mhurhangee/ep-ind-claims huggingface dataset:
A vapor compression system, comprising: - a compressor configured to circulate a refrigerant through a refrigerant loop; - a sump configured to receive a mixture of lubricant and the refrigerant from the compressor; and - a controller comprising a memory and a processor, wherein the processor is configured to: - receive a first signal indicative of a temperature of the mixture within the sump; - receive a second signal indicative of a pressure of the mixture within the sump; - determine a relative amount of the refrigerant in the mixture based on the first signal and the second signal; and - output a control signal in response to the relative amount of the refrigerant in the mixture exceeding a threshold value. - a compressor configured to circulate a refrigerant through a refrigerant loop; - a sump configured to receive a mixture of lubricant and the refrigerant from the compressor; and - a controller comprising a memory and a processor, wherein the processor is configured to: - receive a first signal indicative of a temperature of the mixture within the sump; - receive a second signal indicative of a pressure of the mixture within the sump; - determine a relative amount of the refrigerant in the mixture based on the first signal and the second signal; and - output a control signal in response to the relative amount of the refrigerant in the mixture exceeding a threshold value. - receive a first signal indicative of a temperature of the mixture within the sump; - receive a second signal indicative of a pressure of the mixture within the sump; - determine a relative amount of the refrigerant in the mixture based on the first signal and the second signal; and - output a control signal in response to the relative amount of the refrigerant in the mixture exceeding a threshold value.
Method for additively manufacturing or repairing or restoring at least one component region of a component, in particular a component of a turbomachine, comprising at least the following steps: a) applying at least one first powder layer to a component platform in the region of a build-up and joining zone; b) locally melting the first powder layer by at least one high-energy beam being moved relative to the component platform in the region of the build-up and joining zone and selectively striking the first powder layer so that parallel first tracks in the form of a parallel array are generated by partial or complete fusion of the first powder layer, wherein first depressions are formed between the first tracks; c) applying at least one second powder layer to the component platform in the region of the build-up and joining zone without lowering the component platform, so that the second powder layer partially or completely fills the first depressions; and d) locally melting the second powder layer by the high-energy beam being moved relative to the component platform in the region of the build-up and joining zone and selectively striking the second powder layer so that second tracks parallel to the first tracks are generated by partial or complete fusion of the second powder layer arranged in the first depressions, wherein the first tracks and the second tracks are aligned with one other or have the same height, wherein a powder of a metal alloy which is difficult to weld is used for applying the first and/or the second powder layer (26, 12). a) applying at least one first powder layer to a component platform in the region of a build-up and joining zone; b) locally melting the first powder layer by at least one high-energy beam being moved relative to the component platform in the region of the build-up and joining zone and selectively striking the first powder layer so that parallel first tracks in the form of a parallel array are generated by partial or complete fusion of the first powder layer, wherein first depressions are formed between the first tracks; c) applying at least one second powder layer to the component platform in the region of the build-up and joining zone without lowering the component platform, so that the second powder layer partially or completely fills the first depressions; and d) locally melting the second powder layer by the high-energy beam being moved relative to the component platform in the region of the build-up and joining zone and selectively striking the second powder layer so that second tracks parallel to the first tracks are generated by partial or complete fusion of the second powder layer arranged in the first depressions, wherein the first tracks and the second tracks are aligned with one other or have the same height,
An implantable encapsulation device for housing a biological moiety characterised in that the encapsulation device comprises a laminate sheet; and a plurality of containment channels formed by adhered layers of the laminate sheet with seams interposed between each containment channel, wherein the plurality of containment channels are periodically connected to each other via the seams along a length of the plurality of containment channels.
