mhurhangee/ep-ind-claims huggingface dataset:
An engine loading system for loading an engine of an aircraft, the system comprising: a cradle configured to hold the engine; a movement system associated with the cradle and configured to move the cradle; and characterized in that it further comprises an adjustment system comprising: an actuator system associated with the cradle, the actuator system comprising one or more actuators; and one or more universal joints connecting the cradle to the one or more actuators, wherein each universal joint comprises: a housing, a spherical bearing disposed in the housing, a compression spring configured to center the spherical bearing in the housing, and an elongate member connecting the movement system with the universal joint, the adjustment system being configured to change a position of the cradle with respect to the movement system, wherein the cradle, the movement system and the adjustment system are adapted to be shipped with the engine. a cradle configured to hold the engine; a movement system associated with the cradle and configured to move the cradle; and characterized in that it further comprises an adjustment system comprising: an actuator system associated with the cradle, the actuator system comprising one or more actuators; and one or more universal joints connecting the cradle to the one or more actuators, wherein each universal joint comprises: a housing, a spherical bearing disposed in the housing, a compression spring configured to center the spherical bearing in the housing, and an elongate member connecting the movement system with the universal joint, an actuator system associated with the cradle, the actuator system comprising one or more actuators; and one or more universal joints connecting the cradle to the one or more actuators, wherein each universal joint comprises: a housing, a spherical bearing disposed in the housing, a compression spring configured to center the spherical bearing in the housing, and an elongate member connecting the movement system with a housing, a spherical bearing disposed in the housing, a compression spring configured to center the spherical bearing in the housing, and an elongate member connecting the movement system with the universal joint, the adjustment system being configured to change a position of the cradle with respect to the movement system, wherein the cradle, the movement system and the adjustment system are adapted to be shipped with the engine.
A method for accelerating return motion of a main spool of a hydraulic directional control valve towards a spring-biased neutral position of the main spool, the method comprising reducing or stopping a control pressure or control force acting on a first longitudinal end of the main spool, and substantially simultaneously applying a short-term counter-pressure or counter-force acting on a second longitudinal end of the main spool for providing an accelerated return motion of the main spool towards the spring-biased neutral position of the main spool.
An automated system for cutting hair on a subject, comprsing: a hair cutting device comprising a cutting mechanism and configured to engage said cutting mechanism to cut said hair; and a positioning device coupled to said subject and having at least one positioning interface, characterized in that: the hair cutting device is configured for manual positioning; and said positioning interface of said positioning device is configured to interact with said hair cutting device for determining a position of said hair cutting device relative to a physical feature of said subject. a hair cutting device comprising a cutting mechanism and configured to engage said cutting mechanism to cut said hair; and a positioning device coupled to said subject and having at least one positioning interface, characterized in that: the hair cutting device is configured for manual positioning; and said positioning interface of said positioning device is configured to interact with said hair cutting device for determining a position of said hair cutting device relative to a physical feature of said subject. the hair cutting device is configured for manual positioning; and said positioning interface of said positioning device is configured to interact with said hair cutting device for determining a position of said hair cutting device relative to a physical feature of said subject.
Extruder for containers containing masses with a receiving area for the container, with at least one piston rod (13; 43) that may move with respect to the receiving area and with an extruding device (16; 46), which comprises an advancing mechanism (21; 51) for advancing the at least one piston rod (13; 33; 43), in which at least one stripping element (26; 36; 61, 66, 71, 76) is provided with at least one stripping edge (27; 37, 62) facing towards the at least one piston rod (13; 33; 43), characterised in that the at least one piston rod is provided with teeth on at least one side and the section of the at least one stripping edge of the at least one stripping element facing towards the teeth is provided with a recess.
A battery pack, comprising: a housing; a plurality of cells, provided in the housing; wherein the sum V1 of the volumes of the plurality of cells and the volume V2 of the battery pack satisfy V1/V2≥55%; and the battery pack has a first direction and a second direction perpendicular to each other; a length direction of the cell is arranged along the first direction of the battery pack, and the plurality of cells are arranged along the second direction of the battery pack; the housing accommodates only one cell along the first direction; and the cell comprises a cell body, and the length of the cell body is 600-2500 mm. a housing; a plurality of cells, provided in the housing; wherein the sum V1 of the volumes of the plurality of cells and the volume V2 of the battery pack satisfy V1/V2≥55%; and the battery pack has a first direction and a second direction perpendicular to each other; a length direction of the cell is arranged along the first direction of the battery pack, and the plurality of cells are arranged along the second direction of the battery pack; the housing accommodates only one cell along the first direction; and the cell comprises a cell body, and the length of the cell body is 600-2500 mm.
