mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: an external midfield power source including a first circuitry configured to provide radio frequency signals to a particular location in tissue, the external midfield power source further comprising: a top cover including a thermally conductive material; and a bottom cover including a thermally insulative material, wherein the top cover and bottom cover combine to completely enclose the first circuitry; and an at least partially implantable device (110, 600) configured to receive the RF signals from the external midfield power source, the implantable device (110, 600) including a distal portion and a proximal portion, wherein the implantable device (110, 600) includes second circuitry in a first housing, an antenna in a separate second housing in the proximal portion, and a plurality of electrodes on, or at least partially in, the distal portion, and wherein the antenna is electrically coupled to the second circuitry in the first housing and the first housing is situated between the second housing and the electrodes, wherein the external midfield power source further includes thermally conductive fins formed into a surface of the top cover facing away from the first circuitry, recesses in a surface of the bottom cover facing the first circuitry within a footprint of the first circuitry, and air vents (10734A-D) in the surface of the bottom cover and outside the footprint of the first circuitry, the air vents thermally coupled to the recesses to dissipate heat towards the top cover. an external midfield power source including a first circuitry configured to provide radio frequency signals to a particular location in tissue, the external midfield power source further comprising: a top cover including a thermally conductive material; and a bottom cover including a thermally insulative material, wherein the top cover and bottom cover combine to completely enclose the first circuitry; and an at least partially implantable device (110, 600) configured to receive the RF signals from the external midfield power source, the implantable device (110, 600) including a distal portion and a proximal portion, wherein the implantable device (110, 600) includes second circuitry in a first housing, an antenna in a separate second housing in the proximal portion, and a plurality of electrodes on, or at least partially in, the distal portion, and wherein the antenna is electrically coupled to the second circuitry in the first housing and the first housing is situated between the second housing and the electrodes, wherein the external midfield power source further includes thermally conductive fins formed into a surface of the top cover facing away from the first circuitry, recesses in a surface of the bottom cover facing the first circuitry within a footprint of the first circuitry, and air vents (10734A-D) in the surface of the bottom cover and outside the footprint of the first circuitry, the air vents thermally coupled to the recesses to dissipate heat towards the top cover.
An axial piston motor having at least one compressor cylinder, having at least one working cylinder and having at least one pressure line, through which compressed fuel is conducted from the compressor cylinder via a combustion chamber to the working cylinder, wherein the fuel flow from the combustion chamber to the working cylinder is controlled via at least one control piston, which is driven by a control drive comprising a control shaft, characterized in that the control piston, in addition to the force generated by the control drive, is subjected, on its side facing away from the combustion chamber, to a compensation force that is directed opposite to the combustion chamber pressure.
An ergonomic workstation with assisted movement for hairdressers enabling adjustment of the hairdressing worker's workspace, both in its vertical dimension and in his horizontal reach, enabling the hairdresser to work sitting down, with bent knees or standing up, wherein the ergonomic workstation comprises a saddle-type seat and a supporting backrest with armrests, both joined to a vertical section of a frame, a side elevation of which has a right angle and the horizontal section of the frame parallel to the floor of which is fixed at its free far end to a turning element with an anchoring element with a torque between them; the turning element surrounds the base of a client's chair and is fixed by a screwed clamp joint; wherein the length of the horizontal section of the frame is changeable according to the hairdresser's requirements by the use of a telescopic tubular structure of concentric rods; the height of the seat and backrest is adjusted by a lift system of a gas piston located in the vertical section of the frame under the seat, which is in its natural extended position when its valve is not operated, the valve being activated when the hairdresser makes a slight movement to tilt the backrest, use of his hands therefore being unnecessary, this action ordering activation of the gas piston and the consequent descent of the seat/backrest ( 10,11) assembly through an activation system consisting of a set of levers; it has at least one caster wheel as a rolling support located in the horizontal section of the frame.
A process for preparing alkanesulfonic acids from sulfur trioxide and an alkane, wherein the produced raw alkane sulfonic acid is purified in a distillation process comprising at least two steps, wherein said distillation process comprising at least two distillation steps is operated at a temperature in the range of 130° C to 200° C and at a pressure in the range of 1 to 20 mbar in all distillation columns.
