mhurhangee/ep-ind-claims huggingface dataset:
Circuit arrangement for measuring the air humidity, consisting of a measuring arrangement, which comprises an oscillator unit and a signal processing unit, and a frequency-determining impedance which is largely determined by a parallel circuit of a capacitive moisture sensor and a parasitic resistor (R P), - the frequency-determining impedance being connected to the oscillator unit which contains an oscillator, the oscillation frequency of which depends on the frequency-determining impedance, - the oscillator unit containing a switchable impedance, and the oscillator being able to be changed over from a first frequency range to a second frequency range by additionally connecting the switchable impedance to the frequency-determining impedance, and - an oscillator signal at the oscillation frequency of the oscillator being supplied to the signal processing unit which comprises a measuring unit, a correction value memory and an evaluation unit, the frequency of the oscillator signal being able to be measured in the measuring unit, a correction value for compensating for the influence of the parasitic parallel resistor (R P) on the oscillation frequency of the oscillator being able to be determined from the correction value memory on the basis of the difference between a first measurement of the frequency of the oscillator signal in the first frequency range and a second measurement of the frequency of the oscillator signal in the second frequency range, and the frequency of the oscillator signal being able to be processed in the evaluation unit with the correction value to form a moisture value. - the frequency-determining impedance being connected to the oscillator unit which contains an oscillator, the oscillation frequency of which depends on the frequency-determining impedance, - the oscillator unit containing a switchable impedance, and the oscillator being able to be changed over from a first frequency range to a second frequency range by additionally connecting the switchable impedance to the frequency-determining impedance, and - an oscillator signal at the oscillation frequency of the oscillator being supplied to the signal processing unit which comprises a measuring unit, a correction value memory and an evaluation unit, the frequency of the oscillator signal being able to be measured in the measuring unit, a correction value for compensating for the influence of the parasitic parallel resistor (R P) on the oscillation frequency of the oscillator being able to be determined from the correction value memory on the basis of the difference between a first measurement of the frequency of the oscillator signal in the first frequency range and a second measurement of the frequency of the oscillator signal in the second frequency range, and the frequency of the oscillator signal being able to be processed in the evaluation unit with the correction value to form a moisture value.
A method in which a. at least two sensors are fixed to different body parts of a person, b. the at least two sensors send signals, which contain measurement data and an individual sensor identifier, to an electronic data processing device, and c. the electronic data processing device determines the body parts on which the sensors are arranged or are to be arranged and allocates the measurement data of the at least two sensors to the body parts characterized by the fact that the sensors are configured to detect information on distances between two sensors and to send said information in the signals sent to the electronic data processing device. a. at least two sensors are fixed to different body parts of a person, b. the at least two sensors send signals, which contain measurement data and an individual sensor identifier, to an electronic data processing device, and c. the electronic data processing device determines the body parts on which the sensors are arranged or are to be arranged and allocates the measurement data of the at least two sensors to the body parts characterized by the fact that the sensors are configured to detect information on distances between two sensors and to send said information in the signals sent to the electronic data processing device.
A method in a radio base station for handling data traffic within a cell of the radio base station, which radio base station is comprised in a telecommunications network, the method comprising: - determining (111,121) a maximum power, which maximum power indicates available power to the radio base station, wherein the available power is the available power generated by a power supply system of the radio base station, - comparing (112,124) the maximum power to a threshold power value, and the method being further characterised in: - handling (113,125) data traffic served by the radio base station according to a shaper rule when the maximum power is below the threshold power value, wherein the threshold power value is a first threshold power value, which shaper rule is defined to handle data traffic in such a way that an amount of data traffic transmitted over a time period is reduced with a scheduler in the radio base station consuming less power of the radio base station than the power that is consumed if the data traffic is handled according to a basic rule when the maximum power is above the threshold power value. - determining (111,121) a maximum power, which maximum power indicates available power to the radio base station, wherein the available power is the available power generated by a power supply system of the radio base station, - comparing (112,124) the maximum power to a threshold power value, and the method being further characterised in: - handling (113,125) data traffic served by the radio base station according to a shaper rule when the maximum power is below the threshold power value, wherein the threshold power value is a first threshold power value, which shaper rule is defined to handle data traffic in such a way that an amount of data traffic transmitted over a time period is reduced with a scheduler in the radio base station consuming less power of the radio base station than the power that is consumed if the data traffic is handled according to a basic rule when the maximum power is above the threshold power value.
