mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical machine with a stator , with a rotor and with several machine coils , wherein the electrical machine comprises a cooling device , which is suitable for cooling a superconducting material at least to below a transition temperature, wherein a winding of at least one machine coil consists of the superconducting material and wherein the winding is operatively connected to the cooling device , wherein the cooling device comprises a cooling tube , wherein the cooling tube rests at least in sections on the winding and wherein the winding to be cooled and the cooling tube are arranged inside a thermal insulator , characterised in that the cooling tube is arranged looped around the winding transversely to a winding direction of the winding and the spacing of adjacent loop sections of the cooling tube is significantly greater than an outer diameter of the cooling tube .
A fusion polypeptide comprising a target polypeptide and a tag polypeptide, wherein the tag polypeptide is present on a N-terminal side and/or a C-terminal side of the target polypeptide, and the tag polypeptide comprises a structure represented by Xaa-Cys-Zaa, i) Xaa being Asp or Glu, and Zaa being Asp or Glu; or ii) Xaa being Lys or Arg, and Zaa being Lys or Arg, and wherein the target polypeptide is an antibody or an antibody fragment,and wherein the antibody fragment is an Fab of the antibody, an Fab' of the antibody, a heavy chain of the antibody or a light chain of the antibody. i) Xaa being Asp or Glu, and Zaa being Asp or Glu; or ii) Xaa being Lys or Arg, and Zaa being Lys or Arg, and wherein the target polypeptide is an antibody or an antibody fragment,and wherein the antibody fragment is an Fab of the antibody, an Fab' of the antibody, a heavy chain of the antibody or a light chain of the antibody.
An implant for bones or a joint having a coating , that releases silver ions in the human body and thereby provides an antimicrobial effect, characterized in that a first surface component of the coating is formed by an anode material comprising silver, that a cathode material is provided on the second surface component , which is spatially separated from the first surface component , wherein the cathode material in the electrochemical voltage sequence is higher than the anode material , and that the cathode material and the anode material are coupled in an electrically conducting manner, wherein the implant is an endoprosthesis.
A display device comprising: a display panel including a display area (DA) in which a plurality of pixels (PIX1, PIX2) are disposed and a sensing area (SA) in which a plurality of photosensors (S) and a plurality of pixels are disposed, wherein, in a display mode, the pixels of the display area and the pixels of the sensing area emit light by receiving a data voltage of an input image, in a fingerprint recognition mode, at least some of the pixels in the sensing area emit light, wherein the pixels of the sensing area include a plurality of pixel groups (PG), each including one or two pixels; one or more sensing light sources (SL) and one or more photosensors are disposed between adjacent pixel groups; each pixel of the pixel group includes two to four sub-pixels; and the sensing light source includes a sub-pixel which is turned on to emit light in the fingerprint recognition mode and is turned off in the display mode, and characterized in that distances (D1) between adjacent photosensors in four directions X, Y, θx, θy, in the sensing area, are the same, X, Y being orthogonal directions and θx, θy being inclined axis direction shifted by an angle of 45 degrees in the X and Y direction respectively; distances (D2) between adjacent sensing light sources in the in four directions X, Y, θx, θy, in the sensing area, are the same; in the sensing area, the distance between the adjacent photosensors is equal to the distance between the adjacent sensing light sources; and distances (D0) between the adjacent pixel groups in the four directions X, Y, θx, θy, in the sensing area, are the same. a display panel including a display area (DA) in which a plurality of pixels (PIX1, PIX2) are disposed and a sensing area (SA) in which a plurality of photosensors (S) and a plurality of pixels are disposed, wherein, in a display mode, the pixels of the display area and the pixels of the sensing area emit light by receiving a data voltage of an input image, in a fingerprint recognition mode, at least some of the pixels in the sensing area emit light, wherein the pixels of the sensing area include a plurality of pixel groups (PG), each including one or two pixels; one or more sensing light sources (SL) and one or more photosensors are disposed between adjacent pixel groups; each pixel of the pixel group includes two to four sub-pixels; and the sensing light source includes a sub-pixel which is turned on to emit light in the fingerprint recognition mode and is turned off in the display mode, and characterized in that distances (D1) between adjacent photosensors in four directions X, Y, θx, θy, in the sensing area, are the same, X, Y being orthogonal directions and θx, θy being inclined axis direction shifted by an angle of 45 degrees in the X and Y direction respectively; distances (D2) between adjacent sensing light sources in the in four directions X, Y, θx, θy, in the sensing area, are the same; in the sensing area, the distance between the adjacent photosensors is equal to the distance between the adjacent sensing light sources; and distances (D0) between the adjacent pixel groups in the four directions X, Y, θx, θy, in the sensing area, are the same.
