mhurhangee/patent-ind-claim-en huggingface dataset:
A framework for use with an air duct system having an air duct , the framework comprising: a shaft ; and a plurality of radial support members , each radial support member comprising: a hub to be coupled to the shaft , a rib at least partially encircling the hub , the rib to be positioned adjacent an inner surface of the air duct to substantially maintain the air duct in an open position; a first spoke coupling the rib to a first side of the hub ; and a second spoke coupling the rib to a second side of the hub , the first side being opposite the second side, the framework having a variable length between first and second ends corresponding to a first and a second radial support member , positioned within the air duct , the first and second ends of the framework being configured to tension the pliable sidewall material along a length of the air duct as the variable length of the framework is increased, such that the tension in the pliable sidewall material is maintained to keep the pliable sidewall material taut. a shaft ; and a plurality of radial support members , each radial support member comprising: a hub to be coupled to the shaft , a rib at least partially encircling the hub , the rib to be positioned adjacent an inner surface of the air duct to substantially maintain the air duct in an open position; a first spoke coupling the rib to a first side of the hub ; and a second spoke coupling the rib to a second side of the hub , the first side being opposite the second side, the framework having a variable length between first and second ends corresponding to a first and a second radial support member , positioned within the air duct , the first and second ends of the framework being configured to tension the pliable sidewall material along a length of the air duct as the variable length of the framework is increased, such that the tension in the pliable sidewall material is maintained to keep the pliable sidewall material taut. a hub to be coupled to the shaft , a rib at least partially encircling the hub , the rib to be positioned adjacent an inner surface of the air duct to substantially maintain the air duct in an open position; a first spoke coupling the rib to a first side of the hub ; and a second spoke coupling the rib to a second side of the hub , the first side being opposite the second side, the framework having a variable length between first and second ends corresponding to a first and a second radial support member , positioned within the air duct , the first and second ends of the framework being configured to tension the pliable sidewall material along a length of the air duct as the variable length of the framework is increased, such that the tension in the pliable sidewall material is maintained to keep the pliable sidewall material taut.
An active energy ray curable composition comprising a (meth) acrylic block copolymer comprising a methacrylic polymer block (A) having an active energy ray curable group including a partial structure represented by the general formula below, and an acrylic polymer block (B) having no active energy ray curable groups; wherein R 1 denotes a hydrocarbon group having 1 to 10 carbon atoms, and W denotes a saturated hydrocarbon group having 1 to 10 carbon atoms, wherein the methacrylic polymer block (A) having the active energy ray curable group including a partial structure includes monomer units which are derived from a methacrylate ester represented by the general formula below; wherein R 1 and W are defined as above.
Pressure vessel system , comprising a pressure vessel having a reaction chamber as a pressure space for initiating and/or promoting chemical and/or physical pressure reactions of samples (P) received in the reaction chamber , and a rigid rail which is rigidly connected to a part of the pressure vessel with a first connection for fluid intake, a second connection for fluid outlet and a fluid conduit which fluidically connects the first connection to the second connection , wherein the fluid conduit is fluidically connected to the reaction chamber via the second connection , and wherein the rail has at least one third connection which is fluidically connected to the fluid conduit and can be connected to a device , so that the device is fluidically connected to the fluid conduit and thus to the reaction chamber . a pressure vessel having a reaction chamber as a pressure space for initiating and/or promoting chemical and/or physical pressure reactions of samples (P) received in the reaction chamber , and a rigid rail which is rigidly connected to a part of the pressure vessel with a first connection for fluid intake, a second connection for fluid outlet and a fluid conduit which fluidically connects the first connection to the second connection , wherein the fluid conduit is fluidically connected to the reaction chamber via the second connection , and wherein the rail has at least one third connection which is fluidically connected to the fluid conduit and can be connected to a device , so that the device is fluidically connected to the fluid conduit and thus to the reaction chamber .
