mhurhangee/patent-ind-claim-en huggingface dataset:
A drug applicator for a system for ultrasound-enhanced transscleral delivery of at least one drug to a target site in an intraocular space , the system comprising a signal generating unit operationally connected to an ultrasound transducer , wherein the drug applicator : i) comprises at least one space configured to hold the drug, ii) is made from a low ultrasound attenuation material having an ultrasound attenuation of less than 10dB/(MHz cm), iii) is formed from a soft and elastic material and configured to provide less than 10% ultrasound loss coupling of the system to the sclera, and iv) is configured to be mechanically coupled to the system and further configured to be coupled by a mechanical coupling to the ultrasound transducer with ultrasound loss of less than 20%; and wherein the ultrasound transducer is configured to emit an ultrasound wave form in at least one application cycle, the application cycle comprising at least one ultrasound emitting event with a time duration TA and a waiting period with a time duration TW, wherein the at least one space has at least one opening at a surface designated for coupling with the sclera. wherein the drug applicator : i) comprises at least one space configured to hold the drug, ii) is made from a low ultrasound attenuation material having an ultrasound attenuation of less than 10dB/(MHz cm), iii) is formed from a soft and elastic material and configured to provide less than 10% ultrasound loss coupling of the system to the sclera, and iv) is configured to be mechanically coupled to the system and further configured to be coupled by a mechanical coupling to the ultrasound transducer with ultrasound loss of less than 20%; and i) comprises at least one space configured to hold the drug, ii) is made from a low ultrasound attenuation material having an ultrasound attenuation of less than 10dB/(MHz cm), iii) is formed from a soft and elastic material and configured to provide less than 10% ultrasound loss coupling of the system to the sclera, and iv) is configured to be mechanically coupled to the system and further configured to be coupled by a mechanical coupling to the ultrasound transducer with ultrasound loss of less than 20%; and wherein the ultrasound transducer is configured to emit an ultrasound wave form in at least one application cycle, the application cycle comprising at least one ultrasound emitting event with a time duration TA and a waiting period with a time duration TW, wherein the at least one space has at least one opening at a surface designated for coupling with the sclera.
A composition comprising a bacterial collagen-binding polypeptide segment linked to a PTH/PTHrP receptor agonist, for use in a method of treating hyperparathyroidism, the method comprising administering the composition to a subject in need of treatment for hyperparathyroidism.
Double-deck car for a rail vehicle, comprising an upper deck and a lower deck separated by an intermediate floor , wherein: - the intermediate floor comprises a frame defining a passage opening for one person, - the passage opening is closed at least in part by a removable hatch , - the removable hatch comprises at least one latch which is movable between a position projecting from a relevant edge of the hatch and a retracted position, and a mechanism for moving the latch , and - the frame comprises, for each movable latch , a complementary striker , characterised in that the latch movement mechanism comprises a lock and a key corresponding to the lock, such that actuation of the key in the lock causes movement of the latch , and in that , with the lower deck being equipped with seats , each comprising a backrest and a seat portion , the passage opening is arranged at least partly above the seat portion of at least one of the seats . - the intermediate floor comprises a frame defining a passage opening for one person, - the passage opening is closed at least in part by a removable hatch , - the removable hatch comprises at least one latch which is movable between a position projecting from a relevant edge of the hatch and a retracted position, and a mechanism for moving the latch , and - the frame comprises, for each movable latch , a complementary striker , characterised in that the latch movement mechanism comprises a lock and a key corresponding to the lock, such that actuation of the key in the lock causes movement of the latch , and in that , with the lower deck being equipped with seats , each comprising a backrest and a seat portion , the passage opening is arranged at least partly above the seat portion of at least one of the seats .
Safety container for galvanic cells , comprising an external container and at least one internal container , wherein the internal container forms the receptacle space for the galvanic cells , wherein a cavity is formed between the internal container and the external container , wherein the internal container and the cavity between the internal container and the external container are provided with an inert filler material , wherein the cavity is configured so as to be gas-tight in relation to the internal container and gas-tight in relation to the outer environment of the safety container , wherein the internal container is connected to the outer environment by way of at least one tube running through the cavity , wherein a pressure valve and/or a connector to an exhaust air system is disposed on the outer end of the tube , wherein parts of the internal container are fixedly connected to the external container .
