mhurhangee/patent-ind-claim-en huggingface dataset:
Field device designed to determine a limit value of a physical or chemical process variable, with a sensor unit that is suitable for detecting the limit value, and with an interface , wherein the sensor unit can be connected to a higher-level unit via the interface in order to transmit a current-based sensor signal (s I ) to the higher-level unit , and wherein the interface comprises at least the following components: - a signal input with a first signal path and a second signal path , - a controllable current source which is arranged in first signal path or in the second signal path , - at least a resistor element which is arranged in relation to the signal input behind the current source and parallel to the sensor unit , wherein the controllable current source is designed to control the sensor signal (s I ) at the signal input depending on a control signal (s V ) output by the sensor unit , wherein the sensor unit is designed to separately output the control signal (s V ) as a digital value representing the fact that the limit value is reached, wherein the interface is designed to transmit the sensor signal (s I ) in such a way that a current intensity of the sensor signal (s I ) in the range from approximately 0.4 mA to 1 mA represents a limit value that is not reached, and that a current intensity of the sensor signal (s I ) in the range from approximately 2.2 mA to 9.5 mA represents a limit value that is reached. wherein the sensor unit can be connected to a higher-level unit via the interface in order to transmit a current-based sensor signal (s I ) to the higher-level unit , and wherein the interface comprises at least the following components: - a signal input with a first signal path and a second signal path , - a controllable current source which is arranged in first signal path or in the second signal path , - at least a resistor element which is arranged in relation to the signal input behind the current source and parallel to the sensor unit , - a signal input with a first signal path and a second signal path , - a controllable current source which is arranged in first signal path or in the second signal path , - at least a resistor element which is arranged in relation to the signal input behind the current source and parallel to the sensor unit , wherein the controllable current source is designed to control the sensor signal (s I ) at the signal input depending on a control signal (s V ) output by the sensor unit , wherein the sensor unit is designed to separately output the control signal (s V ) as a digital value representing the fact that the limit value is reached, wherein the interface is designed to transmit the sensor signal (s I ) in such a way that a current intensity of the sensor signal (s I ) in the range from approximately 0.4 mA to 1 mA represents a limit value that is not reached, and that a current intensity of the sensor signal (s I ) in the range from approximately 2.2 mA to 9.5 mA represents a limit value that is reached.
An optical device comprising: • at least one light source intended to radiate a light beam in an essentially vertical downward direction (+Y); • a lens that in turn comprises: ∘ a first refractive surface through which the light beam is refracted; and ∘ a second refractive surface through which the light beam refracts; wherein the first refractive surface is arranged between the at least one light source and the second refractive surface ; and • a shielding device defining therein an interior space; wherein the first refractive surface and the second refractive surface are essentially parabolic; wherein the first refractive surface and the second refractive surface are arranged such that the vertices of said parabolic surfaces are the furthermost points between each of them and the at least one light source in the essentially vertical downward direction (+Y); and wherein the second refractive surface is confined in the interior space defined by the shielding device ; characterised in that the vertex of the first refractive surface is arranged at the same height as an upper end of the second refractive surface in the essentially vertical downward direction (+Y). • at least one light source intended to radiate a light beam in an essentially vertical downward direction (+Y); • a lens that in turn comprises: ∘ a first refractive surface through which the light beam is refracted; and ∘ a second refractive surface through which the light beam refracts; ∘ a first refractive surface through which the light beam is refracted; and ∘ a second refractive surface through which the light beam refracts; • a shielding device defining therein an interior space; wherein the first refractive surface and the second refractive surface are essentially parabolic; wherein the first refractive surface and the second refractive surface are arranged such that the vertices of said parabolic surfaces are the furthermost points between each of them and the at least one light source in the essentially vertical downward direction (+Y); and wherein the second refractive surface is confined in the interior space defined by the shielding device ; characterised in that the vertex of the first refractive surface is arranged at the same height as an upper end of the second refractive surface in the essentially vertical downward direction (+Y).