A method of processing a computerized tomography image, comprising: (a) preprocessing the image using contrast enhancement weight function W selected for enhancing contrast of soft tissues and having a local minimum at intensities characteristic to lung and soft tissue and a local maximum at intensities characteristic to hard tissue, said contrast enhancement weight function W satisfying the equation: W x y = { 4 ⁢ c 1 ⁢ I x y - V ⋅ I max - x y I max - V 2 if I x y ≥ V - 4 ⁢ c 2 ⁢ V - I x y ⋅ I x y 3 ⁢ V 2 if I x y < V, wherein x, y are the coordinates of a picture-element of the image in a Cartesian coordinate system, I(x,y) is the intensity at said picture-element, I max is the maximal value of I over the image, V is a predetermined Hounsfield Units value, and c 1 and c 2 are predetermined constants, thereby providing a preprocessed image having a first dynamic range; and (b) reducing said first dynamic range of said preprocessed image; thereby processing the image. (a) preprocessing the image using contrast enhancement weight function W selected for enhancing contrast of soft tissues and having a local minimum at intensities characteristic to lung and soft tissue and a local maximum at intensities characteristic to hard tissue, said contrast enhancement weight function W satisfying the equation: W x y = { 4 ⁢ c 1 ⁢ I x y - V ⋅ I max - x y I max - V 2 if I x y ≥ V - 4 ⁢ c 2 ⁢ V - I x y ⋅ I x y 3 ⁢ V 2 if I x y < V, wherein x, y are the coordinates of a picture-element of the image in a Cartesian coordinate system, I(x,y) is the intensity at said picture-element, I max is the maximal value of I over the image, V is a predetermined Hounsfield Units value, and c 1 and c 2 are predetermined constants, thereby providing a preprocessed image having a first dynamic range; and (b) reducing said first dynamic range of said preprocessed image; thereby processing the image.
A mutein derived from human neutrophil gelatinase-associated lipocalin (hNGAL), comprising a mutated amino acid residue at amino acid sequence position 100 of the linear polypeptide sequence of mature hNGAL (SEQ ID NO: 44) and also at 14, 15, 16, 17, 18, or 19 amino acid residues selected from the group consisting of amino acid sequence positions 36, 40, 41, 49, 52, 68, 70, 72, 73, 77, 79, 81, 96, 103, 106, 125, 127, 132, and 134 of the linear polypeptide sequence of mature hNGAL, which is capable of binding a given target with a dissociation constant (K d) of 200 nM or less, and wherein the given target does not bind to native mature hNGAL under physiological conditions, wherein the mutein has a sequence identity of more than 70% to the linear polypeptide sequence of mature hNGAL (SEQ ID NO: 44).
A method being executed on a computer system of detecting the frequency of a periodic physiological signal of a subject from a video image of the subject, comprising the execution by a processor of the steps of: fitting autoregressive models of one or more orders to a signal derived from the video image to detect spectral components in the signal; characterized by: for each spectral component generating a synthetic signal of the same frequency and calculating its similarity in the time domain with the signal derived from the video image; outputting as the physiological signal frequency the frequency of the synthetic signal with the maximum similarity with the signal derived from the video image. for each spectral component generating a synthetic signal of the same frequency and calculating its similarity in the time domain with the signal derived from the video image; outputting as the physiological signal frequency the frequency of the synthetic signal with the maximum similarity with the signal derived from the video image.
