mhurhangee/ep-ind-claims huggingface dataset:
An air-conditioner control system comprising: a power-supply circuit unit; a control board mounted with an electronic component including a microcomputer for control; a temperature sensor that measures temperature of the electronic component; and characterized in that the air-conditioner control system further comprises an air conditioner main body including an air conditioning function; and a temperature control unit that heats, during normal operation including a normal operation state and a normal stop state, on the basis of a measurement value of the temperature sensor, the electronic component such that operation is performed at temperature equal to or higher than a guarantee temperature of the electronic component. a power-supply circuit unit; a control board mounted with an electronic component including a microcomputer for control; a temperature sensor that measures temperature of the electronic component; and characterized in that the air-conditioner control system further comprises an air conditioner main body including an air conditioning function; and a temperature control unit that heats, during normal operation including a normal operation state and a normal stop state, on the basis of a measurement value of the temperature sensor, the electronic component such that operation is performed at temperature equal to or higher than a guarantee temperature of the electronic component.
A method for manufacturing of one or more 3D products by additive manufacturing using a layer-by-layer technique using a 3D printing device, said 3D printing device comprising at least one layer applying unit for depositing a plurality of material layers, a support arranged to receive said material layers, and a layer bonding unit for binding selected portions of said material layers together such that said one or more 3D products are formed, said method comprising the steps of; - depositing said material layers forming a bulk material volume (51, 51', 51"); whereby said material used in said material layers is evaluated to establish the angle of repose of said material, said at least one layer applying unit applies said material layers parallel to said support, said plurality of material layers being deposited such that at least one side of the bulk material volume (51, 51', 51") has an angle (α) with respect to said support that is equal to, or lower, than the angle of repose for the material used for said plurality of material layers and said material layers being applied such that said bulk material volume (51, 51', 51") comprises a base portion and a top portion, and whereby said bulk material volume (51, 51', 51") is formed such that said top portion is smaller than said base portion. said method comprising the steps of; - depositing said material layers forming a bulk material volume (51, 51', 51"); - depositing said material layers forming a bulk material volume (51, 51', 51"); whereby said material used in said material layers is evaluated to establish the angle of repose of said material, said at least one layer applying unit applies said material layers parallel to said support, said plurality of material layers being deposited such that at least one side of the bulk material volume (51, 51', 51") has an angle (α) with respect to said support that is equal to, or lower, than the angle of repose for the material used for said plurality of material layers and said material layers being applied such that said bulk material volume (51, 51', 51") comprises a base portion and a top portion, and whereby said bulk material volume (51, 51', 51") is formed such that said top portion is smaller than said base portion.
Method for producing a gas turbine component, the method comprising the following steps: a) providing a cast semi-finished product made of a titanium aluminium base alloy material, the material comprising at least titanium and aluminium, wherein - in the range of room temperature, said material contains the β/B2-Ti phase, the α 2 -Ti 3 Al phase and the γ-TiAl phase, with a proportion of the β/B2-Ti phase amounting to no more than 5 vol%, - in the range of the eutectoid temperature, said material contains the β/B2-Ti phase, the α 2 -Ti 3 Al phase and the γ-TiAl phase, with a proportion of the β/B2-Ti phase amounting to at least 10 vol%, and - the material has the following composition: -- 42 to 45 at% of aluminium, -- 3 to 8 at% of niobium, -- 0.2 to 3 at% of molybdenum and/or manganese, -- 0.1 to 1 at% of boron and/or carbon and/or silicon -- a rest of titanium, and b) forging the semi-finished product made of said material to obtain the component at a forming temperature of between T e -50K and T a +100K, with T e being the eutectoid temperature of the material and T a being the alpha transus temperature of the material. a) providing a cast semi-finished product made of a titanium aluminium base alloy material, the material comprising at least titanium and aluminium, wherein - in the range of room temperature, said material contains the β/B2-Ti phase, the α 2 -Ti 3 Al phase and the γ-TiAl phase, with a proportion of the β/B2-Ti phase amounting to no more than 5 vol%, - in the range of the eutectoid temperature, said material contains the β/B2-Ti phase, the α 2 -Ti 3 Al phase and the γ-TiAl phase, with a proportion of the β/B2-Ti phase amounting to at least 10 vol%, and - the material has the following composition: -- 42 to 45 at% of aluminium, -- 3 to 8 at% of niobium, -- 0.2 to 3 at% of molybdenum and/or manganese, -- 0.1 to 1 at% of boron and/or carbon and/or silicon -- a rest of titanium, and - in the range of room temperature, said material contains the β/B2-Ti phase, the α 2 -Ti 3 Al phase and the γ-TiAl phase, with a proportion of the β/B2-Ti phase amounting to no more than 5 vol%, - in the range of the eutectoid temperature, said material contains the β/B2-Ti phase, the α 2 -Ti 3 Al phase and the γ-TiAl phase, with a proportion of the β/B2-Ti phase amounting to at least 10 vol%, and - the material has the following composition: -- 42 to 45 at% of aluminium, -- 3 to 8 at% of niobium, -- 0.2 to 3 at% of molybdenum and/or manganese, -- 0.1 to 1 at% of boron and/or carbon and/or silicon -- a rest of titanium, and -- 42 to 45 at% of aluminium, -- 3 to 8 at% of niobium, -- 0.2 to 3 at% of molybdenum and/or manganese, -- 0.1 to 1 at% of boron and/or carbon and/or silicon -- a rest of titanium, and b) forging the semi-finished product made of said material to obtain the component at a forming temperature of between T e -50K and T a +100K, with T e being the eutectoid temperature of the material and T a being the alpha transus temperature of the material.