An isolated cell comprising a genetically engineered disruption in all copies of a human leukocyte antigen, HLA, class II-related gene, wherein the cell is a human cell, wherein: a) the HLA class II-related gene is selected from the group consisting of regulatory factor X-associated ankyrin-containing protein of SEQ ID NO: 24-27, regulatory factor 5 of SEQ ID NO: 28-31, regulatory factor X associated protein of SEQ ID NO: 32-33, class II transactivator of SEQ ID NO: 34-35; and b) the cell further comprises one or more polynucleotides, and wherein the one or more polynucleotides is capable of encoding a single chain fusion HLA class I protein, wherein the single chain fusion HLA class I protein comprises at least a portion of B2M SEQ ID NO:2 covalently linked to at least a portion of an HLA class I α chain selected from the group consisting of HLA-E SEQ ID NO: 10, HLA-F SEQ ID NO: 12 and HLA-G SEQ ID NO: 14; and c) the cell further comprises a genetically engineered disruption in the β2-microglobulin, B2M, gene of SEQ ID NO: 1; and d) wherein the single chain fusion HLA class I protein is capable of normal HLA class I function with respect to forming proper secondary structure of the heterodimer on the cell surface, presenting peptides in the peptide binding cleft and engaging the inhibitory receptors on the surface of NK cells; and e) wherein human embryonic stem cells are excluded. a) the HLA class II-related gene is selected from the group consisting of regulatory factor X-associated ankyrin-containing protein of SEQ ID NO: 24-27, regulatory factor 5 of SEQ ID NO: 28-31, regulatory factor X associated protein of SEQ ID NO: 32-33, class II transactivator of SEQ ID NO: 34-35; and b) the cell further comprises one or more polynucleotides, and wherein the one or more polynucleotides is capable of encoding a single chain fusion HLA class I protein, wherein the single chain fusion HLA class I protein comprises at least a portion of B2M SEQ ID NO:2 covalently linked to at least a portion of an HLA class I α chain selected from the group consisting of HLA-E SEQ ID NO: 10, HLA-F SEQ ID NO: 12 and HLA-G SEQ ID NO: 14; and c) the cell further comprises a genetically engineered disruption in the β2-microglobulin, B2M, gene of SEQ ID NO: 1; and d) wherein the single chain fusion HLA class I protein is capable of normal HLA class I function with respect to forming proper secondary structure of the heterodimer on the cell surface, presenting peptides in the peptide binding cleft and engaging the inhibitory receptors on the surface of NK cells; and e) wherein human embryonic stem cells are excluded.
Device for removing a foam cutout from a slot of a foam product , in particular a mattress, comprising - a conveyor for the foam product with an inlet region and an outlet region and - at least one removal tool for removing the foam cutout from the slot, the conveyor having a first conveying means and a second conveying means which can be spaced apart relative to the first and defines a circular path section (8a, b), and a gap with variable width being provided between the first and second conveying means , the foam product introduced into the gap being movable by the conveying means in a conveying direction (A) and the conveyor serving as a bending device for the foam product for opening the slot, wherein the second conveying means comprises a plurality of individual rotating rollers or drums arranged on a circular path section (8a, b), and the entirety of the rollers or drums or alternatively individual rollers or drums are arranged adjustably relative to the first conveying means, characterized in that the second conveying means has at least two circular path sections (8a,b) carrying the rotating rollers or drums and the circular path sections (8a, b) are designed to be pivotable relative to one another about a pivot axis provided at the vertex (B) of the circular path and the radius of the circle defined by the circular path sections (8a, b) is variable by pivoting the circular path sections (8a, b). - a conveyor for the foam product with an inlet region and an outlet region and - at least one removal tool for removing the foam cutout from the slot,
Method for operating a technical system , which comprises a display device , wherein, in the method, a process image (PB) of the technical system is displayed on the display device , characterised in that - pixel information of the process image (PB) or pixel information of one or more auxiliary images (HB1-HB5) obtained from the process image (PB) is subjected to a vectorisation process with the formation of a vector-based image description or vector-based auxiliary image descriptions (VB1-VB5), and - the vector-based image description or the vector-based auxiliary image descriptions (VB1-VB5) are each subjected to a pattern detection process with the formation of status data (ZD), which describes the operating state of the technical system or of system components (K1-Kn) of the technical system . - pixel information of the process image (PB) or pixel information of one or more auxiliary images (HB1-HB5) obtained from the process image (PB) is subjected to a vectorisation process with the formation of a vector-based image description or vector-based auxiliary image descriptions (VB1-VB5), and - the vector-based image description or the vector-based auxiliary image descriptions (VB1-VB5) are each subjected to a pattern detection process with the formation of status data (ZD), which describes the operating state of the technical system or of system components (K1-Kn) of the technical system .
A fluororubber composition comprising: a ternary fluororubber polymer composed of vinylidene fluoride, perfluorovinyl ether, and tetrafluoroethylene; and a reaction product of silica-aluminum silicate with vinyl ethoxysilane, characterized in that : the fluororubber composition does not contain magnesium oxide and calcium hydroxide, or the total content thereof is 0.1 parts by weight or less relative to 100 parts by weight of the ternary fluororubber polymer; and the fluororubber composition contains 8 to 60 parts by weight of the reaction product of silica-aluminum silicate with vinyl ethoxysilane relative to 100 parts by weight of the ternary fluororubber polymer. a ternary fluororubber polymer composed of vinylidene fluoride, perfluorovinyl ether, and tetrafluoroethylene; and a reaction product of silica-aluminum silicate with vinyl ethoxysilane, characterized in that : the fluororubber composition does not contain magnesium oxide and calcium hydroxide, or the total content thereof is 0.1 parts by weight or less relative to 100 parts by weight of the ternary fluororubber polymer; and the fluororubber composition contains 8 to 60 parts by weight of the reaction product of silica-aluminum silicate with vinyl ethoxysilane relative to 100 parts by weight of the ternary fluororubber polymer. the fluororubber composition does not contain magnesium oxide and calcium hydroxide, or the total content thereof is 0.1 parts by weight or less relative to 100 parts by weight of the ternary fluororubber polymer; and the fluororubber composition contains 8 to 60 parts by weight of the reaction product of silica-aluminum silicate with vinyl ethoxysilane relative to 100 parts by weight of the ternary fluororubber polymer.
