mhurhangee/patent-ind-claim-en huggingface dataset:
An EAS label for attachment to an article [A] by wrapping the EAS label around the article [A] comprising a flexible support having a first side, a second side, a bottom section and a top section ; the bottom section having a larger width than the top section and including a soft removable glue area on the first side of the flexible support and said soft removable glue area is adapted to be attached to the article [A] when starting to wrap the EAS label around the article; a security element is attached to the bottom section on the first side or the second side of the flexible support ; and the top section has a smaller width than the bottom section and has a strong glue area on the first side of the flexible support , wherein the flexible support is adapted to be wrapped around the article [A] starting with the bottom section of the flexible support and securing the EAS label to the second side of the wrapped EAS label by the strong glue area of the top section of the EAS label .
A biodegradable polyester composition comprising following components in parts by weight: i) 65 to 95 parts of the biodegradable aliphatic-aromatic polyester; ii) 5 to 35 parts of the polylactic acid; iii) 5 to 25 parts of the organic filler and/or the inorganic filler, wherein based on a total weight of the biodegradable polyester composition, a weight content of glycidyl methacrylate is 0.05 ppm - 10 ppm. i) 65 to 95 parts of the biodegradable aliphatic-aromatic polyester; ii) 5 to 35 parts of the polylactic acid; iii) 5 to 25 parts of the organic filler and/or the inorganic filler,
A sweetener composition comprising at least one nutritive sweetener or natural non-nutritive sweetener, and a compound of Formula I: in an amount sufficient to enhance the sweetness of the at least one nutritive sweetener or natural non-nutritive sweetener, wherein: each of R 1 , R 2 , and R 3 is H; and wherein the natural non-nutritive sweetener is selected from the group consisting of rebaudioside A, rebaudioside B, rebaudioside C, rebaudioside D, rebaudioside M, iso-steviol glycosides, mogrosides, trilobatin, and combinations thereof.
A tissue integration device produced by the steps of: forming a polymer containing mixture into a shape being one of a film, a strip, a sheet, and a plaque, the polymer containing mixture comprising a polymer resin and a growth-promoting medium; orienting at least one polymer comprised in the polymer resin by stretching in at least one direction; forming the shaped polymeric material into the tissue integration device; forming one or more line-of-sight pores in the tissue integration device, wherein the one or more line-of-sight pores are sized and dimensioned to promote tissue ingrowth when the tissue integration device is implanted in a subject, wherein two or more of the line-of- sight pores intersect with one another. forming a polymer containing mixture into a shape being one of a film, a strip, a sheet, and a plaque, the polymer containing mixture comprising a polymer resin and a growth-promoting medium; orienting at least one polymer comprised in the polymer resin by stretching in at least one direction; forming the shaped polymeric material into the tissue integration device; forming one or more line-of-sight pores in the tissue integration device, wherein the one or more line-of-sight pores are sized and dimensioned to promote tissue ingrowth when the tissue integration device is implanted in a subject, wherein two or more of the line-of- sight pores intersect with one another.
Antiballistic protection comprising a cover with a stab and bullet resistant layer , and in which said antiballistic protection comprises a central chest section and at least two wing sections , whereby said stab and bullet resistant layer is composed of a stab resistant layer of polyamide and a bullet resistant layer of ultra-high molecular weight polyethylene, wherein said stab resistant layer is composed of a plurality of polyamide textile layers in which at least one polyamide textile layer has a surface weight lower than 200 g/m 2 , characterized in that said bullet resistant layer is composed of a plurality of 10 to 100 ultra-high molecular weight polyethylene laminates with a surface weight of 70 to 90 g/m 2 .
A system for determining a gaze point of an eye, comprising: a visual display comprising a screen surface adapted to display graphical information and includes a plurality of reference illuminators arranged beneath said screen surface , the reference illuminators being adapted to emit invisible light; a camera for acquiring an image of the eye watching the visual display , said image including corneo-scleral reflections of the reference illuminators ; and a processor adapted to: define, based on the locations of the corneo-scleral reflections in the image plane, a mapping between a coordinate system in the object plane and a coordinate system in the image plane; and determine, based on the mapping, the eye's gaze point in the object plane coordinate system, wherein the mapping is composed of an ellipsoidal reflection mapping and a perspective projection. a visual display comprising a screen surface adapted to display graphical information and includes a plurality of reference illuminators arranged beneath said screen surface , the reference illuminators being adapted to emit invisible light; a camera for acquiring an image of the eye watching the visual display , said image including corneo-scleral reflections of the reference illuminators ; and a processor adapted to: define, based on the locations of the corneo-scleral reflections in the image plane, a mapping between a coordinate system in the object plane and a coordinate system in the image plane; and determine, based on the mapping, the eye's gaze point in the object plane coordinate system, wherein the mapping is composed of an ellipsoidal reflection mapping and a perspective projection. define, based on the locations of the corneo-scleral reflections in the image plane, a mapping between a coordinate system in the object plane and a coordinate system in the image plane; and determine, based on the mapping, the eye's gaze point in the object plane coordinate system, wherein the mapping is composed of an ellipsoidal reflection mapping and a perspective projection.
