mhurhangee/ep-ind-claims huggingface dataset:
A film fixation system for fixing at least one heat-shrinking film onto a cylinder, comprising - at least one conveyor band suitable to place said cylinder thereon to move the cylinder along a line; - at least one aligning device to align a film worn around the periphery of the cylinder standing on the conveyor band with respect to the cylinder; and - at least one heating unit suitable for heat-shrinking the film aligned with respect to the cylinder by means of the aligning device to provide the fixation of the film on the cylinder characterized in that, said heating device comprises at least one body. which has a fixed structure, and at least one moving member provided with at least one heating cap which is capable of moving relative to said body to approach to and move away from a cylinder standing on the conveyor band, wherein said heating cap has a hollow cylindrical structure so as to surround the periphery of a film provided on said cylinder when the moving member is moved to approach to the cylinder', and to heat up said film provided on the cylinder by blowing hot vapor thereto. - at least one conveyor band suitable to place said cylinder thereon to move the cylinder along a line; - at least one aligning device to align a film worn around the periphery of the cylinder standing on the conveyor band with respect to the cylinder; and - at least one heating unit suitable for heat-shrinking the film aligned with respect to the cylinder by means of the aligning device to provide the fixation of the film on the cylinder
Device for carrying out photochemical and photobiotechnological processes, comprising at least a microstructured irradiation zone, a source of electromagnetic radiation and means for transporting a medium through the device, the volume of the irradiation zone corresponding to at least 0.5 times the device volume, and the irradiation zone comprising one or more channels which pass through the irradiation zone in a linear or meander-shaped manner and are constructed so as to be rectangular or semicircular in cross section and have a depth in the range from 10 μm to 2000 μm, characterized in that, for development of one or more thin layers of the medium in the irradiation chamber, layers of structured metal sheets or plates are introduced.
Composite biomaterial with local, controlled release of active ingredients, comprising a three-dimensional polymer-based support structure, and a polymer-based matrix structure, characterized in that the active ingredients are incorporated into the composite biomaterial via the matrix structure and that the composite biomaterial is obtainable by introducing the matrix structure into the support structure.
A method implemented by a robot and one or more processors, the method comprising determining, by a robot (202; 625) that traverses an agricultural area, that an environmental change is affecting an environment of a particular plant, wherein the particular plant is located in the agricultural area, which includes a plurality of plants surrounded by synthetic mulch, and wherein the environmental change is determined using one or more sensors (642A-M) of the robot; identifying, before, during, or after determining that the environmental change is affecting the particular plant, a fiducial marking that is disposed over a portion of the synthetic mulch that is proximate to the particular plant, wherein each plant of the plurality of plants corresponds to a unique fiducial marking of a plurality of fiducial markings that are also disposed over the synthetic mulch; generating, based on identifying the fiducial marking and the environmental change, agricultural data that characterizes the environmental change; and storing the agricultural data in association with the particular plant. determining, by a robot (202; 625) that traverses an agricultural area, that an environmental change is affecting an environment of a particular plant, wherein the particular plant is located in the agricultural area, which includes a plurality of plants surrounded by synthetic mulch, and wherein the environmental change is determined using one or more sensors (642A-M) of the robot; wherein the particular plant is located in the agricultural area, which includes a plurality of plants surrounded by synthetic mulch, and wherein the environmental change is determined using one or more sensors (642A-M) of the robot; identifying, before, during, or after determining that the environmental change is affecting the particular plant, a fiducial marking that is disposed over a portion of the synthetic mulch that is proximate to the particular plant, wherein each plant of the plurality of plants corresponds to a unique fiducial marking of a plurality of fiducial markings that are also disposed over the synthetic mulch; generating, based on identifying the fiducial marking and the environmental change, agricultural data that characterizes the environmental change; and storing the agricultural data in association with the particular plant.
