mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising from 25 to 400 g.L -1 albumin, a solvent, from 200 mM to 1000 mM cations, having a pH from about 5.0 to about 8.0 and wherein the composition comprises less than or equal to 5 mM octanoate, and wherein the albumin is human serum albumin having the amino acid sequence of SEQ ID NO: 2 or a variant thereof having at least 80% sequence identity to SEQ ID NO: 2.
Reluctance transducer comprising - a soft ferromagnetic yoke having a first end and a second end, the first end and the second end defining an intermediate space, - a soft ferromagnetic core element partly filling the intermediate space, the core element and the yoke being movable relative to each other in a direction between the first end of the yoke and the second end of the yoke, - a first permanent magnet and a second permanent magnet arranged relative to each other such that the first magnet and the second magnet exert opposite forces on the core element, and wherein a first pole of the first magnet is mechanically and magnetically coupled by an intermediate soft ferromagnetic element to an equivalent pole of the second magnet, characterized in that a second pole of the first magnet is magnetically insulated from an equivalent second pole of the second magnet. - a soft ferromagnetic yoke having a first end and a second end, the first end and the second end defining an intermediate space, - a soft ferromagnetic core element partly filling the intermediate space, the core element and the yoke being movable relative to each other in a direction between the first end of the yoke and the second end of the yoke, - a first permanent magnet and a second permanent magnet arranged relative to each other such that the first magnet and the second magnet exert opposite forces on the core element, and
A device, comprising: a first image processing module configured to obtain a first object image in a first picture and first internal feature points of the first object image; a second image processing module configured to obtain a second object image in a second picture; a pixel weight graph generating module configured to generate a pixel weight graph of the first object image, wherein in the pixel weight graph, the weights of the first internal feature points are higher than the weights of points other than the first internal feature points; and an image transformation module configured to perform a style transfer on the first object image with the second object image as a style reference template; wherein the device further comprises an image fusion module configured to integrate the first object image subjected to the style transfer and the second object image in the second picture by performing fusion on pixels of the first object image and the second object image according to the weight corresponding to each point in the pixel weight graph, so that in each pixel subjected to fusion, the higher the weight of the pixel is, the closer the attribute value of the pixel is to the attribute value of the pixel of the first object image subjected to the style transfer, and the lower the weight of the pixel is, the closer the attribute value of the pixel is to the attribute value of the pixel of the second object image. a first image processing module configured to obtain a first object image in a first picture and first internal feature points of the first object image; a second image processing module configured to obtain a second object image in a second picture; a pixel weight graph generating module configured to generate a pixel weight graph of the first object image, wherein in the pixel weight graph, the weights of the first internal feature points are higher than the weights of points other than the first internal feature points; and an image transformation module configured to perform a style transfer on the first object image with the second object image as a style reference template; wherein the device further comprises an image fusion module configured to integrate the first object image subjected to the style transfer and the second object image in the second picture by performing fusion on pixels of the first object image and the second object image according to the weight corresponding to each point in the pixel weight graph, so that in each pixel subjected to fusion, the higher the weight of the pixel is, the closer the attribute value of the pixel is to the attribute value of the pixel of the first object image subjected to the style transfer, and the lower the weight of the pixel is, the closer the attribute value of the pixel is to the attribute value of the pixel of the second object image.
Transport unit for a transport device, in particular for a transverse, longitudinal and/or simultaneous stretching installation, in which transport units comprising a gripper unit and a drive unit connected thereto are displaceable along a guide rail and/or support rail, characterised by the following further features: - the gripper transport unit or the gripper unit and/or the drive unit has a proportion by weight or by volume of at least 60 % which consists of a forged part and/or is formed from a forging blank. - the gripper transport unit or the gripper unit and/or the drive unit has a proportion by weight or by volume of at least 60 % which consists of a forged part and/or is formed from a forging blank.
