mhurhangee/ep-ind-claims huggingface dataset:
A salient pole rotor for an electrical machine, the rotor comprising: a longitudinal axis; a plurality of salient poles, each pole having a pole body and an integral pole tip; and a rotor winding with a plurality of coils, each coil having a plurality of turns and being positioned on the pole body of a respective salient pole; wherein each pole body includes a coil winding part having an outer profile around which the turns of the respective coil are wound in-situ and a coil mounting part on which the respective coil is at least partially mounted at a final mounting position by being moved along the pole body from the coil winding part to the coil mounting part; wherein the coil mounting part has an outer profile that differs from the outer profile of the coil winding part in that the coil winding part includes an undercut (12A, 12B) and in that the coil mounting part does not include an undercut; and wherein each turn of each coil includes two substantially straight axially-extending sides orientated substantially parallel to the longitudinal axis of the rotor and an inner profile that differs from the outer profile of the coil winding part. a longitudinal axis; a plurality of salient poles, each pole having a pole body and an integral pole tip; and a rotor winding with a plurality of coils, each coil having a plurality of turns and being positioned on the pole body of a respective salient pole; wherein each pole body includes a coil winding part having an outer profile around which the turns of the respective coil are wound in-situ and a coil mounting part on which the respective coil is at least partially mounted at a final mounting position by being moved along the pole body from the coil winding part to the coil mounting part; wherein the coil mounting part has an outer profile that differs from the outer profile of the coil winding part in that the coil winding part includes an undercut (12A, 12B) and in that the coil mounting part does not include an undercut; and wherein each turn of each coil includes two substantially straight axially-extending sides orientated substantially parallel to the longitudinal axis of the rotor and an inner profile that differs from the outer profile of the coil winding part. wherein each pole body includes a coil winding part having an outer profile around which the turns of the respective coil are wound in-situ and a coil mounting part on which the respective coil is at least partially mounted at a final mounting position by being moved along the pole body from the coil winding part to the coil mounting part; wherein the coil mounting part has an outer profile that differs from the outer profile of the coil winding part in that the coil winding part includes an undercut (12A, 12B) and in that the coil mounting part does not include an undercut; and wherein each turn of each coil includes two substantially straight axially-extending sides orientated substantially parallel to the longitudinal axis of the rotor and an inner profile that differs from the outer profile of the coil winding part.
Sensor component having a first sensor element and a second sensor element, wherein the first sensor element is designed to capture a first measurement variable, for example the ambient or air pressure, and the second sensor element is designed to capture a second measurement variable, for example the humidity, wherein the first sensor element and the second sensor element are accommodated in a common housing of the sensor component, wherein the sensor component comprises a conductor structure (6, 7) that furthermore comprises an electrode structure and a separate connection structure, wherein the connection structure is connected in an electrically conductive manner to the first sensor element and the electrode structure is allocated to the second sensor element and is part of the second sensor element, and wherein the housing defines an interior having internal surfaces, and wherein the connection structure and the electrode structure are arranged on the same internal surface or on different internal surfaces of the housing, characterized in that the same internal surface or different internal surfaces of the housing is/are provided with the conductor structure for the connection structure and the electrode structure by means of the same lithography steps or by means of a common sputtering or vapour deposition process.
A gear unit having a housing which has a pot-like lower part and a cover plate seated thereon, wherein the lower part has a base plate, wherein the base plate has a bearing cross, which receives bearings of the shafts of the gear unit, wherein the cover plate has a further bearing cross, which receives bearings of the shafts of the gear unit, wherein the lower part has U-shaped plates, which connect the base plate to a flange frame (33, 51) which is remote from the base plate and on which the cover plate is seated and connected, wherein the lower part has side wall portions which are connected to the flange frame (33, 51) of the lower part on the one hand and to the base plate or to the U-shaped plates on the other, characterised in that a window covering a recess of the side wall portion of the lower part is provided in this recess, a window frame delimiting the recess of the side wall portion of the lower part is connected to the side wall portion by welding, wherein adhesive is arranged between the side wall portion and the window frame.
A packaging device for packaging a display panel, the display panel comprising a first substrate and a second substrate that are arranged opposed to each other and are able to be packaged by a sealing material, the packaging device comprising a first adsorption part and a second adsorption part that are able to attract each other through a magnetic force, one of the first adsorption part and the second adsorption part configured to be detachably arranged on the outside of the first substrate, and the other of the first adsorption part and the second adsorption part configured to be detachably arranged on the outside of the second substrate, said first adsorption part being made of a ferromagnetic material and said second adsorption part comprising an electromagnet, said electromagnet comprising a plurality of sub-electromagnets that are controlled individually, characterized in that magnetic poles of the plurality of sub-electromagnets are connected to each other in sequence, so that the sub-electromagnets are arranged around the display area of the display panel and the N pole of each sub-electromagnet is connected to the S pole of its adjacent sub-electromagnet and the S pole of each sub-electromagnet is connected to the N pole of its adjacent sub-electromagnet.
