mhurhangee/patent-ind-claim-en huggingface dataset:
A device for measuring a flow rate of an air flow exhaled or inhaled by a person, comprising: - A tubular conduit intended to conduct said air flow, the tubular conduit comprising a wall having an internal face and an external face , and - a structure disposed in the tubular conduit and comprising a plurality of channels intended to achieve a partition of the airflow; characterized in that the device has: - a first groove extending along a first circumference of the external face , opening onto the external face of the wall of the tubular conduit and having a fluidic communication with the set of channels located at the periphery of the structure , and - a second groove extending along a second circumference of the external face , opening onto the external face of the wall of the tubular conduit and having a fluidic communication with said set of channels located at the periphery of the structure , the second groove being formed at a distance from the first groove . - A tubular conduit intended to conduct said air flow, the tubular conduit comprising a wall having an internal face and an external face , and - a structure disposed in the tubular conduit and comprising a plurality of channels intended to achieve a partition of the airflow; - a first groove extending along a first circumference of the external face , opening onto the external face of the wall of the tubular conduit and having a fluidic communication with the set of channels located at the periphery of the structure , and - a second groove extending along a second circumference of the external face , opening onto the external face of the wall of the tubular conduit and having a fluidic communication with said set of channels located at the periphery of the structure ,
A tetrapyrrolic compound based on the formulas 1, 2, 3, 4, 5 or 6: wherein: B is: X is: NH, O or S; R 1 is: a linear or branched alkyl chain with 3-4 carbon atoms and containing at least two hydroxyl moieties; R 2 is: a substituent either in the meta- or para- position of the phenyl ring with R 2 = -OH, -COOH, -COOY, -NHY, -OY, -NH-Z-COOH, or -CO-Z-NH 2 ; wherein: Y is: a polyethyleneglycol-residue with (CH 2 CH 2 O) n CH 3 with n = 1-30 or a carbohydrate moiety; Z is: a peptide or oligopeptide wherein the number of amino acids m = 1-30. X is: NH, O or S; R 1 is: a linear or branched alkyl chain with 3-4 carbon atoms and containing at least two hydroxyl moieties; R 2 is: a substituent either in the meta- or para- position of the phenyl ring with R 2 = -OH, -COOH, -COOY, -NHY, -OY, -NH-Z-COOH, or -CO-Z-NH 2 ; wherein: Y is: a polyethyleneglycol-residue with (CH 2 CH 2 O) n CH 3 with n = 1-30 or a carbohydrate moiety; Z is: a peptide or oligopeptide wherein the number of amino acids m = 1-30.
A laser beam steering device comprising a plurality of modulation units each having: a waveguide configured to guide a laser beam which passes through the waveguide; and a cladding layer disposed on the waveguide for steering the laser beam according to an electrical signal applied to the cladding layer; the cladding layer has a refractive index which is adapted to change according to the electrical signal applied to the cladding layer, characterized in that the phase of the laser beam passing through the waveguide being modulated by the change of the refractive index of the cladding layer; and in that modulations of the phases of the laser beams passing through the waveguides determine a phase profile of the laser beams, which phase profile determines the travelling direction of the laser beams emitted from the waveguides. a waveguide configured to guide a laser beam which passes through the waveguide; and a cladding layer disposed on the waveguide for steering the laser beam according to an electrical signal applied to the cladding layer; the cladding layer has a refractive index which is adapted to change according to the electrical signal applied to the cladding layer, characterized in that the phase of the laser beam passing through the waveguide being modulated by the change of the refractive index of the cladding layer; and in that modulations of the phases of the laser beams passing through the waveguides determine a phase profile of the laser beams, which phase profile determines the travelling direction of the laser beams emitted from the waveguides.
Floor panel , comprising a laminate of: - a magnesium oxide based core layer ; - at least one magnesium oxide based upper crust layer positioned on top of said core layer , wherein the density of said upper crust layer is larger than the density of the core layer ; characterized in that said laminate of the floor panel comprises further - at least one upper reinforcing layer situated in between said core layer and said at least one upper crust layer . - a magnesium oxide based core layer ; - at least one magnesium oxide based upper crust layer positioned on top of said core layer , wherein the density of said upper crust layer is larger than the density of the core layer ; characterized in that said laminate of the floor panel comprises further - at least one upper reinforcing layer situated in between said core layer and said at least one upper crust layer .
