mhurhangee/patent-ind-claim-en huggingface dataset:
Bucket of a turbine of the Pelton type comprising a substrate , a main cutting edge and an erosion-resistant coating covering the substrate , wherein the substrate has a wedge-shaped configuration in the region of the main cutting edge , characterised in that the substrate comprises a first and a second tip section and a total of four side sections in the region of the main cutting edge , wherein a depression extends between the tip portions, and wherein two side sections are associated with each tip section, and wherein two of the side sections are arranged on the outside of the wedge-shaped substrate and the two remaining side sections are orientated inwards towards the depression, and wherein the coating forms an elevation in the region of the depression in order to form the tip of the main cutting edge .
A process for preparation of stimuli induced disassembly of nanocontainer comprising of; a) dissolving anionic surfactant in a solvent at its critical micelle concentration (CMC) to form a solution of anionic micelle; b) adding a hydrophobic guest molecule to the solution of step (a); and characterised by c) disassembly of the anionic micelle and concomitant release of the hydrophobic guest molecule by addition of a cationic oxidized conducting polymer. a) dissolving anionic surfactant in a solvent at its critical micelle concentration (CMC) to form a solution of anionic micelle; b) adding a hydrophobic guest molecule to the solution of step (a); and characterised by c) disassembly of the anionic micelle and concomitant release of the hydrophobic guest molecule by addition of a cationic oxidized conducting polymer.
A door that is adapted to separate a first environment with a first pressure and a second environment with a second pressure that is smaller than the first pressure, comprising: a door frame that comprises a door stop ; a door leaf that is adapted to close the door frame ; and an actuating system that comprises a latch element that interacts with the door stop to latch the door leaf such that the door is in a latched state; wherein the door stop comprises a first portion of a round shaped interface , and the latch element comprises a first end with a movable connection that movably connects the latch element with the door leaf , and a second end that has a second portion of the round shaped interface , wherein, in the latched state, the difference between the first pressure and the second pressure puts a pressure on the door leaf such that the second portion of the round shaped interface engages with the first portion of the round shaped interface and the door leaf moves at the movable connection relative to the latch element , thereby performing an adjustment of the position of the door leaf relative to the door frame and wherein the actuating system further comprises: a lock element that comprises a first end with a movable connection , and a second end that interacts with the door stop to secure the latch element such that the door is in a secured and locked state. a door frame that comprises a door stop ; a door leaf that is adapted to close the door frame ; and an actuating system that comprises a latch element that interacts with the door stop to latch the door leaf such that the door is in a latched state; wherein the door stop comprises a first portion of a round shaped interface , and the latch element comprises a first end with a movable connection that movably connects the latch element with the door leaf , and a second end that has a second portion of the round shaped interface , wherein, in the latched state, the difference between the first pressure and the second pressure puts a pressure on the door leaf such that the second portion of the round shaped interface engages with the first portion of the round shaped interface and the door leaf moves at the movable connection relative to the latch element , thereby performing an adjustment of the position of the door leaf relative to the door frame and wherein the actuating system further comprises: a lock element that comprises a first end with a movable connection , and a second end that interacts with the door stop to secure the latch element such that the door is in a secured and locked state.
Sound absorber for free suspension in a room , having a sound absorber element which forms a cavity , and having a mount which retains the sound absorber element and comprises at least one anchoring point for suspending the sound absorber and at least two opposite support surfaces , on each of which one end face of the sound absorber element rests, characterized in that one or more mats form the sound absorber element , and in that the bottom-side cavity opening of the cavity of the sound absorber element is open towards the outside of the sound absorber , for which purpose the frame-shaped mount extends longitudinally along the sound absorber element and ends in a support surface for the bottom-side end face of the sound absorber element .
