mhurhangee/patent-ind-claim-en huggingface dataset:
A security element for securities or security papers, wherein the security element has an embossing with diffractive embossed structures , wherein the embossed structures are at least partially coated with a partial, metallic layer forming a tessellated image, wherein, in this regard, a partial layer is understood to be a layer that is interrupted and is thus only partially present as a closed layer, characterized in that the tessellated image is formed of image elements , which have different sizes and shapes, wherein an image element is formed by a continuous surface of the layer forming the tessellated image, and wherein the layer forming the tessellated image is interrupted between two image elements, and that image elements of different sizes correspond to different mosaics of the tessellated image. characterized in that the tessellated image is formed of image elements , which have different sizes and shapes, wherein an image element is formed by a continuous surface of the layer forming the tessellated image, and wherein the layer forming the tessellated image is interrupted between two image elements, and that image elements of different sizes correspond to different mosaics of the tessellated image.
A method of producing a recombinant antibody that inhibits release of active, mature TGFβ peptide, comprising: identifying an antibody that binds an epitope in the head and/or hybrid domains of β8; recombinantly modifying the heavy chain CDR2 sequence to introduce a glycosylation site; and expressing the antibody, wherein, upon binding to β8, the antibody causes a conformational change that reduces the angle between the head and hybrid domains of β8 compared to β8 not contacted with the antibody. identifying an antibody that binds an epitope in the head and/or hybrid domains of β8; recombinantly modifying the heavy chain CDR2 sequence to introduce a glycosylation site; and expressing the antibody, wherein, upon binding to β8, the antibody causes a conformational change that reduces the angle between the head and hybrid domains of β8 compared to β8 not contacted with the antibody.
A method for decolorizing a dye-colored synthetic polymer, comprising: treating a dye-colored synthetic polymer with a treatment composition, the treatment composition comprising (a) hydrogen peroxide, (b) an iron-containing catalyst, (c) water, and (d) a ketone dissolved in the treatment composition; wherein the treatment composition has a pH of 4 or less, and the treating is carried out at a temperature of at least 50°C and for a duration of time sufficient to at least partially decolorize the synthetic polymer; and following the treating, separating at least partially decolorized synthetic polymer from the treatment composition. treating a dye-colored synthetic polymer with a treatment composition, the treatment composition comprising (a) hydrogen peroxide, (b) an iron-containing catalyst, (c) water, and (d) a ketone dissolved in the treatment composition; (a) hydrogen peroxide, (b) an iron-containing catalyst, (c) water, and (d) a ketone dissolved in the treatment composition; wherein the treatment composition has a pH of 4 or less, and the treating is carried out at a temperature of at least 50°C and for a duration of time sufficient to at least partially decolorize the synthetic polymer; and following the treating, separating at least partially decolorized synthetic polymer from the treatment composition.
An orthopedic instrument comprising an orthopedic device and a handle , the handle being configured to removably attach to the orthopedic device , and the handle comprising: a handle body having a connection end that is configured to connect the handle to the orthopedic device ; and a plurality of sizing cavities having different known maximum cross-sectional dimensions that each correspond to a size of an orthopedic implant, wherein the sizing cavities are configured to receive resected bone so as to determine a size of the resected bone , characterised in that the orthopedic device comprises a working shaft that includes a planarizer and a sounder for a proximal radius, wherein the sounder is configured to measure the diameter of a medullary canal of the proximal radius and the planarizer is configured to remove bone from a proximal edge of a resected proximal radius so as to planarize the proximal edge so that a head of a radial implant can abut the substantially planar proximal edge. a handle body having a connection end that is configured to connect the handle to the orthopedic device ; and a plurality of sizing cavities having different known maximum cross-sectional dimensions that each correspond to a size of an orthopedic implant, wherein the sizing cavities are configured to receive resected bone so as to determine a size of the resected bone , characterised in that the orthopedic device comprises a working shaft that includes a planarizer and a sounder for a proximal radius, wherein the sounder is configured to measure the diameter of a medullary canal of the proximal radius and the planarizer is configured to remove bone from a proximal edge of a resected proximal radius so as to planarize the proximal edge so that a head of a radial implant can abut the substantially planar proximal edge.
Method for producing a security element forming a security thread, a film or patch, the shape of which is elongate in a longitudinal direction, for a secure document exhibiting, in the longitudinal direction, a succession of optically variable regions, this method comprising the steps of: a. producing on a substrate a succession of generally parallel optically variable strips , so as to form a base film , b. cutting the base film of the security element in a direction (SM) generally transverse to the strips. a. producing on a substrate a succession of generally parallel optically variable strips , so as to form a base film , b. cutting the base film of the security element in a direction (SM) generally transverse to the strips.
