mhurhangee/ep-ind-claims huggingface dataset:
A matrix assisted laser desorption ionization (MALDI) mass spectrometry substrate comprising a plurality of samples, which samples comprise nanoparticles and a MALDI MS matrix, which samples are substantially crystalized, which matrix is not covalently linked to the nanoparticles which nanoparticles are not in association with a peptide or protein, and wherein the mole ratio or molar concentration ratio of the amount of matrix to the amount of nanoparticles is about 13:1 to about 430:1.
Assembly for supporting a torque of a transmission of a rail vehicle, - having a motor, which is designed for driving a wheel of the rail vehicle, - having a transmission, which is arranged between the motor and the wheel and is coupled to both in order to transmit a driving force of the motor to the wheel, - having a load-bearing structure of the rail vehicle, and - having a torque support, which is connected to the transmission and to the load-bearing structure in order to introduce a differential torque of the transmission into the load-bearing structure, characterized - in that the torque support has two fibre elements (FE1, FE2) as tensile elements, which are designed for exclusively transmitting tensile forces, - in that connection points of a first fibre element are selected in such a manner that the first fibre element introduces a first tensile force, which results from the differential torque, of a first direction of rotation of the motor into the load-bearing structure, and - in that connection points of a second fibre element are selected in such a manner that the second fibre element introduces a second tensile force, which results from the differential torque, of a second direction of rotation of the motor into the load-bearing structure, - in that the first fibre element connects the motor to the transmission, - in that the second fibre element connects the transmission to the load-bearing structure, - in that the motor is connected to the load-bearing structure via fastening points. - having a motor, which is designed for driving a wheel of the rail vehicle, - having a transmission, which is arranged between the motor and the wheel and is coupled to both in order to transmit a driving force of the motor to the wheel, - having a load-bearing structure of the rail vehicle, and - having a torque support, which is connected to the transmission and to the load-bearing structure in order to introduce a differential torque of the transmission into the load-bearing structure, characterized - in that the torque support has two fibre elements (FE1, FE2) as tensile elements, which are designed for exclusively transmitting tensile forces, - in that connection points of a first fibre element are selected in such a manner that the first fibre element introduces a first tensile force, which results from the differential torque, of a first direction of rotation of the motor into the load-bearing structure, and - in that connection points of a second fibre element are selected in such a manner that the second fibre element introduces a second tensile force, which results from the differential torque, of a second direction of rotation of the motor into the load-bearing structure, - in that the first fibre element connects the motor to the transmission, - in that the second fibre element connects the transmission to the load-bearing structure, - in that the motor is connected to the load-bearing structure via fastening points.
An electrical connector including a conducting portion comprising two terminals each intended to be electrically connected to a connecting terminal (22, 23) of an electrical apparatus, the connector further comprising a dissipating portion integral with the conducting portion and having a honeycomb structure defining a plurality of cells (65, 85, 90), characterized in that: - the dissipating portion delimits a first set of cells of a first type and a second set of cells of a second type, and - the cells of the first type are cylindrical with an octagonal base, and the cells of the second type are cylindrical with a square base, each cell (65, 85, 90) being able to be traversed by a first flow of fluid oriented in a first direction, each cell (65, 85, 90) being able to be traversed by the first flow and by a second flow of fluid oriented in a second direction perpendicular to the first direction, each cell (65; 85, 90) being connected to at least one other cell (65, 85, 90) through an opening allowing the flow of a fluid from one cell (65; 85, 90) to the other, the openings of the cells of both types (85, 90) being aligned in the first direction and in the second direction. - the dissipating portion delimits a first set of cells of a first type and a second set of cells of a second type, and - the cells of the first type are cylindrical with an octagonal base, and the cells of the second type are cylindrical with a square base,
A cut block positioning jig (10, 310) comprising: a first alignment member (22, 24, 324, 326) movable towards and away from a patient's bone (210, 410) to which the positioning jig is mounted to arrange the jig at a predetermined position relative to the bone based on x-rays of the patient; a second alignment member (54, 56, 320, 322) movable towards and away from the bone to arrange the jig at the predetermined position relative to the bone; and first and second guide members (40, 74) configured to direct cut block support members to the bone to couple a cut block to the bone to provide the bone with patient-specific cuts, and wherein the first alignment member is mounted to a first base portion (14, 314) of the cut block positioning jig, and the second alignment member is mounted to a second base portion (16, 316) of the cut block positioning jig that is oriented at