An insulated glass unit comprising: a first glass pane having an outer surface and an inner surface; a second glass pane having an outer surface and an inner surface; a third glass pane disposed between the first and second glass panes (22, 32); a first sealed gap space defined between the first glass pane and the third glass pane; and a second sealed gap space defined between the second glass pane and the third glass pane; wherein any one or more of the first glass pane and the second glass pane has a thickness less than or equal to 0.7 mm, wherein the third glass pane has a thickness less than or equal to 0.7 mm, and wherein the inner surface of the first glass pane and/or the inner surface of the second glass pane is coated with at least one low emissivity coating (26, 36). a first glass pane having an outer surface and an inner surface; a second glass pane having an outer surface and an inner surface; a third glass pane disposed between the first and second glass panes (22, 32); a first sealed gap space defined between the first glass pane and the third glass pane; and a second sealed gap space defined between the second glass pane and the third glass pane; wherein any one or more of the first glass pane and the second glass pane has a thickness less than or equal to 0.7 mm, wherein the third glass pane has a thickness less than or equal to 0.7 mm, and wherein the inner surface of the first glass pane and/or the inner surface of the second glass pane is coated with at least one low emissivity coating (26, 36).
A method for monitoring a room system (10, 33), in particular a clean room, the room system comprising a working room (12, 13, 14, 34), a ventilation and air-conditioning plant and a control device (16, 37), the ventilation and air-conditioning plant being controlled and/or regulated by means of the control device, an air change rate in the working room and a pressure difference between the working room and an environment being established by means of the ventilation and air-conditioning plant, measured values of a particle concentration in the working room or in an exhaust air of the ventilation and air-conditioning plant being determined in a monitoring period by means of a particle sensor (31, 39) of a sensor means of the control device, wherein image data sets of the working room are recorded by means of a camera (30, 40) of the sensor means in the monitoring period, image data sets being correlated with time values of the monitoring period and measured values of a particle concentration by means of an evaluation device (28, 38), the image data sets being retrievably stored in a storage means (21, 42).
Current guiding profile connector with a plug part and a mating plug part which can be electrically connected to the plug part, - wherein the plug part has a plug insulating material housing and at least one electrically conductive first plug contact and the mating plug part has a mating plug insulating material housing and at least one electrically conductive second plug contact, - wherein the first and second plug contacts (11, 12) form an electrically conductive plug connection in the plugged state, and - wherein the current guiding profile connector is designed to connect at least a first current guiding profile and a second current guiding profile to each other, characterized in that - the plug part and the mating plug part have open grooves (18, 19) which are aligned with one another, it being possible for the at least one first plug contact and/or the at least one second plug contact to make electrical contact through at least one groove (18, 19). - wherein the plug part has a plug insulating material housing and at least one electrically conductive first plug contact and the mating plug part has a mating plug insulating material housing and at least one electrically conductive second plug contact, - wherein the first and second plug contacts (11, 12) form an electrically conductive plug connection in the plugged state, and - wherein the current guiding profile connector is designed to connect at least a first current guiding profile and a second current guiding profile to each other, - the plug part and the mating plug part have open grooves (18, 19) which are aligned with one another, it being possible for the at least one first plug contact and/or the at least one second plug contact to make electrical contact through at least one groove (18, 19).
Elevator monitoring system comprising: - a monitoring controller of the elevator monitoring system for communicating with a remote monitoring installation, the monitoring controller comprising a signal input for connecting the monitoring controller to a sensor system of the elevator monitoring system, and - wherein the sensor system comprises - a first sensor module for determining a state of an elevator controller of an elevator system monitored by the elevator monitoring system, and - a second sensor module for determining movement information of the monitored elevator system, characterized in that, - the sensor system is capable of combining an output state of the first sensor module and an output state of the second sensor module into a single output state by a logical AND operation and provides this single output state as an input for the signal input. - a monitoring controller of the elevator monitoring system for communicating with a remote monitoring installation, the monitoring controller comprising a signal input for connecting the monitoring controller to a sensor system of the elevator monitoring system, and - wherein the sensor system comprises - a first sensor module for determining a state of an elevator controller of an elevator system monitored by the elevator monitoring system, and - a second sensor module for determining movement information of the monitored elevator system, characterized in that, - a first sensor module for determining a state of an elevator controller of an elevator system monitored by the elevator monitoring system, and - a second sensor module for determining movement information of the monitored elevator system, characterized in that, - the sensor system is capable of combining an output state of the first sensor module and an output state of the second sensor module into a single output state by a logical AND operation and provides this single output state as an input for the signal input.