A CPAP apparatus having an electric motor, an impeller rotated by the motor, a patient interface, an air delivery conduit for delivering air from the impeller to the patient interface, a sensor for determining the pressure in the patient interface, and a control mechanism that controls air to be delivered at a desired pressure to the patient interface, that detects transitions between inhalation and exhalation of a respiratory cycle of a patient, and that causes: the interface pressure to drop at the start of expiration by an expiratory relief pressure, ERP, and then to rise to an inspiratory level at or shortly before the end of expiration, or at the onset of an expiratory pause, if any, wherein expiratory pressure follows a template that is a function of the expected expiration time, characterised by said ERP being a function based on the inspiratory pressure of the preceding inhalation. the interface pressure to drop at the start of expiration by an expiratory relief pressure, ERP, and then to rise to an inspiratory level at or shortly before the end of expiration, or at the onset of an expiratory pause, if any, wherein expiratory pressure follows a template that is a function of the expected expiration time, characterised by said ERP being a function based on the inspiratory pressure of the preceding inhalation.
A phosphine-substituted vinyl containing metallocene catalyst, having the following general formula: characterized in that Cp is a ligand containing cyclopentadiene having 1∼5 substitutions, of which two neighbours can be connecting to each other to form fused rings; R 1 -R 2 is selected from the groups consisting of hydrogen, C 1 ∼C 6 alkyl or perfluoro-alkyl, C 6 ∼C 24 aralkyl or alkaryl, or phenyl; R 3 is selected from the group consisting of cyclohexyl; M is selected from the groups consisting of titanium, zirconium or hafnium; and X is selected from the groups consisting of C 1 ∼C 6 alkyl or benzyl.
Process for transporting and assembling at least one silo (10a-10d, 25, 30) for storage of granulated or powdery material, comprising: providing a body of silo (11a-11d), the body of silo (11a-11d) being a freight container; providing inside the body of silo (11a-11d): a hopper (12a-12d) or components for making the hopper (12a-12d); and a supporting structure of the at least one silo (10a-10d, 25, 30); transporting, to an installation location of the at least one silo (10a-10d, 25, 30), the body of silo (11a-11d) with the supporting structure and the hopper (12a-12d) or components for making the hopper (12a-12d) arranged inside the body of silo (11a-11d); assembling, at the installation location of the at least one silo (10a-10d, 25, 30), the hopper (12a-12d) and the body of silo (11a-11d) at a first end thereof; and providing, at the installation location of the at least one silo (10a-10d, 25, 30), the body of silo (11a-11d) on the supporting structure. providing a body of silo (11a-11d), the body of silo (11a-11d) being a freight container; providing inside the body of silo (11a-11d): a hopper (12a-12d) or components for making the hopper (12a-12d); and a supporting structure of the at least one silo (10a-10d, 25, 30); a hopper (12a-12d) or components for making the hopper (12a-12d); and a supporting structure of the at least one silo (10a-10d, 25, 30); transporting, to an installation location of the at least one silo (10a-10d, 25, 30), the body of silo (11a-11d) with the supporting structure and the hopper (12a-12d) or components for making the hopper (12a-12d) arranged inside the body of silo (11a-11d); assembling, at the installation location of the at least one silo (10a-10d, 25, 30), the hopper (12a-12d) and the body of silo (11a-11d) at a first end thereof; and providing, at the installation location of the at least one silo (10a-10d, 25, 30), the body of silo (11a-11d) on the supporting structure.
Use of an agent in a permanent wave treatment or a curling treatment of hair, the agent comprising component: a compound represented by the formula wherein R 1 and R 2 are each independently an alkyl group having 5 - 21 carbon atoms or an alkenyl group having 5 - 21 carbon atoms, R 3 and R 4 are each independently a hydrogen atom, an alkyl group having 1 - 22 carbon atoms or an alkenyl group having 2 - 22 carbon atoms, z is an integer of not less than 0, and x and y are each independently an integer of 2 - 4, or a salt thereof. R 1 and R 2 are each independently an alkyl group having 5 - 21 carbon atoms or an alkenyl group having 5 - 21 carbon atoms, R 3 and R 4 are each independently a hydrogen atom, an alkyl group having 1 - 22 carbon atoms or an alkenyl group having 2 - 22 carbon atoms, z is an integer of not less than 0, and x and y are each independently an integer of 2 - 4, or a salt thereof.