A method for applying for media transmission permission, wherein the method comprises: Determining , by a first terminal, that a second terminal needs to transmit media data; and Sending , by the first terminal, media transmission permission request indication information to a mission critical service, MCS, server, wherein the media transmission permission request indication information is used to instruct the MCS server to grant media transmission permission to the second terminal, wherein the media transmission permission request indication information is located in a first call request message (301; 401; 501); and the first call request message (301; 401; 501) is used to instruct the MCS server to establish a first call session between the first terminal and the second terminal. Determining , by a first terminal, that a second terminal needs to transmit media data; and Sending , by the first terminal, media transmission permission request indication information to a mission critical service, MCS, server, wherein the media transmission permission request indication information is used to instruct the MCS server to grant media transmission permission to the second terminal, wherein the media transmission permission request indication information is located in a first call request message (301; 401; 501); and the first call request message (301; 401; 501) is used to instruct the MCS server to establish a first call session between the first terminal and the second terminal.
Suppressor choke for surface mounting on a printed circuit board, having a wire coil which has a helical wire coil body extending along a winding axis and having connecting wires projecting at the respective ends of the wire coil body and projecting transversely to the winding axis , and having a holding means (3; 33; 53) coupled to the wire coil and extending along said wire coil body , said holding means (3; 33; 53) comprises a holding section (8; 35; 55) which is U-shaped for positively receiving a portion of the wire coil body and which is designed for fixing a connecting wire , wherein the wire coil being wound in such a way that the two connecting wires each take up an acute angle with a connecting plane before being received in the holding means .
Process for the preparation of a solid unit dosage form for oral administration containing selexipag in a non-crystalline state, comprising the steps: i) subjecting a first mixture containing selexipag, a polymer which is copovidone and optionally a first pharmaceutical excipient to hot-melt extrusion, ii) milling the extrudate obtained in step (i) to obtain a milled extrudate, iii) mixing the milled extrudate obtained in step (ii) and a second pharmaceutical excipient to obtain a second mixture, iv) subjecting the second mixture obtained in step (iii) to compaction, v) milling the compacted material obtained in step (iv) to obtain granules, vi) optionally mixing the granules obtained in step (v) and a third pharmaceutical excipient to obtain a third mixture, and vii) converting the granules obtained in step (v) or the third mixture obtained in step (vi) to the solid unit dosage form. i) subjecting a first mixture containing selexipag, a polymer which is copovidone and optionally a first pharmaceutical excipient to hot-melt extrusion, ii) milling the extrudate obtained in step (i) to obtain a milled extrudate, iii) mixing the milled extrudate obtained in step (ii) and a second pharmaceutical excipient to obtain a second mixture, iv) subjecting the second mixture obtained in step (iii) to compaction, v) milling the compacted material obtained in step (iv) to obtain granules, vi) optionally mixing the granules obtained in step (v) and a third pharmaceutical excipient to obtain a third mixture, and vii) converting the granules obtained in step (v) or the third mixture obtained in step (vi) to the solid unit dosage form.
A monoclonal antibody that binds to human sclerostin; increases at least one of bone formation, bone mineral density, bone mineral content, bone mass, bone quality and bone strength in a mammal; and binds to a portion of human sclerostin consisting of amino acids 51-64, 73-90, 101-117, and 138-149 of SEQ ID NO: 1, wherein said portion has all three of: (a) a disulfide bond between amino acids 57 and 111; (b) a disulfide bond between amino acids 82 and 142; and (c) a disulfide bond between amino acids 86 and 144. (a) a disulfide bond between amino acids 57 and 111; (b) a disulfide bond between amino acids 82 and 142; and (c) a disulfide bond between amino acids 86 and 144.
