mhurhangee/ep-ind-claims huggingface dataset:
A respiratory treatment apparatus for generating a controlled supply of ionized breathable gas comprising: a flow generator to generate a flow of breathable gas at a pressure above atmospheric pressure, the flow generator adapted for connection with a patient respiratory interface; a first ionizer (101, 101-A, 101-FG) configured to ionize the flow of breathable gas at a level of ionization; a controller, including a processor, the controller coupled with the first ionizer and the flow generator, the controller configured to control the first ionizer to change the level of ionization of the pressurized flow of breathable gas to set the level to a plurality of different ionization levels; and a sensor (106, 107) coupled with the controller; characterised in that the sensor is configured to detect a physiological characteristic; and in that the controller is configured to change the level of ionization based on the detection of the physiological characteristic. a flow generator to generate a flow of breathable gas at a pressure above atmospheric pressure, the flow generator adapted for connection with a patient respiratory interface; a first ionizer (101, 101-A, 101-FG) configured to ionize the flow of breathable gas at a level of ionization; a controller, including a processor, the controller coupled with the first ionizer and the flow generator, the controller configured to control the first ionizer to change the level of ionization of the pressurized flow of breathable gas to set the level to a plurality of different ionization levels; and a sensor (106, 107) coupled with the controller; characterised in that the sensor is configured to detect a physiological characteristic; and in that the controller is configured to change the level of ionization based on the detection of the physiological characteristic.
A method for producing microbeads comprising an active component encapsulated within a gelled whey protein matrix, the method comprising the steps of providing a suspension of denatured whey protein and an active component, treating the suspension to generate microbeads, and immediately curing the microbeads by acidification by immersion in an acidic curing solution.
A method for controlling the operation of a refrigeration system, the refrigeration system comprising one or more compressors, one or more condensers, and one or more refrigeration entities, each refrigeration entity comprising one or more evaporators, an expansion device arranged to provide a flow of refrigerant into the one or more evaporators, an entity controller for controlling the expansion device, and a refrigerated volume for storing refrigerated goods, the refrigeration system further comprising a compressor controller for controlling operation of the compressor(s), the method comprising the steps of: - defining a setpoint value for a compressor control parameter, said compressor control parameter at least contributing to controlling, by means of the compressor controller, a cooling capacity provided by the compressor(s), - measuring a value of the compressor control parameter, and the compressor controller controlling the compressor(s) on the basis of the value of the compressor control parameter and the defined setpoint value for the compressor control parameter, characterised in that the method further comprises the step of: - each entity controller obtaining a measure for an error value between the measured value of the compressor control parameter and the defined setpoint value for the compressor control parameter, and - each entity controller adjusting a refrigeration load of the corresponding refrigeration entity to correspond to a cooling capacity of the compressor(s), and in accordance with the obtained measure for an error value. - defining a setpoint value for a compressor control parameter, said compressor control parameter at least contributing to controlling, by means of the compressor controller, a cooling capacity provided by the compressor(s), - measuring a value of the compressor control parameter, and the compressor controller controlling the compressor(s) on the basis of the value of the compressor control parameter and the defined setpoint value for the compressor control parameter, - each entity controller obtaining a measure for an error value between the measured value of the compressor control parameter and the defined setpoint value for the compressor control parameter, and - each entity controller adjusting a refrigeration load of the corresponding refrigeration entity to correspond to a cooling capacity of the compressor(s), and in accordance with the obtained measure for an error value.
Pump, in particular a centrifugal pump, which has a pump housing with an inlet and an outlet, wherein a motor shaft, which is non-rotatably connected to an impeller arranged in the pump housing, is rotatably mounted in a rear wall of the pump housing with a primary mechanical seal arrangement, wherein a dry-running protection system is associated with the primary mechanical seal arrangement, wherein the dry-running protection system has a liquid volume that is connected with a side of the primary mechanical seal arrangement facing away from the impeller, wherein the fluid volume is formed between the rear wall and a cover of the pump housing, wherein the pump housing has a bleeding device for bleeding a pressure chamber, which bleeding device is arranged at the geodetically highest position in the pressure chamber, wherein the pressure chamber is located between the rear wall and the impeller, wherein the dry-running protection system has a reservoir, which is connected with the fluid volume via an access port formed in the pump housing, in particular in the rear wall or in the cover, and wherein the reservoir is arranged geodetically higher than the primary mechanical seal arrangement, characterised in that a vertical and horizontal arrangement of the pump is made possible by connecting the reservoir to the access port via pipes angled at 90°, which have sufficient mechanical stability to support the reservoir.
