mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus comprising: a stent comprising a generally cylindrical stent body that comprises a plurality of struts, a first one of the struts comprising a first widened flat portion that defines a flat surface having a first width, at least one antenna coupled to the stent ; at least one electrode coupled to the stent ; control circuitry coupled to the stent ; an antenna wire configured to transmit electrical energy between the antenna and the control circuitry , the antenna wire being coupled to the stent by being fastened against the first widened flat portion; and an electrode wire configured to transmit electrical energy between the at least one electrode and the control circuitry , characterized in that a second one of the struts comprises a second widened flat portion that defines a flat surface having a second width that is different from the first width, with the electrode wire being coupled to the stent by being fastened against the second widened flat portion, and with the antenna wire being further fastened against the second widened flat portion in addition to the electrode wire , wherein: the antenna wire and the electrode wire are each fastened, alongside one another, directly against the flat surface having the second width, and the second width is at least 500 micrometers. a stent comprising a generally cylindrical stent body that comprises a plurality of struts, a first one of the struts comprising a first widened flat portion that defines a flat surface having a first width, at least one antenna coupled to the stent ; at least one electrode coupled to the stent ; control circuitry coupled to the stent ; an antenna wire configured to transmit electrical energy between the antenna and the control circuitry , the antenna wire being coupled to the stent by being fastened against the first widened flat portion; and an electrode wire configured to transmit electrical energy between the at least one electrode and the control circuitry , the antenna wire and the electrode wire are each fastened, alongside one another, directly against the flat surface having the second width, and the second width is at least 500 micrometers.
An operation method of a first terminal in a communication system , comprising: transmitting, by a processor , to a base station , a configuration request message requesting configuration of a sidelink, SL, bandwidth part, BWP, used for the sidelink communication between the first terminal and a second terminal ; receiving, by the processor , a configuration information message including configuration information of the SL BWP from the base station , the configuration information including a first configuration mode or a second configuration mode of an active SL BWP; and performing, by the processor , the sidelink communication with the second terminal using one or more SL BWPs indicated by the configuration information, wherein one SL BWP is activated in a time interval when the first configuration mode is included in the configuration information, and two or more SL BWPs are activated in the time interval when the second configuration mode is included in the configuration information. transmitting, by a processor , to a base station , a configuration request message requesting configuration of a sidelink, SL, bandwidth part, BWP, used for the sidelink communication between the first terminal and a second terminal ; receiving, by the processor , a configuration information message including configuration information of the SL BWP from the base station , the configuration information including a first configuration mode or a second configuration mode of an active SL BWP; and performing, by the processor , the sidelink communication with the second terminal using one or more SL BWPs indicated by the configuration information, wherein one SL BWP is activated in a time interval when the first configuration mode is included in the configuration information, and two or more SL BWPs are activated in the time interval when the second configuration mode is included in the configuration information.
Propranolol for use for reducing at least pain and/or itching related to keloids, wherein the keloids are of low or intermediate severity.
A transmitter for generating a radiation signal in an optical communication system, the transmitter comprising: an apparatus for driving a semiconductor radiation source , the apparatus comprising: a modulator configured to: - modulate a driving signal supplied to the radiation source with a data sequence to generate at least two levels of a driving current through the radiation source that define a radiation output range of the radiation source between an upper radiation output level and a lower radiation output level during transmission of the data sequence; and a controller configured to: - determine a transmission quality of the radiation output of the radiation source at the transmitter using a feedback signal, wherein the feedback signal is indicative of the radiation output level of the radiation source; - determine an upper target level and a lower target level defining a reduced radiation output range based on the transmission quality of the radiation output; and - adaptively control the modulator to control the driving current and switch the driving current at a timing determined by the reduced radiation output range between the upper target level and the lower target level. a modulator configured to: - modulate a driving signal supplied to the radiation source with a data sequence to generate at least two levels of a driving current through the radiation source that define a radiation output range of the radiation source between an upper radiation output level and a lower radiation output level during transmission of the data sequence; and - modulate a driving signal supplied to the radiation source with a data sequence to generate at least two levels of a driving current through the radiation source that define a radiation output range of the radiation source between an upper radiation output level and a lower radiation output level during transmission of the data sequence; and a controller configured to: - determine a transmission quality of the radiation output of the radiation source at the transmitter using a feedback signal, wherein the feedback signal is - determine a transmission quality of the radiation output of the radiation source at the transmitter using a feedback signal, wherein the feedback signal is indicative of the radiation output level of the radiation source; - determine an upper target level and a lower target level defining a reduced radiation output range based on the transmission quality of the radiation output; and - adaptively control the modulator to control the driving current and switch the driving current at a timing determined by the reduced radiation output range between the upper target level and the lower target level. - determine an upper target level and a lower target level defining a reduced radiation output range based on the transmission quality of the radiation output; and - adaptively control the modulator to control the driving current and switch the driving current at a timing determined by the reduced radiation output range between the upper target level and the lower target level.