A method for controlling a radio transmitter in a wireless network, the method comprising: in each one of a plurality of consecutive control steps spanning a predetermined control window, determining a first limit representing a number of physical resource blocks, PRBs, that can be scheduled in each one of a plurality of consecutive future slots of a current control step, based at least in part on an allowable average output power of the radio transmitter, the control window comprising a plurality of control steps, and each control step comprising a plurality of slots; when the determined first limit is less than or equal to a pre-configured second limit representing a number of PRBs that can be scheduled in a single slot , scheduling PRBs in a proportion of the plurality of consecutive future slots of the current control step, the proportion being calculated such that an averaged fraction of scheduled PRBs in the current control step is less than or equal to the first limit, wherein the first limit comprises a respective first fraction of a total number of PRBs of the wireless network, and wherein the second limit comprises a respective second fraction of a total number of PRBs of the wireless network. in each one of a plurality of consecutive control steps spanning a predetermined control window, determining a first limit representing a number of physical resource blocks, PRBs, that can be scheduled in each one of a plurality of consecutive future slots of a current control step, based at least in part on an allowable average output power of the radio transmitter, the control window comprising a plurality of control steps, and each control step comprising a plurality of slots; when the determined first limit is less than or equal to a pre-configured second limit representing a number of PRBs that can be scheduled in a single slot , scheduling PRBs in a proportion of the plurality of consecutive future slots of the current control step, the proportion being calculated such that an averaged fraction of scheduled PRBs in the current control step is less than or equal to the first limit, wherein the first limit comprises a respective first fraction of a total number of PRBs of the wireless network, and wherein the second limit comprises a respective second fraction of a total number of PRBs of the wireless network.
A cannula for kyphoplasty, the cannula comprising: a shaft extending between opposite first and second end surfaces , the shaft comprising an inner surface defining a lumen , the shaft comprising a first opening that extends through the first end surface and a second opening that extends through the second end surface ; and a scoop extending from the second end surface , the scoop comprising an arcuate inner surface that is continuous with the inner surface of the shaft and an opposite outer surface , the scoop including a first portion , a second portion and a third portion between the first portion and the second portion , characterized in that the third portion includes a rib having a radius of curvature that is less than a radius of curvature of the first portion or the second portion , wherein the rib extends outwardly from the outer surface of the scoop , and the rib extends along at least a portion of the third portion of the scoop . a shaft extending between opposite first and second end surfaces , the shaft comprising an inner surface defining a lumen , the shaft comprising a first opening that extends through the first end surface and a second opening that extends through the second end surface ; and a scoop extending from the second end surface , the scoop comprising an arcuate inner surface that is continuous with the inner surface of the shaft and an opposite outer surface , the scoop including a first portion , a second portion and a third portion between the first portion and the second portion , characterized in that the third portion includes a rib having a radius of curvature that is less than a radius of curvature of the first portion or the second portion , wherein the rib extends outwardly from the outer surface of the scoop , and the rib extends along at least a portion of the third portion of the scoop . the rib extends outwardly from the outer surface of the scoop , and the rib extends along at least a portion of the third portion of the scoop .
A cell product for use in treating a peripheral blood flow disorder, said cell product comprising SSEA-3-positive pluripotent stem cells, wherein said pluripotent stem cells are an isolated and enriched population from a mesenchymal tissue in a living body or a cultured mesenchymal cell, and wherein said pluripotent stem cells are enriched under external stress conditions.
A spreader element configured to spread a fiber bundle having a plurality of fibers into a spreaded fiber layer, the spreader element comprising: a profile taken perpendicularly to a longitudinal axis of the spreader element; an ellipsoidal first surface that defines a convex portion of the profile; and a second surface that defines a straight or concave portion of the profile; wherein the first and second surfaces meet at an edge . a profile taken perpendicularly to a longitudinal axis of the spreader element; an ellipsoidal first surface that defines a convex portion of the profile; and a second surface that defines a straight or concave portion of the profile; wherein the first and second surfaces meet at an edge .