An apparatus including one or more processors, where the one or more processors are operable to utilize one or more non-transitory computer readable storage mediums storing one or more sequences of instructions wherein execution of the one or more sequences of instructions in the one or more processors causes creation of a data chain which can be cryptographically proven to contain valid data while relocating the data from a switching off node to a live node during a churn event, the instructions being configured to perform steps of: creating a data chain with no elements; validating the data chain for nodes before accepting the data chain, wherein the data chain is validated by a data identifier, wherein the data identifier cryptographically validates the data chain, wherein the data identifier is an object that can uniquely identify and validate the data chain; verifying a size of a close group to add the data chain; adding a data block to the data chain, wherein the data block comprises a public key or a signature pair; injecting new elements into the chain that represents a current close group of the data element; validating a majority of pre-existing nodes; validating a signature of the data chain via the data chain of signed elements where there is a majority of signatures; and maintaining a security of each churn event in each node in a new group by signing an entry in the data chain in the current group. creating a data chain with no elements; validating the data chain for nodes before accepting the data chain, wherein the data chain is validated by a data identifier, wherein the data identifier cryptographically validates the data chain, wherein the data identifier is an object that can uniquely identify and validate the data chain; verifying a size of a close group to add the data chain; adding a data block to the data chain, wherein the data block comprises a public key or a signature pair; injecting new elements into the chain that represents a current close group of the data element; validating a majority of pre-existing nodes; validating a signature of the data chain via the data chain of signed elements where there is a majority of signatures; and maintaining a security of each churn event in each node in a new group by signing an entry in the data chain in the current group.
A fixture for an electro-chemical machining (ECM) electrode for ECM of a portion of a dovetail slot in a turbine wheel of a turbomachine, said fixture comprising: a clamp having a tree dovetail configuration configured to selectively engage in at least a portion of a selected tree dovetail slot of a plurality of dovetail slots in a turbine wheel ; and an electrode mount for positioning an electrode head relative to the clamp such that the electrode head operatively engages a portion of the selected dovetail slot for electro-chemical machining of the portion, characterised in that the electrode mount includes a first aperture extending through a section of the clamp , the electrode being able to be positioned within the first aperture such that the electrode head is proximate to the tree dovetail slot . a clamp having a tree dovetail configuration configured to selectively engage in at least a portion of a selected tree dovetail slot of a plurality of dovetail slots in a turbine wheel ; and an electrode mount for positioning an electrode head relative to the clamp such that the electrode head operatively engages a portion of the selected dovetail slot for electro-chemical machining of the portion, characterised in that the electrode mount includes a first aperture extending through a section of the clamp , the electrode being able to be positioned within the first aperture such that the electrode head is proximate to the tree dovetail slot .
An electrical nail polishing apparatus comprising an electrical nail polishing device and a plurality of releasably connectable heads , wherein the electrical nail polishing device comprises: a main body housing accommodating a power source electrically connected to a motor with a rotating shaft connected to a transmission gearing mechanism connected to a proximal end of a drive shaft , the transmission gearing mechanism is configured to convert the rotational motion of the rotating shaft into oscillating longitudinal movement of the drive shaft, the remote end of the drive shaft extends beyond a tip end of the housing, the tip end of the housing is configured to extend away from the main body housing by at least 2mm to provide a face surface with a flat side at or adjacent a diameter line of the main body housing with the ends of the flat side being joined by a curved side having one or more radii; and wherein the releasably connectable head comprises: a landing plate which has one side provided with a nail contact material and the other side of the landing plate is provided with a head housing inboard of the periphery of the landing plate, the head housing is closed at a top end and open at a base end and is provided with a cavity that accepts the remote end of the drive shaft and the tip end of the housing therein and wherein the cavity corresponds to the shape of the tip end, within the cavity a socket is provided that is configured to releasably connect to the drive shaft, and wherein a landing plane is provided at the base end of the landing plate by the cavity end of the head housing being located at least 2mm inboard from the base end of the landing plate .
An inverter-integrated electric compressor in which an inverter accommodating section is provided on the periphery of a housing accommodating an electric motor and a compression mechanism, and an inverter that converts DC power supplied from a high-voltage power supply to three-phase AC power and that supplies the three-phase AC power to the electric motor is provided therein, wherein the inverter accommodating section is divided into a first accommodating section accommodating an inverter module equipped with a power system board on which semiconductor switching devices are mounted and a CPU board on which a control and communication circuit are mounted; and a second accommodating section accommodating high-voltage-system components, including a common-mode coil, a normal-mode coil, and a smoothing capacitor, provided on a high-voltage line for supplying the DC power supplied from the high-voltage power supply to the inverter module , characterized in that the second accommodating section is a case, wherein the first accommodating sections having a box structure and the second accommodating section being a case are separately provided on different positions of the periphery of the housing.
