mhurhangee/ep-ind-claims huggingface dataset:
An alarm sensor for an opening of a building area, said opening comprising a fixed part surrounding an opening and a mobile part suited for opening or closing said opening, where said opening is located between an interior space and an exterior space of the area and where said alarm sensor is suited to provide a detection signal and comprises: - an opening sensor configured for detecting an opening event of the opening; - an inhibition device configured for at least determining the presence of a person in the interior space near the opening; - a cancellation device configured for being activated by the identification of a person; and - an electronic unit configured for providing the detection signal according to the following conditions: if the opening sensor detected an opening event, then: a) if the inhibition device has detected a presence during a first time before the opening event, then we do not wait any activation of the cancellation device, and the electronic unit does not provide any detection signal, b) if the inhibition device did not detect a presence during a first time before the opening event, then, if the cancellation device was not activated during a second time after the opening event then the electronic unit provides a detection signal. - an opening sensor configured for detecting an opening event of the opening; - an inhibition device configured for at least determining the presence of a person in the interior space near the opening; - a cancellation device configured for being activated by the identification of a person; and - an electronic unit configured for providing the detection signal according to the following conditions: if the opening sensor detected an opening event, then: a) if the inhibition device has detected a presence during a first time before the opening event, then we do not wait any activation of the cancellation device, and the electronic unit does not provide any detection signal, b) if the inhibition device did not detect a presence during a first time before the opening event, then, if the cancellation device was not activated during a second time after the opening event then the electronic unit provides a detection signal. a) if the inhibition device has detected a presence during a first time before the opening event, then we do not wait any activation of the cancellation device, and the electronic unit does not provide any detection signal, b) if the inhibition device did not detect a presence during a first time before the opening event, then, if the cancellation device was not activated during a second time after the opening event then the electronic unit provides a detection signal.
A coupling device for connecting air-conducting components of a fresh air system for an internal combustion engine, in particular of a motor vehicle, - having a connector, which has a locking ring, which is arranged thereon such that it can be moved in the circumferential direction at least between a securing position and a releasing position, - having a connecting piece, which can be inserted axially into the connector and has an outer securing groove, - wherein the locking ring has at least one locking element, which is arranged in a radially resilient manner on the locking ring, - wherein the connector has a securing ring, - wherein the locking ring is fixed axially to the connector by the securing ring, by means of the respective locking element, - wherein, when the connecting piece is in the inserted state and the locking ring is in the securing position, the respective locking element engages radially into the securing groove and thereby secures the connecting piece on the connector in the axial direction against being unintentionally detached. - having a connector, which has a locking ring, which is arranged thereon such that it can be moved in the circumferential direction at least between a securing position and a releasing position, - having a connecting piece, which can be inserted axially into the connector and has an outer securing groove, - wherein the locking ring has at least one locking element, which is arranged in a radially resilient manner on the locking ring, - wherein the connector has a securing ring, - wherein the locking ring is fixed axially to the connector by the securing ring, by means of the respective locking element, - wherein, when the connecting piece is in the inserted state and the locking ring is in the securing position, the respective locking element engages radially into the securing groove and thereby secures the connecting piece on the connector in the axial direction against being unintentionally detached.
A measuring device for measuring imbalances of rotating parts that rotate around a rotation axis, said measuring device comprising: - a stand, - a support platform comprising: - a resting surface sustaining said support platform on said stand, - sustaining means for said rotating part, which are suitable to sustain said rotating part and allow its rotation around said rotation axis, - said stand comprising: - a base surface opposite said resting surface, - said measuring device for measuring axial imbalance comprises channelling means for channelling pressurized gasses, suitable to define an air bearing between said resting surface and said base surface, characterized in that the measuring device comprises magnetic constraint means located in the vicinity of said base surface and said resting surface, said magnetic constraint means being suitable to constrain said support platform to said stand along a constraint surface, wherein the measuring device comprises vibration detection means at least partly coinciding with said magnetic constraint means, wherein said vibration detection means further comprises electrical windings interacting with the magnetic field generated by said constraint means and suitable for signalling movements between said resting surface and said base surface. - a stand, - a support platform comprising: - a resting surface sustaining said support platform on said stand, - sustaining means for said rotating part, which are suitable to sustain said rotating part and allow its rotation around said rotation axis, - a resting surface sustaining said support platform on said stand, - sustaining means for said rotating part, which are suitable to sustain said rotating part and allow its rotation around said rotation axis, - said stand comprising: - a base surface opposite said resting surface, - a base surface opposite said resting surface, - said measuring device for measuring axial imbalance comprises channelling means for channelling pressurized gasses, suitable to define an air bearing between said resting surface and said base surface, characterized in that the measuring device comprises magnetic constraint means located in the vicinity of said base surface and said resting surface, said magnetic constraint means being suitable to constrain said support platform to said stand along a constraint surface, wherein the measuring device comprises vibration detection means at least partly coinciding with said magnetic constraint means, wherein said vibration detection means further comprises electrical windings interacting with the magnetic field generated by said constraint means and suitable for signalling movements between said resting surface and said base surface.