An automated storage system (1; 11; 21; 25) comprising at least two racks with storage places for storing hanging goods , wherein the hanging goods are storable in a suspended fashion in the storage places in storage rails (5; 5a; 5b; 5c) so as to be displaceable in a storage direction , and comprising a rack aisle formed by the at least two racks , in which rack aisle a level rack operating device (7; 7a; 7c) is movable in a longitudinal direction , with the level rack operating device (7; 7a; 7c) having a transfer means and a drive unit for driving the transfer means, which drive unit is firmly connected to the level rack operating device (7; 7a; 7c), in order to store at least one hanging item transported by the level rack operating device (7; 7a; 7c) from the level rack operating device (7; 7a; 7c) onto the storage rail (5; 5a; 5b, 5c) of one of the storage places with the transfer means during a transfer process and/or to retrieve at least one hanging item from the storage rail (5; 5a; 5b; 5c) of one of the storage places onto the level rack operating device (7; 7a; 7c), characterized in that each storage place has a guide (17a; 17b; 17c), the guide (17a; 17b; 17c) being designed for guiding the transfer means, at least in sections, during the storing and retrieval of hanging goods , and that the transfer means is designed for contacting the guide (17a; 17b; 17c), at least in sections, during the storing and retrieval of hanging goods and the transfer means is formed by a flexible element, in particular a chain (12; 12b), a belt or a band, and that the guide (17a; 17b) is designed such that the flexible element can be inserted into and/or retracted from the guide (17a; 17b) while being driven by the drive unit; and that the guide (17a; 17b) is designed such that the flexible element is guided along the guide (17a; 17b) during the insertion and/or retraction. each storage place has a guide (17a; 17b; 17c), the guide (17a; 17b; 17c) being designed for guiding the transfer means, at least in sections, during the storing and retrieval of hanging goods , and that the transfer means is designed for contacting the guide (17a; 17b; 17c), at least in sections, during the storing and retrieval of hanging goods and the transfer means is formed by a flexible element, in particular a chain (12; 12b), a belt or a band, and that the guide (17a; 17b) is designed such that the flexible element can be inserted into and/or retracted from the guide (17a; 17b) while being driven by the drive unit; and that the guide (17a; 17b) is designed such that the flexible element is guided along the guide (17a; 17b) during the insertion and/or retraction.
An architectural covering comprising a tool and a control unit for controlling a motor so as to adjust the position of the architectural covering, the control unit including - a housing , and - a circuit means , which is provided with switching means which upon actuation allow for the setting of at least one position of the architectural covering in the circuit means , wherein the housing includes a tool receiving section for releasable engagement with the tool for actuating the switching means ; wherein the tool includes at least one actuating portion for being inserted into the tool receiving section , and each of the actuating portions includes at least one actuating surface for acting upon the switching means upon insertion of the actuating portion into the tool receiving section , and characterized in that at least one of: at least one of the actuating surfaces is offset from an axis of the tool , so that reversion of the tool about this axis allows for selective actuation of the switching means by means of the said actuating surface ; and the tool comprises at least two actuating portions, and the actuating surfaces of said actuating portions are arranged so as to selectively actuate the switching means dependent on which of the actuating portions is inserted into the tool receiving section . - a housing , and - a circuit means , which is provided with switching means which upon actuation allow for the setting of at least one position of the architectural covering in the circuit means , wherein the housing includes a tool receiving section for releasable engagement with the tool for actuating the switching means ; wherein the tool includes at least one actuating portion for being inserted into the tool receiving section , and each of the actuating portions includes at least one actuating surface for acting upon the switching means upon insertion of the actuating portion into the tool receiving section , and characterized in that at least one of: at least one of the actuating surfaces is offset from an axis of the tool , so that reversion of the tool about this axis allows for selective actuation of the switching means by means of the said actuating surface ; and the tool comprises at least two actuating portions, and the actuating surfaces of said actuating portions are arranged so as to selectively actuate the switching means dependent on which of the actuating portions is inserted into the tool receiving section . at least one of the actuating surfaces is offset from an axis of the tool , so that reversion of the tool about this axis allows for selective actuation of the switching means by means of the said actuating surface ; and the tool comprises at least two actuating portions, and the actuating surfaces of said actuating portions are arranged so as to selectively actuate the switching means dependent on which of the actuating portions is inserted into the tool receiving section .