An ultrasound system for multi-mode imaging, the system comprising: a probe comprising an array of transducer elements ; a high voltage transmitter integrated circuit comprising a pulser adapted to produce high voltage drive pulses for pulse transmission and a linear transmitter adapted to produce linear waveforms for linear transmission, the pulser and the linear transmitter coupled via a same output pin of the integrated circuit to a common transducer element of the array of transducer elements, the pulser being adapted to generate transmit pulses from the common transducer element during a first imaging mode and the linear transmitter being adapted to transmit a linear waveform from the common transducer element during a second imaging mode; a beamformer coupled to the array and adapted to beamform echo signals from the array; and an image processor that is coupled to receive beamformed echo signals from the beamformer and adapted to produce a multi-mode image combining image data from the first imaging mode and the second imaging mode. a probe comprising an array of transducer elements ; a high voltage transmitter integrated circuit comprising a pulser adapted to produce high voltage drive pulses for pulse transmission and a linear transmitter adapted to produce linear waveforms for linear transmission, the pulser and the linear transmitter coupled via a same output pin of the integrated circuit to a common transducer element of the array of transducer elements, the pulser being adapted to generate transmit pulses from the common transducer element during a first imaging mode and the linear transmitter being adapted to transmit a linear waveform from the common transducer element during a second imaging mode; a beamformer coupled to the array and adapted to beamform echo signals from the array; and an image processor that is coupled to receive beamformed echo signals from the beamformer and adapted to produce a multi-mode image combining image data from the first imaging mode and the second imaging mode.
A method for preparing a polyarylate having the formula: the method comprising: combining a desaminotyrosyl-tyrosine ethyl ester having the formula: a desaminotyrosyl-tyrosine benzylester having the formula: succinic acid and a catalyst in a flask to produce a first mixture; adding methylene chloride to the first mixture to produce a first suspension; adding diisopropylcarbodiimide (DIPC) to the first mixture to produce a first solution; adding the first solution to a non-solvent to produce a precipitate dissolving the precipitate in methylene chloride to form a polymer solution; blending the polymer solution with a slurry of 2-propanol and dry ice to produce polymer shreds; and blending the polymer shreds with a second slurry of 2-propanol and dry ice to produce the polyarylate. combining a desaminotyrosyl-tyrosine ethyl ester having the formula: a desaminotyrosyl-tyrosine benzylester having the formula: succinic acid and a catalyst in a flask to produce a first mixture; adding methylene chloride to the first mixture to produce a first suspension; adding diisopropylcarbodiimide (DIPC) to the first mixture to produce a first solution; adding the first solution to a non-solvent to produce a precipitate dissolving the precipitate in methylene chloride to form a polymer solution; blending the polymer solution with a slurry of 2-propanol and dry ice to produce polymer shreds; and blending the polymer shreds with a second slurry of 2-propanol and dry ice to produce the polyarylate.
Training workstation comprising: - one or more removable sports equipment ; - a cabinet equipped with a door and housings for the removable sports equipment ; - an electronic lock capable of opening/closing the door of the cabinet in response to an opening/closing command; - a control unit operatively connected to the electronic lock to send the opening command in response to a request for access by a user; and - a plurality of sensors adapted to detect the presence of removable sports equipment within the respective housings ; characterised in that the control unit is configured to send the closing command to the electronic lock only in case the control unit has received an exit request from the user and each of the sensors detects the presence of the respective removable sport equipment within the respective housing . - one or more removable sports equipment ; - a cabinet equipped with a door and housings for the removable sports equipment ; - an electronic lock capable of opening/closing the door of the cabinet in response to an opening/closing command; - a control unit operatively connected to the electronic lock to send the opening command in response to a request for access by a user; and - a plurality of sensors adapted to detect the presence of removable sports equipment within the respective housings ;
A device for locking a cable in tension, comprising a cable clamp with clamping jaws and a traction member , wherein said clamp is designed so that its jaws are actuated in clamping mode by traction exerted on a first end of the traction member , a second end of which is mechanically connected in displacement to at least one of the jaws , characterised in that it comprises: - a first plate for receiving the cable , - a second plate for receiving the cable in sliding connection with the first plate , movable between a first position, held by default by means of return means between the first and second plates , and a second position, held by engagement of a locking catch system when the return means are in tension, and in that : - at least one of the jaws of the cable clamp is attached to one of the first and second plates while the first end of the traction member is attached to the other of the first and second plates for a tightening disposition of the jaws in the first position of the second plate and a loosening disposition of the jaws in the second position of the second plate , and - the locking catch system is configured to be released by engagement of the cable between the loose jaws of the cable clamp . - a first plate for receiving the cable , - a second plate for receiving the cable in sliding connection with the first plate , movable between a first position, held by default by means of return means between the first and second plates , and a second position, held by engagement of a locking catch system when the return means are in tension, - at least one of the jaws of the cable clamp is attached to one of the first and second plates while the first end of the traction member is attached to the other of the first and second plates for a tightening disposition of the jaws in the first position of the second plate and a loosening disposition of the jaws in the second position of the second plate , and - the locking catch system is configured to be released by engagement of the cable between the loose jaws of the cable clamp .
