mhurhangee/ep-ind-claims huggingface dataset:
A behind-the-ear mountable earphone comprising: a C-shaped ear support, the support comprising a first section extending between a first end and the top of the "C", adapted to fit behind a user's ear, and a second section extending from the top of the "C" to a second end, the second section in a plane different from the first section, so that when the first section is behind the user's ear, the second section extends over the front of the user's ear, wherein the first section of the C-shaped support comprises an outer layer of relatively hard plastic, an intermediate layer of relatively less hard plastic than the outer layer, and an inner layer of relatively less hard plastic than the intermediate layer, for engaging a crease between the user's head and ear; and an earphone telescopingly mounted on the second end of the C-shaped support, the earphone comprising a body with a circular face adapted to be received in the concha of the user's ear, the earphone including a wire guide extending perpendicular to the body and parallel to the circular face, the circular face disposed at an angle with respect to the first section of the C-shaped support, an end of the wire guide extending into the second end of the C-shaped support, the end of the wire guide and the second end of the C-shaped support having corresponding cross-sections that allow the earphone to slide but not rotate relative to the C-shaped support. a C-shaped ear support, the support comprising a first section extending between a first end and the top of the "C", adapted to fit behind a user's ear, and a second section extending from the top of the "C" to a second end, the second section in a plane different from the first section, so that when the first section is behind the user's ear, the second section extends over the front of the user's ear, wherein the first section of the C-shaped support comprises an outer layer of relatively hard plastic, an intermediate layer of relatively less hard plastic than the outer layer, and an inner layer of relatively less hard plastic than the intermediate layer, for engaging a crease between the user's head and ear; and an earphone telescopingly mounted on the second end of the C-shaped support, the earphone comprising a body with a circular face adapted to be received in the concha of the user's ear, the earphone including a wire guide extending perpendicular to the body and parallel to the circular face, the circular face disposed at an angle with respect to the first section of the C-shaped support, an end of the wire guide extending into the second end of the C-shaped support, the end of the wire guide and the second end of the C-shaped support having corresponding cross-sections that allow the earphone to slide but not rotate relative to the C-shaped support.
A method of manufacturing a coated needle electrode comprising the steps of: - holding an uncoated sharpened needle by the tip by a magnet, where the contact between the magnet and the needle is limited to the end of the sharpened tip of the needle, - dipping the uncoated sharpened needle into a bath of coating material, and - withdrawing the sharpened needle from the bath of coating material. - holding an uncoated sharpened needle by the tip by a magnet, where the contact between the magnet and the needle is limited to the end of the sharpened tip of the needle, - dipping the uncoated sharpened needle into a bath of coating material, and - withdrawing the sharpened needle from the bath of coating material.
A percutaneous ostomy implant (1, 101, 201) comprising a tubular interior section (2, 102, 202) for implantation into a patient and an exterior section (3, 103, 203) connected to the interior section (2, 102, 202), a surface of the exterior section (3, 103, 203) comprising a rigid three-dimensional porous structure (13, 113, 213, 313) at an inner circumference thereof characterized in that the thickness of any member forming the porous structure (13, 113, 213, 313) is less than or equal to 500 μm and/or the maximum diameter of any opening in the porous structure is 500 μm.
A method (300A; 300B) of maintaining a radio time base used to schedule communication in a radio network, the method comprising - determining a course of a frequency relation (r) between a reference oscillator and a clock, wherein the course of the frequency relation is represented by a sequence of the frequency relation for a plurality of points in time (t 1, t 2, t 3, t 4, t 5) prior to a period of reduced power, and wherein determining the course of the frequency relation includes estimating the frequency relation for each of the plurality of points in time of the sequence; - switching off the reference oscillator during the period of reduced power (418; 420), wherein the period of reduced power is postponed for further determination, if the course of the frequency relation determined so far is insufficient; - predicting, based on a result of the determination and for a given time in or after the period of reduced power, the frequency relation between the reference oscillator and the clock; - restoring, based on a result of the prediction, the radio time base in or after the period of reduced power; and - communicating in the radio network at a time determined by the restored radio time base. - determining a course of a frequency relation (r) between a reference oscillator and a clock, wherein the course of the frequency relation is represented by a sequence of the frequency relation for a plurality of points in time (t 1, t 2, t 3, t 4, t 5) prior to a period of reduced power, and wherein determining the course of the frequency relation includes estimating the frequency relation for each of the plurality of points in time of the sequence; - switching off the reference oscillator during the period of reduced power (418; 420), wherein the period of reduced power is postponed for further determination, if the course of the frequency relation determined so far is insufficient; - predicting, based on a result of the determination and for a given time in or after the period of reduced power, the frequency relation between the reference oscillator and the clock; - restoring, based on a result of the prediction, the radio time base in or after the period of reduced power; and - communicating in the radio network at a time determined by the restored radio time base.