An edge or connection reinforcement for a reinforced concrete component, having at least a first and a second reinforcing element (2, 3), each having transverse iron rods (4, 4') that are parallel to each other and bent in a U-shaped manner and longitudinal iron rods (5, 5') connecting them and extending in a first direction perpendicular to the transverse iron rods, wherein first and second ends (6, 6', 7, 7') of the longitudinal iron rods (5, 5') are freely ending in protrusions (8, 8'), wherein all longitudinal rods (5, 5') of a reinforcing element (2, 3), in the case of a parallel arrangement of bends (9, 9') of the transverse iron rods (4, 4') of the first and a second reinforcing element (2, 3) directly adjacent thereto in the case of use, in which short sides of the transverse iron rods of the first reinforcing element are arranged displaced only in the X-direction relative to short sides of the transverse iron rods of the second reinforcing element, are arranged positionally offset relative to the longitudinal rods (5', 5) of the respective other reinforcing element (3, 2), wherein any number of reinforcing elements (2, 3) are provided along an edge of a reinforced concrete component, characterized in that two or more reinforcing elements (2, 3) differing in the position of their longitudinal iron rods (5, 5') within the edge or connection reinforcement are provided in direct succession. having at least a first and a second reinforcing element (2, 3), each having transverse iron rods (4, 4') that are parallel to each other and bent in a U-shaped manner and longitudinal iron rods (5, 5') connecting them and extending in a first direction perpendicular to the transverse iron rods, wherein first and second ends (6, 6', 7, 7') of the longitudinal iron rods (5, 5') are freely ending in protrusions (8, 8'), wherein all longitudinal rods (5, 5') of a reinforcing element (2, 3), in the case of a parallel arrangement of bends (9, 9') of the transverse iron rods (4, 4') of the first and a second reinforcing element (2, 3) directly adjacent thereto in the case of use, in which short sides of the transverse iron rods of the first reinforcing element are arranged displaced only in the X-direction relative to short sides of the transverse iron rods of the second reinforcing element, are arranged positionally offset relative to the longitudinal rods (5', 5) of the respective other reinforcing element (3, 2), wherein any number of reinforcing elements (2, 3) are provided along an edge of a reinforced concrete component, characterized in that two or more reinforcing elements (2, 3) differing in the position of their longitudinal iron rods (5, 5') within the edge or connection reinforcement are provided in direct succession.
Procedure to determine a remaining operating time (Δt B,r) of a detector unit for a radiometric density or level transmitter, wherein the detector unit comprises at least a photomultiplier with a controllable amplification factor and a control/evaluation unit, and wherein the control/evaluation unit controls the photomultiplier using a control voltage (V a) in such a way that the amplification factor is approximately constant, wherein said procedure is characterized by the following procedural steps: - Recording of the control voltage (V a) over at least a predefined period of time (dt), - Determination of a temporal change function (dV a /dt) using the control voltage (V a) recorded over the predetermined period of time (dt), - Calculation of the remaining operation time (Δt B,r) until a maximum control voltage (V a,max) is reached using the temporal change function (dV a /dt) and the current control voltage (V a,a) that is present at the current operating time (t B,a). - Recording of the control voltage (V a) over at least a predefined period of time (dt), - Determination of a temporal change function (dV a /dt) using the control voltage (V a) recorded over the predetermined period of time (dt), - Calculation of the remaining operation time (Δt B,r) until a maximum control voltage (V a,max) is reached using the temporal change function (dV a /dt) and the current control voltage (V a,a) that is present at the current operating time (t B,a).
A wearing part arrangement provided with a holder attachable to a supporting surface, the holder providing releasable attachment of a wearing part by means of a socket-and-pin type quick-fit coupling, wherein the holder comprises a pair of opposing first guide portions providing lateral support to the wearing part, being arranged to face corresponding supporting faces provided on the wearing part, and a pair of second guide portions facing the supporting surface and providing vertical support to the wearing part, being arranged to face corresponding top faces of the wearing part, and wherein one of the pair of the opposing first guide portions and the corresponding side supporting faces of the wearing part is provided with at least one elevation, and the other one of the pair of the opposing first guide portions and the corresponding side supporting faces is provided with a corresponding recess arranged for receipt of the elevation by applying a force on the wearing part in a longitudinal direction of the holder to engagement of the wearing part with the holder, characterised in that the first guide portions are provided with a gradually decreasing height towards a rear end portion of first guide portions, and the top faces of the wearing-part are arranged to slide along the top support faces of the holder when the wearing part is mating with the holder, providing a bottom surface of the wearing part to restingly abut the supporting surface of the implement when the wearing part is located in an operative position on the implement. the first guide portions are provided with a gradually decreasing height towards a rear end portion of first guide portions, and the top faces of the wearing-part are arranged to slide along the top support faces of the holder when the wearing part is mating with the holder, providing a bottom surface of the wearing part to restingly abut the supporting surface of the implement when the wearing part is located in an operative position on the implement.
