mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising atropine for use in a method of treatment of myopia in a child, wherein the composition comprises 0.0001% to 5% atropine by weight and is delivered to an eye of the child as a micro-dose stream of droplets by once-a-day dosing, wherein the micro-dose stream of droplets: (i) is from 3 microliters to less than 10 microliters; (ii) is generated via a piezoelectric droplet delivery device; (iii) has an average ejected droplet diameter of 20 microns to 100 microns; and (iv) has an average initial ejecting velocity of at least 3 m/s to about 4 m/s. (i) is from 3 microliters to less than 10 microliters; (ii) is generated via a piezoelectric droplet delivery device; (iii) has an average ejected droplet diameter of 20 microns to 100 microns; and (iv) has an average initial ejecting velocity of at least 3 m/s to about 4 m/s.
Gripping device for mechanically gripping workpieces by means of movable gripping arms , comprising: - a housing , - movable gripping arms , and - a pneumatic or hydraulic drive accommodated in a housing , which drives the movable gripping arms , characterized in - that the housing of the pneumatic or hydraulic drive has at least one position sensor and at least one pressure sensor , and - that the following are arranged in or directly on the housing of the gripping device : - first, a data interface for a point-to-point communication with a programmable logic controller , - second, at least one computer and memory module comprising the application software of the gripping device , and - third, a controller which has at least one position controller , at least one pressure controller , the control of the pneumatic or hydraulic drive , interfaces for pressure sensors , and/or at least one distance or position measuring system . - a housing , - movable gripping arms , and - a pneumatic or hydraulic drive accommodated in a housing , which drives the movable gripping arms , characterized in - that the housing of the pneumatic or hydraulic drive has at least one position sensor and at least one pressure sensor , and - that the following are arranged in or directly on the housing of the gripping device : - first, a data interface for a point-to-point communication with a programmable logic controller , - second, at least one computer and memory module comprising the application software of the gripping device , and - third, a controller which has at least one position controller , at least one pressure controller , the control of the pneumatic or hydraulic drive , interfaces for pressure sensors , and/or at least one distance or position measuring system . - first, a data interface for a point-to-point communication with a programmable logic controller , - second, at least one computer and memory module comprising the application software of the gripping device , and - third, a controller which has at least one position controller , at least one pressure controller , the control of the pneumatic or hydraulic drive , interfaces for pressure sensors , and/or at least one distance or position measuring system .
A communication method performed by a terminal device, comprising: determining (S501) downlink signal quality; determining (S502) a downlink coverage enhancement level of the terminal device based on the downlink signal quality and a first coverage enhancement level quality threshold; and determining (S503) an uplink coverage enhancement level of the terminal device based on the downlink signal quality and a second coverage enhancement level quality threshold, wherein the first coverage enhancement level quality threshold is different from the second coverage enhancement level quality threshold; characterized in that the uplink coverage enhancement level of the terminal device is an uplink coverage enhancement level of a first uplink carrier, and the method further comprises: determining (S601) an uplink coverage enhancement level of a supplementary uplink, SUL, carrier; if (S602) the uplink coverage enhancement level of the first uplink carrier is higher than the uplink coverage enhancement level of the SUL carrier, performing uplink transmission by using the SUL carrier, wherein a frequency of the first uplink carrier is higher than a frequency of the SUL carrier, and a higher uplink coverage enhancement level indicates a poorer coverage capability corresponding to the uplink coverage enhancement level. determining (S501) downlink signal quality; determining (S502) a downlink coverage enhancement level of the terminal device based on the downlink signal quality and a first coverage enhancement level quality threshold; and determining (S503) an uplink coverage enhancement level of the terminal device based on the downlink signal quality and a second coverage enhancement level quality threshold, wherein the first coverage enhancement level quality threshold is different from the second coverage enhancement level quality threshold; characterized in that the uplink coverage enhancement level of the terminal device is an uplink coverage enhancement level of a first uplink carrier, and the method further comprises: determining (S601) an uplink coverage enhancement level of a supplementary uplink, SUL, carrier; if (S602) the uplink coverage enhancement level of the first uplink carrier is higher than the uplink coverage enhancement level of the SUL carrier, performing uplink transmission by using the SUL carrier, wherein a frequency of the first uplink carrier is higher than a frequency of the SUL carrier, and a higher uplink coverage enhancement level indicates a poorer coverage capability corresponding to the uplink coverage enhancement level. determining (S601) an uplink coverage enhancement level of a supplementary uplink, SUL, carrier; if (S602) the uplink coverage enhancement level of the first uplink carrier is higher than the uplink coverage enhancement level of the SUL carrier, performing uplink transmission by using the SUL carrier, wherein a frequency of the first uplink carrier is higher than a frequency of the SUL carrier, and a higher uplink coverage enhancement level indicates a poorer coverage capability corresponding to the uplink coverage enhancement level.
