mhurhangee/ep-ind-claims huggingface dataset:
An end effector for use with a surgical robotic manipulator and a cutting accessory for cutting tissue of a patient, the end effector comprising: an actuator for driving the cutting accessory; a nose tube extending along an axis for receiving the cutting accessory a handle rotatably supported by the nose tube such that the handle can rotate relative to the nose tube and about the axis of the nose tube; a lever coupled to the handle being moveable relative to the handle between a depressed position and a released position; and a sensor supported by the nose tube and configured to sense the lever in the depressed position and the released position, wherein the actuator is configured to be activated for driving the cutting accessory in response to the sensor sensing the lever in the depressed position. an actuator for driving the cutting accessory; a nose tube extending along an axis for receiving the cutting accessory a handle rotatably supported by the nose tube such that the handle can rotate relative to the nose tube and about the axis of the nose tube; a lever coupled to the handle being moveable relative to the handle between a depressed position and a released position; and a sensor supported by the nose tube and configured to sense the lever in the depressed position and the released position, wherein the actuator is configured to be activated for driving the cutting accessory in response to the sensor sensing the lever in the depressed position.
A method for wireless communication, comprising: exchanging a plurality of positioning messages for multiple transactions, each transaction covers a particular operation such as exchange of capabilities, transfer of assistance data or transfer of location information, wherein the plurality of positioning messages are transported together in one message transaction, wherein each of the plurality of positioning messages is of one of a plurality of message types, the plurality of message types comprising a request capabilities message type, a provide capabilities message type, a request assistance data message type, a provide assistance data message type, a request location information message type, and a provide location information message type; and performing positioning based on the plurality of positioning messages; and wherein at least one of the plurality of positioning messages is sent without any request. exchanging a plurality of positioning messages for multiple transactions, each transaction covers a particular operation such as exchange of capabilities, transfer of assistance data or transfer of location information, wherein the plurality of positioning messages are transported together in one message transaction, wherein each of the plurality of positioning messages is of one of a plurality of message types, the plurality of message types comprising a request capabilities message type, a provide capabilities message type, a request assistance data message type, a provide assistance data message type, a request location information message type, and a provide location information message type; and performing positioning based on the plurality of positioning messages; and wherein at least one of the plurality of positioning messages is sent without any request.
Aerostatic bearing with a rotatable rotor which has an axis of rotation and an axial bearing surface extending radially to the axis of rotation and a radial bearing surface extending axially to the axis of rotation, with a rotationally fixed bearing element which is arranged non-rotatably in a bore of a housing and which has an axial counter-bearing surface cooperating with the axial bearing surface and a radial counter-bearing surface cooperating with the radial bearing surface, into each of which at least one supply channel for supplying compressed air opens, the rotor having a central cavity which is designed to accommodate a pneumatically actuatable tool clamping device, and the cavity being connected via communicating supply lines, which penetrate the rotor and the rotationally fixed bearing element, to supply and discharge lines, which are formed in the housing, for the supply and discharge of actuating air.
An electronic device for measuring Blood Pressure, BP, the electronic device comprising: a photoplethysmogram, PPG, sensor configured to illuminate skin of a user and measure a PPG signal based on an illumination absorption by the skin; and a processor configured to: extract a plurality of parameters from the PPG signal, wherein the extracted plurality of parameters are related to features of the PPG signal, estimate a diastolic blood pressure, DBP, by inputting the extracted plurality of parameters to a first artificial neural network, ANN, to output the DBP, estimate a systolic blood pressure, SBP, by inputting the extracted plurality of parameters and the DBP to a second artificial neural network. a photoplethysmogram, PPG, sensor configured to illuminate skin of a user and measure a PPG signal based on an illumination absorption by the skin; and a processor configured to: extract a plurality of parameters from the PPG signal, wherein the extracted plurality of parameters are related to features of the PPG signal, estimate a diastolic blood pressure, DBP, by inputting the extracted plurality of parameters to a first artificial neural network, ANN, to output the DBP, estimate a systolic blood pressure, SBP, by inputting the extracted plurality of parameters and the DBP to a second artificial neural network. extract a plurality of parameters from the PPG signal, wherein the extracted plurality of parameters are related to features of the PPG signal, estimate a diastolic blood pressure, DBP, by inputting the extracted plurality of parameters to a first artificial neural network, ANN, to output the DBP, estimate a systolic blood pressure, SBP, by inputting the extracted plurality of parameters and the DBP to a second artificial neural network.
