mhurhangee/patent-ind-claim-en huggingface dataset:
Viewing system for in-flight refuelling, which defines a global viewing and lighting system that allows for in-flight refuelling between air vessels or aeroplanes, characterised in that it is a single system formed by a single block that incorporates all the elements involved therein, it is composed of a structure with aerodynamic fairing , the single block being held on and attached to the lower part of the respective aeroplane through said structure ; comprising - a pair of sub-systems and of cameras for day and night 3D vision and located on the left and right sides of the front of the structure , in order to generate 3D views, all the aforementioned components forming the single block supplemented with - Cameras and , which are beneath the 3D cameras and and behind them in the direction of flight, which are two cameras equipped with horizontal and vertical motion, zoom and focusing, designed for both 2D and 3D peripheral inspection, these sub-systems of cameras and being placed on both sides of - a redundant panoramic viewing sub-system located at the centre of cameras and , and beneath all the cameras placed thereon. which makes it possible to obtain a 2D or 3D view of the entire work environment around the entire viewing system, wherein the system further includes lighting means on the same platform, designed to illuminate the work area. - a pair of sub-systems and of cameras for day and night 3D vision and located on the left and right sides of the front of the structure , in order to generate 3D views, all the aforementioned components forming the single block supplemented with - Cameras and , which are beneath the 3D cameras and and behind them in the direction of flight, which are two cameras equipped with horizontal and vertical motion, zoom and focusing, designed for both 2D and 3D peripheral inspection, these sub-systems of cameras and being placed on both sides of - a redundant panoramic viewing sub-system located at the centre of cameras and , and beneath all the cameras placed thereon. which makes it possible to obtain a 2D or 3D view of the entire work environment around the entire viewing system, wherein
A computer-implemented method performed in a content delivery network , wherein the content delivery network serves content on behalf of one or more subscribers to the content delivery network, the method comprising: (A) responsive to receiving a request for a resource at a cache server in said content delivery network, said request being associated with a particular content delivery network subscriber, determining a particular sequencer to handle the request, said particular sequencer using a sequence control object including (i) a sequence of multiple handlers , and (ii) one or more handler arguments for at least some of the multiple handlers, and wherein the sequence control object is stored in compiled form, (B) when a customer configuration script, CCS, is stored locally in, or obtainable by, the cache server , processing the request at said cache server in said content delivery network in accordance with the particular sequencer by invoking the multiple handlers, wherein at least some of said multiple handlers are subscriber-specific handlers specified in the CCS, and wherein the respective locations of the subscriber-specific handlers in the sequence of handlers are specified in the CCS, and wherein the sequence of multiple handlers is set up by running the CCS, and wherein the CCS is associated with said particular content delivery network subscriber; otherwise: (C) performing a default response by processing the request without any subscriber-specific handlers if none of said handlers in the sequence of multiple handlers is a subscriber-specific handler. (A) responsive to receiving a request for a resource at a cache server in said content delivery network, said request being associated with a particular content delivery network subscriber, determining a particular sequencer to handle the request, said particular sequencer using a sequence control object including (i) a sequence of multiple handlers , and (ii) one or more handler arguments for at least some of the multiple handlers, and wherein the sequence control object is stored in compiled form, (B) when a customer configuration script, CCS, is stored locally in, or obtainable by, the cache server , processing the request at said cache server in said content delivery network in accordance with the particular sequencer by invoking the multiple handlers, wherein at least some of said multiple handlers are subscriber-specific handlers specified in the CCS, and wherein the respective locations of the subscriber-specific handlers in the sequence of handlers are specified in the CCS, and wherein the sequence of multiple handlers is set up by running the CCS, and wherein the CCS is associated with said particular content delivery network subscriber; otherwise: (C) performing a default response by processing the request without any subscriber-specific handlers if none of said handlers in the sequence of multiple handlers is a subscriber-specific handler.
