mhurhangee/patent-ind-claim-en huggingface dataset:
A cryogenic cooling apparatus comprising: a cooling part configured to cool an object to be cooled, the cooling part provided outside the object , and including a refrigerant container for containing a circulating liquid refrigerant; a vacuum insulation part provided on an outer side of the cooling part , and including a vacuumized vacuum container to vacuum insulate the cooling part ; characterized in that the cryogenic cooling apparatus further comprises: a sensor provided on a surface of the refrigerant container of the cooling part ; a sensor port extending to a surface of the refrigerant container having the sensor while passing through the vacuum container , the sensor port being shielded from the vacuum insulation part ; and a purge port configured to supply an inert gas into the sensor port or apply sound pressure into the sensor port , the purge port being provided outside the vacuum container . a cooling part configured to cool an object to be cooled, the cooling part provided outside the object , and including a refrigerant container for containing a circulating liquid refrigerant; a vacuum insulation part provided on an outer side of the cooling part , and including a vacuumized vacuum container to vacuum insulate the cooling part ; characterized in that the cryogenic cooling apparatus further comprises: a sensor provided on a surface of the refrigerant container of the cooling part ; a sensor port extending to a surface of the refrigerant container having the sensor while passing through the vacuum container , the sensor port being shielded from the vacuum insulation part ; and a purge port configured to supply an inert gas into the sensor port or apply sound pressure into the sensor port , the purge port being provided outside the vacuum container . a sensor provided on a surface of the refrigerant container of the cooling part ; a sensor port extending to a surface of the refrigerant container having the sensor while passing through the vacuum container , the sensor port being shielded from the vacuum insulation part ; and a purge port configured to supply an inert gas into the sensor port or apply sound pressure into the sensor port , the purge port being provided outside the vacuum container .
A feed composition for farmed fish, comprising fermented porcine blood obtained by inoculating porcine blood with a mixed strain of Lactobacillus johnsonii and Saccharomyces cerevisiae and performing culture, wherein the porcine blood is added with a blood anticoagulant and with a proteolytic enzyme, and the mixed strain is inoculated into the porcine blood added with the blood anticoagulant and with the proteolytic enzyme, wherein the porcine blood added with the proteolytic enzyme is added with 5 to 7 wt% of a carbon source, and the culture is performed at 30°C to 50°C. wherein the porcine blood is added with a blood anticoagulant and with a proteolytic enzyme, and the mixed strain is inoculated into the porcine blood added with the blood anticoagulant and with the proteolytic enzyme, wherein the porcine blood added with the proteolytic enzyme is added with 5 to 7 wt% of a carbon source, and the culture is performed at 30°C to 50°C.
A biodegradable acid-modified polyester resin, having an acid value of 2.0 mg·KOH/g to 6.5 mg·KOH/g, and comprising at least one structural unit selected from the structural units represented by the following general formulae to : wherein l is an integer of 2 to 6, wherein m is an integer of 2 to 6, and wherein n is an integer of 2 to 6, and wherein the biodegradable acid-modified polyester resin satisfies the conditions for biodegradability as defined in ISO 14851:1999. wherein n is an integer of 2 to 6, and wherein the biodegradable acid-modified polyester resin satisfies the conditions for biodegradability as defined in ISO 14851:1999.
A method comprising: receiving, by a main memory device (104-1, 104-M, 204, 304), a request from a cache based processor (102-1, 102-P, 202, 302) for data stored in the main memory device (104-1, 104-M, 204, 304), wherein the requested data is distributed in the main memory device (104-1, 104-M, 204, 304) such that the requested data and non-requested data surrounding the requested data comprise a plurality of cache line sized portions of data; gathering the requested data from the main memory device (104-1, 104-M, 204, 304), wherein the gathering is performed by the main memory device (104-1, 104-M, 204, 304); controlling timing of gathering the requested data independent of the cache based processor (102-1, 102-P, 202, 302) via a random read or write cycle time, or an access time for the request such that the main memory device (104-1, 104-M, 204, 304) determines when to respond to the request, wherein the controlling of the timing is performed by the main memory device (104-1, 104-M, 204, 304); and sending, by the main memory device, the requested data collectively in a single cache line sized portion of data to the cache based processor (102-1, 102-P, 202, 302) without sending the non-requested data surrounding the requested data . receiving, by a main memory device (104-1, 104-M, 204, 304), a request from a cache based processor (102-1, 102-P, 202, 302) for data stored in the main memory device (104-1, 104-M, 204, 304), wherein the requested data is distributed in the main memory device (104-1, 104-M, 204, 304) such that the requested data and non-requested data surrounding the requested data comprise a plurality of cache line sized portions of data; gathering the requested data from the main memory device (104-1, 104-M, 204, 304), wherein the gathering is performed by the main memory device (104-1, 104-M, 204, 304); controlling timing of gathering the requested data independent of the cache based processor (102-1, 102-P, 202, 302) via a random read or write cycle time, or an access time for the request such that the main memory device (104-1, 104-M, 204, 304) determines when to respond to the request, wherein the controlling of the timing is performed by the main memory device (104-1, 104-M, 204, 304); and sending, by the main memory device, the requested data collectively in a single cache line sized portion of data to the cache based processor (102-1, 102-P, 202, 302) without sending the non-requested data surrounding the requested data .