A turbocharger, comprising: a compressor comprising compressor blades; a turbine comprising turbine blades; a shaft coupling the compressor to the turbine; and an exhaust diffuser disposed downstream from the turbine blades, wherein the exhaust diffuser comprises a bell mouth; a turbo-casing disposed downstream from the exhaust diffuser, wherein the turbo-casing comprises a annular chamber leading to an exhaust outlet disposed on and centered on a second side opposite from a first side, the annular chamber having a cross-sectional area that is defined as an area bounded by a first line extending radially from a tip of the bell mouth to a first location along an interior casing wall, by a second line extending radially from a leading edge of a bucket base to a second location along the interior casing wall, by a surface of the bell mouth extending between the second line and the tip of the bell mouth, and by the interior casing wall extending between the first line and the second line, the turbocharger characterized in that the cross-sectional area progressively increasing by at least about 40 percent from a center of the first side in about the first 90 degrees in an annular direction toward the exhaust outlet in the second side. a compressor comprising compressor blades; a turbine comprising turbine blades; a shaft coupling the compressor to the turbine; and an exhaust diffuser disposed downstream from the turbine blades, wherein the exhaust diffuser comprises a bell mouth; a turbo-casing disposed downstream from the exhaust diffuser, wherein the turbo-casing comprises a annular chamber leading to an exhaust outlet disposed on and centered on a second side opposite from a first side, the annular chamber having a cross-sectional area that is defined as an area bounded by a first line extending radially from a tip of the bell mouth to a first location along an interior casing wall, by a second line extending radially from a leading edge of a bucket base to a second location along the interior casing wall, by a surface of the bell mouth extending between the second line and the tip of the bell mouth, and by the interior casing wall extending between the first line and the second line, the turbocharger characterized in that the cross-sectional area progressively increasing by at least about 40 percent from a center of the first side in about the first 90 degrees in an annular direction toward the exhaust outlet in the second side.
Dishwasher with a vat for receiving items to be washed, having a heat pump, wherein the heat pump has at least a condenser and at least an evaporator (10a, 10b), which are arranged in such a way that heat can be extracted from and/or supplied to the process water or to the vat, wherein the dishwasher has furthermore a circulation pump for transporting water from a sump below the vat via a recirculation pipe system into spraying arms of the dishwasher, wherein the circulation pump has a pump chamber inside which a blade wheel for transporting the process water is arranged, characterized in that at least a first condenser is arranged at the pump chamber of the circulation pump, and in that the first condenser has at least a pipe - which runs in a meander-shaped way and has straight sections, which are arranged at a wall of the pump chamber arranged cylindrically around a rotation axis of the blade wheel, or - which is arranged in a helix at the pump chamber, wherein the helix is arranged coaxially to the rotation axis of the blade wheel, or in that the first condenser has a chamber which is arranged in a cylindrical way around the pump chamber. - which runs in a meander-shaped way and has straight sections, which are arranged at a wall of the pump chamber arranged cylindrically around a rotation axis of the blade wheel, or - which is arranged in a helix at the pump chamber, wherein the helix is arranged coaxially to the rotation axis of the blade wheel, or
A spherical blow out preventer annular seal for sealing around a pipe, comprising: a housing adapted to be disposed around the pipe and having a generally spherical interior surface; a seal body including a plurality of metallic inserts arranged side by side in an annular pattern and each including a base portion and a wedge shaped extension having a partially spherical outer surface terminating at a tip end, and an annular elastomeric body over-molded on the base portions of the plurality of metallic inserts with the partially spherical outer surface of each of the wedge shaped extensions being supports in engagement with the interior spherical surface of the housing; a piston engaged with the seal body to press the metallic inserts upward and inward against the generally spherical interior surface of the housing so as to come together tangentially around the pipe; characterized in that the tip ends of the inserts point in a direction that is offset from a center axis of the seal body, wherein, in an un-deformed position of the seal body the inserts are spaced from one another by a first predetermined distance and wherein, in a deformed position of the seal body the wedge-shaped extensions are arranged radially inward and circumferentially together tangentially around the pipe and the tip ends of each of the extensions are positioned directly adjacent to a side surface of an extension at a location that is spaced from the tip end of the adjacent extension. a housing adapted to be disposed around the pipe and having a generally spherical interior surface; a seal body including a plurality of metallic inserts arranged side by side in an annular pattern and each including a base portion and a wedge shaped extension having a partially spherical outer surface terminating at a tip end, and an annular elastomeric body over-molded on the base portions of the plurality of metallic inserts with the partially spherical outer surface of each of the wedge shaped extensions being supports in engagement with the interior spherical surface of the housing; a piston engaged with the seal body to press the metallic inserts upward and inward against the generally spherical interior surface of the housing so as to come together tangentially around the pipe;