A cable entry, comprising a. a flange and b. a plug-in part which is suitable for being operatively connected to the flange, c. the plug-in part having a locking sleeve and d. a holder for a connector, the holder being operatively connected to the locking sleeve via a control link and a pin that engages in the control link, e. the control link being arranged on a control part that is arranged displaceably in the longitudinal direction (x) with respect to the locking sleeve, f. the control part being arranged in a rotationally fixed fashion with respect to the locking sleeve via an operative connection means, and g. the control link being configured so that a rotation of the locking sleeve about a longitudinal axis (x) of the plug-in part brings about an axial displacement of the holder with respect to the control part in a longitudinal direction (x). a. a flange and b. a plug-in part which is suitable for being operatively connected to the flange, c. the plug-in part having a locking sleeve and d. a holder for a connector, the holder being operatively connected to the locking sleeve via a control link and a pin that engages in the control link, e. the control link being arranged on a control part that is arranged displaceably in the longitudinal direction (x) with respect to the locking sleeve, f. the control part being arranged in a rotationally fixed fashion with respect to the locking sleeve via an operative connection means, and g. the control link being configured so that a rotation of the locking sleeve about a longitudinal axis (x) of the plug-in part brings about an axial displacement of the holder with respect to the control part in a longitudinal direction (x).
A method for encoding a multi-channel input signal which comprises N different channels; wherein the input signal comprises a sequence of frames; wherein the method comprises, for a current frame of the sequence of frames, - determining whether the current frame is an active frame or an inactive frame using a signal and/or a voice activity detector; - determining a downmix signal based on the multi-channel input signal; wherein the downmix signal comprises less than or equal to N channels; - determining upmixing metadata comprising a set of parameters for generating, based on the downmix signal, a reconstructed multi-channel signal comprising N channels; wherein the upmixing metadata is determined in dependance of whether the current frame is an active frame or an inactive frame; and - encoding the upmixing metadata into a bitstream, wherein the method further comprises - determining a covariance, in particular a covariance matrix, for the current frame of the multi-channel input signal, by performing temporal smoothing over multiple frames from the sequence of frames, in dependance of whether the current frame is an active frame or an inactive frame; and - determining one or more parameters of the upmixing metadata based on the covariance for the current frame. - determining whether the current frame is an active frame or an inactive frame using a signal and/or a voice activity detector; - determining a downmix signal based on the multi-channel input signal; wherein the downmix signal comprises less than or equal to N channels; - determining upmixing metadata comprising a set of parameters for generating, based on the downmix signal, a reconstructed multi-channel signal comprising N channels; wherein the upmixing metadata is determined in dependance of whether the current frame is an active frame or an inactive frame; and - encoding the upmixing metadata into a bitstream, - determining a covariance, in particular a covariance matrix, for the current frame of the multi-channel input signal, by performing temporal smoothing over multiple frames from the sequence of frames, in dependance of whether the current frame is an active frame or an inactive frame; and - determining one or more parameters of the upmixing metadata based on the covariance for the current frame.
An electronic device for measuring a quantity, such as an electric quantity or a thermodynamic quantity, comprising: - a unit for measuring the quantity, able to deliver measurement data (Dm), - an encoding unit, able to convert measurement data (Dm) into structured data (Ds) according to a structuration format, the data (Ds) structured according to the structuration format including at least one portion of the measurement data (Dm), - a unit for generating at least one two-dimensional matrix code from the structured data (Ds), and - a display unit, able to display each generated matrix code, characterized in that the structured data (Ds) further comprise a first identifier of the structuration format, said first identifier being able to exclusively identify the structuration format, the measurement data (Dm) including successive first frames of data, and the encoding unit being able to convert each first frame of measurement data (Dm) into a corresponding second frame of structured data (Ds), each second frame including a second identifier of said frame from among the plurality of second frames, the second identifier being a number unique for each second frame of structured data (Ds). - a unit for measuring the quantity, able to deliver measurement data (Dm), - an encoding unit, able to convert measurement data (Dm) into structured data (Ds) according to a structuration format, the data (Ds) structured according to the structuration format including at least one portion of the measurement data (Dm), - a unit for generating at least one two-dimensional matrix code from the structured data (Ds), and - a display unit, able to display each generated matrix code,
Use of polydiene having terminal epoxy groups as oxygen scavenger, characterized in that the epoxy-terminated polydiene is polybutadiene having epoxy groups, where the polybutadiene comprises the 1,3-butadiene-derived monomer units where the proportion of A in the entirety of the 1,3-butadiene-derived monomer units present in the polybutadiene is from 10 to 60 mol per cent, and where the sum of the proportions of B and C in the entirety of the 1,3-butadiene-derived monomer units present in the polybutadiene is from 40 to 90 mol per cent, where the epoxy groups have the formula and X is a linear or branched alkylene group, preferably a linear alkylene group of the formula -(CH 2) x -, where x is from 1 to 4.
