mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a substation processing unit, SPU, the method comprising: receiving a symbol (106; 206) from a particular endpoint device and over a particular communications channel via power lines in a power-line communication system, wherein the particular endpoint device is one of a plurality of endpoint devices respectively situated at different locations for monitoring power provided to loads via the power lines in the power-line communication system, each of the plurality of endpoint devices being assigned a different communications channel over which the endpoint device communicates via the power lines in the power-line communication system; decrypting the symbol (106; 206) using a decryption key that is uniquely assigned to the particular endpoint device that is assigned the particular communications channel; computing a measure of error for the decrypted symbol; determining whether the measure of error exceeds a threshold error measure; in response to determining that the measure of error exceeds the threshold error measure, identifying the decrypted symbol as a symbol from a different endpoint device among the plurality of endpoint devices; and in response to determining that the measure of error does not exceed the threshold error measure: identifying the decrypted symbol as a valid symbol transmitted by the particular endpoint device; and logging the valid symbol for the particular endpoint device. receiving a symbol (106; 206) from a particular endpoint device and over a particular communications channel via power lines in a power-line communication system, wherein the particular endpoint device is one of a plurality of endpoint devices respectively situated at different locations for monitoring power provided to loads via the power lines in the power-line communication system, each of the plurality of endpoint devices being assigned a different communications channel over which the endpoint device communicates via the power lines in the power-line communication system; decrypting the symbol (106; 206) using a decryption key that is uniquely assigned to the particular endpoint device that is assigned the particular communications channel; computing a measure of error for the decrypted symbol; determining whether the measure of error exceeds a threshold error measure; in response to determining that the measure of error exceeds the threshold error measure, identifying the decrypted symbol as a symbol from a different endpoint device among the plurality of endpoint devices; and in response to determining that the measure of error does not exceed the threshold error measure: identifying the decrypted symbol as a valid symbol transmitted by the particular endpoint device; and logging the valid symbol for the particular endpoint device. identifying the decrypted symbol as a valid symbol transmitted by the particular endpoint device; and logging the valid symbol for the particular endpoint device.
Isolated nucleotide sequence encoding an amino acid sequence that is at least ≥ 90%, ≥ 92%, ≥ 94%, ≥ 96%, ≥ 97%, ≥ 98%, ≥ 99% or 100%, preferably ≥ 97%, particularly preferably ≥ 98%, very particularly preferably ≥ 99%, and extremely preferably 100%, identical to the amino acid sequence of SEQ ID NO:2, wherein SEQ ID NO:2, at position 553, or at a corresponding position of the amino acid sequence, has a proteinogenic amino acid other than L-tyrosine and wherein the nucleotide sequence is a replicable nucleotide sequence encoding the enzyme isopropylmalate synthase isolated from microorganisms of the genus Corynebacterium, wherein the protein sequences encoded thereby contain a proteinogenic amino acid other than L-tyrosine at the position corresponding to position 553 of SEQ ID NO:2.
Method for adjusting the power of a vacuum cleaner fan, in which an electronic control device adjusts the fan power by means of a suitable manipulated variable on the basis of a vacuum generated by the vacuum cleaner fan as a controlled variable, a measure for the vacuum being determined by means of a vacuum switch having a single switch point, characterised in that a signal that can be tapped via the vacuum switch is filtered, in particular low-pass filtered, and in that a signal resulting after the filtering an actual value is used as a measure for the vacuum and as a controlled variable for adjusting the fan power, the signal that can be tapped having a sequence of impulses which occur during the switching phase when the vacuum switch bounces, the sequence of impulses being filtered for a predetermined period of time in order to determine the actual value as a measure for the detected vacuum.
A reinforcement for casting comprising essentially plane reinforcement elements (1a-d, 2a-e) formed with ring-shaped portions (3a-e) arranged in a row along a line and connected together with necks, the reinforcement comprises at least one set of smaller reinforcement elements (1a-d, 2e) and one set of larger reinforcement elements (2a-d), wherein the outer diameter of the ring-shaped portions of the smaller reinforcement elements is essentially the same as the inner diameter of the ring-shaped portions of the larger reinforcement elements, and wherein at least one ring-shaped portion of a smaller reinforcement element is arranged inside a ring-shaped portion of a larger reinforcement element.
