mhurhangee/ep-ind-claims huggingface dataset:
An arrangement of a ventilation system in a building for creating an air flow in said building, the ventilation system including - at least one outside air conduit for feeding air into the building in a lower region of the building, - optionally at least one heating and/or cooling device which can be switched on in the outside air conduit, - at least one substantially vertically extending riser duct for guiding a feed air flow and an exhaust air flow in the interior of the building, and - at least one exhaust air conduit on a roof of the building for discharge of the exhaust air flow, characterised in that arranged in the region of the roof of the building is a heat pump to which the exhaust air flow prior to discharge and/or outside air from outside the building can be fed. - at least one outside air conduit for feeding air into the building in a lower region of the building, - optionally at least one heating and/or cooling device which can be switched on in the outside air conduit, - at least one substantially vertically extending riser duct for guiding a feed air flow and an exhaust air flow in the interior of the building, and - at least one exhaust air conduit on a roof of the building for discharge of the exhaust air flow, characterised in that arranged in the region of the roof of the building is a heat pump to which the exhaust air flow prior to discharge and/or outside air from outside the building can be fed.
A magnetic nanoparticle comprising (a) a core MNP; (b) first layer of cyclodextrin over the core MNP; and (c) a second layer of a pluronic polymer over the cyclodextrin layer. (a) a core MNP; (b) first layer of cyclodextrin over the core MNP; and (c) a second layer of a pluronic polymer over the cyclodextrin layer.
An ultrasound imaging system comprising: an ultrasound probe configured to transmit at least one ultrasound signal and receive at least one echo signal responsive to the ultrasound signals; a motion processor configured to generate motion data from the at least one echo signal; a motion trigger generator configured to generate a motion trigger signal based, at least in part, on the motion data; an electrocardiography trigger generator configured to generate an electrocardiography trigger signal based on a detection of a feature in an electrocardiography trace (100, 505, 604, 704); and a transmit controller configured to cause the ultrasound probe to acquire at least one elastography measurement based on the motion trigger signal, wherein the transmit controller is configured to receive the electrocardiography trigger signal, and, upon receipt of the electrocardiography trigger signal, to cause the ultrasound probe to acquire the least one elastography measurement after a delay (508, 608, 708), the delay being based on the motion trigger signal. an ultrasound probe configured to transmit at least one ultrasound signal and receive at least one echo signal responsive to the ultrasound signals; a motion processor configured to generate motion data from the at least one echo signal; a motion trigger generator configured to generate a motion trigger signal based, at least in part, on the motion data; an electrocardiography trigger generator configured to generate an electrocardiography trigger signal based on a detection of a feature in an electrocardiography trace (100, 505, 604, 704); and a transmit controller configured to cause the ultrasound probe to acquire at least one elastography measurement based on the motion trigger signal, wherein the transmit controller is configured to receive the electrocardiography trigger signal, and, upon receipt of the electrocardiography trigger signal, to cause the ultrasound probe to acquire the least one elastography measurement after a delay (508, 608, 708), the delay being based on the motion trigger signal.
A radiation detecting apparatus, comprising: a sensor panel having a photoreceiving layer on which a plurality of photoelectric conversion elements are arranged two dimensionally, a protection layer formed from an inorganic film provided on the photoreceiving layer and a scintillator foundation layer formed from an organic material provided on the protection layer, wherein the protection layer and the scintillator foundation layer have a function of protecting the plurality of photoelectric conversion elements; a scintillator layer being formed over said sensor panel, comprising a columnar crystal structure, and containing alkali halide as a main material, to convert radiation into light; and a scintillator protection layer covering and touching said scintillator layer to adhere to the scintillator foundation layer closely, characterized in that said scintillator protection layer is made of a hot-melt resin and has a portion adhered closely by heating and pressuring and solidification by cooling in a region where said scintillator protection layer and the scintillator foundation layer touch each other, and a thickness of the portion is smaller than a thickness of a portion of said scintillator protection layer peripheral to the portion. a sensor panel having a photoreceiving layer on which a plurality of photoelectric conversion elements are arranged two dimensionally, a protection layer formed from an inorganic film provided on the photoreceiving layer and a scintillator foundation layer formed from an organic material provided on the protection layer, wherein the protection layer and the scintillator foundation layer have a function of protecting the plurality of photoelectric conversion elements; a scintillator layer being formed over said sensor panel, comprising a columnar crystal structure, and containing alkali halide as a main material, to convert radiation into light; and a scintillator protection layer covering and touching said scintillator layer to adhere to the scintillator foundation layer closely, characterized in that said scintillator protection layer is made of a hot-melt resin and has a portion adhered closely by heating and pressuring and solidification by cooling in a region where said scintillator protection layer and the scintillator foundation layer touch each other, and a thickness of the portion is smaller than a thickness of a portion of said scintillator protection layer peripheral to the portion.