Clamping apparatus for the temporary connection of two ends of a large tube section, having at least two connecting devices and a rigid connecting bar , the connecting devices being arranged at the ends of the connecting bar , wherein the connecting device is a clamping device which has: - a basic frame, - a joint , which connects the basic frame and the connecting bar , - at least two clamping jaws opposite one another, which are arranged below the joint , each clamping jaw having at least one clamping surface , which bears against the tube section in the closed state of the clamping apparatus, wherein - at least one clamping jaw has at least one clamping element which has a mechanism for changing the position, so that the clamping element is adjustable, - the clamping element has the at least one clamping surface , and - at both ends of the connecting bar at least one respective clamping device is mounted in an articulated manner and the clamping device is respectively aligned such that the openings of two different clamping devices face in the same direction between the clamping jaws and the openings of two different clamping devices are positioned on the same side of the connecting bar. - a basic frame, - a joint , which connects the basic frame and the connecting bar , - at least two clamping jaws opposite one another, which are arranged below the joint , each clamping jaw having at least one clamping surface , which bears against the tube section in the closed state of the clamping apparatus, wherein - at least one clamping jaw has at least one clamping element which has a mechanism for changing the position, so that the clamping element is adjustable, - the clamping element has the at least one clamping surface , and - at both ends of the connecting bar at least one respective clamping device is mounted in an articulated manner and the clamping device is respectively aligned such that the openings of two different clamping devices face in the same direction between the clamping jaws and the openings of two different clamping devices are positioned on the same side of the connecting bar.
A method of operating a base station for determining a Modulation and Coding Scheme, MCS, for uplink, UL, transmissions in a wireless communication system, the method including: selecting an MCS based on whether a user agent Open Loop Power Control, OLPC, is based on i) a path loss between a user agent, UA, and a base station , or ii) a path loss between the user agent, UA, and a relay node, RN ; determining an error rate of a communication channel between the UA and the at least one of the base station and the RN; when the error rate is below a first threshold, at least one of: increasing the MCS level, and reducing a transmission power of the UA; and when the error rate is above a second threshold, at least one of: decreasing the MCS level, and increasing a transmission power of the UA. selecting an MCS based on whether a user agent Open Loop Power Control, OLPC, is based on i) a path loss between a user agent, UA, and a base station , or ii) a path loss between the user agent, UA, and a relay node, RN ; determining an error rate of a communication channel between the UA and the at least one of the base station and the RN; when the error rate is below a first threshold, at least one of: increasing the MCS level, and reducing a transmission power of the UA; and increasing the MCS level, and reducing a transmission power of the UA; and when the error rate is above a second threshold, at least one of: decreasing the MCS level, and increasing a transmission power of the UA. decreasing the MCS level, and increasing a transmission power of the UA.
