mhurhangee/ep-ind-claims huggingface dataset:
A living tissue stimulation apparatus comprising: a power supply unit configured to generate alternating-current power and a first control signal for electric stimulation of a living tissue of a patient; a periodic modulation circuit configured to periodically modulate the alternating-current power based on the first control signal to generate a periodic-modulated wave; and a clock signal generation portion configured to detect a waveform for each period of the periodic-modulated wave and to generate a clock signal for operating the stimulation unit using the period of the periodic-modulated wave and to generate a second control signal from the periodic-modulated wave based on the clock signal, a stimulation unit configured to be controlled based on the clock signal as a synchronous signal and to output an electric stimulation pulse signal through a plurality of electrodes that are configured to be disposed in a living body of the patient based on the alternating-current power and the second control signal to stimulate living tissue. a power supply unit configured to generate alternating-current power and a first control signal for electric stimulation of a living tissue of a patient; a periodic modulation circuit configured to periodically modulate the alternating-current power based on the first control signal to generate a periodic-modulated wave; and a clock signal generation portion configured to detect a waveform for each period of the periodic-modulated wave and to generate a clock signal for operating the stimulation unit using the period of the periodic-modulated wave and to generate a second control signal from the periodic-modulated wave based on the clock signal, a stimulation unit configured to be controlled based on the clock signal as a synchronous signal and to output an electric stimulation pulse signal through a plurality of electrodes that are configured to be disposed in a living body of the patient based on the alternating-current power and the second control signal to stimulate living tissue.
A subscribe and publish method, wherein the method comprises: receiving, by a server, a publish message sent by a publish client, wherein the publish message comprises a topic name; obtaining, by the server, an identifier of the publish client based on the publish message; searching, by the server, a subscribe tree based on the topic name, to obtain an identifier of a subscribe client, wherein the subscribe tree is a topology structure comprising at least one topic filter, and the identifier of the subscribe client is an identifier corresponding to a topic filter that matches the topic name; obtaining, by the server, based on the identifier of the subscribe client and a first mapping table, a first tag corresponding to the identifier of the subscribe client, wherein each entry of the first mapping table comprises an identifier of a client and a corresponding tag, and the tag is used to indicate at least one type of attribute information of the client corresponding to the tag; obtaining, by the server based on the identifier of the publish client and the first mapping table, a second tag corresponding to the identifier of the publish client; matching, by the server, the first tag with the second tag; and sending, by the server, the publish message to the subscribe client when the first tag matches the second tag. receiving, by a server, a publish message sent by a publish client, wherein the publish message comprises a topic name; obtaining, by the server, an identifier of the publish client based on the publish message; searching, by the server, a subscribe tree based on the topic name, to obtain an identifier of a subscribe client, wherein the subscribe tree is a topology structure comprising at least one topic filter, and the identifier of the subscribe client is an identifier corresponding to a topic filter that matches the topic name; obtaining, by the server, based on the identifier of the subscribe client and a first mapping table, a first tag corresponding to the identifier of the subscribe client, wherein each entry of the first mapping table comprises an identifier of a client and a corresponding tag, and the tag is used to indicate at least one type of attribute information of the client corresponding to the tag; obtaining, by the server based on the identifier of the publish client and the first mapping table, a second tag corresponding to the identifier of the publish client; matching, by the server, the first tag with the second tag; and sending, by the server, the publish message to the subscribe client when the first tag matches the second tag.