Membrane emulsification method, wherein a continuous phase is fed to a membrane module on a first side of a membrane wall and a dispersed phase is pressed on the other side of the membrane wall, so that the dispersed phase passes through the pores of the membrane wall to form an emulsion, wherein the continuous phase is maintained in said membrane module and is moved back-and-forward in a direction tangential to the membrane wall by a pump with reverse flow direction function, until an emulsion is obtained with the desired concentration of the dispersed phase within the continuous phase, and said emulsion is removed from the membrane module only after the desired concentration of the dispersed phase within the continuous phase is obtained.
A computer-implemented method of determining a melting temperature, Tm, of DNA, the method comprising steps, implemented in a processing module, of: - receiving a dataset representing a melt curve for a DNA sample, the dataset including a plurality of data points represented as a sequence of data values {(X 1, Y 1), (X 2,Y 2)...(X n-1,Y n-1), (X n,Y n)}, where X represents a temperature, T, value and Y represents a fluorescence intensity value; - determining an analytical expression that fits the dataset by calculating an approximation of a curve that fits the dataset by applying a Levenberg-Marquardt, LM, regression process to a double sigmoid function of the form f x = a + bx + c 1 + exp − d x − c 1 + exp − f x − g to determine the parameters a, b, c, d, e, f and g of the function; - determining a derivative curve by taking the derivative of the analytical expression with respect to X; - determining a value Xmax corresponding to a maximum derivative, dY/dX, value of the derivative curve; and - outputting the value Xmax, wherein the value Xmax represents a melting temperature, Tm, of the DNA sample. - receiving a dataset representing a melt curve for a DNA sample, the dataset including a plurality of data points represented as a sequence of data values {(X 1, Y 1), (X 2,Y 2)...(X n-1,Y n-1), (X n,Y n)}, where X represents a temperature, T, value and Y represents a fluorescence intensity value; - determining an analytical expression that fits the dataset by calculating an approximation of a curve that fits the dataset by applying a Levenberg-Marquardt, LM, regression process to a double sigmoid function of the form f x = a + bx + c 1 + exp − d x − c 1 + exp − f x − g to determine the parameters a, b, c, d, e, f and g of the function; - determining a derivative curve by taking the derivative of the analytical expression with respect to X; - determining a value Xmax corresponding to a maximum derivative, dY/dX, value of the derivative curve; and - outputting the value Xmax, wherein the value Xmax represents a melting temperature, Tm, of the DNA sample.
A removal device for use in a passageway of a urinary tract of an in vivo patient, comprising: a vacuum tube comprising a first passageway and a second passageway extending longitudinally through the first passageway, wherein the vacuum tube is configured to be disposed at least partially within the passageway of the urinary tract, and is designed to accommodate suction provided from a suction source, wherein the second passageway is characterized by a diameter of between about 1 mm (3 Fr.) and about 2.6 mm (8 Fr.); an introducer configured to be disposed in one of the passageways to assist with positioning of the vacuum tube; a guidewire accommodated within the introducer; and a port coupled to the removal device adapted to receive saline for infusion through one of the passageways. a vacuum tube comprising a first passageway and a second passageway extending longitudinally through the first passageway, wherein the vacuum tube is configured to be disposed at least partially within the passageway of the urinary tract, and is designed to accommodate suction provided from a suction source, wherein the second passageway is characterized by a diameter of between about 1 mm (3 Fr.) and about 2.6 mm (8 Fr.); an introducer configured to be disposed in one of the passageways to assist with positioning of the vacuum tube; a guidewire accommodated within the introducer; and a port coupled to the removal device adapted to receive saline for infusion through one of the passageways.
Device for separating compacted feed, such as silage, from a bulk feed stock, such as a silo, said device comprising at least one cutting element which can be driven rotatably about an axis of rotation by a drive unit and which is mounted on a moveable frame structure in such a manner that the at least one cutting element can be moved relative to the bulk feed stock, wherein the axis of rotation of at least one cutting element is pivotably adjustable relative to the frame structure, characterised in that the device comprises two cutting elements mounted adjacently on the frame structure, their axes of rotation extending in different, substantially horizontal planes.