A bracket clamp for attaching elongated products, such as in particular cables, at a profile rail, in particular a C-type profile rail, including an approximately U-shaped body, between the legs of the U-shape a pressure trough adjustable by means of a set screw penetrating the base of the U-shape being disposed, said pressure trough being able to partially surround the elongated product and to press it against a counter trough to be placed on the profile rail, the free end of the legs of the approximately U-shaped body having a hook shape and being able to engage behind the angled free ends of the legs of the profile rail, characterized by that the counter trough includes, on its side facing away from the elongated product, in particular the cable, a profile (11, 16), by means of which the counter trough can be connected or is connected to the profile of another identical counter trough so to form a double through, the counter trough including a holding member laterally projecting and extending approximately in parallel to the longitudinal direction of the counter trough, which holding member surrounds a leg of the approximately U-shaped body of the bracket clamp and after reaching the intended mounting position engages behind this leg with a hook-type projection formed at the free end of the holding member, the leg of the approximately U-shaped body of the bracket clamp being disposed, in this intended mounting position, between the hook-type projection of the holding member and a section projecting from the counter trough and forming a transition section from the counter trough to the holding member.
Measuring device for measuring thermal conductivity of a sample, comprising: - a heat source, - a heat sink, - a sample holder for securing the sample with a plurality of holding parts (120A, 120B; 120B') designed for holding the sample, wherein at least one holding part (120A, 120B) is designed to thermally conductively connect the heat source to the sample, and at least one further holding part (120A, 120B) is designed to thermally conductively connect the sample to the heat sink, and - a temperature sensor arrangement which is designed to determine temperature measurement values at at least three points between the heat source and the heat sink in order to determine the thermal conductivity of the sample, characterized in that at least one first holding part of the sample holder comprises a first material, and at least one second holding part (120B; 120B') of the sample holder comprises a second material, wherein the first material has different thermal conductivity from the second material, wherein in each case at least two holding parts (120A, 120B; 120B') are arranged on opposite sides of the sample in such a manner that a heat flow from the heat source to the heat sink runs through the sample perpendicularly to the heat flow direction through one or more of the holding parts (120A, 120B; 120B') when the sample is secured by means of the sample holder, wherein at least two first holding parts and at least two second holding parts (120B; 120B') are provided, and wherein the at least two first holding parts are arranged on opposite sides of the sample, and the at least two second holding parts (120B; 120B') are arranged on opposite sides of the sample. - a heat source, - a heat sink, - a sample holder for securing the sample with a plurality of holding parts (120A, 120B; 120B') designed for holding the sample, wherein at least one holding part (120A, 120B) is designed to thermally conductively connect the heat source to the sample, and at least one further holding part (120A, 120B) is designed to thermally conductively connect the sample to the heat sink, and - a temperature sensor arrangement which is designed to determine temperature measurement values at at least three points between the heat source and the heat sink in order to determine the thermal conductivity of the sample,
An apparatus comprising an outer cover; and an audio transducer; wherein the outer cover includes a connector physical interface for receiving an external component; wherein the connector physical interface comprises at least one air conduit such that the audio transducer is acoustically connected to an exterior of the apparatus at least using the at least one air conduit; characterised in that: the connector physical interface is configured to transfer an electrical signal and the audio transducer is configured to generate sound waves which travel towards a first cavity of the apparatus, the first cavity connected to the exterior of the apparatus by the at least one air conduit. the connector physical interface is configured to transfer an electrical signal and the audio transducer is configured to generate sound waves which travel towards a first cavity of the apparatus, the first cavity connected to the exterior of the apparatus by the at least one air conduit.