mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerant charging method of recovering a refrigerant and charging the refrigerant to a second heat source unit , the refrigerant being included in a first heat source unit of an already installed refrigeration cycle apparatus in which a refrigeration cycle is to be performed by the refrigerant that circulates, characterized by comprising the following method steps: in a state, in which the circulating refrigerant of the refrigeration cycle apparatus has been transferred to the first heat source unit through pump down operation, a step (S1) of detaching the first heat source unit from the refrigeration cycle apparatus ; after the first heat source unit is detached from the refrigeration cycle apparatus , a step (S2) of incorporating the second heat source unit in the refrigeration cycle apparatus ; then, a step (a) (S3) of transferring the refrigerant from the first heat source unit to the second heat source unit ; a step (b) (S4) of measuring a weight of the refrigerant that is transferred from the first heat source unit to the second heat source unit ; and a step (S5) of adding additional refrigerant, if only with the refrigerant that is transferred from the first heat source unit to the second heat source unit , the circulating refrigerant is lacking for the refrigeration cycle apparatus in which the second heat source unit is incorporated. in a state, in which the circulating refrigerant of the refrigeration cycle apparatus has been transferred to the first heat source unit through pump down operation, a step (S1) of detaching the first heat source unit from the refrigeration cycle apparatus ; after the first heat source unit is detached from the refrigeration cycle apparatus , a step (S2) of incorporating the second heat source unit in the refrigeration cycle apparatus ; then, a step (a) (S3) of transferring the refrigerant from the first heat source unit to the second heat source unit ; a step (b) (S4) of measuring a weight of the refrigerant that is transferred from the first heat source unit to the second heat source unit ; and a step (S5) of adding additional refrigerant, if only with the refrigerant that is transferred from the first heat source unit to the second heat source unit , the circulating refrigerant is lacking for the refrigeration cycle apparatus in which the second heat source unit is incorporated.
A method implemented at a terminal device, the method comprising: obtaining at least one power control parameter to be used for a request message for a random access, wherein the at least one power control parameter comprises a first power offset between a physical uplink shared channel, PUSCH, of the request message and a preamble transmission; and transmitting (S102), to a base station, the request message for the random access, wherein: the first power offset between the PUSCH of the request message and the preamble transmission is the same as a second power offset between a message 3, msg3, PUSCH and a random access channel, RACH, preamble transmission in a four-step random access, a signalling message indicating the second power offset between the msg3 PUSCH and the RACH preamble transmission in the four-step random access is reused for indicating the first power offset between the PUSCH of the request message and the preamble transmission, and the request message comprises: the RACH preamble and the PUSCH. obtaining at least one power control parameter to be used for a request message for a random access, wherein the at least one power control parameter comprises a first power offset between a physical uplink shared channel, PUSCH, of the request message and a preamble transmission; and transmitting (S102), to a base station, the request message for the random access, wherein: the first power offset between the PUSCH of the request message and the preamble transmission is the same as a second power offset between a message 3, msg3, PUSCH and a random access channel, RACH, preamble transmission in a four-step random access, a signalling message indicating the second power offset between the msg3 PUSCH and the RACH preamble transmission in the four-step random access is reused for indicating the first power offset between the PUSCH of the request message and the preamble transmission, and the request message comprises: the RACH preamble and the PUSCH. the first power offset between the PUSCH of the request message and the preamble transmission is the same as a second power offset between a message 3, msg3, PUSCH and a random access channel, RACH, preamble transmission in a four-step random access, a signalling message indicating the second power offset between the msg3 PUSCH and the RACH preamble transmission in the four-step random access is reused for indicating the first power offset between the PUSCH of the request message and the preamble transmission, and the request message comprises: the RACH preamble and the PUSCH.
Process for producing furan-2,5-dicarboxylic acid, including the oxidation of 5-hydroxymethylfurfural in a liquid reaction mixture in a one-pot process or in a continuous flow process; wherein a metal hypohalite salt is used as oxidizing agent and the 5-hydroxymethylfurfural starting material is a raw material obtained from biomass in the hydrothermal carbonization of hexoses or hexose-containing materials in the form of an aqueous solution or dispersion.
A method, comprising: determining a plurality of stations to provide sounding feedback in response to a training signal sequence; generating a communication frame that includes i) an indication of a request for the plurality of stations to provide sounding feedback corresponding to the training signal sequence, and ii) information indicative of when each of the plurality of stations should transmit sounding feedback; causing the communication frame to be transmitted; and causing the training signal sequence to be transmitted; characterized by generating the communication frame to include respective identifiers of the plurality of stations in an order that indicates an order over time in which the plurality of stations are to transmit a sounding feedback. determining a plurality of stations to provide sounding feedback in response to a training signal sequence; generating a communication frame that includes i) an indication of a request for the plurality of stations to provide sounding feedback corresponding to the training signal sequence, and ii) information indicative of when each of the plurality of stations should transmit sounding feedback; causing the communication frame to be transmitted; and causing the training signal sequence to be transmitted; characterized by generating the communication frame to include respective identifiers of the plurality of stations in an order that indicates an order over time in which the plurality of stations are to transmit a sounding feedback.
