 wt.% crystalline polyester and from about 40 to about 60 wt.% of a formability enhancer to assist in increasing the polymeric chain flexibility, the formability enhancer having a melting point less than about 230 °C; and a second layer comprising an amorphous copolyester, the second layer being adjacent to the first layer, wherein the film has a MD and a TD Young's Modulus of at least 10% lower than a crystalline polyester film in the absence of the formability enhancer, wherein the MD stretching ratio of the film is from 2 to about 6 and the TD stretching ratio of the film is from 2 to about 5.
A method for preparing bispyrrolidine compounds of the formula I where Z is selected from the group consisting of oxygen and carbon, n is a whole natural number in the range from 0 to 9, m and o are independently a natural number in the range from 1 to 12, wherein, in step I), γ-butyrolactone is reacted with diamines of the formula II where Z, n, m and o are as defined above, to form bisamides of the formula III and then, in step II), the bisamides of the formula III are catalytically hydrogenated to form the bispyrrolidine compounds of the formula I. Z is selected from the group consisting of oxygen and carbon, n is a whole natural number in the range from 0 to 9, m and o are independently a natural number in the range from 1 to 12,
A genetically engineered microorganism having a PHA synthase gene involved in synthesis of polyhydroxyalkanoates, wherein the microorganism is transformed with a phaJ gene encoding enoyl-CoA hydratase, and either or both of the PHA synthase and phaJ genes are integrated into the chromosome of the microorganism, and the microorganism produces polyhydroxyalkanoate, wherein the microorganism is selected from the group consisting of E. coli, Alcaligenes latus, Alcaligenese eutrophus, Azotobacter, Pseudomonas putida, and Ralstonia eutropha.
A method of processing an optical fiber comprising: providing a fiber along a first pathway; cooling said fiber in a first treatment region along said first pathway, said fiber entering said first treatment region at a first average temperature and exiting said first treatment region at a second average temperature, said second average temperature being in the range from 1000 °C to 1500 °C, said cooling from said first average temperature to said second average temperature occurring at a first cooling rate, wherein the first cooling rate is less than 12,000 °C/s; cooling said fiber in a second treatment region along said first pathway, said fiber entering said second treatment region at a third average temperature and exiting said second treatment region at a fourth average temperature, said fourth average temperature being in the range from 800 °C to 1200 °C, said cooling from said third average temperature to said fourth average temperature occurring at a second cooling rate, second cooling rate being greater than 5000 °C/s and less than 12,000 °C/s; wherein the first cooling rate is different to the second cooling rate, and redirecting said fiber from said first pathway to a second pathway with a redirection device, said second pathway being non-collinear with said first pathway, said fiber entering said redirection device without a coating, and the uncoated fiber enters the redirection device at a temperature less than 1000°C. providing a fiber along a first pathway; cooling said fiber in a first treatment region along said first pathway, said fiber entering said first treatment region at a first average temperature and exiting said first treatment region at a second average temperature, said second average temperature being in the range from 1000 °C to 1500 °C, said cooling from said first average temperature to said second average temperature occurring at a first cooling rate, wherein the first cooling rate is less than 12,000 °C/s; cooling said fiber in a second treatment region along said first pathway, said fiber entering said second treatment region at a third average temperature and exiting said second treatment region at a fourth average temperature, said fourth average temperature being in the range from 800 °C to 1200 °C, said cooling from said third average temperature to said fourth average temperature occurring at a second cooling rate, second cooling rate being greater than 5000 °C/s and less than 12,000 °C/s; wherein the first cooling rate is different to the second cooling rate, and redirecting said fiber from said first pathway to a second pathway with a redirection device, said second pathway being non-collinear with said first pathway, said fiber entering said redirection device without a coating, and the uncoated fiber enters the redirection device at a temperature less than 1000°C.