An automatic analysis apparatus comprising: a liquid container with a piercing type cap , which contains a liquid; a dispensing nozzle for penetrating the cap and sucking the liquid contained in the liquid container ; and a nozzle vertical movement mechanism for moving up and down the dispensing nozzle , and a control device for controlling the nozzle vertical movement mechanism which is configured to lower the moving velocity of the dispensing nozzle in a zone where a tip of the dispensing nozzle passes through the cap is provided, characterized in that the control device comprises a means for measuring height of a cap of each of a plurality of liquid containers set in place and a means for storing a low velocity zone start value and a low velocity zone end value calculated based on the cap height for each of the liquid containers ; and the control device is configured to lower the moving velocity during vertical movement of the dispensing nozzle according to the start value and end value for the container concerned. a liquid container with a piercing type cap , which contains a liquid; a dispensing nozzle for penetrating the cap and sucking the liquid contained in the liquid container ; and a nozzle vertical movement mechanism for moving up and down the dispensing nozzle , and a control device for controlling the nozzle vertical movement mechanism which is configured to lower the moving velocity of the dispensing nozzle in a zone where a tip of the dispensing nozzle passes through the cap is provided, characterized in that the control device comprises a means for measuring height of a cap of each of a plurality of liquid containers set in place and a means for storing a low velocity zone start value and a low velocity zone end value calculated based on the cap height for each of the liquid containers ; and the control device is configured to lower the moving velocity during vertical movement of the dispensing nozzle according to the start value and end value for the container concerned.
A method for managing and controlling user equipment, UE, performed by a network data analytics function, NWDAF, entity in a 5 th Generation, 5G, mobile network, comprising: obtaining (S101) UE behavioral information; determining (S102) a risk for the UE by analyzing the UE behavioral information; and sending (S103) a first indication to at least one network function entity in the 5G mobile network, so as to trigger the at least one network function entity to perform policy update or parameter adjustment for the UE in response to the first indication, wherein the first indication indicates a type of the risk that the UE has, or the first indication indicates a policy or parameter for solving the risk that the UE has; wherein the at least one network function entity is one or more of a policy control function, PCF, an access and mobility management function, AMF, or a session management function, SMF. obtaining (S101) UE behavioral information; determining (S102) a risk for the UE by analyzing the UE behavioral information; and sending (S103) a first indication to at least one network function entity in the 5G mobile network, so as to trigger the at least one network function entity to perform policy update or parameter adjustment for the UE in response to the first indication, wherein the first indication indicates a type of the risk that the UE has, or the first indication indicates a policy or parameter for solving the risk that the UE has; wherein the at least one network function entity is one or more of a policy control function, PCF, an access and mobility management function, AMF, or a session management function, SMF.
An ocular surgical apparatus comprising: a surgical control device configured to receive input from a user to control at least one ocular surgical parameter and output a series of values; and a buffer configured to receive the series of values from the surgical control device and comprising a detection area and an exclusion area; and a controller configured to receive the series of values from the surgical control device and evaluate the series of values sequentially as the values are provided from the buffer, wherein presence of a desired value in the detection area and an absence of a contrary indication in the exclusion area is determined by the controller to indicate a switch associated with the surgical control device is requested by a user of the surgical control device such that the controller effectuates the function associated with the switch. a surgical control device configured to receive input from a user to control at least one ocular surgical parameter and output a series of values; and a buffer configured to receive the series of values from the surgical control device and comprising a detection area and an exclusion area; and a controller configured to receive the series of values from the surgical control device and evaluate the series of values sequentially as the values are provided from the buffer, wherein presence of a desired value in the detection area and an absence of a contrary indication in the exclusion area is determined by the controller to indicate a switch associated with the surgical control device is requested by a user of the surgical control device such that the controller effectuates the function associated with the switch.