A frame for a cartridge that can be replaced as a unit, the cartridge configured for installation into a plasma arc torch, the frame comprising: a hollow body adapted to receive a translatable contact start electrode, the body having an internal surface and an external 2. surface , the body including: a substantially cylindrical metallic core ; an electrically insulative overmolded plastic casing at least substantially surrounding a circumference of a distal end of the substantially cylindrical metallic core, and a set of flow passages fluidly connecting the external surface of the hollow body and the internal surface of the hollow body, wherein each flow passage in the set of flow passages is radially offset from the other flow passages to impart a swirling fluid flow pattern to a plasma gas passing therethrough. a substantially cylindrical metallic core ; an electrically insulative overmolded plastic casing at least substantially surrounding a circumference of a distal end of the substantially cylindrical metallic core, and a set of flow passages fluidly connecting the external surface of the hollow body and the internal surface of the hollow body, wherein each flow passage in the set of flow passages is radially offset from the other flow passages to impart a swirling fluid flow pattern to a plasma gas passing therethrough.
A method for the installation of a glass pane sliding door for a shower cubicle having a running rail and a door leaf guided on the running rail by at least one running gear , wherein the running gear comprises on one side at least one roller which is guidable on a running track surface of a running track of the running rail , wherein the running rail comprises a guiding body which is arranged above the running track , wherein the guiding body supports the roller in a running position of the running track , and wherein, when inserting the running gear into the running track , the roller is pivotable between the guiding body and the running track in order to get into the running position, comprising the following steps: a) mounting the running rail on a wall, b) inserting the running gear or a first section of the running gear into the running rail from the longitudinal side of the running rail , wherein the roller is pivoted between the guiding body and the running track , characterized by c) fastening the door leaf on the running gear by inserting the door leaf into the running gear or by abutting the door leaf on the first section of the running gear , and connecting a second section of the running gear with the first section . a) mounting the running rail on a wall, b) inserting the running gear or a first section of the running gear into the running rail from the longitudinal side of the running rail , wherein the roller is pivoted between the guiding body and the running track , characterized by c) fastening the door leaf on the running gear by inserting the door leaf into the running gear or by abutting the door leaf on the first section of the running gear , and connecting a second section of the running gear with the first section .
A method of producing a fatty acid or derivative thereof, comprising; (a) providing a genetically engineered bacterial host cell comprising a 5 heterologous promoter and/or ribosome binding site operably linked to a polynucleotide sequence encoding a FadR polypeptide, said promoter and/or ribosome binding site causing overexpression of the FadR polypeptide in said cell, (b) culturing the engineered bacterial host cell in a culture medium under conditions permissive for the production of a fatty acid or derivative thereof, and (c) isolating the fatty acid or derivative thereof from the engineered bacterial host cell, wherein the fatty acid or derivative thereof is a fatty acid, an acyl-ACP, an acyl-CoA, a fatty aldehyde, a short chain alcohol, a long chain alcohol, a fatty alcohol, a hydrocarbon, or an ester. (a) providing a genetically engineered bacterial host cell comprising a 5 heterologous promoter and/or ribosome binding site operably linked to a polynucleotide sequence encoding a FadR polypeptide, said promoter and/or ribosome binding site causing overexpression of the FadR polypeptide in said cell, (b) culturing the engineered bacterial host cell in a culture medium under conditions permissive for the production of a fatty acid or derivative thereof, and (c) isolating the fatty acid or derivative thereof from the engineered bacterial host cell, wherein the fatty acid or derivative thereof is a fatty acid, an acyl-ACP, an acyl-CoA, a fatty aldehyde, a short chain alcohol, a long chain alcohol, a fatty alcohol, a hydrocarbon, or an ester.
A method of communicating in a wireless network, the method comprising: generating a compressed block acknowledgment frame comprising a bitmap, the bitmap indicating receipt of a plurality of fragments of a single data unit, wherein one or more fields of the compressed block acknowledgment frame are included in a physical layer header, and further comprising a block acknowledgement identifier that is derived from a scrambler seed of a first fragment of the single data unit being fragmented; and transmitting the compressed block acknowledgment frame. generating a compressed block acknowledgment frame comprising a bitmap, the bitmap indicating receipt of a plurality of fragments of a single data unit, wherein one or more fields of the compressed block acknowledgment frame are included in a physical layer header, and further comprising a block acknowledgement identifier that is derived from a scrambler seed of a first fragment of the single data unit being fragmented; and transmitting the compressed block acknowledgment frame.