An apparatus for updating a current pattern for rapid charging, the apparatus comprising: a resistance calculation unit configured to calculate an internal resistance of a battery module; a storage unit configured to store a current pattern for rapid charging of the battery module; and a calculation unit configured to update the current pattern according to a state of the internal resistance of the battery module, wherein the calculation unit is configured to calculate a resistance increase rate based on the internal resistance calculated by the resistance calculation unit, calculate an adjustment coefficient based on the calculated resistance increase rate, and update the current pattern using the calculated adjustment coefficient and the stored current pattern if an update requirement of the current pattern is satisfied, wherein the apparatus is configured to perform a capacity-limited method in which the rapid charging of the battery module is performed until a preset charging capacity is reached, wherein in the capacity-limited method a charging current gradually decreases depending on an SOC of the battery module, wherein the calculation unit is configured to update the current pattern with a current pattern in which a value of a new SOC generated by multiplying a value of an SOC set as a time point for changing a magnitude of current in the current pattern stored in the storage unit by the adjustment coefficient is a time point for changing the magnitude of the current. a resistance calculation unit configured to calculate an internal resistance of a battery module; a storage unit configured to store a current pattern for rapid charging of the battery module; and a calculation unit configured to update the current pattern according to a state of the internal resistance of the battery module, wherein the calculation unit is configured to calculate a resistance increase rate based on the internal resistance calculated by the resistance calculation unit, calculate an adjustment coefficient based on the calculated resistance increase rate, and update the current pattern using the calculated adjustment coefficient and the stored current pattern if an update requirement of the current pattern is satisfied, wherein the apparatus is configured to perform a capacity-limited method in which the rapid charging of the battery module is performed until a preset charging capacity is reached, wherein in the capacity-limited method a charging current gradually decreases depending on an SOC of the battery module, wherein the calculation unit is configured to update the current pattern with a current pattern in which a value of a new SOC generated by multiplying a value of an SOC set as a time point for changing a magnitude of current in the current pattern stored in the storage unit by the adjustment coefficient is a time point for changing the magnitude of the current.
Device for selective regionalization of pulmonary aeration resulting from the ventilation delivered by ventilatory support with an invasive or noninvasive artificial ventilation system, and/or naturally by the respiratory muscles, for a patient presenting with a respiratory pathology associated with inhomogeneous pulmonary lesions, intended to be used with at least one negative pressure generator to generate a vacuum on the posterolateral part of the chest wall, said device comprising a rigid or semirigid cuirass, comprising: • a shape defining a volume intended to house and follow the contours of the dorsal part of the patient, when the patient is lying on said cuirass, • at least one through hole, intended to be connected to a negative pressure generator, • a hermetic peripheral contour, intended to be hermetically supported against the skin of the patient's dorsal part, • an internal wall delimited by hermetic peripheral contour, forming the volume housing the dorsal part of the patient's chest wall and wherein the vacuum is maintained, • and a layer of honeycomb material lining internal wall of rigid cuirass to follow the contours of the patient's body, and which is intended to be in contact with the skin of the patient's dorsal part, the vacuum generated in the dorsal part hermetically housed in the device, making it possible to promote by local increase of transpulmonary pressure the aeration of the damaged regions of the lung or lungs in the posterolateral area and thus to more homogeneously redistribute the pulmonary aeration resulting from ventilation. • a shape defining a volume intended to house and follow the contours of the dorsal part of the patient, when the patient is lying on said cuirass, • at least one through hole, intended to be connected to a negative pressure generator, • a hermetic peripheral contour, intended to be hermetically supported against the skin of the patient's dorsal part, • an internal wall delimited by hermetic peripheral contour, forming the volume housing the dorsal part of the patient's chest wall and wherein the vacuum is maintained, • and a layer of honeycomb material lining internal wall of rigid cuirass to follow the contours of the patient's body, and which is intended to be in contact with the skin of the patient's dorsal part,
A combination stencil printer and dispenser (100; 200) for depositing viscous material on a substrate (112; 216), the combination stencil printer and dispenser comprising: a frame (102; 202); a stencil (18; 206) coupled to the frame (102; 202); a substrate support (120; 212) coupled to the frame (102; 202) to support a substrate (112; 216) in a print position; a print head coupled to the frame (102; 202) to deposit and print viscous material over the stencil (18; 206), the print head being configured to move across the stencil; an independent gantry coupled to the frame (102, 202), the gantry being configured to move in a first direction; and a dispenser (170; 230; 300) coupled to the independent gantry to dispense viscous material on the substrate (112; 216) when the substrate is in the print position, characterized in that the independent gantry is separate and distinct from a vision system gantry (126; 222) for a vision system (124; 220) for inspecting the dispensed material. a frame (102; 202); a stencil (18; 206) coupled to the frame (102; 202); a substrate support (120; 212) coupled to the frame (102; 202) to support a substrate (112; 216) in a print position; a print head coupled to the frame (102; 202) to deposit and print viscous material over the stencil (18; 206), the print head being configured to move across the stencil; an independent gantry coupled to the frame (102, 202), the gantry being configured to move in a first direction; and a dispenser (170; 230; 300) coupled to the independent gantry to dispense viscous material on the substrate (112; 216) when the substrate is in the print position, characterized in that the independent gantry is separate and distinct from a vision system gantry (126; 222) for a vision system (124; 220) for inspecting the dispensed material.