Laser processing system for producing a laser beam with a line-shaped beam cross section with a short axis and a long axis perpendicular thereto in a processing plane , comprising: a laser beam source for producing a raw laser beam; a beam expansion system disposed downstream of the laser beam source and serving to receive the raw laser beam and produce an expanded laser beam; a homogenization system disposed downstream of the beam expansion system and serving to receive the expanded laser beam and produce a laser beam that is homogenized in relation to the light intensity distribution and has a line-shaped beam cross section in the processing plane , wherein the homogenization system comprises a first homogenization arrangement for homogenization along the short axis and a second homogenization arrangement for homogenization along the long axis, wherein each of the homogenization arrangements comprises optical elements (140-1, 140-2) for splitting the laser beam into a multiplicity of partial beams and a downstream condenser system (150-1, 150-2) for superimposing the partial beams in a superposition plane, characterized in that the first homogenization arrangement comprises a first condenser system (150-1) with at least one first mirror (150-1A, 150-1B) and the second homogenization arrangement comprises a second condenser system (150-2) with at least one second mirror (150-2A, 150-2B). a laser beam source for producing a raw laser beam; a beam expansion system disposed downstream of the laser beam source and serving to receive the raw laser beam and produce an expanded laser beam; a homogenization system disposed downstream of the beam expansion system and serving to receive the expanded laser beam and produce a laser beam that is homogenized in relation to the light intensity distribution and has a line-shaped beam cross section in the processing plane , wherein the homogenization system comprises a first homogenization arrangement for homogenization along the short axis and a second homogenization arrangement for homogenization along the long axis, wherein each of the homogenization arrangements comprises optical elements (140-1, 140-2) for splitting the laser beam into a multiplicity of partial beams and a downstream condenser system (150-1, 150-2) for superimposing the partial beams in a superposition plane, characterized in that the first homogenization arrangement comprises a first condenser system (150-1) with at least one first mirror (150-1A, 150-1B) and the second homogenization arrangement comprises a second condenser system (150-2) with at least one second mirror (150-2A, 150-2B).
A portable communication device , comprising: a housing having a non-touch user interface residing within an elongated aperture having an interior aperture side wall , the non-touch user interface being formed of an elongated top planar surface having an edge side wall descending therefrom and extending into a base platform surrounding the edge side wall , the base platform and edge side wall forming a recess with the interior aperture wall of the elongated aperture ; speaker porting residing within the recess , the speaker porting being formed of speaker holes formed within the edge side wall and speaker openings formed within the interior aperture wall ; and a non-touch user interface feature residing on the top planar surface of the non-touch user interface . a housing having a non-touch user interface residing within an elongated aperture having an interior aperture side wall , the non-touch user interface being formed of an elongated top planar surface having an edge side wall descending therefrom and extending into a base platform surrounding the edge side wall , the base platform and edge side wall forming a recess with the interior aperture wall of the elongated aperture ; speaker porting residing within the recess , the speaker porting being formed of speaker holes formed within the edge side wall and speaker openings formed within the interior aperture wall ; and a non-touch user interface feature residing on the top planar surface of the non-touch user interface .
A method, performed by a Radio Network Controller, RNC, for setting up a secondary uplink carrier, wherein the method comprises: receiving an indication from a network node , wherein the network node is a radio base station, and wherein the indication indicates that the network node supports a variable Transmission Time Interval, TTI, for the secondary uplink carrier; determining to send a first Information Element, IE, in a dedicated radio link message based on the received indication from the network node ; and sending the dedicated radio link message to the network node , wherein the dedicated radio link message comprises the first IE and a second IE, which first IE indicates a TTI value out of a plurality of TTI values available for the secondary uplink carrier, the indicated TTI value being for set up - by the network node - of the secondary uplink carrier in the radio communications network, and which second IE indicates to the network node that a variable TTI configuration is set up. receiving an indication from a network node , wherein the network node is a radio base station, and wherein the indication indicates that the network node supports a variable Transmission Time Interval, TTI, for the secondary uplink carrier; determining to send a first Information Element, IE, in a dedicated radio link message based on the received indication from the network node ; and sending the dedicated radio link message to the network node , wherein the dedicated radio link message comprises the first IE and a second IE, which first IE indicates a TTI value out of a plurality of TTI values available for the secondary uplink carrier, the indicated TTI value being for set up - by the network node - of the secondary uplink carrier in the radio communications network, and which second IE indicates to the network node that a variable TTI configuration is set up.