mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a shot sleeve for a die casting machine, the method comprising: engaging an intermediate sleeve layer with one of an outer sleeve layer and an inner sleeve layer; and shrink fitting the other of the outer sleeve layer and an inner sleeve layer into engagement with the intermediate sleeve layer; wherein the engaging step includes shrink fitting the outer sleeve layer onto the intermediate sleeve layer, and other shrink fitting step includes shrink fitting the inner sleeve layer into the intermediate sleeve layer; and wherein the inner sleeve layer shrink fitting step generates a first radial compressive force on the intermediate sleeve layer, and the outer sleeve layer shrink fitting step generates a second radial compressive force on the intermediate sleeve layer; characterised in that: the first and second radial compressive forces (C1, C2) generate a compressive stress of 35-45 MPa on the intermediate sleeve layer; the intermediate sleeve layer is ceramic and the inner sleeve layer is metal. engaging an intermediate sleeve layer with one of an outer sleeve layer and an inner sleeve layer; and shrink fitting the other of the outer sleeve layer and an inner sleeve layer into engagement with the intermediate sleeve layer; wherein the engaging step includes shrink fitting the outer sleeve layer onto the intermediate sleeve layer, and other shrink fitting step includes shrink fitting the inner sleeve layer into the intermediate sleeve layer; and wherein the inner sleeve layer shrink fitting step generates a first radial compressive force on the intermediate sleeve layer, and the outer sleeve layer shrink fitting step generates a second radial compressive force on the intermediate sleeve layer; characterised in that: the first and second radial compressive forces (C1, C2) generate a compressive stress of 35-45 MPa on the intermediate sleeve layer; the intermediate sleeve layer is ceramic and the inner sleeve layer is metal. the first and second radial compressive forces (C1, C2) generate a compressive stress of 35-45 MPa on the intermediate sleeve layer; the intermediate sleeve layer is ceramic and the inner sleeve layer is metal.
A system-on-chip camera, comprising: - a sensor substrate comprising semiconductor material, - sensor elements arranged in the sensor substrate according to an array of pixels, - a light sensor in the sensor substrate apart from the sensor elements, and - a surface of radiation incidence above the sensor elements and the light sensor, wherein - the sensor substrate is connected to a semiconductor body comprising an integrated circuit and is arranged between the semiconductor body and the surface of radiation incidence, and - each of the sensor elements is provided with a further component arranged between the sensor element and the surface of radiation incidence, characterized in that - each of the further components is a stack of further sensor elements, in the sensor substrate and - the further sensor elements of the same stack and the sensor element that is provided with the stack are all arranged at different distances from the surface of radiation incidence. - a sensor substrate comprising semiconductor material, - sensor elements arranged in the sensor substrate according to an array of pixels, - a light sensor in the sensor substrate apart from the sensor elements, and - a surface of radiation incidence above the sensor elements and the light sensor, - the sensor substrate is connected to a semiconductor body comprising an integrated circuit and is arranged between the semiconductor body and the surface of radiation incidence, and - each of the sensor elements is provided with a further component arranged between the sensor element and the surface of radiation incidence, characterized in that - each of the further components is a stack of further sensor elements, in the sensor substrate and - the further sensor elements of the same stack and the sensor element that is provided with the stack are all arranged at different distances from the surface of radiation incidence.
A method of forming a prosthetic tooth element comprising: depositing a first hardenable fluid material at a bottom of a cavity of a female mould to a first level, the first material having a first translucency when hardened; depositing in the cavity, over the first material, a second hardenable fluid material to a second level, the second material having a second translucency when hardened, the second translucency being less translucent than the first translucency; and inserting a male mould into the cavity, the insertion of the male mould displacing at least a portion of the second material within the cavity, characterized in that: the male mould is inserted into the cavity when the first material and the second material are both fluid. depositing a first hardenable fluid material at a bottom of a cavity of a female mould to a first level, the first material having a first translucency when hardened; depositing in the cavity, over the first material, a second hardenable fluid material to a second level, the second material having a second translucency when hardened, the second translucency being less translucent than the first translucency; and inserting a male mould into the cavity, the insertion of the male mould displacing at least a portion of the second material within the cavity, characterized in that: the male mould is inserted into the cavity when the first material and the second material are both fluid.