A power control method in a communication network when a user equipment is in communication with a serving radio base station and at least one other radio base station over a radio interface on uplink (12, 22) channels, the serving radio base station is connected to a radio network controller, the method comprises: - the radio network controller receiving, from the user equipment, a quality representation of an uplink control channel from the user equipment to the serving radio base station; - the radio network controller determining a difference in transmit power between the serving radio base station and the at least one other radio base station; - the radio network controller generating a first updated power quality target for an uplink reference control channel based on the quality representation; - the radio network controller generating a second updated power quality target based on the first updated power quality target and the difference in transmit power; - the radio network controller transmitting one of the first updated power quality target and the second updated power quality target to the serving radio base station; and - the radio network controller transmitting the other of the first updated power quality target and the second updated power quality target to the at least one other radio base station to control the at least one of the serving radio base station and the at least one other radio base station to transmit at least one transmit power control command to the user equipment to trigger an adjustment of a transmit power of the uplink control channel. - the radio network controller receiving, from the user equipment, a quality representation of an uplink control channel from the user equipment to the serving radio base station; - the radio network controller determining a difference in transmit power between the serving radio base station and the at least one other radio base station; - the radio network controller generating a first updated power quality target for an uplink reference control channel based on the quality representation; - the radio network controller generating a second updated power quality target based on the first updated power quality target and the difference in transmit power; - the radio network controller transmitting one of the first updated power quality target and the second updated power quality target to the serving radio base station; and - the radio network controller transmitting the other of the first updated power quality target and the second updated power quality target to the at least one other radio base station to control the at least one of the serving radio base station and the at least one other radio base station to transmit at least one transmit power control command to the user equipment to trigger an adjustment of a transmit power of the uplink control channel.
A yarn management system comprising: a yarn remaining amount detector configured to detect a yarn remaining amount as a remaining amount of a yarn (141, Y) disposed in a knitting machine; a storage configured to store knitting data of a knitted fabric; a controller configured to manage the yarn (141, Y) to be fed to the knitting machine; and at least one of a yarn conveyor configured to convey the yarn (141, Y) to the knitting machine or a yarn exchanger configured to exchange the yarn (141, Y) disposed in the knitting machine with a new yarn (141, Y), wherein when the controller determines that the yarn (141, Y) satisfies a management condition calculated based on the yarn remaining amount and the knitting data, the controller manages the yarn (141, Y) by the at least one of the yarn conveyor or the yarn exchanger, and wherein the controller determines that the yarn (141, Y) satisfies the management condition when the yarn (141, Y) has a yarn remaining amount less than or equal to a predetermined threshold value. a yarn remaining amount detector configured to detect a yarn remaining amount as a remaining amount of a yarn (141, Y) disposed in a knitting machine; a storage configured to store knitting data of a knitted fabric; a controller configured to manage the yarn (141, Y) to be fed to the knitting machine; and at least one of a yarn conveyor configured to convey the yarn (141, Y) to the knitting machine or a yarn exchanger configured to exchange the yarn (141, Y) disposed in the knitting machine with a new yarn (141, Y), wherein when the controller determines that the yarn (141, Y) satisfies a management condition calculated based on the yarn remaining amount and the knitting data, the controller manages the yarn (141, Y) by the at least one of the yarn conveyor or the yarn exchanger, and wherein the controller determines that the yarn (141, Y) satisfies the management condition when the yarn (141, Y) has a yarn remaining amount less than or equal to a predetermined threshold value.
A method, comprising: detecting first and second voltages resulting respectively from first and second hydrophone piezoelectric sensors being subject to an acceleration; comparing the first voltage and the second voltage; and based on the comparing, determining an adjustment for a voltage divider coupled to one of the first and second hydrophone piezoelectric sensors such that the voltage divider causes voltages produced respectively by the first and second hydrophone piezoelectric sensors to match when the first and second hydrophone piezoelectric sensors are subjected to the acceleration, wherein the adjustment for the voltage divider modifies a resistance of a variable resistor included in the voltage divider, and characterized in that the first piezoelectric sensor is coupled across the variable resistor and a fixed in-series resistor included in the voltage divider. detecting first and second voltages resulting respectively from first and second hydrophone piezoelectric sensors being subject to an acceleration; comparing the first voltage and the second voltage; and based on the comparing, determining an adjustment for a voltage divider coupled to one of the first and second hydrophone piezoelectric sensors such that the voltage divider causes voltages produced respectively by the first and second hydrophone piezoelectric sensors to match when the first and second hydrophone piezoelectric sensors are subjected to the acceleration, wherein the adjustment for the voltage divider modifies a resistance of a variable resistor included in the voltage divider, and characterized in that the first piezoelectric sensor is coupled across the variable resistor and a fixed in-series resistor included in the voltage divider.
