mhurhangee/ep-ind-claims huggingface dataset:
A lighting device comprising: a substrate; a light emitting device disposed on the substrate; a wavelength conversion layer which is disposed on the light emitting device and converts a part of first light emitted from the light emitting device into second light having a wavelength different from that of the first light; and a resin which is disposed on the substrate and buries the light emitting device and at least a portion of the wavelength conversion layer, wherein the wavelength conversion layer comprises a bottom surface on which the first light is incident, a top surface through which the second light is emitted and a side surface between the bottom surface and the top surface, wherein an area of the top surface of the wavelength conversion layer is greater than that of the bottom surface of the wavelength conversion layer, wherein the side surface of the wavelength conversion layer is inclined at a predetermined angle with respect to the top surface or the bottom surface, characterized in that an area of the bottom surface of the wavelength conversion layer is less than an area of a top surface of the light emitting device. a substrate; a light emitting device disposed on the substrate; a wavelength conversion layer which is disposed on the light emitting device and converts a part of first light emitted from the light emitting device into second light having a wavelength different from that of the first light; and a resin which is disposed on the substrate and buries the light emitting device and at least a portion of the wavelength conversion layer, wherein the wavelength conversion layer comprises a bottom surface on which the first light is incident, a top surface through which the second light is emitted and a side surface between the bottom surface and the top surface, wherein an area of the top surface of the wavelength conversion layer is greater than that of the bottom surface of the wavelength conversion layer, wherein the side surface of the wavelength conversion layer is inclined at a predetermined angle with respect to the top surface or the bottom surface, characterized in that an area of the bottom surface of the wavelength conversion layer is less than an area of a top surface of the light emitting device. wherein the wavelength conversion layer comprises a bottom surface on which the first light is incident, a top surface through which the second light is emitted and a side surface between the bottom surface and the top surface, wherein an area of the top surface of the wavelength conversion layer is greater than that of the bottom surface of the wavelength conversion layer, wherein the side surface of the wavelength conversion layer is inclined at a predetermined angle with respect to the top surface or the bottom surface, characterized in that an area of the bottom surface of the wavelength conversion layer is less than an area of a top surface of the light emitting device.
Turbocharger for an internal combustion engine, in particular of a motor vehicle, with a bearing housing having at least one through-opening for a rotor of the turbocharger for bearing-mounting the rotor, and with at least one housing cover, which is joined to the bearing housing and by means of which the through-opening is at least partially closed in the axial direction of the turbocharger, wherein the housing cover is joined to the bearing housing by means of precisely one thread element having a male thread, which thread element is bolted by way of its male thread and a corresponding female thread of the bearing housing to the latter, characterised in that the thread element and the housing cover are designed as components separate from each other, the thread element being supported on the housing cover at least indirectly in the axial direction while holding the housing cover at the bearing housing.
A rotor segment of an electric machine, wherein the rotor segment has a rotor shaft and a laminated core, which is arranged on the rotor shaft in such a way that a gap dimensioned sufficiently large in the radial direction for the passage of a cooling medium is produced between an outer surface of a hollow cylinder shell of the rotor shaft and an inner surface of the laminated core, and two pressure elements (7, 9), which are held on the rotor shaft in a stationary manner, axially clamping the laminated core, wherein at least one of the pressure elements (7, 9) is designed as a holding segment allowing cooling medium to pass through, characterized in that the holding segment allowing cooling medium to pass through is a pressure disk with protrusions extending away from an end wall (8.1) of the pressure disk in the axial direction and extending at least for a portion in the radial direction along the end wall (8.1), or the holding segment allowing cooling medium to pass through consists of a pressure disk and an intermediate element to be situated between the pressure disk and the laminated core with protrusions extending away from an end wall (11.1) of the intermediate element in the axial direction and extending at least for a portion in the radial direction along the end wall (11.1).
A bowl comprising an open top, an outer surface and a base, in which a plurality of first drainage apertures are provided in said outer surface, in which said base is provided with a resilient bi-stable diaphragm member which is manually switchable between a first dome configuration in which it extends away from said outer surface, and a second dome configuration in which it is everted in relation to said first configuration, characterised in that: in said second dome configuration said base overlies said outer surface to close said plurality of first drainage apertures.