A fibre-reinforced plastics-material component , in which reinforcing fibres are arranged in a matrix, with a connecting element , wherein the connecting element has - an attachment portion which protrudes at least partly out of the plastics-material component , and - an anchoring portion with which the connecting element is connected detachably to the plastics-material component, wherein the anchoring portion has a smaller cross-sectional circumference than the attachment portion , characterised in that the anchoring portion comprises a shank and a tensioning means, which is designed as a tensioner which is a lever which operates on the basis of an eccentric, the eccentricity of which can be converted from an opened position, in which the connecting element is free from tension, into a closed position, in which the connecting element is tensioned, and vice versa. - an attachment portion which protrudes at least partly out of the plastics-material component , and - an anchoring portion with which the connecting element is connected detachably to the plastics-material component,
A system for performing an automated network-based login procedure on a virtual interactive keypad image (105; 201; 301) comprising: - a software agent executable from a digital medium connected to the network for navigating to a login page on behalf of a user, the software agent accessing the keypad image (105; 201; 301) including a plurality of individual characters one each located in a cell making up a symmetrical grid defining the virtual keypad, and performing an automated login; and - an automated login support application executable from the same or a different digital medium (109; 112) connected to the network , the support application including at least an image processor , adapted to slice the keypad image in cells thereby creating an image of each character and determine location information of each character image, an optical character recognizer , adapted to identify the characters from each of the thus created images, and an image data encoder (204; 303) and decoder for discerning characters, wherein the virtual keypad image includes new randomly placed characters occupying a cell each time the software agent accesses the keypad image (105; 201; 301) at the login page , the characters including both individual, specific credential characters of a user required to login and additional characters, and the software agent performs a login at the virtual keypad image (105; 201; 301) by performing an ordered sequence of the equivalent of mouse clicks on the virtual keypad image at the locations associated with the character images corresponding to each of the credential characters, based on the results obtained by image processor and optical character recognizer of the automated login support application. - a software agent executable from a digital medium connected to the network for navigating to a login page on behalf of a user, the software agent accessing the keypad image (105; 201; 301) including a plurality of individual characters one each located in a cell making up a symmetrical grid defining the virtual keypad, and performing an automated login; and - an automated login support application executable from the same or a different digital medium (109; 112) connected to the network , the support application including at least an image processor , adapted to slice the keypad image in cells thereby creating an image of each character and determine location information of each character image, an optical character recognizer , adapted to identify the characters from each of the thus created images, and an image data encoder (204; 303) and decoder for discerning characters,
A device for mangling laundry items with at least one permanently stationary mangle body , the outer shell surface of which forms a heatable pressing surface and at least one circumferentially drivable mangling belt assigned to the at least one mangle body , by which mangling belt the laundry items can be moved along on the outer pressing surface of the at least one mangle body , wherein the at least one mangle body is formed to be double-walled with at least one cavity between an outer mangle body wall and an inner mangle body wall , in which a liquid heat transfer medium is located and at least one heating device for heating the heat transfer medium in the cavity is arranged entirely or at least partially in the interior of the at least one mangle body , characterized in that the interior of the at least one mangle body is formed to be gas- or pressure-tight and pressure-resistant and is configured as at least one boiler (32; 45; 49), such that thermal energy of hot air generated in the boiler (32; 45; 49) of the inner space of the mangle body can be transferred from an inner side of inner mangle body wall by heat conduction to an outer side of inner mangle body wall and as a result liquid heat transfer medium in the cavity of the double-walled mangle body can be heated, and in that the heating device is formed from at least one heating body located in the boiler (32; 45; 49) and a burner which is operated with fossil fuel and is attached externally to an end wall of the mangle body ..
A security ink containing at least a first fluorescent and phosphorescent pigment and a second fluorescent pigment, wherein the security ink if excited with a first wavelength emits radiation with a first emission spectrum, if excited with a second wavelength emits radiation with a second emission spectrum being different from the first emission spectrum, and after the excitation has been terminated emits radiation with a third emission spectrum being different from the first emission spectrum and being different from the second emission spectrum.
Exposure device for an apparatus for additive manufacture of three-dimensional objects by progressive layer-by-layer selective exposure and, associated therewith, solidification of structural material layers composed of a solidifiable structural material by means of an energy beam , wherein the exposure device comprises an energy beam generating device configured for generating an energy beam , a beam deflection device configured for deflecting an energy beam generated by the energy beam generating device onto a specific incidence location, and a beam path formed by at least one optically conductive element or comprising at least one such element, comprising a position detection device configured for interferometrically detecting the position of the beam deflection device , in particular relative to a reference position, by means of an optical measurement beam , and a measurement beam generating device , which is assigned to the position detection device which is configured for generating the optical measurement beam used for optically detecting the position of the beam deflection device , wherein the optical measurement beam generated by the measurement beam generating device can be coupled or is coupled directly into the beam path of the exposure device , wherein the position detection device and the measurement beam generating device form an absolute interferometer. a position detection device configured for interferometrically detecting the position of the beam deflection device , in particular relative to a reference position, by means of an optical measurement beam , and a measurement beam generating device , which is assigned to the position detection device which is configured for generating the optical measurement beam used for optically detecting the position of the beam deflection device , wherein the optical measurement beam generated by the measurement beam generating device can be coupled or is coupled directly into the beam path of the exposure device , wherein the position detection device and the measurement beam generating device form an absolute interferometer.