A display device configured to display an image, the display device comprising: a display panel having an active area and an inactive area, an integrated circuit or a wiring pattern is disposed at the inactive area to apply a signal to the display panel; a cover, disposed at a rear side of the display panel to support the display panel; a film disposed at a front side of the display panel to protect a front surface of the display panel, the film including an inner portion and an edge portion surrounding the inner portion; a black matrix formed on the edge portion of a rear surface of the film to cover the integrated circuit or wiring pattern; and a reinforcing member disposed between the display panel and the cover, wherein the reinforcing member is attached to the rear surface of the display panel by an adhesive member. a display panel having an active area and an inactive area, an integrated circuit or a wiring pattern is disposed at the inactive area to apply a signal to the display panel; a cover, disposed at a rear side of the display panel to support the display panel; a film disposed at a front side of the display panel to protect a front surface of the display panel, the film including an inner portion and an edge portion surrounding the inner portion; a black matrix formed on the edge portion of a rear surface of the film to cover the integrated circuit or wiring pattern; and a reinforcing member disposed between the display panel and the cover, wherein the reinforcing member is attached to the rear surface of the display panel by an adhesive member.
A semiconductor device comprising: a thin film transistor comprising: a gate electrode over a substrate; a gate insulating film over the gate electrode; a first source or drain electrode over the gate insulating film; an island-shaped semiconductor film over the first source or drain electrode; and a second source or drain electrode over the island-shaped semiconductor film and the first source or drain electrode, wherein the thin film transistor comprises a first portion and a second portion, wherein a portion of the second source or drain electrode is in direct contact with a portion of the first source or drain electrode in the first portion, wherein the island-shaped semiconductor film is sandwiched between the first source or drain electrode and the second source or drain electrode in the second portion, wherein the second source or drain electrode comprises an edge portion, characterized in that all of the edge portion is overlapping with the gate electrode, wherein the edge portion of the second source or drain electrode is in direct contact with the island-shaped semiconductor film, wherein the second source or drain electrode covers an edge of the island-shaped semiconductor film, wherein the substrate is a plastic substrate, a paper substrate or a paper substrate to which a plastic treatment is performed on surfaces thereof, and wherein a titanium film is used as the first source or drain electrode. a thin film transistor comprising: a gate electrode over a substrate; a gate insulating film over the gate electrode; a first source or drain electrode over the gate insulating film; an island-shaped semiconductor film over the first source or drain electrode; and a second source or drain electrode over the island-shaped semiconductor film and the first source or drain electrode, a gate electrode over a substrate; a gate insulating film over the gate electrode; a first source or drain electrode over the gate insulating film; an island-shaped semiconductor film over the first source or drain electrode; and a second source or drain electrode over the island-shaped semiconductor film and the first source or drain electrode, wherein the thin film transistor comprises a first portion and a second portion, wherein a portion of the second source or drain electrode is in direct contact with a portion of the first source or drain electrode in the first portion, wherein the island-shaped semiconductor film is sandwiched between the first source or drain electrode and the second source or drain electrode in the second portion, wherein the second source or drain electrode comprises an edge portion, characterized in that all of the edge portion is overlapping with the gate electrode, wherein the edge portion of the second source or drain electrode is in direct contact with the island-shaped semiconductor film, wherein the second source or drain electrode covers an edge of the island-shaped semiconductor film, wherein the substrate is a plastic substrate, a paper substrate or a paper substrate to which a plastic treatment is performed on surfaces thereof, and wherein a titanium film is used as the first source or drain electrode.
An apparatus for isolating and separating leukocytes from red blood cells in a whole blood sample, comprising: a filtration device comprising an upper chamber, which is a cylindrical tube, a lower chamber, which is a cylindrical tube and one or more stacked filter membranes between said upper and lower chambers, wherein said one or more stacked filter membranes are capable of retaining said leukocytes, wherein the inner diameters of the upper and lower chambers are similar as to create a cylindrical tube which allows liquids to pass therethrough, and a collection tube for collecting red blood cells from said whole blood sample, wherein said filtration device is placed on top of said collection tube, and wherein said red blood cells are separated from said leukocytes and collected in said collection tube following centrifugation and characterized in that said one or more stacked filter membranes is placed between screw threads of the upper chamber and lower chamber, which chambers are securely attached together. a filtration device comprising an upper chamber, which is a cylindrical tube, a lower chamber, which is a cylindrical tube and one or more stacked filter membranes between said upper and lower chambers, wherein said one or more stacked filter membranes are capable of retaining said leukocytes, wherein the inner diameters of the upper and lower chambers are similar as to create a cylindrical tube which allows liquids to pass therethrough, and a collection tube for collecting red blood cells from said whole blood sample, wherein said filtration device is placed on top of said collection tube, and wherein said red blood cells are separated from said leukocytes and collected in said collection tube following centrifugation and characterized in that said one or more stacked filter membranes is placed between screw threads of the upper chamber and lower chamber, which chambers are securely attached together.