A composition for use in wound healing, said composition comprising an isolated, water soluble cytoplasmic extract from differentiable cells, said cytoplasmic extract comprising carbohydrates, proteins, glycosylated or otherwise modified proteins, peptides, amino acids, RNA (i.e. mRNA, sRNA, miRNA or rRNA), DNA, and water, wherein said differentiable cells are salmon eggs and wherein said extract comprises less than 1% of lipids naturally associated with the cells.
Method for operating a working machine, such as a material-transferring device, comprising an electric drive with at least one electric motor for driving a drive train, wherein recovered energy that is recovered in a towing and/or braking operation and transferred from the drive train to the electric motor is stored intermediately, characterized in that the electric motor is used as a flywheel storage system for the intermediate storage of the recovered energy, wherein an electromagnetic torsional and/or drag torque of the electric motor is controlled as a function of motor speed and is kept at essentially zero by a motor control device in a storage device speed range above a nominal operating speed (n Nenn), both in the towing and/or braking operation mode, in which there is a power flow from the drive train to the electric motor, and in a drive mode, in which there is a power flow from the electric motor to the power train.
A decoy peptide, wherein the decoy peptide consists of the sequence GNMEQPHMDSRIGWLHNLGDQ (SEQ ID NO: 4), wherein the decoy peptide inhibits the binding of anti-Ro antibodies to a hERG potassium channel extracellular pore region by competitive inhibition.
A vestibular system stimulation array, comprising: at least one electrode array (24, 25, 26) configured to be implantable in a semicircular canal (7, 102) of the vestibular system, wherein the at least one electrode array (24, 25, 26) is configured to apply electrical stimulation to the vestibular system; and at least one lead (21, 22, 23) respectively connected to the least one electrode array (24, 25, 26), wherein the at least one lead (21, 22, 23) has a first diameter lying on a plane normal to a longitudinal axis of the lead (21, 22, 23) that is greater than a second diameter of the respective at least one electrode array (24, 25,26) lying on a plane normal to a longitudinal axis of the respective at least one electrode array (24, 25, 26), such that residual vestibular function of the semicircular canal in which the at least one electrode array is implanted is retained. at least one electrode array (24, 25, 26) configured to be implantable in a semicircular canal (7, 102) of the vestibular system, wherein the at least one electrode array (24, 25, 26) is configured to apply electrical stimulation to the vestibular system; and at least one lead (21, 22, 23) respectively connected to the least one electrode array (24, 25, 26), wherein the at least one lead (21, 22, 23) has a first diameter lying on a plane normal to a longitudinal axis of the lead (21, 22, 23) that is greater than a second diameter of the respective at least one electrode array (24, 25,26) lying on a plane normal to a longitudinal axis of the respective at least one electrode array (24, 25, 26), such that residual vestibular function of the semicircular canal in which the at least one electrode array is implanted is retained.
A flexible hose assembly comprising: a core tube, a metal wire reinforcement layer surrounding the core tube, a thermally insulating layer surrounding the reinforcement layer, a chemical resistant layer surrounding the insulating layer, and a vented jacket surrounding the chemical resistant layer, wherein the chemical resistant layer comprises a metal layer. a core tube, a metal wire reinforcement layer surrounding the core tube, a thermally insulating layer surrounding the reinforcement layer, a chemical resistant layer surrounding the insulating layer, and a vented jacket surrounding the chemical resistant layer,
A parking lock actuation system for a motor vehicle, having an actuation element that is coupled or can be coupled to a parking lock, which actuation element can be moved between a locking position, in which the parking lock is active, and an unlocking position, in which the parking lock is inactive, and comprising a locking element which is designed to fix the actuation element in the unlocking position in a form-fitting manner, wherein the actuation element and the locking element are each operatively connected to a respective hydraulic actuation cylinder (5, 10), and the two hydraulic actuation cylinders (5, 10) are connected to a common hydraulic fluid supply line by a pressure chamber (27a, 27b) and are coupled to a pump via a first valve, characterised in that the actuation cylinder of the locking element additionally has an unlocking pressure chamber acting in the opposite direction to its pressure chamber, which unlocking pressure chamber can be coupled to the pump via a second valve, such that the locking element is pressed into a position at a distance from the actuation element when the unlocking pressure chamber is pressurised.
