mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical device, in particular a converter motor, comprising a housing part and a cover part , a frame part being arranged between the housing part and the cover part , an electronic circuit being arranged in the internal space that is enclosed by the housing formed out of the housing part and the cover part , and in particular the frame part , a seal being arranged on the frame part , in particular being arranged in an injection-moulded manner, the seal being in contact with an in particular planar connection surface formed on the cover part , and thus in particular providing sealing between the frame part and the cover part , and also being in contact with an in particular planar connection surface formed on the housing part , and thus in particular providing sealing between the frame part and the housing part , one region of the connection surface of the cover part being in contact with the frame part , one region of the connection surface of the housing part being in contact with the frame part , characterised in that the frame part comprises clip regions , in particular clip regions shaped in a stirrup-like manner, which are interlockingly held on, in particular clipped into, lug regions that are shaped on the housing part , in particular lug regions that are moulded on the internal wall of the housing part so as to protrude into the internal space. a frame part being arranged between the housing part and the cover part , an electronic circuit being arranged in the internal space that is enclosed by the housing formed out of the housing part and the cover part , and in particular the frame part , a seal being arranged on the frame part , in particular being arranged in an injection-moulded manner, the seal being in contact with an in particular planar connection surface formed on the cover part , and thus in particular providing sealing between the frame part and the cover part , and also being in contact with an in particular planar connection surface formed on the housing part , and thus in particular providing sealing between the frame part and the housing part , one region of the connection surface of the cover part being in contact with the frame part , one region of the connection surface of the housing part being in contact with the frame part , characterised in that the frame part comprises clip regions , in particular clip regions shaped in a stirrup-like manner, which are interlockingly held on, in particular clipped into, lug regions that are shaped on the housing part , in particular lug regions that are moulded on the internal wall of the housing part so as to protrude into the internal space.
A vehicle comprising an engine , a frame and at least one pair of driving wheels supported by the frame and mechanically coupled by means of a transmission shaft to said engine , said vehicle comprising an energy generation system mechanically coupled to said transmission shaft for generating electrical energy by using the rotational energy of said transmission shaft , wherein said energy generation system comprises at least two alternators , wherein said alternators are coupled directly to said transmission shaft by means of a coupling system which has a fixed transmission ratio between the transmission shaft and a pulley of said alternators , wherein said coupling system is a belt drive , characterised in that each said alternator is attached to said frame by a bracket , wherein said bracket supports said alternator in three points spaced apart one from the other, preventing rotational movement of the motor with respect to bracket and the frame. wherein said energy generation system comprises at least two alternators , wherein said alternators are coupled directly to said transmission shaft by means of a coupling system which has a fixed transmission ratio between the transmission shaft and a pulley of said alternators , wherein said coupling system is a belt drive , characterised in that each said alternator is attached to said frame by a bracket , wherein said bracket supports said alternator in three points spaced apart one from the other, preventing rotational movement of the motor with respect to bracket and the frame.
A compressor , comprising: a gear box comprising a retaining bore ; and a seal assembly , comprising: a segmented oil seal ; and a segmented gas seal , wherein the segmented oil seal and the segmented gas seal are each disposed about a rotor of the compressor , axially abut one another within the retaining bore , and cooperatively form an outer radial contour of the seal assembly that is retained by the retaining bore , wherein the retaining bore has complementary first and second shoulders (71 and 73) axially facing each other about a cavity to axially retain the segmented oil seal and the segmented gas seal , such that the oil seal engages with the first shoulder and the gas seal engages with the second shoulder . a gear box comprising a retaining bore ; and a seal assembly , comprising: a segmented oil seal ; and a segmented gas seal , a segmented oil seal ; and a segmented gas seal , wherein the segmented oil seal and the segmented gas seal are each disposed about a rotor of the compressor , axially abut one another within the retaining bore , and cooperatively form an outer radial contour of the seal assembly that is retained by the retaining bore , wherein the retaining bore has complementary first and second shoulders (71 and 73) axially facing each other about a cavity to axially retain the segmented oil seal and the segmented gas seal , such that the oil seal engages with the first shoulder and the gas seal engages with the second shoulder .
