mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for a tube-type turbine for converting stored potential energy of a liquid into electrical energy or vice versa, the apparatus comprising a pair of rotating units (8,9) and respective stationary housings (10, 11), the rotating units (8, 9) being housed in the stationary housings (10, 11), each rotating unit (8, 9) comprising: a wheel (25/26) arranged to be rotatable about a rotation axis with respect to their respective stationary housing (10/11), each wheel (25, 26) comprising blades (34, 36) and each being connected to a respective generator/motor to be mutually independently controllable with regard to rotational speed/electrical power, the rotation of the wheels (25, 26), via interaction of the blades (34, 36) with the liquid, being used in converting the energy, and wherein the apparatus is arranged such that the wheels (25, 26) are arranged to have a common rotation axis to be mutually independently rotatable with respect to one another, and wherein the blades (34, 36) of the wheels (25, 26) have opposing slopes, and characterised in that the wheels (25, 26) of the respective rotating units (8, 9) are arranged to be unsupported at the rotation axis and to be supported by bearings (13, 14) provided by the stationary housings (10, 11), and wherein the bearings (13, 14) are hydrodynamic bearings formed by virtue of the liquid contained between the wheels (25, 26) and the stationary housings (10, 11) during rotation of the wheels (25, 26). a wheel (25/26) arranged to be rotatable about a rotation axis with respect to their respective stationary housing (10/11), each wheel (25, 26) comprising blades (34, 36) and each being connected to a respective generator/motor to be mutually independently controllable with regard to rotational speed/electrical power, the rotation of the wheels (25, 26), via interaction of the blades (34, 36) with the liquid, being used in converting the energy, and wherein the apparatus is arranged such that the wheels (25, 26) are arranged to have a common rotation axis to be mutually independently rotatable with respect to one another, and wherein the blades (34, 36) of the wheels (25, 26) have opposing slopes, and characterised in that the wheels (25, 26) of the respective rotating units (8, 9) are arranged to be unsupported at the rotation axis and to be supported by bearings (13, 14) provided by the stationary housings (10, 11), and wherein the bearings (13, 14) are hydrodynamic bearings formed by virtue of the liquid contained between the wheels (25, 26) and the stationary housings (10, 11) during rotation of the wheels (25, 26).
A container management method, wherein the method is applied to an offloading card, the offloading card is inserted into a computing node, a communication channel is established between the offloading card and the computing node, the offloading card is further connected to a container cluster management node through a network, and the method comprises: receiving a container creation request sent by the container cluster management node; obtaining a container image based on the container creation request; and indicating, through the communication channel, the computing node to create a container on the computing node based on the container image; characterised in that the indicating the computing node to create a container on the computing node based on the container image comprises: creating a first virtual function device; associating the container image with the first virtual function device; and indicating the computing node to create a container operating environment for the container, and mounting the first virtual function device under a root directory of the container. receiving a container creation request sent by the container cluster management node; obtaining a container image based on the container creation request; and indicating, through the communication channel, the computing node to create a container on the computing node based on the container image; characterised in that the indicating the computing node to create a container on the computing node based on the container image comprises: creating a first virtual function device; associating the container image with the first virtual function device; and indicating the computing node to create a container operating environment for the container, and mounting the first virtual function device under a root directory of the container. creating a first virtual function device; associating the container image with the first virtual function device; and indicating the computing node to create a container operating environment for the container, and mounting the first virtual function device under a root directory of the container.
Clawed securing device comprising a band having two halves (3, 4), which at their ends have a respective clamping jaw, wherein the opposite clamping jaws of the two halves (3, 4) are respectively connected to one another via at least one clamping element and the clamping jaws respectively have at least one tab having a fixed end and free end, wherein the free end is bent over in such a way that the free end rests on the fixed end of the respective tab and forms a material doubling, wherein in the region of the material doubling there is formed at least one opening for the leadthrough of the at least one clamping element, characterized in that the clamping jaws have a rim, which is bent perpendicularly in relation to a face of the clamping jaws and is directed in the direction of the respectively opposite clamping jaw.