A method for controlling operation of an agricultural sprayer machine, the method comprising: scanning a smart label, the smart label affixed to a container containing a composition to be applied by the machine; automatically adjusting controls of the machine based on information contained in the smart label; and causing application of the composition from the machine to a field according to the adjusted controls; characterised in that the information comprises a nozzle performance specification, and wherein automatically adjusting comprises adjusting nozzle settings of a sprayer of the machine to match the specified nozzle performance, adjusting navigation controls of the machine, or adjusting a combination of the nozzle settings and the navigation controls. scanning a smart label, the smart label affixed to a container containing a composition to be applied by the machine; automatically adjusting controls of the machine based on information contained in the smart label; and causing application of the composition from the machine to a field according to the adjusted controls; characterised in that the information comprises a nozzle performance specification, and wherein automatically adjusting comprises adjusting nozzle settings of a sprayer of the machine to match the specified nozzle performance, adjusting navigation controls of the machine, or adjusting a combination of the nozzle settings and the navigation controls.
An apparatus for detecting an analyte in blood comprising: a sensor that detects the presence of an analyte; an assembly means having a sensor end and an exterior face, wherein the sensor is affixed to the sensor end of the assembly means, and a venous flow device comprising an external blood loop having a lumen and containing a T-connector; wherein the assembly means comprises a luer lock and the sensor protrudes into the lumen of the blood loop upon connection of the assembly means to the T-connector via said luer lock. a sensor that detects the presence of an analyte; an assembly means having a sensor end and an exterior face, wherein the sensor is affixed to the sensor end of the assembly means, and a venous flow device comprising an external blood loop having a lumen and containing a T-connector; wherein the assembly means comprises a luer lock and the sensor protrudes into the lumen of the blood loop upon connection of the assembly means to the T-connector via said luer lock.
An entryway control system for operation of an entryway device, the entryway control system comprising: a lockset device having a lockset transceiver and a lock mechanism adapted to lock and unlock the entryway device; and a door closer system for the entry way device, comprising: a door closer; at least one sensor (238a-c) coupled to the door closer or the entryway device and configured to sense at least one of: (a) a position of the door closer or the entryway device, and (b) a speed of displacement of at least a portion of the door closer or the entryway device; and a wireless communication transceiver positioned within the door closer, in communication with the at least one sensor (238a-c), and configured to wirelessly transmit information detected by the at least one sensor (238a-c) to the lockset transceiver of the lockset device, wherein the lockset transceiver is configured to wirelessly transmit the information to an access control system. a lockset device having a lockset transceiver and a lock mechanism adapted to lock and unlock the entryway device; and a door closer system for the entry way device, comprising: a door closer; at least one sensor (238a-c) coupled to the door closer or the entryway device and configured to sense at least one of: (a) a position of the door closer or the entryway device, and (b) a speed of displacement of at least a portion of the door closer or the entryway device; and a wireless communication transceiver positioned within the door closer, in communication with the at least one sensor (238a-c), and configured to wirelessly transmit information detected by the at least one sensor (238a-c) to the lockset transceiver of the lockset device, a door closer; at least one sensor (238a-c) coupled to the door closer or the entryway device and configured to sense at least one of: (a) a position of the door closer or the entryway device, and (b) a speed of displacement of at least a portion of the door closer or the entryway device; and a wireless communication transceiver positioned within the door closer, in communication with the at least one sensor (238a-c), and configured to wirelessly transmit information detected by the at least one sensor (238a-c) to the lockset transceiver of the lockset device, wherein the lockset transceiver is configured to wirelessly transmit the information to an access control system.
A circuit, comprising: an encoder to receive first and second data words (D1 n, D2 m) and to generate a first code word (DQ1 n) with a first DBI bit corresponding to the first data word (D1 n) and a second code word (DQ2 m) with a second DBI bit corresponding to the second data word (D2 m), the first code word (DQ1 n) including a first plurality of data bits and the second code word (DQ2 m) including a second plurality of data bits; and a transmitter configured to transmit in parallel the first and the second code words (OQ1 n, DQ2 m) over a communication link, characterized in that: the encoder is configured to encode the first data word (D1 n) based at least in part on the Hamming Weight of the first data word (D1 n) and the Hamming Weight of the second data word (D2 m) such that a combined Hamming Weight related to the first and second code words (DQ1 n, DQ2 m) is in a predetermined range. an encoder to receive first and second data words (D1 n, D2 m) and to generate a first code word (DQ1 n) with a first DBI bit corresponding to the first data word (D1 n) and a second code word (DQ2 m) with a second DBI bit corresponding to the second data word (D2 m), the first code word (DQ1 n) including a first plurality of data bits and the second code word (DQ2 m) including a second plurality of data bits; and a transmitter configured to transmit in parallel the first and the second code words (OQ1 n, DQ2 m) over a communication link, the encoder is configured to encode the first data word (D1 n) based at least in part on the Hamming Weight of the first data word (D1 n) and the Hamming Weight of the second data word (D2 m) such that a combined Hamming Weight related to the first and second code words (DQ1 n, DQ2 m) is in a predetermined range.