A method for data wiping on a mass storage in order to erase mass volumes of data by destroying electronic data from IT assets, computer devices, servers, data storage environments, network storage devices, removable data storage media and/or the like, wherein the data wiping is being performed in a software-based manner by erasing data residing on a computer readable media, such a as hard disk drive, a magnetic tape drive, a magneto-optical disc drive, an optical disc drive, a memory card, a solid-state drive and/or the like digital media, wherein a Wipe Free Space process, in order to overwrite an entire disk space that is not allocated by files, is being exploited by overwriting unallocated free disk space on the computer readable media with temporary data, by which all dirty disk space on the computer readable media is being filled according to a wiping scheme by allocating free disk space temporarily and overwriting it, whereafter the dirty disk space is being erased by deleting the temporary data thereon, wherein as a result, the disk has the same amount of free space as before, and wherein in the Data wiping of the computer readable media, a number of temporary files (F0-Fi) are being created that occupy all the dirty disk space, whereafter a wiping pattern and/or random data is being created to the temporary files in order to overwrite all the dirty disk space and thus to erase all previous data content thereof, characterized in that , in the wiping of the computer readable media, a Data wiping software for overwriting data in order to completely destroy all electronic data residing in an unallocated free disk space is being applied with a Reserved Space feature, by means of which only a part (FO-Fx) of the temporary files (FO-Fi) is being deleted and saved as a Wiped free -space, wherein the rest (Fx-Fi) of the temporary files are being kept in existence in a Wiped and Reserved -space under management of the Reserved Space residential feature of the Data wiping software, wherein the Wiped and Reserved - space is still considered as allocated and it won't be used, and wherein the sizes of the Wiped free -space and the Wiped and Reserved - space are being maintained as desired, by utilizing a Threshold feature of the Data wiping software in order to manage the size of disk space that remains free after the wiping procedure, for use under control of the Reserved Space residential feature, by means of which it is being ensured that the computer readable media does not have less free space than a preset Threshold value.
A packaging machine, in particular for food products, preferably for carrying out a method in accordance with any one of the claims 9 to 21, having a plurality of working stations arranged behind one another along a transport direction (T) for producing multilayer packs (P) from a bottom film , a top film and at least one middle film disposed therebetween, wherein the bottom film encloses a bottom product layer with the middle film and the top film encloses a top product layer of a respective pack (P) with the or a further middle film ; wherein the films each have a product region and marginal regions extending laterally next to the product region in parallel with the transport direction (T); wherein one working station is a sealing station which is configured to apply vacuum and/or gas to the product layers through perforations present in the marginal regions of the top film and of the bottom film and then to close said product layers by sealing the films, wherein the sealing station comprises an upper evacuation and/or gassing tool aligned with the perforation of the top film and a lower evacuation and/or gassing tool aligned with the perforation of the bottom film ; wherein a further working station is an affixing sealing station which is disposed upstream of the sealing station and which is configured to seal the middle film to the bottom film in an affixing manner at an affixing sealing disposed in the marginal regions ; and wherein the lower evacuation and/or gassing tool of the sealing station and an affixing sealing tool of the affixing sealing station serving for the making of the affixing sealing are disposed on a common working line (W) extending in parallel with the transport direction (T).
A method for mutually controlling and unlocking a dual plug in a lock, comprising: unlocking a lock mechanism of a first plug first, the first plug (111; 24; 322) restricting unlocking of a second plug (121; 23; 321), the second plug (121; 23; 321) restricting rotating of the first plug (111; 24; 322) before the code of the first plug (111; 24; 322) is unlocked; after unlocking the lock mechanism of the first plug (111; 24; 322), the first plug (111; 24; 322) translating to a second position from a first position using a preset position difference, the first plug (111; 24; 322) being unable to rotate during the translation; after moving the first plug (111; 24; 322) to the second position, the first plug (111; 24; 322) releasing a restriction on the second plug (121; 23; 321), the second plug (121; 23; 321) still restricting the rotating of the first plug (111; 24; 322); and unlocking the lock mechanism of the second plug (121;23; 321), the first plug (111; 24; 322) and the second plug (121; 23; 321) being able to rotate synchronously so as to unlock the lock after unlocking the lock mechanism of the second plug (121; 23; 321). unlocking a lock mechanism of a first plug first, the first plug (111; 24; 322) restricting unlocking of a second plug (121; 23; 321), the second plug (121; 23; 321) restricting rotating of the first plug (111; 24; 322) before the code of the first plug (111; 24; 322) is unlocked; after unlocking the lock mechanism of the first plug (111; 24; 322), the first plug (111; 24; 322) translating to a second position from a first position using a preset position difference, the first plug (111; 24; 322) being unable to rotate during the translation; after moving the first plug (111; 24; 322) to the second position, the first plug (111; 24; 322) releasing a restriction on the second plug (121; 23; 321), the second plug (121; 23; 321) still restricting the rotating of the first plug (111; 24; 322); and unlocking the lock mechanism of the second plug (121;23; 321), the first plug (111; 24; 322) and the second plug (121; 23; 321) being able to rotate synchronously so as to unlock the lock after unlocking the lock mechanism of the second plug (121; 23; 321).