An engine control system for controlling user access to one or more engine control functions, the engine control system communicatively coupled to an engine via an engine control interface and the engine control system comprising two or more human-machine interface, HMI, units , each HMI unit comprising a respective user interface, UI, for providing user access to respective one or more engine control functions, wherein at least two HMI units comprise a respective lock means for receiving a safety key that represents a key identification, ID, of a plurality of key IDs, wherein each key ID has respective at least one engine control function associated therewith, wherein the engine control system is arranged to, when the lock means in a first HMI unit is in receipt of the safety key that represents a first key ID of said plurality of key IDs, selectively enable via the UI of said first HMI unit one of the following: a user-operable locking function for locking, by the first key ID, said respective at least one engine control function associated with the first key ID to disable user access, via said Uls, to said respective at least one engine control function, or a user-operable unlocking function for releasing said respective at least one engine control function from locking by the first key ID to re-enable user access, via said Uls, to those ones of said respective at least one engine control function that are currently not locked by one or more other key IDs of said plurality of key IDs. a user-operable locking function for locking, by the first key ID, said respective at least one engine control function associated with the first key ID to disable user access, via said Uls, to said respective at least one engine control function, or a user-operable unlocking function for releasing said respective at least one engine control function from locking by the first key ID to re-enable user access, via said Uls, to those ones of said respective at least one engine control function that are currently not locked by one or more other key IDs of said plurality of key IDs.
A method for regulating a cooling system, wherein in the method: a requirement to connect an additional electrical load to the cooling system is established, characterised in that an expected generator temperature of a generator of the cooling system is determined on the basis of a thermal generator model, taking into account the additional electrical load, it is checked whether the expected generator temperature lies below a generator-temperature threshold value, and if this is not the case the cooling system continues to be operated without the additional electrical load being connected, if the expected generator temperature lies below a generator-temperature threshold value, it is checked whether a generator frequency lies above a generator-frequency threshold value, and if this is not the case the cooling system continues to be operated without the additional electrical load being connected, and if the generator frequency lies above a generator-frequency threshold value, the additional electrical load is connected to the cooling system, wherein the thermal generator model contains a correction factor which takes into consideration the working hours already completed, the overall age and/or the time since the last maintenance interval of the generator. a requirement to connect an additional electrical load to the cooling system is established, characterised in that an expected generator temperature of a generator of the cooling system is determined on the basis of a thermal generator model, taking into account the additional electrical load, it is checked whether the expected generator temperature lies below a generator-temperature threshold value, and if this is not the case the cooling system continues to be operated without the additional electrical load being connected, if the expected generator temperature lies below a generator-temperature threshold value, it is checked whether a generator frequency lies above a generator-frequency threshold value, and if this is not the case the cooling system continues to be operated without the additional electrical load being connected, and if the generator frequency lies above a generator-frequency threshold value, the additional electrical load is connected to the cooling system, wherein the thermal generator model contains a correction factor which takes into consideration the working hours already completed, the overall age and/or the time since the last maintenance interval of the generator.
A method for acquiring system information by a user equipment, UE , in a wireless communication system, the method comprising: receiving , from a base station, system information including a system information value tag; verifying whether stored system information remains valid by checking the system information value tag; and determining the stored system information to be invalid after a specific time from a moment that the stored system information was confirmed as valid, wherein the specific time is determined based on whether validity time information associated with a system information validity timer is included in the system information. receiving , from a base station, system information including a system information value tag; verifying whether stored system information remains valid by checking the system information value tag; and determining the stored system information to be invalid after a specific time from a moment that the stored system information was confirmed as valid, wherein the specific time is determined based on whether validity time information associated with a system information validity timer is included in the system information.
A head-mounted electronic device, comprising: a U-shaped head-mounted headphone ; a U-shaped display component rotatably connected to the headphone ; a sensor component arranged to the headphone and configured to sense a wearing state of the headphone ; and a control means electrically connected to the sensor component and configured to control the display component and/or the headphone to make a response when the sensor component senses that the headphone is switched between the wearing state and a non-wearing state, wherein the response made by the display component comprises that the display component in a video-play-paused state plays video when the headphone is switched from the non-wearing state to the wearing state and the wearing state lasts over a second preset time. a U-shaped head-mounted headphone ; a U-shaped display component rotatably connected to the headphone ; a sensor component arranged to the headphone and configured to sense a wearing state of the headphone ; and a control means electrically connected to the sensor component and configured to control the display component and/or the headphone to make a response when the sensor component senses that the headphone is switched between the wearing state and a non-wearing state, wherein the response made by the display component comprises that the display component in a video-play-paused state plays video when the headphone is switched from the non-wearing state to the wearing state and the wearing state lasts over a second preset time.