an angle relative to the first base portion, characterised in that the first guide member is a through bore defined by the first alignment member, and that the second guide member is a through bore defined by the second alignment member. a first alignment member (22, 24, 324, 326) movable towards and away from a patient's bone (210, 410) to which the positioning jig is mounted to arrange the jig at a predetermined position relative to the bone based on x-rays of the patient; a second alignment member (54, 56, 320, 322) movable towards and away from the bone to arrange the jig at the predetermined position relative to the bone; and first and second guide members (40, 74) configured to direct cut block support members to the bone to couple a cut block to the bone to provide the bone with patient-specific cuts, and wherein the first alignment member is mounted to a first base portion (14, 314) of the cut block positioning jig, and the second alignment member is mounted to a second base portion (16, 316) of the cut block positioning jig that is oriented at an angle relative to the first base portion,
Electrically conductive part, intended to provide electrical impedance matching when connecting a connector with a cable, comprising at least one pair of twisted electrical wires, comprising: - a front portion, the shape of which has a continuous outer profile and which defines on the inside two cylindrical housings (82, 84), each of which is suitable for housing the unstripped portion of a single cable wire; - a rear portion, extending from the front portion, the shape of which has a discontinuous outer profile defined by fins (83, 85) taking a shape that is complementary to that of the unstripped portion of the wire (32, 33) of a cable, in which part the front and rear portions of the part are configured to decrease the distance between the conductive cores of the wires and the electrical ground of the connector so as to recreate an electrical ground as close as possible to the cable. - a front portion, the shape of which has a continuous outer profile and which defines on the inside two cylindrical housings (82, 84), each of which is suitable for housing the unstripped portion of a single cable wire; - a rear portion, extending from the front portion, the shape of which has a discontinuous outer profile defined by fins (83, 85) taking a shape that is complementary to that of the unstripped portion of the wire (32, 33) of a cable,
A remote controller, which is operable to be in one of a first operating mode or a second operating mode, and which is connectable to a docking station, the remote controller comprising: an internal display screen, which displays at least one digital image; and a controller which in the second operating mode is operable to control the internal display screen to display a control screen operable to control an external device, and characterised in that, in response to the remote controller being connected to the docking station the controller controls the remote controller to change to the first operating mode, and in the first operating mode the controller is operable to control the internal display screen to suspend displaying the control screen and to display an image corresponding to a content that is designated for reproduction when the remote controller is connected to the docking station. an internal display screen, which displays at least one digital image; and a controller which in the second operating mode is operable to control the internal display screen to display a control screen operable to control an external device, and characterised in that, in response to the remote controller being connected to the docking station the controller controls the remote controller to change to the first operating mode, and in the first operating mode the controller is operable to control the internal display screen to suspend displaying the control screen and to display an image corresponding to a content that is designated for reproduction when the remote controller is connected to the docking station.
An exterior mirror unit comprising a mirror base for attachment to a motor vehicle, a mirror support connectable with the mirror base and an actuator unit placed between the mirror support and mirror base for pivoting adjustment of the mirror support relative to the mirror base, wherein the mirror support is connectable with the actuator unit and the mirror base in a manner detachable as a whole, wherein the mirror support is detachably connectable with the aid of at most one fixing means, wherein the fixing means is more or less screened after installation by a mirror element which can be assembled in the mirror support, and wherein the fixing means is accessible after taking off the mirror element.
A container for sealant liquid to repair an inflatable article, preferably pneumatic, comprising a shell (3, 4, 6) defining an inner volume for a sealant liquid, an inlet port for introduction of a gas under pressure into the inner volume, an outlet port for injection of the sealant liquid after pressurisation of the inlet port, a closure unit configurable between a closed position, wherein the sealant liquid is held in the inner volume and an open position reached after pressurisation of the inlet port, wherein the inlet port and the outlet port are connected by means of the inner volume, said inlet port and said outlet port being on opposing sides with respect to the inner volume, wherein the closure unit comprises an inlet fluidly connected to the inlet port and an outlet fluidly connected to the outlet port, characterized in that the closure unit further comprises at least one passage (17; 19) to connect to each other the inlet and the outlet (18, 20) so that the pressure at the inlet port is transmitted to the outlet port.
