mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for controlling a three-dimensional printer comprising: (a) receiving model data describing a three-dimensional object; (b) determining a plurality of two-dimensional images corresponding to a plurality of layers of the three-dimensional object; (c) initially positioning a base plate such that a surface of the base plate contacts resin in a resin container ; (d) operating the light source and the base plate to sequentially form the plurality of layers of the three-dimensional object onto the base plate, wherein the base plate moves a formed portion of the three-dimensional object upward after formation of each layer, and wherein at least a surface of a most recently formed layer of the three-dimensional object remains in contact with the resin in the resin container throughout the formation of the plurality of layers of the three-dimensional object, wherein operating the light source and the base plate to sequentially form the plurality of layers of the three-dimensional object onto the base plate comprises using a robotic device attached to the base plate from above to pull the base plate upward and away from the resin container during the formation of the plurality of layers of the three-dimensional object, characterized in that the robotic device comprises an articulated robotic arm whose range of movement defines a build volume, and wherein the robotic device positions the base plate above the resin container and operates to move the base plate with at least two degrees of freedom, such that the range of movement of the robotic arm extends beyond the edges of the resin container. (a) receiving model data describing a three-dimensional object; (b) determining a plurality of two-dimensional images corresponding to a plurality of layers of the three-dimensional object; (c) initially positioning a base plate such that a surface of the base plate contacts resin in a resin container ; (d) operating the light source and the base plate to sequentially form the plurality of layers of the three-dimensional object onto the base plate, wherein the base plate moves a formed portion of the three-dimensional object upward after formation of each layer, and wherein at least a surface of a most recently formed layer of the three-dimensional object remains in contact with the resin in the resin container throughout the formation of the plurality of layers of the three-dimensional object,
A device for treating sleep apnea by powering an implant within a body of a subject from a location external to the subject, wherein the implant requires a threshold rate of power increase in order to operate in at least one mode to stimulate a hypoglossal nerve and thereby cause contraction of a genioglossal muscle, the device comprising: an antenna configured for location between a neck and a chin of the subject and to wirelessly transmit energy to the implant ; a power storage unit ; a power release unit ; a power source ; characterized in that the power storage unit is configured to store energy from the power source to enable the implant unit to operate in the at least one mode; wherein the device further comprises at least one processor configured to control a mode of operation of the power release unit such that in a first mode of operation the power storage unit receives power from the power source , and in a second mode of operation, the power storage unit releases power to the antenna to cause an oscillation in the primary antenna at a resonance frequency, wherein the power release unit is configured to release a pulse of energy from the power storage unit to the antenna after the power storage unit collects an amount of energy sufficient to enable the implant unit to stimulate the hypoglossal nerve to cause contraction of the genioglossal muscle, and wherein the threshold rate of power increase includes a current increase between 0,01 to 0,6 milliamps per microsecond. an antenna configured for location between a neck and a chin of the subject and to wirelessly transmit energy to the implant ; a power storage unit ; a power release unit ; a power source ; wherein the device further comprises at least one processor configured to control a mode of operation of the power release unit such that in a first mode of operation the power storage unit receives power from the power source , and in a second mode of operation, the power storage unit releases power to the antenna to cause an oscillation in the primary antenna at a resonance frequency, wherein the power release unit is configured to release a pulse of energy from the power storage unit to the antenna after the power storage unit collects an amount of energy sufficient to enable the implant unit to stimulate the hypoglossal nerve to cause contraction of the genioglossal muscle, and wherein the threshold rate of power increase includes a current increase between 0,01 to 0,6 milliamps per microsecond.
Edge strip, in particular for pieces of furniture, comprising a structural layer and at least one functional layer for fastening the edge strip to a narrow side of a workpiece, in particular a piece of furniture, said functional layer being connected to the structural layer, characterized in that the functional layer contains a polypropylene homopolymer and a polyethylene homopolymer.