Fluid mixing system for mixing components for a fluid product comprising a mixing regulator for mixing said components and a feed comprising at least two separate conduits (101, 102), wherein a base component can be supplied to said mixing regulator in a first conduit and a component to be admixed in a second conduit, characterized in that a first sensor for measuring the concentration of a first chemical compound in said component to be admixed and a BRIX sensor for measuring a BRIX value of said component to be admixed are disposed upstream of said mixing regulator in said second conduit, and where a control unit is provided which can control the mixing process of said components by said mixing regulator in dependence of the concentration measured and the BRIX value measured, wherein the measured BRIX value can be influenced by the BRIX value of the flavouring chemical compound and the first chemical compound, and said first sensor can measure the presence and quantity of the first chemical compound that can affect the value measured by said BRIX sensor, and where said control unit is configured, for controlling said mixing regulator, to correct the value measured by said BRIX sensor based on the value measured by said first sensor and to use the corrected value of the BRIX sensor as BRIX value of the flavouring chemical compound of the to be admixed component for controlling said mixing regulator.
A chip (300, 400, 500, 600, 700) comprising: a storage module, wherein the storage module comprises a first storage array group (1000, 1000', 1000") and a second storage array group (2000, 2000', 2000"), the first storage array group (1000, 1000', 1000") comprises a plurality of first storage arrays (301, 401, 501, 601, 701) and the second storage array group (2000, 2000', 2000") comprises a plurality of second storage arrays (301, 401, 501, 601, 701); pins (302, 402, 502, 602, 702), located on a side of the first storage array group (1000, 1000', 1000") away from the second storage array group (2000, 2000', 2000"); a control module (303, 403, 503, 603, 703), located between the first storage array group (1000, 1000', 1000") and the second storage array group (2000, 2000', 2000"); a first connection line, electrically connecting the pins (302, 402, 502, 602, 702) with the control module (303, 403, 503, 603, 703); and a second connection line, electrically connecting the control module (303, 403, 503, 603, 703) with the first storage array group (1000, 1000', 1000") and the second storage array group (2000, 2000', 2000"); wherein a length of the first connection line is less than a distance from the control module (303, 403, 503, 603, 703) to a side of the second storage array group (2000, 2000', 2000") away from the control module (303, 403, 503, 603, 703). a storage module, wherein the storage module comprises a first storage array group (1000, 1000', 1000") and a second storage array group (2000, 2000', 2000"), the first storage array group (1000, 1000', 1000") comprises a plurality of first storage arrays (301, 401, 501, 601, 701) and the second storage array group (2000, 2000', 2000") comprises a plurality of second storage arrays (301, 401, 501, 601, 701); pins (302, 402, 502, 602, 702), located on a side of the first storage array group (1000, 1000', 1000") away from the second storage array group (2000, 2000', 2000"); a control module (303, 403, 503, 603, 703), located between the first storage array group (1000, 1000', 1000") and the second storage array group (2000, 2000', 2000"); a first connection line, electrically connecting the pins (302, 402, 502, 602, 702) with the control module (303, 403, 503, 603, 703); and a second connection line, electrically connecting the control module (303, 403, 503, 603, 703) with the first storage array group (1000, 1000', 1000") and the second storage array group (2000, 2000', 2000"); wherein a length of the first connection line is less than a distance from the control module (303, 403, 503, 603, 703) to a side of the second storage array group (2000, 2000', 2000") away from the control module (303, 403, 503, 603, 703).
A method of cryogenically grinding particles, comprising the steps of: grinding chilled granulated particles to form a micronized powder having a broad particle size distribution; feeding the micronized powder to a warming apparatus; determining an operating efficiency of the warming apparatus; determining whether the operating efficiency of the warming apparatus is below a predefined threshold; upon determination that the operating efficiency of the warming apparatus is below a predefined threshold, recirculating the micronized powder through the warming apparatus; accumulating the warmed micronized powder within an accumulating apparatus; and screening the accumulated, warmed micronized powder into one or more predetermined portions, wherein each of the one or more predetermined portions comprise a predetermined range of particle sizes of the screened, warmed micronized powder. grinding chilled granulated particles to form a micronized powder having a broad particle size distribution; feeding the micronized powder to a warming apparatus; determining an operating efficiency of the warming apparatus; determining whether the operating efficiency of the warming apparatus is below a predefined threshold; upon determination that the operating efficiency of the warming apparatus is below a predefined threshold, recirculating the micronized powder through the warming apparatus; accumulating the warmed micronized powder within an accumulating apparatus; and screening the accumulated, warmed micronized powder into one or more predetermined portions, wherein each of the one or more predetermined portions comprise a predetermined range of particle sizes of the screened, warmed micronized powder.