A magnetic coupling comprising a containment shell, the containment shell comprising: - a substantially cylindrical casing area and a bottom, - wherein the bottom is provided on a bottom inside directed toward the containment shell interior with a cone which is coaxial to a center axis (X-X) of the containment shell, characterized by - at least one vortex breaking device (5; 6) which is arranged on the bottom inside and which protrudes from the bottom inside, - wherein the vortex breaking device is configured to prevent formation of vortex inside the containment shell, - wherein the cone is formed solid, and - a temperature measuring device which is arranged at least in part in a recess provided on a bottom outside in the solid cone. - a substantially cylindrical casing area and a bottom, - wherein the bottom is provided on a bottom inside directed toward the containment shell interior with a cone which is coaxial to a center axis (X-X) of the containment shell, - at least one vortex breaking device (5; 6) which is arranged on the bottom inside and which protrudes from the bottom inside, - wherein the vortex breaking device is configured to prevent formation of vortex inside the containment shell, - wherein the cone is formed solid, and - a temperature measuring device which is arranged at least in part in a recess provided on a bottom outside in the solid cone.
A polymer having repeating units represented by the following formula, which has a weight average molecular weight determined as described in the description as calculated as standard polystyrene of at least 6,000: wherein R is a C 1-6 alkylene group, -S- or -SO 2 -.
A chocolate having a fluid center enclosed therein, wherein a water content of the center is 15 wt% or more and 20 wt% or less, wherein the center contains 30 wt% or more and 40 wt% or less of sorbitol and glycerin in total, and wherein the ratio of the sorbitol to the glycerin is 4:1 to 1:4 on a weight basis. wherein the center contains 30 wt% or more and 40 wt% or less of sorbitol and glycerin in total, and wherein the ratio of the sorbitol to the glycerin is 4:1 to 1:4 on a weight basis.
An expander device for expanding a cascade impactor of the type comprising multiple impactor stages (A-I) each comprising a respective stage body, the stage bodies being shaped to enable them to be assembled in a stack, locating one upon another, to form a conduit for through-flow of an aerosol sample, the stack having an axis, the expander device being characterised in that it comprises a respective arm member for supporting each stage body, an arrangement (134, 136) for supporting the arm members such that they are movable along the direction of the said axis, and a mechanism (114, 132, 144) for moving the arm members away from each other along the direction of the said axis to separate the impactor stages from one another, and for moving them together along the direction of the said axis to re-assemble the impactor.
Cooling arrangement of a wind turbine, - with a nacelle of the wind turbine, - with a cooling device, which is arranged on top of the nacelle and which is prepared to remove heat of the wind turbine to the ambient air, - with a platform, which is located on top of the nacelle and which is prepared to be approached by a helicopter, - where the platform comprises a barrier, which surrounds at least a part of the platform, - where the barrier comprises at least a part of the cooling device, characterised in that: - the cooling device is partially arranged in a groove of the nacelle to achieve a predefined distance between the level of the platform and the top edge of the cooling device, or - the platform is elevated in respect to the cooling device to achieve a predefined distance between the level of the platform and the top edge of the cooling device. - with a nacelle of the wind turbine, - with a cooling device, which is arranged on top of the nacelle and which is prepared to remove heat of the wind turbine to the ambient air, - with a platform, which is located on top of the nacelle and which is prepared to be approached by a helicopter, - where the platform comprises a barrier, which surrounds at least a part of the platform, - where the barrier comprises at least a part of the cooling device, characterised in that: - the cooling device is partially arranged in a groove of the nacelle to achieve a predefined distance between the level of the platform and the top edge of the cooling device, or - the cooling device is partially arranged in a groove of the nacelle to achieve a predefined distance between the level of the platform and the top edge of the cooling device, or - the platform is elevated in respect to the cooling device to achieve a predefined distance between the level of the platform and the top edge of the cooling device.
A method comprising: receiving, by a credential provider running in a trusted computing base of a client device and from a client process running on the client device, a request for user credentials; sending, by the credential provider, the user credentials to a client security service running in the trusted computing base of the client device; authenticating, by the client security service and a server security service, a server hosting a remote desktop program, wherein the server security service runs in a trusted computing base of the server; after authenticating the server, securing, by the client security service, the user credentials for secure transmission to the server; sending, by the credential provider, the secure user credentials directly, via a communication channel between the trusted computing base of the client device and the trusted computing base of the server, to the server; and granting, by the server and to the client process, access to the remote desktop program based on the secure user credentials, wherein the trusted computing base of the server comprises a key for decrypting the secure user credentials. receiving, by a credential provider running in a trusted computing base of a client device and from a client process running on the client device, a request for user credentials; sending, by the credential provider, the user credentials to a client security service running in the trusted computing base of the client device; authenticating, by the client security service and a server security service, a server hosting a remote desktop program, wherein the server security service runs in a trusted computing base of the server; after authenticating the server, securing, by the client security service, the user credentials for secure transmission to the server; sending, by the credential provider, the secure user credentials directly, via a communication channel between the trusted computing base of the client device and the trusted computing base of the server, to the server; and granting, by the server and to the client process, access to the remote desktop program based on the secure user credentials, wherein the trusted computing base of the server comprises a key for decrypting the secure user credentials.