Electrical circuit arrangement, configured to connect an electrical measuring device, which is used to measure partial discharges in a power grid having an operating voltage in the range from 1 kV to 69 kV, and which comprises an A/D converter for converting a measured voltage pulse into a digital signal and a microprocessor unit for evaluating the digital signal, to a measurement output of a capacitive voltage testing system of a power switching station for the power grid having the operating voltage in the range from 1 kV to 69 kV, wherein the electrical circuit arrangement comprises a frequency response matching resistor, which is connected between ground and an input line for connection to the live pole of the measurement output, and a high-pass filter connected downstream of the frequency response matching resistor.
A data processor, comprising outputs to provide control signals (Ca,...,Cna) to control respective actuators that affect indoor climate related variables, wherein said data processor jointly resolves a set of coupled optimization problems of the following form z Φ k = arg min z Φ S Φ k + 1 O z Φ − Φ ̃ k + 1 T Q Φ k S Φ k + 1 O z Φ − Φ ̃ k + 1 + O I z Φ T R Φ k O I z Φ subject to A Φ k − B Φ k z Φ − b ′ Φ k Φ k e Φ k = 0 wherein: z Φ = Φ q Φ is an augmented state-vector comprising a vector Φ specifying the spatial distribution of a climate related variable with respect to a plurality of spatial cells, and a source term q Φ to be resolved, said source term corresponding to settings for said control signals and wherein z Φ k = Φ k + 1 q Φ k is the solution found for point in time k, Φ̃ k +1 being a vector specifying a setpoint specified for said climate related variable at point in time k+1 for at least a part of said plurality of cells, e Φ k are boundary conditions relevant for said climate related variable at point in time k, S is a selection matrix, selecting cells for said distribution having a setpoint, O is the zero matrix, I is the identity matrix and Q and R are weighting matrices for tracking and energy consumption, and wherein A Φ is a matrix that defines the development of vector Φ as a function of one or more other vectors of climate related variables, wherein B Φ is a matrix that maps the source terms for field Φ to the cell field values affected by those source terms, and wherein the data processor provides the control signals (Ca,...,Cna) to said respective actuators in accordance with the source term q Φ.
Air shut-off valve for a brake air line of a rail-bound vehicle, characterised in that the air shut-off valve comprises a sensor apparatus configured for capturing air pressure measurement values.
Brush holder for a washing brush, having a portion (2.2) which has a wall and into which a pressurized fluid (7; 8) is able to be introduced, wherein, in an inactive state without application of a fluid pressure brought about by the pressurized fluid (7; 8), the portion has a first kinking strength with which the portion (2.2) is flexible in the inactive state, characterized in that, in an active state, the pressurized fluid (7; 8) is introduced into the portion (2.2), wherein, in the active state, the portion (2.2) has a second kinking strength which is brought about by the pressurized fluid (7; 8) introduced into the portion exerting a fluid pressure directly on the wall of the portion (7; 8) such that the portion (2.2) is substantially inflexible.
An adapter for the temporary, sterile electrical connection of an implantable medical electronic device comprising an electrode lead having a plug section for connection to the device during implantation for the unbiased transmission of measurement values, which can be detected at the electrode lead, into the device, wherein the adapter is designed with a plug section, which is identical to the plug section of the electrode lead and has at least one contact (51, 53) and a number of signal cables (31a, 31b) corresponding to the number of contacts on the plug section, wherein the device comprises first fixing means for the detachable fixation of the adapter on the device, and wherein the adapter comprises second fixing means for the detachable fixation of the adapter on the electrode lead, characterized in that the second fixing means are designed as alligator clips (33a, 33b) for fixing the or each signal cable (31a, 31b) on the or each contact (51, 53) of an electrode lead plug.
A slat track device for an aircraft wing, comprising a beam-shaped main load bearing track structure, wherein the track structure is configured to be connected to a slat and configured to be movably connected to a main wing, a guidance surface fixedly connected to or integrally formed with the track structure and configured for being guided along a corresponding guidance device provided at a main wing, a connection device which is fixedly connected to or integrally formed with the track structure and configured for connecting the track structure to a slat, and an engagement device which is connected to or integrally formed with the track structure and configured for engagement with a drive member of a drive unit provided at a main wing, characterized in that the track structure comprises a first track member and a second track member, wherein the first track member and the second track member are formed separately from one another, and wherein each of the first track member and the second track member is connected in a fixed manner to both the connection device and the engagement device, so that each of the first track member and the second track member forms an individual main load path so that redundant main load paths are provided. a beam-shaped main load bearing track structure, wherein the track structure is configured to be connected to a slat and configured to be movably connected to a main wing, a guidance surface fixedly connected to or integrally formed with the track structure and configured for being guided along a corresponding guidance device provided at a main wing, a connection device which is fixedly connected to or integrally formed with the track structure and configured for connecting the track structure to a slat, and an engagement device which is connected to or integrally formed with the track structure and configured for engagement with a drive member of a drive unit provided at a main wing, characterized in that the track structure comprises a first track member and a second track member, wherein the first track member and the second track member are formed separately from one another, and wherein each of the first track member and the second track member is connected in a fixed manner to both the connection device and the engagement device, so that each of the first track member and the second track member forms an individual main load path so that redundant main load paths are provided.