Lubricant composition comprising: - at least one lubricant base oil, - at least one di-alkylaminopolyalkylamine responding to formula (I): wherein, • R1, R2 represent, independently, an alkyl moiety with 1 to 3 carbon atoms, which is linear or branched, • n and m are integers representing, independent of each other either 1, 2, or 3, and • the total number of carbon atoms in formula (I) is from 4 to 10. - at least one lubricant base oil, - at least one di-alkylaminopolyalkylamine responding to formula (I): wherein, • R1, R2 represent, independently, an alkyl moiety with 1 to 3 carbon atoms, which is linear or branched, • n and m are integers representing, independent of each other either 1, 2, or 3, and • the total number of carbon atoms in formula (I) is from 4 to 10. • R1, R2 represent, independently, an alkyl moiety with 1 to 3 carbon atoms, which is linear or branched, • n and m are integers representing, independent of each other either 1, 2, or 3, and • the total number of carbon atoms in formula (I) is from 4 to 10.
A laminate comprising a first base material layer, a second base material layer, and a sealant layer in this order, wherein the first base material layer, the second base material layer, and the sealant layer all include a polyolefin film; the polyolefin film of the first base material layer or the second base material layer includes an inorganic oxide layer on at least one surface thereof; and each of the first base material layer, the second base material layer, and the sealant layer has a heat shrinkage rate, in a travel direction (MD direction) after heating at 120°C for 15 minutes, which satisfies the following inequalities: Heat shrinkage rate of the second base material layer ≤ 5% Heat shrinkage rate of the second base material layer ≥ Heat shrinkage rate of the first base material layer Heat shrinkage rate of the second base material layer ≥ Heat shrinkage rate of the sealant layer (where Heat shrinkage rate (%) = (Travel-direction length before heating - Travel-direction length after heating)/Travel-direction length before heating × 100), wherein heat shrinkage rate is measured as described in the description. wherein the first base material layer, the second base material layer, and the sealant layer all include a polyolefin film; the polyolefin film of the first base material layer or the second base material layer includes an inorganic oxide layer on at least one surface thereof; and each of the first base material layer, the second base material layer, and the sealant layer has a heat shrinkage rate, in a travel direction (MD direction) after heating at 120°C for 15 minutes, which satisfies the following inequalities: Heat shrinkage rate of the second base material layer ≤ 5% Heat shrinkage rate of the second base material layer ≥ Heat shrinkage rate of the first base material layer Heat shrinkage rate of the second base material layer ≥ Heat shrinkage rate of the sealant layer (where Heat shrinkage rate (%) = (Travel-direction length before heating - Travel-direction length after heating)/Travel-direction length before heating × 100), wherein heat shrinkage rate is measured as described in the description.
Monitoring device comprising a vehicle with a current collector, wherein the current collector is fastened to the vehicle and has contact means for electrical contact with a contact line, wherein the mechanical connection between the contact means and the vehicle is established by means of connecting elements , wherein at least one fracture sensor , which is connected to a detector unit , runs along the connecting elements in such a way that, when one of the connecting elements is damaged, the state of the facture sensor is changed in such a way that the damage can be established by means of the detector unit and can be transmitted to a driver information system , which is connected to the detector unit , characterised in that a high tensile cable is provided as the fracture sensor .