A computer implemented method comprising: making a collection of layout logics available in connection with a design interface under edit that is rendered on a user device , wherein each layout logic of the collection is executable to implement a predefined layout configuration in response to one or more predefined triggers of that layout logic, the collection of layout logics including a first layout logic that implements a first layout configuration identifying a relative dimensional relationship amongst a linked object set where a target set of objects of the linked object set is resized in response to input that resizes an associated set of objects of the linked object set; based on user input, linking the first layout logic with a parent/child object grouping , the parent/child object grouping including at least one parent object and one or more child objects that are positioned within a frame of the parent object ; detecting input to resize at least a first object of the parent/child object grouping that is one of the associated object set of the first layout logic; in response to detecting the input, automatically implementing the first layout logic by resizing at least a second object of the parent/child object grouping that is one of the target object sets, so as to maintain the relative dimensional relationship identified by the first layout configuration. making a collection of layout logics available in connection with a design interface under edit that is rendered on a user device , wherein each layout logic of the collection is executable to implement a predefined layout configuration in response to one or more predefined triggers of that layout logic, the collection of layout logics including a first layout logic that implements a first layout configuration identifying a relative dimensional relationship amongst a linked object set where a target set of objects of the linked object set is resized in response to input that resizes an associated set of objects of the linked object set; based on user input, linking the first layout logic with a parent/child object grouping , the parent/child object grouping including at least one parent object and one or more child objects that are positioned within a frame of the parent object ; detecting input to resize at least a first object of the parent/child object grouping that is one of the associated object set of the first layout logic; in response to detecting the input, automatically implementing the first layout logic by resizing at least a second object of the parent/child object grouping that is one of the target object sets, so as to maintain the relative dimensional relationship identified by the first layout configuration.
An apparatus comprising a processor and a memory , the processor and the memory being configured to provide: a first software process configured to execute at a first privilege level and to receive a memory allocation request for one-time programmable memory - OTP - from a software application , wherein the software application is executing at the first privilege level or at a privilege level that is more restrictive than the first privilege level, and a second software process configured to execute at a second privilege level, wherein the first privilege level is more restrictive than the second privilege level, wherein the processor is configured to: initialize, at the first privilege level, an OTP memory pool within the memory ; allocate, at the first privilege level, a block of memory in said OTP memory pool in response to said memory allocation request send a request to write protect the block of memory to the second software process ; and write protect by the second software process, at the second privilege level, the allocated block of memory ; wherein in case the entire OTP memory pool has been allocated to write protected memory blocks, the second software process is configured to allocate additional memory for the OTP memory pool a first software process configured to execute at a first privilege level and to receive a memory allocation request for one-time programmable memory - OTP - from a software application , wherein the software application is executing at the first privilege level or at a privilege level that is more restrictive than the first privilege level, and a second software process configured to execute at a second privilege level, wherein the first privilege level is more restrictive than the second privilege level, wherein the processor is configured to: initialize, at the first privilege level, an OTP memory pool within the memory ; allocate, at the first privilege level, a block of memory in said OTP memory pool in response to said memory allocation request send a request to write protect the block of memory to the second software process ; and write protect by the second software process, at the second privilege level, the allocated block of memory ; wherein in case the entire OTP memory pool has been allocated to write protected memory blocks, the second software process is configured to allocate additional memory for the OTP memory pool initialize, at the first privilege level, an OTP memory pool within the memory ; allocate, at the first privilege level, a block of memory in said OTP memory pool in response to said memory allocation request send a request to write protect the block of memory to the second software process ; and write protect by the second software process, at the second privilege level, the allocated block of memory ; wherein in case the entire OTP memory pool has been allocated to write protected memory blocks, the second software process is configured to allocate additional memory for the OTP memory pool
A system for safely providing retinal phototherapy, encompassing: a first laser console generating a first light beam having a wavelength between 550nm and 900nm; a second laser console generating a second light beam having a wavelength between 550 nm and 900 nm, wherein the first and second light beams have a different wavelength, and wherein the first and second light beams are applied to a retinal pigment epithelium and a choroid of an eye ; a reflectometer which measures the amount of light reflected from the retinal pigment epithelium and the choroid by the first and second light beams to determine a content of melanin within the retinal pigment epithelium of the eye; the system being characterised by further comprising: means for adjusting one or more parameters of a pulsed retina therapy light beam if the content of melanin in the retinal pigment epithelium of the eye exceeds a predetermined amount. a first laser console generating a first light beam having a wavelength between 550nm and 900nm; a second laser console generating a second light beam having a wavelength between 550 nm and 900 nm, wherein the first and second light beams have a different wavelength, and wherein the first and second light beams are applied to a retinal pigment epithelium and a choroid of an eye ; a reflectometer which measures the amount of light reflected from the retinal pigment epithelium and the choroid by the first and second light beams to determine a content of melanin within the retinal pigment epithelium of the eye;
A method of performing transmit power control, TPC, of a wireless transmitter/receiver unit, WTRU, the method comprising: receiving, by the WTRU from a serving evolved Node-B, eNodeB, associated with a serving cell, uplink grant information that includes an explicit correction command and uplink channel quality indicator, CQI, information; determining, by the WTRU, a transmit power level for a physical uplink channel using a combined open loop and closed loop TPC scheme, wherein an open loop portion of the combined open loop and closed loop TPC scheme is based on at least a downlink pathloss from the serving eNodeB to the WTRU measured at the WTRU, and a closed loop portion of the combined open loop and the closed loop TPC scheme is based on a closed loop correction factor that is based on at least the explicit correction command and the uplink CQI information; and transmitting on the physical uplink channel according to the determined transmit power level. receiving, by the WTRU from a serving evolved Node-B, eNodeB, associated with a serving cell, uplink grant information that includes an explicit correction command and uplink channel quality indicator, CQI, information; determining, by the WTRU, a transmit power level for a physical uplink channel using a combined open loop and closed loop TPC scheme, wherein an open loop portion of the combined open loop and closed loop TPC scheme is based on at least a downlink pathloss from the serving eNodeB to the WTRU measured at the WTRU, and a closed loop portion of the combined open loop and the closed loop TPC scheme is based on a closed loop correction factor that is based on at least the explicit correction command and the uplink CQI information; and transmitting on the physical uplink channel according to the determined transmit power level.
