mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic radiation unit comprising: a first chamber , through which air-conditioning air flows; and a second chamber configured to take in the air-conditioning air from the first chamber and discharge the air-conditioning air and radiate heat to a space to be air conditioned, wherein the first chamber includes a first air discharger that is in contact with the second chamber and configured to discharge the air-conditioning air to the second chamber , the second chamber includes: a second air discharger that is in contact with the space to be air conditioned and configured to discharge the air-conditioning air to the space to be air conditioned; characterized by a heat storage unit including plates that store and radiate heat of the air-conditioning air and that are arranged to be spaced apart from each other such that gaps are formed between the plates , the gaps extending in a direction in which the air-conditioning air that has passed through the first air discharger flows, and a second aperture ratio of the second air discharger is set to 70 to 80%, and a first aperture ratio of the first air discharger is set to 40 to 60%. a first chamber , through which air-conditioning air flows; and a second chamber configured to take in the air-conditioning air from the first chamber and discharge the air-conditioning air and radiate heat to a space to be air conditioned, wherein the first chamber includes a first air discharger that is in contact with the second chamber and configured to discharge the air-conditioning air to the second chamber , the second chamber includes: a second air discharger that is in contact with the space to be air conditioned and configured to discharge the air-conditioning air to the space to be air conditioned; characterized by a heat storage unit including plates that store and radiate heat of the air-conditioning air and that are arranged to be spaced apart from each other such that gaps are formed between the plates , the gaps extending in a direction in which the air-conditioning air that has passed through the first air discharger flows, and a second air discharger that is in contact with the space to be air conditioned and configured to discharge the air-conditioning air to the space to be air conditioned; characterized by a heat storage unit including plates that store and radiate heat of the air-conditioning air and that are arranged to be spaced apart from each other such that gaps are formed between the plates , the gaps extending in a direction in which the air-conditioning air that has passed through the first air discharger flows, and a second aperture ratio of the second air discharger is set to 70 to 80%, and a first aperture ratio of the first air discharger is set to 40 to 60%.
A method for manufacturing a feature , in particular for a security element, a safety paper or a data carrier, which has a region furnished with a colored pattern and standing in register thereto at least one cut-through , a recess and/or a scratching, wherein (a) a carrier is supplied which has at least in the region a coating having a laser-sensitive substance which is modifiable as to its color by means of at least one first laser radiation , (b) the at least one first laser radiation is irradiated onto the region of the carrier such that the colored pattern is generated, wherein - the at least one first laser radiation modifies the substance as to its color, but effectuates no change of the carrier , and - the at least one first laser radiation is irradiated also in an edge strip surrounding the colored pattern to exclude that parts of the pattern are not subjected to laser radiation due to tolerance fluctuations, and (c) by means of a removing second laser radiation , which differs from the first laser radiation , the cut-through , the depression and/ or the scratching in the carrier is generated which stands in the register to the colored pattern , wherein in a working operation the second laser radiation is also irradiated onto the region of the carrier such that in a frame-shaped portion which surrounds the colored pattern at least partly the coating is removed and/or the substance is maximally dyed, wherein the frame-shaped portion covers the edge strip completely. (a) a carrier is supplied which has at least in the region a coating having a laser-sensitive substance which is modifiable as to its color by means of at least one first laser radiation , (b) the at least one first laser radiation is irradiated onto the region of the carrier such that the colored pattern is generated, wherein - the at least one first laser radiation modifies the substance as to its color, but effectuates no change of the carrier , and - the at least one first laser radiation is irradiated also in an edge strip surrounding the colored pattern to exclude that parts of the pattern are not subjected to laser radiation due to tolerance fluctuations, and - the at least one first laser radiation modifies the substance as to its color, but effectuates no change of the carrier , and - the at least one first laser radiation is irradiated also in an edge strip surrounding the colored pattern to exclude that parts of the pattern are not subjected to laser radiation due to tolerance fluctuations, and (c) by means of a removing second laser radiation , which differs from the first laser radiation , the cut-through , the depression and/ or the scratching in the carrier is generated which stands in the register to the colored pattern , wherein in a working operation the second laser radiation is also irradiated onto the region of the carrier such that in a frame-shaped portion which surrounds the colored pattern at least partly the coating is removed and/or the substance is maximally dyed, wherein the frame-shaped portion covers the edge strip completely.
