mhurhangee/ep-ind-claims huggingface dataset:
Method for image acquisition of a preferably structured surface of an object, wherein the surface is illuminated by means of at least one pattern projection unit, wherein images of projected patterns are recorded by means of at least one imaging unit, and wherein a temporal and/or spatial evaluation of recorded images or image sequences is carried out in order to reconstruct the surface, characterised in that with the pattern projection unit a predeterminable analogue grey value is depicted by applying a corresponding analogue control voltage or corresponding analogue control voltages, preferably per pixel, and in that, with reference to the temporal and/or spatial evaluation of the recorded images or image sequences, there are established by means of algorithms corresponding image points, which, together with an imaging function, enable a triangulation of surface points.
A content sending method for playing a video ring back tone, wherein the method is applied to a server, and wherein the method comprises: obtaining, by the server, video media content and additional information content; indicating, by the server, a calling terminal to complete resource reservation for transmitting the video media content and the additional information content; and transmitting, by the server, the video media content to a first port set of the calling terminal, and transmitting the additional information content to a second port set of the calling terminal, wherein the method further comprises: receiving, by the server from the calling terminal, information about an interaction operation, wherein the information about an interaction operation comprises duration during which a calling terminal displays additional information corresponding to the additional information content or an interaction operation performed on the additional information. obtaining, by the server, video media content and additional information content; indicating, by the server, a calling terminal to complete resource reservation for transmitting the video media content and the additional information content; and transmitting, by the server, the video media content to a first port set of the calling terminal, and transmitting the additional information content to a second port set of the calling terminal, wherein the method further comprises: receiving, by the server from the calling terminal, information about an interaction operation, wherein the information about an interaction operation comprises duration during which a calling terminal displays additional information corresponding to the additional information content or an interaction operation performed on the additional information.
A method for wireless communication, comprising: identifying a frame in a shared radio frequency spectrum band shared by a plurality of network operating entities; identifying a first plurality of sub-intervals in the frame for exclusive use by a network operating entity; identifying a second plurality of sub-intervals in the frame for prioritized use by the network operating entity, wherein said sub-intervals for prioritized use are reutilizable by one or more other network operating entities on an opportunistic basis if the prioritized network operating entity does not utilize the resources; identifying a third plurality of sub-intervals in the frame for opportunistic use by the network operating entity, wherein the opportunistic use is based on a medium sensing procedure; and communicating, using one of the identified sub-intervals, with a wireless node associated with the network operating entity. identifying a frame in a shared radio frequency spectrum band shared by a plurality of network operating entities; identifying a first plurality of sub-intervals in the frame for exclusive use by a network operating entity; identifying a second plurality of sub-intervals in the frame for prioritized use by the network operating entity, wherein said sub-intervals for prioritized use are reutilizable by one or more other network operating entities on an opportunistic basis if the prioritized network operating entity does not utilize the resources; identifying a third plurality of sub-intervals in the frame for opportunistic use by the network operating entity, wherein the opportunistic use is based on a medium sensing procedure; and communicating, using one of the identified sub-intervals, with a wireless node associated with the network operating entity.
A method, comprising the following steps performed by an application risk control system: receiving a request from a mobile device (115, 510), the request comprising a cryptographic representation of application information for an application residing on the mobile device (115, 510) and of a company identifier for a particular company associated with the mobile device (115, 510); comparing the received cryptographic representation to an application information database that comprises cryptographic representations of applications and information that indicates whether the applications are a security risk, the cryptographic representations being stored in whitelists and blacklists for respective companies; and automatically remediating the application if the application matches an application that is a known risk in the application information database, the application being on a blacklist associated with the company identifier. receiving a request from a mobile device (115, 510), the request comprising a cryptographic representation of application information for an application residing on the mobile device (115, 510) and of a company identifier for a particular company associated with the mobile device (115, 510); comparing the received cryptographic representation to an application information database that comprises cryptographic representations of applications and information that indicates whether the applications are a security risk, the cryptographic representations being stored in whitelists and blacklists for respective companies; and automatically remediating the application if the application matches an application that is a known risk in the application information database, the application being on a blacklist associated with the company identifier.