The use of a compound of the general formula (I) wherein R 1 is C 1 -C 4 -alkyl or -(C=O)-R 3 , R 2 is hydrogen, C 1 -C 4 -alkyl or -(C=O)-R 4 , and R 3 and R 4 , independently of one another, are selected from the group consisting of hydrogen and C 1 -C 4 -alkyl, a stereoisomer thereof or a mixture of stereoisomers thereof, as an aroma chemical. R 1 is C 1 -C 4 -alkyl or -(C=O)-R 3 , R 2 is hydrogen, C 1 -C 4 -alkyl or -(C=O)-R 4 , and R 3 and R 4 , independently of one another, are selected from the group consisting of hydrogen and C 1 -C 4 -alkyl, a stereoisomer thereof or a mixture of stereoisomers thereof, as an aroma chemical.
Motor-driven rotary pump with a lantern piece arranged between the pump and motor, in which the pump has a pump casing that forms a spiral pump chamber with a central coaxial inlet holding a pump impeller and in which the lantern piece has a coaxial insert piece extending into the pump casing , through which a pump shaft passes and on the end of which insert piece that extends into the pump casing the pump impeller is attached on the pump shaft , in which the pump impeller has a suction neck area with which it lies in the inlet in the engaged state under formation of a radial sealing gap to the pump casing , the insert piece has a first cylindrical guide section close to the face end of the lantern piece adjacent to the pump casing and the first guide section lies in a first cylindrical guide of the pump casing , characterised by the end of the insert piece with its circumference forming an anterior cylindrical second guide section with a seal that lies in a second cylindrical guide of the pump casing .
A hotmelt adhesive comprising at least one poly(meth)acrylate which is formed from (a) at least one monomer M1 selected from C1 to C18 alkyl (meth)acrylates, and (b) at least one monomer M2 of the general formula where X is O or CH 2 , Y is a divalent organic connecting group, preferably a substituted or unsubstituted, linear or branched chain having 2 to 12 C atoms, which may be interrupted by O, N, or S atoms, and R is H or methyl, and optionally further monomers different from the monomers M1 and M2. (a) at least one monomer M1 selected from C1 to C18 alkyl (meth)acrylates, and (b) at least one monomer M2 of the general formula where X is O or CH 2 , Y is a divalent organic connecting group, preferably a substituted or unsubstituted, linear or branched chain having 2 to 12 C atoms, which may be interrupted by O, N, or S atoms, and R is H or methyl, and optionally further monomers different from the monomers M1 and M2. where X is O or CH 2 , Y is a divalent organic connecting group, preferably a substituted or unsubstituted, linear or branched chain having 2 to 12 C atoms, which may be interrupted by O, N, or S atoms, and R is H or methyl,
Compressed air energy storage plant comprising a compressed air store , comprising an electrical input/output circuit having terminals, comprising compression and expansion means which have a piston pump which has a liquid piston and can be switched between a pumping mode and a generator mode, and comprising electromagnetic means having a core which forms a closed loop together with two parallel straight core parts , around which coils are wound, an annular first gap between the coils and the core being filled with a thermally and electrically conductive liquid which forms the liquid piston, an AC voltage applied to the terminals inducing a magnetic field and an associated magnetic flux in the core , the change in the magnetic flux in the core inducing an electrical AC voltage in the electrically conductive liquid in the first gap , which voltage runs annularly around the core and is interlinked with the core , characterised in that a magnetically conductive bridge is arranged between the straight core parts in order to amplify the induction component radially exiting the core , a further gap being left between the bridge and the core , through which gap the liquid can flow.