Displacement volume setting device of a hydrostatic variable displacement axial piston unit comprising: - an input device for providing a displacement command, - a displacement volume adjusting means for setting the tilt angle of a displacement element according to the displacement command, - a linkage element having: i) an input coupling element connected to the input device, ii) an output coupling element connected to the displacement volume adjusting means, and iii) a connecting element connecting the input coupling element with the output coupling element, characterized in that the connecting element is elastically deformable if a force resulting from the high pressure level present at the hydrostatic axial piston unit, and acting on the output coupling element exceeds a predetermined threshold value, such that the tilt angle of the displacement element is no longer directly controlled by the input device, as long as the force exceeds the predetermined threshold value. - an input device for providing a displacement command, - a displacement volume adjusting means for setting the tilt angle of a displacement element according to the displacement command, - a linkage element having: i) an input coupling element connected to the input device, ii) an output coupling element connected to the displacement volume adjusting means, and iii) a connecting element connecting the input coupling element with the output coupling element, i) an input coupling element connected to the input device, ii) an output coupling element connected to the displacement volume adjusting means, and iii) a connecting element connecting the input coupling element with the output coupling element,
Door column (10, 11) with a vertical guide slot, which is formed by two guide strips arranged vertically and at a mutual spacing, for a roller door, which has two door columns and which comprises at least one flexible door curtain, a rotatably mounted, drivable winding shaft for mounting of the door curtain and movement thereof between a first end position of "door open" and a second end position of "door closed", wherein the mutually facing door columns define a guide plane for the door curtain, wherein a respective edge strip (6, 7) of the door curtain can be received and guided in each of the columns, wherein the guiding surfaces, which face the door curtain, of the guide strips of the door columns (10, 11) have several sections in their length direction and the adjacent sections form a free space, and wherein the sections of the guiding surface are guide elements which are arranged in a row and at a vertical spacing from one another in alignment in a vertical plane and substantially at right angles to the guide plane, characterised in that several adjacent sections of a guiding surface form segments, wherein at least two adjacent segments of the guide strips are vertically spaced from one another in order to form a window.
An electric power washer comprising an internal component design and a housing, wherein the internal component design comprises a battery comprising a battery axis, a motor electrically-connected to the battery, wherein the motor has a motor axis, a pump operatively-connected to the motor, wherein the pump has a pump axis, and an output valve fluidly-connected to the pump, and wherein the battery is immediately adjacent to the motor; wherein the housing surrounds the battery, the motor and the pump, the housing further comprises a top portion and a bottom portion, and wherein a direction between the bottom portion and the top portion of the housing defining a Y-dimension; characterized in that the battery is located within the top portion of the housing; wherein the motor axis is parallel to the battery axis, wherein the pump axis is parallel to the motor axis, and wherein the battery axis, the motor axis and the pump axis are parallel to each other in the Y-dimension; and wherein the output valve is positioned in a plane below the pump. wherein the internal component design comprises a battery comprising a battery axis, a motor electrically-connected to the battery, wherein the motor has a motor axis, a pump operatively-connected to the motor, wherein the pump has a pump axis, and an output valve fluidly-connected to the pump, and wherein the battery is immediately adjacent to the motor; wherein the housing surrounds the battery, the motor and the pump, the housing further comprises a top portion and a bottom portion, and wherein a direction between the bottom portion and the top portion of the housing defining a Y-dimension; characterized in that the battery is located within the top portion of the housing; wherein the motor axis is parallel to the battery axis, wherein the pump axis is parallel to the motor axis, and wherein the battery axis, the motor axis and the pump axis are parallel to each other in the Y-dimension; and wherein the output valve is positioned in a plane below the pump.
