mhurhangee/ep-ind-claims huggingface dataset:
An external control device for use with a neurostimulation system having a plurality of electrodes capable of conveying an electrical stimulation field into tissue in which the electrodes are implanted, comprising: a user interface including a mode selection control element and an electrical stimulation field modification control element (116, 118); a processor configured for selectively placing the electrical stimulation field modification control element (116, 118) between an electrical stimulation field displacement mode and an electrical stimulation field shaping mode when the mode selection control element is actuated, and for generating a first set of stimulation parameters designed to displace a locus of the electrical stimulation field when the electrical stimulation field modification control element (116, 118) is actuated in the electrical stimulation field displacement mode, and for generating a second set of stimulation parameters designed to shape the electrical stimulation field about its locus when the electrical stimulation field modification control element (116, 118) is actuated in the electrical stimulation field shaping mode; and output circuitry configured for transmitting the first and second sets of stimulation parameters to the neurostimulation system. a user interface including a mode selection control element and an electrical stimulation field modification control element (116, 118); a processor configured for selectively placing the electrical stimulation field modification control element (116, 118) between an electrical stimulation field displacement mode and an electrical stimulation field shaping mode when the mode selection control element is actuated, and for generating a first set of stimulation parameters designed to displace a locus of the electrical stimulation field when the electrical stimulation field modification control element (116, 118) is actuated in the electrical stimulation field displacement mode, and for generating a second set of stimulation parameters designed to shape the electrical stimulation field about its locus when the electrical stimulation field modification control element (116, 118) is actuated in the electrical stimulation field shaping mode; and output circuitry configured for transmitting the first and second sets of stimulation parameters to the neurostimulation system.
A control method of a fan, wherein the fan communicates with a wearable device, and the method comprises: detecting, by the wearable device, a body parameter of a user to determine whether the user enters a sleeping state; generating a sleeping wind mode instruction when the user enters the sleeping state; and controlling the fan to enter a sleeping wind mode according to the sleeping wind mode instruction, obtaining a sleeping wind control curve after the fan enters the sleeping wind mode, and adjusting an operation parameter according to the sleeping wind control curve; characterised in that: the operation parameter comprises an operation gear and a rotation angle; wherein an operation gear is a predefined fan rotation speed; the sleeping wind control curve is a curve representing correspondence relationship between sleeping time periods and operation gears, and further comprising: controlling the fan to rotate according to a preset rotation angle when adjusting an operation gear according to the sleeping wind control curve. detecting, by the wearable device, a body parameter of a user to determine whether the user enters a sleeping state; generating a sleeping wind mode instruction when the user enters the sleeping state; and controlling the fan to enter a sleeping wind mode according to the sleeping wind mode instruction, obtaining a sleeping wind control curve after the fan enters the sleeping wind mode, and adjusting an operation parameter according to the sleeping wind control curve; characterised in that: the operation parameter comprises an operation gear and a rotation angle; wherein an operation gear is a predefined fan rotation speed; the sleeping wind control curve is a curve representing correspondence relationship between sleeping time periods and operation gears, and further comprising: controlling the fan to rotate according to a preset rotation angle when adjusting an operation gear according to the sleeping wind control curve.
Sensor for measuring heart sounds, circulatory effects and core temperature of an organism comprising a first layer with electrodes in electrical connection with the organism, a second layer comprising a thermally insulating material and placed on top of the first layer, a third layer provided on the second layer, a first temperature sensor in thermal connection with the first layer via a thermal conductor through the second layer, a second temperature sensor thermally insulated from the organism and in thermal connection with the third layer, wherein the first and second temperature sensors are located above the second layer, a sensor instrumental amplifier ECG device operatively connected to the electrodes, located on the first layer, wherein the electrodes function as ECG electrodes, and a sound sensor located on the third layer in the bottom of a cut out of the first and second layer, forming a cavity for sound to more optimally travel to the sound sensor. a first layer with electrodes in electrical connection with the organism, a second layer comprising a thermally insulating material and placed on top of the first layer, a third layer provided on the second layer, a first temperature sensor in thermal connection with the first layer via a thermal conductor through the second layer, a second temperature sensor thermally insulated from the organism and in thermal connection with the third layer, wherein the first and second temperature sensors are located above the second layer, a sensor instrumental amplifier ECG device operatively connected to the electrodes, located on the first layer, wherein the electrodes function as ECG electrodes, and a sound sensor located on the third layer in the bottom of a cut out of the first and second layer, forming a cavity for sound to more optimally travel to the sound sensor.