A power-supply system (2, 20) comprising a power converter (3, 30) which generates a high-frequency signal and which can be connected to a load in order to supply a plasma or gas-laser process with power, wherein the power converter (3, 30) comprises at least a first amplifier path, wherein an analogue signal generated by a digital-to-analogue converter from a digital signal is supplied to the at least one amplifier path, characterised in that a logic-circuit unit for generating the digital signal supplied to the DAC is provided upstream of the DAC, wherein the logic-circuit unit comprises: a. a signal-data buffer, in which signal-data values for generating an analogue signal shape are stored, b. an amplitude-data buffer in which amplitude-data values for influencing the amplitudes of the analogue signals are stored, c. a multiplier for multiplying the signal-data values by the amplitude-data values. a. a signal-data buffer, in which signal-data values for generating an analogue signal shape are stored, b. an amplitude-data buffer in which amplitude-data values for influencing the amplitudes of the analogue signals are stored, c. a multiplier for multiplying the signal-data values by the amplitude-data values.
A remote-controlled ultrasound device comprising an outer enclosure inside which there are a sealed compartment, in which sensor means are designed to move, these being immersed in a medium through which ultrasonic waves can propagate, and a control compartment which is separated in a sealed manner from said sealed compartment by a transverse partition, drive means being housed in the control compartment for setting in motion a support rod at the end of which are mounted the sensor means, characterised in that said support rod of the sensor means is mounted free to rotate inside a tube passing through said partition, at a fixed point located at the centre of the partition, said tube being mounted so that it can swing relative to the fixed point, such that the sensor means are able to move in said sealed compartment in a pendular manner relative to this fixed point, a seal arranged around the tube being pressed firmly against the partition, and in that there is provided an actuator for driving said support rod of the sensor means rotationally about itself.
A plug body adapted to be provided on the external surface of an endoscope and attachable to a tubular opening portion that leads to a channel within the endoscope, the plug body comprising: a tubular plug main body into which the opening portion is insertable; a tubular fixing member rotatably or slidably held in the plug nain body, having an insertion hole into which the opening portion is insertable, and a claw provided on the inner peripheral surface that forms the insertion hole, and movable to respective positions including an engagement position where the claw engages an engaged portion provided at an outer periphery of the opening portion inserted into the insertion hole, and one or more non-engagement positions where the claw does not engage the engaged portion, being characterised by a ratchet mechanism provided in mutually opposed faces of the plug main body and the fixing member, permitting the fixing member to be moved to the respective positions in predetermined order, and stopping further movement of the fixing member to a position where the fixing member has moved once. a tubular plug main body into which the opening portion is insertable; a tubular fixing member rotatably or slidably held in the plug nain body, having an insertion hole into which the opening portion is insertable, and a claw provided on the inner peripheral surface that forms the insertion hole, and movable to respective positions including an engagement position where the claw engages an engaged portion provided at an outer periphery of the opening portion inserted into the insertion hole, and one or more non-engagement positions where the claw does not engage the engaged portion, being characterised by a ratchet mechanism provided in mutually opposed faces of the plug main body and the fixing member, permitting the fixing member to be moved to the respective positions in predetermined order, and stopping further movement of the fixing member to a position where the fixing member has moved once.
A method, comprising: detecting an endpoint congestion associated with a flow of packets at an egress port of a destination switch for the flow, wherein the flow corresponds to packets with one or more common header fields and is identified by a flow identifier that is unique within an input port of the egress switch; and generating an endpoint congestion notification message specific to the flow to be transmitted toward a source of the flow upon arrival of the packets at an output buffer associated with the egress port or departure of the packets from the output buffer. detecting an endpoint congestion associated with a flow of packets at an egress port of a destination switch for the flow, wherein the flow corresponds to packets with one or more common header fields and is identified by a flow identifier that is unique within an input port of the egress switch; and generating an endpoint congestion notification message specific to the flow to be transmitted toward a source of the flow upon arrival of the packets at an output buffer associated with the egress port or departure of the packets from the output buffer.