Method for modifying a bus air-conditioning system which has an existing compressor for compressing refrigerant, wherein the existing compressor is arranged in an accommodation space, which is dimensioned to accommodate the compressor, in a drive motor of a bus, which method comprises the following steps: - removing the existing compressor from the accommodation space; - arranging or fitting an electrical generator in an accommodation space which is arranged in a drive motor of the bus or an installation space for the drive motor of the bus and which is dimensioned for accommodating a compressor, wherein the generator is dimensioned in such a way that it can be fitted in the accommodation space; - arranging or fitting a compressor, which has an electric motor and also a compression apparatus, which is driven by the electric motor, for compressing refrigerant, outside the drive motor of the bus and outside the installation space for the drive motor of the bus; - wherein the compressor is driven by the electrical power which is generated by the generator. - removing the existing compressor from the accommodation space; - arranging or fitting an electrical generator in an accommodation space which is arranged in a drive motor of the bus or an installation space for the drive motor of the bus and which is dimensioned for accommodating a compressor, wherein the generator is dimensioned in such a way that it can be fitted in the accommodation space; - arranging or fitting a compressor, which has an electric motor and also a compression apparatus, which is driven by the electric motor, for compressing refrigerant, outside the drive motor of the bus and outside the installation space for the drive motor of the bus; - wherein the compressor is driven by the electrical power which is generated by the generator.
A method of configuring a service at a base station of a wireless communication network , the method comprising: receiving a first message associated with a first bearer that is associated with a service, the first message containing a first quality of service class identifier, QCI (S104); receiving a second message associated with a second bearer that is associated with the service, the second message containing a second quality of service class identifier, QCI (S106); determining service configuration parameters based on at least one of the first and second QCIs; and configuring at the base station the first and second bearers according to the service configuration parameters. receiving a first message associated with a first bearer that is associated with a service, the first message containing a first quality of service class identifier, QCI (S104); receiving a second message associated with a second bearer that is associated with the service, the second message containing a second quality of service class identifier, QCI (S106); determining service configuration parameters based on at least one of the first and second QCIs; and configuring at the base station the first and second bearers according to the service configuration parameters.
A battery cooling plate heat exchanger, comprising: exactly one first plate ; exactly one second plate ; exactly one intermediate plate arranged between the first and the second plate and joined thereto at peripheral edges to create a sealed periphery, the intermediate plate having corrugations with crests and troughs in contact with inwardly facing surfaces of the first and the second plate ; a fluid manifolding area arranged at an end of the battery cooling plate heat exchanger in a lengthwise direction of the battery cooling plate heat exchanger; a first inlet chamber , first outlet chamber , second inlet chamber , and second outlet chamber arranged within the fluid manifolding area ; a first plurality of nonlinear fluid flow paths arranged between the intermediate plate and the first plate and providing fluid connections between the first inlet chamber and the first outlet chamber ; and a second plurality of nonlinear fluid flow paths arranged between the intermediate plate and the second plate and providing fluid connections between the second inlet chamber and the second outlet chamber . exactly one first plate ; exactly one second plate ; exactly one intermediate plate arranged between the first and the second plate and joined thereto at peripheral edges to create a sealed periphery, the intermediate plate having corrugations with crests and troughs in contact with inwardly facing surfaces of the first and the second plate ; a fluid manifolding area arranged at an end of the battery cooling plate heat exchanger in a lengthwise direction of the battery cooling plate heat exchanger; a first inlet chamber , first outlet chamber , second inlet chamber , and second outlet chamber arranged within the fluid manifolding area ; a first plurality of nonlinear fluid flow paths arranged between the intermediate plate and the first plate and providing fluid connections between the first inlet chamber and the first outlet chamber ; and a second plurality of nonlinear fluid flow paths arranged between the intermediate plate and the second plate and providing fluid connections between the second inlet chamber and the second outlet chamber .