A contactor , comprising a) a coil through which current flows in an active state (I) of the contactor , b) a control unit , which is provided for controlling the contactor , and c) a voltage converter , wherein d) the voltage converter is provided in the active state (I) for converting an input voltage (UE) into a coil voltage (U5) which drops across the coil , and e) can be electrically switched from an inactive state (II) to an active state (I) and back by the control unit , wherein the contactor is switched on by activating the voltage converter from the inactive state (II) to the active state (I) and is switched off by deactivating the voltage converter from the active state (I) to the inactive state (II), wherein the contactor comprises a current regulator for controlling a current intensity of a coil current , characterized in that the contactor comprises a voltage-limiting component which is short-circuited in the active state (I), wherein the voltage-limiting component is a suppressor diode, wherein a consumption voltage (U7) drops across the voltage-limiting component for high-speed disconnection of the contactor after its deactivation from the active state (I) to the inactive state (II), wherein the contactor comprises an electrical switch for short-circuiting the voltage-limiting component , which is through-connected in the active state (I) and opened in the inactive state (II), and wherein the electrical switch is a bipolar transistor or a bipolar transistor with an insulated gate. a) a coil through which current flows in an active state (I) of the contactor , b) a control unit , which is provided for controlling the contactor , and c) a voltage converter , wherein d) the voltage converter is provided in the active state (I) for converting an input voltage (UE) into a coil voltage (U5) which drops across the coil , and e) can be electrically switched from an inactive state (II) to an active state (I) and back by the control unit , wherein the contactor is switched on by activating the voltage converter from the inactive state (II) to the active state (I) and is switched off by deactivating the voltage converter from the active state (I) to the inactive state (II), wherein the contactor comprises a current regulator for controlling a current intensity of a coil current , characterized in that the contactor comprises a voltage-limiting component which is short-circuited in the active state (I), wherein the voltage-limiting component is a suppressor diode, wherein a consumption voltage (U7) drops across the voltage-limiting component for high-speed disconnection of the contactor after its deactivation from the active state (I) to the inactive state (II), wherein the contactor comprises an electrical switch for short-circuiting the voltage-limiting component , which is through-connected in the active state (I) and opened in the inactive state (II), and wherein the electrical switch is a bipolar transistor or a bipolar transistor with an insulated gate.
A traveling vehicle system comprising: a traveling vehicle comprising a traveling driver ; a power feed track having a power feeder configured to supply electric power to the traveling driver a non-power feed track connected to the power feed track and having no power feeder; a moving device configured to move the traveling vehicle between a first position (P1) on the power feed track and the non-power feed track ; and a controller configured to control at least the traveling vehicle and the moving device , wherein the controller is configured to transmit to the traveling vehicle a first command to travel to the first position (P1), transmit to the traveling vehicle stopped at the first position (P1) a second command to adopt a state in which the traveling vehicle is movable by the moving device and, simultaneously or thereafter, transmit to the moving device a third command to move the traveling vehicle stopped at the first position (P1) to the non-power feed track . a traveling vehicle comprising a traveling driver ; a power feed track having a power feeder configured to supply electric power to the traveling driver a non-power feed track connected to the power feed track and having no power feeder; a moving device configured to move the traveling vehicle between a first position (P1) on the power feed track and the non-power feed track ; and a controller configured to control at least the traveling vehicle and the moving device , wherein the controller is configured to transmit to the traveling vehicle a first command to travel to the first position (P1), transmit to the traveling vehicle stopped at the first position (P1) a second command to adopt a state in which the traveling vehicle is movable by the moving device and, simultaneously or thereafter, transmit to the moving device a third command to move the traveling vehicle stopped at the first position (P1) to the non-power feed track .
Modular unit having a removal fitting with a welded-on inliner for insertion into a plastic inner container of a pallet container , wherein the pallet container is designed for the storage and transport of liquid or flowable contents and the pallet container has an outlet socket at the bottom end for connecting the removal fitting , wherein the removal fitting has a removal fitting housing and the removal fitting housing has a cylindrical pipe socket , characterised in that - the modular unit has a drainage pipe with a base plate and a packaging sleeve , - the inliner is welded on by means of an inliner socket of the inliner over a cylindrical welding area directly radially to the inner surface of the cylindrical pipe socket of the removal fitting housing facing towards the inner side of the plastic inner container , - wherein the inliner and the inliner socket consist of the same multilayer composite foil material with the same barrier properties, - wherein the drainage pipe is firmly inserted into the cylindrical pipe socket of the removal fitting housing of the removal fitting and projects through the welded inliner socket into the inliner , - wherein the removal fitting is formed as a 3-inch removal fitting and - the inliner is formed as a rectangular cushion liner and the corners of the inliner foil facing towards the removal fitting are folded inwards towards the middle and rolled up from both sides towards the middle into a rod-shaped foil roll and covered by a tube-shaped packaging sleeve . - the modular unit has a drainage pipe with a base plate and a packaging sleeve , - the inliner is welded on by means of an inliner socket of the inliner over a cylindrical welding area directly radially to the inner surface of the cylindrical pipe socket of the removal fitting housing facing towards the inner side of the plastic inner container , - wherein the inliner and the inliner socket consist of the same multilayer composite foil material with the same barrier properties, - wherein the drainage pipe is firmly inserted into the cylindrical pipe socket of the removal fitting housing of the removal fitting and projects through the welded inliner socket into the inliner , - wherein the removal fitting is formed as a 3-inch removal fitting and - the inliner is formed as a rectangular cushion liner and the corners of the inliner foil facing towards the removal fitting are folded inwards towards the middle and rolled up from both sides towards the middle into a rod-shaped foil roll and covered by a tube-shaped packaging sleeve .