A topical pharmaceutical composition comprising a therapeutically effective amount of a compound represented by the structure of Formula I, or a pharmaceutically acceptable salt or solvate thereof, and at least one non-aqueous, pharmaceutically acceptable excipient comprising a glycol diester with a saturated or unsaturated fatty acid, a triglyceride and an aprotic organic solvent
A preparation method of a drinking water, comprising: applying three different frequencies of electromagnetic waves: low, medium and high frequency electromagnetic waves, at the outside of the pipe of raw water of ordinary drinking water in non-contact mode, wherein the frequency of the low frequency electromagnetic wave is 45 kHz, the frequency of the medium frequency electromagnetic wave is 600 kHz, and the frequency of the high frequency electromagnetic wave is 300 MHz; wherein, the low frequency electromagnetic wave and the medium frequency electromagnetic wave are both sine wave and they are propagated in the same direction, the high frequency electromagnetic wave is triangular wave, and its propagation direction is perpendicular to that of the low frequency electromagnetic wave and the medium frequency electromagnetic wave, wherein during the treatment, firstly, the low frequency electromagnetic wave and the high frequency electromagnetic wave are used simultaneously for 15 minutes, and then the medium electromagnetic wave and the high frequency electromagnetic wave are used simultaneously for 15 minutes. applying three different frequencies of electromagnetic waves: low, medium and high frequency electromagnetic waves, at the outside of the pipe of raw water of ordinary drinking water in non-contact mode, wherein the frequency of the low frequency electromagnetic wave is 45 kHz, the frequency of the medium frequency electromagnetic wave is 600 kHz, and the frequency of the high frequency electromagnetic wave is 300 MHz; wherein, the low frequency electromagnetic wave and the medium frequency electromagnetic wave are both sine wave and they are propagated in the same direction, the high frequency electromagnetic wave is triangular wave, and its propagation direction is perpendicular to that of the low frequency electromagnetic wave and the medium frequency electromagnetic wave, wherein during the treatment, firstly, the low frequency electromagnetic wave and the high frequency electromagnetic wave are used simultaneously for 15 minutes, and then the medium electromagnetic wave and the high frequency electromagnetic wave are used simultaneously for 15 minutes.
Flat-shaped composite material for manufacturing a package , comprising: - a polymer outer layer, - a polymer inner layer, - a fibrous support layer, which is arranged between the polymer outer layer and the polymer inner layer, - wherein the flat-shaped composite material has a plurality of fold lines, which are arranged and designed such that a closed package can be manufactured by folding the flat-shaped composite material along the fold lines and by connecting seam surfaces of the flat-shaped composite material , - a sleeve surface , wherein the sleeve surface comprises a front surface , a first side surface , a second side surface , a first rear surface and a second rear surface , - Base surfaces , wherein the base surfaces comprise triangular base surfaces and quadrangular base surfaces (5"), and - Gable surfaces , wherein the gable surfaces comprise triangular gable surfaces and quadrangular gable surfaces (6"), - wherein the base surfaces and the gable surfaces are arranged on opposite sides of the sleeve surface , characterised by a third sleeve fold line , which has a plurality of sections (I, II, III, IV), which each adjoin a side surface and a rear surface , and of which at least one section (II, III) is curved and of which at least one section (I, IV) is straight. - a polymer outer layer, - a polymer inner layer, - a fibrous support layer, which is arranged between the polymer outer layer and the polymer inner layer, - wherein the flat-shaped composite material has a plurality of fold lines, which are arranged and designed such that a closed package can be manufactured by folding the flat-shaped composite material along the fold lines and by connecting seam surfaces of the flat-shaped composite material , - a sleeve surface , wherein the sleeve surface comprises a front surface , a first side surface , a second side surface , a first rear surface and a second rear surface , - Base surfaces , wherein the base surfaces comprise triangular base surfaces and quadrangular base surfaces (5"), and - Gable surfaces , wherein the gable surfaces comprise triangular gable surfaces and quadrangular gable surfaces (6"), - wherein the base surfaces and the gable surfaces are arranged on opposite sides of the sleeve surface ,
An OFDM reception device (A) for receiving an OFDM symbol that includes a signal for a useful symbol duration and a signal for a guard interval duration generated based on the signal for the useful symbol duration, the OFDM reception device comprising: a first orthogonal transformation unit (A1) that orthogonally transforms the signal for the useful symbol duration and outputs a resulting orthogonally transformed signal; a second orthogonal transformation unit (A2) that orthogonally transforms the signal for the guard interval duration and outputs a resulting orthogonally transformed signal; and a correction unit (A4) that corrects a wide band carrier frequency shift of the OFDM symbol according to a wide band carrier frequency error amount, characterized by a detection unit (A3) that detects the wide band carrier frequency error amount according to a signal, YCOMB, obtained by multiplying, for each subcarrier, the power or the amplitude of the signal output from the first orthogonal transformation unit with the power or the amplitude, respectively, of the signal output from the second orthogonal transformation unit, and a correlation calculation unit for correlating the obtained signal YCOMB by multiplying it with an active carrier arrangement sequence input from a carrier distribution sequence, CDS, table generating unit ; wherein the wide band