Solar radiation receiver having a receiver chamber having at least one radiation opening through which concentrated solar radiation can be introduced into the receiver chamber, having at least one solar absorber device which has at least one solid medium block and having at least one opening, wherein the solar absorber device comprises a transport device, wherein the at least one sold medium block is fastened to the transport device, characterized in that the at least one solar absorber device is inserted through the at least one opening such that the at least one solid medium block is arranged in the receiver chamber, and is removed through the same.
A dual-band multimode antenna feed for a high-frequency band and a low-frequency band, the feed comprising four high-frequency waveguide ports (8a, 8b, 8c, 8d) each high-frequency waveguide port (8a, 8b, 8c, 8d) being connected to a respective high-frequency input/output waveguide (9a, 9b, 9c, 9d), each high-frequency input/output waveguide (9a, 9b, 9c, 9d) having a high-frequency waveguide aperture (10a, 10b, 10c, 10d) facing a first section for mixing electromagnetic modes in the E-plane, the first section being connected to a second section for mixing electromagnetic modes in the H-plane, characterized in that the feed further comprises a low-frequency waveguide port connected to a low-frequency input/output waveguide, wherein a low-frequency waveguide aperture faces the first section, wherein a filter is arranged inside the first section, the filter being arranged to be transparent for plane wave modes exhibited at lower frequencies and reflecting for plane wave modes exhibited at higher frequencies.
A gate protection circuit comprising: a clock signal generator configured to generate a plurality of gate clock signals; a gate driver configured to output gate signals based on the plurality of gate clock signals, the gate driver comprising a plurality of cascading gate driving circuits; and a monitoring line configured to transmit a feedback signal based on the plurality of gate clock signals via the plurality of gate driving circuits to the clock signal generator, wherein the clock signal generator is configured to block generation of the plurality of gate clock signals in response to the feedback signal, wherein a plurality of gate clock lines corresponding to the plurality of gate clock signals are connected in parallel and are connected to the monitoring line, wherein the feedback signal comprises a voltage in which the plurality of gate clock signals overlap each other, wherein the gate clock signals have a same cycle and different phases, wherein the plurality of gate clock signals comprises n gate clock signals each configured to be phase-shifted by 1/nth of one cycle and to be output sequentially, and wherein the clock signal generator is configured to block the generation of the plurality of gate clock signals when the feedback signal comprises a blank section or a low level. a clock signal generator configured to generate a plurality of gate clock signals; a gate driver configured to output gate signals based on the plurality of gate clock signals, the gate driver comprising a plurality of cascading gate driving circuits; and a monitoring line configured to transmit a feedback signal based on the plurality of gate clock signals via the plurality of gate driving circuits to the clock signal generator, wherein the clock signal generator is configured to block generation of the plurality of gate clock signals in response to the feedback signal, wherein a plurality of gate clock lines corresponding to the plurality of gate clock signals are connected in parallel and are connected to the monitoring line, wherein the feedback signal comprises a voltage in which the plurality of gate clock signals overlap each other, wherein the gate clock signals have a same cycle and different phases, wherein the plurality of gate clock signals comprises n gate clock signals each configured to be phase-shifted by 1/nth of one cycle and to be output sequentially, and wherein the clock signal generator is configured to block the generation of the plurality of gate clock signals when the feedback signal comprises a blank section or a low level.