An in vitro method for producing an mRNA encoding a NOTCH3 protein having EGFL repeats with even numbers of cysteine residues from a pre-mRNA encoding a mutant NOTCH3 protein having an EGFL repeat with an uneven number of cysteine residues, wherein said EGFL-repeat with an uneven number of cysteines is encoded by exon 4 and/or exon 5, comprising providing an in vitro cell expressing said pre-mRNA with anti-sense oligonucleotides that are complementary to and hybridize with said pre-mRNA and that thereby induce the exclusion of exon 4 and exon 5 from mRNA produced from said pre-mRNA.
A method of zooming an omnidirectional video which is represented by image data and which is viewable in virtual or augmented reality on the basis of the image data being i) projected onto a virtual body in a virtual environment and ii) rendered from a viewpoint within or facing the virtual body, thereby obtaining a rendered image for display, the method comprising: - obtaining user input comprising obtaining a measurement from a head-tracking system which is indicative of a translational and/or rotational movement of a head of a user; - determining a region to be zoomed in the omnidirectional video; - selecting the region to be zoomed, or adjusting a parameter of said zooming, based on the user input; and - providing in the rendered image: a zoomed portion which provides a zoomed view of the region, wherein the size of the zoomed portion is inversely proportional to the amount of head movement or acceleration of head movement of the user, and simultaneously with the zoomed portion, a non-zoomed portion which provides a default non-zoomed view or a view having a lower zoom factor than the zoomed view of the zoomed portion, wherein the zoomed portion is a center portion of the rendered image, and wherein the non-zoomed portion is a periphery of the center portion in the rendered image. - obtaining user input comprising obtaining a measurement from a head-tracking system which is indicative of a translational and/or rotational movement of a head of a user; - determining a region to be zoomed in the omnidirectional video; - selecting the region to be zoomed, or adjusting a parameter of said zooming, based on the user input; and - providing in the rendered image: a zoomed portion which provides a zoomed view of the region, wherein the size of the zoomed portion is inversely proportional to the amount of head movement or acceleration of head movement of the user, and simultaneously with the zoomed portion, a non-zoomed portion which provides a default non-zoomed view or a view having a lower zoom factor than the zoomed view of the zoomed portion, wherein the zoomed portion is a center portion of the rendered image, and wherein the non-zoomed portion is a periphery of the center portion in the rendered image. a zoomed portion which provides a zoomed view of the region, wherein the size of the zoomed portion is inversely proportional to the amount of head movement or acceleration of head movement of the user, and simultaneously with the zoomed portion, a non-zoomed portion which provides a default non-zoomed view or a view having a lower zoom factor than the zoomed view of the zoomed portion, wherein the zoomed portion is a center portion of the rendered image, and wherein the non-zoomed portion is a periphery of the center portion in the rendered image.
An electronic device comprising: a cover glass forming an outer surface of the electronic device; a display panel including a plurality of pixels ; and a fingerprint sensor, a first guide structure disposed below the cover glass and transmitting light polarized in a specified direction, wherein the display panel is disposed below the first guide structure; and a second guide structure disposed below the display panel and transmitting light polarized in the specified direction, wherein the fingerprint sensor is disposed below the second guide structure. a cover glass forming an outer surface of the electronic device; a display panel including a plurality of pixels ; and a fingerprint sensor, a first guide structure disposed below the cover glass and transmitting light polarized in a specified direction, wherein the display panel is disposed below the first guide structure; and a second guide structure disposed below the display panel and transmitting light polarized in the specified direction, wherein the fingerprint sensor is disposed below the second guide structure.
An intraosseous access system, comprising: a housing ; a needle assembly extending from a distal end of the housing and including an obturator extending along a longitudinal axis and disposed within a lumen of a needle ; an aspiration system disposed within the housing and including one of a syringe or a vacutainer , the aspiration system configured to slide the obturator relative to the needle and selectively provide a vacuum in fluid communication with the needle lumen ; and a drive train disposed within the housing and configured to rotate the needle assembly and one of a syringe barrel of said syringe or a vacutainer canister of said vacutainer about the longitudinal axis a housing ; a needle assembly extending from a distal end of the housing and including an obturator extending along a longitudinal axis and disposed within a lumen of a needle ; an aspiration system disposed within the housing and including one of a syringe or a vacutainer , the aspiration system configured to slide the obturator relative to the needle and selectively provide a vacuum in fluid communication with the needle lumen ; and a drive train disposed within the housing and configured to rotate the needle assembly and one of a syringe barrel of said syringe or a vacutainer canister of said vacutainer about the longitudinal axis