mhurhangee/ep-ind-claims huggingface dataset:
An electrode assembly for electrically stimulating a user, the electrode assembly comprising: • a set of electrodes each comprising: o a hydrophilic material; o a support structure retaining the hydrophilic material; o a conductive polymer substrate in electrical communication with the hydrophilic material; and o an electrical coupler; • a compliant base configured to conform to a curvature of a forehead-region of the user during use, the compliant base retaining each of the set of electrodes in position and separating each of the set of electrodes from each other; and • an electronic coupling assembly coupled to the electrical coupler of each of the set of electrodes through the compliant base and configured to couple the set of electrodes to an electronics subsystem; o wherein the electronic coupling assembly further comprises a first set of conductive polymer contacts, the first set of conductive polymer contacts electrically connected to a second set of conductive polymer contacts on the electronics subsystem; and o wherein the first and second sets of conductive polymer contacts are vertically aligned along an inferior-superior axis. • a set of electrodes each comprising: o a hydrophilic material; o a support structure retaining the hydrophilic material; o a conductive polymer substrate in electrical communication with the hydrophilic material; and o an electrical coupler; o a hydrophilic material; o a support structure retaining the hydrophilic material; o a conductive polymer substrate in electrical communication with the hydrophilic material; and o an electrical coupler; • a compliant base configured to conform to a curvature of a forehead-region of the user during use, the compliant base retaining each of the set of electrodes in position and separating each of the set of electrodes from each other; and • an electronic coupling assembly coupled to the electrical coupler of each of the set of electrodes through the compliant base and configured to couple the set of electrodes to an electronics subsystem; o wherein the electronic coupling assembly further comprises a first set of conductive polymer contacts, the first set of conductive polymer contacts electrically connected to a second set of conductive polymer contacts on the electronics subsystem; and o wherein the first and second sets of conductive polymer contacts are vertically aligned along an inferior-superior axis. o wherein the electronic coupling assembly further comprises a first set of conductive polymer contacts, the first set of conductive polymer contacts electrically connected to a second set of conductive polymer contacts on the electronics subsystem; and o wherein the first and second sets of conductive polymer contacts are vertically aligned along an inferior-superior axis.
A method of determining one or more geometries for one or more supports for a part produced by solid freeform fabrication, the method comprising: determining a general surface of the part to which the one or more supports join to the part; dividing the surface into a plurality of regions that require at least one support; forming the at least one support for the region; characterised by calculating a cross-sectional area of the at least one support for the region that contacts the part based upon a ratio of a size of the region to a size of the cross-sectional area, wherein the size of the cross-sectional area for the at least one support is between about 0.1% and about 10% of the size of the corresponding region, wherein the size of the region is defined as its largest cross section in a direction perpendicular to the direction of construction. determining a general surface of the part to which the one or more supports join to the part; dividing the surface into a plurality of regions that require at least one support; forming the at least one support for the region; characterised by calculating a cross-sectional area of the at least one support for the region that contacts the part based upon a ratio of a size of the region to a size of the cross-sectional area, wherein the size of the cross-sectional area for the at least one support is between about 0.1% and about 10% of the size of the corresponding region, wherein the size of the region is defined as its largest cross section in a direction perpendicular to the direction of construction.
