mhurhangee/ep-ind-claims huggingface dataset:
A method for updating or upgrading firmware of a radio frequency identification (RFID) reader installed in an access control system for controlling middleware, particularly a printer, wherein the access control system comprises at least one reader (1; 1a, 1b, 1c,...) and middleware and/or an access-controller and/or a server, wherein the reader has a microcontroller unit, the microcontroller unit executing method steps automatically, the method comprising the following steps: • the microcontroller unit checking at a predefined point in time, preferably periodically, whether an update file is stored in a designated storage location whose access address is predefined in the microcontroller unit; • if an update file is found, the microcontroller unit reading the update file; and • the microcontroller unit performing an update or upgrade process of its firmware based on the update file; • sending an authentication signal by the reader comprising an ID and/or serial number; • receiving and checking the authentication signal of the at least one reader by the middleware, the access-controller or the server; and • only if the received authentication signal fits to a predefined scheme identifying a class of RFID readers (1a, 1b, 1c,...) to be updated or upgraded or a single reader which has to be activated for a special type of protocol, pushing or loading the update file matching the reader in the designated storage location predefined in the microcontroller unit of the at least one reader. • the microcontroller unit checking at a predefined point in time, preferably periodically, whether an update file is stored in a designated storage location whose access address is predefined in the microcontroller unit; • if an update file is found, the microcontroller unit reading the update file; and • the microcontroller unit performing an update or upgrade process of its firmware based on the update file; • sending an authentication signal by the reader comprising an ID and/or serial number; • receiving and checking the authentication signal of the at least one reader by the middleware, the access-controller or the server; and • only if the received authentication signal fits to a predefined scheme identifying a class of RFID readers (1a, 1b, 1c,...) to be updated or upgraded or a single reader which has to be activated for a special type of protocol, pushing or loading the update file matching the reader in the designated storage location predefined in the microcontroller unit of the at least one reader.
An electric power tool being operable according to at least one of multiple features associated with functions that the electric power tool is operable to execute depending on licenses being accessible to the electric power tool using a private key adapted for providing access to licenses, the private key being stored in a client wallet associated with the electric power tool, wherein the licenses accessible using the private key depends on license transactions successfully validated in a permissioned blockchain network, wherein the client wallet comprises a certificate that provides access to the permissioned blockchain network for a client of the electric power tool.
A method for operating an IS machine for producing glass containers, wherein the IS machine comprises a plurality of blank moulds and a plurality of finished moulds and in each case a blank mould interacts with a finished mould, comprising the following method steps, which are carried out respectively for a pair consisting of a blank mould and a finished mould: introducing a glass gob into the blank mould, producing a parison from the glass gob in the blank mould, transferring the parison into the finished mould, actuating a vacuum valve for producing a vacuum in the finished mould from a first actuating time point and simultaneously measuring the evolution of the vacuum pressure, actuating a finish-blowing valve for generating a finish-blowing pressure from a second actuating time point that is later than the first actuating time point by a predetermined duration, such that compressed air is blown into the finished mould from the top, and simultaneously measuring the evolution of the finish-blowing pressure and checking whether the evolution of the measured vacuum pressure and the evolution of the measured finish-blowing pressure has fulfilled a predetermined condition, wherein in the step of checking whether the evolution of the measured vacuum pressure and the evolution of the measured finish-blowing pressure have fulfilled a predetermined condition, a check is carried out as to whether the evolution of the measured vacuum pressure has a predetermined relationship to the evolution of the measured finish-blowing pressure. introducing a glass gob into the blank mould, producing a parison from the glass gob in the blank mould, transferring the parison into the finished mould, actuating a vacuum valve for producing a vacuum in the finished mould from a first actuating time point and simultaneously measuring the evolution of the vacuum pressure, actuating a finish-blowing valve for generating a finish-blowing pressure from a second actuating time point that is later than the first actuating time point by a predetermined duration, such that compressed air is blown into the finished mould from the top, and simultaneously measuring the evolution of the finish-blowing pressure and checking whether the evolution of the measured vacuum pressure and the evolution of the measured finish-blowing pressure has fulfilled a predetermined condition, wherein in the step of checking whether the evolution of the measured vacuum pressure and the evolution of the measured finish-blowing pressure have fulfilled a predetermined condition, a check is carried out as to whether the evolution of the measured vacuum pressure has a predetermined relationship to the evolution of the measured finish-blowing pressure.