A drive assembly for use in a piece of home equipment, comprising: a center shaft having a central axis; a first drive component having a cavity formed therein, said first drive component being configured to rotate about said central axis, wherein rotation of said first drive component drives rotation of said center shaft about the central axis; a second drive component at least partially nested within said cavity, said second drive component being configured to rotate about said central axis; a first rotary coupling; and a second rotary coupling, wherein said first drive component is operably coupled to said first rotary coupling and said second drive component is operably coupled to said second rotary coupling. a center shaft having a central axis; a first drive component having a cavity formed therein, said first drive component being configured to rotate about said central axis, wherein rotation of said first drive component drives rotation of said center shaft about the central axis; a second drive component at least partially nested within said cavity, said second drive component being configured to rotate about said central axis; a first rotary coupling; and a second rotary coupling, wherein said first drive component is operably coupled to said first rotary coupling and said second drive component is operably coupled to said second rotary coupling.
A solid state electrolyte material comprising: a solid state electrolyte; and a coating layer of ZnO, wherein the SSE comprises a plurality of pores in a 3D porous structure configured to contain an anode active material, the coating layer coats a surface of the pores, wherein the SSE is lithium-containing SSE with a garnet structure and the anode active material is lithium metal and the coating layer increases contact between the SSE material and the anode material. a solid state electrolyte; and a coating layer of ZnO, wherein the SSE comprises a plurality of pores in a 3D porous structure configured to contain an anode active material, the coating layer coats a surface of the pores, wherein the SSE is lithium-containing SSE with a garnet structure and the anode active material is lithium metal and the coating layer increases contact between the SSE material and the anode material.
Suction device for the removal of muddy and/or viscous sediment stratified on the bottom of a storage tank comprising a volumetric pump on board a self-propelled remote controlled vehicle able to move inside a tank without the supervision of an operator, whose delivery piping, of the aforesaid pump, presses the material to be conveyed outside the tank to be cleaned, and whose suction pipe is continuously fed with material to be removed from a pre-treatment system of the foundations, where said pre-treatment system located near the suction mouth of the aforesaid pump and comprising at least one rotating tool, such as for example a screw, or a series of spaced apart and coaxial discs, supported by at least one movable arm, capable of bringing said rotary tool closer to and away from at least one suction mouth of the suction pipe, characterised in that the movable arm has a continuous confinement wall and said confinement wall extends from the movable arm to the bottom of the tank and ends with a scraper consisting of a flexible rubber/plastic scraping profile which scrapes the bottom of the tank.
Pile forming apparatus comprising: an auger; a hollow member which is open-ended and which has one or more external projections which form at least one helical flight; wherein, in use, the auger is positioned within the hollow member to extend through the mouth of the hollow member, the auger and the hollow member each being rotatable, during use, to cause the auger to draw spoil into the hollow member and to cause the hollow member to advance into the ground by engagement of the helical flight with the surrounding ground. an auger; a hollow member which is open-ended and which has one or more external projections which form at least one helical flight; wherein, in use, the auger is positioned within the hollow member to extend through the mouth of the hollow member, the auger and the hollow member each being rotatable, during use, to cause the auger to draw spoil into the hollow member and to cause the hollow member to advance into the ground by engagement of the helical flight with the surrounding ground.
A compaction machine comprising: a protective structure formed into a gate shape obtained by coupling upper ends of a pair of leg portions with a coupling portion and in which an arc-shaped curved portion is formed between each of the leg portions and the coupling portion, the protective structure arranged so as to straddle a vehicle body and in which a lower portion of each of the leg portions is fixed to the vehicle body; characterized by a work assist device arranged within a protect region formed into an approximately triangular shape surrounded by at least either one of the curved portions, a lateral restriction line in which a side surface corresponding to a maximum width of the vehicle body is extended upward and an upper restriction line in which a maximum height of the protective structure is extended laterally, and fixed to the curved portion of the protective structure in a state that the work assist device is prevented from protruding from within the protect region, wherein the work assist device includes a working light and a first mounting bracket for fixing the working light to the curved portion of the protective structure. a protective structure formed into a gate shape obtained by coupling upper ends of a pair of leg portions with a coupling portion and in which an arc-shaped curved portion is formed between each of the leg portions and the coupling portion, the protective structure arranged so as to straddle a vehicle body and in which a lower portion of each of the leg portions is fixed to the vehicle body; characterized by a work assist device arranged within a protect region formed into an approximately triangular shape surrounded by at least either one of the curved portions, a lateral restriction line in which a side surface corresponding to a maximum width of the vehicle body is extended upward and an upper restriction line in which a maximum height of the protective structure is extended laterally, and fixed to the curved portion of the protective structure in a state that the work assist device is prevented from protruding from within the protect region, wherein the work assist device includes a working light and a first mounting bracket for fixing the working light to the curved portion of the protective structure.