Transmission for the transmission of rotational energy from a drive shaft to an output shaft , comprising: - a first transmission stage with a first drive gearwheel on the driveshaft and a first output gear wheel on the output shaft , which first output gear wheel is in engagement with the first drive gearwheel ; and - a second transmission stage with a second drive gearwheel on the drive shaft and a second output gear wheel on the output shaft , which second output gearwheel is in engagement with the second drive gearwheel , - a transmission ratio of the first transmission stage being different from a transmission ratio of the second transmission stage , - an actuating apparatus for the simultaneous engagement of the first transmission stage and the second transmission stage , with the result that the first transmission stage and the second transmission stage are mutually locked, the actuating apparatus being mounted such that it can be displaced axially with respect to the output shaft , and it therefore being possible for different positions to be moved to sequentially, - a first connecting element for connecting the first output gearwheel to the output shaft in a positively locking manner in a locking position of the actuating apparatus ; and - a second connecting element for connecting the second output gearwheel to the output shaft in a positively locking manner in the locking position of the actuating apparatus , characterized in that the transmission comprises a third connecting element for connecting the second output gear wheel to the output shaft in a positively locking manner in a drive position of the actuating apparatus , the second connecting element being arranged between the first connecting element and the third connecting element . - a first transmission stage with a first drive gearwheel on the driveshaft and a first output gear wheel on the output shaft , which first output gear wheel is in engagement with the first drive gearwheel ; and - a second transmission stage with a second drive gearwheel on the drive shaft and a second output gear wheel on the output shaft , which second output gearwheel is in engagement with the second drive gearwheel , - a transmission ratio of the first transmission stage being different from a transmission ratio of the second transmission stage , - an actuating apparatus for the simultaneous engagement of the first transmission stage and the second transmission stage , with the result that the first transmission stage and the second transmission stage are mutually locked, the actuating apparatus being mounted such that it can be displaced axially with respect to the output shaft , and it therefore being possible for different positions to be moved to sequentially, - a first connecting element for connecting the first output gearwheel to the output shaft in a positively locking manner in a locking position of the actuating apparatus ; and - a second connecting element for connecting the second output gearwheel to the output shaft in a positively locking manner in the locking position of the actuating apparatus ,
Method for cutting at least one crystal boule using diamond wire , wherein there is determined a boule axis (DB), perpendicularly to which it is chosen to cut said at least one boule with a boule radius (RB), and said boule is driven about a main axis (DP) parallel to said boule axis (DB), and a cutting wire is held taut and driven along a straight segment in a plane perpendicular to said main axis (DP), wherein there is made a temporary drum which immobilises said at least one boule in position with respect to said main axis (DP) throughout the entire cutting operation, during which said boule axis (DB) is made to pass on either side of said straight segment during the cutting of said at least one boule inside said temporary drum , wherein said temporary drum is based on a sacrificial core formed by an axial tube or cylinder, whose axis of revolution coincides with said main axis (DP), and whose radius is equal to the difference between said eccentricity (E) and said boule radius (RB), on which sacrificial core is bonded, after preparation, each said boule oriented with its boule axis (DB) parallel to said main axis (DP), to form a bonded assembly , wherein, once said boules are bonded onto said sacrificial core , said bonded assembly is inserted into an envelope inside which said bonded assembly is overmoulded with a coating material or an epoxy resin with particular viscosity, which is left to cure for at least 24 hours under cooling to maintain a substantially constant temperature, to form an overmoulded assembly , and wherein, after curing of said coating material , said overmoulded assembly is removed from said envelope , and said coating material or said resin is tempered for at least 12 hours at a temperature comprised between 40°C and 50°C, to obtain said temporary drum .
