mhurhangee/ep-ind-claims huggingface dataset:
Electronically commutated motor having a rotor being rotatable around an imaginary axis, having a stator arrangement provided with a number of distinctive stator poles being integrally dividable by the number three or an integrally multiple thereof, said stator poles provided with coils (1' to 12'), said coils (1' to 12') provided with edgewise disposed conductor lines (44, 46, 48) disposed in an insulating part to their conductor line, characterized in that the conductor lines (44, 46, 48) respectively having a central section extending in a mean distance from the imaginary axis of the rotor, and having a first end section extending in a first distance from the imaginary axis, said first distance being smaller than the mean distance, said first section merging into the central section via a first deflection point, and having a second end section extending in a second distance from the axis, said second distance being larger than the mean distance and merging into the central section via a second deflection point, said conductor lines (44, 46, 48) being insulated from each other and interleaved, wherein, in a predetermined angle section of the stator arrangement, the second end section of a first conductor line extending to the vicinity of a there located second deflection point of the second conductor line directly adjacent to the second end section at this point, and the capability of a displacement of said conductor lines (44, 46, 48) in the circumferential direction in said predetermined angle section of the stator arrangement through protrusions (44, 46, 48) of the insulating part engaging positive in grooves (72W, 60U, 88V) of said conductor lines (44, 46, 48) is mechanically limited.
Valve needle for a fluid injection valve, comprising a needle shaft and a sealing ball welded to a tip of the needle shaft, wherein the welded joint between the sealing ball and the needle shaft comprises at least two separate weld seams (72, 74), which extend along the perimeter of the valve needle in the form of a c-shaped arc, characterized in that the welded joint, by means of the weld seams (72, 74), has a 2-fold rotational symmetry with respect to a longitudinal axis.
A method for producing a denture base semi-finished product with the following steps: 1) Recording and digitalizing the oral cavity situation of a patient, wherein a digital three-dimensional oral cavity model of the patient is produced, or providing a digital three-dimensional oral cavity model of the oral cavity situation of a patient; 2) Implementing a first calculation in which a digital three-dimensional first model of a denture base is calculated, wherein the oral cavity model of the oral cavity situation is used as a basis for the first calculation; 3) Conducting a second calculation, in which a digital three-dimensional second model of a denture base semi-finished product is calculated from the first model of the denture base, wherein volume is added at least in sections to the three-dimensional model of the denture base; and 4) Producing the denture base semi-finished product with a Rapid Prototyping method, wherein with the Rapid Prototyping method, a CAM method is used and the digital three-dimensional second model of the denture semi-finished product is used as the basis for the CAM method. 1) Recording and digitalizing the oral cavity situation of a patient, wherein a digital three-dimensional oral cavity model of the patient is produced, or providing a digital three-dimensional oral cavity model of the oral cavity situation of a patient; 2) Implementing a first calculation in which a digital three-dimensional first model of a denture base is calculated, wherein the oral cavity model of the oral cavity situation is used as a basis for the first calculation; 3) Conducting a second calculation, in which a digital three-dimensional second model of a denture base semi-finished product is calculated from the first model of the denture base, wherein volume is added at least in sections to the three-dimensional model of the denture base; and 4) Producing the denture base semi-finished product with a Rapid Prototyping method, wherein with the Rapid Prototyping method, a CAM method is used and the digital three-dimensional second model of the denture semi-finished product is used as the basis for the CAM method.
A frame profile (R, R1) for attaching to a longitudinal profile with at least one groove, wherein the frame profile (R, R1) has a basic support and a guide lug, wherein at least one channel is present which is suitable for receiving different wall thicknesses of walls (15, 16, 18), wherein the basic support has a groove (7.1, 7.2) for holding a material wall (5.1, 5.2), wherein the channel has a first stop and a second stop, wherein the stops (10, 11) project into the inner space of the channel, characterised in that the second stop is attached tilted by 90° relative to the first stop, the second stop being formed on an outer wall or inner wall of the channel and the first stop being formed on a channel base, with a thin wall of 2 to 4 mm being able to be inserted between the outer wall of the channel and the first stop, or a middle wall of between 4 and 8 mm being able to be inserted between the outer wall and the end faces of the two stops (10, 11), or the second stop which protrudes at a 90° angle from the inner wall or the outer wall acting as a support surface for a thick wall which then utilises the entire width of the channel, the thick wall being between 8 mm and 15 mm thick.