A hearing device including an antenna unit arranged in a housing configured to be worn at an ear of a person, the housing comprising a top part and respective left and right sides, the housing being a behind-the-ear-part configured to be placed at the top of the pinna of the person, and the hearing device further comprising an in-the-ear-part configured to be positioned at least partly in the ear canal of the user, the antenna unit comprising: - a radiating antenna structure and a structure forming a ground for the radiating antenna structure, wherein the structure forming the ground includes a battery, wherein an additional element forms an extended ground plane arranged at a distance from the radiating antenna structure and the extended ground plane is electrically connected to the structure forming the ground, wherein the radiating antenna structure and the additional element are arranged at opposite left and right sides of the housing, and - a communication unit connected with the radiating antenna structure for reception and/or transmission of data over a wireless link to an external unit via the radiating antenna structure. - a radiating antenna structure and a structure forming a ground for the radiating antenna structure, wherein the structure forming the ground includes a battery, wherein an additional element forms an extended ground plane arranged at a distance from the radiating antenna structure and the extended ground plane is electrically connected to the structure forming the ground, wherein the radiating antenna structure and the additional element are arranged at opposite left and right sides of the housing, and - a communication unit connected with the radiating antenna structure for reception and/or transmission of data over a wireless link to an external unit via the radiating antenna structure.
A saddle ride type four-wheel vehicle having an electronic control type fuel injection system in a fuel supply system for an engine mounted thereon, wherein: a fuel pump is disposed on a rear side relative to the rotational center axis of front wheels and on a front side relative to said engine, characterised in that the saddle ride type four-wheel vehicle, further comprises a cooling fan for blowing air to said engine, wherein said fuel pump is disposed between said cooling fan and said engine, and wherein: a throttle body is disposed on a rear side of a cylinder head of said engine. a fuel pump is disposed on a rear side relative to the rotational center axis of front wheels and on a front side relative to said engine, characterised in that the saddle ride type four-wheel vehicle, further comprises a cooling fan for blowing air to said engine, wherein said fuel pump is disposed between said cooling fan and said engine, and wherein: a throttle body is disposed on a rear side of a cylinder head of said engine. a throttle body is disposed on a rear side of a cylinder head of said engine.
An assay comprising: (i) assaying a biological sample obtained from a subject suspected of having an immune-mediated disease characterised by elevated IgG levels to determine the allele at position 131 of the FcγR2a protein;and (ii) selecting the subject for a therapy if the subject expresses the His131 allele of FcγR2a, wherein the therapy comprises an antibody that blocks the neonatal Fc receptor (FcRn). (i) assaying a biological sample obtained from a subject suspected of having an immune-mediated disease characterised by elevated IgG levels to determine the allele at position 131 of the FcγR2a protein;and (ii) selecting the subject for a therapy if the subject expresses the His131 allele of FcγR2a, wherein the therapy comprises an antibody that blocks the neonatal Fc receptor (FcRn).
Capsule for preparing infusion or soluble beverages, in particular coffee or milk or chocolate, comprising at least one containing body made of a compostable and/or biodegradable material having at least one base and at least one opening opposite to said base and adapted to be closed by at least one cover, said containing body comprising at least one internal volume adapted to contain at least one substance to be infused or solubilized, said cover being made by overlapping at least one first layer composed of at least one compostable and/or biodegradabile polyester and at least one second, insulating inert layer made of a compostable and/or biodegradable material, wherein said first layer is interposed between said second layer and said internal volume, characterized in that said compostable and/or biodegradable material of said second layer is at least one fibrous material, said fibrous material is paper and, more preferably, pure cellulose paper, and said first layer and said second layer are mutually connected through at least one thermowelding interface, without the use of any type of external gluing substance, consequently making also the cover of the capsule wholly compostable and/or biodegradable, the second, insulating inert layer, during the common thermowelding steps of the cover onto a perimeter edge of the opening of the capsule being interposed between the first, thermally sensitive layer, and a welding punch, consequently avoiding any chance of gluing of the first layer.