A method for producing a resin molded article, comprising step heating a blend comprising at least one member selected from the group consisting of dicyclopentadiene-based monomers, tetracyclododecene-based monomers, and tricyclopentadiene-based monomers, and a metathesis polymerization catalyst to carry out a polymerization curing; and step forming a polyamide-imide layer on a surface of the norbornene-based crosslinked polymer obtained in the step , wherein the polymerization curing of the blend in the step comprises: step (i): heating the blend to a temperature lower than a deactivation temperature of the metathesis polymerization catalyst to carry out a primary curing; and step (ii): heating a cured product obtained in the step (i) to a temperature equal to or higher than a deactivation temperature of the metathesis polymerization catalyst to carry out a secondary curing. step (i): heating the blend to a temperature lower than a deactivation temperature of the metathesis polymerization catalyst to carry out a primary curing; and step (ii): heating a cured product obtained in the step (i) to a temperature equal to or higher than a deactivation temperature of the metathesis polymerization catalyst to carry out a secondary curing.
Metal, tubular and single-piece ring (30; 40; 50) adapted to be arranged around a rotary shaft of a rotor of an electric motor of a fluid circulation pump, in order to be part of an encapsulation casing for a tubular magnet of said rotor, said ring having - a cylindrical part (32; 42; 52), intended for welding, having a cylindrical wall of circular section, and - an element (33; 43; 53), referred to as the clamping element, of which a first inner surface (36; 46; 56) extends towards the center (35; 45; 55) of the said cylindrical part, beyond a second inner surface (34; 44; 54) of the said cylindrical part, the first inner surface being formed between the two ends of the cylindrical part , the clamping element being formed before the ring is arranged around the rotary shaft and being intended to deform elastically, or even plastically, when using force to press the ring around the shaft . - a cylindrical part (32; 42; 52), intended for welding, having a cylindrical wall of circular section, and - an element (33; 43; 53), referred to as the clamping element, of which a first inner surface (36; 46; 56) extends towards the center (35; 45; 55) of the said cylindrical part, beyond a second inner surface (34; 44; 54) of the said cylindrical part, the first inner surface being formed between the two ends of the cylindrical part , the clamping element being formed before the ring is arranged around the rotary shaft and being intended to deform elastically, or even plastically, when using force to press the ring around the shaft .
A method of accessing functions of an embedded device in which (a) functional blocks of the embedded device are associated with at least two levels disposed above one another hierarchically; (b) access to a functional block of the embedded device from outside the embedded device takes place by means of a data interface ; and (c) an authentication has to take place on the access for the level with which the respective functional block is associated and again for every single level disposed above the level associated with the functional block to permit an execution of a function of the functional block, , wherein the functions of the functional blocks permit access to firmware of the embedded device . (a) functional blocks of the embedded device are associated with at least two levels disposed above one another hierarchically; (b) access to a functional block of the embedded device from outside the embedded device takes place by means of a data interface ; and (c) an authentication has to take place on the access for the level with which the respective functional block is associated and again for every single level disposed above the level associated with the functional block to permit an execution of a function of the functional block, , wherein
A method of preparing a CO 2 reforming catalyst comprising: immersing a porous carrier comprising alumina in a precursor solution of at least one catalyst metal to obtain an immersed carrier, the at least one catalyst metal including a transition metal selected from a Group 6-12 element; drying the immersed carrier to obtain a catalyst-carrier complex in which at least one catalyst metal particle is supported by the porous carrier; firing the catalyst-carrier complex at a temperature of 450 °C to 900 °C under a nitrogen (N 2 ) gas atmosphere to obtain a fired complex; purging the fired complex with inert gas to obtain a purged complex; reducing the purged complex at a temperature of 500 °C to 900 °C under a hydrogen gas atmosphere to obtain a reduced complex; immersing the reduced complex in water to obtain a water-immersed complex; and reducing the obtained water-immersed complex at a temperature of 800 °C to 900 °C under a hydrogen gas atmosphere to obtain the CO 2 reforming catalyst; the Group 6-12 element is Ni. immersing a porous carrier comprising alumina in a precursor solution of at least one catalyst metal to obtain an immersed carrier, the at least one catalyst metal including a transition metal selected from a Group 6-12 element; drying the immersed carrier to obtain a catalyst-carrier complex in which at least one catalyst metal particle is supported by the porous carrier; firing the catalyst-carrier complex at a temperature of 450 °C to 900 °C under a nitrogen (N 2 ) gas atmosphere to obtain a fired complex; purging the fired complex with inert gas to obtain a purged complex; reducing the purged complex at a temperature of 500 °C to 900 °C under a hydrogen gas atmosphere to obtain a reduced complex; immersing the reduced complex in water to obtain a water-immersed complex; and reducing the obtained water-immersed complex at a temperature of 800 °C to 900 °C under a hydrogen gas atmosphere to obtain the CO 2 reforming catalyst; the Group 6-12 element is Ni.