An elevator car comprising: a car frame; a cage that is supported by the car frame, and on which a car doorway is disposed; a beam that is disposed above the car doorway, and on which a hanger rail is disposed; and a car door that is moved along the hanger rail to open and close the car doorway, wherein: a beam mounting bracket is mounted above a ceiling of the cage; the beam is mounted onto the cage by means of the beam mounting bracket, and the beam mounting bracket comprises: a horizontal portion that is mounted onto the ceiling; and a vertical portion that protrudes vertically upward from the horizontal portion, characterized in that: the beam mounting bracket is disposed along a front edge portion of the ceiling over an entire width direction of the cage. a car frame; a cage that is supported by the car frame, and on which a car doorway is disposed; a beam that is disposed above the car doorway, and on which a hanger rail is disposed; and a car door that is moved along the hanger rail to open and close the car doorway, wherein: a beam mounting bracket is mounted above a ceiling of the cage; the beam is mounted onto the cage by means of the beam mounting bracket, and the beam mounting bracket comprises: a horizontal portion that is mounted onto the ceiling; and a vertical portion that protrudes vertically upward from the horizontal portion, a beam mounting bracket is mounted above a ceiling of the cage; the beam is mounted onto the cage by means of the beam mounting bracket, and the beam mounting bracket comprises: a horizontal portion that is mounted onto the ceiling; and a vertical portion that protrudes vertically upward from the horizontal portion, a horizontal portion that is mounted onto the ceiling; and a vertical portion that protrudes vertically upward from the horizontal portion,
A computer-implemented text detecting method, comprising: acquiring a first image of a text object to be detected; determining whether the first image contains a predetermined indicator; determining, in response to the first image containing the predetermined indicator, a position of the predetermined indicator, and acquiring a second image of the text object to be detected; determining whether the second image contains the predetermined indicator; if it is determined that the second image contains the predetermined indicator, a position of the predetermined indicator is determined; acquiring, in response to the second image not containing the predetermined indicator, a third image of the text object to be detected, wherein the third image does not contain the predetermined indicator, and a resolution of the third image is higher than a resolution of the first image and a resolution of the second image; and determining, based on the position of the predetermined indicator, a text detecting region in the third image. acquiring a first image of a text object to be detected; determining whether the first image contains a predetermined indicator; determining, in response to the first image containing the predetermined indicator, a position of the predetermined indicator, and acquiring a second image of the text object to be detected; determining whether the second image contains the predetermined indicator; if it is determined that the second image contains the predetermined indicator, a position of the predetermined indicator is determined; acquiring, in response to the second image not containing the predetermined indicator, a third image of the text object to be detected, wherein the third image does not contain the predetermined indicator, and a resolution of the third image is higher than a resolution of the first image and a resolution of the second image; and determining, based on the position of the predetermined indicator, a text detecting region in the third image.
A laundry treatment apparatus comprising: a tub body for providing a space for storage of water; a tub cover for forming an upper surface of the tub body; an introduction aperture formed in the tub cover; a drum rotatably provided inside the tub body for providing a space for storage of laundry supplied through the introduction aperture; a door for opening and closing the introduction aperture, a sealing unit provided to the door and configured to seal the introduction aperture, wherein the sealing unit includes: a sealing body provided to seal the introduction aperture, and a body fixing portion provided to extend from the sealing body and configured to fix the sealing body to the door, characterized by an insertion portion extending from the sealing body so as to be inserted into the introduction aperture, and an opening provided in the sealing body for providing the sealing body with a C-shaped cross section, wherein the opening is located in a surface defined by the sealing body in a direction opposite to a direction in which the introduction aperture is located. a tub body for providing a space for storage of water; a tub cover for forming an upper surface of the tub body; an introduction aperture formed in the tub cover; a drum rotatably provided inside the tub body for providing a space for storage of laundry supplied through the introduction aperture; a door for opening and closing the introduction aperture, a sealing unit provided to the door and configured to seal the introduction aperture, wherein the sealing unit includes: a sealing body provided to seal the introduction aperture, and a body fixing portion provided to extend from the sealing body and configured to fix the sealing body to the door, a sealing body provided to seal the introduction aperture, and a body fixing portion provided to extend from the sealing body and configured to fix the sealing body to the door, characterized by an insertion portion extending from the sealing body so as to be inserted into the introduction aperture, and an opening provided in the sealing body for providing the sealing body with a C-shaped cross section, wherein the opening is located in a surface defined by the sealing body in a direction opposite to a direction in which the introduction aperture is located.