A method for controlling the exchange of private data, the private data associated with a client device or sensitive information associated with a user (101,201) between an application (103; 203) in execution on or for the client device (100; 200) and a serving node in a data network, comprising: transmitting a request to the serving node from the application (103; 203) for access to a service (105; 205) requiring use of the private data; receiving challenge data at the application (103; 203) from the serving node; requesting, using a secure user interface (111,213)incorporated into the design of the client device (100,200), to the user authorisation for the use of the private data by a trusted information manager (109; 207) on the basis of the challenge data; and transmitting an obfuscated version of the private data for use with the service (105; 205) from the trusted information manager (109; 207) to the serving node via the application (103; 203) in the case that there has been authorisation provided by the user in response to requesting the authorisation for the use of the private data, where the obfuscated version of the private data is provided by the trust information manager (109, 207) and it is such that the application (103; 203) cannot gain knowledge of the private data. transmitting a request to the serving node from the application (103; 203) for access to a service (105; 205) requiring use of the private data; receiving challenge data at the application (103; 203) from the serving node; requesting, using a secure user interface (111,213)incorporated into the design of the client device (100,200), to the user authorisation for the use of the private data by a trusted information manager (109; 207) on the basis of the challenge data; and transmitting an obfuscated version of the private data for use with the service (105; 205) from the trusted information manager (109; 207) to the serving node via the application (103; 203) in the case that there has been authorisation provided by the user in response to requesting the authorisation for the use of the private data, where the obfuscated version of the private data is provided by the trust information manager (109, 207) and it is such that the application (103; 203) cannot gain knowledge of the private data.
An anomaly diagnosis device for an oil-hydraulic operating mechanism, wherein the anomaly diagnosis device diagnoses, for anomaly, an oil-hydraulic operating mechanism that controls opening and closing of a circuit breaker, the anomaly diagnosis device comprising: a counter to count a number of times of a pressure-increasing operation started upon a decrease in a hydraulic pressure maintained in the oil-hydraulic operating mechanism to a first reference pressure, and stopped upon an increase in the hydraulic pressure to a second reference pressure; characterised by a timer to measure an operation interval that is a time period from when a pressure-increasing operation is stopped until a next pressure-increasing operation is started; and an anomaly determiner to correct, based on the operation interval, a number of pressure-increasing operations obtained based on a result of counting by the counter, and determine presence or absence of an anomaly in the oil-hydraulic operating mechanism using data of the number of pressure-increasing operations that has been corrected. a counter to count a number of times of a pressure-increasing operation started upon a decrease in a hydraulic pressure maintained in the oil-hydraulic operating mechanism to a first reference pressure, and stopped upon an increase in the hydraulic pressure to a second reference pressure; characterised by a timer to measure an operation interval that is a time period from when a pressure-increasing operation is stopped until a next pressure-increasing operation is started; and an anomaly determiner to correct, based on the operation interval, a number of pressure-increasing operations obtained based on a result of counting by the counter, and determine presence or absence of an anomaly in the oil-hydraulic operating mechanism using data of the number of pressure-increasing operations that has been corrected.
An extracellular secretion-type nuclease B derived from bacteria of the genus Streptomyces, wherein substrates of the nuclease B comprises double-stranded DNA and single-stranded DNA; and a specific activity of the nuclease B in the presence of 100 mM of Na + is equal to or more than 80 percent compared with a specific activity of the nuclease B in the case where Na + is not added; and the nuclease B comprises: an amino acid sequence according to SEQ ID NO. 2; or an amino acid sequence comprising the amino acid sequence according to SEQ ID NO. 2, wherein one to seven amino acids have been deleted, replaced or added. an amino acid sequence according to SEQ ID NO. 2; or an amino acid sequence comprising the amino acid sequence according to SEQ ID NO. 2, wherein one to seven amino acids have been deleted, replaced or added.
A structural component for protecting and/or supporting a body part, comprising a flexible deformable inner layer facing the body part and a dimensionally stable outer layer, wherein the inner and outer layer (12, 10) enclose an air-filled cavity, which communicates with the environment via at least one ventilation opening and a plurality of elastic deformable support elements are arranged within the hollow space, characterized in that the support elements are produced integrally in one piece with the outer and inner layer (10, 12) and have a plurality of air passage openings, so that they form a plurality of adjacent cells communicating with one another, which jointly form the air-filled cavity and the cavity communicates with the atmosphere via at least one joint ventilation opening or in each case a separate ventilation opening, which are provided with a valve (14, 15).