Apparatus for providing ultrapure water for use in semiconductor fabrication, comprising at least one cylindrical reactor with an inner cylindrical shell and an outer cylindrical shell, arranged concentrically, and a channel-like volume between inner shell and outer shell, having an annular cross-sectional area, wherein - said inner cylindrical shell houses at least one UV emission device, - said outer cylindrical shell comprises at least one means for reflecting UV radiation, - the inner cylindrical shell, the outer cylindrical shell and the channel-like volume between the two shells are made from materials which do not contain any metal, - said channel-like volume is provided for flowing water through the reactor, Characterized in that, - said cylindrical reactor is contained in a cylindrical vessel, - at least part of the volume between vessel and outer cylindrical shell is provided for at least one further treating step of said water flowing through the reactor, exiting the reactor and passing the volume, said volume being filled at least partly with at least one mixed bed ion exchange resin and said volume being filled at least partly with at least one catalyst suitable to remove hydrogen peroxide, - combining the provision of ultrapure water for use in semiconductor fabrication in one sole apparatus without any contact of water with steel parts. - said inner cylindrical shell houses at least one UV emission device, - said outer cylindrical shell comprises at least one means for reflecting UV radiation, - the inner cylindrical shell, the outer cylindrical shell and the channel-like volume between the two shells are made from materials which do not contain any metal, - said channel-like volume is provided for flowing water through the reactor, - said cylindrical reactor is contained in a cylindrical vessel, - at least part of the volume between vessel and outer cylindrical shell is provided for at least one further treating step of said water flowing through the reactor, exiting the reactor and passing the volume, said volume being filled at least partly with at least one mixed bed ion exchange resin and said volume being filled at least partly with at least one catalyst suitable to remove hydrogen peroxide, - combining the provision of ultrapure water for use in semiconductor fabrication in one sole apparatus without any contact of water with steel parts.
An array composition for characterizing the differentiation potential of a human pluripotent stem cell, comprising at least 30 primers or pairs of primers for amplifying the mRNA of a set of at least 30 early developmental genes selected from any of SEQ ID NO: 1-89, wherein the set of at least 30 early developmental genes comprises at least one human pluripotent stem cell gene, at least one human mesoderm early developmental gene, at least one human ectoderm early developmental gene, and at least one human endoderm early developmental gene, and wherein the primers hybridize under stringent conditions to said gene sequences.
A waterproof external power source for a portable refrigerator, comprising a casing, a battery pack installed in the casing, a battery-pack-fixing and current-outputting device, and a power source installation device for fixing a power source to the outside of the portable refrigerator, characterized in that, the power source installation device is a magnetic installation device, wherein the power source installation device comprises magnet installation frames and magnets; each of the magnet installation frames comprises a support portion and a magnet groove, the magnet is fixed in the magnet groove, and a hole is provided at the bottom of the casing; and, a lower portion of the support portion is glued and fixed to the inside of the bottom of the casing by sealant, and the magnet groove passes through the hole.
Method for producing a thyristor having at least one integrated lateral resistor comprising the following steps: - providing a semiconductor body made of a doped semiconductor material of a first conduction type (n) having a doped base zone of a second conduction type (p) complementary to the first conduction type, said base zone adjoining a surface of the semiconductor body, - masking the surface of the semiconductor body, wherein at least one recess having a prescribed width is introduced into the mask so that a resistor region of the base zone is at least partly exposed, - depositing a dopant of the first conduction type (n) on the exposed resistor region in such a way that a thin deposition layer of the first conduction type (n) with a high doping concentration is formed on the surface of the exposed resistor region, - collecting the deposited dopant of the first conduction type (n) in the resistor region in such a way that a thicker layer (21, 22) with a lower doping concentration is formed from the thin deposition layer with a high doping concentration, characterized in that the doping of the base zone of the second conduction type (p) in the resistor region is compensated only partly by the collected dopant of the first conduction type (n). - providing a semiconductor body made of a doped semiconductor material of a first conduction type (n) having a doped base zone of a second conduction type (p) complementary to the first conduction type, said base zone adjoining a surface of the semiconductor body, - masking the surface of the semiconductor body, wherein at least one recess having a prescribed width is introduced into the mask so that a resistor region of the base zone is at least partly exposed, - depositing a dopant of the first conduction type (n) on the exposed resistor region in such a way that a thin deposition layer of the first conduction type (n) with a high doping concentration is formed on the surface of the exposed resistor region, - collecting the deposited dopant of the first conduction type (n) in the resistor region in such a way that a thicker layer (21, 22) with a lower doping concentration is formed from the thin deposition layer with a high doping concentration, characterized in that the doping of the base zone of the second conduction type (p) in the resistor region is compensated only partly by the collected dopant of the first conduction type (n).
