mhurhangee/patent-ind-claim-en huggingface dataset:
Refractive wavefront correction device for an adaptive optics system, the correction device comprising: - an at least partially transparent electrode membrane , - a compartment filled with a transparent optical liquid , the liquid contacting the electrode membrane , and wherein - the compartment is covered by a limiting membrane , the limiting membrane forming an optical boundary defining optical properties of the compartment , and - a plurality of at least partially transparent actuator elements for deflecting the optical boundary in response to a control signal indicative of a wavefront correction to be performed, wherein - the electrode membrane is provided with the plurality of actuator elements , - at least one compensation element is provided on the electrode membrane , for compensating unwanted deformations of the limiting membrane or for providing positive deflection of the limiting membrane , - the device has an optical aperture that defines and limits an optical path or a field of view, - the plurality of actuator elements overlaps with the optical aperture and wherein either - the electrode membrane is attached to a substrate and the limiting membrane is spaced apart from the electrode membrane , or - the electrode membrane is suspended so that the electrode membrane is flexibly deformable and acts as the limiting membrane . - an at least partially transparent electrode membrane , - a compartment filled with a transparent optical liquid , the liquid contacting the electrode membrane , and wherein - the compartment is covered by a limiting membrane , the limiting membrane forming an optical boundary defining optical properties of the compartment , and - a plurality of at least partially transparent actuator elements for deflecting the optical boundary in response to a control signal indicative of a wavefront correction to be performed, wherein - the electrode membrane is provided with the plurality of actuator elements , - at least one compensation element is provided on the electrode membrane , for compensating unwanted deformations of the limiting membrane or for providing positive deflection of the limiting membrane , - the device has an optical aperture that defines and limits an optical path or a field of view, - the plurality of actuator elements overlaps with the optical aperture - the electrode membrane is attached to a substrate and the limiting membrane is spaced apart from the electrode membrane , - the electrode membrane is suspended so that the electrode membrane is flexibly deformable and acts as the limiting membrane .
A method performed by a base station , the method comprising: transmitting to a User Equipment , UE, using Radio Resource Control, RRC, signalling, a parameter corresponding to a first type of Physical Uplink Control Channel, PUCCH; and receiving from the UE , the first type of PUCCH with a first sequence, wherein the first sequence is defined by e jαn R(n), 0 ≦ n ≦ 11, R(n) is a base sequence, and α is defined by an equation α=2πk/12, 0≦k≦11, a value of k corresponding to a two bit-pair of values of Hybrid Automatic Repeat Request acknowledgement, HARQ-ACK, information bits, each bit of the HARQ-ACK information bits being: 0 representing a negative acknowledgement, NACK; or 1 representing a positive acknowledgement, ACK. transmitting to a User Equipment , UE, using Radio Resource Control, RRC, signalling, a parameter corresponding to a first type of Physical Uplink Control Channel, PUCCH; and receiving from the UE , the first type of PUCCH with a first sequence, wherein the first sequence is defined by e jαn R(n), 0 ≦ n ≦ 11, R(n) is a base sequence, and α is defined by an equation α=2πk/12, 0≦k≦11, a value of k corresponding to a two bit-pair of values of Hybrid Automatic Repeat Request acknowledgement, HARQ-ACK, information bits, each bit of the HARQ-ACK information bits being: 0 representing a negative acknowledgement, NACK; or 1 representing a positive acknowledgement, ACK. the first sequence is defined by e jαn R(n), 0 ≦ n ≦ 11, R(n) is a base sequence, and α is defined by an equation α=2πk/12, 0≦k≦11, a value of k corresponding to a two bit-pair of values of Hybrid Automatic Repeat Request acknowledgement, HARQ-ACK, information bits, each bit of the HARQ-ACK information bits being: 0 representing a negative acknowledgement, NACK; or 1 representing a positive acknowledgement, ACK. a value of k corresponding to a two bit-pair of values of Hybrid Automatic Repeat Request acknowledgement, HARQ-ACK, information bits, each bit of the HARQ-ACK information bits being: 0 representing a negative acknowledgement, NACK; or 1 representing a positive acknowledgement, ACK.
A film tensioning element, in particular for performing dental operations in a patient's oral cavity, comprising a vestibular ring and a lip ring between which and optionally beyond which a film extends, said film being held tensioned by the rings , the film and the rings being resiliently deformable, characterised in that the film has a radially inwardly extending constriction , at least in a region, in the course between the lip ring and vestibular ring , the film , at least in said region, extending without tension and in a single piece between the inner face and outer face thereof, in particular without onlays and/or inlays.