A control channel resource configuration method, comprising: receiving, by a terminal device, indication information sent by a base station, wherein the indication information is used to indicate a configuration of a time-frequency resource unit of a control channel, and the configuration of the time-frequency resource unit is one of at least two configurations of a time-frequency resource unit, and the indication information is carried in higher layer signaling; and detecting , by the terminal device, the control channel based on the configuration of the time-frequency resource unit, wherein the at least two configurations of a time-frequency resource unit comprise a first configuration and a second configuration; a time-frequency resource unit of the first configuration occupies one orthogonal frequency division multiplexing symbol in a time domain, and a reference signal for demodulating the control channel is located on the orthogonal frequency division multiplexing symbol occupied by the time-frequency resource unit of the first configuration; and a time-frequency resource unit of the second configuration occupies at least two orthogonal frequency division multiplexing symbols in the time domain, and a reference signal for demodulating the control channel is located on at least one of the at least two orthogonal frequency division multiplexing symbols occupied by the time-frequency resource unit of the second configuration. receiving, by a terminal device, indication information sent by a base station, wherein the indication information is used to indicate a configuration of a time-frequency resource unit of a control channel, and the configuration of the time-frequency resource unit is one of at least two configurations of a time-frequency resource unit, and the indication information is carried in higher layer signaling; and detecting , by the terminal device, the control channel based on the configuration of the time-frequency resource unit, wherein the at least two configurations of a time-frequency resource unit comprise a first configuration and a second configuration; a time-frequency resource unit of the first configuration occupies one orthogonal frequency division multiplexing symbol in a time domain, and a reference signal for demodulating the control channel is located on the orthogonal frequency division multiplexing symbol occupied by the time-frequency resource unit of the first configuration; and a time-frequency resource unit of the second configuration occupies at least two orthogonal frequency division multiplexing symbols in the time domain, and a reference signal for demodulating the control channel is located on at least one of the at least two orthogonal frequency division multiplexing symbols occupied by the time-frequency resource unit of the second configuration.
A method of treating seeds consist of following steps, wherein said steps are carried out in any order: priming said seeds using a priming technique chosen between osmopriming, matrix priming, or hydropriming for a specific priming duration between 1 and 15 days; and applying a vacuum infiltration technique for a duration between 2 hours and 72 hours to said seeds using a disinfecting solution. priming said seeds using a priming technique chosen between osmopriming, matrix priming, or hydropriming for a specific priming duration between 1 and 15 days; and applying a vacuum infiltration technique for a duration between 2 hours and 72 hours to said seeds using a disinfecting solution.
A device for die-cutting and ejecting elastomer stoppers comprising: - a cutting matrix , - a series of punches facing cavities of the cutting matrix and fastened to a vertically movable punch holder plate , and - ejection means of the stoppers retained in the matrix; characterised in that the ejection means consist of ejectors that pass through the punches and are arranged facing the cavities of the cutting matrix for mechanically extracting the stoppers, said ejectors being fastened to an ejector holder plate connected to an actuating cylinder by means of a ball joint and a ball joint extension that is fastened to said ball joint by means of a detachable flange that enables the disconnection thereof in order to manually replace the ejector holder plate .
Wind turbine generator having a stator and a rotor and a bearing arrangement , wherein said bearing arrangement is supported on one of said stator and said rotor, said bearing arrangement comprising a first, a second and a third roller unit group each comprising multiple roller units (108, 108-1, 108-2, 108-3) for rotatably supporting said rotor with respect to said stator and circularly arranged around a bearing arrangement axis, wherein said roller units of said first and second roller unit group are arranged with their longitudinal axes extending substantially perpendicular with respect to said bearing arrangement axis, and said roller units (108-3) of said third roller unit group are arranged with their longitudinal axes extending substantially parallel with said bearing arrangement axis, and wherein said bearing arrangement further comprises a bearing element , wherein said roller units are arranged in rolling contact with said bearing element , wherein said roller units (108-1) of said first roller unit group are detachably mounted on an axial end face of said stator and said roller units of said second and third roller unit groups are mounted on an outer peripheral surface of said stator , or said roller units (108, 108-1, 108-2, 108-3) of said first, second and third roller unit groups are detachably mounted on an inner peripheral surface of said rotor , characterised in that each roller unit (108, 108-1, 108-2, 108-3) comprises a single roller and is individually replaceable.