A control device for a hybrid vehicle comprising an engine and a motor, the hybrid vehicle having a running mode in which the vehicle runs with a motor load being limited when a temperature of the motor exceeds a threshold, characterized in that the control device comprises: a detector for detecting a state of charge of a battery for supplying power to the motor via an inverter; and a processor for setting a value for a direct current voltage that is supplied from the battery to the motor via the inverter; and when the temperature of the motor exceeds the threshold temperature during EV running where the hybrid vehicle runs with only the motor, if the detected state of charge of the battery is high, the processor sets the direct current voltage to a lower voltage than when the state of charge is low, without transitioning into the mode. the hybrid vehicle having a running mode in which the vehicle runs with a motor load being limited when a temperature of the motor exceeds a threshold, characterized in that the control device comprises: a detector for detecting a state of charge of a battery for supplying power to the motor via an inverter; and a processor for setting a value for a direct current voltage that is supplied from the battery to the motor via the inverter; and a detector for detecting a state of charge of a battery for supplying power to the motor via an inverter; and a processor for setting a value for a direct current voltage that is supplied from the battery to the motor via the inverter; and when the temperature of the motor exceeds the threshold temperature during EV running where the hybrid vehicle runs with only the motor, if the detected state of charge of the battery is high, the processor sets the direct current voltage to a lower voltage than when the state of charge is low, without transitioning into the mode.
A method of increasing adeno-associated virus 9 vector titers in transfected producer cells grown in culture, said method comprising the steps of: i) incubating an interfering RNA that is complementary to an mRNA encoding ATP binding cassette subfamily D member 1 (ABCD1) with the cells, and ii) transfecting an AAV9 vector comprising a nucleotide sequence encoding ABCD1 into the cells (AAV9-ABCD1 vector), wherein the amount of ABCD1 mRNA expressed from the AAV9 vector is decreased, thereby increasing AAV9-ABCD1 vector yield in cell lysate and/or media by about 1 fold to about 50 fold compared to a reference standard, wherein the reference standard comprises AAV9-ABCD1 vector yield in cell lysate and/or media from producer cells that were not incubated with a nucleic acid sequence that is complementary to an mRNA encoding ABCD1. i) incubating an interfering RNA that is complementary to an mRNA encoding ATP binding cassette subfamily D member 1 (ABCD1) with the cells, and ii) transfecting an AAV9 vector comprising a nucleotide sequence encoding ABCD1 into the cells (AAV9-ABCD1 vector),
A method for optimizing weight measurements in drilling operations, the method comprising: calculating a net axial downward force of gravity applied to a mass below a weight-on-bit sensor in a vertical free hanging position using a hole inclination and a weight on the weight-on-bit sensor; determining a correction value with the net axial downward force; and calibrating the weight-on-bit sensor with the correction value. calculating a net axial downward force of gravity applied to a mass below a weight-on-bit sensor in a vertical free hanging position using a hole inclination and a weight on the weight-on-bit sensor; determining a correction value with the net axial downward force; and calibrating the weight-on-bit sensor with the correction value.
A method for automatically discovering a gas station point of interest, comprising: collecting information uploaded by an on-board diagnostic device, and determining gasoline quantity surge points based on the information; clustering the gasoline quantity surge points based on location information by using a clustering algorithm, wherein the information uploaded by the OBD device comprises longitude and latitude information; wherein the clustering algorithm is a geo HASH algorithm and wherein the location information is the longitude and latitude information; and determining a location region having the gas station POI based on a result of clustering, comprising determining a region defined by a longitude and a latitude represented by the geo HASH grid as the location region having the gas station POI if the gas station POI exists in the geo HASH grid; and determining that the gas station POI exists in a geo HASH grid if a number of points inside the geo HASH grid reaches a third set threshold, otherwise, determining that the gas station POI does not exist in the geo HASH grid. collecting information uploaded by an on-board diagnostic device, and determining gasoline quantity surge points based on the information; clustering the gasoline quantity surge points based on location information by using a clustering algorithm, wherein the information uploaded by the OBD device comprises longitude and latitude information; wherein the clustering algorithm is a geo HASH algorithm and wherein the location information is the longitude and latitude information; and determining a location region having the gas station POI based on a result of clustering, comprising determining a region defined by a longitude and a latitude represented by the geo HASH grid as the location region having the gas station POI if the gas station POI exists in the geo HASH grid; and determining that the gas station POI exists in a geo HASH grid if a number of points inside the geo HASH grid reaches a third set threshold, otherwise, determining that the gas station POI does not exist in the geo HASH grid.
