mhurhangee/ep-ind-claims huggingface dataset:
A sorting insert made from a blank comprising at least one partition for separating goods, the partition being folded out of the sorting insert, the sorting insert comprising a base and at least one wall, wherein the partition comprises a first part and a second part, the first part of the partition being connected to the wall of the sorting insert and to the second part of the partition, and the second part of the partition being connected to the first part of the partition and to the base of the sorting insert, wherein the first part of the partition comprises a widened section which is wider than the second part of the partition, characterised in that at least one stacking lug is formed in the wall of the sorting insert below the widened section, and an angle of greater than 90° is formed between the at least one wall and the base of the sorting insert. wherein the partition comprises a first part and a second part, the first part of the partition being connected to the wall of the sorting insert and to the second part of the partition, and the second part of the partition being connected to the first part of the partition and to the base of the sorting insert, wherein the first part of the partition comprises a widened section which is wider than the second part of the partition, characterised in that at least one stacking lug is formed in the wall of the sorting insert below the widened section, and an angle of greater than 90° is formed between the at least one wall and the base of the sorting insert.
A method of operation at a wireless device configured for operation in a wireless communication network, the method comprising: forming a group of physical antenna ports in response to determining that network coverage conditions at the wireless device are below a certain coverage level; transmitting a signal simultaneously from the group of physical antenna ports at the wireless device, based on associating disjoint frequency sub-bands with respective ones of the physical antenna ports, wherein the frequency sub-bands collectively span a frequency bandwidth and each physical antenna port supports transmission over the frequency bandwidth and has a per-port transmit power associated therewith, and allocating the per-port transmit power of each physical antenna port in the group only to frequency elements of the signal that fall within the frequency sub-band associated with the physical antenna port; and during a period before or after forming the group of physical antenna ports, operating the physical antenna ports individually rather than as said group, such that the per-port transmit power of each physical antenna port is available for transmission across the frequency bandwidth. forming a group of physical antenna ports in response to determining that network coverage conditions at the wireless device are below a certain coverage level; transmitting a signal simultaneously from the group of physical antenna ports at the wireless device, based on associating disjoint frequency sub-bands with respective ones of the physical antenna ports, wherein the frequency sub-bands collectively span a frequency bandwidth and each physical antenna port supports transmission over the frequency bandwidth and has a per-port transmit power associated therewith, and allocating the per-port transmit power of each physical antenna port in the group only to frequency elements of the signal that fall within the frequency sub-band associated with the physical antenna port; and during a period before or after forming the group of physical antenna ports, operating the physical antenna ports individually rather than as said group, such that the per-port transmit power of each physical antenna port is available for transmission across the frequency bandwidth.
A wireless charging jacket combined with a battery, the wireless charging jacket comprising: an induction coil, for receiving an electromagnetic wave and for transforming the electromagnetic wave into an electrical energy; a control circuit, coupled to the induction coil, for controlling the induction coil and for performing a wireless charging operation upon the battery by using the electrical energy transformed by the induction coil; at least one conductive terminal, coupled to the control circuit, wherein the wireless charging jacket performs the wireless charging operation upon the battery via the conductive terminal; characterised by: an isolation gasket, disposed in one side of the induction coil, for isolating the electromagnetic wave; and a package material, at least partially covering the battery, such that the battery is installed in the wireless charging jacket; wherein the induction coil, the control circuit, the isolation gasket, and the conductive terminal are disposed on the package material; the package material being a holder having two pieces in which a first piece is used for holding a bottom of the battery while a second piece is used for fixing to a side of the battery; the second piece being disposed between the battery and the isolation gasket, and the isolation gasket being disposed between the second piece and the induction coil. an induction coil, for receiving an electromagnetic wave and for transforming the electromagnetic wave into an electrical energy; a control circuit, coupled to the induction coil, for controlling the induction coil and for performing a wireless charging operation upon the battery by using the electrical energy transformed by the induction coil; at least one conductive terminal, coupled to the control circuit, wherein the wireless charging jacket performs the wireless charging operation upon the battery via the conductive terminal; characterised by: an isolation gasket, disposed in one side of the induction coil, for isolating the electromagnetic wave; and a package material, at least partially covering the battery, such that the battery is installed in the wireless charging jacket; wherein the induction coil, the control circuit, the isolation gasket, and the conductive terminal are disposed on the package material; the package material being a holder having two pieces in which a first piece is used for holding a bottom of the battery while a second piece is used for fixing to a side of the battery; the second piece being disposed between the battery and the isolation gasket, and the isolation gasket being disposed between the second piece and the induction coil.