Stabilized chlorite reagent in the form of a solids mixture which contains at least one chlorite and at least one solid strongly basic hydroxide, characterized in that the solids mixture further comprises a highly disperse release agent of nanoscale inorganic-oxidic particles having a BET surface area between 20 and 600 m 2 /g that consists of pyrogenic silicon dioxide.
A fiber reinforced thermoplastic resin molded article, comprising: 5 to 45 parts by weight of carbon fibers; 1 to 45 parts by weight of organic fibers; and 20 to 94 parts by weight of a thermoplastic resin based on 100 parts by weight of the total amount of the carbon fibers, the organic fibers, and the thermoplastic resin, wherein the carbon fibers in the fiber reinforced thermoplastic resin molded article have an average fiber length (L A), as determined according to the description, of 0.3 to 1.5 mm, and an average straight-line distance between two edges of a single fiber (D A), as determined according to the description, which is a distance from a starting point to an end point of the carbon fibers, and the average fiber length (L A) satisfy the following relationship, and the organic fibers in the fiber reinforced thermoplastic resin molded article have an average fiber length (L B), as determined according to the description, of 1.5 to 4 mm, and an average straight-line distance between two edges of a single fiber (D B), as determined according to the description, which is a distance from a starting point to an end point of the organic fibers, and the average fiber length (L B) satisfy the following relationship: 0.9 × L A ≤ D A ≤ L A 0.1 × L B ≤ D B ≤ 0.9 × L B wherein the average fiber length (L A) and (L B) and average straight-line distance between two edges of a single fiber (D A) and (D B) are calculated by the following equations based on observed fiber lengths and straight-line distances between two edges of a single fiber under a light microscope: Average fiber length = Σ Mi 2 × Ni / Σ Mi × Ni Mi: fiber length (mm) Ni: number of carbon fibers having a fiber length Mi Average straight-line distance between two edges of a single fiber = Σ Mi ′ 2 × Ni ′ / Σ Mi ′ × Ni ′ Mi': straight-line distance between two edges of a single fiber (mm) Ni': number of carbon fibers having a straight-line distance between two edges of a single fiber Mi'. 5 to 45 parts by weight of carbon fibers; 1 to 45 parts by weight of organic fibers; and 20 to 94 parts by weight of a thermoplastic resin based on 100 parts by weight of the total amount of the carbon fibers, the organic fibers, and the thermoplastic resin, Mi: fiber length (mm) Ni: number of carbon fibers having a fiber length Mi Mi': straight-line distance between two edges of a single fiber (mm) Ni': number of carbon fibers having a straight-line distance between two edges of a single fiber Mi'.
An air cushion for absorbing bounces, comprising at least one air chamber, one air inlet valve, wherein the air chamber has a multiplicity of protrusions in the direction of impact, wherein the air chamber comprises openings, to which the protrusion is adjacent to, characterized in that the protrusion has a first cross-sectional area in the area immediately adjacent to the air cushion and has a second cross-sectional area spaced therefrom, wherein the second cross-sectional area is larger than the first cross-sectional area.
A composition which is stable upon storage for the formation of coatings on buildings etc, comprising at least one organic binder, at least one filler and/or pigment, water for the production of a pasty consistency in the composition, as well as optional conventional additives, characterized by a 0.01% by weight to 30% by weight content of at least one alkaline earth hydroxide and 0.01% by weight to 10% by weight of at least one alkali carbonate, respectively with respect to the total weight of the composition.