A surgical instrument comprising: a displacement member configured to translate within the surgical instrument; a motor coupled to the displacement member to translate the displacement member; a control circuit coupled to the motor; a position sensor coupled to the control circuit, the position sensor configured to monitor a position of the displacement member; and wherein the control circuit is configured to: determine a velocity of the displacement member via the position sensor; and cause a display to present an indicia that is indicative of the velocity of the displacement member, wherein a portion of the display occupied by the indicia corresponds to the velocity of the displacement member; wherein the indicia is a first indicia, the control circuit is further configured to: provide a set point velocity to the motor, the motor set point configured to cause the motor to drive the displacement member at a motor velocity; characterized in that the control circuit is further configured to: cause the display to present a second indicia indicative of the motor set point velocity. a displacement member configured to translate within the surgical instrument; a motor coupled to the displacement member to translate the displacement member; a control circuit coupled to the motor; a position sensor coupled to the control circuit, the position sensor configured to monitor a position of the displacement member; and wherein the control circuit is configured to: determine a velocity of the displacement member via the position sensor; and cause a display to present an indicia that is indicative of the velocity of the displacement member, wherein a portion of the display occupied by the indicia corresponds to the velocity of the displacement member; wherein the indicia is a first indicia, the control circuit is further configured to: provide a set point velocity to the motor, the motor set point configured to cause the motor to drive the displacement member at a motor velocity;
A method for delay control in a memory interface, comprising: providing a voltage bias to a delay circuit, wherein the voltage bias controls a delay of the delay circuit; updating the voltage bias at an update rate; and adjusting the update rate based on a data rate of a signal being delayed by the delay circuit, wherein said data rate indicates the data rate operation of the memory interface. providing a voltage bias to a delay circuit, wherein the voltage bias controls a delay of the delay circuit; updating the voltage bias at an update rate; and adjusting the update rate based on a data rate of a signal being delayed by the delay circuit, wherein said data rate indicates the data rate operation of the memory interface.
Method for utilising an inventory of household products stored in a central memory, wherein the method has at least the following steps: - determining a position of a mobile communication terminal and - automatically executing at least one action by means of the mobile communication terminal if, by determining the position, it has been ascertained that the mobile communication terminal is located in the region of a location which is relevant to the inventory of products, characterised in that at least one refrigerator is automatically shifted into a super cooling or rapid freezing mode as a function of a distance from the relevant location to the installation location of the refrigerator, if at least one item of frozen food is added to the stored inventory of household products. - determining a position of a mobile communication terminal and - automatically executing at least one action by means of the mobile communication terminal if, by determining the position, it has been ascertained that the mobile communication terminal is located in the region of a location which is relevant to the inventory of products,
A honeycomb structure constituted by cell partition walls which form combined cells being composed of a plurality of cells being adjacent to each other, and a honeycomb outer wall which surrounds and holds the outermost cells located at the circumference of the combined cells, characterized in that the cell partition walls and the honeycomb outer wall are formed by a bonded texture containing silicon carbide as an aggregate and cordierite as a binder and that the proportion in volume % of the silicon carbide forming the bonded texture to the total of the cordierite and the silicon carbide is 40 to 90%.
A handover method applied to a first network node, comprising: determining, that a terminal device needs handover, wherein the handover is from a second network node to a third network node; sending, a user equipment context setup request message to the third network node, wherein the user equipment context setup request message is used to instruct the third network node to establish a radio link for the terminal device; and sending, a handover command to the terminal device, wherein the handover command is used to instruct the terminal device to perform the handover; wherein the first network node, the second network node and the third network node are parts of a radio access network and the first network node comprises all of: a packet data convergence protocol layer function, a service data adaptation protocol layer function, and a radio resource control layer function. determining, that a terminal device needs handover, wherein the handover is from a second network node to a third network node; sending, a user equipment context setup request message to the third network node, wherein the user equipment context setup request message is used to instruct the third network node to establish a radio link for the terminal device; and sending, a handover command to the terminal device, wherein the handover command is used to instruct the terminal device to perform the handover; wherein the first network node, the second network node and the third network node are parts of a radio access network and the first network node comprises all of: a packet data convergence protocol layer function, a service data adaptation protocol layer function, and a radio resource control layer function.