A water purifier filter comprising: a filter housing including an inlet and an outlet; and a filter module provided in the filter housing to purify water introduced through the inlet and to supply the water to the outlet, wherein a material of the filter module is manufactured by mixing 10% by weight to 30% by weight of a mixture of sodium orthotitanate (Na 4 TiO 4) and a synthetic iron hydroxide (α-FeOOH) compound, 33% by weight to 53% by weight of an activated carbon, and 17% by weight to 37% by weight of a binder. a filter housing including an inlet and an outlet; and a filter module provided in the filter housing to purify water introduced through the inlet and to supply the water to the outlet, wherein a material of the filter module is manufactured by mixing 10% by weight to 30% by weight of a mixture of sodium orthotitanate (Na 4 TiO 4) and a synthetic iron hydroxide (α-FeOOH) compound, 33% by weight to 53% by weight of an activated carbon, and 17% by weight to 37% by weight of a binder.
An immunoparticle comprising a humanized secondary antibody coupled on an outer surface of a particle, said secondary antibody being capable of binding an Fc region of a humanized or human primary antibody.
An exhaust purifying system for an internal combustion engine comprising: a fuel supply valve for supplying fuel to an exhaust passage for an internal combustion engine of a vehicle; an ignition device for igniting the fuel supplied from the fuel supply valve; and a controller comprising means for controlling the ignition device to selectively regulate the ignition device at least to an ignition temperature at which the fuel can be ignited during deceleration of the vehicle and to a waiting temperature at which the fuel can not be ignited when the vehicle is not decelerating, wherein the controller is further comprising means for setting the waiting temperature to be lower as a predicted deceleration time, that is the time for which a decelerating state of the vehicle is expected to last, is longer. a fuel supply valve for supplying fuel to an exhaust passage for an internal combustion engine of a vehicle; an ignition device for igniting the fuel supplied from the fuel supply valve; and a controller comprising means for controlling the ignition device to selectively regulate the ignition device at least to an ignition temperature at which the fuel can be ignited during deceleration of the vehicle and to a waiting temperature at which the fuel can not be ignited when the vehicle is not decelerating, wherein
Composition comprising a sGC agonist for use in slowing progression of calcification of a heart valve or vessel in a mammal having been identified as being at risk for heart valve calcification or vessel calcification.
A network function instance management method, comprising: receiving a management request for a target network function instance, wherein the management request for the target network function instance carries an identifier of a target virtualized network function descriptor and an identifier of a first network function instance, and the identifier of the first network function instance is used to determine a connection between the target network function instance and the first network function instance; managing the target network function instance based on the management request for the target network function instance; and establishing the connection between the target network function instance and the first network function instance based on the identifier of the first network function instance, characterized in that, before the receiving a management request for a target network function instance, the method further comprises: receiving an access information management request for the first network function instance, wherein the access information management request is used to generate the access information instance of the first network function instance based on access information of the first network function instance comprised in the access information management request, wherein the access information instance of the first network function instance comprises one or more of an external connection point descriptor identifier, a connection requirement, and a maximum accessible quantity of the first network function instance. receiving a management request for a target network function instance, wherein the management request for the target network function instance carries an identifier of a target virtualized network function descriptor and an identifier of a first network function instance, and the identifier of the first network function instance is used to determine a connection between the target network function instance and the first network function instance; managing the target network function instance based on the management request for the target network function instance; and establishing the connection between the target network function instance and the first network function instance based on the identifier of the first network function instance, characterized in that, before the receiving a management request for a target network function instance, the method further comprises: receiving an access information management request for the first network function instance, wherein the access information management request is used to generate the access information instance of the first network function instance based on access information of the first network function instance comprised in the access information management request, wherein the access information instance of the first network function instance comprises one or more of an external connection point descriptor identifier, a connection requirement, and a maximum accessible quantity of the first network function instance.