A vehicle supercharger assembly comprising; a generator comprising a first armature being adapted for permanent drive from a source of motive power; a supercharger impeller arranged to be driven via a gear train; an electric motor comprising a second armature, said second armature being coupled to the gear train; a first clutch for selectively coupling, by means of an actuating mechanism, the first armature to the gear train for driving the supercharger impeller in a first mode of operation in which the first clutch is in a closed position and in which the electric motor is operable to adjust the speed of the supercharger impeller, the first armature being isolated from the gear train when the first clutch is in an open position; and a second clutch, operable when said first armature is coupled to the gear train, for selectively locking the gear train so as to prevent relative rotation of the first and second armatures (14, 28) in a second mode of operation. a generator comprising a first armature being adapted for permanent drive from a source of motive power; a supercharger impeller arranged to be driven via a gear train; an electric motor comprising a second armature, said second armature being coupled to the gear train; a first clutch for selectively coupling, by means of an actuating mechanism, the first armature to the gear train for driving the supercharger impeller in a first mode of operation in which the first clutch is in a closed position and in which the electric motor is operable to adjust the speed of the supercharger impeller, the first armature being isolated from the gear train when the first clutch is in an open position; and a second clutch, operable when said first armature is coupled to the gear train, for selectively locking the gear train so as to prevent relative rotation of the first and second armatures (14, 28) in a second mode of operation.
A heat exchanger for an engine, in particular a gas turbine engine, comprising: an input cavity defined by inlet cavity walls; a heat exchanger portion in fluid communication with the input cavity and defined between a first side and a second side, wherein a plurality of baffles are positioned within the heat exchanger portion; and an outlet cavity in fluid communication with the heat exchanger portion and defined by outlet cavity walls, wherein the heat exchanger portion comprises: a plurality of first fluid paths defined between the baffles and extending from the input cavity to the outlet cavity, and a plurality of tubes extending through the heat exchanger portion from the first side to the second side, wherein each tube extends through the baffles so as to define a second fluid path through the heat exchanger portion, wherein each tube defines an inlet flow cross-section area at the first side and an outlet flow cross-section area at the second side, characterised in that at least one tube varies in its cross-section area continuously from the first side to the second side of the heat exchanger portion. an input cavity defined by inlet cavity walls; a heat exchanger portion in fluid communication with the input cavity and defined between a first side and a second side, wherein a plurality of baffles are positioned within the heat exchanger portion; and an outlet cavity in fluid communication with the heat exchanger portion and defined by outlet cavity walls, wherein the heat exchanger portion comprises: a plurality of first fluid paths defined between the baffles and extending from the input cavity to the outlet cavity, and a plurality of tubes extending through the heat exchanger portion from the first side to the second side, wherein each tube extends through the baffles so as to define a second fluid path through the heat exchanger portion, wherein each tube defines an inlet flow cross-section area at the first side and an outlet flow cross-section area at the second side, characterised in that at least one tube varies in its cross-section area continuously from the first side to the second side of the heat exchanger portion. a plurality of first fluid paths defined between the baffles and extending from the input cavity to the outlet cavity, and a plurality of tubes extending through the heat exchanger portion from the first side to the second side, wherein each tube extends through the baffles so as to define a second fluid path through the heat exchanger portion, wherein each tube defines an inlet flow cross-section area at the first side and an outlet flow cross-section area at the second side, characterised in that at least one tube varies in its cross-section area continuously from the first side to the second side of the heat exchanger portion.
A prosthetic foot comprising a structural component with proximal connection means for fastening the prosthetic foot to a below knee tube, below knee shank or a prosthetic knee joint, a sole-side guide element comprising a posterior end, and a forefoot portion fastened to, or embodied at, the structural component and a heel-side spring-damper system assigned to the structural component, said spring-damper system being compressed at a heel strike and supporting itself on the sole-side guide element, the structural component is embodied as a leaf spring, which extends from the proximal connection means in the posterior direction, forms an arc and is guided in the anterior and distal directions, characterized in that the arc projecting beyond the guide element in the posterior direction.