Electronic pen with pen position detection comprising at least one electric voltage source, at least a digital control unit (217, 106), a writing lead, at least one data transfer module (219, 109) and at least two position determination sensors (201, 202, 101, 102) for determination of the position and / or motion of the electronic pen, a force sensor (203, 103) coupled to the writing lead which is suitable for writing on paper, characterized in that the electronic pen comprises an energy management unit (218, 110) in communication with the digital control unit (217, 106) for managing the electrical energy consumption, in particular to minimize the electric energy consumption, and optionally comprises means (103, 104, 105, 204, 205, 212, 213, 214, 215) to be able to generate electrical energy itself, and wherein the digital control unit (217, 106) and / or the energy management unit (218, 110) is / are configured such that the sampling rates of data providing components of the electronic pen, e.g. the sampling rates of the position determination sensors (201, 202, 101, 102) and / or of a photo cell and / or of the force sensor (203, 103), and/or the data transfer rate of the data transfer module (219, 109) can be controlled depending on the operating mode of the electronic pen, and wherein the energy management unit (218, 110) is configured such that depending on the force measured by the force sensor (203, 103), in particular in the case of falling below a predetermined pressure force threshold for a predetermined minimum duration and / or in the case of exceeding a predetermined pressure force threshold for a predetermined excess minimum duration, the energy management unit (218, 110) carries out at least one change of the operating mode of the electronic pen.
Electrical energy storage and production system in a marine environment by gravity, where at least one ballast is lowered and raised between a high position and a low position thanks to at least one cable connected to a surface-floating element, such as a barge or a platform, whereby the system includes a generator/engine that triggers or is triggered by said cable, characterized in that said ballasts (107, 108) may be stabilized in high position at a specified depth when secured together with a partially floating element at said depth, said element being connected through a retaining cable to a secondary surface-floating element that is equipped with means to change the length of said cable, whereby the partially floating element includes a volume of compressible gas according to the environmental pressure.
A method for determining a media type of a media associated with a printer (200; 302; 400), the method comprising: scanning a media (212; 312; 401a; 612, 616) using a line scanner (258; 336; 405) that is in relative movement to the media (212; 312; 401a; 612, 616), wherein the line scanner (258; 336; 405) comprises one or more line scanner sensors and the scanning generates a captured image comprising one or more predefined vertical sample lines (1, 2, X) in at least two consecutive windows (610a, 610b) of the media (212; 312; 401a; 612, 616);determining a vertical length of the captured image based on a comparison of image characteristic values captured in the at least two consecutive windows (610a, 610b); determining a media characteristic associated with the media (212; 312; 401a; 612, 616) based at least on the vertical length, an analysis of image characteristic values extracted from along the one or more predefined vertical sample lines (1, 2, X) in the at least two consecutive windows (610a, 610b), and one or more media profiles; and calibrating the printer (200; 302; 400) based on the media characteristic. scanning a media (212; 312; 401a; 612, 616) using a line scanner (258; 336; 405) that is in relative movement to the media (212; 312; 401a; 612, 616), wherein the line scanner (258; 336; 405) comprises one or more line scanner sensors and the scanning generates a captured image comprising one or more predefined vertical sample lines (1, 2, X) in at least two consecutive windows (610a, 610b) of the media (212; 312; 401a; 612, 616);determining a vertical length of the captured image based on a comparison of image characteristic values captured in the at least two consecutive windows (610a, 610b); determining a media characteristic associated with the media (212; 312; 401a; 612, 616) based at least on the vertical length, an analysis of image characteristic values extracted from along the one or more predefined vertical sample lines (1, 2, X) in the at least two consecutive windows (610a, 610b), and one or more media profiles; and calibrating the printer (200; 302; 400) based on the media characteristic.
A mobile phone for measuring and displaying Internet traffic according to more than one SIM card, comprising: a traffic measuring module, a traffic displaying module, and a SIM card account creating module, wherein: the SIM card account creating module is configured to create a SIM card account for each inserted SIM card respectively when it is determined that a SIM card account corresponding to the each inserted SIM card does not exist; the traffic measuring module is configured to measure Internet traffic of each corresponding SIM card account respectively; and the traffic displaying module is configured to display the Internet traffic of each SIM card account respectively; wherein the traffic measuring module comprises: a traffic identifying unit, configured to identify a SIM card account corresponding to current Internet traffic; a traffic counting unit, configured to count the traffic; and a traffic writing unit, configured to write the Internet traffic measured by the traffic counting unit into the corresponding SIM card account. the SIM card account creating module is configured to create a SIM card account for each inserted SIM card respectively when it is determined that a SIM card account corresponding to the each inserted SIM card does not exist; the traffic measuring module is configured to measure Internet traffic of each corresponding SIM card account respectively; and the traffic displaying module is configured to display the Internet traffic of each SIM card account respectively; wherein the traffic measuring module comprises: a traffic identifying unit, configured to identify a SIM card account corresponding to current Internet traffic; a traffic counting unit, configured to count the traffic; and a traffic writing unit, configured to write the Internet traffic measured by the traffic counting unit into the corresponding SIM card account. a traffic identifying unit, configured to identify a SIM card account corresponding to current Internet traffic; a traffic counting unit, configured to count the traffic; and a traffic writing unit, configured to write the Internet traffic measured by the traffic counting unit into the corresponding SIM card account.