A hydraulic drive unit of a closed circuit type for driving a hydraulic actuator including a pair of supply-discharge ports (2a, 2b), the hydraulic drive unit comprising: a pump including a casing, a pair of pump ports (12a, 12b), and an air vent port provided in the casing from which air in the casing is discharged to an outside of the casing together with hydraulic oil; a pair of supply-discharge lines (13a, 13b) for connecting between the pair of pump ports and the pair of supply-discharge ports of the hydraulic actuator; a valve block that incorporates at least one valve (16a, 16b, 20, 21, 25a, 25b) therein, the at least one valve being provided on the pair of supply-discharge lines and/or oil passages (15a, 15b, 18, 24) connected to the pair of supply-discharge lines; a sealed tank that is connected to the pair of supply-discharge lines, the sealed tank storing the hydraulic oil; a suction line that leads the hydraulic oil in the sealed tank to the pump; a connecting line that connects the air vent port to the suction line; and a gas-liquid separator that separates air and the hydraulic oil flowing through the connecting line from each other, the gas-liquid separator supplying the separated hydraulic oil to the suction line while releasing the separated air from the connecting line, wherein the pump is disposed upward of the valve block and the sealed tank in a vertical direction. a pump including a casing, a pair of pump ports (12a, 12b), and an air vent port provided in the casing from which air in the casing is discharged to an outside of the casing together with hydraulic oil; a pair of supply-discharge lines (13a, 13b) for connecting between the pair of pump ports and the pair of supply-discharge ports of the hydraulic actuator; a valve block that incorporates at least one valve (16a, 16b, 20, 21, 25a, 25b) therein, the at least one valve being provided on the pair of supply-discharge lines and/or oil passages (15a, 15b, 18, 24) connected to the pair of supply-discharge lines; a sealed tank that is connected to the pair of supply-discharge lines, the sealed tank storing the hydraulic oil; a suction line that leads the hydraulic oil in the sealed tank to the pump; a connecting line that connects the air vent port to the suction line; and a gas-liquid separator that separates air and the hydraulic oil flowing through the connecting line from each other, the gas-liquid separator supplying the separated hydraulic oil to the suction line while releasing the separated air from the connecting line, wherein the pump is disposed upward of the valve block and the sealed tank in a vertical direction.
Connection device for a screening conductor of an electrical line, having - a housing which is able to be fitted on an electrically conductive section and into which the electrical line is able to be inserted with the screening conductor, - a spring element (11; 11') which is arranged in an adjustable manner on the housing and has an actuation limb (110; 110') and a clamping limb and is moveable from an opening position into a clamping position relative to the housing in order, in the clamping position, to act by way of the clamping limb on the screening conductor of the electrical line inserted in the housing, and - a cover (13; 13') which is fastened to the actuation limb (110; 110') of the spring element (11; 11') and at least sectionally covers said actuation limb, characterized by - a tool engagement means for release of the spring element (11; 11') from the clamping position is arranged on an end section of the actuation limb (110; 110'), - the cover (13; 13') forms a supporting surface against which a tool in engagement with the tool engagement means can be supported. - a housing which is able to be fitted on an electrically conductive section and into which the electrical line is able to be inserted with the screening conductor, - a spring element (11; 11') which is arranged in an adjustable manner on the housing and has an actuation limb (110; 110') and a clamping limb and is moveable from an opening position into a clamping position relative to the housing in order, in the clamping position, to act by way of the clamping limb on the screening conductor of the electrical line inserted in the housing, and - a cover (13; 13') which is fastened to the actuation limb (110; 110') of the spring element (11; 11') and at least sectionally covers said actuation limb, characterized by - a tool engagement means for release of the spring element (11; 11') from the clamping position is arranged on an end section of the actuation limb (110; 110'), - the cover (13; 13') forms a supporting surface against which a tool in engagement with the tool engagement means can be supported.
A method of preparing dialkoxymagnesium carrier comprising the following steps: magnesium and mixed alcohols are used as raw materials and a reflux reaction is performed in the presence of mixed halogenated agents under an inert atmosphere, said mixed halogenated agent being iodine and magnesium chloride, and the weight ratio of said iodine to magnesium being 0.05:1 to 1:0.01. magnesium and mixed alcohols are used as raw materials and a reflux reaction is performed in the presence of mixed halogenated agents under an inert atmosphere, said mixed halogenated agent being iodine and magnesium chloride, and the weight ratio of said iodine to magnesium being 0.05:1 to 1:0.01.
Securing element (10; 110; 210; 910; 1010; 2010) for connecting two components, in particular for a screw connection, wherein the securing element (10; 110, 210; 910; 1010) is ring-shaped and has an outer profile (11; 111; 1011) along the outer circumference and an inner profile (12; 112) along the inner circumference, wherein the outer profile (11; 111; 1011) and the inner profile (12; 112) are each formed from a plurality of profile units, characterised in that the number of profile units of the outer profile and the number of the profile units of the inner profile correspond to the number of graduation marks with different scales according to the Vernier principle and wherein the number of profile units of the outer profile (11; 111; 1011) and the number of profile units of the inner profile (12; 112) differ by at least 1, and wherein a profile unit of the outer profile (11; 111; 1011) and a profile unit of the inner profile (12; 112) are precisely opposite each other in precisely one position.