Boot device for a System on Chip (SoC) chip, comprising a memory interface module, a Direct Memory Access bus interface module, a boot processing module and a parameter configuration module, wherein the memory interface module is provided with a memory bus interface and configured to connect with an external memory; the DMA bus interface module is provided with a DMA bus interface and configured to transfer data in the external memory to a storing space which a destination address is corresponding to; and the boot processing module is connected with the memory interface module and the DMA bus interface module respectively, and is configured to send data reading and writing commands to the external memory through the memory interface module and transform data transferred by the external memory to data matched with the DMA bus interface module; characterized by the parameter configuration module is configured to configure parameters for the DMA bus interface module, the memory interface module and the boot processing module; wherein the parameter configuration module comprises a bus interface configuration module and a DMA configuration module, wherein the bus interface configuration module is configured to configure parameters of the memory interface module and the DMA bus interface module, wherein the parameters include a data bus bit width, an address bus bit width parameter, a burst transmission type and a burst transmission length; the DMA configuration module is configured to configure parameters of the DMA bus interface module, wherein the parameters include a transmission destination address and a data transmission length; and an operation command parameter configuration module is configured to configure operation commands to send data reading and writing commands to the external memory.
A gas turbine engine configured to control a clearance distance between a static component and a rotating component, the gas turbine engine comprising: the static component; and the rotating component 2. including a thrust bearing that is configured to shift axially along an axis in one of an aft direction and a forward direction relative to the static component, wherein the thrust bearing has a built-in bearing free play defining an axial distance over which the thrust bearing can axially shift and is configured to shift along the axis based on a first operating condition and a second operating condition such that the rotating component moves in relation to the static component during the first operating condition of the gas turbine engine, and shifts axially in the other of the aft direction and the forward direction in relation to the static component during the second operating condition of the gas turbine engine, wherein the first operating condition is when a rotating component growth and a static component growth change and the thrust bearing moves toward the aft direction, and wherein the second operating condition is when the rotating component growth and static component growth normalize and the thrust bearing moves toward the forward direction. the static component; and the rotating component 2. including a thrust bearing that is configured to shift axially along an axis in one of an aft direction and a forward direction relative to the static component, wherein the thrust bearing has a built-in bearing free play defining an axial distance over which the thrust bearing can axially shift and is configured to shift along the axis based on a first operating condition and a second operating condition such that the rotating component moves in relation to the static component during the first operating condition of the gas turbine engine, and shifts axially in the other of the aft direction and the forward direction in relation to the static component during the second operating condition of the gas turbine engine, wherein the first operating condition is when a rotating component growth and a static component growth change and the thrust bearing moves toward the aft direction, and wherein the second operating condition is when the rotating component growth and static component growth normalize and the thrust bearing moves toward the forward direction.
A battery module comprising: a plurality of battery cells stacked in a first direction; a cover body provided to cover the plurality of battery cells in a second direction orthogonal to the first direction; and a duct through which gas discharged from each of the plurality of battery cells flows, wherein the duct has a duct main body portion disposed between each of the plurality of battery cells and the cover body in the second direction and extending in the first direction to form a flow space for the gas, a cylindrical portion to which a hose is able to be fitted, the cylindrical portion extending, in the first direction in a form of a cylinder, from one end portion of the duct main body portion in the first direction so as to have a tip with an opening, characterized in a projection with which an end portion of the hose fitted to the cylindrical portion is able to be brought into abutment, the projection protruding from an outer peripheral surface of the cylindrical portion at a position away from the opening of the cylindrical portion in the first direction, and the cover body has an anchoring portion anchored to the projection in the second direction. a plurality of battery cells stacked in a first direction; a cover body provided to cover the plurality of battery cells in a second direction orthogonal to the first direction; and a duct through which gas discharged from each of the plurality of battery cells flows, wherein the duct has a duct main body portion disposed between each of the plurality of battery cells and the cover body in the second direction and extending in the first direction to form a flow space for the gas, a cylindrical portion to which a hose is able to be fitted, the cylindrical portion extending, in the first direction in a form of a cylinder, from one end portion of the duct main body portion in the first direction so as to have a tip with an opening, characterized in a projection with which an end portion of the hose fitted to the cylindrical portion is able to be brought into abutment, the projection protruding from an outer peripheral surface of the cylindrical portion at a position away from the opening of the cylindrical portion in the first direction, and a duct main body portion disposed between each of the plurality of battery cells and the cover body in the second direction and extending in the first direction to form a flow space for the gas, a cylindrical portion to which a hose is able to be fitted, the cylindrical portion extending, in the first direction in a form of a cylinder, from one end portion of the duct main body portion in the first direction so as to have a tip with an opening, characterized in a projection with which an end portion of the hose fitted to the cylindrical portion is able to be brought into abutment, the projection protruding from an outer peripheral surface of the cylindrical portion at a position away from the opening of the cylindrical portion in the first direction, and the cover body has an anchoring portion anchored to the projection in the second direction.