Water-bearing domestic appliance, in particular dishwasher, with a liquid storage container, in particular a storage container in which it is possible to store washing liquor temporarily, wherein there is at least one flow control element (39a, 39b, 39c) arranged in the liquid chamber of the storage container to divert and/or to split the washing liquor flowing into the storage container or being discharged from it, characterised in that the flow control element (39a, 39b, 39c) is punctuated with cut-outs at least in part.
Device for performing immunological, histochemical and cytochemical, molecular-biological, enzymological, clinical-chemical and other analyses, comprising: an object holder having at least two elongate adhesive surfaces and a solid-phase substrate secured thereto, and a reagent holder having at least two elongate channels, where means (11, 13, 14) are provided for preventing the liquid from passing from one channel to an adjacent channel, characterized in that means are provided which help to arrange the object holder and the reagent holder in a defined position relative to one another in the connected state, the object holder is detachably connectable to the reagent holder in such a manner that a respective one of the elongate adhesive surfaces faces a respective one of the channels, and in that solid-phase substrate can be arranged on the elongate adhesive surfaces and in that a liquid with reactants dissolved therein can be arranged in the channels, such that in the connected state of object holder and reagent holder solid-phase substrate and reactants are in contact, in that the channels of the reagent holders extend in length beyond the longitudinal ends of the adhesive surfaces of the object holders and in that the edges of the channels extend upwards in the section extending beyond the adhesive surfaces. an object holder having at least two elongate adhesive surfaces and a solid-phase substrate secured thereto, and a reagent holder having at least two elongate channels, where means (11, 13, 14) are provided for preventing the liquid from passing from one channel to an adjacent channel, characterized in that means are provided which help to arrange the object holder and the reagent holder in a defined position relative to one another in the connected state, the object holder is detachably connectable to the reagent holder in such a manner that a respective one of the elongate adhesive surfaces faces a respective one of the channels, and in that solid-phase substrate can be arranged on the elongate adhesive surfaces and in that a liquid with reactants dissolved therein can be arranged in the channels, such that in the connected state of object holder and reagent holder solid-phase substrate and reactants are in contact, in that the channels of the reagent holders extend in length beyond the longitudinal ends of the adhesive surfaces of the object holders and in that the edges of the channels extend upwards in the section extending beyond the adhesive surfaces.
A device for gripping and rotating an object, comprising at least: - two tong legs, which are connected to one another at an articulation point, - a gear mechanism, which is connected to the two tong legs, and - an actuating element, which is connected to the gear mechanism, wherein a first translational movement of the actuating element is converted by the gear mechanism in such a way that the tong legs can be pivoted toward one another, characterized in that the tong legs can also be rotated about an axis of rotation comprising the articulation point by the first translational movement of the actuating element. - two tong legs, which are connected to one another at an articulation point, - a gear mechanism, which is connected to the two tong legs, and - an actuating element, which is connected to the gear mechanism,
A device (100a, 100b, 100c, 100d, 100e, 100f, 100g) for incoupling optical signals into at least one waveguide, said device (100a, 100b, 100c, 100d, 100e, 100f, 100g) comprising at least one electro-optical converter which sends out the optical signals in the direction of the axis or of the core of the waveguide, - wherein the electro-optical converter is received in at least one send-site optical sub-assembly, - wherein the send-site optical sub-assembly comprises at least one guiding channel for aligning the waveguide in relation to the outlet opening or active surface of the electro-optical converter, characterized in that the end of the guiding channel averted from the electro-optical converter is preceded by at least one extension for aligning the waveguide in relation to the guiding channel in such a way that a stepless transition into the guiding channel is defined. - wherein the electro-optical converter is received in at least one send-site optical sub-assembly, - wherein the send-site optical sub-assembly comprises at least one guiding channel for aligning the waveguide in relation to the outlet opening or active surface of the electro-optical converter,
A method performed by a receiver for processing a multiple-in multiple-out, MIMO, signal associated with at least two layers in a communication system, the method comprising: decoding the MIMO signal, based on at least part of a parity check matrix to determine first low density parity check, LDPC, information bits and first parity bits corresponding to a first layer signal of the MIMO signal; determining second parity bits based on the first LDPC information bits and the first parity bits; determining a part of the first LDPC information bits; and determining a second layer signal of the MIMO signal to determine second LDPC information bits corresponding to the second layer signal, wherein the second layer signal is determined by removing a signal corresponding to the part of the first LDPC information bits, the first parity bits, and the second parity bits from the MIMO signal, and wherein all column weights of a submatrix corresponding to the first parity bits of the parity check matrix are larger than or equal to 2 and at least one of the column weights is larger than or equal to 3. decoding the MIMO signal, based on at least part of a parity check matrix to determine first low density parity check, LDPC, information bits and first parity bits corresponding to a first layer signal of the MIMO signal; determining second parity bits based on the first LDPC information bits and the first parity bits; determining a part of the first LDPC information bits; and determining a second layer signal of the MIMO signal to determine second LDPC information bits corresponding to the second layer signal, wherein the second layer signal is determined by removing a signal corresponding to the part of the first LDPC information bits, the first parity bits, and the second parity bits from the MIMO signal, and wherein all column weights of a submatrix corresponding to the first parity bits of the parity check matrix are larger than or equal to 2 and at least one of the column weights is larger than or equal to 3.