A polymerizable composition comprising: at least one reactive (meth)acrylate; at least one non-reactive, solvent-dissolvable polymer; at least one non-reactive solvent; and/or (a) at least one reactive polypropylene glycol monomethacrylate or polyethylene glycol (meth)acrylated monomer, or (b) at least one reactive urethane (meth)acrylate and at least one polymethylmethacrylate (PMMA) - polymethacrylic acid (PMAA) copolymer; wherein upon exposure to actinic radiation, said polymerizable composition cures to an acrylic thermoset lattice. at least one reactive (meth)acrylate; at least one non-reactive, solvent-dissolvable polymer; at least one non-reactive solvent; and/or (a) at least one reactive polypropylene glycol monomethacrylate or polyethylene glycol (meth)acrylated monomer, or (b) at least one reactive urethane (meth)acrylate and at least one polymethylmethacrylate (PMMA) - polymethacrylic acid (PMAA) copolymer; (a) at least one reactive polypropylene glycol monomethacrylate or polyethylene glycol (meth)acrylated monomer, or (b) at least one reactive urethane (meth)acrylate and at least one polymethylmethacrylate (PMMA) - polymethacrylic acid (PMAA) copolymer; wherein upon exposure to actinic radiation, said polymerizable composition cures to an acrylic thermoset lattice.
A method, comprising: determining, by an offloaded virtualization manager component associated with a virtualization host, at least a first portion of a memory of the virtualization host to be used for one or more guest virtual machines, wherein the offloaded virtualization management component is run on one or more processors mounted on an offload card of the virtualization host; reserving, by a hypervisor running on the virtualization host, at least a second portion of the memory to store live updates of the hypervisor; assigning, by the offloaded virtualization manager component, a subset of the first portion of memory to a first guest virtual machine to be instantiated at the virtualization host; providing, to the hypervisor by the offloaded virtualization manager component, an indication of the subset of the first portion of memory to be utilized on behalf of the first guest virtual machine; and performing, using the second portion of the memory, a live update of the hypervisor (a) without modifying the subset of the first portion of memory assigned to the first guest virtual machine and (b) without rebooting the first guest virtual machine. determining, by an offloaded virtualization manager component associated with a virtualization host, at least a first portion of a memory of the virtualization host to be used for one or more guest virtual machines, wherein the offloaded virtualization management component is run on one or more processors mounted on an offload card of the virtualization host; reserving, by a hypervisor running on the virtualization host, at least a second portion of the memory to store live updates of the hypervisor; assigning, by the offloaded virtualization manager component, a subset of the first portion of memory to a first guest virtual machine to be instantiated at the virtualization host; providing, to the hypervisor by the offloaded virtualization manager component, an indication of the subset of the first portion of memory to be utilized on behalf of the first guest virtual machine; and performing, using the second portion of the memory, a live update of the hypervisor (a) without modifying the subset of the first portion of memory assigned to the first guest virtual machine and (b) without rebooting the first guest virtual machine.