A system comprising: (a) a power source component that provides an energy source and a coolant source; (b) a transport component for delivering energy and coolant from the power source component; and (c) a control hub for receiving energy and coolant from the transport component, said control hub comprising: a plurality of connection ports for attachment of cables configured to deliver energy and coolant to a plurality of energy delivery medical devices; and characterized by a processor for regulating energy and coolant delivery to the plurality of energy delivery medical devices, wherein said control hub is configured to adjust energy and/or coolant delivery, wherein the adjustment is one or more of turning on, turning off, or calibrating the amount of energy or coolant delivered. (a) a power source component that provides an energy source and a coolant source; (b) a transport component for delivering energy and coolant from the power source component; and (c) a control hub for receiving energy and coolant from the transport component, said control hub comprising: a plurality of connection ports for attachment of cables configured to deliver energy and coolant to a plurality of energy delivery medical devices; and characterized by a processor for regulating energy and coolant delivery to the plurality of energy delivery medical devices, a plurality of connection ports for attachment of cables configured to deliver energy and coolant to a plurality of energy delivery medical devices; and characterized by a processor for regulating energy and coolant delivery to the plurality of energy delivery medical devices,
A management system for controlling operations of at least one fluid tank, the management system comprising: a wireless transceiver in communication with a controller to allow the management system to communicate with the controller over a communications network, wherein the controller is associated with and is arranged to control a flow of fluid being discharged from the at least one fluid tank; a processor for: determining weather data for a particular region, wherein the at least one fluid tank is geographically located within the region; determining operation instructions for activating at least one flow control mechanism associated with the at least one fluid tank, wherein the operation instructions make use of a threshold fluid level, wherein the threshold fluid level is based on a volume of fluid to be discharged, which volume is determined based on a measured fluid level and a capacity of the at least one fluid tank and the weather data; and transmitting via the wireless transceiver a command signal to the controller, wherein the command signal includes the operation instructions. a wireless transceiver in communication with a controller to allow the management system to communicate with the controller over a communications network, wherein the controller is associated with and is arranged to control a flow of fluid being discharged from the at least one fluid tank; a processor for: determining weather data for a particular region, wherein the at least one fluid tank is geographically located within the region; determining operation instructions for activating at least one flow control mechanism associated with the at least one fluid tank, wherein the operation instructions make use of a threshold fluid level, wherein the threshold fluid level is based on a volume of fluid to be discharged, which volume is determined based on a measured fluid level and a capacity of the at least one fluid tank and the weather data; and transmitting via the wireless transceiver a command signal to the controller, wherein the command signal includes the operation instructions. determining weather data for a particular region, wherein the at least one fluid tank is geographically located within the region; determining operation instructions for activating at least one flow control mechanism associated with the at least one fluid tank, wherein the operation instructions make use of a threshold fluid level, wherein the threshold fluid level is based on a volume of fluid to be discharged, which volume is determined based on a measured fluid level and a capacity of the at least one fluid tank and the weather data; and transmitting via the wireless transceiver a command signal to the controller, wherein the command signal includes the operation instructions.
A control arrangement for a hydraulic system , said control arrangement comprising a supply port arrangement having a high pressure port and a low pressure port , a working port arrangement having two working ports , a first valve arranged between said high pressure port and said working port arrangement ,said first valve controlling a meter-in flow from the high pressure port to the working port arrangement, a second valve arranged between said low pressure port and said working port arrangement , said second valve controlling a meter-out flow from the working port arrangement to the tank port, and a controller being provided for controlling said first valve and said second valve , said controller having an input connection for receiving a signal of an operator input device, wherein said signal represents the meter-in flow characterized in that on the basis of said signal said controller at least initially calculates an unbalance between a first flow demand for said first valve corresponding to the demand meter-in flow,and a second flow demand for said second valve corresponding to the demanded meter-out flow, so that the demanded meter-out flow is slightly higher than the demanded meter-in flow, wherein when an actuator connected to the working port arrangement is a differential cylinder, the cylinder ratio is additionally taken into account for the calculation of the ratio between the demanded meter-in flow and the demanded meter-out flow, wherein said first valve is adjusted according to said first flow demand and said second valve is adjusted according to said second flow demand, wherein each flow demand is representative of the opening degree related to a pressure difference over the respective valve .