Brake pad for a disk brake of a vehicle, in particular a rail vehicle, with a carrier plate to which a plurality of friction units are fixed, each of them attached by means of a securing element supported on the rear side of the carrier plate that faces away from the friction units , wherein in each case, on the side of the carrier plate that faces away from the securing element , the respective friction unit has a friction element which is mounted so that it can tilt by virtue of a spherical-section-shaped attachment and is loaded by a spring supported against the carrier plate , wherein an annular disk is arranged between the said spring and the said friction element , which disk is at least partially in contact with the spring and the friction element , the said disk having a concentric, cap-shaped depression bounded by a radial edge area, such that the spherical-section-shaped attachment of the friction element rests in the said depression, characterised in that the radial edge area of the disk extends at a distance from the spring and from the friction element .
A fed-batch fermentation process for production of lipstatin, tetrahydrolipstatin or N-formyl-L-leucine (S)-1-[[ -3-ethyl-4-oxo-2-oxetanyl]methyl]octadecyl ester (LOC), characterized in that said process involves a combinatorial feeding of linoleic acid or its esters or salts thereof and at least one omega-9 fatty acid to the fermenting microorganism, wherein the microorganism belongs to Streptomyces sp.
A method of reducing tracking interruptions between a tracking device and a localizer of a navigation system , the navigation system further comprising a virtual boundary generator and a collision detector, the method comprising the steps of: detecting, by the localizer , the tracking device within a field-of-view of the localizer ; generating, by the virtual boundary generator, a virtual field-of-view boundary based on the field-of-view of the localizer ; associating, by the virtual boundary generator, a virtual object with the tracking device ; tracking, by the collision detector, movement of the virtual object relative to the virtual field-of-view boundary ; and detecting, by the collision detector, a collision between the virtual object and the virtual field-of-view boundary while tracking to enable a response that prevents the tracking device from moving outside of the field-of-view of the localizer . detecting, by the localizer , the tracking device within a field-of-view of the localizer ; generating, by the virtual boundary generator, a virtual field-of-view boundary based on the field-of-view of the localizer ; associating, by the virtual boundary generator, a virtual object with the tracking device ; tracking, by the collision detector, movement of the virtual object relative to the virtual field-of-view boundary ; and detecting, by the collision detector, a collision between the virtual object and the virtual field-of-view boundary while tracking to enable a response that prevents the tracking device from moving outside of the field-of-view of the localizer .
A process for making 1,2-alkanediols of formula (I) HOCH 2 -CH(OH)-R 1 in which R 1 stands for an alkyl radical having 3 to 10 carbon atoms, said diols comprising less than 1 % b.w. lactones and less than 1 wt.-percent peroxides, comprising or consisting of the following steps: (a) providing at least one 1,2-olefin having 5 to 12 carbon atoms; (b) adding formic acid and hydrogen peroxide to form a first mixture; (c) heating the first mixture of step (b) to produce a second mixture comprising the corresponding 1,2-alkanediol mono and diformiates; (d) subjecting the second mixture of step (c) with a catalytic working amount of a decarbonylation catalyst selected from the group consisting of metals from group VIII of the periodic table of the elements to form a third mixture; (e) heating the third mixture of step (d) to a temperature of from 150 to 250 °C to decompose said formiates and to the form the respective diols and carbon monoxide; and optionally (f) removing the catalyst either by distillation, filtration or decantation of the diols. (a) providing at least one 1,2-olefin having 5 to 12 carbon atoms; (b) adding formic acid and hydrogen peroxide to form a first mixture; (c) heating the first mixture of step (b) to produce a second mixture comprising the corresponding 1,2-alkanediol mono and diformiates; (d) subjecting the second mixture of step (c) with a catalytic working amount of a decarbonylation catalyst selected from the group consisting of metals from group VIII of the periodic table of the elements to form a third mixture; (e) heating the third mixture of step (d) to a temperature of from 150 to 250 °C to decompose said formiates and to the form the respective diols and carbon monoxide; and optionally (f) removing the catalyst either by distillation, filtration or decantation of the diols.