Device for producing an airflow (F') comprising: an enclosure which contains a volume of liquid (V) and which comprises at least one air discharge opening , air injection means for creating and passing an airflow (F) entering from outside the enclosure into the volume of liquid (V) contained in the enclosure, by introducing said airflow (F) into said volume of liquid (V) below the surface of said volume of liquid (V), such that an exiting airflow (F'), treated by direct contact with the volume of liquid, is discharged from said enclosure by being passed through the air discharge opening of the enclosure, the enclosure comprising one or more baffles (14; 14'; 14") interposed between the volume of liquid (V) and said discharge opening , characterized in that the air injection means introduce the airflow (F) entering into the volume of liquid at a depth (H1) of between 20 mm and 80 mm and at an airflow rate of at least 100 m 3 /h, and in that the baffle(s) (14; 14'; 14") allow said airflow (F') exiting to be circulated to the discharge opening whilst being subjected to one or more changes of direction, so as to prevent the spraying of liquid through the air discharge opening .
Combination of a gate valve and a conveying line for pneumatic conveying of bulk goods to isolate the conveying line , comprising a slide housing with a slide mounted displaceably in the slide housing for temporary isolation of the conveying line , wherein as a function of the position of the slide , an air-tight passage through the slide housing or flushing of the discharging conveying line connected in air-tight manner to the slide housing is provided, wherein to isolate and draw empty the conveying line , the slide housing is connected in air-tight manner to a bypass device arranged separately, though which a bypass air stream is drawn into the part of the conveying line discharging from the gate valve when isolating the conveying line , and wherein the bypass device configured separately is configured as a flushing air housing which is mounted next to the slide housing in conveying direction, in the interior of which the discharging conveying line is guided, characterised in that a cylindrical jacket of the discharging conveying line has within the gate valve several air-guiding openings to initiate the bypass air stream.
A mobile lighting device comprising lighting and a support for the lighting that makes it possible to adjust the height of the lighting and also provides a facility for storing the lighting, where the lighting is removable in relation to the support and contains its own electricity supply, wherein the support has a body that comprises, firstly, a storage recess capable of accommodating the lighting, which can if needed be switched on when it is placed inside the recess, and secondly, two feet capable of taking two positions, a storage position and an operating position; when they are in the operating position, they form, along with the body of the support, a tripod comprising a head to which the lighting can be fastened removably after it is taken out of its recess, characterised in that the storage recess of the lighting takes the form of a hollow that passes through the thickness of the body of the support.
A nasal patient interface arrangement for transporting breathing gas from a pressurised gas supply to a patient , the arrangement being adapted to provide a first bidirectional gas passage in contact with ambient air and adapted to receive nasally expired air, the arrangement comprising: - an inspiratory air conduit for connection to a pneumatic unit ; - a nose adapter for bidirectional gas transport, wherein the nose adapter is arranged to be connected to a patient's nose ; - a valve arrangement for controlling the passage of gas through the first bidirectional gas passage ; wherein the arrangement further is adapted to provide a second bidirectional gas passage which is connected to the inspiratory air conduct , to the nose adapter , and to the first gas passage , wherein the valve arrangement is substantially enclosed in the first bidirectional gas passage , characterised in that the valve arrangement comprises a tubular shaped valve element and wherein the valve element is arranged to seal the first bidirectional gas passage when inflated. - an inspiratory air conduit for connection to a pneumatic unit ; - a nose adapter for bidirectional gas transport, wherein the nose adapter is arranged to be connected to a patient's nose ; - a valve arrangement for controlling the passage of gas through the first bidirectional gas passage ; wherein the arrangement further is adapted to provide a second bidirectional gas passage which is connected to the inspiratory air conduct , to the nose adapter , and to the first gas passage , wherein the valve arrangement is substantially enclosed in the first bidirectional gas passage , characterised in that the valve arrangement comprises a tubular shaped valve element and wherein the valve element is arranged to seal the first bidirectional gas passage when inflated. wherein the arrangement further is adapted to provide a second bidirectional gas passage which is connected to the inspiratory air conduct , to the nose adapter , and to the first gas passage , wherein the valve arrangement is substantially enclosed in the first bidirectional gas passage , characterised in that the valve arrangement comprises a tubular shaped valve element and wherein the valve element is arranged to seal the first bidirectional gas passage when inflated.