A vial adapter for use with an injector and a vial (1, 9, 22) containing an injectable fluid (15, 25), the vial (1, 9, 22) including a stopper and a stopper retainer, the injector including a barrel and a needle, the vial adapter (16, 37, 54) comprising: a vial retainer, the vial retainer having a generally cylindrical structure having a central opening and being sized to receive at least a portion of the vial (1, 9, 22), the stopper and the stopper retainer, characterized by a spacing disc the spacing disc including a needle insertion port (21, 21'), the needle insertion port (21, 21') being sized to permit the passage of the needle and not to allow the passage of the barrel, a spacing arm attached to the vial retainer and the spacing disc, the spacing arm being sized to space the spacing disc a predetermined distance from the vial retainer, and at least one hinge (41, 42) disposed between the spacing arm and at least one of the spacing disc and the vial retainer, wherein when the needle of the injector is inserted through the needle insertion port (21, 21') and into the stopper, a distance that the needle may extend through the stopper is limited by contact of the injector with the spacing disc. a vial retainer, the vial retainer having a generally cylindrical structure having a central opening and being sized to receive at least a portion of the vial (1, 9, 22), the stopper and the stopper retainer, characterized by a spacing disc the spacing disc including a needle insertion port (21, 21'), the needle insertion port (21, 21') being sized to permit the passage of the needle and not to allow the passage of the barrel, a spacing arm attached to the vial retainer and the spacing disc, the spacing arm being sized to space the spacing disc a predetermined distance from the vial retainer, and at least one hinge (41, 42) disposed between the spacing arm and at least one of the spacing disc and the vial retainer, wherein when the needle of the injector is inserted through the needle insertion port (21, 21') and into the stopper, a distance that the needle may extend through the stopper is limited by contact of the injector with the spacing disc.
An electronic device comprising: a camera; a sensor device; an initializer comprising hardware and/or instructions executable by a processor, the initializer being configured to: adjust one or more settings of the camera prior to initialization of the camera and during a standby mode of operation of the camera, the one or more settings adjusted based on one or more second measurements performed in response to an indication of motion associated with the electronic device, wherein the indication of motion is generated prior to initializing the camera, the motion being detected using a first measurement performed by the sensor device, wherein the one or more second measurements include one or more of a depth measurement, an illuminance measurement, or a spectral measurement, the one or more second measurements being performed using one or more sensors of the sensor device; and a processing device configured to: execute a camera application to initialize the camera after adjustment of the one or more settings; control the camera to capture an image based on the adjusted one or more settings after initializing the camera application; and readjust, after capturing the first image, the one or more settings; wherein the power consumption level of the initialized camera is greater than the power consumption level of the camera in standby mode. a camera; a sensor device; an initializer comprising hardware and/or instructions executable by a processor, the initializer being configured to: adjust one or more settings of the camera prior to initialization of the camera and during a standby mode of operation of the camera, the one or more settings adjusted based on one or more second measurements performed in response to an indication of motion associated with the electronic device, wherein the indication of motion is generated prior to initializing the camera, the motion being detected using a first measurement performed by the sensor device, wherein the one or more second measurements include one or more of a depth measurement, an illuminance measurement, or a spectral measurement, the one or more second measurements being performed using one or more sensors of the sensor device; and a processing device configured to: execute a camera application to initialize the camera after adjustment of the one or more settings; control the camera to capture an image based on the adjusted one or more settings after initializing the camera application; and readjust, after capturing the first image, the one or more settings; wherein the power consumption level of the initialized camera is greater than the power consumption level of the camera in standby mode. execute a camera application to initialize the camera after adjustment of the one or more settings; control the camera to capture an image based on the adjusted one or more settings after initializing the camera application; and readjust, after capturing the first image, the one or more settings; wherein the power consumption level of the initialized camera is greater than the power consumption level of the camera in standby mode.
Composition comprising: - at least one electroactive fluoroterpolymer, the electroactive fluoroterpolymer being a terpolymer of vinylidene fluoride, of trifluoroethylene and of a third monomer, the molar proportion of third monomer having a value of 2% to 15%, the third monomer being 1-chloro-1-fluoroethylene or chlorotrifluoroethylene, and - at least one second polymer, being a polyester, compatible with the electroactive fluoroterpolymer and exhibiting a glass transition temperature lower than that of the electroactive fluoroterpolymer, the glass transition temperature being measured by differential scanning calorimetry according to Standard ASTM E1356; the word "compatible" meaning that the mixture of said at least one electroactive fluoroterpolymer with said at least one second polymer forms a homogeneous phase with a single glass transition temperature. - at least one electroactive fluoroterpolymer, the electroactive fluoroterpolymer being a terpolymer of vinylidene fluoride, of trifluoroethylene and of a third monomer, the molar proportion of third monomer having a value of 2% to 15%, the third monomer being 1-chloro-1-fluoroethylene or chlorotrifluoroethylene, and - at least one second polymer, being a polyester, compatible with the electroactive fluoroterpolymer and exhibiting a glass transition temperature lower than that of the electroactive fluoroterpolymer,
Apparatus for finishing a panel having a core of wood material, which panel has a base coat in the form of at least one synthetic resin layer which is pressed with the core and possibly a primer layer on a top side and a coating on a bottom side which lies opposite the top side, having: a) a printing unit for printing a decorative pattern onto the base coat or the primer layer, b) an electronic data processing device with an input device for inputting a selection of a decorative pattern which is stored in a data memory in the form of electronic data from a plurality of available decorative patterns by way of a user, c) an electric controller which is set up to read the selected decorative pattern from a data memory and to actuate the printing unit in such a way that the selected decorative pattern is printed, d) a display device, via which the available decorative patterns can be displayed to the user, characterized in that e) a coating apparatus is arranged downstream of the printing unit, and f) a curing device and an embossing device are arranged downstream of the coating apparatus. a) a printing unit for printing a decorative pattern onto the base coat or the primer layer, b) an electronic data processing device with an input device for inputting a selection of a decorative pattern which is stored in a data memory in the form of electronic data from a plurality of available decorative patterns by way of a user, c) an electric controller which is set up to read the selected decorative pattern from a data memory and to actuate the printing unit in such a way that the selected decorative pattern is printed, d) a display device, via which the available decorative patterns can be displayed to the user, e) a coating apparatus is arranged downstream of the printing unit, and f) a curing device and an embossing device are arranged downstream of the coating apparatus.