Museum showcase comprising: - a base ; - a bell that can be lifted with respect to the base ; - pantograph mechanisms for lifting the bell , having movable arms hinged together, lower arms (37;38) hinged with the base and movable upper arms hinged with the bell; characterized in that the lower arms (37;38) have a curvilinear configuration, with a concavity facing downwards, wherein the lower arms (37;38) of each pantograph mechanism define with their own curvilinear configuration a space in which a motor for the actuation of the pantograph mechanism is housed. - a base ; - a bell that can be lifted with respect to the base ; - pantograph mechanisms for lifting the bell , having movable arms hinged together, lower arms (37;38) hinged with the base and movable upper arms hinged with the bell;
Integrated device for opening and closing of cans and tins, to allow partial emptying of its contents with subsequent closing of these cans and tins , with a partial lid detachable as integrated part of a container's lid , of this container, delimited the partial lid by a circumscribing scoring line and with a lever for the detachment of the partial lid joint together with the lid by centred riveting the while the lever comprises a riveting end that comprises a surface of the centred riveting provided with a tear-off extension of the lever and presenting a fold towards the lid, characterized by the fact that the end opposite of the riveting end in a lengthways meaning disposes of a handgrip with an upper covering of the partial lid, wherein two lateral crosspieces connect the riveting end with the end of the handgrip being non-deformable before the applied force tearing off the partial lid as they dispose of longitudinal coating braces die-cut in them, forming transverse folding shafts at their ends connected with the end of the handgrip , wherein the fold detaches the partial lid then rising it up into a vertical position with its inner side, being the lever gradually guided by hand into a vertical position with its end of the handgrip , whereby the partial lid disposes of two connections towards the lid of the container as well as of a longitudinal central brace that ensures the non-deformability of a surface of the partial lid before the applied force at the fold while rising into a vertical position.
A method performed at a network node of broadcasting position reference signals, said position reference signals being broadcast as a repeating pattern within a periodically repeating position reference signal time period, said method comprising: controlling said network node to broadcast during each of said position reference signal time periods, a plurality of position reference signal blocks each within a time frequency resource block, at least one of said plurality of position reference signal blocks comprises a plurality of consecutive subblocks, wherein at least one position reference signal subblock comprises a time period in said time frequency resource block during which said network node broadcasts said position reference signal and wherein at least one muted subblock comprises a different time period within said time frequency resource block during which said network node broadcasts no position reference or data signal in a frequency bandwidth of said time frequency resource block.
A method for implementing Automatic Protection Switching, APS, in an Optical Burst-switching Ring, OBRing, network, comprising the steps of: performing separately, by a master node and a slave node, optical power monitoring on respective channels, and aggregating monitoring results to the master node ; when determining, according to the monitoring results, that a fault occurs, sending, by the master node, a switching operation instruction to the slave node ; and performing a switching operation and entering a protection working state, by the slave node ; characterized in that based on that the master node is located at one end of a fault point, the method further comprises: performing a switching operation by the master node itself, and triggering, by the master node, a protection switch to enter a protection state; otherwise, directly entering the protection working state by the master node; wherein before the slave node performs the switching operation, the method further comprises: after the slave node receives a switching operation instruction, judging, by the slave node, whether the slave node is one of the nodes located at two ends of the fault point; based on that the slave node is not one of the nodes located at two ends of the fault point, the slave node directly entering the protection working state and waiting the master node to reallocate bandwidth; based on that the slave node is one of the nodes located at two ends of the fault node, entering the protection working state according to the switching operation instruction after performing a switching operation on the protection switch.
A welding system comprising: a power supply to operate in an arc welding mode or a gouging mode: characterised in that the welding system comprises a compressed air flow detection sensor configured to measure a flow rate or a pressure of compressed air to a torch ; and a control circuitry configured to: receive signals from the compressed air flow detection sensor corresponding to the flow rate or the pressure; control the power supply to operate in a gouging mode when the flow rate or the pressure has exceeded a first threshold flow rate or pressure; and control the power supply to operate in an arc welding mode when the flow rate or the pressure has gone below a second threshold flow rate or pressure. characterised in that the welding system comprises a compressed air flow detection sensor configured to measure a flow rate or a pressure of compressed air to a torch ; and a control circuitry configured to: receive signals from the compressed air flow detection sensor corresponding to the flow rate or the pressure; control the power supply to operate in a gouging mode when the flow rate or the pressure has exceeded a first threshold flow rate or pressure; and control the power supply to operate in an arc welding mode when the flow rate or the pressure has gone below a second threshold flow rate or pressure. receive signals from the compressed air flow detection sensor corresponding to the flow rate or the pressure; control the power supply to operate in a gouging mode when the flow rate or the pressure has exceeded a first threshold flow rate or pressure; and control the power supply to operate in an arc welding mode when the flow rate or the pressure has gone below a second threshold flow rate or pressure.