Apparatus for propulsion and operations inside a cylindrical body, such as a pipeline, comprising: - a central shaft, - at least one motor and motor control unit, - a number of wheels arranged to rotate round the shaft with a tilted angle, the wheels are connected to a motor for rotating the wheels, and at least some of the wheels can rotate independent of other wheels, and where the apparatus further comprises - a sensor module comprising sensors, characterized in that the position of the wheels with respect to the shaft can be changed by means of an eccentric drive. - a central shaft, - at least one motor and motor control unit, - a number of wheels arranged to rotate round the shaft with a tilted angle, the wheels are connected to a motor for rotating the wheels, and at least some of the wheels can rotate independent of other wheels, and where the apparatus further comprises - a sensor module comprising sensors, characterized in that the position of the wheels with respect to the shaft can be changed by means of an eccentric drive.
A capacitive touchscreen, comprising a substrate, the substrate comprising a first surface and a second surface, wherein the touchscreen further comprises: a first pattern and a first outgoing wire that are formed on the first surface of the substrate, wherein the first pattern covers a partial area of the first surface of the substrate, the first outgoing wire is an outgoing wire, along a first direction, of the first pattern, and the first outgoing wire is formed in a remaining area, except the first pattern, of the first surface of the substrate; and a second pattern and a second outgoing wire that are formed on the second surface of the substrate, wherein the second pattern covers a partial area of the second surface of the substrate, the second outgoing wire is an outgoing wire, along the first direction, of the second pattern, and the second outgoing wire is formed in a remaining area, except the second pattern, of the second surface of the substrate; wherein the first surface and the second surface are two opposite surfaces of the substrate; and a perpendicular projection, on the first surface, of the second pattern covers at least the remaining area, except the first pattern, of the first surface. a first pattern and a first outgoing wire that are formed on the first surface of the substrate, wherein the first pattern covers a partial area of the first surface of the substrate, the first outgoing wire is an outgoing wire, along a first direction, of the first pattern, and the first outgoing wire is formed in a remaining area, except the first pattern, of the first surface of the substrate; and a second pattern and a second outgoing wire that are formed on the second surface of the substrate, wherein the second pattern covers a partial area of the second surface of the substrate, the second outgoing wire is an outgoing wire, along the first direction, of the second pattern, and the second outgoing wire is formed in a remaining area, except the second pattern, of the second surface of the substrate; wherein the first surface and the second surface are two opposite surfaces of the substrate; and a perpendicular projection, on the first surface, of the second pattern covers at least the remaining area, except the first pattern, of the first surface.
A turbojet engine comprising a fan, a compressor, a combustion chamber and a turbine configured to rotatably drive the fan via a first reduction gear and the compressor via a second reduction gear, wherein an outlet of the first reduction gear is rotatably coupled to an inlet of the second reduction gear by a reduction shaft, characterized in that the reduction shaft is supported by a bearing arranged between the first reduction gear and the second reduction gear.
A control channel receiving method, comprising: obtaining (S101, S201) a sequence number of the N th control channel element of the m th candidate control channel in a candidate control channel set with an aggregation level L; determining (S102, S203), for the m th candidate control channel in the candidate control channel set, an antenna port according to a function whose input parameters comprise a user equipment-specific identity, the aggregation level L of the candidate control channel set, and the sequence number of the N th control channel element; and receiving (S103, S204), by using the antenna port, the m th candidate control channel from a base station. obtaining (S101, S201) a sequence number of the N th control channel element of the m th candidate control channel in a candidate control channel set with an aggregation level L; determining (S102, S203), for the m th candidate control channel in the candidate control channel set, an antenna port according to a function whose input parameters comprise a user equipment-specific identity, the aggregation level L of the candidate control channel set, and the sequence number of the N th control channel element; and receiving (S103, S204), by using the antenna port, the m th candidate control channel from a base station.