An electrical connector for making electrical connection to an electrical conductor on a glazing, said connector comprising: - a base portion, having the shape of a circle or an oval - a lip portion, having the shape of a ring arranged around the base portion - wherein the lip portion in cooperation with the base portion defines a concave recess suitable for receiving a solder deposit and wherein the outer edge of the lip portion provides a ring-shaped protrusion suitable for defining a predetermined distance from the base portion to the electric conductor - a solder deposit arranged in contact with an inner surface of the lip portion for bonding the electrical connector to the electrical conductor on a glazing and wherein said solder deposit extends from an outer edge of the lip portion towards the concave recess characterised in that - the solder deposit is substantially in the shape of a dome or is in the shape of a ring-shaped fillet and is a lead-free solder deposit, and in that - an angle of the ring-shaped fillet subtended from the inner surface of the lip portion to a plane parallel to the base portion is in a range 30 degrees to 60 degrees. - a base portion, having the shape of a circle or an oval - a lip portion, having the shape of a ring arranged around the base portion - wherein the lip portion in cooperation with the base portion defines a concave recess suitable for receiving a solder deposit and wherein the outer edge of the lip portion provides a ring-shaped protrusion suitable for defining a predetermined distance from the base portion to the electric conductor - a solder deposit arranged in contact with an inner surface of the lip portion for bonding the electrical connector to the electrical conductor on a glazing and wherein said solder deposit extends from an outer edge of the lip portion towards the concave recess characterised in that - the solder deposit is substantially in the shape of a dome or is in the shape of a ring-shaped fillet and is a lead-free solder deposit, and in that - an angle of the ring-shaped fillet subtended from the inner surface of the lip portion to a plane parallel to the base portion is in a range 30 degrees to 60 degrees.
A torque wrench for controlled tightening of threaded couplings, comprising a substantially tubular body (2; 20), a grip (3; 30) positioned at a first end (4; 40) of said tubular body (2; 20), a tightening head (5; 50) positioned at a second end (6; 60) of said tubular body (2; 20), a tightening torque setting mechanism positioned inside said tubular body (2; 20); an indicating device for indicating when the tightening torque set has been reached, and a recognition device (11; 110) for recognising an element to be tightened and/or elements that are positioned at the element to be tightened, said recognition device (11; 110) being connected to said tubular body (2; 20), preferably at said second end (6; 60), and a control unit (12; 120) connected to said recognition device (11; 110) and designed to associate with the element recognised by said recognition device (11; 110) a tightening torque design value to be set, wherein the control unit (12; 120) is operatively interposed between the recognition device (11; 110) and the tightening torque setting mechanism; wherein the control unit (12; 120) is connected to the tightening torque setting mechanism so as to operate the tightening torque setting mechanism for automatically setting the tightening torque value associated with the element recognized, characterised in that the tightening torque setting mechanism is activated by rotating said grip or an adjusting ring nut positioned at said first end, and in that it comprises an electric motor interposed between said control unit and said grip or said adjusting ring nut, for driving the rotation of said grip or of said adjusting ring nut for automatically setting the tightening torque design value that the control unit associated with the element recognised.
A light-emitting diode optic, comprising: a light-transmitting element having a plurality of segments arranged in a polygon, each segment being associated with an optical axis and comprising a linearly projected cross-section; and for each segment, at least one LED positioned such that a central light-emitting axis of the at least one LED is angled at about 0° relative to the optical axis associated with that segment, wherein each segment of the light-transmitting element comprises a light-entering surface, a light-exiting surface and a light-reflecting surface, wherein for each segment of the light-transmitting element the at least one LED comprises a plurality of LEDs that are arranged so that at least a portion of light received by the light-entering surface from the LEDs is reflected by the light-reflecting surface by a total internal reflection mechanism within that segment of the light transmitting element. a light-transmitting element having a plurality of segments arranged in a polygon, each segment being associated with an optical axis and comprising a linearly projected cross-section; and for each segment, at least one LED positioned such that a central light-emitting axis of the at least one LED is angled at about 0° relative to the optical axis associated with that segment, wherein each segment of the light-transmitting element comprises a light-entering surface, a light-exiting surface and a light-reflecting surface, wherein for each segment of the light-transmitting element the at least one LED comprises a plurality of LEDs that are arranged so that at least a portion of light received by the light-entering surface from the LEDs is reflected by the light-reflecting surface by a total internal reflection mechanism within that segment of the light transmitting element.