A threaded connection for pipes, comprising a pin including a pin side thread part, a pin side metal seal part, and a pin side shoulder part; a box including a box side thread part, a box side metal seal part, and a box side shoulder part; a shoulder part plating layer which is arranged on the pin side shoulder part, and includes one or more layers; and a non-shoulder part plating layer which is arranged on at least one of the pin side thread part and the pin side metal seal part, and includes one or more layers; characterised in that: a friction coefficient of an outermost layer of the shoulder part plating layer is higher than a friction coefficient of an outermost layer of the non-shoulder part plating layer. a pin including a pin side thread part, a pin side metal seal part, and a pin side shoulder part; a box including a box side thread part, a box side metal seal part, and a box side shoulder part; a shoulder part plating layer which is arranged on the pin side shoulder part, and includes one or more layers; and a non-shoulder part plating layer which is arranged on at least one of the pin side thread part and the pin side metal seal part, and includes one or more layers; characterised in that: a friction coefficient of an outermost layer of the shoulder part plating layer is higher than a friction coefficient of an outermost layer of the non-shoulder part plating layer.
An adapter (30,130,230) for a downlight fitting having an outer casing, said adapter (30,130,230) including: (i) a first end (34,134,234) having a contact portion (32,132,232), said contact portion (32,132,232) being adapted to contact a top surface of the outer casing of the downlight fitting in use; (ii) a second end (38,138,238) having a plate portion (36,136,236); (iii) a wall portion (40,140,240) extending from the first end (34,134,234) to the second end (38,138,238); (iv) venting means (46,146,246) adapted to allow air to flow through the adapter (30,130,230) in use; (v) attachment means (48,148,248) adapted to attach to the downlight fitting in use; characterised in that the attachment means (48,148,248) is adapted to attach to one or more pre-existing holes located in the top surface of the outer casing of the downlight fitting. (i) a first end (34,134,234) having a contact portion (32,132,232), said contact portion (32,132,232) being adapted to contact a top surface of the outer casing of the downlight fitting in use; (ii) a second end (38,138,238) having a plate portion (36,136,236); (iii) a wall portion (40,140,240) extending from the first end (34,134,234) to the second end (38,138,238); (iv) venting means (46,146,246) adapted to allow air to flow through the adapter (30,130,230) in use; (v) attachment means (48,148,248) adapted to attach to the downlight fitting in use;
A hand operated gripping tool comprising a first handle, a first jaw connected with said first handle, a second handle pivotably connected with said first handle to permit relative pivoting movement of said first and second handles and a second jaw connected with said second handle, wherein one of said first jaw and second jaws is a removable jaw and said removable jaw is push-fit attachable to the respective said handle, wherein said removable jaw comprises an outboard portion defining a gripping region and an inboard portion that projects from said outboard portion and is received by the respective said handle, and wherein said inboard portion comprises a first part and a second part disposed opposite said first part to define a slot between said first and second parts, said respective handle defines respective recesses to receive said first and second parts and said recesses define a blade that complementarily engages in said slot when said removable jaw is push-fit attached to said respective handle, characterised in that said blade comprises a leading end provided with a plurality of formations that complementarily engage a plurality of formations defined by said removable jaw to define a plurality of selectable orientations of said removable jaw with respect to the respective said handle. wherein one of said first jaw and second jaws is a removable jaw and said removable jaw is push-fit attachable to the respective said handle, wherein said removable jaw comprises an outboard portion defining a gripping region and an inboard portion that projects from said outboard portion and is received by the respective said handle, and wherein said inboard portion comprises a first part and a second part disposed opposite said first part to define a slot between said first and second parts, said respective handle defines respective recesses to receive said first and second parts and said recesses define a blade that complementarily engages in said slot when said removable jaw is push-fit attached to said respective handle, characterised in that said blade comprises a leading end provided with a plurality of formations that complementarily engage a plurality of formations defined by said removable jaw to define a plurality of selectable orientations of said removable jaw with respect to the respective said handle.