A method of forming a self-decontaminating surface by forming a coating on a surface of an object, wherein said coating is formed by disposing a mixture of Peroxotitanium acid solution and Peroxo-modified anatase sol in combination with an organosilane on said surface, wherein said organosilane is octadecylaminodimethyltrihydroxysilylpropyl ammonium chloride; 3-aminopropyltrihydroxysilane or 3-chloropropyltrihydroxysilane, and wherein said coating is formed by first disposing on said surface said organosilane followed by disposing a mixture of said Peroxotitanium acid solution and Peroxo-modified anatase sol onto said organosilane.
Hybrid device monolithically integrating a photoanode and a commercial Si photovoltaic cell , the commercial silicon photovoltaic cell comprising a layer of positively doped silicon (p-type Si) and a layer of negatively doped silicon (n-type Si), characterized in that the photoanode is made of a InGaN layer epitaxially grown over crystallographic planes of the p-type silicon, and in that quantum dots of InN are produced over the exposed surface of the InGaN layer, said quantum dots having a ratio of height/diameter lower than 0.25.
A method for automatically adjusting internal filtering used in stiffness calculations provided for meter verification for a flow meter , comprising the steps of: receiving a vibrational response from the flow meter , wherein the vibrational response comprises a response to a vibration of the flow meter at a substantially resonant frequency; measuring at least one gain decay variable; measuring a first slope of one of the gain decay variables over a first time period; measuring a second slope of the same one of the gain decay variables over a second time period; determining a trend exists if the first slope and second slope are the same; determining whether the gain decay variable is outside a predetermined range; preventing meter verification while the trend exists; and adjusting a filter used in a stiffness calculation if the gain decay variable is outside the predetermined range. receiving a vibrational response from the flow meter , wherein the vibrational response comprises a response to a vibration of the flow meter at a substantially resonant frequency; measuring at least one gain decay variable; measuring a first slope of one of the gain decay variables over a first time period; measuring a second slope of the same one of the gain decay variables over a second time period; determining a trend exists if the first slope and second slope are the same; determining whether the gain decay variable is outside a predetermined range; preventing meter verification while the trend exists; and adjusting a filter used in a stiffness calculation if the gain decay variable is outside the predetermined range.
A light curtain for detecting objects and/or persons within a monitored zone or within a protected field, having a transmission unit with light transmitters emitting light beams, having a reception unit with light receivers receiving light beams, and having a control and evaluation unit in which object determination signals are generated in dependence on received signals at the outputs of the light receivers , wherein the light transmitters and the light receivers are each arranged equidistantly so that the light beams form a resolution of the light curtain between the light transmitter and the light receiver ; wherein at least one monitored zone forms a first partial zone of the monitored zone of the light curtain , with a safety shutdown signal being generated by the control and evaluation unit on a beam interruption in the monitored zone ; wherein at least one warning zone forms a second partial zone of the monitored zone of the light curtain , with a warning signal being generated by the control and evaluation unit on a beam interruption in the warning zone ; and wherein at least one masking zone forms a third partial zone of the monitored zone of the light curtain , with no safety shutdown signal being generated by the control and evaluation unit on a beam interruption in the masking zone , characterized in that after an interruption and a subsequent non-interruption of the light beams of the masking zone , the masking zone is made into the monitored zone by the control and evaluation unit .
A low-energy impact sensor assembly for mounting to the front end of a motor vehicle for detecting a low energy impact such as a pedestrian impact for deploying an impact countermeasure, comprising; a pair of housing assemblies each comprising an acceleration sensor , the housing assemblies each having a mounting feature for affixing the housings to the motor vehicle at predetermined positions, each of the acceleration sensors having at least one sensing axis oriented in a predetermined orientation with respect to the motor vehicle, said acceleration sensor acting to detect the impact due to acceleration of the acceleration sensor, each of said housing assemblies further comprising a pressure sensor within said respective housing, and a compression sensor acting to detect the impact by compression of a component of the motor vehicle, the compression sensor and the acceleration sensor acting together to detect the impact, wherein the compression sensor is provided in the form of said pressure sensors communicating with an enclosed volume of a gas, said pressure sensors being configured to detect the impact when the enclosed volume is decreased by compression during the impact; wherein the enclosed volume is defined by a deformable pressure tube configured to extend between the pair of housing assemblies , said pair of said housing assemblies is arranged with each housing assembly being connected with a respective opposing end of the pressure tube. the gas volume defined by the deformable pressure tube and the connected volumes of sensor housing assemblies has an intentional leakage path to atmosphere to allow ambient pressure equalization, while preserving response to rapid pressure changes in response to an impact.