A foldable insulated bag comprising: a bag main body including a bottom surface portion and side surface portions; a lid body attached to the bag main body; and a bottom surface insulating member and a side surface insulating member provided to the bag main body, wherein the side surface insulating member has an end portion, closer to the bottom surface insulating member, provided with a fold back portion that is provided to cover at least a part of the bottom surface insulating member during use of the insulated bag, and the side surface portions comprise a left side surface portion and a right side surface portion (49, 51), characterized in that, when the insulated bag is folded, the lid body and the bottom surface portion are pivoted by 270 degrees in directions opposite to each other to have their surfaces overlapped with and brought into contact with the outer surfaces of their respective facing side surface portions, and the left side surface portion and the right side surface portion (49, 51) are bent with their center part recessed to be in a V shape. a bag main body including a bottom surface portion and side surface portions; a lid body attached to the bag main body; and a bottom surface insulating member and a side surface insulating member provided to the bag main body, wherein the side surface insulating member has an end portion, closer to the bottom surface insulating member, provided with a fold back portion that is provided to cover at least a part of the bottom surface insulating member during use of the insulated bag, and the side surface portions comprise a left side surface portion and a right side surface portion (49, 51), when the insulated bag is folded, the lid body and the bottom surface portion are pivoted by 270 degrees in directions opposite to each other to have their surfaces overlapped with and brought into contact with the outer surfaces of their respective facing side surface portions, and the left side surface portion and the right side surface portion (49, 51) are bent with their center part recessed to be in a V shape.
A wedging device designed to be installed in the interior of straight prismatic packaging to be able to receive a bottle, said straight prismatic packaging having a packaging bottom part and a plurality of walls (92, 94, 96, 98) erected with respect to said packaging bottom part, said wedging device having, on the one hand, a wedging bottom part, and on the other hand a plurality of flaps (72, 74, 76, 78) connected to said wedging bottom part and each having two opposite side walls (30, 32; 34, 36; 48, 50; 52, 54), said wedging device being designed to be installed in the interior of said straight prismatic packaging so that said wedging bottom part is supported against said packaging bottom part while said flaps (72, 74, 76, 78) are erected with respect to said wedging bottom part to come into inclined support against said walls (92, 94, 96, 98) of said plurality of walls of said prismatic packaging, said bottle being able to engage between said flaps (72, 74, 76, 78); characterized in that said flaps (72, 74, 76, 78) are connected together respectively two by two by their side edges (30, 32; 34, 36; 48, 50; 52, 54) to form a conical portion starting from said wedging bottom part.
A method of mapping an input message to an output message in a cryptographic implementation of a keyed cryptographic operation in a cryptographic system, wherein the cryptographic implementation is patchable without changing the cryptographic key, comprising: receiving, by the cryptographic system, a first input message associated with a first message set, wherein the first message set is associated with a first portion of the cryptographic implementation; performing, by the cryptographic system, a keyed cryptographic operation mapping the first input message into a first output message, wherein the performing the mapping on the first input message uses the first portion of the cryptographic implementation; receiving, by the cryptographic system, a second input message associated with a second message set, wherein the second message set is associated with a second portion of the cryptographic implementation; performing, by the cryptographic system, a keyed cryptographic operation mapping the second input message into a second output message, wherein the performing the mapping on the second input message uses the second portion of the cryptographic implementation that is not used for any messages in the first message set. receiving, by the cryptographic system, a first input message associated with a first message set, wherein the first message set is associated with a first portion of the cryptographic implementation; performing, by the cryptographic system, a keyed cryptographic operation mapping the first input message into a first output message, wherein the performing the mapping on the first input message uses the first portion of the cryptographic implementation; receiving, by the cryptographic system, a second input message associated with a second message set, wherein the second message set is associated with a second portion of the cryptographic implementation; performing, by the cryptographic system, a keyed cryptographic operation mapping the second input message into a second output message, wherein the performing the mapping on the second input message uses the second portion of the cryptographic implementation that is not used for any messages in the first message set.