A light directing film comprising: a back major surface comprising light reflection regions and light transmission regions and being planar; a front major surface opposing the back surface, the front surface being planar; and a plurality of lenses disposed between the front surface and the back surface, wherein at least selected light transmission regions are registered with selected lens elements. a back major surface comprising light reflection regions and light transmission regions and being planar; a front major surface opposing the back surface, the front surface being planar; and a plurality of lenses disposed between the front surface and the back surface, wherein at least selected light transmission regions are registered with selected lens elements.
A composition comprising a ureido polymer selected from the group consisting of ureido acrylic/methacrylic acid copolymer and ureido N, N-dimethylacrylamide methacrylic acid copolymer for use in a method of improving the appearance of and/or substantially reducing the formation of scars and other visible effects of healed wounds, keloids and hypertrophic scars, said method comprising contacting collagen contained within said scar tissue or wound with said composition in an amount effective to degrade said collagen.
Submarine, in which at least one device for picking up and storing an underwater drone is provided on the outside of the hull, the device forming a docking station for an underwater drone that moves to the device, characterized in that the device is formed as a container having a container cover, wherein the container cover forms a pivoting arm for picking up the underwater drone.
Ground terminal for an electronic device comprising: a ground cable connecting device, an electrical switch, an electrical conductor connecting the ground cable connecting device to the electrical switch, characterized in that the ground terminal and its ground cable connecting device are configured so that the electrical switch is brought in to a first mode in response to an electrical wire (26; 404) being connected to the ground cable connecting device, the first mode being a mode in which the switch establishes electrical conduction between an electrical circuit of the electronic device and the ground cable connecting device, and the ground terminal and its ground cable connecting device are configured so that the electrical switch is in a second mode when no electrical wire (26; 404) is connected to the ground cable connecting device, the second mode being a mode in which the switch is electrically isolating the electrical circuit of the electronic device and the ground cable connecting device from each other. a ground cable connecting device, an electrical switch, an electrical conductor connecting the ground cable connecting device to the electrical switch, characterized in that the ground terminal and its ground cable connecting device are configured so that the electrical switch is brought in to a first mode in response to an electrical wire (26; 404) being connected to the ground cable connecting device, the first mode being a mode in which the switch establishes electrical conduction between an electrical circuit of the electronic device and the ground cable connecting device, and the ground terminal and its ground cable connecting device are configured so that the electrical switch is in a second mode when no electrical wire (26; 404) is connected to the ground cable connecting device, the second mode being a mode in which the switch is electrically isolating the electrical circuit of the electronic device and the ground cable connecting device from each other.
A method for attaching a rigid solar photovoltaic panel having a front side and a back side to roofing felt (40, 40', 40", 40"') attached to an underlying structure, wherein the solar photovoltaic panel is attached to two or more mounting members (20, 20', 20", 20''') attached to the roofing felt (40, 40', 40", 40'''), wherein the roofing felt (40, 40', 40", 40''') is attached to the underlying structure in attachment areas, indicated by attachment lines (A L), by means of attachment structures in a manner in which portions of the roofing felt (40, 40', 40", 40''') provided between adjacent attachment areas are arranged to be vertically displaced relative to the underlying structure, characterised in that the method comprises the step of: - adding adhesive to the mounting members (20, 20', 20", 20''') or to the roofing felt (40, 40', 40", 40'''); - gluing the mounting members (20, 20', 20", 20''') to the roofing felt (40, 40', 40", 40'''), and in that the mounting members (20, 20', 20", 20''') are arranged in such a manner that the roofing felt (40, 40', 40", 40''') is restricted from getting into physical contact with the solar photovoltaic panel when the roofing felt (40, 40', 40", 40''') is vertically displaced due to wind suction, and that the solar photovoltaic panel is vertically displaceable relative to the underlying structure, as the roofing felt (40, 40', 40", 40''') is being moved with respect to one of the attachment lines (A L), and in that a first mounting member (20, 20") of the at least two or more mounting members (20, 20', 20", 20''') and a second mounting member (20', 20''') of the at least two or more mounting members (20, 20', 20", 20''') are arranged between two adjacent attachment structures (60, 60'), and in that the first mounting member (20, 20") and the second mounting member (20', 20''') are arranged essentially symmetrically with respect to a midline (M L) between two adjacent attachment lines (A L). - adding adhesive to the mounting members (20, 20', 20", 20''') or to the roofing felt (40, 40', 40", 40'''); - gluing the mounting members (20, 20', 20", 20''') to the roofing felt (40, 40', 40", 40'''), and in that the mounting members (20, 20', 20", 20''') are arranged in such a manner that the roofing felt (40, 40', 40", 40''') is restricted from getting into physical contact with the solar photovoltaic panel when the roofing felt (40, 40', 40", 40''') is vertically displaced due to wind suction, and that the solar photovoltaic panel is vertically displaceable relative to the underlying structure, as the roofing felt (40, 40', 40", 40''') is being moved with respect to one of the attachment lines (A L), and in that a first mounting member (20, 20") of the at least two or more mounting members (20, 20', 20", 20''') and a second mounting member (20', 20''') of the at least two or more mounting members (20, 20', 20", 20''') are arranged between two adjacent attachment structures (60, 60'), and in that the first mounting member (20, 20") and the second mounting member (20', 20''') are arranged essentially symmetrically with respect to a midline (M L) between two adjacent attachment lines (A L).