Converter for converting an input voltage (U 1) applied between two input terminals (101, 102) into an alternating voltage with predetermined amplitude and frequency for controlling a single-phase or multi-phase load, with at least two series-connected submodules (SM; SM1,...,SM8) of an inverter arm, wherein each submodule (SM; SM1,...,SM8) comprises the following: - a circuit carrier; - at least two controllable switching elements (S 1, S 2) which are electrically connected to each other on the circuit carrier; - a first submodule terminal (X 1); - a second submodule terminal (X 2); in which - first main terminals of the controllable switching elements (S 1, S 2) of the at least two submodules (SM; SM1,...,SM8) are thermally surface-connected to a cooling surface of a heat sink; - the second submodule terminal (X 2) of a first of the at least two submodules (SM; SM1,...,SM8) is connected to the first submodule terminal (X 1) of a second of the at least two submodules (SM; SM1,..., SM8); characterised in that the connection of the second submodule terminal (X 2) of the first submodule (SM; SM1,...,SM8) to the first submodule terminal (X 1) of the second submodule (SM; SM1,...,SM7) is realised by a conductive layer applied to the cooling surface. - a circuit carrier; - at least two controllable switching elements (S 1, S 2) which are electrically connected to each other on the circuit carrier; - a first submodule terminal (X 1); - a second submodule terminal (X 2); - first main terminals of the controllable switching elements (S 1, S 2) of the at least two submodules (SM; SM1,...,SM8) are thermally surface-connected to a cooling surface of a heat sink; - the second submodule terminal (X 2) of a first of the at least two submodules (SM; SM1,...,SM8) is connected to the first submodule terminal (X 1) of a second of the at least two submodules (SM; SM1,..., SM8);
A system 100 for acquiring and correlating session-related information from an Internet Protocol Multimedia Subsystem, IMS, the system being configured to acquire control plane information from control plane signalling tapped at a Proxy Call Session Control Function, P-CSCF, (420, 422); acquire user plane information from user plane traffic tapped at an access gateway, AGW, (428, 430); acquire context information from tapped signalling at an Iq interface between the P-CSCF (420, 422) and the AGW (428, 430); and correlate the control plane information and the user plane information acquired for a particular session using the acquired context information. acquire control plane information from control plane signalling tapped at a Proxy Call Session Control Function, P-CSCF, (420, 422); acquire user plane information from user plane traffic tapped at an access gateway, AGW, (428, 430); acquire context information from tapped signalling at an Iq interface between the P-CSCF (420, 422) and the AGW (428, 430); and correlate the control plane information and the user plane information acquired for a particular session using the acquired context information.
Kitchen machine characterized by the interchangeability between the cup and pan thus ensuring an alternate or complementary use of both containers that clearly have different volumes - the cup which allows cooking meals for two to four persons while the pan allows cooking a larger number of meals for more than four persons due to its considerably higher capacity compared to the cup - wherein all the coupling system of the base of the cup is equivalent and transposable to the coupling system of the base of the pan to the machine body, and thus its alternate use is totally feasible and interchangeable in the same machine, and wherein the locking system is formed in the zone of the machine vat by four cavities distributed at 90° from each other which are recessed and where the couplings of the base of the cup and/or pan are inlaid when placed in the kitchen machine, each cavity having a window which is coincident with the window of the cup base and/or pan base and through which passes the jointly coupling of the rotating locking ring, wherein each one and every component in the outer zone of the machine vat is harmonized to both the bases (10, 11) of the containers, namely: a block consisting of five pins, a hexagonal socket of the engine coupling, a block of rotating blades which are movable and applicable inside the containers (5, 6); wherein the entire locking mechanism of the containers (5, 6) to the machine body is also compatible to both containers.
Modified OSB board (oriented strand board, 10) with an upper side and a lower side, wherein the upper and /or lower side of the OSB-board are coated with at least two paper layers (2, 3), wherein the paper layer being adjacent to the board surface as first paper layer is impregnated with at least one resin, and wherein the second paper layer arranged on the first paper layer is a raw paper layer, characterised in that the weight of the raw paper is between 100 and 300 g/m 2, and wherein the modified OSB board comprises depressions at different positions along the OSB board on at least one side of the board; wherein the pattern of the depressions and the distance between the depressions along the OSB board is configured to match a lath grate the OSB boards are configured to be fastened to. wherein the upper and /or lower side of the OSB-board are coated with at least two paper layers (2, 3), wherein the paper layer being adjacent to the board surface as first paper layer is impregnated with at least one resin, and wherein the second paper layer arranged on the first paper layer is a raw paper layer, characterised in that the weight of the raw paper is between 100 and 300 g/m 2, and wherein the modified OSB board comprises depressions at different positions along the OSB board on at least one side of the board; wherein the pattern of the depressions and the distance between the depressions along the OSB board is configured to match a lath grate the OSB boards are configured to be fastened to.
A simulator for driving a prosthetic element, comprising a prosthetic drive mechanism that drives the prosthetic element; a sensor that measures the force applied to the prosthetic element; and a feedback control system (400E, 700) responsive to the sensor and to a simulation input to drive the prosthetic drive mechanism, the control system including a computational model (102, 755) that incorporates representation of a ligament, characterized in that the representation includes three dimensional geometry and mechanical properties of the ligament. a prosthetic drive mechanism that drives the prosthetic element; a sensor that measures the force applied to the prosthetic element; and a feedback control system (400E, 700) responsive to the sensor and to a simulation input to drive the prosthetic drive mechanism, the control system including a computational model (102, 755) that incorporates representation of a ligament, characterized in that the representation includes three dimensional geometry and mechanical properties of the ligament.