A holding assembly configured to hold an article of footwear, comprising: a base portion including a body portion supported by at least two leg portions (206,208), the base portion further including a forward mounting portion that extends from the body portion; a last portion connected to the forward mounting portion; one or more rods extending outwardly from the forward mounting portion; an adjustable heel assembly including a body portion, the body portion connected to the forward mounting portion by the rods, the adjustable heel assembly further including a heel engaging portion that extends in parallel with a rearward edge of the last portion; a rotatable handle configured for adjusting and locking the body portion with respect to the rods; wherein the body portion is slidable lengthwise along the rods when the handle is rotated to an unlocked position, adjusting the distance between the heel engaging portion and the rearward edge of the last portion; and wherein the adjustable heel assembly is locked in place with respect to the rods when the handle is rotated to a locked position. a base portion including a body portion supported by at least two leg portions (206,208), the base portion further including a forward mounting portion that extends from the body portion; a last portion connected to the forward mounting portion; one or more rods extending outwardly from the forward mounting portion; an adjustable heel assembly including a body portion, the body portion connected to the forward mounting portion by the rods, the adjustable heel assembly further including a heel engaging portion that extends in parallel with a rearward edge of the last portion; a rotatable handle configured for adjusting and locking the body portion with respect to the rods; wherein the body portion is slidable lengthwise along the rods when the handle is rotated to an unlocked position, adjusting the distance between the heel engaging portion and the rearward edge of the last portion; and wherein the adjustable heel assembly is locked in place with respect to the rods when the handle is rotated to a locked position.
A one-component adhesive composition comprising: one or more epoxy resins; at least one polyurethane based toughener; at least one epoxy functionalized amphipathic block copolymer; and one or more epoxy curing agents, wherein, the epoxy functionalized amphipathic block copolymer comprises a reaction product of a carboxylic terminated ethylene oxide-butylene oxide block copolymer and an epoxy resin. one or more epoxy resins; at least one polyurethane based toughener; at least one epoxy functionalized amphipathic block copolymer; and one or more epoxy curing agents,
A decoding device comprising: demultiplexing means configured to demultiplex input encoded data into low frequency encoded data and an index for obtaining an estimating coefficient used for generation of a high frequency audio signal; low frequency decoding means configured to decode said low frequency encoded data to generate a low frequency audio signal; sub-band dividing means configured to divide the band of said low frequency audio signal into a plurality of low frequency sub-bands to generate a low frequency sub-band signal for each of said low frequency sub-bands; feature amount calculating means configured to calculate feature amount that expresses a feature of said encoded data using at least one of said low frequency sub-band signal and said low frequency audio signal; high frequency sub-band power calculating means configured to calculate a high frequency sub-band power of the high frequency sub-band signal of a high frequency sub-band by multiplying said feature amount by said estimating coefficient determined by said index of a plurality of estimating coefficients prepared beforehand regarding each of a plurality of high frequency sub-bands making up the band of said high frequency audio signal, and obtaining a sum of said feature amount by which said estimating coefficient has been multiplied; and high frequency signal generating means configured to generate said high frequency audio signal using said high frequency sub-band power and said low frequency sub-band signal. demultiplexing means configured to demultiplex input encoded data into low frequency encoded data and an index for obtaining an estimating coefficient used for generation of a high frequency audio signal; low frequency decoding means configured to decode said low frequency encoded data to generate a low frequency audio signal; sub-band dividing means configured to divide the band of said low frequency audio signal into a plurality of low frequency sub-bands to generate a low frequency sub-band signal for each of said low frequency sub-bands; feature amount calculating means configured to calculate feature amount that expresses a feature of said encoded data using at least one of said low frequency sub-band signal and said low frequency audio signal; high frequency sub-band power calculating means configured to calculate a high frequency sub-band power of the high frequency sub-band signal of a high frequency sub-band by multiplying said feature amount by said estimating coefficient determined by said index of a plurality of estimating coefficients prepared beforehand regarding each of a plurality of high frequency sub-bands making up the band of said high frequency audio signal, and obtaining a sum of said feature amount by which said estimating coefficient has been multiplied; and high frequency signal generating means configured to generate said high frequency audio signal using said high frequency sub-band power and said low frequency sub-band signal.