A thermal flowmeter which includes: - a sub-passage taking a part of a measurement object gas flowing in a main passage, and - a flow measurement element measuring a flow amount of the measurement object gas flowing in the sub-passage and measures a flow amount of the measurement object gas flowing in the main passage on the basis of a measurement value obtained by the flow measurement element, wherein the sub-passage includes: - a curved passage which is bent toward the flow measurement element so that the measurement object gas taken from the main passage flows to the flow measurement element, and wherein the curved passage is provided with a resistance portion which applies a resistance to a flow of the measurement object gas flowing at an outer peripheral side of the curved passage so that pressure loss of the measurement object gas flowing at the outer peripheral side of the curved passage becomes higher than that of an inner peripheral side of the curved passage, wherein the resistance portion is formed as a pair of opposite inclined faces (52a, 52b; 52a', 52b') which is formed at an outer peripheral wall face of the outer peripheral side of the curved passage along a flow direction of the measurement object gas so that the resistance is applied to the flow of the measurement object gas flowing at the outer peripheral side, and wherein each of the inclined faces (52a, 52b; 52a', 52b') is inclined with respect to a virtual plane following a measurement front face of the flow measurement element, characterized in that: a gap is formed between the pair of opposite inclined faces (52a, 52b; 52a', 52b') in the same direction as the extension direction of the virtual plane. - a sub-passage taking a part of a measurement object gas flowing in a main passage, and - a flow measurement element measuring a flow amount of the measurement object gas flowing in the sub-passage and measures a flow amount of the measurement object gas flowing in the main passage on the basis of a measurement value obtained by the flow measurement element, wherein - a curved passage which is bent toward the flow measurement element so that the measurement object gas taken from the main passage flows to the flow measurement element, and wherein
An electrical ablation apparatus, comprising: a shaft; first, second and third selectably deployable electrodes (824a, b, c), each electrode comprising a first end configured to couple to an energy source and a second end configured to couple to a tissue treatment region, wherein the first, second and third selectably deployable electrodes are individually or simultaneously deployable in and out of the shaft; a sheath slideable with respect to the first, second and third selectably deployable electrodes and the shaft, the sheath disposable in a first position and a second position, the first position covers the first, second, and third selectably deployable electrodes in a deployed state and the second position exposes the first, second, and third selectably deployable electrodes in a deployed state; an energy source coupled to the first, second and third selectably deployable electrodes, the energy source configured to deliver a first series of electrical pulses sufficient to induce cell necrosis by irreversible electroporation and a second series of electrical pulses sufficient to induce cell necrosis by thermal heating, through at least one of the first, second and third selectably deployable electrodes; wherein the first series of electrical pulses is defined by a first amplitude, a first pulse length, and a first frequency; and wherein the second series of electrical pulses is defined by a second amplitude, a second pulse length, and a second frequency. a shaft; first, second and third selectably deployable electrodes (824a, b, c), each electrode comprising a first end configured to couple to an energy source and a second end configured to couple to a tissue treatment region, wherein the first, second and third selectably deployable electrodes are individually or simultaneously deployable in and out of the shaft; a sheath slideable with respect to the first, second and third selectably deployable electrodes and the shaft, the sheath disposable in a first position and a second position, the first position covers the first, second, and third selectably deployable electrodes in a deployed state and the second position exposes the first, second, and third selectably deployable electrodes in a deployed state; an energy source coupled to the first, second and third selectably deployable electrodes, the energy source configured to deliver a first series of electrical pulses sufficient to induce cell necrosis by irreversible electroporation and a second series of electrical pulses sufficient to induce cell necrosis by thermal heating, through at least one of the first, second and third selectably deployable electrodes; wherein the first series of electrical pulses is defined by a first amplitude, a first pulse length, and a first frequency; and wherein the second series of electrical pulses is defined by a second amplitude, a second pulse length, and a second frequency.