A method for calibrating an engine throttle position sensor sensing the position of an engine throttle of a fuel-fired engine during operation of a refrigeration system powered by the fuel-fired engine and providing an engine throttle position value indicative of the level of fuel flow being supplied to the fuel-fired engine , which is used for controlling the fuel-fired engine in order to balance refrigeration load with the available engine power, the method comprising: monitoring a current sensed engine operating RPM and a current sensed engine throttle position signal; the engine throttle position correlating with the available engine power provided by the fuel-fired engine ; gradually increasing a load imposed by the refrigeration system on the fuel-fired engine ; increasing the power output by the fuel-fired engine in order to meet the increased load and maintain the engine speed at a given target RPM irrespective of the increased load imposed on the engine ; determining when the current engine operating RPM has drooped to a preset RPM calibration limit; defining the current sensed engine throttle position signal sensed coincident with the sensed engine operating RPM when the engine operating RPM has drooped to the preset RPM calibration limit as a recalibrated engine throttle position signal indicative of an engine throttle position of 100%; and applying the recalibrated engine throttle position signal indicative of an engine throttle position of 100%. monitoring a current sensed engine operating RPM and a current sensed engine throttle position signal; the engine throttle position correlating with the available engine power provided by the fuel-fired engine ; gradually increasing a load imposed by the refrigeration system on the fuel-fired engine ; increasing the power output by the fuel-fired engine in order to meet the increased load and maintain the engine speed at a given target RPM irrespective of the increased load imposed on the engine ; determining when the current engine operating RPM has drooped to a preset RPM calibration limit; defining the current sensed engine throttle position signal sensed coincident with the sensed engine operating RPM when the engine operating RPM has drooped to the preset RPM calibration limit as a recalibrated engine throttle position signal indicative of an engine throttle position of 100%; and applying the recalibrated engine throttle position signal indicative of an engine throttle position of 100%.
A method for providing a public land mobile network PLMN list by a mobility management entity MME, the method comprising: receiving a request including information on a user equipment UE preference for voice over long term evolution VoLTE from the UE; determining whether the UE prefers VoLTE according to the request; and generating an equivalent PLMN list or a VoLTE-support PLMN list based on the UE preference for VoLTE and VoLTE support of an evolved Node B eNB serving the UE, wherein the equivalent PLMN list includes information indicating whether VoLTE is supported by each PLMN and the VoLTE-support PLMN list includes only PLMNs supporting VoLTE; sending, when the UE prefers VoLTE and the eNB serving the UE supports VoLTE, the equivalent PLMN list or the VoLTE-support PLMN list. receiving a request including information on a user equipment UE preference for voice over long term evolution VoLTE from the UE; determining whether the UE prefers VoLTE according to the request; and generating an equivalent PLMN list or a VoLTE-support PLMN list based on the UE preference for VoLTE and VoLTE support of an evolved Node B eNB serving the UE, wherein the equivalent PLMN list includes information indicating whether VoLTE is supported by each PLMN and the VoLTE-support PLMN list includes only PLMNs supporting VoLTE; sending, when the UE prefers VoLTE and the eNB serving the UE supports VoLTE, the equivalent PLMN list or the VoLTE-support PLMN list.
A neurostimulation device comprising: an implantable electrode array configured to be implanted proximal to a mixed nerve comprising a plurality of nerve fibre types, the implantable electrode array comprising a plurality of electrodes; and a control unit configured to deliver an electrical stimulus from at least one nominal stimulus electrode of the implantable electrode array , the electrical stimulus being delivered in accordance with a set of stimulus parameters; the control unit further configured to obtain from at least one nominal recording electrode of the implantable electrode array a recording of an electrophysiological response evoked by the electrical stimulus; the control unit further configured to analyse the recording by assessing one or more selected characteristics of the recording; the control unit further configured to identify from the observed selected characteristics a level of recruitment of at least a first fibre type recruited by the electrical stimulus, and the control unit further configured to refine the stimulus parameters in a manner to effect selective recruitment of one or more fibre types relative to other fibre types of the mixed nerve characterised by the one or more selected characteristics comprising propagation or non-propagation of the electrophysiological response as observed at the at least one nominal recording electrode . an implantable electrode array configured to be implanted proximal to a mixed nerve comprising a plurality of nerve fibre types, the implantable electrode array comprising a plurality of electrodes; and a control unit configured to deliver an electrical stimulus from at least one nominal stimulus electrode of the implantable electrode array , the electrical stimulus being delivered in accordance with a set of stimulus parameters; the control unit further configured to obtain from at least one nominal recording electrode of the implantable electrode array a recording of an electrophysiological response evoked by the electrical stimulus; the control unit further configured to analyse the recording by assessing one or more selected characteristics of the recording; the control unit further configured to identify from the observed selected characteristics a level of recruitment of at least a first fibre type recruited by the electrical stimulus, and the control unit further configured to refine the stimulus parameters in a manner to effect selective recruitment of one or more fibre types relative to other fibre types of the mixed nerve characterised by the one or more selected characteristics comprising propagation or non-propagation of the electrophysiological response as observed at the at least one nominal recording electrode .