Method for graphically displaying contents in a motor vehicle having a first sensor (11, 12, 13) configured to capture environmental data, a second sensor (51, 52, 53) configured to capture vehicle data, a communication module and a display system which is configured to display graphical contents and has a screen, the method comprising: • displaying an initial image section of an image signal with at least one image file on the screen, wherein the initial image section makes up between 70% and 95% of the area of the at least one image file of the image signal; • predicting a change in a movement state of the motor vehicle on the basis of at least one signal received from the at least one first sensor (11, 12, 13), from the at least one second sensor (51, 52, 53) and/or from the communication module; • predicting a change in a relative position between a user and the initial image section on the basis of the predicted change in the movement state of the motor vehicle; and • displaying an adapted image section on the basis of the predicted change in the relative position between the user and the initial image section, wherein the adaptation relates to the position, the orientation and/or the size of the adapted image section within the at least one image file of the image signal. • displaying an initial image section of an image signal with at least one image file on the screen, wherein the initial image section makes up between 70% and 95% of the area of the at least one image file of the image signal; • predicting a change in a movement state of the motor vehicle on the basis of at least one signal received from the at least one first sensor (11, 12, 13), from the at least one second sensor (51, 52, 53) and/or from the communication module; • predicting a change in a relative position between a user and the initial image section on the basis of the predicted change in the movement state of the motor vehicle; and • displaying an adapted image section on the basis of the predicted change in the relative position between the user and the initial image section, wherein the adaptation relates to the position, the orientation and/or the size of the adapted image section within the at least one image file of the image signal.
A transmission device comprising: an encoding unit configured to generate a predetermined number of audio streams; and a transmission unit configured to transmit a container of a predetermined format including the predetermined number of audio streams, wherein the audio streams are constituted by an audio frame including a first packet that includes encoded data as payload information and a second packet that includes configuration information representing a configuration of the payload information of the first packet as payload information, and common index information is inserted in payloads of the first packet and the second packet that are related, wherein the common index information is related to the same element in each of the predetermined number of audio streams such that the first packet and the second packet are associated for each element by index information. an encoding unit configured to generate a predetermined number of audio streams; and a transmission unit configured to transmit a container of a predetermined format including the predetermined number of audio streams, wherein the audio streams are constituted by an audio frame including a first packet that includes encoded data as payload information and a second packet that includes configuration information representing a configuration of the payload information of the first packet as payload information, and common index information is inserted in payloads of the first packet and the second packet that are related, wherein the common index information is related to the same element in each of the predetermined number of audio streams such that the first packet and the second packet are associated for each element by index information.
A hearing prosthesis comprising a coupling arrangement (154, 454) of a bone conduction device, the coupling arrangement (154, 454) comprising an implantable component (150, 450) and an external pressure plate, the implantable component (150, 450) comprising: a first implantable fixture (138A, 438A), and a second implantable fixture (138B, 438B); the external pressure plate comprising: a first external magnet, and a second external magnet, wherein the first and second implantable fixtures are co-planar magnets and wherein the magnet of the first implantable fixture has a magnetic strength that is greater than a magnetic strength of the magnet of the second implantable fixture, or wherein the first and second implantable fixtures are offset from one another such that a magnet of the first implantable fixture is configured to be positioned closer to the skin of the recipient than a magnet of the second implantable fixture, so that the first implantable fixture (138A, 438A) and the second implantable fixture (138A, 438A) are magnetically coupled to the first and second external magnets (142A, 142B) of the external pressure plate of the coupling arrangement (154, 454) such that a strength of a magnetic coupling between the first external magnet and the first implantable fixture (138A, 438A) is greater than a strength of a magnetic coupling between the second external magnet and the second implantable fixture (138B, 438B). a first implantable fixture (138A, 438A), and a second implantable fixture (138B, 438B); the external pressure plate comprising: a first external magnet, and a second external magnet, a first external magnet, and a second external magnet, wherein the first and second implantable fixtures are co-planar magnets and wherein the magnet of the first implantable fixture has a magnetic strength that is greater than a magnetic strength of the magnet of the second implantable fixture, or wherein the first and second implantable fixtures are offset from one another such that a magnet of the first implantable fixture is configured to be positioned closer to the skin of the recipient than a magnet of the second implantable fixture, so that the first implantable fixture (138A, 438A) and the second implantable fixture (138A, 438A) are magnetically coupled to the first and second external magnets (142A, 142B) of the external pressure plate of the coupling arrangement (154, 454) such that a strength of a magnetic coupling between the first external magnet and the first implantable fixture (138A, 438A) is greater than a strength of a magnetic coupling between the second external magnet and the second implantable fixture (138B, 438B).