An anti-ultraviolet flaky cellulose material for therapeutic use to block transmission of ultraviolet ray within a range of 320-400 nm and 280-320 nm, wherein the cellulose material has a flaky morphology, a particle width of 5-200 μm and a thickness of 0.01-10 μm.
A cutlery rack for washing cutlery comprising - a support structure with a cutlery insert defining a receiving space for receiving the cutlery, wherein the cutlery insert is a grid structure defining a framework for horizontal placement of the cutlery, and - a spraying device configured to spray a fluid at the cutlery comprising - a fluid supply channel for providing the fluid, - a nozzle for ejecting the provided fluid, characterized in that the spraying device comprises - a deflector with a deflector element for deflecting the fluid after being ejected out of the nozzle , wherein the deflector element is positioned such that the ejected fluid is deflected onto the cutlery from above, and - a diffusor for diffusing the deflected fluid, wherein the diffusor is rotatable attached to the deflector element . - a support structure with a cutlery insert defining a receiving space for receiving the cutlery, wherein the cutlery insert is a grid structure defining a framework for horizontal placement of the cutlery, and - a spraying device configured to spray a fluid at the cutlery comprising - a fluid supply channel for providing the fluid, - a nozzle for ejecting the provided fluid, - a fluid supply channel for providing the fluid, - a nozzle for ejecting the provided fluid, - a deflector with a deflector element for deflecting the fluid after being ejected out of the nozzle , wherein the deflector element is positioned such that the ejected fluid is deflected onto the cutlery from above, and - a diffusor for diffusing the deflected fluid, wherein the diffusor is rotatable attached to the deflector element .
Blade cascade segment for a blade cascade of a turbomachine, the blade cascade segment comprising a platform having a platform surface and an upstream platform edge , and least two airfoils which, by means of leading and trailing edges thereof, determine an intermediate blade strip having an axial cascade width (g) on the platform surface , the upstream platform edge having a contour which has a recess in the shape of a depression, the recess extending in the axial direction into the intermediate blade strip by at most 10% of the cascade width (g), characterized in that the recess extends continuously along the upstream platform edge , over at least 50% of the pitch distance (t).
Method of hot-rolling a metal strip , comprising the following steps: descaling the hot metal strip ; and hot-rolling the descaled metal strip ; wherein the descaling is carried out by means of at least one laser beam applied to the surface of the metal strip for removal of scale present thereat, wherein the wavelength of the laser is adapted to the scale ; and wherein the hot-rolling is carried out directly after the descaling; characterised in that prior to the descaling, positions on the surface of the hot metal strip where the scale is present are localised; the laser beam is applied only to the localised positions; in addition to the localisation of the scale the following steps are performed: localisation of contaminants other than scale on the surface of the hot metal strip ; delivering a scale substitute material , for example pulverulent iron oxide, onto the other localised contaminants ; and applying the laser beam also to the scale substitute material for removal of the scale substitute material and simultaneous removal of the other contaminants on the surface of the metal strip under the scale substitute material prior to the hot-rolling of the metal strip . descaling the hot metal strip ; and hot-rolling the descaled metal strip ; wherein the descaling is carried out by means of at least one laser beam applied to the surface of the metal strip for removal of scale present thereat, wherein the wavelength of the laser is adapted to the scale ; and wherein the hot-rolling is carried out directly after the descaling; characterised in that prior to the descaling, positions on the surface of the hot metal strip where the scale is present are localised; the laser beam is applied only to the localised positions; in addition to the localisation of the scale the following steps are performed: localisation of contaminants other than scale on the surface of the hot metal strip ; delivering a scale substitute material , for example pulverulent iron oxide, onto the other localised contaminants ; and applying the laser beam also to the scale substitute material for removal of the scale substitute material and simultaneous removal of the other contaminants on the surface of the metal strip under the scale substitute material prior to the hot-rolling of the metal strip . localisation of contaminants other than scale on the surface of the hot metal strip ; delivering a scale substitute material , for example pulverulent iron oxide, onto the other localised contaminants ; and applying the laser beam also to the scale substitute material for removal of the scale substitute material and simultaneous removal of the other contaminants on the surface of the metal strip under the scale substitute material prior to the hot-rolling of the metal strip .
A release element, in particular emergency button , for unlocking at least one door lock , in particular for securing escape routes, wherein the release element comprises lighting means for displaying a locked and/or unlocked state of the at least one door lock , wherein the lighting means can be activated in at least two groups, wherein in particular at least one of the lighting means can be activated individually, characterized in that by way of the lighting means , the presence of a fire alarm signal and the presence of a successful actuation of an actuating element of the release element can be visually displayed, wherein the presence of a fire alarm signal and the presence of a successful actuation of the actuating element can be displayed in different ways by the lighting means . wherein the release element comprises lighting means for displaying a locked and/or unlocked state of the at least one door lock , wherein the lighting means can be activated in at least two groups, wherein in particular at least one of the lighting means can be activated individually, characterized in that by way of the lighting means , the presence of a fire alarm signal and the presence of a successful actuation of an actuating element of the release element can be visually displayed, wherein the presence of a fire alarm signal and the presence of a successful actuation of the actuating element can be displayed in different ways by the lighting means .