Process for the manufacture of a tyre assemblage, characterized in that, the assemblage comprising: - a first woven or knitted fabric comprising one or more first threadlike elements (64, 66), - a second woven or knitted fabric comprising one or more second threadlike elements (68, 70), - a bearing structure comprising bearing elements connecting the first and second woven or knitted fabric(s) (26, 28) together, in which process: - each first threadlike element (64, 66) is coated with at least one layer of a first adhesive composition and each second threadlike element (68, 70) is coated with at least one layer of a second adhesive composition, - each first and second coated threadlike element (64, 66, 68, 70) is then heat treated, so as to crosslink each first and second adhesive composition, - each first and second coated and heat-treated threadlike element (64, 66, 68, 70) is then assembled with the bearing elements, so as to form the assemblage. - a first woven or knitted fabric comprising one or more first threadlike elements (64, 66), - a second woven or knitted fabric comprising one or more second threadlike elements (68, 70), - a bearing structure comprising bearing elements connecting the first and second woven or knitted fabric(s) (26, 28) together, - each first threadlike element (64, 66) is coated with at least one layer of a first adhesive composition and each second threadlike element (68, 70) is coated with at least one layer of a second adhesive composition, - each first and second coated threadlike element (64, 66, 68, 70) is then heat treated, so as to crosslink each first and second adhesive composition, - each first and second coated and heat-treated threadlike element (64, 66, 68, 70) is then assembled with the bearing elements, so as to form the assemblage.
An apparatus comprising: an article comprising a hood shape having a first side portion, a second side portion, a top portion and a rear portion for covering a user's head characterized in that the apparatus further comprises: a pouch connected to the article having an opening wherein the article is configured to be fully inserted into the pouch through the opening; a first strap provided on the first side portion; a second strap provided on the second side portion; a first magnet provided at the first strap; a second magnet provided at the second strap; a third magnet provided at the first side portion having an attraction to the first magnet, wherein the first magnet is configured to be detached from the third magnet to allow an article of clothing to be secured between the first strap and the outer portion of the first side portion; and a fourth magnet provided on the second side portion having an attraction to the second magnet, wherein the second magnet is configured to be detached from the fourth magnet to allow an article of clothing to be secured between the second strap and the outer portion of the second side portion a pouch connected to the article having an opening wherein the article is configured to be fully inserted into the pouch through the opening; a first strap provided on the first side portion; a second strap provided on the second side portion; a first magnet provided at the first strap; a second magnet provided at the second strap; a third magnet provided at the first side portion having an attraction to the first magnet, wherein the first magnet is configured to be detached from the third magnet to allow an article of clothing to be secured between the first strap and the outer portion of the first side portion; and a fourth magnet provided on the second side portion having an attraction to the second magnet, wherein the second magnet is configured to be detached from the fourth magnet to allow an article of clothing to be secured between the second strap and the outer portion of the second side portion
Use of an apparatus for generating a flow of hot combustion exhaust gases which originate from a combustion process and have output, air-fuel ratio and temperature which can be adjusted independently of each other, said apparatus containing a burner device having a fuel feed and a combustion air feed and also a combustion chamber, wherein a) some of the exhaust gas generated by the burner device is discharged via a first exhaust gas pipe having a throttle valve, b) the throttle valve is bypassed by a second exhaust gas pipe, which has a heat exchanger and a further throttle valve, and c) both exhaust gas pipes are combined downstream of the throttle valves, as considered in the flow direction of the exhaust gas, to form a common exhaust gas pipe, characterized in that the flow of hot combustion exhaust gases is used for the defined thermal ageing of automotive exhaust gas catalysts. a) some of the exhaust gas generated by the burner device is discharged via a first exhaust gas pipe having a throttle valve, b) the throttle valve is bypassed by a second exhaust gas pipe, which has a heat exchanger and a further throttle valve, and c) both exhaust gas pipes are combined downstream of the throttle valves, as considered in the flow direction of the exhaust gas, to form a common exhaust gas pipe,
Composition, containing dimethylglycine according to Formula I and/or a salt thereof, wherein the salt of dimethylglycine is an alkali, alkaline earth, or ammonium salt of dimethylglycine or the salt of an inorganic and/or organic acid with dimethylglycine, for therapeutic use in the topical treatment of hair and the scalp, wherein the treatment of hair and the scalp is for the treatment and/or prevention of hair loss, wherein the hair loss is selected from alopecia areata (circular hair loss), androgenetic alopecia (hereditary hair loss) in women and men, diffuse alopecia (diffuse hair loss), age-related hair loss (senescent alopecia), and chemotherapy-induced hair loss.