Formwork support comprising - an upper support part , - a lower support part and - a lowering apparatus for lowering the upper support part from a supporting position for supporting a formwork structure into a stripping position for removing the formwork structure , the lowering apparatus comprising a brake unit which is designed to brake the lowering of the upper support part between the supporting position and the stripping position to a substantially constant lowering speed, which lowering speed is substantially independent of a vertical load acting on the upper support part , the brake unit comprising a hydraulic linear damper and the linear damper comprising a flow control valve , a cylinder and a piston , the lowering apparatus being arranged entirely inside the upper support part or lower support part , characterised in that the flow control valve comprises a pressure compensator , as a result of which the load-independent lowering speed of the piston relative to the cylinder is ensured, and the flow of the damping medium of the linear damper is controlled by means of the pressure compensator such that pressure compensation, and thus load compensation, takes place, the flow control valve comprising a throttle that has a line cross section, the pressure detected upstream and downstream of the throttle changing the flow by means of the pressure compensator in such a way that said flow remains constant. - an upper support part , - a lower support part and - a lowering apparatus for lowering the upper support part from a supporting position for supporting a formwork structure into a stripping position for removing the formwork structure , the lowering apparatus comprising a brake unit which is designed to brake the lowering of the upper support part between the supporting position and the stripping position to a substantially constant lowering speed, which lowering speed is substantially independent of a vertical load acting on the upper support part , the brake unit comprising a hydraulic linear damper and the linear damper comprising a flow control valve , a cylinder and a piston , the lowering apparatus being arranged entirely inside the upper support part or lower support part ,
Fixing disc for initial fixing of a fastening element in an opening, in particular in a drilled hole of a facade panel, during setting the fastening element , wherein the fixing disc comprises a disc-shaped portion and a collar , wherein the collar and the disc-shaped portion are configured such that the collar is suitable to rest on an edge of the opening and to locate the fixing disc substantially in a predetermined position in the opening, wherein the disc-shaped portion comprises a fixing means configured such that it initially holds the fastening element during setting at a predetermined position relative to the opening, and wherein the disc-shaped portion is frangible such that it allows movement of the fastening element relative to the opening after setting of the fastening element . wherein the fixing disc comprises a disc-shaped portion and a collar , wherein the collar and the disc-shaped portion are configured such that the collar is suitable to rest on an edge of the opening and to locate the fixing disc substantially in a predetermined position in the opening, wherein the disc-shaped portion comprises a fixing means configured such that it initially holds the fastening element during setting at a predetermined position relative to the opening, and wherein the disc-shaped portion is frangible such that it allows movement of the fastening element relative to the opening after setting of the fastening element .