A process for preparing enteric-coated granules which comprises i. Preparing a solution by dissolving posaconazole in a solvent; ii. Preparing a spraying liquid by addition of hydroxypropylmethylcellulose acetate succinate (HPMCAS) to the solution obtained in (i); iii. Providing granules of a least one excipient by wet granulation of at least one filler, at least one binder and a solvent; iv. Top-spraying the liquid obtained in (ii) onto granules of (iii); v. Drying the granules obtained in (iv) and optionally sieving. i. Preparing a solution by dissolving posaconazole in a solvent; ii. Preparing a spraying liquid by addition of hydroxypropylmethylcellulose acetate succinate (HPMCAS) to the solution obtained in (i); iii. Providing granules of a least one excipient by wet granulation of at least one filler, at least one binder and a solvent; iv. Top-spraying the liquid obtained in (ii) onto granules of (iii); v. Drying the granules obtained in (iv) and optionally sieving.
A device for sampling fluids under pressure from a well, comprising a sample chamber defining an inner volume intended to receive the fluid, a body (10, 03, 08) above said sample chamber, circulation means for circulating the fluid in said chamber, keeping means for keeping the fluid in said chamber and transfer means for transferring the fluid out of said chamber, characterized in that: - said keeping means comprise a first piston suited to allow or to prevent fluid inflow into the lower part of said chamber, an elastic element arranged in a chamber filled with oil being suited to displace said first piston; - said transfer means comprise means for controlling the descent of a second piston from the upper part to the lower part of said chamber, so that said fluid remains at constant pressure in said chamber. - said keeping means comprise a first piston suited to allow or to prevent fluid inflow into the lower part of said chamber, an elastic element arranged in a chamber filled with oil being suited to displace said first piston; - said transfer means comprise means for controlling the descent of a second piston from the upper part to the lower part of said chamber, so that said fluid remains at constant pressure in said chamber.
A method for quantifying ink density variation between print head dies, comprising: printing, by respective first and second print head dies, a first test pattern and second test pattern identical to the first test pattern, in an opposing direction adjacent to the first test pattern onto a print medium, the first and second test patterns each increasing in print density along the test pattern in opposing directions; visually determining a location along the first and second test patterns having at least substantially equal visual density; and determining a difference in print densities between respective print head dies based on the location. printing, by respective first and second print head dies, a first test pattern and second test pattern identical to the first test pattern, in an opposing direction adjacent to the first test pattern onto a print medium, the first and second test patterns each increasing in print density along the test pattern in opposing directions; visually determining a location along the first and second test patterns having at least substantially equal visual density; and determining a difference in print densities between respective print head dies based on the location.
A computer implemented medical method for identifying a medical device within a medical workspace, the medical device having an elongated body section and comprising at least one group of at least two markers (2, 3, 4) which are adapted to be recognized by at least one optical camera (5, 6, 7), and which run circumferentially around the body section, wherein the at least two markers (5, 6, 7) of at least one of the groups form a pattern providing a predetermined code for the geometric properties of the device with respect to the markers (2, 3, 4), the method comprising executing, on a processor of a computer, the steps of - acquiring, at the processor, codification data from said device describing at least one of the following: - the number of the markers (2, 3, 4), - the color of at least one marker (2, 3 4); - the width of at least one marker (2, 3, 4); or - the spacing between at least two markers (2, 3, 4); - determining, by the processor and based on the predetermined code for the geometric properties of the device provided by the codification data, device data describing the geometric properties of the device with respect to the markers (2, 3, 4); - acquiring, at the processor, marker position data from said device describing the spatial position of at least one of the markers (2, 3, 4); - determining, by the processor and based on the marker position data and the device data describing the geometric properties of the device, device position data describing the spatial position of the device. - acquiring, at the processor, codification data from said device describing at least one of the following: - the number of the markers (2, 3, 4), - the color of at least one marker (2, 3 4); - the width of at least one marker (2, 3, 4); or - the spacing between at least two markers (2, 3, 4); - the number of the markers (2, 3, 4), - the color of at least one marker (2, 3 4); - the width of at least one marker (2, 3, 4); or - the spacing between at least two markers (2, 3, 4); - determining, by the processor and based on the predetermined code for the geometric properties of the device provided by the codification data, device data describing the geometric properties of the device with respect to the markers (2, 3, 4); - acquiring, at the processor, marker position data from said device describing the spatial position of at least one of the markers (2, 3, 4); - determining, by the processor and based on the marker position data and the device data describing the geometric properties of the device, device position data describing the spatial position of the device.