A curable composition, comprising: an epoxy resin; and a hardener compound for curing with the epoxy resin, the hardener compound comprising: a terpolymer having a first constitutional unit of the formula: a second constitutional unit of the formula: and a third constitutional unit of the formula: where each m, n and r is independently a real number that represents a mole fraction of the respective constitutional unit in the terpolymer, each R is independently a hydrogen, an aromatic group or an aliphatic group, Ar is an aromatic radical, and where the epoxy group to the second constitutional unit has a molar ratio in a range of 1.0:1.0 to 2.7:1.0. an epoxy resin; and a hardener compound for curing with the epoxy resin, the hardener compound comprising: a terpolymer having a first constitutional unit of the formula: a second constitutional unit of the formula: and a third constitutional unit of the formula: where each m, n and r is independently a real number that represents a mole fraction of the respective constitutional unit in the terpolymer, each R is independently a hydrogen, an aromatic group or an aliphatic group, Ar is an aromatic radical, and where the epoxy group to the second constitutional unit has a molar ratio in a range of 1.0:1.0 to 2.7:1.0. a terpolymer having a first constitutional unit of the formula: a second constitutional unit of the formula: and a third constitutional unit of the formula:
A process of extracting an oil phase from wet biomass of micro-organisms containing more than 50 wt.% water, the process comprising: - combining the wet biomass with a solvent containing at least 60 wt.% of C 1-5 monoalcohol, said biomass containing 15-95 wt.% of water and 5-85% by weight of dry matter of lipids selected from triglycerides, diglycerides, monoglycerides, phosphatides, free fatty acids and combinations thereof; - isolating a liquid phase from the combination of biomass and solvent by means of filtration, decantation and/or centrifugation, said liquid phase containing 5-85 wt.% of C 1-5 monoalcohol, 10-85 wt.% of water and at least 5 wt.% of dissolved and/or dispersed components originating from the biomass, including at least 5% of lipids by weight of C 1-5 monoalcohol; - reducing the concentration of C 1-5 monoalcohol in the liquid phase by means of evaporation to less than 10 wt.% whilst maintaining a water content of at least 15 wt.% to produce a biphasic extract containing an aqueous phase and an oil phase; and - separating the oil phase from the aqueous phase. - combining the wet biomass with a solvent containing at least 60 wt.% of C 1-5 monoalcohol, said biomass containing 15-95 wt.% of water and 5-85% by weight of dry matter of lipids selected from triglycerides, diglycerides, monoglycerides, phosphatides, free fatty acids and combinations thereof; - isolating a liquid phase from the combination of biomass and solvent by means of filtration, decantation and/or centrifugation, said liquid phase containing 5-85 wt.% of C 1-5 monoalcohol, 10-85 wt.% of water and at least 5 wt.% of dissolved and/or dispersed components originating from the biomass, including at least 5% of lipids by weight of C 1-5 monoalcohol; - reducing the concentration of C 1-5 monoalcohol in the liquid phase by means of evaporation to less than 10 wt.% whilst maintaining a water content of at least 15 wt.% to produce a biphasic extract containing an aqueous phase and an oil phase; and - separating the oil phase from the aqueous phase.
A magnetic field sensor (12; 400), comprising: one or more magnetic field sensing elements (16; 402) configured to generate a magnetic field signal responsive to a magnetic field; a detector circuit coupled to receive the magnetic field signal and configured to identify a signal characteristic related to the magnetic field signal; a threshold module coupled to the detector circuit to receive the identified signal characteristic and configured to generate a measured threshold value based upon the identified signal characteristic; a nonvolatile memory device configured to store, at a storage time, the measured threshold value; and a comparator detector coupled to receive, from the memory device, at a receipt time after the storage time, the stored measured threshold value and also coupled to receive a signal representative of the magnetic field signal, wherein the comparator detector is configured to compare the stored measured threshold value with the signal representative of the magnetic field signal to generate a comparator detector output signal, wherein the measured threshold value is retained in the nonvolatile memory device when the magnetic field sensor is powered off and communicated to the comparator detector when the comparator detector is powered on; wherein the memory device is further configured to store the measured threshold value in a backup memory region at a different time than the storage time. one or more magnetic field sensing elements (16; 402) configured to generate a magnetic field signal responsive to a magnetic field; a detector circuit coupled to receive the magnetic field signal and configured to identify a signal characteristic related to the magnetic field signal; a threshold module coupled to the detector circuit to receive the identified signal characteristic and configured to generate a measured threshold value based upon the identified signal characteristic; a nonvolatile memory device configured to store, at a storage time, the measured threshold value; and a comparator detector coupled to receive, from the memory device, at a receipt time after the storage time, the stored measured threshold value and also coupled to receive a signal representative of the magnetic field signal, wherein the comparator detector is configured to compare the stored measured threshold value with the signal representative of the magnetic field signal to generate a comparator detector output signal, wherein the measured threshold value is retained in the nonvolatile memory device when the magnetic field sensor is powered off and communicated to the comparator detector when the comparator detector is powered on; wherein the memory device is further configured to store the measured threshold value in a backup memory region at a different time than the storage time.
Seat adjustment system for a seat of a motor vehicle, comprising at least one motor (9, 10) which drives the adjustment and at least one operating element, which can be actuated by an operator for at least one adjustment function, and the actuation of which closes a switch provided in a line from the motor (9,10) associated with the adjustment function to a power supply, characterised in that a relay is provided downstream of the switch to the motor (9, 10) in the line and is open in the currentless state, and the seat adjustment system has a control unit which is designed to close the relay when an operating element is actuated and there is no collision signal indicating a collision of the motor vehicle and leaves the relay open at least temporarily if a collision signal is present when an operating element is actuated.