A wound dressing material comprising: a reinforced fiber web having first and second opposed major sides, wherein the reinforced fiber web comprises first and second fiber webs having a reinforcing mesh disposed therebetween, and wherein the first and second fiber webs are physically entangled with each other and the reinforcing mesh; a first wound-contact scrim comprising first water-sensitive fibers, wherein the first water-sensitive fibers comprise a first copolymer comprising divalent hydroxyethylene monomer units and divalent dihydroxybutylene monomer units; and a first antimicrobial layer sandwiched between the first major side of the reinforced fiber web and the first wound-contact scrim. a reinforced fiber web having first and second opposed major sides, wherein the reinforced fiber web comprises first and second fiber webs having a reinforcing mesh disposed therebetween, and wherein the first and second fiber webs are physically entangled with each other and the reinforcing mesh; a first wound-contact scrim comprising first water-sensitive fibers, wherein the first water-sensitive fibers comprise a first copolymer comprising divalent hydroxyethylene monomer units and divalent dihydroxybutylene monomer units; and a first antimicrobial layer sandwiched between the first major side of the reinforced fiber web and the first wound-contact scrim.
A method for locating a cable fault in a test cable by means of a test device, wherein an electrical system includes the test cable and the test device, and wherein the method comprises the following steps: - determining a first phase shift arg at a first test cable end, a second phase shift arg at a second test cable end and the imaginary portion β of a propagation constant of the test cable, wherein the first test cable end and the second test cable end comprise both the location of the cable fault and the open end of the test cable or the location of the electrical coupling to the test device, - exciting the electrical system or the test cable such that an electrical oscillation is imparted on the electrical system or the test cable, - measuring the imparted oscillation such that a frequency spectrum is determined, - analysing the frequency of the frequency spectrum, - determining a total phase shift Φ on the basis of the frequency analysis, and - determining an electrical length 1 of the test cable as l = Φ − arg r 2 − arg r 1 2 β. - determining a first phase shift arg at a first test cable end, a second phase shift arg at a second test cable end and the imaginary portion β of a propagation constant of the test cable, wherein the first test cable end and the second test cable end comprise both the location of the cable fault and the open end of the test cable or the location of the electrical coupling to the test device, - exciting the electrical system or the test cable such that an electrical oscillation is imparted on the electrical system or the test cable, - measuring the imparted oscillation such that a frequency spectrum is determined, - analysing the frequency of the frequency spectrum, - determining a total phase shift Φ on the basis of the frequency analysis, and - determining an electrical length 1 of the test cable as l = Φ − arg r 2 − arg r 1 2 β.
System for enabling a visually impaired or blind person to use an input device having at least one key, comprising: - an input device having at least one key, wherein the at least one key is provided with a relief-like key label, - at least one tactile sensor array, in particular a pressure sensor array (12; 14), attachable to a fingertip of a visually impaired or blind person for acquiring a pressure distribution image of a key slightly touched by a finger of said person when attached to said finger, - a pressure distribution image processing and character recognition unit that is connected to said tactile sensor array for processing said pressure distribution image and for recognizing the key label of the touched key and - an audio output device that is connected to said unit for outputting an acoustic reproduction of said key label. - an input device having at least one key, wherein the at least one key is provided with a relief-like key label, - at least one tactile sensor array, in particular a pressure sensor array (12; 14), attachable to a fingertip of a visually impaired or blind person for acquiring a pressure distribution image of a key slightly touched by a finger of said person when attached to said finger, - a pressure distribution image processing and character recognition unit that is connected to said tactile sensor array for processing said pressure distribution image and for recognizing the key label of the touched key and - an audio output device that is connected to said unit for outputting an acoustic reproduction of said key label.
A system for treating a tissue site, comprising: a dressing assembly, comprising: a dressing bolster having a first side and a second side, a comfort layer coupled to the second side of the dressing bolster, a first sealing member covering the first side of the dressing bolster, a second sealing member covering a portion of the second side of the dressing bolster and extending outward from the dressing bolster to form a drape extension, wherein a portion of the first sealing member is coupled to the second sealing member, a sealing ring disposed adjacent to the second side of the dressing bolster, the sealing ring comprised of a hydrocolloid including an absorbent, and wherein the first sealing member, the second sealing member, and the sealing ring are configured to provide a sealed space over the tissue site; and a reduced-pressure source configured to be coupled in fluid communication with the sealed space. a dressing bolster having a first side and a second side, a comfort layer coupled to the second side of the dressing bolster, a first sealing member covering the first side of the dressing bolster, a second sealing member covering a portion of the second side of the dressing bolster and extending outward from the dressing bolster to form a drape extension, wherein a portion of the first sealing member is coupled to the second sealing member, a sealing ring disposed adjacent to the second side of the dressing bolster, the sealing ring comprised of a hydrocolloid including an absorbent, and wherein the first sealing member, the second sealing member, and the sealing ring are configured to provide a sealed space over the tissue site; and a reduced-pressure source configured to be coupled in fluid communication with the sealed space.