A method of constraining loudspeaker excursion in a mobile station, comprising: receiving (310; 410; 610; 810; 1010) an input audio signal at the mobile station; predicting an excursion of a loudspeaker of the mobile station; performing signal processing on the input audio signal to limit the excursion of the loudspeaker using the predicted excursion; and outputting the signal processed input audio signal to the loudspeaker; characterized by: transforming (320; 420; 620; 820) the input audio signal into a plurality of subband signals; and wherein performing signal processing further comprises performing signal processing (840, 850; 1060) on the subband signals to limit the excursion of the loudspeaker using the subband signals and the predicted excursion; and combining the signal processed subband signals for outputting to the loudspeaker. receiving (310; 410; 610; 810; 1010) an input audio signal at the mobile station; predicting an excursion of a loudspeaker of the mobile station; performing signal processing on the input audio signal to limit the excursion of the loudspeaker using the predicted excursion; and outputting the signal processed input audio signal to the loudspeaker; characterized by: transforming (320; 420; 620; 820) the input audio signal into a plurality of subband signals; and wherein performing signal processing further comprises performing signal processing (840, 850; 1060) on the subband signals to limit the excursion of the loudspeaker using the subband signals and the predicted excursion; and combining the signal processed subband signals for outputting to the loudspeaker. transforming (320; 420; 620; 820) the input audio signal into a plurality of subband signals; and wherein performing signal processing further comprises performing signal processing (840, 850; 1060) on the subband signals to limit the excursion of the loudspeaker using the subband signals and the predicted excursion; and combining the signal processed subband signals for outputting to the loudspeaker.
A watertight shield connector comprising: an insulating connector housing having a flange wall, a hood portion arranged perpendicular to the flange wall, a terminal attaching portion projected outward from the flange wall, and an annular hole disposed around the terminal attaching portion; a terminal configured to be inserted into the terminal attaching portion and having a step portion in a middle thereof; a conductive shield shell having a flange plate abutting on the flange wall and a shell main body integrally provided perpendicular to the flange plate, wherein the shell main body is inserted into the annular hole along an inner peripheral wall of the hood portion having a gap between the shell main body and an outer peripheral wall of the terminal attaching portion an annular packing having an annular packing main body attached along the outer peripheral wall of the terminal attaching portion, and a flange-shaped projection disposed on an outer periphery of the packing main body and abutting on the flange plate; and a spacer configured to be engaged with the step portion of the terminal and to abut on an outer end wall of the annular packing. an insulating connector housing having a flange wall, a hood portion arranged perpendicular to the flange wall, a terminal attaching portion projected outward from the flange wall, and an annular hole disposed around the terminal attaching portion; a terminal configured to be inserted into the terminal attaching portion and having a step portion in a middle thereof; a conductive shield shell having a flange plate abutting on the flange wall and a shell main body integrally provided perpendicular to the flange plate, wherein the shell main body is inserted into the annular hole along an inner peripheral wall of the hood portion having a gap between the shell main body and an outer peripheral wall of the terminal attaching portion an annular packing having an annular packing main body attached along the outer peripheral wall of the terminal attaching portion, and a flange-shaped projection disposed on an outer periphery of the packing main body and abutting on the flange plate; and a spacer configured to be engaged with the step portion of the terminal and to abut on an outer end wall of the annular packing.