mhurhangee/ep-ind-claims huggingface dataset:
Inkless printing method, comprising the steps of: A) providing at least one carbonizable substrate, B) determining at least one carbonization related characteristic of said carbonizable substrate, C) defining at least one printing zone of the substrate, D) position-selectively carbonizing said at least one defined printing zone of the substrate by at least one time position-selectively irradiating of said printing zone of the substrate, by using at least one primary irradiation source to form at least one printed marking within said defined printing zone, and E) at least one time irradiating of at least a part of said at least one defined printing zone, by using at least one secondary irradiation source, such that each printing zone is irradiated at least twice during the execution of step D) and step E), characterized in that during step D) the at least one defined printing zone of the substrate is irradiated at least a plurality of times by at least one primary irradiation source. A) providing at least one carbonizable substrate, B) determining at least one carbonization related characteristic of said carbonizable substrate, C) defining at least one printing zone of the substrate, D) position-selectively carbonizing said at least one defined printing zone of the substrate by at least one time position-selectively irradiating of said printing zone of the substrate, by using at least one primary irradiation source to form at least one printed marking within said defined printing zone, and E) at least one time irradiating of at least a part of said at least one defined printing zone, by using at least one secondary irradiation source, such that each printing zone is irradiated at least twice during the execution of step D) and step E),
A method, comprising: receiving an input of a character from a virtual keyboard displayed on a display; generating two or more sets of predicted input characters based on the input character; and displaying each of the two or more sets of predicted input characters aligned horizontally within set partitions of a spacer bar of one or more space bars, wherein each spacer bar separates two different rows different keys in the virtual keyboard, and at a location proximate to a key corresponding to a subsequent candidate input character in the two or more generated sets of predicted input characters. receiving an input of a character from a virtual keyboard displayed on a display; generating two or more sets of predicted input characters based on the input character; and displaying each of the two or more sets of predicted input characters aligned horizontally within set partitions of a spacer bar of one or more space bars, wherein each spacer bar separates two different rows different keys in the virtual keyboard, and at a location proximate to a key corresponding to a subsequent candidate input character in the two or more generated sets of predicted input characters.
Device for unpacking a three-dimensional object, manufactured in a swap container by applying layer by layer and solidifying selectively a powdery structural material, from the structural material that surrounds the object and has remained unsolidified, comprising a turning device that rotates the swap container about a horizontal axis of rotation, from an upright position into an unloading position for discharging the unsolidified structural material, and the swap container is insertable and fixable in the turning device and the turning device comprises a retaining plate on which the swap container is placeable and comprises a clamping means by which the swap container is detachably fixed to the retaining plate, characterized in that the turning device comprises a drive means by which the three-dimensional object is displacable into a removal position relative to the swap container, following the unpacking of the unsolidified structural material, and in that the drive means is rotatable, together with the turning device, about the axis of rotation.
A pneumatic tire comprising an inner liner disposed inwardly in the tire and a carcass ply provided adjacent to said inner liner and having a cord embedded in a rubber layer, said inner liner being composed of a polymer layer stack including (a) a first layer of a polymer composition containing more than or equal to 5% by mass and less than or equal to 40% by mass of a styrene-isobutylene-styrene triblock copolymer and more than or equal to 60% by mass and less than or equal to 95% by mass of at least one kind of rubber component selected from the group consisting of natural rubber, isoprene rubber and butyl rubber, said first layer having a thickness of 0.05 mm to 0.6 mm, and (b) a second layer of a polymer composition containing more than or equal to 10% by mass and less than or equal to 85% by mass of at least either one of a styrene-isoprene-styrene triblock copolymer and a styrene-isobutylene diblock copolymer as well as more than or equal to 15% by mass and less than or equal to 90% by mass of at least one kind of rubber component selected from the group consisting of natural rubber, isoprene rubber and butyl rubber, said second layer having a thickness of 0.01 mm to 0.3 mm, said second layer being arranged so as to be in contact with the rubber layer of said carcass ply, a distance L from a plane passing through the center of cross section of said cord to said second layer being more than or equal to 0 and less than or equal to (1+D/2) mm where D denotes the diameter of said cord. (a) a first layer of a polymer composition containing more than or equal to 5% by mass and less than or equal to 40% by mass of a styrene-isobutylene-styrene triblock copolymer and more than or equal to 60% by mass and less than or equal to 95% by mass of at least one kind of rubber component selected from the group consisting of natural rubber, isoprene rubber and butyl rubber, said first layer having a thickness of 0.05 mm to 0.6 mm, and (b) a second layer of a polymer composition containing more than or equal to 10% by mass and less than or equal to 85% by mass of at least either one of a styrene-isoprene-styrene triblock copolymer and a styrene-isobutylene diblock copolymer as well as more than or equal to 15% by mass and less than or equal to 90% by mass of at least one kind of rubber component selected from the group consisting of natural rubber, isoprene rubber and butyl rubber, said second layer having a thickness of 0.01 mm to 0.3 mm, said second layer being arranged so as to be in contact with the rubber layer of said carcass ply, a distance L from a plane passing through the center of cross section of said cord to said second layer being more than or equal to 0 and less than or equal to (1+D/2) mm where D denotes the diameter of said cord.