A method of making a metal reinforcing piece (4, 6) for mounting on the leading edge or the trailing edge of a composite material blade of a turbine engine, the method comprising the steps consisting in: · shaping two metal sheets to approximate the final shape of the reinforcing piece (4, 6) that is to be made; · positioning the two sheets on either side of a core reproducing the inside shapes of the suction and pressure sides (17, 16) of the reinforcing piece (4, 6); · assembling the two metal sheets together around the core in sealed manner under a vacuum; · shaping the sheets onto the core; · cutting the sheets to separate the reinforcing piece (4, 6) and release the core; the method being characterized in that the sheets are shaped onto the core by hot isostatic compression, and in that the method consists in giving non-zero predetermined roughness to at least a portion of the surface of the core and in transferring this roughness to a corresponding portion of the inside surface (16, 17) of the reinforcing piece (4, 6) by hot isostatic compression. · shaping two metal sheets to approximate the final shape of the reinforcing piece (4, 6) that is to be made; · positioning the two sheets on either side of a core reproducing the inside shapes of the suction and pressure sides (17, 16) of the reinforcing piece (4, 6); · assembling the two metal sheets together around the core in sealed manner under a vacuum; · shaping the sheets onto the core; · cutting the sheets to separate the reinforcing piece (4, 6) and release the core;
Pharmaceutical composition comprising iron oxy-hydroxide in high loading, in a form suitable for oral administration selected from chewable tablets, granules, or sachets containing these granules, wherein the iron oxy-hydroxide is present in an amount of 10 to 80 % (w/w), expressed in relation to the total weight of the composition, and in an amount of 700 to 1700 mg per dosage form, and wherein the composition contains at least one carbohydrate selected from the group consisting of saccharose, dextrin, and starch, and more than 70 % of the total weight of the ingredients are formed of the ingredients selected from iron oxy-hydroxide, saccharose, native starch, pregelatinized starch, a superdisintegrant, dextrin and water. in a form suitable for oral administration selected from chewable tablets, granules, or sachets containing these granules, wherein the iron oxy-hydroxide is present in an amount of 10 to 80 % (w/w), expressed in relation to the total weight of the composition, and in an amount of 700 to 1700 mg per dosage form, and wherein the composition contains at least one carbohydrate selected from the group consisting of saccharose, dextrin, and starch, and more than 70 % of the total weight of the ingredients are formed of the ingredients selected from iron oxy-hydroxide, saccharose, native starch, pregelatinized starch, a superdisintegrant, dextrin and water.
A modular human hand prosthesis with modular, mechanically independent finger modules that has at least one mechanically independent finger module particularly consisting of a fixed finger base, a finger proximal segment, a finger distal segment, a rod and a rotational drive, characterized in that the finger base, equipped with a rod rotational proximal joint and a rotational joint of a finger proximal segment, is connected via a rod proximal joint, the rod, a rod distal segment and simultaneously via the proximal joint of the finger proximal segment, the finger proximal segment, a distal joint of the finger proximal segment with the finger distal segment, wherein the distal joint of the finger proximal segment constitutes the rotational centre of the drive.