Device for obtaining egg liquid from poultry eggs, comprising, - an egg holder for fixedly holding and positioning such egg (E) along its main axis substantially vertically, - an egg opening device for decapitating such egg at both ends after having been positioned vertically, thereby having the liquid falling and flowing downwardly into at least one liquid collection reservoir arranged underneath the egg holder , and - a control device for controlling positioning such egg (E) and driving said opening device and said egg holder , wherein said egg holder comprises a clamping device for clamping an egg at both sides substantially parallel to its main axis which clamping device is rotatable about a substantial horizontal axis. - an egg holder for fixedly holding and positioning such egg (E) along its main axis substantially vertically, - an egg opening device for decapitating such egg at both ends after having been positioned vertically, thereby having the liquid falling and flowing downwardly into at least one liquid collection reservoir arranged underneath the egg holder , and - a control device for controlling positioning such egg (E) and driving said opening device and said egg holder , wherein said egg holder comprises a clamping device for clamping an egg at both sides substantially parallel to its main axis which clamping device is rotatable about a substantial horizontal axis.
System suitable for treating wash waste liquid of a continuous Tunnel washing machine for the field of Preclinical Pharmaceutical Research, the system comprising a wash chamber , nozzles being arranged in said wash chamber , the system further comprising - a wash tub with a side wall cylindrical in shape, with a tangential liquid suction outlet in the wash tub bottom area, and a conical bottom, the conicity of which faces towards the outside of the wash tub, with a wash waste drain point at the vertex of said conical bottom, said tangential suction being adapted to generate a rotational motion of the liquid in said wash tub, said wash tub being positioned under said wash chamber , so as to receive said wash liquid by gravity; - a centrifugal wash pump with an open impeller, adapted to take in liquid from said tangential liquid suction outlet , - an in-line filter with an internal filter cartridge of the wedge-wire type, adapted to filter the liquid coming from said centrifugal pump and deliver it back, filtered, into said wash chamber through said nozzles , and comprising a flush valve for discharging the filtering waste. - a wash tub with a side wall cylindrical in shape, with a tangential liquid suction outlet in the wash tub bottom area, and a conical bottom, the conicity of which faces towards the outside of the wash tub, with a wash waste drain point at the vertex of said conical bottom, said tangential suction being adapted to generate a rotational motion of the liquid in said wash tub, said wash tub being positioned under said wash chamber , so as to receive said wash liquid by gravity; - a centrifugal wash pump with an open impeller, adapted to take in liquid from said tangential liquid suction outlet , - an in-line filter with an internal filter cartridge of the wedge-wire type, adapted to filter the liquid coming from said centrifugal pump and deliver it back, filtered, into said wash chamber through said nozzles , and comprising a flush valve for discharging the filtering waste.
A soil cultivation device, in particular for caring of the ground surfaces of cultivated crops, with a supporting structure , a plurality of harrow tines pivotally arranged on the supporting structure , and an adjustment means associated to the harrow tines by which the pretension of the harrow tines preloaded over springs is centrally adjustable by means of a drive that is arranged above the pivot points of the harrow tines , wherein the harrow tines are formed as two-armed levers, and at the upper end of the harrow tines a spring system is engaging, the other end of which is adjustable by means of the drive, wherein the connection of at least a few of the other ends of the spring systems to the drive is accomplished by way of bars , all of which are arranged above the pivot points of the harrow tines , characterized in that each spring system includes a compression spring arranged in a guide member , the end of which facing the harrow tines is adjustable by the drive, and the end of which facing away from the harrow tines is connected to the harrow tine via a connecting member .
A method of preparing a silver layer or pattern comprising the step of applying a silver nanoparticle dispersion comprising silver nanoparticles, a binder and a liquid carrier on a substrate followed by a sintering step, wherein the binder is a vinylidene chloride copolymer comprising 90 wt% or less of vinylidene chloride based on the total weight of the binder, characterized in that the silver nanoparticle dispersion further comprises an acidic polyester as adhesion promoting compound and the substrate is an ITO layer on a polymeric or a glass support.