An information processing apparatus comprising: a transmission unit configured to transmit network identification information of a network (N1, N2) to a communication terminal via short-range wireless communication; an acquisition unit configured to acquire, from the communication terminal via short-range wireless communication, address information indicating an address on the Internet accessible by the communication terminal based on the network identification information; a notification unit configured to notify the communication terminal of a plurality of pieces of connection information using the address information acquired by the acquisition unit, the connection information to be used for establishing a connection between the information processing apparatus and the communication terminal through the network; and characterised in that a power-state management unit configured to control a power state of the information processing apparatus, wherein, in a power saving state, in response to detection of a radio wave of the short-range wireless communication with the communication terminal, the power-state management unit changes the power state from the power saving state to a normal operating state. a transmission unit configured to transmit network identification information of a network (N1, N2) to a communication terminal via short-range wireless communication; an acquisition unit configured to acquire, from the communication terminal via short-range wireless communication, address information indicating an address on the Internet accessible by the communication terminal based on the network identification information; a notification unit configured to notify the communication terminal of a plurality of pieces of connection information using the address information acquired by the acquisition unit, the connection information to be used for establishing a connection between the information processing apparatus and the communication terminal through the network; and characterised in that a power-state management unit configured to control a power state of the information processing apparatus, wherein, in a power saving state, in response to detection of a radio wave of the short-range wireless communication with the communication terminal, the power-state management unit changes the power state from the power saving state to a normal operating state.
A process for reducing water in never-dried fiber comprising copolymer derived from the copolymerization of para-phenylenediamine, 5 -amino-2-(p-aminophenyl)benzimidazole, and terephthaloyl dichloride, the process having the following steps in a continuous process, (a) a step of drying a never-dried fiber at less than 100 °C until the moisture content of the fiber is less than 60 weight percent; and (b) a step of further drying the fiber above 150 °C while the moisture content of the fiber is no more than 40 weight percent; the fiber being further heated to at least 350 °C in either an additional continuous or separate step. (a) a step of drying a never-dried fiber at less than 100 °C until the moisture content of the fiber is less than 60 weight percent; and (b) a step of further drying the fiber above 150 °C while the moisture content of the fiber is no more than 40 weight percent;
A measurement tower comprising a mast supporting at least one measuring instrument and a support base structure for the mast, characterized in that the base structure bears on the seabed and in that anchor wires are provided to stabilize the mast relative to the seabed while respectively being fastened on the mast and the base structure.
A method comprising: determining timing overlap between: a first subscriber identity module, SIM, paging indicator for a first SIM; and a second SIM paging indicator for a different second SIM; and when there is overlap, skipping reception of the second SIM paging indicator when the first SIM is active and instead receiving a second SIM paging message that follows the second SIM paging indicator. determining timing overlap between: a first subscriber identity module, SIM, paging indicator for a first SIM; and a second SIM paging indicator for a different second SIM; and a first subscriber identity module, SIM, paging indicator for a first SIM; and a second SIM paging indicator for a different second SIM; and when there is overlap, skipping reception of the second SIM paging indicator when the first SIM is active and instead receiving a second SIM paging message that follows the second SIM paging indicator.
A method for macrocell-to-femtocell hand-in, the method comprising: detecting, with a femto-proxy system, an access terminal in proximity to the femto-proxy system and communicatively coupled with a macro network via a macrocell, the femto-proxy system comprising: an out-of-band, OOB, femto-proxy, a femtocell and a femto convergence system communicatively coupling the femtocell with the macro network and wherein the femto proxy is out of band, OOB, with respect to the macro network; and characterised by: detecting an OOB identifier comprising a MAC address corresponding to the access terminal using the OOB femto-proxy over an OOB communications link; determining a cell identifier identifying the access terminal on the macro network according to a mapping between the OOB identifier and the cell identifier; and registering the access terminal for hand-in from the macrocell to the femtocell by communicating an OOB presence indication from the femtocell to the femto convergence system indicating proximity of the access terminal to the femtocell; wherein communicating the OOB presence indication includes communicating the OOB identifier of the access terminal as part of the OOB presence indication. detecting, with a femto-proxy system, an access terminal in proximity to the femto-proxy system and communicatively coupled with a macro network via a macrocell, the femto-proxy system comprising: an out-of-band, OOB, femto-proxy, a femtocell and a femto convergence system communicatively coupling the femtocell with the macro network and wherein the femto proxy is out of band, OOB, with respect to the macro network; and characterised by: detecting an OOB identifier comprising a MAC address corresponding to the access terminal using the OOB femto-proxy over an OOB communications link; determining a cell identifier identifying the access terminal on the macro network according to a mapping between the OOB identifier and the cell identifier; and registering the access terminal for hand-in from the macrocell to the femtocell by communicating an OOB presence indication from the femtocell to the femto convergence system indicating proximity of the access terminal to the femtocell; wherein communicating the OOB presence indication includes communicating the OOB identifier of the access terminal as part of the OOB presence indication. detecting an OOB identifier comprising a MAC address corresponding to the access terminal using the OOB femto-proxy over an OOB communications link; determining a cell identifier identifying the access terminal on the macro network according to a mapping between the OOB identifier and the cell identifier; and registering the access terminal for hand-in from the macrocell to the femtocell by communicating an OOB presence indication from the femtocell to the femto convergence system indicating proximity of the access terminal to the femtocell; wherein communicating the OOB presence indication includes communicating the OOB identifier of the access terminal as part of the OOB presence indication.