A system for weed control, comprising: - an input unit ; - a processing unit ; - at least one camera ; - at least one mulch application unit ; and - an output unit ; wherein, the at least one camera is configured to acquire at least one image of the environment; wherein, the input unit, processing unit, the at least one camera, the at least one mulch application unit, and the output unit are mounted on a vehicle ; wherein, the input unit is configured to provide the processing unit with the at least one image of an environment; wherein, the processing unit is configured to analyse the at least one image to determine at least one location within the environment for activation of the at least one mulch application unit; wherein the at least one mulch application unit is configured to apply at least one mulch to the at least one location for weed control; and wherein the output unit is configured to output information useable to activate the at least one mulch application unit. - an input unit ; - a processing unit ; - at least one camera ; - at least one mulch application unit ; and - an output unit ;
A forming and processing method comprising: punching a steel plate ; and disposing a heating coil so as to face an end face of a punched end punched in the punching in a non-contact manner along the end face of the punched end and applying a current to the heating coil to generate an induced electromotive force in the steel plate , thereby heating the end face . punching a steel plate ; and disposing a heating coil so as to face an end face of a punched end punched in the punching in a non-contact manner along the end face of the punched end and applying a current to the heating coil to generate an induced electromotive force in the steel plate , thereby heating the end face .
A control device for controlling a blood flow Q pump (t) of an intravascular blood pump for percutaneous insertion into a patient's blood vessel, the blood pump comprising a pump unit and a drive unit for driving the pump unit that is configured to convey blood from a blood flow inlet towards a blood flow outlet , wherein the control device is configured to operate the blood pump in a selectable flow control mode, wherein a blood flow command signal Q pump set (t) between 0 and 1 L/min is selected, preferably a zero-flow control mode between 0 and 0.5 L/min, and the control device comprises a first controller and a second controller , wherein the first controller is configured to control the blood flow Q pump (t) by adjusting a speed command signal n pump set (t) for the drive unit , and the second controller is configured to control a drive speed n pump (t) of the drive unit in accordance with the speed command signal n pump set (t). the control device is configured to operate the blood pump in a selectable flow control mode, wherein a blood flow command signal Q pump set (t) between 0 and 1 L/min is selected, preferably a zero-flow control mode between 0 and 0.5 L/min, and the control device comprises a first controller and a second controller , wherein the first controller is configured to control the blood flow Q pump (t) by adjusting a speed command signal n pump set (t) for the drive unit , and the second controller is configured to control a drive speed n pump (t) of the drive unit in accordance with the speed command signal n pump set (t).
A pharmaceutical composition for use in a method of treating a subject with dry-form age-related macular degeneration (AMD), comprising: administering into the subretina of the subject a therapeutically effective amount of the pharmaceutical composition comprising human retinal pigment epithelium (RPE) cells, wherein at least 95% of the cells thereof co-express premelanosome protein (PMEL17) and cellular retinaldehyde binding protein (CRALBP), wherein the trans-epithelial electrical resistance of the cells in a monolayer is greater than 100 ohms to the subject, thereby treating the subject. administering into the subretina of the subject a therapeutically effective amount of the pharmaceutical composition comprising human retinal pigment epithelium (RPE) cells, wherein at least 95% of the cells thereof co-express premelanosome protein (PMEL17) and cellular retinaldehyde binding protein (CRALBP), wherein the trans-epithelial electrical resistance of the cells in a monolayer is greater than 100 ohms to the subject, thereby treating the subject.