Shelf for a motor vehicle, intended to be fixed between a rear pillar, an upper surface of a rear wheel arch and a bodyshell side of said motor vehicle, characterized in that the shelf comprises a single part comprising: a. a central area extending substantially on a central plane, said central area being delimited by a perimeter; b. a contour extending at all points on the perimeter in a direction (36, 37, 38, 39) which intersects, and is preferably perpendicular to, the central plane. a. a central area extending substantially on a central plane, said central area being delimited by a perimeter; b. a contour extending at all points on the perimeter in a direction (36, 37, 38, 39) which intersects, and is preferably perpendicular to, the central plane.
A method of interrogating a phase based transducer, said transducer providing a change in phase of signal propagation in response to a sensed parameter, said method comprising: receiving a signal propagated through said transducer, the signal comprising a pulse train comprising at least a pair of pulses separated by a delay, interfering a pulse representing the state of the transducer at a first time and a pulse representing the state of the transducer at a second time, the two pulses having undergone the same optical path at different times, and determining from the interferred pulses a measure of the rate of change of phase with time of said signal. receiving a signal propagated through said transducer, the signal comprising a pulse train comprising at least a pair of pulses separated by a delay, interfering a pulse representing the state of the transducer at a first time and a pulse representing the state of the transducer at a second time, the two pulses having undergone the same optical path at different times, and determining from the interferred pulses a measure of the rate of change of phase with time of said signal.
Apparatus comprising: an artificial cardiac valve having an annulus; and a stent-valve (600,800) implantable within an interior of the artificial cardiac valve to replace the valve function when the artificial cardiac valve fails, the stent-valve (600,800) comprising a stent component and a valve component housed by the stent component, wherein the stent-valve (600,800) is securable in place at a cardiac valve site by the artificial cardiac valve, the stent valve having a fixation element (202, 302, 610) for receiving the annulus of the artificial cardiac valve when the stent-valve (600,800) is implanted within the artificial cardiac valve, wherein the stent component is capable of at least two configurations, wherein the first configuration is a collapsed configuration and wherein the second configuration is an expanded configuration, and wherein the stent component is made of a shape memory alloy material and configured to be held in a collapsed configuration by a sheath or wrap. an artificial cardiac valve having an annulus; and a stent-valve (600,800) implantable within an interior of the artificial cardiac valve to replace the valve function when the artificial cardiac valve fails, the stent-valve (600,800) comprising a stent component and a valve component housed by the stent component, wherein the stent-valve (600,800) is securable in place at a cardiac valve site by the artificial cardiac valve, the stent valve having a fixation element (202, 302, 610) for receiving the annulus of the artificial cardiac valve when the stent-valve (600,800) is implanted within the artificial cardiac valve, wherein the stent component is capable of at least two configurations, wherein the first configuration is a collapsed configuration and wherein the second configuration is an expanded configuration, and wherein the stent component is made of a shape memory alloy material and configured to be held in a collapsed configuration by a sheath or wrap.