A hybrid AC/DC lawn mower comprising: a DC circuit and an AC circuit ; a battery receptacle comprising at least one cavity for receiving a battery , wherein when the battery is received within the cavity and the battery is operatively-connected to the DC circuit ; a DC keyhole (S1) and a DC key, wherein the DC key is configured to fit into the DC keyhole (S1) to complete the DC circuit ; an AC power plug for connecting to an AC power grid , wherein the AC power plug is connected to the AC circuit ; an AC keyhole (S2) and an AC key, wherein the AC key is configured to fit into the AC keyhole (S2) to complete the AC circuit ; and a motor operatively-connected to the AC circuit and the DC circuit ; wherein the AC key and the DC key are the same key. a DC circuit and an AC circuit ; a battery receptacle comprising at least one cavity for receiving a battery , wherein when the battery is received within the cavity and the battery is operatively-connected to the DC circuit ; a DC keyhole (S1) and a DC key, wherein the DC key is configured to fit into the DC keyhole (S1) to complete the DC circuit ; an AC power plug for connecting to an AC power grid , wherein the AC power plug is connected to the AC circuit ; an AC keyhole (S2) and an AC key, wherein the AC key is configured to fit into the AC keyhole (S2) to complete the AC circuit ; and a motor operatively-connected to the AC circuit and the DC circuit ; wherein the AC key and the DC key are the same key.
A non-oriented electrical steel sheet adhesive coating composition comprising: a first composition including a soluble epoxy resin and an inorganic nanoparticle of SiO 2 , TiO 2 , ZnO, or combinations thereof; and an inorganic additive of sodium hydroxide (NaOH), wherein the inorganic nanoparticle is substituted in a terminal substituent group of the soluble epoxy resin, and the epoxy resin is a multifunctional epoxy resin in which there are three or more epoxy groups, wherein the content of the inorganic additive is from 1 to 10 wt% of sodium hydroxide with respect to 100 wt% of the non-oriented electrical steel sheet adhesive coating composition. a first composition including a soluble epoxy resin and an inorganic nanoparticle of SiO 2 , TiO 2 , ZnO, or combinations thereof; and an inorganic additive of sodium hydroxide (NaOH), wherein the inorganic nanoparticle is substituted in a terminal substituent group of the soluble epoxy resin, and the epoxy resin is a multifunctional epoxy resin in which there are three or more epoxy groups, wherein the content of the inorganic additive is from 1 to 10 wt% of sodium hydroxide with respect to 100 wt% of the non-oriented electrical steel sheet adhesive coating composition.
A hogbend support for a subsea riser , the hogbend support comprising at least two hogbend support elements that are coupled end-to-end to allow relative pivotal movement, each support element comprising: a riser support disposed in a longitudinally-extending open-ended gap between buoyancy volumes of the support element that are disposed on opposite sides of the gap; and coupling formations on at least one end of the support element for coupling the support element to a like support element to allow relative pivotal movement between the coupled support elements , so that the gaps of those coupled support elements align to define an upwardly-opening, longitudinally-extending groove . a riser support disposed in a longitudinally-extending open-ended gap between buoyancy volumes of the support element that are disposed on opposite sides of the gap; and coupling formations on at least one end of the support element for coupling the support element to a like support element to allow relative pivotal movement between the coupled support elements , so that the gaps of those coupled support elements align to define an upwardly-opening, longitudinally-extending groove .
A sail of a vessel which includes at least three sides, namely two longitudinal sides respectively called "luff" and "leach" , as well as a lower transverse side called "foot" , the sail consisting of an assembly of panels , these panels having transverse edges substantially parallel to said foot and longitudinal edges which are substantially parallel respectively to said luff and said leach , each panel of this assembly being hinged to the adjoining panel around an axis (X-X') parallel or substantially parallel to said foot , each of the panels of said assembly including a plurality of reinforcing elements , these elements each having the shape of an elongated strip, these reinforcing elements being distributed at least into the following two groups: - a first group in which the reinforcing elements extend parallel and in proximity to said transverse edges of said panel ; - a second group in which the reinforcing elements extend parallel and in proximity to the longitudinal edges of said panel; said panels being connected two by two by connection parts which are situated in the continuation of the reinforcing elements of said second group, so that the forces assumed by the reinforcing elements of said second group are transmitted longitudinally from one panel to another, without discontinuity, via said connection parts , characterized in that each panel includes, along its longitudinal edge closest to the luff and at least over a portion of the length of this longitudinal edge , a guide rail in which is arranged a sliding dolly , called "panel dolly," the displacement of this panel dolly being limited by the ends of said rail . - a first group in which the reinforcing elements extend parallel and in proximity to said transverse edges of said panel ; - a second group in which the reinforcing elements extend parallel and in proximity to the longitudinal edges of said panel;