Brake pad assembly for a vehicle brake with - a friction lining and - a pad backing plate, having a receiving portion arranged in its lateral edge region for receiving a separate damping element, which laterally grasps the pad backing plate, the damping element having a contact portion for contacting a portion of a brake carrier corresponding with the contact portion, and the damping element being adapted to be deformable or/and displaceable at least in sections upon a contacting, the damping element being of C- or U-shaped configuration and having two clamping limbs (50, 52) which are connected via the contact portion, the damping element clasping the pad backing plate in such a manner that the two clamping limbs (50, 52) are arranged on mutually opposite sides of the pad backing plate, characterized in that the damping element has, on each of the clamping limbs (50, 52), respectively at least one spring projection (68, 70) angled off with respect to the clamping limb. - a friction lining and - a pad backing plate, having a receiving portion arranged in its lateral edge region for receiving a separate damping element, which laterally grasps the pad backing plate,
A regeneration control device for an exhaust gas treatment device, which performs recovery of a DOC disposed in an exhaust passage of a diesel engine and forced regeneration of a DPF disposed in the exhaust passage downstream of the DOC, the regeneration control device characterized by comprising: a DOC blockage risk state determination part configured to determine whether the DOC is in a blockage risk state which is a state where blockage of the DOC is likely to occur, on the basis of comparison between a counter value and a threshold related to an operation time of the diesel engine; a DPF forced regeneration condition determination part configured to determine whether a forced regeneration execution condition for the DPF is satisfied; a DOC temperature increase execution part configured to execute a blockage recovery process for increasing a temperature of the DOC to a first temperature regardless of whether the forced regeneration execution condition of the DPF is satisfied or not, if it is determined that the DOC is in the blockage risk state; a DPF forced regeneration execution part configured to execute a forced regeneration process for increasing a temperature of the DPF to a second temperature and increasing the temperature of the DOC to the first temperature, if the forced regeneration execution condition is satisfied; and a counter reset process part configured to reset the counter value after completion of the forced regeneration process by the DPF forced regeneration execution part. a DOC blockage risk state determination part configured to determine whether the DOC is in a blockage risk state which is a state where blockage of the DOC is likely to occur, on the basis of comparison between a counter value and a threshold related to an operation time of the diesel engine; a DPF forced regeneration condition determination part configured to determine whether a forced regeneration execution condition for the DPF is satisfied; a DOC temperature increase execution part configured to execute a blockage recovery process for increasing a temperature of the DOC to a first temperature regardless of whether the forced regeneration execution condition of the DPF is satisfied or not, if it is determined that the DOC is in the blockage risk state; a DPF forced regeneration execution part configured to execute a forced regeneration process for increasing a temperature of the DPF to a second temperature and increasing the temperature of the DOC to the first temperature, if the forced regeneration execution condition is satisfied; and a counter reset process part configured to reset the counter value after completion of the forced regeneration process by the DPF forced regeneration execution part.
An analysis method for determining nerve fiber layer thickness in an area of a retinal nerve fiber layer, whereby the analysis method is performed by means of a perimeter, said perimeter comprising means for data processing using a database, the database comprising a plurality of datasets of healthy eyes and datasets of eyes with glaucoma in different stages, each of the datasets comprising functional data of a field of vision obtained by perimetric measurements and thickness of a retinal nerve fiber layer obtained by OCT measurements, wherein, by means of the perimeter, functional data of a field of vision of the eye are measured, a retina of the eye being divided into points, which represent the field of vision, optical stimuli of a defined intensity being provided, using a stimulation device, to predetermined points (P1, P22, P26, P35, P44, P57) of the retina which are selected from the database, the selection and a weighting of the predetermined points with regard to their ability for the determination of the nerve fiber layer thickness having taken place by means of a statistical calculation method, the predetermined points are measured, a reaction to a stimulus being determined, using a measuring device, as a measuring result of each predetermined point, the measuring results of the predetermined points having a statistically significant relation to the thickness of a retinal nerve fiber layer of the eye, the thickness of the retinal nerve fiber layer of the eye being derived, using the means for data processing, from the measuring results of the predetermined points and from the datasets, the measuring results of the measured points being compared to the datasets stored in the database for respectively corresponding points (P1, P22, P26, P35, P44, P57), the thickness of a retinal nerve fiber layer of the eye being derived from the datasets, which in the comparison present an approximate coincidence or a high correlation with the measuring results of the measured points, the derived thickness being displayed using a display device.