Tamponade (1;1';1";1''';11;14;19a,19b) for nasal cavities or sinus cavities, for a force-homogenous tamponade of a cavity of the nasal tract in the area of an ostium leading to the cavity, comprising a thin-walled balloon made of a soft-foil-like, only less stretchable, smoothly foldable polyurethane material with a wall thickness in a range of 5 to 50 μm, which has a distal segment , as well as a proximal segment and a trans-ostial segment conjoining the distal segment of the balloon with the proximal segment of the balloon , characterized in that the balloon is shaped into ist required tamponade extent, or beyond, already at ist manufacturing, and, at that time, is provided with a preformed, waist-like or hourglass-shaped tapering or neck in the area of the transition from the distal balloon segment located inside the cavity to be tamponated into the area of the proximal balloon segment located in front of the cavity, and which, upon in situ insertion of the balloon , is expandable into a filled shape, wherein the distal segment of the balloon is located inside the cavity to be tamponated and fills this normally irregularly formed cavity with a force incurrence on the structures exposed to the balloon as uniformly as possible, while the proximal segment of the balloon is located in front of the cavity and the trans-ostial segment of the balloon extends through the ostium and anchors the tamponade (1;1';1";1'";11;14;19a,19b) for nasal cavities or sinus cavities in the area of the transition at the ostium and reliably secures it in its position.
Tube guide for a laboratory automation system , wherein the tube guide comprises a plate having a guide opening ; wherein the guide opening comprises two part openings that are separated by a crosspiece and that are connected by means of a slot ; characterised in that the part openings comprise recesses that lie opposite one another on edges that face away from one another in each case for guiding a tube .
An occupancy sensor calibration device for calibrating an occupancy sensing region of an occupancy sensor in which occupancy is detected, the occupancy sensor calibration device comprising: - a communication interface arranged to receive - occupancy data from the occupancy sensor , - vision data from a vision sensor , the vision sensor having a vision sensing region which at least partly overlaps the occupancy sensing region, - a processor circuit arranged to repeatedly (i) detect an occupancy in the vision data and a concurrent occupancy detection in the occupancy data, (ii) determine a location of the detected occupancy in the vision data, and (iii) store the location as part of the occupancy sensing region, and - an occupancy storage arranged to store the locations; the occupancy sensor calibration device being characterized in that the processor circuit is arranged to repeatedly (i) detect a movement in the vision data and an absence of concurrent occupancy detection in the occupancy data, (ii) determine a location of the detected movement, and (iii) store the location as outside the occupancy sensing region. - a communication interface arranged to receive - occupancy data from the occupancy sensor , - vision data from a vision sensor , the vision sensor having a vision sensing region which at least partly overlaps the occupancy sensing region, - occupancy data from the occupancy sensor , - vision data from a vision sensor , the vision sensor having a vision sensing region which at least partly overlaps the occupancy sensing region, - a processor circuit arranged to repeatedly (i) detect an occupancy in the vision data and a concurrent occupancy detection in the occupancy data, (ii) determine a location of the detected occupancy in the vision data, and (iii) store the location as part of the occupancy sensing region, and - an occupancy storage arranged to store the locations; the occupancy sensor calibration device being characterized in that the processor circuit is arranged to repeatedly (i) detect a movement in the vision data and an absence of concurrent occupancy detection in the occupancy data, (ii) determine a location of the detected movement, and (iii) store the location as outside the occupancy sensing region.
Locking system for locking a fitting of an on-board system, in particular a container , comprising: - locking members movable between an open position in which they can freely pass through an opening in a wall of the fitting of the on-board system in an insertion direction and a closed position in which they are locked with respect to the opening , - a locking mechanism connected to the locking members , movable between a first position in which the locking members are in the open position and a second position in which the locking members are in the closed position, characterised in that it comprises at least one actuator and coupling members coupling said at least one actuator to the locking mechanism so that, in an operating mode, the actuator cooperates with the coupling members in order to move the locking mechanism at least from the first position to the second position, optionally from the second position to the first position, and in that , the actuator being an electric actuator, in at least one stop mode the actuator cooperates with the coupling members to block the locking mechanism in at least one position selected from the first and second positions. - locking members movable between an open position in which they can freely pass through an opening in a wall of the fitting of the on-board system in an insertion direction and a closed position in which they are locked with respect to the opening , - a locking mechanism connected to the locking members , movable between a first position in which the locking members are in the open position and a second position in which the locking members are in the closed position, characterised in that it comprises at least one actuator and coupling members coupling said at least one actuator to the locking mechanism so that, in an operating mode, the actuator cooperates with the coupling members in order to move the locking mechanism at least from the first position to the second position, optionally from the second position to the first position, and in that , the actuator being an electric actuator, in at least one stop mode the actuator cooperates with the coupling members to block the locking mechanism in at least one position selected from the first and second positions.