A solar cell module, comprising: - a solar cell comprising a perovskite solar cell; - a first encapsulating material and a second encapsulating material configured to seal the solar cell, wherein the first encapsulating material is placed on a light receiving surface; - a first protective member disposed on the first encapsulating material; - a second protective member disposed on the second encapsulating material; and - a third encapsulating material disposed on lateral surfaces of the first encapsulating material and the second encapsulating material, and disposed between the first protective member and the second protective member, wherein the second protective member is implemented as a sheet made of a light transmitting material or a reflective material, - wherein a water vapor transmission rate, WVTR, of the third encapsulating material is lower than that of the second encapsulating material, and a WVTR of the second encapsulating material is lower than that of the first encapsulating material, - wherein the first and second encapsulating materials (131, 132) comprise an insulating material having light transmittance and adhesion, and - wherein the first encapsulating material has a higher light transmittance or higher light transmission than the second encapsulating material. - a solar cell comprising a perovskite solar cell; - a first encapsulating material and a second encapsulating material configured to seal the solar cell, wherein the first encapsulating material is placed on a light receiving surface; - a first protective member disposed on the first encapsulating material; - a second protective member disposed on the second encapsulating material; and - a third encapsulating material disposed on lateral surfaces of the first encapsulating material and the second encapsulating material, and disposed between the first protective member and the second protective member, - wherein a water vapor transmission rate, WVTR, of the third encapsulating material is lower than that of the second encapsulating material, and a WVTR of the second encapsulating material is lower than that of the first encapsulating material, - wherein the first and second encapsulating materials (131, 132) comprise an insulating material having light transmittance and adhesion, and - wherein the first encapsulating material has a higher light transmittance or higher light transmission than the second encapsulating material.
A positive working lithographic printing plate precursor, comprising: a substrate; and an imaging layer, formed on the substrate, comprising a water-insoluble and an alkaline aqueous solution-soluble or dispersible resin and a photo-thermal converting material, wherein the imaging layer comprises either polyurethane or polyurethane urea or both of the polyurethane and the polyurethane urea, the polyurethane and the polyurethane urea comprising a unit having a substituent having an acidic hydrogen atom and a unit having a polysiloxane moiety in a side or main chain. a substrate; and an imaging layer, formed on the substrate, comprising a water-insoluble and an alkaline aqueous solution-soluble or dispersible resin and a photo-thermal converting material, wherein the imaging layer comprises either polyurethane or polyurethane urea or both of the polyurethane and the polyurethane urea, the polyurethane and the polyurethane urea comprising a unit having a substituent having an acidic hydrogen atom and a unit having a polysiloxane moiety in a side or main chain.
A pressure cooking device (10, 100) comprising: a sealed cooking chamber arranged to accommodate food materials within a pressurized environment, the sealed cooking chamber having a seal cover to seal an internal cooking space in the sealed cooking chamber and allowing a pressure to be built up therein; a steam supplying unit (30, 130) arranged to supply steam to the sealed cooking chamber; and a steam channel arranged to interconnect the steam supplying unit (30, 130) and the sealed cooking chamber; characterized in that the pressure cooking device (10, 100) further comprises a heater adapted to heat the sealed cooking chamber, a cooling element adapted to cool down the sealed cooking chamber, and a control unit (11, 111) adapted to control the cooking process, including heating or cooling the sealed cooking chamber, based on the liquid water content and/or the humidity in the sealed cooking chamber. a sealed cooking chamber arranged to accommodate food materials within a pressurized environment, the sealed cooking chamber having a seal cover to seal an internal cooking space in the sealed cooking chamber and allowing a pressure to be built up therein; a steam supplying unit (30, 130) arranged to supply steam to the sealed cooking chamber; and a steam channel arranged to interconnect the steam supplying unit (30, 130) and the sealed cooking chamber; characterized in that the pressure cooking device (10, 100) further comprises a heater adapted to heat the sealed cooking chamber, a cooling element adapted to cool down the sealed cooking chamber, and a control unit (11, 111) adapted to control the cooking process, including heating or cooling the sealed cooking chamber, based on the liquid water content and/or the humidity in the sealed cooking chamber.