A safety device of an extracorporeal blood conduit system for an extracorporeal blood treatment machine, preferably dialysis machine, for triggering emergency shut-off of the extracorporeal blood conduit system in the event of a needle dislocation, the safety device comprising a shut-off mechanism which is adapted to reduce or shut-off blood flow through a conduit (7, 9) of the extracorporeal blood treatment machine, characterized by an actuating/triggering unit which is adapted to monitor a change in a predetermined relative starting position of a venous patient access/connection, preferably access cannula, and an arterial patient access/connection, preferably access cannula, of the extracorporeal blood conduit system with respect to each other, the venous patient access/connection and the arterial patient access/connection having said predetermined relative starting position relative to each other or being adjusted thereto, and to actuate/trigger the shut-off mechanism when the venous patient access/connection and the arterial patient access/connection move out of said predetermined relative starting position by a predetermined or predeterminable changing amount. a shut-off mechanism which is adapted to reduce or shut-off blood flow through a conduit (7, 9) of the extracorporeal blood treatment machine, characterized by an actuating/triggering unit which is adapted to monitor a change in a predetermined relative starting position of a venous patient access/connection, preferably access cannula, and an arterial patient access/connection, preferably access cannula, of the extracorporeal blood conduit system with respect to each other, the venous patient access/connection and the arterial patient access/connection having said predetermined relative starting position relative to each other or being adjusted thereto, and to actuate/trigger the shut-off mechanism when the venous patient access/connection and the arterial patient access/connection move out of said predetermined relative starting position by a predetermined or predeterminable changing amount.
A torsion spring, as a bar spring or helical spring comprising a spring wire of fiber composite material, comprising a number of layers of fiber reinforcement, which are impregnated with a matrix material, whereby each layer comprising only tensile-loaded fibers when the torsion spring is loaded or only compression-loaded fibers when the torsion spring is loaded, characterized in that groups of layers exist which are tensile-loaded when the torsion spring is loaded and groups of layers exist which are compression-loaded when the torsion spring is loaded and the group stiffness of at least two groups differs.
In-line heating device for heating a fluid and/or a food product and/or a fluid foam and/or a food foam, the device comprising a heating cartridge and a primary heating unit; the heating cartridge comprising an insert made of an electrically conductive material and being inductively heatable by an oscillating magnetic field provided by the primary heating unit; the heating cartridge further comprising an inner heating path through which the fluid and/or food product and/or fluid foam and/or food foam circulates; the heating path being arranged inside the insert so that fluid is heated while circulating through the path and before being delivered from the device; characterized in that the cartridge comprises a heating insert with an inner shape configuring the heating path, the cartridge further comprising the insert configured as a sleeve surrounding the outer periphery of the heating insert, the heating insert being made of a thermally conductive material, preferably aluminium. the heating cartridge comprising an insert made of an electrically conductive material and being inductively heatable by an oscillating magnetic field provided by the primary heating unit; the heating cartridge further comprising an inner heating path through which the fluid and/or food product and/or fluid foam and/or food foam circulates; the heating path being arranged inside the insert so that fluid is heated while circulating through the path and before being delivered from the device; characterized in that the cartridge comprises a heating insert with an inner shape configuring the heating path, the cartridge further comprising the insert configured as a sleeve surrounding the outer periphery of the heating insert, the heating insert being made of a thermally conductive material, preferably aluminium.