A method for generating an object based audio program, said method including the steps of: determining at least one bed of speaker channels (A1-AN) indicative of audio content of a first subset of a set of audio signals indicative of captured audio content; determining a set of object channels (M1-MN) indicative of audio content of a second subset of the set of audio signals; generating object related metadata (T1-TN) indicative of the object channels; and generating the object based audio program, such that said object based audio program is indicative of each said bed of speaker channels, the object channels, and the object related metadata, the object based audio program being suitable for rendering to provide sound perceived as a mix of first audio content indicated by the at least one bed of speaker channels and second audio content indicated by a selected subset of the object channels, characterized in that at least a part of the object related metadata is indicative of a default subset of the set of object channels to be rendered in the absence of end user selection of a subset of the set of object channels. determining at least one bed of speaker channels (A1-AN) indicative of audio content of a first subset of a set of audio signals indicative of captured audio content; determining a set of object channels (M1-MN) indicative of audio content of a second subset of the set of audio signals; generating object related metadata (T1-TN) indicative of the object channels; and generating the object based audio program, such that said object based audio program is indicative of each said bed of speaker channels, the object channels, and the object related metadata, the object based audio program being suitable for rendering to provide sound perceived as a mix of first audio content indicated by the at least one bed of speaker channels and second audio content indicated by a selected subset of the object channels, characterized in that at least a part of the object related metadata is indicative of a default subset of the set of object channels to be rendered in the absence of end user selection of a subset of the set of object channels.
An epicyclic gear train comprising a driving pinion, driving a plurality of planetary gears, each planetary gear being attached to a planetary holder, rotating around a planetary axis, and having a first and second interconnected gears with mutually different numbers of teeth, the first gear meshing with a first ring gear, which is stationary, and the second gear meshing with a second ring gear which is thereby made to rotate about a central axis of the epicyclic gear train, characterised in an adjusting arrangement which is arranged to alter the distance between the central axis and each planetary axis, wherein the adjusting arrangement is accomplished by a centre axis of the planetary gear being offset with regard to a mounting axis at which the planetary gear is attached to the planetary holder, the planetary gearing being rotatable about the mounting axis, and wherein a central control gear is used to control a plurality of planetary control gears, each being connected to a shaft that suspends a planetary gear between two plates of the planetary holder.
An exercise machine comprising: a weight assembly including multiple plates; a lifting member selectively engaged with the weight assembly; a locking member associated with at least one plate of the multiple plates; and a selector having a first position and a second position, wherein when the selector is in the first position, the locking member interlocks with the lifting member and when the selector is in the second position, the locking member is disengaged from the lifting member, characterized in that the exercise machine further comprises: a magnet (58, 62) disposed on the at least one plate to retain the locking member in the first position or the second position. a weight assembly including multiple plates; a lifting member selectively engaged with the weight assembly; a locking member associated with at least one plate of the multiple plates; and a selector having a first position and a second position,
A stent delivery system that comprises a percutaneous transluminal delivery catheter that includes a self-expanding stent within an outer sheath that withdraws proximally to release the stent at a stenting site, and a stent pusher within the sheath that retains the stent at the site during withdrawal of the sheath, the stent defining an internal lumen, wherein, the pusher extends along the lumen of the stent and has radially outwardly extending protrusions distributed along the length of the stent lumen, characterised in that: i) the stent is a covered stent having a length of 200 mm or more and is a matrix of metal with surfaces defining luminal and abluminal envelopes spaced apart by a stent wall thickness, the stent having a covering material of expanded polytetrafluoroethylene bonded to the matrix lying radially inside the luminal envelope; and ii) the protrusions deform the covering material yet remain radially inside the luminal envelope. i) the stent is a covered stent having a length of 200 mm or more and is a matrix of metal with surfaces defining luminal and abluminal envelopes spaced apart by a stent wall thickness, the stent having a covering material of expanded polytetrafluoroethylene bonded to the matrix lying radially inside the luminal envelope; and ii) the protrusions deform the covering material yet remain radially inside the luminal envelope.