An electric junction box having divisible block comprising: a frame having an upper opening and a lower opening in a vertical direction; a first junction block extending in a front-rear direction perpendicular to said vertical direction; and a second junction block accommodated together from side to side in a longitudinal direction perpendicular to said front-rear direction and vertical direction in the frame; a bolt configured for thread-fastening a first terminal with electric wire to a terminal in the first junction block; and a pair of front and rear locks provided on the first junction block and engaged with a pair of front and rear locks provided on the second junction block; characterized in that the second junction block is positioned to project upper in the vertical direction than the first junction block when engaged with said first junction block, the bolt is positioned below the second junction block in the vertical direction and exposed outward so as to allow an operator to visually confirm a state of fastening of the terminal and provides a good heat radiation to prevent overheat, and the pair of front and rear locks provided on the first junction block and the pair of front and rear locks provided on the second junction block are arranged in said front-rear direction such that the front locks (31, 33) are arranged with a vertical displacement from the rear locks (31, 33). a frame having an upper opening and a lower opening in a vertical direction; a first junction block extending in a front-rear direction perpendicular to said vertical direction; and a second junction block accommodated together from side to side in a longitudinal direction perpendicular to said front-rear direction and vertical direction in the frame; a bolt configured for thread-fastening a first terminal with electric wire to a terminal in the first junction block; and a pair of front and rear locks provided on the first junction block and engaged with a pair of front and rear locks provided on the second junction block; characterized in that the second junction block is positioned to project upper in the vertical direction than the first junction block when engaged with said first junction block, the bolt is positioned below the second junction block in the vertical direction and exposed outward so as to allow an operator to visually confirm a state of fastening of the terminal and provides a good heat radiation to prevent overheat, and the pair of front and rear locks provided on the first junction block and the pair of front and rear locks provided on the second junction block are arranged in said front-rear direction such that the front locks (31, 33) are arranged with a vertical displacement from the rear locks (31, 33).
A method of determining an optimal rotation angle during compression of a spherical multimedia content comprising: receiving, by a processor, first multimedia content corresponding to the spherical multimedia content; generating a plurality of second multimedia contents based on the received first multimedia content by rotating the received first multimedia content to a plurality of rotation angles by a predetermined interval; performing an edge analysis on each of the plurality of the generated second multimedia contents; identifying the number of edges aligned to at least one of a vertical axis and a horizontal axis in each of the generated plurality of second multimedia contents based on the edge analysis; selecting at least one second multimedia content among the plurality of second multimedia contents with the maximum number of edges aligned to at least one of the vertical axis and the horizontal axis; and determining an optimal rotation angle for compressing the spherical multimedia content by selecting an angle corresponding to the at least one second multimedia content with the maximum number of edges as the optimal rotation angle, wherein the spherical multimedia content comprises an image. frame. receiving, by a processor, first multimedia content corresponding to the spherical multimedia content; generating a plurality of second multimedia contents based on the received first multimedia content by rotating the received first multimedia content to a plurality of rotation angles by a predetermined interval; performing an edge analysis on each of the plurality of the generated second multimedia contents; identifying the number of edges aligned to at least one of a vertical axis and a horizontal axis in each of the generated plurality of second multimedia contents based on the edge analysis; selecting at least one second multimedia content among the plurality of second multimedia contents with the maximum number of edges aligned to at least one of the vertical axis and the horizontal axis; and determining an optimal rotation angle for compressing the spherical multimedia content by selecting an angle corresponding to the at least one second multimedia content with the maximum number of edges as the optimal rotation angle, wherein the spherical multimedia content comprises an image. frame.