Method for dosing a product in liquid form, in particular pharmaceutical, in containers , comprising: - transferring doses of product from a feed tank to said containers by means of a dosing unit , each dose comprising a pre-established quantity of product; - during said transferring, checking by means of a bubble sensor said doses of product which flow from said feed tank through said dosing unit to said containers for detecting the presence of gas bubbles and measuring a volume of said gas bubbles in each dose of product ; - delivering said doses of product in said containers ; characterized in that the method further comprises: - measuring in a weighing station by means of a weight sensor a weight of said doses of product dosed in said containers ; - arranging a processing and control unit set up for receiving and processing a weight signal from said weight sensor and a bubbles signal from said bubble sensor , whereby said processing and control unit is connected to said dosing unit and set up so as to modify said pre-established quantity of product supplied for each product dose as a function of the weight signal received by the weight sensor , said processing and control unit is further set up to inhibit said modifying said pre-established quantity of product supplied for each product dose as a function of the weight signal received by the weight sensor , in case said bubble sensor detects in said products doses a volume of gas bubbles lower than a pre-established reference value. - transferring doses of product from a feed tank to said containers by means of a dosing unit , each dose comprising a pre-established quantity of product; - during said transferring, checking by means of a bubble sensor said doses of product which flow from said feed tank through said dosing unit to said containers for detecting the presence of gas bubbles and measuring a volume of said gas bubbles in each dose of product ; - delivering said doses of product in said containers ; - measuring in a weighing station by means of a weight sensor a weight of said doses of product dosed in said containers ; - arranging a processing and control unit set up for receiving and processing a weight signal from said weight sensor and a bubbles signal from said bubble sensor , whereby said processing and control unit is connected to said dosing unit and set up so as to modify said pre-established quantity of product supplied for each product dose as a function of the weight signal received by the weight sensor , said processing and control unit is further set up to inhibit said modifying said pre-established quantity of product supplied for each product dose as a function of the weight signal received by the weight sensor , in case said bubble sensor detects in said products doses a volume of gas bubbles lower than a pre-established reference value.
A laminate adhesive comprising: a curing agent including a polyisocyanate component and a main component including a polyol component, wherein the polyisocyanate component includes an isocyanurate derivative of xylylenediisocyanate, the content of the isocyanurate derivative of xylylenediisocyanate in the polyisocyanate component being 20 mass% or more, and in the chromatogram when the isocyanurate derivative of xylylenediisocyanate is subjected to gel permeation chromatograph measurement, the area percentage of a peak area having peak top between the polystyrene-based molecular weight of 400 to 1000 relative to the total peak area is 30% or more and 85% or less. a curing agent including a polyisocyanate component and a main component including a polyol component, wherein the polyisocyanate component includes an isocyanurate derivative of xylylenediisocyanate, the content of the isocyanurate derivative of xylylenediisocyanate in the polyisocyanate component being 20 mass% or more, and in the chromatogram when the isocyanurate derivative of xylylenediisocyanate is subjected to gel permeation chromatograph measurement, the area percentage of a peak area having peak top between the polystyrene-based molecular weight of 400 to 1000 relative to the total peak area is 30% or more and 85% or less.
An implantable pressure sensor for use in a human body, comprising: a housing having an opening; a membrane coupled to the housing at the opening; a tensioning ring coupled to the membrane configured to apply a tensile force to the membrane; and a sensor circuit in the housing configured to generate a pressure signal based on a deflection of the membrane, wherein the membrane comprises titanium, a titanium alloy, and/or stainless steel wherein the membrane (110, 210, 310, 410, 510, 610, 810 has a first coefficient of thermal expansion, the tensioning ring has a second coefficient of thermal expansion lower than the first coefficient of thermal expansion, and the membrane and the tensioning ring are configured to be bonded together when heated to above an operating temperature range while the membrane experiences greater expansion than the tensioning ring and the tensioning ring applies the tensile force to the membrane at the operating temperature range. a housing having an opening; a membrane coupled to the housing at the opening; a tensioning ring coupled to the membrane configured to apply a tensile force to the membrane; and a sensor circuit in the housing configured to generate a pressure signal based on a deflection of the membrane, wherein the membrane comprises titanium, a titanium alloy, and/or stainless steel wherein the membrane (110, 210, 310, 410, 510, 610, 810 has a first coefficient of thermal expansion, the tensioning ring has a second coefficient of thermal expansion lower than the first coefficient of thermal expansion, and the membrane and the tensioning ring are configured to be bonded together when heated to above an operating temperature range while the membrane experiences greater expansion than the tensioning ring and the tensioning ring applies the tensile force to the membrane at the operating temperature range.