Method for producing a tunnel field effect transistor, TFET, comprising a source, channel and drain area, with the steps - an epitaxy layer is arranged on a silicon substrate , - a gate arrangement with a gate electrode is applied to this, in which a gate dielectric is arranged between the gate electrode and the Si substrate, - a doped pocket area is formed below the gate dielectric adjacent to the source area, characterised in that - a selective silicidised area is formed in the source area, which reaches below the gate arrangement, and - a doped area opposite the pocket area is formed in the source area as well by diffusing out dopants from the silicidised area adjacent to the pocket area and at least partly below the pocket area, through which a tunnel crossing and therefore in operation tunnelling is carried out parallel to the electrical field lines of the gate electrode . - an epitaxy layer is arranged on a silicon substrate , - a gate arrangement with a gate electrode is applied to this, in which a gate dielectric is arranged between the gate electrode and the Si substrate, - a doped pocket area is formed below the gate dielectric adjacent to the source area, characterised in that - a selective silicidised area is formed in the source area, which reaches below the gate arrangement, and - a doped area opposite the pocket area is formed in the source area as well by diffusing out dopants from the silicidised area adjacent to the pocket area and at least partly below the pocket area, through which a tunnel crossing and therefore in operation tunnelling is carried out parallel to the electrical field lines of the gate electrode .
A 3-dimensional pattern puncher for punching a lithium metal electrode to provide one or more unit electrodes , the 3D pattern puncher comprising: a mold punch configured to move up and down, the mold punch corresponding to a size of the unit electrode ; a die corresponding to the mold punch ; a mold blade disposed at an edge of the mold punch and configured to punch the lithium metal electrode to provide the one or more unit electrodes ; and a 3D pattern positioned at an inner portion of the mold punch where the mold blade is not disposed, characterized in that : the mold punch is one of a metal mold and the 3D pattern adhered thereto, the 3D pattern being made of a polymer material, or a mold and the 3D pattern integrally made of a polymer material. a mold punch configured to move up and down, the mold punch corresponding to a size of the unit electrode ; a die corresponding to the mold punch ; a mold blade disposed at an edge of the mold punch and configured to punch the lithium metal electrode to provide the one or more unit electrodes ; and a 3D pattern positioned at an inner portion of the mold punch where the mold blade is not disposed, characterized in that : the mold punch is one of a metal mold and the 3D pattern adhered thereto, the 3D pattern being made of a polymer material, or a mold and the 3D pattern integrally made of a polymer material.
A dispensing system for a tobacco product, comprising: a tubular member having a dispensing end ; a heterogeneous tobacco product received directly within the tubular member , the heterogeneous tobacco product comprising portions of tobacco formed as moist snuff; and a dispensing mechanism operably engaged with the tubular member , and being configured to direct an amount of the heterogeneous tobacco product outwardly of the tubular member through the dispensing end , characterized in that the dispensing mechanism is: operably engaged with the tubular member opposite to the dispensing end ; configured to retract the heterogeneous tobacco product into the tubular member through the dispensing end ; or configured to be actuated in discrete increments so as to dispense a predetermined amount of the heterogeneous tobacco product through the dispensing end for each actuation increment. a tubular member having a dispensing end ; a heterogeneous tobacco product received directly within the tubular member , the heterogeneous tobacco product comprising portions of tobacco formed as moist snuff; and a dispensing mechanism operably engaged with the tubular member , and being configured to direct an amount of the heterogeneous tobacco product outwardly of the tubular member through the dispensing end , characterized in that the dispensing mechanism is: operably engaged with the tubular member opposite to the dispensing end ; configured to retract the heterogeneous tobacco product into the tubular member through the dispensing end ; or configured to be actuated in discrete increments so as to dispense a predetermined amount of the heterogeneous tobacco product through the dispensing end for each actuation increment. operably engaged with the tubular member opposite to the dispensing end ; configured to retract the heterogeneous tobacco product into the tubular member through the dispensing end ; or configured to be actuated in discrete increments so as to dispense a predetermined amount of the heterogeneous tobacco product through the dispensing end for each actuation increment.
A method for producing a transmissive optics from a blank made of plastics, wherein a material ablation is achieved on the blank with an ablation laser , wherein the pulse duration of the ablation laser is less than 1 ns, characterized in that the pulse energy of the ablation laser is 0.1 μJ to 10 μJ, the focus diameter of the ablation laser is between 5 and 50 μn, the scanning speed of the ablation laser is 500 to 5000 mm/s and the ablation laser effects a material ablation of 0.02 μm per pulse.