A method of imaging a photosensitive printing blank, the method comprising the steps of: a) providing a photosensitive printing blank comprising a backing layer, at least one layer of photoresin on top of the backing layer and a removable coversheet on top of the at least one layer of photoresin, wherein the photoresin comprises a crosslinkable elastomeric compound, a plasticizing compound, monomeric binder compounds and one or more photoinitiator compounds; b) curing the at least one layer of photoresin using actinic radiation prior to an imaging step; c) imaging the photosensitive printing blank through the removable coversheet using a direct write laser to create a relief image therein, wherein the direct write laser is a UV laser operated at a wavelength within the range of 250 to 420 nm; d) thereafter, removing the removable coversheet; and e) developing the photosensitive printing blank to reveal the relief image. a) providing a photosensitive printing blank comprising a backing layer, at least one layer of photoresin on top of the backing layer and a removable coversheet on top of the at least one layer of photoresin, wherein the photoresin comprises a crosslinkable elastomeric compound, a plasticizing compound, monomeric binder compounds and one or more photoinitiator compounds; b) curing the at least one layer of photoresin using actinic radiation prior to an imaging step; c) imaging the photosensitive printing blank through the removable coversheet using a direct write laser to create a relief image therein, wherein the direct write laser is a UV laser operated at a wavelength within the range of 250 to 420 nm; d) thereafter, removing the removable coversheet; and e) developing the photosensitive printing blank to reveal the relief image.
Rudder trunk for a watercraft , comprising a trunk tube , a receiving shaft and a holder for holding the trunk tube in the receiving shaft , wherein in a state of the trunk tube being arranged in the receiving shaft an intermediate space is provided between the trunk tube and the receiving shaft , wherein the holder comprises at least one holder element and at least one holder complement , wherein the at least one holder element is arranged at the trunk tube , wherein the at least one holder complement is arranged at the receiving shaft , and in that the at least one holder element and/or the at least one holder complement projects into the intermediate space in the state of the trunk tube being arranged in the receiving shaft , wherein the trunk tube is arranged rotatably in the receiving shaft , when the intermediate space is not filled, so that the at least one holder element and the at least one holder complement can be aligned with respect to one another by rotating the trunk tube as viewed in the axial direction , characterized in that the trunk tube is arranged in the receiving shaft so as to be movable in the axial direction when the intermediate space is not filled, so that the at least one holder element can be set down on the at least one holder complement , which is positioned, in particular in alignment.
Method for storing thermal energy in a steam accumulator comprising a tank containing a liquid and an expansion space arranged above the liquid , a device for injecting gas entering into the tank and a gas discharge device exiting the tank , the gas comprising steam and at least one incondensable gas, the method comprising: - an energy charging phase comprising a gas injection at a first gas flow rate at least partially in the liquid contained in the tank of the accumulator by the gas injection device and the steam from the gas is condensed on contact with the colder liquid and releases energy, which increases the temperature of the liquid , and - a discharge phase comprising the opening of the discharge device and the drop of pressure in the tank causing a vaporisation of the liquid , characterised in that the method further comprises, during the energy charging phase, a gas discharge at a second gas flow rate outside of the tank of the accumulator by the gas discharge device , the first gas flow rate and the second gas flow rate being controlled according to the incondensable gas mass fraction in the injected gas to reach an optimal energy storage, the second gas flow rate being less than the first gas flow rate. - an energy charging phase comprising a gas injection at a first gas flow rate at least partially in the liquid contained in the tank of the accumulator by the gas injection device and the steam from the gas is condensed on contact with the colder liquid and releases energy, which increases the temperature of the liquid , and - a discharge phase comprising the opening of the discharge device and the drop of pressure in the tank causing a vaporisation of the liquid , characterised in that the method further comprises, during the energy charging phase, a gas discharge at a second gas flow rate outside of the tank of the accumulator by the gas discharge device , the first gas flow rate and the second gas flow rate being controlled according to the incondensable gas mass fraction in the injected gas to reach an optimal energy storage, the second gas flow rate being less than the first gas flow rate.