A data sending method, comprising: determining (S801) a bandwidth parameter based on a subcarrier spacing, wherein the bandwidth parameter is a quantity of subcarriers; determining (S802) transmit power based on the bandwidth parameter; and sending (S803) a data block on at least one of the subcarriers by using the transmit power. determining (S801) a bandwidth parameter based on a subcarrier spacing, wherein the bandwidth parameter is a quantity of subcarriers; determining (S802) transmit power based on the bandwidth parameter; and sending (S803) a data block on at least one of the subcarriers by using the transmit power.
A dishwasher comprising - a washing tub wherein the items to be washed are placed, - a receptacle disposed at the underside of the washing tub wherein the water in the washing tub is collected during the washing process, - a pump that returns the water collected in the receptacle to the washing tub , - a storage tank wherein the water used in any one washing step of the washing cycle is stored for using in the next washing step or in the next washing cycle, - an additional pump providing the water collected in the receptacle to be pumped into the storage tank , - an additional conduit , one end connected to the receptacle , the other end to the additional pump , - at least one inlet port disposed on the receptacle , whereto the additional conduit opens, - a microfilter disposed at the center of the receptacle , that holds the dirt carried with the water passing from the receptacle to the water circulation conduit, discharge conduit or the additional conduit characterized by - a filter disposed on the inlet port , providing the water directed to the storage tank by passing through the microfilter to be cleaned a second time by being passed therethrough, - a return conduit with one end connected to the storage tank , the other end to the receptacle , providing water to pass from the storage tank to the receptacle and - an expansion chamber , disposed between the additional conduit , the return conduit and the inlet port , that provides water to pass from the receptacle to the additional pump and from the storage tank to the receptacle . - a washing tub wherein the items to be washed are placed, - a receptacle disposed at the underside of the washing tub wherein the water in the washing tub is collected during the washing process, - a pump that returns the water collected in the receptacle to the washing tub , - a storage tank wherein the water used in any one washing step of the washing cycle is stored for using in the next washing step or in the next washing cycle, - an additional pump providing the water collected in the receptacle to be pumped into the storage tank , - an additional conduit , one end connected to the receptacle , the other end to the additional pump , - at least one inlet port disposed on the receptacle , whereto the additional conduit opens, - a microfilter disposed at the center of the receptacle , that holds the dirt carried with the water passing from the receptacle to the water circulation conduit, discharge conduit or the additional conduit - a filter disposed on the inlet port , providing the water directed to the storage tank by passing through the microfilter to be cleaned a second time by being passed therethrough, - a return conduit with one end connected to the storage tank , the other end to the receptacle , providing water to pass from the storage tank to the receptacle and - an expansion chamber , disposed between the additional conduit , the return conduit and the inlet port , that provides water to pass from the receptacle to the additional pump and from the storage tank to the receptacle .
Method for recovering magnesium ammonium phosphate from sludge supplied to a reaction tank in which an aerobic environment prevails and in which the sludge is guided in a cycle supported by aeration, with cationic magnesium such as magnesium chloride being added to the sludge and magnesium ammonium phosphate crystals precipitated from the sludge being removed via an extraction device provided in the floor area of the reaction tank, wherein substances collected in the extraction device and containing magnesium ammonium phosphate crystals are loosened up and/or flushed, where gas and liquid are introduced into the extraction device in a pulsating manner and/or alternatingly and/or simultaneously, and substances exiting the extraction device on the tank side by means of a guide are passed through a funnel-shaped or conically designed lower section of the reaction tank and subjected in an adjoining cylindrical upper section to the flow there.
Plug connection which consists of a plug connector and a mating plug connector which can be plugged together to form the plug connection , with a retraction aid which is arranged on one part of the plug connector and interacts with a further part on the mating plug connector , the plug connector and the mating plug connector have a retraction aid, wherein this retraction aid is automatically axially actuated in the plug-in direction during the plugging together of the plug connector and mating plug connector, wherein the plug connector has a guide geometry , wherein a retraction lever , which can be actuated during the plugging together and which interacts with the guide geometry as a retraction aid, is arranged on the mating plug connector which is formed by an inner housing and an outer housing which can be axially displaced with respect thereto, wherein the retraction lever is arranged on the mating plug connector , in particular the inner housing thereof, via a pivot , characterized in that the retraction lever has a pin in both its end regions respectively, wherein the guide geometry has two bars which run parallel and form a guide groove , and the two bars have a crossbar , which connects the two bars, at their one end region.