A powered data communications system comprising: a master device having a first port and a second port, the master device being configured to apply a DC voltage from a voltage source to the first port; a plurality of slave devices (1-n), each slave device having a third port and a fourth port; conductors serially connecting the slave devices, via their third port and fourth port, to the master device in a ring between the first port and the second port of the master device, wherein a first end slave device is coupled to the first port of the master device, and a second end slave device is coupled to the second port of the master device, the conductors being configured to simultaneously carry the DC voltage and data; the plurality of slave devices being configured to be sequentially powered up, starting with the first end slave device and ending with the second end slave device, by sequentially applying the DC voltage to an adjacent downstream slave device in a first direction around the ring by closing switches (40, 44) in the slave devices; and characterized in that the master device is configured to detect whether the DC voltage has been sequentially applied to all the slave devices by detecting a presence of the DC voltage at the second port of the master device and, if the master does not detect the presence of the DC voltage at the second port, the master device is configured to apply the DC voltage to both the first port and the second port to sequentially power up the slave devices in both the first direction and a second direction around the ring of the slave devices. a master device having a first port and a second port, the master device being configured to apply a DC voltage from a voltage source to the first port; a plurality of slave devices (1-n), each slave device having a third port and a fourth port; conductors serially connecting the slave devices, via their third port and fourth port, to the master device in a ring between the first port and the second port of the master device, wherein a first end slave device is coupled to the first port of the master device, and a second end slave device is coupled to the second port of the master device, the conductors being configured to simultaneously carry the DC voltage and data; the plurality of slave devices being configured to be sequentially powered up, starting with the first end slave device and ending with the second end slave device, by sequentially applying the DC voltage to an adjacent downstream slave device in a first direction around the ring by closing switches (40, 44) in the slave devices; and characterized in that the master device is configured to detect whether the DC voltage has been sequentially applied to all the slave devices by detecting a presence of the DC voltage at the second port of the master device and, if the master does not detect the presence of the DC voltage at the second port, the master device is configured to apply the DC voltage to both the first port and the second port to sequentially power up the slave devices in both the first direction and a second direction around the ring of the slave devices.
Awning for a camping vehicle, comprising an awning roller and an awning cloth which can be wound onto and unwound from the awning roller, comprising awning arms (4, 4') which have a height, comprising an awning housing, and comprising awning arm fastening means, the awning arm fastening means comprising a tilting joint for tilting the awning arms (4, 4') about a tilting axis that extends in parallel with the awning roller, and the tilting joint comprising two rotatably interconnected joint parts (9, 10), characterized in that one of the two joint parts (9, 10) is designed as a delimiting element that laterally delimits the awning housing.
Container (1, 10) for containing tissue, comprising - at least one receiving space (4, 13) for tissue, the receiving space (4, 13) comprising a plurality of fluid-access recesses (6, 12) in the form of a grating, through which fluids from outside the container (1, 10) can come into contact with the tissue within the receiving space (4, 13) and leave the receiving space (4, 13), and - at least one information surface (7, 14) for arranging data (8, 15), characterised by that at least the information surface (7, 14) is manufactured from a material configured to be coloured by electromagnetic radiation, wherein the material configured to be coloured by electromagnetic radiation is formed substantially from a plastic material, wherein the plastic material comprises a radiation-absorbing pigment, and wherein the information surface (7, 14) is provided with data (8, 15) arranged by selective colouring of the plastic material by electromagnetic radiation. - at least one receiving space (4, 13) for tissue, the receiving space (4, 13) comprising a plurality of fluid-access recesses (6, 12) in the form of a grating, through which fluids from outside the container (1, 10) can come into contact with the tissue within the receiving space (4, 13) and leave the receiving space (4, 13), and - at least one information surface (7, 14) for arranging data (8, 15), characterised by that at least the information surface (7, 14) is manufactured from a material configured to be coloured by electromagnetic radiation, wherein the material configured to be coloured by electromagnetic radiation is formed substantially from a plastic material, wherein the plastic material comprises a radiation-absorbing pigment, and wherein the information surface (7, 14) is provided with data (8, 15) arranged by selective colouring of the plastic material by electromagnetic radiation.
A refractory particularly for the use in an inner lining of a blast furnace, wherein the refractory is a layered composite comprising a protective layer and a conductive layer, wherein the conductive layer has a thermal conductivity at 1500 °C, which is at least 25 % higher than the thermal conductivity of the protective layer and wherein the interlayer bonding strength between the individual layers is more than 6 MPa and wherein the refractory does not contain a glue and/or a mechanical fastening element.