A method of controlling a power storage apparatus connected to a grid for power system stabilization control, the method comprising: receiving a power instruction value indicating a power value which the power storage apparatus is to charge or discharge for setting a frequency of the grid within a predetermined range; wherein the power instruction value indicates discharge of the power storage apparatus when the power instruction value is a positive value and wherein the power instruction value indicates charge of the power storage apparatus when the power instruction value is a negative value; obtaining a remaining state of charge of the power storage apparatus; controlling charge or discharge of the power storage apparatus according to the power instruction value, when the power instruction value is received; characterized in that the method further comprises the step of: - setting a delay time from when the power instruction value is received to when the power storage apparatus charges or discharges according to the power instruction value, (i) in case the remaining SOC is smaller than a target SOC, in a period in which the power instruction value increases as time passes, and (ii) in case the remaining SOC is larger than the target SOC in a period in which the power instruction value decreases as time passes. receiving a power instruction value indicating a power value which the power storage apparatus is to charge or discharge for setting a frequency of the grid within a predetermined range; wherein the power instruction value indicates discharge of the power storage apparatus when the power instruction value is a positive value and wherein the power instruction value indicates charge of the power storage apparatus when the power instruction value is a negative value; obtaining a remaining state of charge of the power storage apparatus; controlling charge or discharge of the power storage apparatus according to the power instruction value, when the power instruction value is received; setting a delay time from when the power instruction value is received to when the power storage apparatus charges or discharges according to the power instruction value, (i) in case the remaining SOC is smaller than a target SOC, in a period in which the power instruction value increases as time passes, and (ii) in case the remaining SOC is larger than the target SOC in a period in which the power instruction value decreases as time passes.
A control method, applied in an air conditioning system comprising an outdoor unit and a heating device, the outdoor unit comprising an external heat exchanger and a first valve, the heating device being in a pipe connection with the external heat exchanger by the first valve, the control method comprising: detecting, in response to obtaining a defrosting signal, if the heating device is in an on or off state; controlling, in response to detecting that the heating device is in the on state, the first valve to open to turn on the pipe connection between the heating device and the external heat exchanger so that the heating device participates in a defrosting operation; controlling, in response to detecting that the heating device is in the off state, the first valve to close to disconnect the pipe connection between the heating device and the external heat exchanger so that the heating device does not participate in the defrosting operation; and in response to the heating device participating in the defrosting operation and a temperature of the heating device satisfying a predetermined condition, controlling the first valve to close, or ending the defrosting operation. detecting, in response to obtaining a defrosting signal, if the heating device is in an on or off state; controlling, in response to detecting that the heating device is in the on state, the first valve to open to turn on the pipe connection between the heating device and the external heat exchanger so that the heating device participates in a defrosting operation; controlling, in response to detecting that the heating device is in the off state, the first valve to close to disconnect the pipe connection between the heating device and the external heat exchanger so that the heating device does not participate in the defrosting operation; and in response to the heating device participating in the defrosting operation and a temperature of the heating device satisfying a predetermined condition, controlling the first valve to close, or ending the defrosting operation.
Illumination device comprising a tensioned clamping element and an LED strip which is directly connected to the clamping element and has a plurality of LEDs arranged or formed on a strip body of the LED strip, the LED strip having a lower tensile stress than the clamping element in the longitudinal direction of the illumination device, the clamping element being in the form of a support strip and it being possible to secure the clamping element to a wall by means of a wall holder, characterized in that the wall holder has two tensioning wires (354a, 354b) and/or tensioning ropes for forming a triangle with the wall, and in that the illumination device additionally has a support plate on which the clamping element is arranged by means of a loop.
Method for synchronizing a first audio stream played back in the form of a sound signal by a playback device in proximity to a terminal with an alternative audio stream received by the terminal, the method comprising the steps of: - Capture of a part of the sound signal, - Obtainment of a first datum representative of at least a part of the captured sound signal, - Playback of the alternative audio stream received by the terminal, the method being characterized in that the terminal also receives a control stream representative of the first audio stream played back on the playback device, the control stream and the alternative audio stream being synchronized according to a same time reference, and in that it comprises the following steps: - Emission, to the playback device, of a command to pause reading of the first stream, - Detection of the first datum in the control stream, and When the first datum is detected in the control stream: - Emission, to the playback device, of a command to resume reading of the first stream. - Capture of a part of the sound signal, - Obtainment of a first datum representative of at least a part of the captured sound signal, - Playback of the alternative audio stream received by the terminal, - Emission, to the playback device, of a command to pause reading of the first stream, - Detection of the first datum in the control stream, and - Emission, to the playback device, of a command to resume reading of the first stream.