A computer program for processing an angiographic image, the computer program comprising computer-readable instructions that, when being executed on said computer, cause the computer to perform the steps of: obtaining multiple angiographic image frames of a vessel region and multiple intravascular image frames acquired by an imaging catheter in the vessel region during pullback of the imaging catheter; detecting the vessel region in each of the multiple angiographic image frames; defining a direction intersecting a longitudinal direction of the vessel region; detecting motion of the vessel region based on the direction by evaluating positions of the vessel region in the multiple angiographic image frames; defining an area based on the detected motion and the detected vessel region; detecting a marker of the imaging catheter disposed in the vessel region within the area, in at least one of the multiple angiography image frames; and performing co-registration between the multiple angiographic image frames and the multiple intravascular image frames, based on the detected marker. obtaining multiple angiographic image frames of a vessel region and multiple intravascular image frames acquired by an imaging catheter in the vessel region during pullback of the imaging catheter; detecting the vessel region in each of the multiple angiographic image frames; defining a direction intersecting a longitudinal direction of the vessel region; detecting motion of the vessel region based on the direction by evaluating positions of the vessel region in the multiple angiographic image frames; defining an area based on the detected motion and the detected vessel region; detecting a marker of the imaging catheter disposed in the vessel region within the area, in at least one of the multiple angiography image frames; and performing co-registration between the multiple angiographic image frames and the multiple intravascular image frames, based on the detected marker.
A flexible electronic device , comprising: a flexible substrate and a device layer formed on the flexible substrate , wherein: the device layer comprises a semiconductor structure and a first wire structure connected to the semiconductor structure , the first wire structure extending along an extending direction same to a channel direction of the semiconductor structure ; the extending direction of the first wire structure forms an included angle smaller than 90° with respect to an extending direction (L) of an edge line of the flexible substrate ; and the semiconductor structure is a transistor and the first wire structure is an interconnection wire; characterised in that the device layer further comprises a second wire structure provided on an edge of the flexible substrate , the second wire structure extending along an extending direction parallel to the edge line of the flexible substrate ; wherein the second wire structure is provided with a plurality of through holes , the through hole being formed in a parallelogram shape with a diagonal line thereof extending along a direction same to the extending direction of the edge line of the flexible substrate . the device layer comprises a semiconductor structure and a first wire structure connected to the semiconductor structure , the first wire structure extending along an extending direction same to a channel direction of the semiconductor structure ; the extending direction of the first wire structure forms an included angle smaller than 90° with respect to an extending direction (L) of an edge line of the flexible substrate ; and the semiconductor structure is a transistor and the first wire structure is an interconnection wire; characterised in that the device layer further comprises a second wire structure provided on an edge of the flexible substrate , the second wire structure extending along an extending direction parallel to the edge line of the flexible substrate ; wherein the second wire structure is provided with a plurality of through holes , the through hole being formed in a parallelogram shape with a diagonal line thereof extending along a direction same to the extending direction of the edge line of the flexible substrate .
A method of wireless communication, comprising: determining a first pre-coding matrix for use on a portion of a set of resource blocks (RBs), wherein the first pre-coding matrix includes a set of beamforming vectors; modifying the first pre-coding matrix by applying a phase rotation to generate a modified pre-coding matrix ; characterised in that applying the phase rotation comprises multiplying only the last two beamforming vectors with a factor of negative one, and not applying a phase rotation to the remaining beamforming vectors of the first pre-coding matrix so as to reduce transmission power variations across two or more orthogonal frequency domain modulation (OFDM) symbols corresponding to the set of RBs, applying the modified pre-coding matrix to one or more demodulation reference signals and data associated with the portion of the set of RBs for transmission using at least one antenna. determining a first pre-coding matrix for use on a portion of a set of resource blocks (RBs), wherein the first pre-coding matrix includes a set of beamforming vectors; modifying the first pre-coding matrix by applying a phase rotation to generate a modified pre-coding matrix ; characterised in that applying the phase rotation comprises multiplying only the last two beamforming vectors with a factor of negative one, and not applying a phase rotation to the remaining beamforming vectors of the first pre-coding matrix so as to reduce transmission power variations across two or more orthogonal frequency domain modulation (OFDM) symbols corresponding to the set of RBs, applying the modified pre-coding matrix to one or more demodulation reference signals and data associated with the portion of the set of RBs for transmission using at least one antenna.