An ocular drug delivery formulation comprising: (i) a delivery carrier comprising a cellulosic polymer and an anionic polysaccharide; and (ii) nanoparticles comprising an amphiphilic non-ionizable block copolymer and a cannabinoid; wherein the formulation has a gel point of 30°C to 37°C. (i) a delivery carrier comprising a cellulosic polymer and an anionic polysaccharide; and (ii) nanoparticles comprising an amphiphilic non-ionizable block copolymer and a cannabinoid; wherein the formulation has a gel point of 30°C to 37°C.
A railway vehicle plug door, comprising: a frame body to be mounted on a part constituting an entrance in a side structure body, which is a side wall structure part of a railway vehicle, by a mechanical fastening structure; a door leaf for opening and closing the entrance; and a seal member mounted on the door leaf and held in close contact with both the door leaf and the frame body when the door leaf closes the entrance, and wherein screw holes to be threadably engaged with corresponding temporary assembly screws are provided on the door leaf, and through holes to be penetrated by the corresponding temporary assembly screws are formed at the frame body, for allowing the frame body and the door leaf to be temporarily assembled, characterized in that the frame body includes a seal close-contact wall portion, the seal close-contact wall portion has a surface which is a surface facing an outer side in a width direction of the vehicle and with which the seal member is to be held in contact, and the through holes are formed to penetrate the seal close-contact wall portion. a frame body to be mounted on a part constituting an entrance in a side structure body, which is a side wall structure part of a railway vehicle, by a mechanical fastening structure; a door leaf for opening and closing the entrance; and a seal member mounted on the door leaf and held in close contact with both the door leaf and the frame body when the door leaf closes the entrance, and wherein screw holes to be threadably engaged with corresponding temporary assembly screws are provided on the door leaf, and through holes to be penetrated by the corresponding temporary assembly screws are formed at the frame body, for allowing the frame body and the door leaf to be temporarily assembled, characterized in that the frame body includes a seal close-contact wall portion, the seal close-contact wall portion has a surface which is a surface facing an outer side in a width direction of the vehicle and with which the seal member is to be held in contact, and the through holes are formed to penetrate the seal close-contact wall portion.
A process for producing a radioactive fluorine-labeled organic compound, which comprises subjecting a compound represented by the following formula: (wherein R 1 is a straight or branched alkyl chain with 1-10 carbon atoms or an aromatic substituent, R 2 is a straight or branched haloalkyl-sulfonic acid substituent with 1-10 carbon atoms, a straight or branched alkylsulfonic acid substituent with 1-10 carbon atoms, a fluorosulfonic acid substituent or an aromatic sulfonic acid substituent, and R 3 is a protective group), to a heating step in an inert organic solvent in a presence of a phase transfer catalyst, 18 F ions and potassium ions, so as to obtain a compound represented by the following formula: wherein R 1 is a straight or branched alkyl chain with 1-10 carbon atoms or an aromatic substituent, and R3 is a protective group, in which the heating step is conducted at a heating temperature of 40-90°C, the phase transfer catalyst is contained in the inert organic solvent at a concentration of not less than 70 mmol/L, potassium ions are contained in the inert organic solvent at a concentration of not less than 27 mmol/L, and the phase transfer catalyst is used in a molar ratio of not less than 0.7 relative to the compound represented by the formula.
Heating system, comprising a heating circuit, through which heating circuit medium flows, having several radiators (1.1) and having a heating circuit distributor (1.2), to which at least two boilers respectively provided with a burner control unit (2.1) are hydraulically connected, characterized in that for each boiler a pump, which is assigned to a specific boiler and provided for conveying the heating circuit medium is arranged on the heating circuit distributor (1.2), and a central heating controller, which is operatively connected to all boilers and free of burner control is arranged on the heating circuit distributor (1.2), wherein the heating circuit distributor (1.2) is formed from modules and one module is provided for each boiler and wherein the modules are identical in construction.