A heat pump comprising: a compressor for compressing a refrigerant,a first heat exchanger, a main expansion mechanism and a second heat exchanger arranged in a refrigeration path; the compressor having a suction port, a compression port and an injection port; a gas injection valve connected on a first side to the refrigeration path between the first heat exchanger and the main expansion mechanism and on a second side to the injection port of the compressor; a liquid injection valve connected on a first side to the refrigeration path between the first heat exchanger and the main expansion mechanism and on a second side between the second heat exchanger and the suction port of the compressor; a temperature determining device for determining a discharge temperature of the refrigerant leaving the compression port of the compressor; a controller, the controller being configured to operate the gas injection valve to inject at least partly gaseous refrigerant into the compressor through the injection port, and to operate the liquid injection valve to inject liquid refrigerant into the compressor through the suction port of the compressor; characterised in that the controller is configured to open the gas injection valve when the discharge temperature exceeds a first threshold to operate the heat pump in a first mode. a compressor for compressing a refrigerant,a first heat exchanger, a main expansion mechanism and a second heat exchanger arranged in a refrigeration path; the compressor having a suction port, a compression port and an injection port; a gas injection valve connected on a first side to the refrigeration path between the first heat exchanger and the main expansion mechanism and on a second side to the injection port of the compressor; a liquid injection valve connected on a first side to the refrigeration path between the first heat exchanger and the main expansion mechanism and on a second side between the second heat exchanger and the suction port of the compressor; a temperature determining device for determining a discharge temperature of the refrigerant leaving the compression port of the compressor; a controller, the controller being configured to operate the gas injection valve to inject at least partly gaseous refrigerant into the compressor through the injection port, and to operate the liquid injection valve to inject liquid refrigerant into the compressor through the suction port of the compressor; characterised in that the controller is configured to open the gas injection valve when the discharge temperature exceeds a first threshold to operate the heat pump in a first mode.
A sulfur-carbon composite comprising porous carbon and a reaction product obtained by reacting diisopropenylbenzene and sulfur such that they are covalently bonded, wherein the reaction product is supported in the pores and on the surface of the porous carbon, wherein the pores of the porous carbon contain the first mesopores having a diameter of 2 to 8 nm and the second mesopores having a diameter of 20 to 50 nm, and wherein the porous carbon is a spherical particle having a particle diameter of 2 to 10 μm.
A process for producing a web formed composite in a paper machine, which composite exhibits an ash content of more than 70% by weight, said method comprising the steps of; - providing a web-formed base substrate with a basis weight of 30 - 70 gsm comprising cellulose fibers, - coating said base substrate with coating compositions comprising pigment material to more than 50% by weight in at least a first and a second coating step, so that at least two successive layers of coating is applied to said base substrate. - providing a web-formed base substrate with a basis weight of 30 - 70 gsm comprising cellulose fibers, - coating said base substrate with coating compositions comprising pigment material to more than 50% by weight in at least a first and a second coating step, so that at least two successive layers of coating is applied to said base substrate.
A method for iterative intelligence growth comprising steps of: a) receiving input of an initial ruleset; b) receiving input of a plurality of personality trait, wherein the personal trait defines reactionary characteristics that should be exercised upon security events; c) choosing a personal trait and assigning the personal trait to an evolution pathway; d) repeating step c) for other evolution pathways for all of the personality traits; and e) executing the evolution pathways, wherein each of the evolution pathways evolves a plurality of generations according to its given personality trait; wherein the operation of each of the evolution pathways is virtually isolated from the operation of the other evolution pathways. a) receiving input of an initial ruleset; b) receiving input of a plurality of personality trait, wherein the personal trait defines reactionary characteristics that should be exercised upon security events; c) choosing a personal trait and assigning the personal trait to an evolution pathway; d) repeating step c) for other evolution pathways for all of the personality traits; and e) executing the evolution pathways, wherein each of the evolution pathways evolves a plurality of generations according to its given personality trait; wherein the operation of each of the evolution pathways is virtually isolated from the operation of the other evolution pathways.