A method for drying transport and/or storage tanks for radioactive waste, in particular, for spent fuel elements, wherein the tank is first dewatered or mechanically dewatered, wherein, after the dewatering of the tank, initially without inert gas injection or without a helium gas injection, a first evacuation of the tank interior is carried out, wherein the tank interior is then continuously evacuated or kept at negative pressure, wherein, simultaneously, inert gas, preferably helium gas is continuously injected into the tank interior, wherein, after the first evacuation of the tank interior and before the inert gas injection or helium gas injection, the evacuation is interrupted for a period t and during this period t, the pressure increase Δp in the tank interior is measured to determine the filling pressure P tot of the inert gas injection or the helium gas injection and wherein the water-vapour partial pressure P H2O in the tank interior is calculated after the first evacuation by means of the measured pressure increase Δp and from the water-vapour partial pressure P H2O the required filling pressure P tot for the inert gas injection or helium gas injection to achieve the desired vol.-% content of the inert gas or helium of 50 to 95 vol.-% in the tank is calculated, wherein the evacuation and/or the inert gas injection or helium gas injection is carried out with the proviso that the inert gas content or the helium content in the tank interior is 50 to 95 vol.-%, in particular, 55 to 90 vol.-%, preferably 60 to 85 vol.-% and more preferably, 65 to 85 vol.-%. wherein, after the dewatering of the tank, initially without inert gas injection or without a helium gas injection, a first evacuation of the tank interior is carried out, wherein the tank interior is then continuously evacuated or kept at negative pressure, wherein, simultaneously, inert gas, preferably helium gas is continuously injected into the tank interior, wherein, after the first evacuation of the tank interior and before the inert gas injection or helium gas injection, the evacuation is interrupted for a period t and during this period t, the pressure increase Δp in the tank interior is measured to determine the filling pressure P tot of the inert gas injection or the helium gas injection and wherein the water-vapour partial pressure P H2O in the tank interior is calculated after the first evacuation by means of the measured pressure increase Δp and from the water-vapour partial pressure P H2O the required filling pressure P tot for the inert gas injection or helium gas injection to achieve the desired vol.-% content of the inert gas or helium of 50 to 95 vol.-% in the tank is calculated, wherein the evacuation and/or the inert gas injection or helium gas injection is carried out with the proviso that the inert gas content or the helium content in the tank interior is 50 to 95 vol.-%, in particular, 55 to 90 vol.-%, preferably 60 to 85 vol.-% and more preferably, 65 to 85 vol.-%.
Kit for air treatment of upholstered furniture, the kit comprising: - A cover sheet for covering the furniture, the cover sheet being arranged to define a space having substantially similar dimensions as outer dimensions of the furniture, the space being open at the bottom and the sheet comprising: - An outer edge being arranged to define an outer perimeter of the sheet having a sheet edge circumferential dimension substantially similar to a furniture footprint circumferential dimension; and - A first opening provided in the vicinity of the outer edge for receiving air from a forced air supply unit in the space; - A forced air supply module for providing heated air, the forced air supply module comprising: - An air displacement module for displacing air; - A heating module for heating air taken in; - A first temperature sensor for sensing a temperature of heated air; - A control module connected to the first temperature sensor and the heating module for controlling heating activity of the heating module in response to a signal provided by the first temperature sensor; and - A first duct for connecting the forced air supply module to the first opening provided in the sheet for providing air heated by the forced air supply unit to the to the space defined by the sheet; characterised in that the outer edge is provided with at least one ballast unit; and the cover is large enough to keep the outer edge on or at least in the vicinity of a ground plane on which the furniture is placed, allowing for air to flow out of the space defined by the sheet. - A cover sheet for covering the furniture, the cover sheet being arranged to define a space having substantially similar dimensions as outer dimensions of the furniture, the space being open at the bottom and the sheet comprising: - An outer edge being arranged to define an outer perimeter of the sheet having a sheet edge circumferential dimension substantially similar to a furniture footprint circumferential dimension; and - A first opening provided in the vicinity of the outer edge for receiving air from a forced air supply unit in the space; - A forced air supply module for providing heated air, the forced air supply module comprising: - An air displacement module for displacing air; - A heating module for heating air taken in; - A first temperature sensor for sensing a temperature of heated air; - A control module connected to the first temperature sensor and the heating module for controlling heating activity of the heating module in response to a signal provided by the first temperature sensor; and - A first duct for connecting the forced air supply module to the first opening provided in the sheet for providing air heated by the forced air supply unit to the to the space defined by the sheet;