A management device for managing a power generation facility for outputting power to be generated by a power generation module configured to generate DC power via a first power conditioner configured to invert the DC power into AC power, and a power storage facility chargeable with charging power, wherein the charging power can be purchased and supplied from a power system (PS) or supplied from the AC power output by the first power conditioner , wherein the AC power can as well be sold and supplied to the power system, wherein the power generation facility comprises the power generation module and the first power conditioner, the power generation facility and the power storage facility being external elements with respect to the management device, the management device comprising: an outside-home communicator configured to receive limitation information including a limitation period in which power output from the first power conditioner is to be limited and a limit value in the limitation period; and a controller configured to: - first, control the power storage facility to increase charging power to a predetermined amount in the limitation period in which the first power conditioner operates based on the limitation information , wherein the predetermined amount is a purchase power allowance amount (Pa) permitted to be purchased from the power system, and - thereafter, control the power generation facility to increase power output by the first power conditioner to make the purchased and sold power from the power system converge to zero. an outside-home communicator configured to receive limitation information including a limitation period in which power output from the first power conditioner is to be limited and a limit value in the limitation period; and a controller configured to: - first, control the power storage facility to increase charging power to a predetermined amount in the limitation period in which the first power conditioner operates based on the limitation information , wherein the predetermined amount is a purchase power allowance amount (Pa) permitted to be purchased from the power system, and - thereafter, control the power generation facility to increase power output by the first power conditioner to make the purchased and sold power from the power system converge to zero. - first, control the power storage facility to increase charging power to a predetermined amount in the limitation period in which the first power conditioner operates based on the limitation information , wherein the predetermined amount is a purchase power allowance amount (Pa) permitted to be purchased from the power system, and - thereafter, control the power generation facility to increase power output by the first power conditioner to make the purchased and sold power from the power system converge to zero.
An image decoder for decoding encoded image data, the image decoder comprising a processor and a memory, the processor, working together with the memory, being configured to: decode, from the encoded image data, (i) relative prediction set information for deriving prediction set information, the prediction set information being indicative of a plurality of predefined prediction modes, wherein the plurality of predefined prediction modes includes at least one prediction mode, the prediction mode indicating a spatial direction , (ii) a prediction mode information for identifying a prediction mode of the plurality of predefined prediction modes, and (iii) residual data for each block of a plurality of blocks to be intra-predicted; derive, using the relative prediction set information and a prediction set information that has been already decoded, the prediction set information; select, using the prediction set information and the prediction mode information, one prediction mode from the plurality of predefined prediction modes; generate, using the selected prediction mode, a predicted image of at least one block of the plurality of blocks to be intra-predicted; and generate a decoded image of the block by adding the predicted image of the block and the residual data for the block. decode, from the encoded image data, (i) relative prediction set information for deriving prediction set information, the prediction set information being indicative of a plurality of predefined prediction modes, wherein the plurality of predefined prediction modes includes at least one prediction mode, the prediction mode indicating a spatial direction , (ii) a prediction mode information for identifying a prediction mode of the plurality of predefined prediction modes, and (iii) residual data for each block of a plurality of blocks to be intra-predicted; (i) relative prediction set information for deriving prediction set information, the prediction set information being indicative of a plurality of predefined prediction modes, wherein the plurality of predefined prediction modes includes at least one prediction mode, the prediction mode indicating a spatial direction , (ii) a prediction mode information for identifying a prediction mode of the plurality of predefined prediction modes, and (iii) residual data for each block of a plurality of blocks to be intra-predicted; derive, using the relative prediction set information and a prediction set information that has been already decoded, the prediction set information; select, using the prediction set information and the prediction mode information, one prediction mode from the plurality of predefined prediction modes; generate, using the selected prediction mode, a predicted image of at least one block of the plurality of blocks to be intra-predicted; and generate a decoded image of the block by adding the predicted image of the block and the residual data for the block.
An apparatus comprising (a) an end effector operable to manipulate tissue, the end effector comprising a blade operable to cut tissue; (b) an ultrasonic transducer assembly coupled with the end effector; and (c) a screen retractable relative to the end effector from a first position to a second position, wherein the screen is configured to house the end effector in the first position, wherein the screen is configured to expose the end effector in the second position; wherein the screen is in fluid communication with a suction source via a conduit , wherein the screen is configured to communicate suction radially inward through the side walls of the screen from the suction source when the screen is in the first position. (a) an end effector operable to manipulate tissue, the end effector comprising a blade operable to cut tissue; (b) an ultrasonic transducer assembly coupled with the end effector; and (c) a screen retractable relative to the end effector from a first position to a second position, wherein the screen is configured to house the end effector in the first position, wherein the screen is configured to expose the end effector in the second position;