A hinged shield assembly comprising: a needle hub including a flange and a first hinge part formed with the flange , a needle extending from the needle hub and comprising a lengthwise axis; a shield including a second hinge part that engages the first hinge part to pivotably secure the shield to the hub, the shield further including a plurality of sidewalls that partially surround the needle when the shield is in a protected position; wherein each of the sidewalls comprises a base end ; characterized in that the hinged shield assembly further comprises at least one stop piece extending radially of the lengthwise axis from the flange of the needle hub and located in a rotational path of the shield such that at least one of the plurality of sidewalls contacts the at least one stop piece to prevent over rotation of the base end of each of the sidewalls beyond an at rest point upon contact with the at least one stop piece in one rotational direction when the shield is in the protected position, and wherein the at least one stop piece includes a flat distal side configured to contact a proximal edge or contact edge of the at least one of the plurality of sidewalls of the shield . a needle hub including a flange and a first hinge part formed with the flange , a needle extending from the needle hub and comprising a lengthwise axis; a shield including a second hinge part that engages the first hinge part to pivotably secure the shield to the hub, the shield further including a plurality of sidewalls that partially surround the needle when the shield is in a protected position; wherein each of the sidewalls comprises a base end ; characterized in that the hinged shield assembly further comprises at least one stop piece extending radially of the lengthwise axis from the flange of the needle hub and located in a rotational path of the shield such that at least one of the plurality of sidewalls contacts the at least one stop piece to prevent over rotation of the base end of each of the sidewalls beyond an at rest point upon contact with the at least one stop piece in one rotational direction when the shield is in the protected position, and wherein the at least one stop piece includes a flat distal side configured to contact a proximal edge or contact edge of the at least one of the plurality of sidewalls of the shield .
An energy-curable black ink or coating composition, comprising: (a) 50 wt% to 80 wt% one or more ethylenically unsaturated monomers, or one or more ethylenically unsaturated oligomers, or a combination of one or more ethylenically unsaturated monomers and one or more ethylenically unsaturated oligomers, based on the total weight of the composition; (b) 0.5 wt% to 15 wt% one or more photoinitiators, based on the total weight of the ink or coating composition; (c) 10 wt% to 25 wt% one or more black pigments, based on the total weight of the ink or coating composition; (d) 0.1 wt% to 3.5 wt% one or more aminosilanes, based on the total weight of the ink or coating composition; and (e) 0.1 wt% to 5 wt% one or more cellulose acetate butyrate resins, based on the total weight of the ink or coating composition; wherein the composition has a color density of equal to or greater than 1.75 when printed and cured on a substrate. (a) 50 wt% to 80 wt% one or more ethylenically unsaturated monomers, or one or more ethylenically unsaturated oligomers, or a combination of one or more ethylenically unsaturated monomers and one or more ethylenically unsaturated oligomers, based on the total weight of the composition; (b) 0.5 wt% to 15 wt% one or more photoinitiators, based on the total weight of the ink or coating composition; (c) 10 wt% to 25 wt% one or more black pigments, based on the total weight of the ink or coating composition; (d) 0.1 wt% to 3.5 wt% one or more aminosilanes, based on the total weight of the ink or coating composition; and (e) 0.1 wt% to 5 wt% one or more cellulose acetate butyrate resins, based on the total weight of the ink or coating composition;
An interference indication method, comprising: detecting, by a base station, interference from a neighboring cell ; and sending, by the base station, interference indication information to the neighboring cell, wherein the interference indication information comprises at least indication information of a frequency resource that receives the interference from the neighboring cell, and the frequency resource is a frequency resource configured to be in a flexible half-duplex mode , in which an uplink-downlink timeslot configuration is adaptively implemented according to a service need, and indication information of a subframe and/or a physical resource block, PRB, that receives the interference from the neighboring cell and that is on the frequency resource. detecting, by a base station, interference from a neighboring cell ; and sending, by the base station, interference indication information to the neighboring cell, wherein the interference indication information comprises at least indication information of a frequency resource that receives the interference from the neighboring cell, and the frequency resource is a frequency resource configured to be in a flexible half-duplex mode , in which an uplink-downlink timeslot configuration is adaptively implemented according to a service need, and indication information of a subframe and/or a physical resource block, PRB, that receives the interference from the neighboring cell and that is on the frequency resource.