Process for treating flue dusts arising in the production of copper, in which the flue dusts are, after addition of sulfur and/or a sulfur compound, heated in a fluidized bed and volatile constituents are separated off, wherein the heating of the flue dusts is carried out in an inert atmosphere and the treatment of the flue dusts is carried out as a continuous process and a pyrometallurgical treatment of the flue dusts is carried out and a single-stage offgas treatment to separate off volatile constituents such as arsenic, bismuth, cadmium and/or lead is carried out, characterized in that separating-off of dust from the offgas discharged from the fluidized bed is carried out with the aid of a cyclone, wherein the dust which has been separated off is recirculated to the fluidized bed and wherein a separator is used downstream of the cyclone, and in that a proportion of sulfur dioxide in the offgas is on average not more than 5 percent by volume.
An aerosol generating device comprising: an accommodation portion configured to accommodate an aerosol generating article (200, 200a, 200b); a heater configured to heat the aerosol generating article (200, 200a, 200b) inserted in the accommodation portion; a temperature sensor configured to measure a temperature of the heater; and a controller configured to acquire temperature data of the heater based on the temperature of the heater measured by the temperature sensor, and generate a reuse detection signal based on a change in the temperature data which is caused by insertion of the aerosol generating article (200, 200a, 200b) into the accommodation portion. an accommodation portion configured to accommodate an aerosol generating article (200, 200a, 200b); a heater configured to heat the aerosol generating article (200, 200a, 200b) inserted in the accommodation portion; a temperature sensor configured to measure a temperature of the heater; and a controller configured to acquire temperature data of the heater based on the temperature of the heater measured by the temperature sensor, and generate a reuse detection signal based on a change in the temperature data which is caused by insertion of the aerosol generating article (200, 200a, 200b) into the accommodation portion.
Wood log or stub splitting apparatus comprising a support structure that includes a framework and a vertical upright, a hydraulic jack comprising a cylinder and a stem bearing a splitting blade displaceable between an inoperative receded position and an advanced splitting position with respect to a support surface of a wood log to be split, an actuation unit of the linear actuator, control means(10, 11, 25) of said said actuation unit to displace said splitting blade from said receded position to said advanced position and vice versa, said control means (10, 11, 25) including safety means requiring the action of both of the operator's hands to perform splitting operation, in which said actuation unit is configured to be rendered operational via said control means (10, 11, 25) in order to initially move said splitting blade from the receded position to an abutment position corresponding to the contact between the splitting blade and an end of the wood log to be split, characterised in that the cylinder of the hydraulic jack is articulated inferiorly to a rotatable bracket provided on top of said vertical upright of the support structure, said rotatable bracket including a contact switch and said upright including an abutment, in that a resistance applied to said blade causes the oscillation of the cylinder, or of the hydraulic jack, thanks to the rotation of the brackets which will also move the contact switch away from the relative counteracting means thus stopping the actuation unit of the apparatus, the hydraulic jack being rotatable between a first angular position, in which said actuation unit can be made operative through said control means (10, 11, 25), and a second angular position, corresponding to the application - onto the blade - of said resistance against the displacement thereof towards the advanced position, in which said actuation unit is made temporarily inoperative, so as to stop the displacement of the blade towards said advanced position.