A method for authenticating a user attempting to access a secure environment controlled by a remote server processing system, wherein the method includes the server processing system: receiving, from the remote server processing system, an authentication request to authenticate the user attempting to access the secure environment; transferring, to the user or a user device associated with the user, an index corresponding to a selected key from a keymap, wherein the keymap is stored in memory of the user device and in server accessible memory; receiving data indicative of a code, wherein the user determines the code based on the selected key presented by the user device and a personal identifier; determining, a hash value of the personal identifier using the code and the selected key stored in the server accessible memory; comparing the determined hash value against a stored hash value associated with a user account stored in the server accessible memory; and transferring an authentication response to the remote server processing system, wherein the response is indicative of whether the user is authenticated for accessing the secure environment based on the comparison. receiving, from the remote server processing system, an authentication request to authenticate the user attempting to access the secure environment; transferring, to the user or a user device associated with the user, an index corresponding to a selected key from a keymap, wherein the keymap is stored in memory of the user device and in server accessible memory; receiving data indicative of a code, wherein the user determines the code based on the selected key presented by the user device and a personal identifier; determining, a hash value of the personal identifier using the code and the selected key stored in the server accessible memory; comparing the determined hash value against a stored hash value associated with a user account stored in the server accessible memory; and transferring an authentication response to the remote server processing system, wherein the response is indicative of whether the user is authenticated for accessing the secure environment based on the comparison.
A method for receiving scheduling information, comprising: obtaining, by a terminal, transmission mode information of each carrier of N carriers configured by a network device for the terminal, wherein N is a natural number greater than 1; determining a set of candidate downlink control information DCI formats according to the transmission mode information, wherein the set of candidate DCI formats comprises at least a first DCI format and a second DCI format, wherein a physical downlink control channel PDCCH corresponding to the first DCI format carries scheduling information of at least two carriers of the N carriers, and a PDCCH corresponding to the second DCI format carries scheduling information of one carrier of the N carriers; and receiving and detecting a PDCCH corresponding to each DCI format in the set of candidate DCI formats, or a specified DCI format indicated by the network device among the set of candidate DCI formats. obtaining, by a terminal, transmission mode information of each carrier of N carriers configured by a network device for the terminal, wherein N is a natural number greater than 1; determining a set of candidate downlink control information DCI formats according to the transmission mode information, wherein the set of candidate DCI formats comprises at least a first DCI format and a second DCI format, wherein a physical downlink control channel PDCCH corresponding to the first DCI format carries scheduling information of at least two carriers of the N carriers, and a PDCCH corresponding to the second DCI format carries scheduling information of one carrier of the N carriers; and receiving and detecting a PDCCH corresponding to each DCI format in the set of candidate DCI formats, or a specified DCI format indicated by the network device among the set of candidate DCI formats.
A method for gasifying solid fuel with gas purification, comprising a first process of feeding solid fuel and a gasifying agent to a reactor of pyrolysis gasification phase where said solid fuel is pyrolyzed in contact with a heat medium to generate char which is gasified by said gasifying agent, CO 2 in a gas generated by said pyrolysis and gasification being absorbed by an active chemical at a reaction temperature of said pyrolysis gasification phase, said active chemical having at least CO 2 absorbing function and catalytic function of tar reformation, a second process of feeding residual char not gasified in said reactor of pyrolysis gasification phase, the heat medium having contributed to the pyrolysis and gasification of said solid fuel, the active chemical having absorbed said CO 2 and newly added inactive chemical, which is a mineral having as it base, metal carbonate or hydroxide, to a reactor of char combustion phase where said char is burned by an oxidizing agent to bring about combustion heat with which said heat medium is heated, said active chemical having absorbed said CO 2 and said inactive chemical are calcined to obtain active chemical, and a third process of feeding the heat medium heated in said reactor of char combustion phase, the active chemical and said gas from said reactor of pyrolysis gasification phase to a reactor of gas purification phase where, at a reaction temperature of said gas purification phase said active chemical functions as catalyst to reform tar in said gas and said active chemical absorbs H 2 S and HCl in said gas to purify said gas, characterized in that said heat medium and said active chemical having contributed to purification of said gas in the reactor of gas purification phase and said active chemical having absorbed H 2 S and HCl in the third process are then supplied to the reactor of pyrolysis gasification phase in the first process to absorb CO 2 in the gas at the reaction temperature of the pyrolysis gasification phase.