An aqueous bumetanide-containing liquid comprising: • 0.3-5 wt.% bumetanide; • 2-30 wt.% of a non-ionic surfactant having a HLB of more than 10; and • 65-94 wt.% water; wherein the liquid has a pH at 25°C in the range of 5-9 and wherein each of the bumetanide and the non-ionic surfactant is dissolved and/or contained in colloidal particles having a diameter of less than 50 nm. • 0.3-5 wt.% bumetanide; • 2-30 wt.% of a non-ionic surfactant having a HLB of more than 10; and • 65-94 wt.% water;
A method by a radio network node for controlling a handover process of a user equipment from a first cell to a second cell, which user equipment is served in the first cell controlled by the radio network node, wherein said radio network node has a connection to said user equipment, the method comprising: - transmitting, to the user equipment, an initial value of a trigger parameter for reporting signal strength measurement from the user equipment; - receiving a measurement report triggered by said initial value of said trigger parameter and indicating a signal strength measurement of the first cell and a signal strength measurement of the second cell; - determining whether the difference between said signal strength measurements fulfils a second condition defined by a second value of said trigger parameter and otherwise whether said difference fulfils a first condition defined by a first different value of said trigger parameter, wherein the first and second trigger parameter values are higher than the initial trigger parameter value; - establishing whether said connection to the user equipment is active or inactive during a predetermined time; - performing said handover process when said connection is active and said first condition is fulfilled and performing said handover process when said connection is inactive and said second condition is fulfilled. - transmitting, to the user equipment, an initial value of a trigger parameter for reporting signal strength measurement from the user equipment; - receiving a measurement report triggered by said initial value of said trigger parameter and indicating a signal strength measurement of the first cell and a signal strength measurement of the second cell; - determining whether the difference between said signal strength measurements fulfils a second condition defined by a second value of said trigger parameter and otherwise whether said difference fulfils a first condition defined by a first different value of said trigger parameter, wherein the first and second trigger parameter values are higher than the initial trigger parameter value; - establishing whether said connection to the user equipment is active or inactive during a predetermined time; - performing said handover process when said connection is active and said first condition is fulfilled and performing said handover process when said connection is inactive and said second condition is fulfilled.
A method comprising: loading a current sheet of image data from a first location of a memory into an image area of a two dimensional array of shift registers, the memory being locally coupled to the two-dimensional array of shift registers and to an array of execution lanes having a smaller size than the two-dimensional array of shift registers along at least one array axis, the two-dimensional array of shift registers being arranged to shift the sheet of image data relative to the array of execution lanes; loading into halo register locations of the two dimensional array of shift registers which are peripheral to the image area, a portion of a current adjacent sheet of image data having image content that is adjacent in an image frame to the content of the current sheet, wherein each of the current sheet of image data and the current adjacent sheet of image data is a region parsed from a line group of the image frame; and determining output values for the current sheet of image data through execution of program code instructions by respective execution lanes of the execution lane array, wherein determining output values comprises shifting, by the two dimensional array of shift registers, data loaded into the image area and the halo register locations relative to the array of execution lanes so as to enable each execution lane to operate on the data within its own respective stencil, wherein a stencil used in determining each of the output values encompasses only pixels that reside within the two-dimensional array of shift registers. loading a current sheet of image data from a first location of a memory into an image area of a two dimensional array of shift registers, the memory being locally coupled to the two-dimensional array of shift registers and to an array of execution lanes having a smaller size than the two-dimensional array of shift registers along at least one array axis, the two-dimensional array of shift registers being arranged to shift the sheet of image data relative to the array of execution lanes; loading into halo register locations of the two dimensional array of shift registers which are peripheral to the image area, a portion of a current adjacent sheet of image data having image content that is adjacent in an image frame to the content of the current sheet, wherein each of the current sheet of image data and the current adjacent sheet of image data is a region parsed from a line group of the image frame; and determining output values for the current sheet of image data through execution of program code instructions by respective execution lanes of the execution lane array, wherein determining output values comprises shifting, by the two dimensional array of shift registers, data loaded into the image area and the halo register locations relative to the array of execution lanes so as to enable each execution lane to operate on the data within its own respective stencil, wherein a stencil used in determining each of the output values encompasses only pixels that reside within the two-dimensional array of shift registers.