A method of locating a field device using a handheld field maintenance tool , the method comprising: selecting a field device to locate ; accessing position information relative to the selected field device ; determining a current physical position of the handheld field maintenance tool by triangulation using wireless process communication with a number of known, fixed position wireless field devices in combination with satellite GPS signals; generating a map on a display of the handheld field maintenance tool showing the current position relative to the accessed position information relative to the selected field device ; updating the map as the current position changes; determining if the current position is within a selected threshold of the field device ; executing a close proximity location function of the handheld field maintenance tool when the selected threshold has been reached by: providing relative location coordinates to determine the location of the field device, these including a pair of numbers to and a description of the reference point from the perspective of someone standing South of the reference point and facing North toward the reference point . selecting a field device to locate ; accessing position information relative to the selected field device ; determining a current physical position of the handheld field maintenance tool by triangulation using wireless process communication with a number of known, fixed position wireless field devices in combination with satellite GPS signals; generating a map on a display of the handheld field maintenance tool showing the current position relative to the accessed position information relative to the selected field device ; updating the map as the current position changes; determining if the current position is within a selected threshold of the field device ; executing a close proximity location function of the handheld field maintenance tool when the selected threshold has been reached by: providing relative location coordinates to determine the location of the field device, these including a pair of numbers to and a description of the reference point from the perspective of someone standing South of the reference point and facing North toward the reference point .
A resonator structure of a saddle-ride type vehicle comprising: a head box that includes a head pipe forming a handlebar steering axis (C1) and forms an intake passage through which air is taken from a front of the vehicle into an inside of the vehicle when the vehicle is travelling; an air cleaner box that is connected to the head box and allows the air to be taken into a power unit of the vehicle; and a resonator that forms a resonator chamber configured to reduce an intake noise, wherein the resonator chamber is formed inside the head box in such a way as to continue to the intake passage , characterised in that the resonator forms an inner wall of the head box and an outer wall of the head pipe , and in that the resonator is disposed at a position adjacent to the upper pipe portion of the head pipe . a head box that includes a head pipe forming a handlebar steering axis (C1) and forms an intake passage through which air is taken from a front of the vehicle into an inside of the vehicle when the vehicle is travelling; an air cleaner box that is connected to the head box and allows the air to be taken into a power unit of the vehicle; and a resonator that forms a resonator chamber configured to reduce an intake noise, wherein the resonator chamber is formed inside the head box in such a way as to continue to the intake passage , characterised in that the resonator forms an inner wall of the head box and an outer wall of the head pipe , and in that the resonator is disposed at a position adjacent to the upper pipe portion of the head pipe .
A motor vehicle control device having a switch-on and switch-off function for at least one electrical load to be controlled by the motor vehicle control device , comprising an electronic switching element for arrangement in a supply voltage path (12.1) of the load and a control unit for controlling the electronic switching element , wherein the control unit is designed to provide a control signal for switching the electronic switching element on the basis of at least one input signal , characterized in that the load is a steering actuating drive of the motor vehicle.
A display apparatus, comprising: a display; and a field-induced visibility-controlling layer provided on light-outgoing side of the display, wherein the field-induced visibility-controlling layer comprises two transparent conductive layers and an electrolyte layer sandwiched therebetween, wherein the electrolyte layer is a sol formed by dissolving a silver ion-containing inorganic salt, a brominating agent and a catalyst in an organic solvent, wherein the field-induced visibility-controlling layer is switchable between a transparent state and a mirror state by applying different voltages to the electrolyte layer through the two transparent conductive layers , such that when the field-induced visibility-controlling layer is in the transparent state, the display is visible through the field-induced visibility-controlling layer; and when the field-induced visibility-controlling layer is in the mirror state, the display is shielded by the mirror formed of the field-induced visibility-controlling layer; and wherein the display apparatus further comprises a control means configured to enable the state of the display match the transparent state of the field-induced visibility-controlling layer and the off state of the display match the mirror state of the field-induced visibility-controlling layer. a display; and a field-induced visibility-controlling layer provided on light-outgoing side of the display, wherein the field-induced visibility-controlling layer comprises two transparent conductive layers and an electrolyte layer sandwiched therebetween, wherein the electrolyte layer is a sol formed by dissolving a silver ion-containing inorganic salt, a brominating agent and a catalyst in an organic solvent, wherein the field-induced visibility-controlling layer is switchable between a transparent state and a mirror state by applying different voltages to the electrolyte layer through the two transparent conductive layers , such that when the field-induced visibility-controlling layer is in the transparent state, the display is visible through the field-induced visibility-controlling layer; and when the field-induced visibility-controlling layer is in the mirror state, the display is shielded by the mirror formed of the field-induced visibility-controlling layer; and wherein the display apparatus further comprises a control means configured to enable the state of the display match the transparent state of the field-induced visibility-controlling layer and the off state of the display match the mirror state of the field-induced visibility-controlling layer.