A transducer assembly comprising: a transducer housing; a piezoelectric capsule sealed within the transducer housing, the piezoelectric capsule comprising: an elongate body having an adjustable length and first and second opposing ends (122, 123), wherein the elongate body is extendable and retractable between various lengths, and wherein the elongate body is latchable in a given one of the various lengths; a piezoelectric element disposed in the elongate body adjacent the first end; a transformer; an axially-extendable wireway positioned within the elongate body; and characterized by the piezoelectric capsule further comprising: a conductor electrically coupled to the piezoelectric element and to the transformer and_extending through the extendable wireway wherein the piezoelectric element and the transformer are positioned adjacent opposing ends (122, 123) of the elongate body. a transducer housing; a piezoelectric capsule sealed within the transducer housing, the piezoelectric capsule comprising: an elongate body having an adjustable length and first and second opposing ends (122, 123), wherein the elongate body is extendable and retractable between various lengths, and wherein the elongate body is latchable in a given one of the various lengths; a piezoelectric element disposed in the elongate body adjacent the first end; a transformer; an axially-extendable wireway positioned within the elongate body; and characterized by the piezoelectric capsule further comprising: a conductor electrically coupled to the piezoelectric element and to the transformer and_extending through the extendable wireway wherein the piezoelectric element and the transformer are positioned adjacent opposing ends (122, 123) of the elongate body. an elongate body having an adjustable length and first and second opposing ends (122, 123), wherein the elongate body is extendable and retractable between various lengths, and wherein the elongate body is latchable in a given one of the various lengths; a piezoelectric element disposed in the elongate body adjacent the first end; a transformer; an axially-extendable wireway positioned within the elongate body; and characterized by the piezoelectric capsule further comprising: a conductor electrically coupled to the piezoelectric element and to the transformer and_extending through the extendable wireway wherein the piezoelectric element and the transformer are positioned adjacent opposing ends (122, 123) of the elongate body.
A method for stabilizing deep excavations or earth slope instability near existing civil objects by means of a retaining engineering structure comprising a vertical building structure and a plurality of tensile batter piles disposed inclining downwardly towards backfill, the vertical building structure and each of the plurality of tensile batter piles are mutually coupled by a coupling means and mutually arranged at an angle β, the angle β is the angle between each of the plurality of tensile batter piles and the vertical building structure at the point of their coupling by said means to the vertical, the method comprising the following steps: a) determining a type of the retaining engineering structure according to a deepness of excavation; b) determining soil condition status; c) determining parameters of the retaining engineering structure according to the type; and d) carrying out retaining engineering structure construction work, characterized by that irrespective of the type of the retaining engineering structure a horizontal load H on the vertical building structure is calculated according the expression H = P a − K a × A n × cos β where P a is a horizontal load generated by the ground mass G 1, K α is coefficient of active earth pressure, and A n is tensile force in each of the tensile batter pile, wherein the angle β is in a range between 15-20°. a) determining a type of the retaining engineering structure according to a deepness of excavation; b) determining soil condition status; c) determining parameters of the retaining engineering structure according to the type; and d) carrying out retaining engineering structure construction work, characterized by that irrespective of the type of the retaining engineering structure a horizontal load H on the vertical building structure is calculated according the expression H = P a − K a × A n × cos β where P a is a horizontal load generated by the ground mass G 1, K α is coefficient of active earth pressure, and A n is tensile force in each of the tensile batter pile, wherein the angle β is in a range between 15-20°.
A medicament injection device (10, 80, 110, 210, 310) comprising: a housing, a cartridge holder mounted in the housing and configured to receive a cartridge containing a medicament, an injection needle having a proximal end and a distal end, an injection needle holder which is pivotal and to which the injection needle is fixed, and an actuating mechanism configured to pivot the injection needle holder relative to the cartridge holder between a storage position in which, when a cartridge is received in the cartridge holder, the distal end of the injection needle is spaced from the cartridge, and a use position in which, when a cartridge is received in the cartridge holder, the distal end of the injection needle can engage the cartridge. a housing, a cartridge holder mounted in the housing and configured to receive a cartridge containing a medicament, an injection needle having a proximal end and a distal end, an injection needle holder which is pivotal and to which the injection needle is fixed, and an actuating mechanism configured to pivot the injection needle holder relative to the cartridge holder between a storage position in which, when a cartridge is received in the cartridge holder, the distal end of the injection needle is spaced from the cartridge, and a use position in which, when a cartridge is received in the cartridge holder, the distal end of the injection needle can engage the cartridge.