Method for producing a decorated element for a timepiece or piece of jewellery, the method including the steps of: - taking a base substrate, and micromachining on said base substrate a mould or decorative partitions in a programmed pattern, and - filling the mould or decorative partitions with at least one filler material to obtain the decorated element, characterised in that the mould or the decorative partitions are obtained by the selective melting or selective sintering of a powder on the base substrate in a selective melting or selective sintering machine using a laser beam or an electron beam or in an additive fabrication machine of a metal, ceramic or ceramo-metallic layer, such as cermet, along a stored line of the pattern to be created. - taking a base substrate, and micromachining on said base substrate a mould or decorative partitions in a programmed pattern, and - filling the mould or decorative partitions with at least one filler material to obtain the decorated element,
A closure device for a container, the container having a neck including an annular flange along an outer surface of the neck, the closure device comprising: a cap body; a tamper evident band, the TE band defined such that, when assembled onto the container, the TE band is positioned below the annular flange for cooperation therewith; a first hinge and a second hinge defined on the cap body; a first leash and a second leash connecting the cap body to the TE band, the first leash interconnecting the first hinge and the TE band, and the second leash interconnecting the second hinge and the TE band; the first leash and the second leash originating from separate locations on the TE band; and a tongue protruding from the cap body between the first hinge and the second hinge; the closure device being characterized by: a protruding portion extending from the TE band towards the tongue; wherein when the cap body is actuated from a closed configuration relative to the neck to the fully open position: the first leash and the second leash are configured to be separated from the TE band during opening, but to remain connected thereto to retain the cap body to the TE band; and an interaction of the tongue and the protruding portion extending from the TE band is configured to retain the cap body in the fully open position. a cap body; a tamper evident band, the TE band defined such that, when assembled onto the container, the TE band is positioned below the annular flange for cooperation therewith; a first hinge and a second hinge defined on the cap body; a first leash and a second leash connecting the cap body to the TE band, the first leash interconnecting the first hinge and the TE band, and the second leash interconnecting the second hinge and the TE band; the first leash and the second leash originating from separate locations on the TE band; and a tongue protruding from the cap body between the first hinge and the second hinge; a protruding portion extending from the TE band towards the tongue; wherein when the cap body is actuated from a closed configuration relative to the neck to the fully open position: the first leash and the second leash are configured to be separated from the TE band during opening, but to remain connected thereto to retain the cap body to the TE band; and an interaction of the tongue and the protruding portion extending from the TE band is configured to retain the cap body in the fully open position. the first leash and the second leash are configured to be separated from the TE band during opening, but to remain connected thereto to retain the cap body to the TE band; and an interaction of the tongue and the protruding portion extending from the TE band is configured to retain the cap body in the fully open position.
A vacuum cleaner, comprising: a main body having a suction flow passage positioned in a lower portion thereof, and a main body inlet in communication with the suction flow passage; a dust container having a dust inlet; and a dust separator configured to separate dust from air by a cyclone principle and having a lower side in communication with the suction flow passage, wherein the main body further comprises a fan mounting portion configured to receive a fan and fan drive assembly mounted therein, and wherein the fan draws air through the dust separator; wherein the dust separator has a dust discharge portion at an upper side thereof in communication with the dust inlet, and air passes into the main body inlet in a substantially horizontal direction characterized in that air is discharged through a main body outlet in a substantially horizontal direction; and the dust container, the dust separator, and the fan mounting portion are positioned in succession in a lengthwise direction of the main body. a main body having a suction flow passage positioned in a lower portion thereof, and a main body inlet in communication with the suction flow passage; a dust container having a dust inlet; and a dust separator configured to separate dust from air by a cyclone principle and having a lower side in communication with the suction flow passage, wherein the main body further comprises a fan mounting portion configured to receive a fan and fan drive assembly mounted therein, and wherein the fan draws air through the dust separator; wherein the dust separator has a dust discharge portion at an upper side thereof in communication with the dust inlet, and air passes into the main body inlet in a substantially horizontal direction air is discharged through a main body outlet in a substantially horizontal direction; and the dust container, the dust separator, and the fan mounting portion are positioned in succession in a lengthwise direction of the main body.
An apparatus comprising a buffer estimation module for estimating if a base station has data buffered for a mobile communication device; a scheduling estimation module for determining how frequently the mobile communication device has been scheduled to receive data from the base station; a radio quality module for determining a radio quality indication of a communication channel between the mobile communication device and the base station; and a throughput estimation module for predicting downlink throughput from the base station to the mobile communication device based on at least output from the buffer estimation module, the scheduling estimation module and the radio quality module. a buffer estimation module for estimating if a base station has data buffered for a mobile communication device; a scheduling estimation module for determining how frequently the mobile communication device has been scheduled to receive data from the base station; a radio quality module for determining a radio quality indication of a communication channel between the mobile communication device and the base station; and a throughput estimation module for predicting downlink throughput from the base station to the mobile communication device based on at least output from the buffer estimation module, the scheduling estimation module and the radio quality module.