carrier frequency error amount having a frequency domain size in units of a subcarrier spacing. a first orthogonal transformation unit (A1) that orthogonally transforms the signal for the useful symbol duration and outputs a resulting orthogonally transformed signal; a second orthogonal transformation unit (A2) that orthogonally transforms the signal for the guard interval duration and outputs a resulting orthogonally transformed signal; and a correction unit (A4) that corrects a wide band carrier frequency shift of the OFDM symbol according to a wide band carrier frequency error amount, characterized by a detection unit (A3) that detects the wide band carrier frequency error amount according to a signal, YCOMB, obtained by multiplying, for each subcarrier, the power or the amplitude of the signal output from the first orthogonal transformation unit with the power or the amplitude, respectively, of the signal output from the second orthogonal transformation unit, and a correlation calculation unit for correlating the obtained signal YCOMB by multiplying it with an active carrier arrangement sequence input from a carrier distribution sequence, CDS, table generating unit ; wherein the wide band carrier frequency error amount having a frequency domain size in units of a subcarrier spacing.
Flexible container for packaging waste, comprising: - an outer casing forming the outer surface of the container and having, in its upper part, an opening that can be opened or closed, - an inner casing delimiting an inner volume of the container for receiving and housing the waste, and having a lower wall , an upper wall and at least one lateral wall connecting the lower and upper walls, the inner casing comprising, within the upper wall , an opening that can be opened or closed by means of a closure system , the inner casing being arranged inside the outer casing , characterized in that the inner casing comprises: - a first part comprising the upper wall and an upper first portion of said at least one lateral wall , - a second part comprising the lower wall and a lower second portion of said at least one lateral wall , and - an attachment extending within said at least one lateral wall over at least part of the periphery of the inner casing and making it possible to connect said first and second parts of the inner casing . - an outer casing forming the outer surface of the container and having, in its upper part, an opening that can be opened or closed, - an inner casing delimiting an inner volume of the container for receiving and housing the waste, and having a lower wall , an upper wall and at least one lateral wall connecting the lower and upper walls, the inner casing comprising, within the upper wall , an opening that can be opened or closed by means of a closure system , the inner casing being arranged inside the outer casing , - a first part comprising the upper wall and an upper first portion of said at least one lateral wall , - a second part comprising the lower wall and a lower second portion of said at least one lateral wall , and - an attachment extending within said at least one lateral wall over at least part of the periphery of the inner casing and making it possible to connect said first and second parts of the inner casing .
Support for helmets formed from a single body defining an upper surface provided with adhesive that can be fixed to the outside of a helmet and a lower surface , characterized in that said body comprises three legs attached to one another at one of their ends, defining a Y shape.
A method for storing session state data of a session between a system having a plurality of nodes and a client device, the method comprising: delivering a service to the client device during a session specified by a session identifier, the service being delivered by a first of the plurality of nodes in the system; during the session, selecting a plurality of second nodes in the system on which session state data associated with the session is to be saved, wherein the second nodes are selected based on a map that maps the hash of the session identifier to an index that identifies the plurality of second nodes such that another node in the system is able to locate the session state data on a selected one or more of the plurality of second nodes from the session identifier without contacting a centralized mechanism that specifies where session state data is stored; and saving the session state data to each of the plurality of second nodes that are selected; wherein the session state data that is saved includes sufficient data to resume the session when another node other than the first node obtains the session state data and delivers the service to the client device upon resuming the session. delivering a service to the client device during a session specified by a session identifier, the service being delivered by a first of the plurality of nodes in the system; during the session, selecting a plurality of second nodes in the system on which session state data associated with the session is to be saved, wherein the second nodes are selected based on a map that maps the hash of the session identifier to an index that identifies the plurality of second nodes such that another node in the system is able to locate the session state data on a selected one or more of the plurality of second nodes from the session identifier without contacting a centralized mechanism that specifies where session state data is stored; and saving the session state data to each of the plurality of second nodes that are selected;
Coupling element having a receiving portion for attachment to a threaded spindle and a coupling portion for connection to a steering column, the coupling portion and the receiving portion being aligned in an axial direction, wherein a plate-shaped base body comprises said receiving portion and said coupling portion , characterized in that said receiving portion comprises two arms extending in an axial direction from said coupling portion with inner sides opposite to each other transversely to said axial direction, wherein at least one arm comprises at least one positive locking member projecting from its inner side.