An electronic device comprising: a display; a speaker; and an inner structure comprising a front surface on which the display is seated and a rear surface having a seating portion formed thereon for the speaker and a side surface connecting the front surface and the rear surface; the inner structure comprises: a first space connected to the seating portion of the inner structure; a second space formed to be open toward the front surface of the inner structure and connected to the first space; a duct connected to the second space; a sealing plate positioned between the front surface of the inner structure and the display so as to seal a part of the second space, which is open toward the front surface of the inner structure; a first open area of a passage part that connects the second space and the first space is larger than a second open area (415") of a passage part that connects the second space and the duct . a display; a speaker; and an inner structure comprising a front surface on which the display is seated and a rear surface having a seating portion formed thereon for the speaker and a side surface connecting the front surface and the rear surface; the inner structure comprises: a first space connected to the seating portion of the inner structure; a second space formed to be open toward the front surface of the inner structure and connected to the first space; a duct connected to the second space; a sealing plate positioned between the front surface of the inner structure and the display so as to seal a part of the second space, which is open toward the front surface of the inner structure; a first open area of a passage part that connects the second space and the first space is larger than a second open area (415") of a passage part that connects the second space and the duct . a first space connected to the seating portion of the inner structure; a second space formed to be open toward the front surface of the inner structure and connected to the first space; a duct connected to the second space; a sealing plate positioned between the front surface of the inner structure and the display so as to seal a part of the second space, which is open toward the front surface of the inner structure; a first open area of a passage part that connects the second space and the first space is larger than a second open area (415") of a passage part that connects the second space and the duct .
A Wireless Local Area Network, WLAN, communications apparatus (5-2) in a wireless communications system , the WLAN communications apparatus (5-2) comprising: means for receiving first channel status information for a WLAN channel from a user equipment, UE, , the first channel status information for a WLAN channel being based on whether the WLAN channel is busy, the WLAN channel being a channel on which the UE is communicating with the WLAN communications apparatus (5-2); and means for determining a WLAN channel availability using the first channel status information and for reporting the WLAN channel availability, as second channel status information for the WLAN channel, to an Evolved Universal Terrestrial Radio Access Network, E-UTRAN, communications apparatus (5-1), for LTE-WLAN aggregation. means for receiving first channel status information for a WLAN channel from a user equipment, UE, , the first channel status information for a WLAN channel being based on whether the WLAN channel is busy, the WLAN channel being a channel on which the UE is communicating with the WLAN communications apparatus (5-2); and means for determining a WLAN channel availability using the first channel status information and for reporting the WLAN channel availability, as second channel status information for the WLAN channel, to an Evolved Universal Terrestrial Radio Access Network, E-UTRAN, communications apparatus (5-1), for LTE-WLAN aggregation.
A sample collection device for collecting a blood sample of a patient, the sample collection device at least comprising: - a first partially deformable shell , - a second at least partially pierceable shell , wherein in the mounted state of the collection device a pre-packaged vacuum is sealed between the first shell and the second shell , further wherein the second shell holds in the mounted state a sample container and an automatic mechanical cutting mechanism comprising a rotatable cutting blade and an actuator spring , the actuator spring being actuatable by pressing the first shell , thereby releasing and rotating the cutting blade , further wherein by pressing the first shell the pre-packaged vacuum is released to a collection opening of the second shell such that the vacuum effects a suction effect such that blood coming out of the incision created by the rotatable cutting blade leaks into the sample container . - a first partially deformable shell , - a second at least partially pierceable shell , wherein in the mounted state of the collection device a pre-packaged vacuum is sealed between the first shell and the second shell , further wherein the second shell holds in the mounted state a sample container and an automatic mechanical cutting mechanism comprising a rotatable cutting blade and an actuator spring , the actuator spring being actuatable by pressing the first shell , thereby releasing and rotating the cutting blade , further wherein by pressing the first shell the pre-packaged vacuum is released to a collection opening of the second shell such that the vacuum effects a suction effect such that blood coming out of the incision created by the rotatable cutting blade leaks into the sample container .