A razor handle comprising: an elongated body extending in the longitudinal direction between a front and a rear end (12,14), a connector for connecting an exchangeable razor blade cartridge to the razor handle, a release mechanism configured to deflect a latching surface of the exchangeable blade cartridge out of engagement with the connector for releasing the exchangeable razor blade cartridge from the razor handle, and a release trigger movable in a transverse direction of the elongated body, offset from the connector in a longitudinal direction of the elongated body and located in a middle segment of the elongated body, between the front and rear ends (12,14), and a transmission mechanism connecting the release trigger to the release mechanism, the razor handle being characterized in that the transmission mechanism comprises a cam mechanism for converting a motion of the release trigger in the transverse direction into a motion in the longitudinal direction. an elongated body extending in the longitudinal direction between a front and a rear end (12,14), a connector for connecting an exchangeable razor blade cartridge to the razor handle, a release mechanism configured to deflect a latching surface of the exchangeable blade cartridge out of engagement with the connector for releasing the exchangeable razor blade cartridge from the razor handle, and a release trigger movable in a transverse direction of the elongated body, offset from the connector in a longitudinal direction of the elongated body and located in a middle segment of the elongated body, between the front and rear ends (12,14), and a transmission mechanism connecting the release trigger to the release mechanism,
Multiple-plate clutch system, in particular for commercial motor vehicles, comprising: a multiple-plate clutch with a housing which is connected fixedly or can be connected fixedly to an abutment plate, a pressure plate and at least one intermediate plate in the housing, a plurality of clutch plate regions (74, 76) which are connected or can be connected to an output shaft for rotation about a rotational axis, and a force accumulator which is supported with regard to the housing and loads the pressure plate radially outside the support with regard to the housing, a wear compensation arrangement being provided in the force supporting path between the housing and the pressure plate, an automated actuating system, by way of which the force accumulator can be loaded in its radially inner region in order to carry out actuating operations, the force accumulator providing an approximately linear and constant pressing force in the actuating stroke range of the pressure plate when actuating operations are being carried out, a variation of the pressing force of the force accumulator in the actuating stroke range of the pressure plate being less than 10%, and, within the range of the variation, the pressing force of the force accumulator increasing in the actuating stroke range of the pressure plate in the case of an actuation in the direction of a decoupled state. a multiple-plate clutch with a housing which is connected fixedly or can be connected fixedly to an abutment plate, a pressure plate and at least one intermediate plate in the housing, a plurality of clutch plate regions (74, 76) which are connected or can be connected to an output shaft for rotation about a rotational axis, and a force accumulator which is supported with regard to the housing and loads the pressure plate radially outside the support with regard to the housing, a wear compensation arrangement being provided in the force supporting path between the housing and the pressure plate, an automated actuating system, by way of which the force accumulator can be loaded in its radially inner region in order to carry out actuating operations, the force accumulator providing an approximately linear and constant pressing force in the actuating stroke range of the pressure plate when actuating operations are being carried out, a variation of the pressing force of the force accumulator in the actuating stroke range of the pressure plate being less than 10%, and, within the range of the variation, the pressing force of the force accumulator increasing in the actuating stroke range of the pressure plate in the case of an actuation in the direction of a decoupled state.
A method for access control of a data flow in a software defined networking system, the method being performed in a controller device and comprising: - receiving, from an intermediate node (4, 4a), a first packet associated with a first data flow between a client node and a server node, - verifying, based on flow attributes of the first packet, authentication of the first packet, - repeating the receiving and verifying for each of a specific_number of subsequent packets of the first data flow, wherein the specific number of subsequent packets is based on type of protocol used for the first data flow and/or a policy set in the controller device, and - sending, to the intermediate node (4a, 4) and/or another intermediate node along a path of the first data flow, a respective verification message for each successfully verified authentication of the first packet and any of said specific number of_subsequent packets, allowing forwarding of the respective successfully verified packet and, in case the specific number of subsequent packets have been successfully verified, of any subsequent packets of the first data flow, or - dropping any of said packets and any subsequent packets of the first data flow in case of an un-successfully verification of any of said packets. - receiving, from an intermediate node (4, 4a), a first packet associated with a first data flow between a client node and a server node, - verifying, based on flow attributes of the first packet, authentication of the first packet, - repeating the receiving and verifying for each of a specific_number of subsequent packets of the first data flow, wherein the specific number of subsequent packets is based on type of protocol used for the first data flow and/or a policy set in the controller device, and - sending, to the intermediate node (4a, 4) and/or another intermediate node along a path of the first data flow, a respective verification message for each successfully verified authentication of the first packet and any of said specific number of_subsequent packets, allowing forwarding of the respective successfully verified packet and, in case the specific number of subsequent packets have been successfully verified, of any subsequent packets of the first data flow, or - dropping any of said packets and any subsequent packets of the first data flow in case of an un-successfully verification of any of said packets.