Aircraft air conditioning system with: - a mixer, - an ambient air line adapted to be flown through with ambient air and being connected to the mixer, in order to supply ambient air to the mixer, - at least one ambient air compressor (42, 58) arranged in the ambient air line for compressing the ambient air flowing through the ambient air line, and - a refrigerating apparatus, which comprises a refrigerant circuit adapted to be flown through with a refrigerant as well as a refrigerant compressor arranged in the refrigerant circuit, characterised by - a cabin exhaust air line, and - a cabin exhaust air turbine, which is connected to the cabin exhaust air line and is coupled to the at least one ambient air compressor (42, 58) arranged in the ambient air line and is configured to expand the cabin exhaust air flowing through the cabin exhaust air line and to drive the at least one ambient air compressor (42, 58) arranged in the ambient air line, wherein the ambient air line comprises a first section, a second section arranged downstream of the first section, a third section arranged downstream of the second section, and a fourth section downstream of the third section, wherein a first ambient air compressor is arranged in the first section of the ambient air line for compressing the ambient air flowing through the first section of the ambient air line, and wherein the cabin exhaust air turbine is coupled to the first ambient air compressor and is configured to drive the first ambient air compressor, wherein a second ambient air compressor for compressing the ambient air flowing through the second section of the ambient air line is arranged in the second section of the ambient air line, wherein the second ambient air compressor is driven by an electric motor and an ambient air turbine configured to expand the ambient air in the fourth section of the ambient air line, and wherein the refrigerant circuit is coupled thermally to the third section of the ambient air line, in order to transfer heat from the ambient air flowing through the ambient air line to the refrigerant circulating in the refrigerant circuit before the ambient air is supplied to the mixer. - a mixer, - an ambient air line adapted to be flown through with ambient air and being connected to the mixer, in order to supply ambient air to the mixer, - at least one ambient air compressor (42, 58) arranged in the ambient air line for compressing the ambient air flowing through the ambient air line, and - a refrigerating apparatus, which comprises a refrigerant circuit adapted to be flown through with a refrigerant as well as a refrigerant compressor arranged in the refrigerant circuit, - a cabin exhaust air line, and - a cabin exhaust air turbine, which is connected to the cabin exhaust air line and is coupled to the at least one ambient air compressor (42, 58) arranged in the ambient air line and is configured to expand the cabin exhaust air flowing through the cabin exhaust air line and to drive the at least one ambient air compressor (42, 58) arranged in the ambient air line,
Machine for the distribution of products for feeding or the bedding of animals, comprising a bucket with an opening for the passage of the products toward a casing comprising a first wall adjacent to the opening and a second wall remote from the first wall, in which casing a turbine is mounted that can rotate around a rotation axis, the turbine comprising a disc with blades and knives, the turbine comprises a plate oriented towards the opening and remote from the disc, and comprising a central part remote from the disc and at least one branch, the said at least one branch extends from the central part in a substantially radial direction of the disc, characterized in that the said at least one branch of the plate is connected to the disc by two lateral closing sheets to form a bin, and that at least one blade of the turbine is formed by the said bin.
A data transmission method, applied to a base station, comprising: allocating to each user equipment, UE, in a UE group a network resource required for performing device to device, D2D, communication, wherein the network resource required for performing D2D communication meets requirement of being used as a component carrier for each UE; and using the network resource as one component carrier of each UE, wherein, each UE supports carrier aggregation, CA; and dividing data to be transmitted to the UE group into multiple pieces of component data information to respectively transmit to each UE via other component carrier of each UE, wherein, the received piece of component data information is further shared to each of other UEs in the UE group via said one component carrier by each UE. allocating to each user equipment, UE, in a UE group a network resource required for performing device to device, D2D, communication, wherein the network resource required for performing D2D communication meets requirement of being used as a component carrier for each UE; and using the network resource as one component carrier of each UE, wherein, each UE supports carrier aggregation, CA; and dividing data to be transmitted to the UE group into multiple pieces of component data information to respectively transmit to each UE via other component carrier of each UE, wherein, the received piece of component data information is further shared to each of other UEs in the UE group via said one component carrier by each UE.
Closing device for a container-carrier, such a container-carrier being designed to internally hold a container intended to contain a liquid food, and which includes a part intended to be placed in the mouth for the consumption of this liquid food, characterised by the fact that the closing device comprises: - at least one means of protecting, and keeping watertight, the part of the container designed to be placed in the mouth; - at least one means of covering, at least partially, the container-carrier; - means (8; 8') of attaching this device to the container-carrier. - at least one means of protecting, and keeping watertight, the part of the container designed to be placed in the mouth; - at least one means of covering, at least partially, the container-carrier; - means (8; 8') of attaching this device to the container-carrier.