A flexible film container comprising: a container top; a container base; a container body connecting the container top to the container base, the container body having at least three discrete sidewalls and formed of a continuous length of a flexible film, the container top and container base being attached to the container body in a manner to render the flexible film container self-supporting, wherein the container top, the container base and the container body are discrete elements each formed of a flexible film, wherein the container top includes a top rim positioned vertically and extending away from the container, with the upper edge of the container body being joined to the top rim by a seam, wherein the container base comprises a base rim extending about the periphery of the base and into a space defined by the container, the base rim forming a seam with the container body and an increased thickness of the seam aiding in rendering the container self-supporting and wherein the container base is formed to provide a flat bottom of the container. a container top; a container base; a container body connecting the container top to the container base, the container body having at least three discrete sidewalls and formed of a continuous length of a flexible film, the container top and container base being attached to the container body in a manner to render the flexible film container self-supporting, wherein the container top, the container base and the container body are discrete elements each formed of a flexible film, wherein the container top includes a top rim positioned vertically and extending away from the container, with the upper edge of the container body being joined to the top rim by a seam, wherein the container base comprises a base rim extending about the periphery of the base and into a space defined by the container, the base rim forming a seam with the container body and an increased thickness of the seam aiding in rendering the container self-supporting and wherein the container base is formed to provide a flat bottom of the container.
A method for delivering a wireless transmission signal set by a mobile device, the method comprising the steps of: in a diversity mode of operation: transmitting a plurality of signal sets directed to a base station, each signal set comprising the same number of signals, all signals in a set differing only in phase; receiving a plurality of input parameters, each input parameter corresponding to a transmitted signal set in response; deriving a received signal quality measure for said transmitted signal sets as a function of said plurality of received input parameters; and delivering an improved signal set, the improved signal set having a level of transmitted power, and where delivered phase differences of signals in the improved signal set are determined as a function of the received signal quality measure; and characterised in that responsive to determining that a condition associated with the level of transmitted power is met, switching the mode of operation to a non-diversity mode of operation, wherein determining that a condition associated with the level of transmitted power is met comprises comparing a power consumption in the diversity mode of operation to a threshold, wherein the threshold is based on a stored value of power consumption in the non-diversity mode of operation. in a diversity mode of operation: transmitting a plurality of signal sets directed to a base station, each signal set comprising the same number of signals, all signals in a set differing only in phase; receiving a plurality of input parameters, each input parameter corresponding to a transmitted signal set in response; deriving a received signal quality measure for said transmitted signal sets as a function of said plurality of received input parameters; and delivering an improved signal set, the improved signal set having a level of transmitted power, and where delivered phase differences of signals in the improved signal set are determined as a function of the received signal quality measure; and characterised in that transmitting a plurality of signal sets directed to a base station, each signal set comprising the same number of signals, all signals in a set differing only in phase; receiving a plurality of input parameters, each input parameter corresponding to a transmitted signal set in response; deriving a received signal quality measure for said transmitted signal sets as a function of said plurality of received input parameters; and delivering an improved signal set, the improved signal set having a level of transmitted power, and where delivered phase differences of signals in the improved signal set are determined as a function of the received signal quality measure; and characterised in that responsive to determining that a condition associated with the level of transmitted power is met, switching the mode of operation to a non-diversity mode of operation, wherein determining that a condition associated with the level of transmitted power is met comprises comparing a power consumption in the diversity mode of operation to a threshold, wherein the threshold is based on a stored value of power consumption in the non-diversity mode of operation.
A link unit, in particular for utility vehicles, comprising a guide unit and a support unit, wherein the support unit has a second fastening section for fixing to a first fastening section of the guide unit and has a load-bearing section for accommodating a spring unit, wherein a second plane (E 2) is oriented orthogonally with respect to a width of the second fastening section of the support unit, wherein the load-bearing section is of asymmetrical form with respect to the second plane (E 2). wherein the guide unit extends predominantly along a first plane (E 1), wherein, in an assembled state, in which the support unit is fixed by way of the second fastening section to the first fastening section, the first plane (E 1) is oriented parallel to the second plane (E 2), wherein the first plane (E 1) is oriented orthogonally with respect to a pivot axis of the pivotable mounting of the guide unit in a bearing section, wherein the first plane (E 1) runs centrally through the bearing section of the guide unit, and wherein the second plane (E 2) lies centrally and orthogonally with respect to the second fastening section of the support unit, characterized by, that in the assembled state a fastening means for fixing the spring unit at the load-bearing section of the support unit has a distance to the second plane (E 2), that is equal to the distance of the second plane (E 2) to the first plane (E 1).