A sorting insert made from a blank comprising at least one partition for separating goods, the partition being folded out of the sorting insert , the sorting insert comprising a base and at least one wall , wherein the partition comprises a first part and a second part , the first part of the partition being connected to the wall of the sorting insert and to the second part of the partition , and the second part of the partition being connected to the first part of the partition and to the base of the sorting insert , wherein the first part of the partition comprises a widened section which is wider than the second part of the partition , characterised in that at least one stacking lug is formed in the wall of the sorting insert below the widened section , and an angle of greater than 90° is formed between the at least one wall and the base of the sorting insert . wherein the partition comprises a first part and a second part , the first part of the partition being connected to the wall of the sorting insert and to the second part of the partition , and the second part of the partition being connected to the first part of the partition and to the base of the sorting insert , wherein the first part of the partition comprises a widened section which is wider than the second part of the partition , characterised in that at least one stacking lug is formed in the wall of the sorting insert below the widened section , and an angle of greater than 90° is formed between the at least one wall and the base of the sorting insert .
A stable affixation system for guided dental implantation, comprising: a fixation tray customizable to the patient including a housing that defines a chamber configured to house a flowable or malleable material and be placed over one or a plurality of teeth of a person during the guided dental implantation, the housing having side walls joined to a cross member on each side of the housing , characterized by a lock configured, when positioned on the fixation tray , to reduce or eliminate a freedom of movement of the fixation tray , each side wall having an upper side portion and a lower side portion , the cross member including a flexion region (FR) on each side of the housing , wherein when the lock is not positioned on the fixation tray a squeezing force on the upper side portions flexes the lower side portions outward, the lower side portions configured to urge the flowable or malleable material, having hardened, against the teeth, further characterized by a tracking element attached to the fixation tray . a fixation tray customizable to the patient including a housing that defines a chamber configured to house a flowable or malleable material and be placed over one or a plurality of teeth of a person during the guided dental implantation, the housing having side walls joined to a cross member on each side of the housing , characterized by a lock configured, when positioned on the fixation tray , to reduce or eliminate a freedom of movement of the fixation tray , each side wall having an upper side portion and a lower side portion , the cross member including a flexion region (FR) on each side of the housing , wherein when the lock is not positioned on the fixation tray a squeezing force on the upper side portions flexes the lower side portions outward, the lower side portions configured to urge the flowable or malleable material, having hardened, against the teeth, further characterized by a tracking element attached to the fixation tray .
Closure device for closing a through-opening in a vehicle body , wherein an interior with a filling or connecting device is accessible via the through-opening , the closure device having a closure element , which is displaceable by means of an adjusting device and movable by means of a drive between an open position in which the through-opening is uncovered and a closed position in which the through-opening is closed by the closure element , wherein the closure element is at least in certain areas located in the through-opening in the closed position and wherein the closure device is arranged to move the closure element into the interior of the vehicle body from the closed position into the open position with a combination of a translational movement and a pivoting movement, characterised in that - the adjusting device comprises a guide housing , which can be located at a vehicle body in a spatially fixed manner and in which a support element is guided translationally and pivotably, the support element having the closure element , - a sliding block guide is provided, by means of which the support element can be displaced translationally and pivoted with respect to the guide housing , - a traction element is provided, which can be carried along translationally with the support element while being connected thereto in a rotationally decoupled manner and which can be displaced translationally by means of the drive . - the adjusting device comprises a guide housing , which can be located at a vehicle body in a spatially fixed manner and in which a support element is guided translationally and pivotably, the support element having the closure element , - a sliding block guide is provided, by means of which the support element can be displaced translationally and pivoted with respect to the guide housing , - a traction element is provided, which can be carried along translationally with the support element while being connected thereto in a rotationally decoupled manner and which can be displaced translationally by means of the drive .