Watch case whose orientation is defined with respect to a central axis A perpendicular to the plane of the watch case, said watch case comprising a first part and a second part capable of adopting a so-called locking position, a so-called assembly position and a so-called disassembly position with respect to one another, the first part comprising a plurality of flanges distributed over its outer periphery and projecting in a direction opposite the central axis A, at least one of the flanges comprising a catch extending in a direction parallel to said central axis A, the second part comprising on its inner periphery a plurality of recesses allowing the passage of said flanges in the assembly and disassembly positions, said recesses opening out into a groove formed over the entire periphery of an inner wall of the second part, said groove accommodating the flanges in each of the positions and in turn opening into a slot formed on a portion of the periphery of the inner wall of the second part, said slot being delimited at its ends by respectively a first stop and a second stop, said slot accommodating the catch with the first stop limiting the movement of the catch in the disassembly and assembly positions, and with the second stop limiting the movement of the catch in the locking position, said watch case also comprising a first compression seal applying a clamping force to the first part in a direction perpendicular to the central axis A in the locking position.
A method for transmitting, by an evolved NodeB, eNB, which operates in LTE in an unlicensed, LTE-U, spectrum, a discovery reference signal, DRS, in a wireless communication system, the method comprising: configuring, by the eNB, a periodic transmission of the DRS with DRS occasion; starting, by the eNB, carrier sensing on a channel related to a wireless local area network, WLAN, before the DRS occasion by a maximum allowed channel occupancy time of the WLAN; detecting, by the eNB, the channel is busy by the WLAN; occupying, by the eNB, the channel immediately after the channel becomes idle; transmitting, by the eNB, a reservation signal until the DRS occasion; and transmitting, by the eNB, the DRS in the DRS occasion, and wherein a periodicity of the DRS occasion is longer than the maximum allowed channel occupancy time. configuring, by the eNB, a periodic transmission of the DRS with DRS occasion; starting, by the eNB, carrier sensing on a channel related to a wireless local area network, WLAN, before the DRS occasion by a maximum allowed channel occupancy time of the WLAN; detecting, by the eNB, the channel is busy by the WLAN; occupying, by the eNB, the channel immediately after the channel becomes idle; transmitting, by the eNB, a reservation signal until the DRS occasion; and transmitting, by the eNB, the DRS in the DRS occasion, and wherein a periodicity of the DRS occasion is longer than the maximum allowed channel occupancy time.
Base module for a switch cabinet system, wherein the base module has a housing with a first housing side and further housing sides, wherein the first housing side has a grid of openings, wherein the housing has connection elements for functional modules, wherein the connection elements are each arranged in the region of the openings of the first housing side, wherein the connection elements comprise data connections, extra-low-voltage connections and low-voltage connections, wherein the data connections are connected to one another by means of a data line of the base module, wherein a field-bus connection for the data line can be provided, wherein the data line is arranged inside the housing, wherein an extra-low-voltage line and a low-voltage line are arranged inside the housing, wherein the extra-low-voltage line is connected to the extra-low-voltage connections, and the low-voltage line is connected to the low-voltage connections, wherein an extra-low-voltage of up to 50 V AC and/or 120 V DC can be provided via the extra-low-voltage line and the extra-low-voltage connections, and a low-voltage above the extra-low-voltage and up to 1000 V AC and/or 1500 V DC can be provided via the low-voltage line and the low-voltage connections, characterized in that the housing has two channels (51, 52), wherein the data connections and the extra-low-voltage connections are arranged in a first channel, and the low-voltage connections are arranged in a second channel, wherein a first partition is arranged between the first channel and the second channel.
A robot system including: a mobile vacuum cleaning, floor washing or lawn cutting robot; a wireless communication system (202, 204) for communicating with the mobile robot; wherein the wireless communication system includes a network interface unit configured to communicably interface with a first network and to wirelessly transmit data to the robot; a server configured to communicate with the network interface unit via the first network, wherein the network interface unit is configured to convert the data from a wireless protocol to a network protocol used by the first network; wherein the robot is configured to wirelessly transmit data to the network interface unit which transmits the data to the server; and wherein the server is configured to produce robot usage and/or robot behavior information based on the data transmitted to the server; wherein the wireless communication system further provides a wireless upgrade or update function of the robot based on the robot usage and/or robot behavior information produced by the server, wherein the wireless upgrade or update includes modifying robot performance by learned effects of an actual customer home. a mobile vacuum cleaning, floor washing or lawn cutting robot; a wireless communication system (202, 204) for communicating with the mobile robot; wherein the wireless communication system includes a network interface unit configured to communicably interface with a first network and to wirelessly transmit data to the robot; a server configured to communicate with the network interface unit via the first network, wherein the network interface unit is configured to convert the data from a wireless protocol to a network protocol used by the first network; wherein the robot is configured to wirelessly transmit data to the network interface unit which transmits the data to the server; and wherein the server is configured to produce robot usage and/or robot behavior information based on the data transmitted to the server; wherein the wireless communication system further provides a wireless upgrade or update function of the robot based on the robot usage and/or robot behavior information produced by the server, wherein the wireless upgrade or update includes modifying robot performance by learned effects of an actual customer home.