A surgical instrument, comprising: an elongate channel comprising a lock shoulder ; an anvil; a staple cartridge , comprising staples; and a sled movable from a proximal end position to an intermediate position and then to a distal position during a staple firing stroke; a firing member movable distally to advance said sled through said staple cartridge during said staple firing stroke to eject said staples from said staple cartridge, wherein said firing member comprises: a cutting edge ; a first camming member configured to engage said elongate channel during said staple firing stroke; and a second camming member configured to engage said anvil during said staple firing stroke; and a lockout key movably mounted to said sled, characterised in that ; said lockout key is movable between an unactuated position and an actuated position during said staple firing stroke, and wherein said lockout key lifts said firing member over said lock shoulder when said lockout key is moved from said unactuated position toward said actuated position, wherein said lockout key comprises a rotary member configured to rotate relative to said sled, and wherein said rotary member is movable between a starting position and a rotated position when said sled is moved from said proximal end position to said intermediate position. an elongate channel comprising a lock shoulder ; an anvil; a staple cartridge , comprising staples; and a sled movable from a proximal end position to an intermediate position and then to a distal position during a staple firing stroke; staples; and a sled movable from a proximal end position to an intermediate position and then to a distal position during a staple firing stroke; a firing member movable distally to advance said sled through said staple cartridge during said staple firing stroke to eject said staples from said staple cartridge, wherein said firing member comprises: a cutting edge ; a first camming member configured to engage said elongate channel during said staple firing stroke; and a second camming member configured to engage said anvil during said staple firing stroke; and a cutting edge ; a first camming member configured to engage said elongate channel during said staple firing stroke; and a second camming member configured to engage said anvil during said staple firing stroke; and a lockout key movably mounted to said sled,
An apparatus, comprising: a housing including a housing opening , the housing opening defining a longitudinally-extending rotational axis ; a spindle rotatably mounted to the housing , the spindle including a drive tube including a first torque-transmitting section , and wherein the spindle is rotatable about the rotational axis between a spindle home position and a spindle rotated position; a spring collar rotatably mounted to the housing , the spring collar including a spring collar opening and a second torque-transmitting section , wherein the drive tube extends through the housing opening and the spring collar opening , and wherein the spring collar is rotatable about the rotational axis between a spring collar home position and a spring collar rotated position; a first biasing element engaged between the housing and the spindle , wherein the first biasing element is configured to generate a first rotational biasing force in response to rotation of the spindle from the spindle home position toward the spindle rotated position, the first rotational biasing force urging the spindle toward the spindle home position; and a second biasing element engaged between the housing and the spring collar , wherein the second biasing element is configured to generate a second rotational biasing force in response to rotation of the spring collar from the spring collar home position toward the spring collar rotated position, the second rotational biasing force urging the spring collar toward the spring collar home position. a housing including a housing opening , the housing opening defining a longitudinally-extending rotational axis ; a spindle rotatably mounted to the housing , the spindle including a drive tube including a first torque-transmitting section , and wherein the spindle is rotatable about the rotational axis between a spindle home position and a spindle rotated position; a spring collar rotatably mounted to the housing , the spring collar including a spring collar opening and a second torque-transmitting section , wherein the drive tube extends through the housing opening and the spring collar opening , and wherein the spring collar is rotatable about the rotational axis between a spring collar home position and a spring collar rotated position; a first biasing element engaged between the housing and the spindle , wherein the first biasing element is configured to generate a first rotational biasing force in response to rotation of the spindle from the spindle home position toward the spindle rotated position, the first rotational biasing force urging the spindle toward the spindle home position; and a second biasing element engaged between the housing and the spring collar , wherein the second biasing element is configured to generate a second rotational biasing force in response to rotation of the spring collar from the spring collar home position toward the spring collar rotated position, the second rotational biasing force urging the spring collar toward the spring collar home position.