Fifth wheel plate with a sliding plate having a top surface and a bottom surface , and with a horizontal plane, the sliding plate being detachably fastened to the fifth wheel plate by means of at least one screw connection , the screw connection comprising a fastening means having a screw head and a threaded shank , characterized in that the screw connection comprises a form - fit element which bears against the bottom surface of the sliding plate and which has a form - fit means and that form - fit means cooperates with the sliding plate and forms a form-fit connection acting in the direction of the horizontal plane. with a sliding plate having a top surface and a bottom surface , and with a horizontal plane, the sliding plate being detachably fastened to the fifth wheel plate by means of at least one screw connection , the screw connection comprising a fastening means having a screw head and a threaded shank , characterized in that the screw connection comprises a form - fit element which bears against the bottom surface of the sliding plate and which has a form - fit means and that form - fit means cooperates with the sliding plate and forms a form-fit connection acting in the direction of the horizontal plane.
Method for keeping fluid flow constant in a radiator , said radiator comprising an inlet and an outlet conduit for fluidly connecting the radiator with a fluid source and an electronic thermostat (eTRV) for controlling the fluid flow in the radiator wherein the method comprises - measuring the temperature of the fluid at the inlet and/or at the outlet conduit and/or at the radiator at time intervals using a sensor; - calculating the difference between the measured temperatures; characterized in that the method further comprises - verifying whether a daily schedule of the electronic thermostat (eTRV) has been changed and verifying whether the setpoint of the electronic thermostat (eTRV) has been changed by a user; and - if the daily schedule of the electronic thermostat (eTRV) has not been changed, the setpoint of the electronic thermostat (eTRV) has not been changed and the difference between the measured temperatures exceeds a threshold, then varying the fluid flow in the radiator by means of the electronic thermostat (eTRV) such that the temperature of the fluid approaches its temperature prior to the threshold exceedance, and, if the daily schedule of the electronic thermostat (eTRV) has been changed or the setpoint of the electronic thermostat (eTRV) has been changed, then not counteracting this change and the corresponding change of flow through the radiator. - measuring the temperature of the fluid at the inlet and/or at the outlet conduit and/or at the radiator at time intervals using a sensor; - calculating the difference between the measured temperatures; - verifying whether a daily schedule of the electronic thermostat (eTRV) has been changed and verifying whether the setpoint of the electronic thermostat (eTRV) has been changed by a user; and - if the daily schedule of the electronic thermostat (eTRV) has not been changed, the setpoint of the electronic thermostat (eTRV) has not been changed and the difference between the measured temperatures exceeds a threshold, then varying the fluid flow in the radiator by means of the electronic thermostat (eTRV) such that the temperature of the fluid approaches its temperature prior to the threshold exceedance, and,
A counter rotating propeller system comprising: a first input shaft rotatable about an axis (A) and drivable by a main engine ; a first hub supporting a first plurality of propeller blades , the first hub supported for rotation directly on the first input shaft such that the first hub is rotatable relative to the first input shaft ; a second input shaft supported by the first hub for rotation relative to the first hub and the first input shaft ; a second hub supporting a second plurality of propeller blades , the second hub attached to the second input shaft and rotating therewith; and a planetary gear train driven by the first input shaft , the planetary gear train including a sun gear attached for rotation with the first input shaft , at least one planet gear supported on a planet gear carrier attached to the second input shaft , and a ring gear defined by the first hub , wherein the planetary gear train drives the first hub in a first direction and the second hub in a second direction opposite the first direction. a first input shaft rotatable about an axis (A) and drivable by a main engine ; a first hub supporting a first plurality of propeller blades , the first hub supported for rotation directly on the first input shaft such that the first hub is rotatable relative to the first input shaft ; a second input shaft supported by the first hub for rotation relative to the first hub and the first input shaft ; a second hub supporting a second plurality of propeller blades , the second hub attached to the second input shaft and rotating therewith; and a planetary gear train driven by the first input shaft , the planetary gear train including a sun gear attached for rotation with the first input shaft , at least one planet gear supported on a planet gear carrier attached to the second input shaft , and a ring gear defined by the first hub , wherein the planetary gear train drives the first hub in a first direction and the second hub in a second direction opposite the first direction.