A process for producing an aqueous polymer dispersion by free-radically initiated aqueous emulsion polymerization, which comprises polymerizing, in an aqueous medium, (a) 40 to 75 parts by weight of at least one vinylaromatic compound and (b) 24.9 to 59.9 parts by weight of at least one conjugated aliphatic diene (c) 0.1 to 10 parts by weight of at least one monomer comprising acid groups and (d) 0 to 20 parts by weight of at least one other monoethylenically unsaturated monomer, the amounts of the monomers (a) to (d) adding up to 100 parts by weight, in a monomer feed process in the presence of a free-radical initiator, with the proviso that - the vinylaromatic compound is metered in under polymerization conditions in a continuous mass flow over a period of at least 120 minutes, - the metering of the conjugated aliphatic diene is started at a time at which at least 5% and not more than 30% of the vinylaromatic compound has already been metered in in a continuous mass flow, - no chain transfer agent selected from aliphatic and/or araliphatic halogen compounds, organic thio compounds and substituted thiols is used during the polymerization, and - optionally, the polymerization is initiated in an aqueous polymerization mixture comprising up to 5% of the vinylaromatic compound and comprising no aliphatic diene. (a) 40 to 75 parts by weight of at least one vinylaromatic compound and (b) 24.9 to 59.9 parts by weight of at least one conjugated aliphatic diene (c) 0.1 to 10 parts by weight of at least one monomer comprising acid groups and (d) 0 to 20 parts by weight of at least one other monoethylenically unsaturated monomer, - the vinylaromatic compound is metered in under polymerization conditions in a continuous mass flow over a period of at least 120 minutes, - the metering of the conjugated aliphatic diene is started at a time at which at least 5% and not more than 30% of the vinylaromatic compound has already been metered in in a continuous mass flow, - no chain transfer agent selected from aliphatic and/or araliphatic halogen compounds, organic thio compounds and substituted thiols is used during the polymerization, and - optionally, the polymerization is initiated in an aqueous polymerization mixture comprising up to 5% of the vinylaromatic compound and comprising no aliphatic diene.
Column-free closing unit for an injection-moulding apparatus, - wherein the closing unit has a machine frame, optionally comprising two frame parts, wherein the machine frame comprises a first leaf and a second leaf, - wherein a fixed mould mounting plate is provided, which is arranged on the first leaf, wherein the fixed mould mounting plate is fixedly connected to the first leaf at a fastening region, - wherein a closing device is provided, which engages on the second leaf and which is connected to a movable mould mounting plate, wherein the closing device is arranged to move the movable mould mounting plate along a longitudinal axis of the machine and to exert a pressing force towards the stationary mould mounting plate, - wherein the fixed mould mounting plate is elastically supported against the machine frame below the fastening region via a support device, - wherein the support device comprises a connecting beam extending substantially orthogonally to the longitudinal axis of the machine, characterised in that the support device comprises at least one spring beam which is subjected to bending when the pressing force is applied, wherein the spring beam is arranged to transmit the pressing force from the stationary mould mounting plate to the connecting beam, and that the spring beam extends substantially orthogonally to the longitudinal axis of the machine and substantially orthogonally to the connecting beam. - wherein the closing unit has a machine frame, optionally comprising two frame parts, wherein the machine frame comprises a first leaf and a second leaf, - wherein a fixed mould mounting plate is provided, which is arranged on the first leaf, wherein the fixed mould mounting plate is fixedly connected to the first leaf at a fastening region, - wherein a closing device is provided, which engages on the second leaf and which is connected to a movable mould mounting plate, wherein the closing device is arranged to move the movable mould mounting plate along a longitudinal axis of the machine and to exert a pressing force towards the stationary mould mounting plate, - wherein the fixed mould mounting plate is elastically supported against the machine frame below the fastening region via a support device, - wherein the support device comprises a connecting beam extending substantially orthogonally to the longitudinal axis of the machine,
A method of issuing a command to deallocate free storage blocks previously allocated to a logical block device, the method comprising: determining that the logical block device supports the command; identifying one or more sets of contiguous storage blocks to be deallocated; and issuing the command to the logical block device based on alignment and granularity values (D offset, D G) according to which the logical block device performs space reclamation operations, the command identifying at least one set of contiguous storage blocks as storage blocks to be deallocated. determining that the logical block device supports the command; identifying one or more sets of contiguous storage blocks to be deallocated; and issuing the command to the logical block device based on alignment and granularity values (D offset, D G) according to which the logical block device performs space reclamation operations, the command identifying at least one set of contiguous storage blocks as storage blocks to be deallocated.