An aerosol generating device comprising: a heater element configured to heat an aerosol-forming substrate; a power source connected to the heater element; and a controller connected to the heater element and to the power source, wherein the controller is configured to control the power supplied to the heater element from the power source to maintain the temperature of the heater element at a target temperature, and characterised in that the controller is configured to compare a measure of power supplied to the heater element or energy supplied to the heater element from the power source to a threshold measure of power or energy to detect the presence of an aerosol-forming substrate close to the heater element or a material property of an aerosol-forming substrate close to the heater element. a heater element configured to heat an aerosol-forming substrate; a power source connected to the heater element; and a controller connected to the heater element and to the power source, wherein the controller is configured to control the power supplied to the heater element from the power source to maintain the temperature of the heater element at a target temperature, and characterised in that the controller is configured to compare a measure of power supplied to the heater element or energy supplied to the heater element from the power source to a threshold measure of power or energy to detect the presence of an aerosol-forming substrate close to the heater element or a material property of an aerosol-forming substrate close to the heater element.
A method for estimating the oxide thickness and the temperature of a heated steel strip, undergoing a heat treatment performed at a temperature from 100°C to 1100°C, comprising the steps of: 1) Measuring at least two radiation intensities at different wavelengths, in a range from 1 to 5 μm, emitted by said heated steel strip, 2) Estimating the temperature of said heated steel strip, T ESTIMATED, based on - said at least two measured radiation intensities and - at least two reference radiation intensities and at least two reference emissivities, at said different wavelengths, of a reference steel strip having a known temperature, for at least N oxide layer thicknesses from 0 to 200 nm, wherein N is an integer, 3) Estimating the emissivity coefficient of said heated steel strip, ε ESTIMATED, using at least one of said measured radiation intensities and the estimated temperature, T ESTIMATED, 4) Estimating the oxide thickness, Ox ESTIMATED, of said heated steel strip using said estimated emissivity, ε ESTIMATED. 1) Measuring at least two radiation intensities at different wavelengths, in a range from 1 to 5 μm, emitted by said heated steel strip, 2) Estimating the temperature of said heated steel strip, T ESTIMATED, based on - said at least two measured radiation intensities and - at least two reference radiation intensities and at least two reference emissivities, at said different wavelengths, of a reference steel strip having a known temperature, for at least N oxide layer thicknesses from 0 to 200 nm, wherein N is an integer, - said at least two measured radiation intensities and - at least two reference radiation intensities and at least two reference emissivities, at said different wavelengths, of a reference steel strip having a known temperature, for at least N oxide layer thicknesses from 0 to 200 nm, wherein N is an integer, 3) Estimating the emissivity coefficient of said heated steel strip, ε ESTIMATED, using at least one of said measured radiation intensities and the estimated temperature, T ESTIMATED, 4) Estimating the oxide thickness, Ox ESTIMATED, of said heated steel strip using said estimated emissivity, ε ESTIMATED.
A system for synchronizing power sources coupled to an electrical network supplying at least one electrical load of an aircraft, said system comprising: - a main source of electrical energy supplying said electrical load comprising a multi-stage generator, said multi-stage generator comprising: • a primary stage comprising a permanent magnet generator, • a secondary stage comprising an excitation, and • a tertiary stage comprising a main generator; - an auxiliary source of electrical energy supplying said electrical load; characterized in that it further comprises a device for synchronizing the main source and the auxiliary source configured to: • measure an electrical voltage at the output of the primary stage of the main source, and • control the supply of said electrical load by the auxiliary source of electrical energy at an electrical voltage slaved to the frequency and phase characteristics of the electrical voltage of the primary stage. - a main source of electrical energy supplying said electrical load comprising a multi-stage generator, said multi-stage generator comprising: • a primary stage comprising a permanent magnet generator, • a secondary stage comprising an excitation, and • a tertiary stage comprising a main generator; • a primary stage comprising a permanent magnet generator, • a secondary stage comprising an excitation, and • a tertiary stage comprising a main generator; - an auxiliary source of electrical energy supplying said electrical load; • measure an electrical voltage at the output of the primary stage of the main source, and • control the supply of said electrical load by the auxiliary source of electrical energy at an electrical voltage slaved to the frequency and phase characteristics of the electrical voltage of the primary stage.