A storage carousel for a cabinet comprising a bracket , which bracket is in partial pivotable connection to a shelf , wherein the bracket comprises a first supporting arm arranged to be fixed with respect to a cabinet , at a first end of the first supporting arm a pivoting fixture is provided for connection between the shelf and the supporting arm for enabling the shelf to pivot around at the first end of the first supporting arm , the pivoting fixture is furthermore arranged on a telescopic linear slidable rail such that the shelf and the pivoting fixture can be linearly displaced with respect to the first supporting arm , wherein the bracket further comprises a guide arm in pivotable connection with the first supporting arm and arranged for pivotable connection with the shelf .
A drive control device for a vehicle including a driving force source, and a meshing-type engagement mechanism configured to selectively set an engaged state or a disengaged state, the engaged state being a state where a power output from the driving force source is transmittable to driving wheels as drive energy, the disengaged state being a state where transmission of the power to the driving wheels as the drive energy is interrupted, the vehicle being configured to change the meshing-type engagement mechanism from the disengaged state to the engaged state by changing from a predetermined running state to another running state, the drive control device being characterized by comprising a controller configured to control the meshing-type engagement mechanism, the controller being configured to determine whether or not a sound pressure level inside a vehicle cabin becomes a predetermined value or less, under a state where it is predicted that the meshing-type engagement mechanism is changed from the disengaged state to the engaged state, and to engage the meshing-type engagement mechanism before the sound pressure level reaches the predetermined value or less.
A camping insert for clamping jaws of a clamping chuck, which has a multi-part holding segment to be fastened to a clamping jaw , in which individual clamping teeth are held, which together describe a curved toothed engagement contour corresponding with the dimensioning of a toothed component to be clamped, characterised in that the majority of the plurality of teeth is received in the holding segment with play in the circumferential direction.
A component for a gas turbine engine comprising: a body having an airfoil extending between a radially inner platform (107;307) and a radially outer platform (108;308), and having an internal cavity within the airfoil; a baffle (122;222;322) disposed within the internal cavity , the baffle (122;222;322) defining first and second baffle cavities (124,126;224,226;324,326) that are separated by a baffle dividing wall extending between the radially inner platform (107;307) and the radially outer platform (108;308); and an impingement plate (130;230;330) spaced apart from one of the radially inner and outer platforms (107,108;307,308), the impingement plate (130;230;330) comprising a first opening (160;260) that provides fluid communication between a first chamber and the first baffle cavity; characterised in that : the impingement plate (130;230;330) comprises a plurality of second openings (162;262) that are smaller than the first opening (160;260) and provide fluid communication between the first chamber and the second baffle cavity via a second chamber , and the impingement plate (130;230;330) is free of openings within a profile (164;264) of the second baffle cavity. a body having an airfoil extending between a radially inner platform (107;307) and a radially outer platform (108;308), and having an internal cavity within the airfoil; a baffle (122;222;322) disposed within the internal cavity , the baffle (122;222;322) defining first and second baffle cavities (124,126;224,226;324,326) that are separated by a baffle dividing wall extending between the radially inner platform (107;307) and the radially outer platform (108;308); and an impingement plate (130;230;330) spaced apart from one of the radially inner and outer platforms (107,108;307,308), the impingement plate (130;230;330) comprising a first opening (160;260) that provides fluid communication between a first chamber and the first baffle cavity; characterised in that : the impingement plate (130;230;330) comprises a plurality of second openings (162;262) that are smaller than the first opening (160;260) and provide fluid communication between the first chamber and the second baffle cavity via a second chamber , and the impingement plate (130;230;330) is free of openings within a profile (164;264) of the second baffle cavity.