An agricultural machine, in particular a seeding machine and/or a fertilizer spreader, comprising a frame and a distribution unit for granular and/or powder products, said agricultural machine being connected to a tractor, wherein said distribution unit comprises at least one tubular element for the transport of said products connected, through a central opening , to at least one compartment around which a plurality of shaped outlet sockets face and engage in a radial pattern through which said granular and/or powder products are distributed in the ground, wherein, in a position adjacent to said tubular element , there is a first support element and a second support element , of said first and second support elements comprising respectively a first joint and a second joint , to which a first actuator or a second actuator is respectively connected, said first and/or second actuator (8; 9) being controlled by an electronic control unit and being configured to respectively move said first joint and said second joint around a first axis (X) and/or a second axis (Y) having a direction substantially parallel or perpendicular to the direction of the direction of travel of the agricultural machine, said distribution unit also comprising a head placed above said central opening and a sensor configured to detect the inclination of said head with respect to a terrestrial horizon, wherein said sensor is placed on said tractor and said electronic control unit drives said first actuator and/or said second actuator starting from a series of data received from said sensor and on the basis of a predefined algorithm.
A food package manufactured as a closed packaging system, for amines control or removal, said package comprising an amines-releasing fresh food and containing an amine-absorbent element comprising ammonium-exchanged mordenite (MOR) type zeolites with a Si/Al atomic ratio comprised between 5 and 20, characterised in that said MOR zeolites are present in an amount comprised between 2 μg and 50 μg per gram of weight of said amines-releasing fresh food.
A light detection system, comprising an optical light diffusing system, the light detection system comprising a light detector facing an output area of the optical light diffusing system, wherein the optical light diffusing system comprises - an optical diffuser located in an optical path for transmitting received light to the output area ; - an array of micro lenses located in said optical path located to transmit the received light towards the optical diffuser ; - an array of apertures located between the array of micro lenses and the optical diffuser , each micro lens being aligned with a corresponding one of the apertures , with an optically transparent volume between the micro lens and its corresponding one of the apertures , the apertures being located substantially in a focal surface of the array of micro lenses ; - optical baffles located between the array of micro lenses and the array of apertures , the optical baffles separating the optically transparent volumes between different ones of the micro lenses and their corresponding ones of the apertures , wherein the light detector is configured to detect the received light from a remote object via the optical light diffusing system when the combination of the diffuser , the micro lens array , the aperture array plate and the baffles is in the light path to the detector . - an optical diffuser located in an optical path for transmitting received light to the output area ; - an array of micro lenses located in said optical path located to transmit the received light towards the optical diffuser ; - an array of apertures located between the array of micro lenses and the optical diffuser , each micro lens being aligned with a corresponding one of the apertures , with an optically transparent volume between the micro lens and its corresponding one of the apertures , the apertures being located substantially in a focal surface of the array of micro lenses ; - optical baffles located between the array of micro lenses and the array of apertures , the optical baffles separating the optically transparent volumes between different ones of the micro lenses and their corresponding ones of the apertures , wherein the light detector is configured to detect the received light from a remote object via the optical light diffusing system when the combination of the diffuser , the micro lens array , the aperture array plate and the baffles is in the light path to the detector .
Method comprising the method steps of A) providing a mixture comprising an amino acid and an amine selected from at least one of the group consisting of amidamines and trialkylamines and B) reacting the amino acid with an acyl group donor to obtain an N-acylamino acid, characterized in that the trialkylamine is selected from those of the general formula 2): where R 5 = optionally hydroxy-substituted, optionally mono- or polyunsaturated alkyl or alkylaryl radicals comprising 6 to 30, preferably 8 to 22, particularly preferably 8 to 18, carbon atoms, R 6 and R 7 = mutually independent, identical or different alkyl radicals comprising 1 to 6 carbon atoms, preferably methyl. A) providing a mixture comprising an amino acid and an amine selected from at least one of the group consisting of amidamines and trialkylamines and B) reacting the amino acid with an acyl group donor to obtain an N-acylamino acid, where R 5 = optionally hydroxy-substituted, optionally mono- or polyunsaturated alkyl or alkylaryl radicals comprising 6 to 30, preferably 8 to 22, particularly preferably 8 to 18, carbon atoms, R 6 and R 7 = mutually independent, identical or different alkyl radicals comprising 1 to 6 carbon atoms, preferably methyl.