A medical apparatus designed as a blood purification device, comprising a control or regulating apparatus configured to perform a method of controlling or checking the pressure (p_filt), which prevails during the treatment of a patient's blood within a heating bag (15, 15') of a tubing system used for the treatment, the method comprising the steps of: - determining the pressure (p_filt); - comparing the determined pressure (p_filt) with a reference pressure or determining its position relative to a reference pressure range; - modifying at least one treatment parameter of the treatment of the patient or proposing a correction or modification of the at least one treatment parameter if the determined pressure (p_filt) lies below, respectively above the reference pressure or outside the reference pressure range, wherein the treatment parameter of the treatment is a substitution flow or an ultrafiltration rate. - determining the pressure (p_filt); - comparing the determined pressure (p_filt) with a reference pressure or determining its position relative to a reference pressure range; - modifying at least one treatment parameter of the treatment of the patient or proposing a correction or modification of the at least one treatment parameter if the determined pressure (p_filt) lies below, respectively above the reference pressure or outside the reference pressure range, wherein the treatment parameter of the treatment is a substitution flow or an ultrafiltration rate.
Stick holder for a walking stick, comprising two cooperating clamping elements (1, 2), which are linearly displaceable relative to each other, and wherein the first clamping element is configured to be able to be fixedly attached in the length against the walking stick by means of a fastening part, wherein furthermore biasing means are provided, which are configured to exert a biasing force on the clamping elements, driving them towards each other, wherein the biasing means comprise a constant-force spring of rolled-up resilient ribbon material, of which the rolled-up portion is mounted in the first clamping element, and wherein the linearly-extendable free outer end of the spring is connected to the second clamping element, wherein the first clamping element comprises a housing for at least partly including the rolled-up portion of the constant-force spring, wherein the rolled-up portion is mounted in the first clamping element that is configured to be able to be fixedly attached onto the walking stick, characterized, in that the constant-force spring is a resilient ribbon material rolled-up around a reel, wherein the rolled-up portion of the ribbon material is mounted in the first clamping element by bearing mounting the axis of the reel rotatably in the housing of the first clamping element.
A method for automatically measuring a thread element at an end portion of a pipe or tube after thread processing is performed on the end portion of the pipe or tube, on-line on a thread processing line in which thread processing including thread cutting by use of a lathe is performed on the end portion of each pipe or tube which is successively conveyed, comprising: a cleaning step of cleaning the end portion of the pipe or tube after the thread processing is performed on the end portion of the pipe or tube; a drying step of drying the end portion of the pipe or tube after the end portion of the pipe or tube is cleaned in the cleaning step; and a measuring step of measuring the thread element at the end portion of the pipe or tube after the end portion of the pipe or tube is dried in the drying step, wherein the end portion of the pipe or tube is put under a clean atmosphere at least in the measuring step. a cleaning step of cleaning the end portion of the pipe or tube after the thread processing is performed on the end portion of the pipe or tube; a drying step of drying the end portion of the pipe or tube after the end portion of the pipe or tube is cleaned in the cleaning step; and a measuring step of measuring the thread element at the end portion of the pipe or tube after the end portion of the pipe or tube is dried in the drying step, wherein the end portion of the pipe or tube is put under a clean atmosphere at least in the measuring step.
Vapour extraction device with a suction duct, in the upper end of which suction duct an air inlet opening and at least one outlet opening for at least one vapour trap is formed, and the at least one vapour trap is mounted in the suction duct such that it can be displaced and forms at least one suction gap, wherein the vapour trap consists of at least two flat screening elements (21, 22, 22'), wherein at least a portion of the suction gap is formed between the upper edges of the screening elements (21, 22, 22') arranged adjacent to one another, wherein the vapour sucked in is conducted downwards between the screening elements (21, 22), wherein at least one of the at least two screening elements (21, 22, 22') protrudes partially over an outlet opening of the suction duct in at least one position of the vapour trap, characterised in that each of the at least two screening elements (21, 22, 22') is mounted in the suction duct such that it can be detached individually.