A planar mechanical resonator structure comprising a bar vibrating according to an expansion-compression mode along its longitudinal central axis (Δ) and having a vibration node in its median plane (n) at right angles to said longitudinal central axis, the vibration naturally inducing transverse expansion-compression deformations, characterized in that the structure comprises two parallelepipedal beams that are substantially identical to one another, each symmetrical relative to said median plane (π) and positioned respectively on either side of the bar, the longitudinal axes of the beams being parallel to said longitudinal central axis (Δ), the length of the beams being substantially equal to the length of the bar and the slenderness ratio (L/c) of the beams taken in the plane of the structure being substantially equal to the result of the addition of six and a half and a number equivalent to twenty eight percent of the slenderness ratio (L/a) of the bar taken in the plane of the structure, and two link elements positioned respectively on either side of the bar in the vicinity of said median plane and each linking a face of the bar to a face of a beam, by virtue of which the beams, excited at the link elements by said transverse expansion-compression deformations of the bar, each vibrate simultaneously according to two modes, the first mode being a longitudinal expansion-compression mode in phase opposition with the vibration of the bar, the second mode being a bending mode taking place parallel to the plane of the structure, and the effects of the transverse deformations of the bar and of each of the beams are neutralized in a zone situated on the face of the beam opposite the face secured to the link element and in the vicinity of said median plane (π).
A cardiac augmentation device, including: an actuator configured to apply pressure to a heart to augment a pumping function of the heart; a sensor system configured to record two or more different ECG leads (50a-50g) at the augmented heart; a controller configured to: determine one or more control parameters (40a-40d) for the cardiac augmentation device using one or more of the two or more ECG leads; and control operation of the actuator based on the determined one or more control parameters. an actuator configured to apply pressure to a heart to augment a pumping function of the heart; a sensor system configured to record two or more different ECG leads (50a-50g) at the augmented heart; a controller configured to: determine one or more control parameters (40a-40d) for the cardiac augmentation device using one or more of the two or more ECG leads; and control operation of the actuator based on the determined one or more control parameters. determine one or more control parameters (40a-40d) for the cardiac augmentation device using one or more of the two or more ECG leads; and control operation of the actuator based on the determined one or more control parameters.
A recombinant Marek's disease virus of serotype 1 which comprises a promoter consisting of SEQ ID NO: 5 and under the control of said promoter, a recombinant nucleotide sequence encoding a polypeptide.
A N-methyl D-aspartate receptor (NMDAR) blocker for use in preventing irreversible shrinkage of erythrocytes of patients with sickle cell anemia, characterized in that it is selected from memantine and MK-801.
Apparatus for decomposing an audio signal into a background component signal and a foreground component signal, the apparatus comprising: a block generator for generating a time sequence of blocks of audio signal values; an audio signal analyzer for determining a characteristic of a current block of the audio signal and for determining a variability of the characteristic within a group of blocks comprising at least two blocks of the sequence of blocks; and a separator for separating the current block into a background portion and a foreground portion, wherein the separator is configured to determine a separation threshold based on the variability and to separate the current block into the background component signal and the foreground component signal, when the characteristic of the current block is in a predetermined relation to the separation threshold, or to determine the whole current block as a foreground component signal, when the characteristic of the current block is in the predetermined relation to the separation threshold, or to determine the whole current block as a background component signal, when the characteristic of the current block is not in the predetermined relation to the separation threshold. a block generator for generating a time sequence of blocks of audio signal values; an audio signal analyzer for determining a characteristic of a current block of the audio signal and for determining a variability of the characteristic within a group of blocks comprising at least two blocks of the sequence of blocks; and a separator for separating the current block into a background portion and a foreground portion, wherein the separator is configured to determine a separation threshold based on the variability and to separate the current block into the background component signal and the foreground component signal, when the characteristic of the current block is in a predetermined relation to the separation threshold, or to determine the whole current block as a foreground component signal, when the characteristic of the current block is in the predetermined relation to the separation threshold, or to determine the whole current block as a background component signal, when the characteristic of the current block is not in the predetermined relation to the separation threshold.
An orthopedic aid for checking by means of a detector arrangement at an individual patient a desired orientation obtainable by means of an adjustable element characterized in that the detector arrangement is fixedly mounted in the orthopedic aid or can be mounted in the orthopedic aid as an exchangeable adapter, and that the detector arrangement includes a section being torque-free in the measuring plane during a stable static load position and generating torques in the measuring plane during slight deviations from the stable load position, and including indicators (15, 16; 26, 27, 28) for indicating torques arising in two mutually opposite directions in the measuring plane.