Radome with a force application element for fixing radomes, which exhibits a ring-shaped flange region, wherein the force application element exhibits at least one fixing region which extends from the flange region in the direction of the radome to be fixed and the external surfaces (6 1, 6 2) of which are at least partially surrounded by the radome in form-locking fashion, characterised in that the fixing region of the force application element exhibits an undercut in its geometry and in that the undercut in the fixing region of the force application element is formed by at least one opening which is filled by the radome and prevents the radome being pulled away from the force application element and rotated in relation to the latter.
Rotor for an electric rotating machine, in particular a synchronous machine, comprising a shaft and at least one pole shoe, a metal sheet being disposed between the shaft and the pole shoe, wherein the metal sheet has a first contact area, which is in contact with a contact area of the pole shoe, wherein the metal sheet and the pole shoe are formed from different materials characterised in that the first contact area of the metal sheet has a greater surface roughness than the contact area of the pole shoe.
A method for creating a segmented engine component comprising the steps of: casting a plurality of segments for said segmented component, wherein each of said segments comprises a body having internal coolant passages and at least a first joint end capable of connecting to a first joint end of an adjacent segment, and said first joint end comprises a coolant inlet connected to said internal coolant passages; the method being characterised by the step of simultaneously milling at least a featherseal slot and a lightening pocket into at least one circumferential edge of said joint end of each of said plurality of segments. casting a plurality of segments for said segmented component, wherein each of said segments comprises a body having internal coolant passages and at least a first joint end capable of connecting to a first joint end of an adjacent segment, and said first joint end comprises a coolant inlet connected to said internal coolant passages; the method being characterised by the step of simultaneously milling at least a featherseal slot and a lightening pocket into at least one circumferential edge of said joint end of each of said plurality of segments.
A passage gate for a passageway delimited by blocking or guiding members, comprising a blocking member rotatable about a vertical axis between a blocking position and a passing position, wherein the blocking member is configured in the form of a ring segment and is mounted horizontally in a blocking member mount in a horizontally rotationally oscillating manner, and in which at least one drive element (11, 12) in the blocking member mount is in active connection with the ring segment, in such a way that the ring segment moves along its contour through the drive member (11, 12), wherein the drive member (11, 12) corresponds to the contour of the ring segment, characterized in that the blocking member mount bracket essentially consists of a standing column, which carries a drive cage at its free end, the interior space of which penetrated by the ring segment, and that the column is connected by means of a joint to the drive cage including the blocking member.
A compound of formula: wherein: X is O or NH; R 1 is C 2-4 alkyl, C 3-7 cycloalkyl, hydroxyC 2-4 alkyl, C 1-2 alkoxyC 1-4 alkyl, trifluoromethylC 1-2 alkyl or benzyl; or a salt thereof. X is O or NH; R 1 is C 2-4 alkyl, C 3-7 cycloalkyl, hydroxyC 2-4 alkyl, C 1-2 alkoxyC 1-4 alkyl, trifluoromethylC 1-2 alkyl or benzyl; or a salt thereof.
A culture method in producing a copolyester by a microorganism which comprises controlling a specific substrate feed rate of an oil or fat to be used as a carbon source at a constant value throughout the whole culture period, wherein the microorganism is selected from the group consisting of microorganisms belonging to the genus Ralstonia, the genus Pseudomonas, the genus Aeromonas, the genus Alcaligenes and the genus Escherichia, wherein the copolyester contains 3-hydroxyhexanoic acid unit, and wherein the specific substrate feed rate is calculated according to the following formula: Specific substrate feed rate = Supply amount of an oil or fat per hour g / h / [ Whole cell weight g - ( Polyester contained in cells g)].