Drainage trench for countersunk installation being fluid-technologically connectable to a drain, whereby the drainage trench has a total length and comprises: - a longitudinal drainage channel which has in an upper area at least one passage area (31.1) in order to facilitate, in the installed situation, a liquid to be supplied from above through the drainage channel to the drain, - a first longitudinal flange (31.2) which extends along a first long side of the passage area (31.1), and - an upwards pointing vertical plane, which runs parallel to the first long side of the passage area (31.1), first long side of the passage area (31.1) - it comprises an edge which is slidably connected to the drainage trench, the upwards pointing vertical plane being part of the edge, whereby - the edge is situated at least partially underneath the first longitudinal flange (31.2), characterized in that - a flexible sealing strip is situated in the area of the first longitudinal flange (31.2), having a strip length approximately corresponding to the total length, whereby a portion of the flexible sealing strip is situated between the first longitudinal flange (31.2) an the edge. - a longitudinal drainage channel which has in an upper area at least one passage area (31.1) in order to facilitate, in the installed situation, a liquid to be supplied from above through the drainage channel to the drain, - a first longitudinal flange (31.2) which extends along a first long side of the passage area (31.1), and - an upwards pointing vertical plane, which runs parallel to the first long side of the passage area (31.1), first long side of the passage area (31.1) - it comprises an edge which is slidably connected to the drainage trench, the upwards pointing vertical plane being part of the edge, whereby - the edge is situated at least partially underneath the first longitudinal flange (31.2), characterized in that - a flexible sealing strip is situated in the area of the first longitudinal flange (31.2), having a strip length approximately corresponding to the total length, whereby a portion of the flexible sealing strip is situated between the first longitudinal flange (31.2) an the edge.
A multimodal ethylene copolymer composition comprising an ethylene copolymer obtainable by a process comprising a first polymerization stage, wherein a first copolymer is produced from ethylene and an alpha-olefin comonomer, and a second polymerization stage, wherein a second copolymer is produced from ethylene and an alpha-olefin comonomer, wherein a first alpha-olefin is used in the first stage and a second, different alpha-olefin is used in the second stage and the first alpha-olefin is selected from the group consisting of 1-butene, 1-hexene, and 4-methyl-1-pentene and the second alpha-olefin is selected from alpha-olefins containing from 4 to 10 carbon atoms, and having a density of 920 to 949 kg/m 3 measured according to ISO 1183-1:2004 Method A on compression molded specimen prepared according to EN ISO 1872-2 (Feb 2007), and having a flexural modulus, wherein said flexural modulus is measured according to the method of ISO 178 by using compression molded test specimens produced according to EN ISO 1872-2, and wherein numerical values of said flexural modulus, in MPa, and density, in kg/m 3 are following the relationship: Flexural modulus < 21.35 ⋅ density − 19585 and wherein the Shore D of the multimodal ethylene copolymer composition as measured according to ISO868 on specimen moulded according to EN ISO 1872-2 is at least 53.
A manufacturing equipment comprising a control equipment for the manufacture of corrugated cardboard, the manufacturing equipment comprising a gluing unit, a sensor arrangement (102A, 102B, 102C, 102D), as actuator equipment (104A, 104B, 106A, 106B), at least one steam box, wherein the sensor arrangement is configured to measure the temperature and the moisture of the liner; the at least one steam box is adapted, on the basis of measurements of the sensor arrangement (102A, 102B, 102C, 102D), to adjust the moisture of a first surface of the liner by adjusting the temperature or amount of steam it is adapted to direct to the first surface of the liner, the first surface of the liner being glued to a fluting paper by the gluing unit characterised in that the at least one steam box is located between the gluing unit and heating equipment closest to the gluing unit.