Device for the electrochemical processing of a metal workpiece, comprising a plurality of electrodes that by way of respective linear drive units are movable in a linear manner relative to the workpiece from an initial position to a terminal position, said electrodes having reproduction faces that are directed toward the workpiece, wherein at least three electrodes are provided, said electrodes being disposed so as to be offset around the circumference of the workpiece and by way of the reproduction faces of said electrodes delimiting a fluid duct that in a closed manner encircles the circumference of the workpiece , characterized in that adjacent electrodes during the entire readjustment movement from the initial position to the terminal position are in peripheral contact and engage across one another in portions, wherein an electrode that is provided between two electrodes on the reproduction face has two sliding faces by way of which said electrode slides on respective outer sliding faces of the two adjacent electrodes .
Toilet module for a vehicle, comprising - a housing having a front wall , a first functional wall and at least one second functional wall , which enclose a floor surface on the underside of the housing , - a toilet unit , wherein the front wall comprises an access opening , wherein the first functional wall is arranged opposite the front wall and supports the toilet unit , wherein the at least one second functional wall extends between the first functional wall and the front wall and is perpendicular to the front wall , wherein the toilet unit has a longitudinal extension axis which forms an angle (α) which is greater than 0° with the at least one second functional wall , wherein one of the at least one second functional wall , towards which the toilet unit faces, comprises a protrusion in a lower region, wherein the protrusion extends from the floor surface to a height that exceeds the height of the toilet unit , such that the knees and feet of a person using the toilet unit can extend into a region in the protrusion. - a housing having a front wall , a first functional wall and at least one second functional wall , which enclose a floor surface on the underside of the housing , - a toilet unit , wherein the front wall comprises an access opening , wherein the first functional wall is arranged opposite the front wall and supports the toilet unit , wherein the at least one second functional wall extends between the first functional wall and the front wall and is perpendicular to the front wall , wherein the toilet unit has a longitudinal extension axis which forms an angle (α) which is greater than 0° with the at least one second functional wall , wherein one of the at least one second functional wall , towards which the toilet unit faces, comprises a protrusion in a lower region, wherein the protrusion extends from the floor surface to a height that exceeds the height of the toilet unit , such that the knees and feet of a person using the toilet unit can extend into a region in the protrusion. wherein the front wall comprises an access opening , wherein the first functional wall is arranged opposite the front wall and supports the toilet unit , wherein the at least one second functional wall extends between the first functional wall and the front wall and is perpendicular to the front wall , wherein the toilet unit has a longitudinal extension axis which forms an angle (α) which is greater than 0° with the at least one second functional wall , wherein one of the at least one second functional wall , towards which the toilet unit faces, comprises a protrusion in a lower region, wherein the protrusion extends from the floor surface to a height that exceeds the height of the toilet unit , such that the knees and feet of a person using the toilet unit can extend into a region in the protrusion.
A biological information monitoring system for monitoring a biological information on a subject (S) on a bed (BD), the system comprising: a plurality of load detectors (11-14) which are to be placed in the bed (BD) or under legs of the bed (BD), and which are configured to detect a load of the subject (S); a load separation unit configured to separate a load component which oscillates according to a heartbeat of the subject (S), from the load of the subject (S); a center of gravity position calculation unit configured to obtain a position of a center of gravity (G) of the subject (S) based on the separated load component which oscillates according to the heartbeat of the subject (S); and a presence-on-bed determination unit configured to determine that the subject (S) exists on the bed, based on the separated load component which oscillates according to the heartbeat of the subject (S). a plurality of load detectors (11-14) which are to be placed in the bed (BD) or under legs of the bed (BD), and which are configured to detect a load of the subject (S); a load separation unit configured to separate a load component which oscillates according to a heartbeat of the subject (S), from the load of the subject (S); a center of gravity position calculation unit configured to obtain a position of a center of gravity (G) of the subject (S) based on the separated load component which oscillates according to the heartbeat of the subject (S); and a presence-on-bed determination unit configured to determine that the subject (S) exists on the bed, based on the separated load component which oscillates according to the heartbeat of the subject (S).
A method for controlling one or more actuators arranged to actively suspend a seat in a vehicle , the method comprising: determining an orientation of the seat; determining a command signal based at least in part on the determined orientation; providing the command signal to the one or more actuators; operating the one or more actuators in accordance with the command signal for active suspension while avoiding collision or interference between the seat and/or an occupant of the seat and other objects in the vehicle. determining an orientation of the seat; determining a command signal based at least in part on the determined orientation; providing the command signal to the one or more actuators;