A method of automatically matching one or more songs to a video, said video having a length associated therewith, comprising the steps of: (a) submitting said video to a video analysis tool, said video analysis tool automatically determining locations of scenes, segments, and objects in said video and assigning a plurality of time-varying emotion tags to said video; (b) determining ( 650, 660) an emotion value for each of said video tags; (c) calculating an energy level for each of said video scenes; (d) determining one or more emotions associated with each of said video tags; (e) scaling the value of each of said emotions by a length of the section associated with each video tag; (f) determining a single value representative of all of said emotion values; (g) using said emotion values, searching an audio database containing a plurality of songs for one or more matching songs, each of said songs in said audio database having one or more emotion tags associated therewith, said emotion tags describing a time-varying energy and emotion of said song; (h) select at least one song from said audio database based on said search; and (i) adapting a length of said at least one song to match said video length, thereby automatically matching one or more songs to said video. (a) submitting said video to a video analysis tool, said video analysis tool automatically determining locations of scenes, segments, and objects in said video and assigning a plurality of time-varying emotion tags to said video; (b) determining ( 650, 660) an emotion value for each of said video tags; (c) calculating an energy level for each of said video scenes; (d) determining one or more emotions associated with each of said video tags; (e) scaling the value of each of said emotions by a length of the section associated with each video tag; (f) determining a single value representative of all of said emotion values; (g) using said emotion values, searching an audio database containing a plurality of songs for one or more matching songs, each of said songs in said audio database having one or more emotion tags associated therewith, said emotion tags describing a time-varying energy and emotion of said song; (h) select at least one song from said audio database based on said search; and (i) adapting a length of said at least one song to match said video length, thereby automatically matching one or more songs to said video.
Method for obtaining a propylene product, wherein a component mixture containing propane, propylene and hydrogen is provided using propane dehydrogenation to which a reaction feed containing propane and hydrogen is subjected, - wherein the component mixture or a portion thereof as a first separation feed is subjected to a first membrane separation process by means of which a first permeate, which is enriched in hydrogen with respect to the first separation feed, and a first retentate, which is depleted in hydrogen with respect to the first separation feed and which contains hydrogen, propane and propylene, are formed, - wherein the first retentate or a portion thereof as a second separation feed is subjected to a second membrane separation process in which a second permeate containing at least the predominant portion of the hydrogen of the second separation feed and a second retentate containing at least the predominant portion of the propane and of the propylene of the second separation feed are formed, - wherein the first membrane separation process is carried out using a purge gas containing propane, and the first permeate is obtained as a permeate to which propane of the purge gas is supplied, and/or the second membrane separation process is carried out using the purge gas containing propane and the second permeate is obtained as a permeate to which propane of the purge gas is supplied, - wherein the first permeate supplied with propane of the purge gas and/or the second permeate supplied with propane of the purge gas or one or more portions thereof is used in the formation of the reaction feed. - wherein the component mixture or a portion thereof as a first separation feed is subjected to a first membrane separation process by means of which a first permeate, which is enriched in hydrogen with respect to the first separation feed, and a first retentate, which is depleted in hydrogen with respect to the first separation feed and which contains hydrogen, propane and propylene, are formed, - wherein the first retentate or a portion thereof as a second separation feed is subjected to a second membrane separation process in which a second permeate containing at least the predominant portion of the hydrogen of the second separation feed and a second retentate containing at least the predominant portion of the propane and of the propylene of the second separation feed are formed, - wherein the first membrane separation process is carried out using a purge gas containing propane, and the first permeate is obtained as a permeate to which propane of the purge gas is supplied, and/or the second membrane separation process is carried out using the purge gas containing propane and the second permeate is obtained as a permeate to which propane of the purge gas is supplied, - wherein the first permeate supplied with propane of the purge gas and/or the second permeate supplied with propane of the purge gas or one or more portions thereof is used in the formation of the reaction feed.