A bale splitter comprising a support element adapted for mounting on a front end loader arm or a back actor arm of a tractor or other prime mover, a pair of spaced apart first tines extending from the support element, a knife moveably mounted on the support element and being co-operable with the first tines for splitting the bale, and a primary engagement means (31,51) for engaging the wrapping material, characterised in that a disengagement means is provided, and the disengagement means is co-operable with the first tines for disengaging the wrapping material from the primary engagement means (31,51).
Lumbar support for a chair having a backrest that has backrest carriers that are pivotable independently of one another, wherein the lumbar support comprises: supporting regions (10a, 10b); spring elements, wherein the supporting regions (10a, 10b) are each spring-mounted on a separate spring element, wherein each spring element has a spring action, wherein the spring action of each spring element is settable individually; and a carrier, wherein each of the spring elements is arranged on the carrier, which is able to be hinged to the backrest carriers that are pivotable independently of one another, wherein the supporting regions (10a, 10b) are each mounted on the associated spring element by means of a lever mechanism (6a, 6b), characterized in that the supporting regions (10a, 10b) are movable synchronously relative to the carrier via a gear mechanism operatively connected to the respective lever mechanism (6a, 6b). supporting regions (10a, 10b); spring elements, wherein the supporting regions (10a, 10b) are each spring-mounted on a separate spring element, wherein each spring element has a spring action, wherein the spring action of each spring element is settable individually; and a carrier, wherein each of the spring elements is arranged on the carrier, which is able to be hinged to the backrest carriers that are pivotable independently of one another, wherein the supporting regions (10a, 10b) are each mounted on the associated spring element by means of a lever mechanism (6a, 6b), characterized in that the supporting regions (10a, 10b) are movable synchronously relative to the carrier via a gear mechanism operatively connected to the respective lever mechanism (6a, 6b).
A locked loop circuit comprising: phase detection circuitry configured to compare an input clock signal to a feedback signal to generate a control signal; a clock signal generation circuit configured to generate a periodic output signal in response to the control signal; a first frequency divider configured to divide a frequency of the periodic output signal by a first value to generate a first frequency divided signal; a second frequency divider configured to divide the frequency of the periodic output signal by a second value to generate a second frequency divided signal; and a multiplexer configured to route the first frequency divided signal to the phase detection circuitry as the feedback signal during a first portion of each period of a select signal, and to route the second frequency divided signal to the phase detection circuitry as the feedback signal during a second portion of each period of the select signal, characterized by a third frequency divider configured to divide a frequency of the first frequency divided signal by a third value to generate a third frequency divided signal; wherein the third frequency divided signal is used to generate the select signal, the period of the select signal being based on the period of the third frequency divided signal, and the select signal is transmitted to a select input terminal of the multiplexer. phase detection circuitry configured to compare an input clock signal to a feedback signal to generate a control signal; a clock signal generation circuit configured to generate a periodic output signal in response to the control signal; a first frequency divider configured to divide a frequency of the periodic output signal by a first value to generate a first frequency divided signal; a second frequency divider configured to divide the frequency of the periodic output signal by a second value to generate a second frequency divided signal; and a multiplexer configured to route the first frequency divided signal to the phase detection circuitry as the feedback signal during a first portion of each period of a select signal, and to route the second frequency divided signal to the phase detection circuitry as the feedback signal during a second portion of each period of the select signal, characterized by a third frequency divider configured to divide a frequency of the first frequency divided signal by a third value to generate a third frequency divided signal; wherein the third frequency divided signal is used to generate the select signal, the period of the select signal being based on the period of the third frequency divided signal, and the select signal is transmitted to a select input terminal of the multiplexer.