Centrifugal casting apparatus comprising: - a lower half-mould mounted on a support provided with driving means for rotation about a substantially vertical central axis, said lower half-mould being a solid of revolution having a first central cavity, - an upper half-mould facing the lower half-mould, said upper half-mould being a solid of revolution having a second central cavity, and - means for causing the axial movement of said half-moulds (10, 16) towards and/or away from each other, said apparatus being characterized in that said lower half-mould has at least one passage which puts said first central cavity into communication with the outside through an outlet opening through which said central axis does not pass, and in that said upper half-mould has at least one passage which puts said second central cavity into communication with the outside through an outlet opening through which said central axis does not pass. - a lower half-mould mounted on a support provided with driving means for rotation about a substantially vertical central axis, said lower half-mould being a solid of revolution having a first central cavity, - an upper half-mould facing the lower half-mould, said upper half-mould being a solid of revolution having a second central cavity, and - means for causing the axial movement of said half-moulds (10, 16) towards and/or away from each other, said apparatus being characterized in that said lower half-mould has at least one passage which puts said first central cavity into communication with the outside through an outlet opening through which said central axis does not pass, and in that said upper half-mould has at least one passage which puts said second central cavity into communication with the outside through an outlet opening through which said central axis does not pass.
Heating device for a tank of an exhaust gas aftertreatment agent system, having a carrier and having a plurality of heating elements arranged on the carrier, characterized in that the carrier has a plurality of carrying elements which are connected to one another in an articulated manner, and at least one spring element which applies a spring force to at least two of the carrying elements.
A flat tire repair kit comprising a compressor device comprising a compressed air discharge port to discharge compressed air, and a bottle unit comprising a bottle container containing a puncture-sealing agent and a cap provided on an opening of the bottle container; wherein said cap comprises an air intake port capable of connecting directly to said compressed air discharge port and of sending the compressed air from the compressed air discharge port into the bottle container through a first flow channel, a sealing agent/compressed air outlet port to bring out in succession the puncture-sealing agent and the compressed air from said bottle container through the second flow channel by the sending of this compressed air, and said first flow channel provided with a unidirectional valve to prevent from the puncture-sealing agent from flowing back toward the compressor device; said compressor device comprises a cylinder comprising a pump chamber to compress the air with a back-and-forth motion of a piston and a surge chamber to receive the compressed air from the pump chamber via an exhaust valve; said surge chamber comprises an outlet to send the compressed air from the surge chamber to said compressed air discharge port, a manometer port to connect with a manometer to measure the pressure of the compressed air, and a relief valve connecting port to connect with relief valve to release overpressure; characterized in that said surge chamber volume Q2 is set in a range of 1.0 to 3.0 times a stroke volume of the piston in said pump chamber.
A plate-like battery pack (1, 101) comprising: a plurality of single cell elements (6, 106); a flat battery pack case (2, 102) composed of an insulating material and adapted to have a plurality of holes (5, 105) respectively housing the single cell elements (6, 106); and a plurality of sealing plates (3, 103) adapted to hermetically seal the holes (5, 105) housing the single cell elements (6, 106) and connect adjacent ones of the single cell elements (6, 106), wherein the sealing plates (3, 103) connect the single cell elements (6, 106) in series, parallel or series-parallel. a plurality of single cell elements (6, 106); a flat battery pack case (2, 102) composed of an insulating material and adapted to have a plurality of holes (5, 105) respectively housing the single cell elements (6, 106); and a plurality of sealing plates (3, 103) adapted to hermetically seal the holes (5, 105) housing the single cell elements (6, 106) and connect adjacent ones of the single cell elements (6, 106),