mhurhangee/patent-ind-claim-en huggingface dataset:
Micro-gas turbine plant comprising a combustion chamber for generating exhaust gas by combustion of fuel supplied from the combustion chamber , a turbine which is arranged downstream of the combustion chamber in an exhaust gas line and is intended for expanding the exhaust gas to a pressure below atmospheric pressure, a compressor which is arranged downstream of the turbine and a device which is associated with the turbine and is intended for extracting energy, the combustion chamber having a primary gas supply for adding primary gas, in particular primary air, which participates in the combustion in a primary combustion zone , secondary gas, in particular secondary air, additionally being supplied in the combustion chamber downstream of the primary combustion zone , and at least one setting device for setting the ratio between the primary gas and the secondary gas during operation of the micro-gas turbine arrangement being arranged upstream of the combustion chamber , at least two separate gas supply lines, a primary gas supply line and a secondary gas supply line , in addition to a fuel supply line , being associated with the combustion chamber for the separate supply of the primary and the secondary gas, the micro-gas turbine arrangement additionally comprising a recuperator unit through which, during operation, the gas to be supplied from the combustion chamber flows in order to preheat said gas, and through which exhaust gas flows downstream of the turbine , characterized in that a splitting point for splitting the gas into the separate gas supply lines is arranged upstream of the recuperator unit and in that the at least one setting device is arranged downstream of the splitting point and upstream of the recuperator unit .
A surgical cannula for providing insufflation gases to a surgical cavity and venting gases from the surgical cavity, the cannula comprising: a cannula upper housing ; an elongate shaft extending from the cannula upper housing ; wherein the cannula upper housing and elongate shaft comprise a first lumen comprising a first lumen inlet and a first lumen outlet, the first lumen configured to receive insufflation gases from an inlet in the cannula upper housing and deliver the insufflation gases from an outlet proximate a distal end of the elongate shaft and into the surgical cavity, wherein the first lumen inlet is configured to be in fluid communication with a first source of the insufflation gases; and wherein the cannula upper housing and elongate shaft comprise a second lumen comprising a second lumen inlet and a second lumen outlet, the second lumen configured to receive gases through the second lumen inlet from the surgical cavity and vent the gases through the second lumen outlet outside the surgical cavity, wherein the second lumen is in fluid communication with a venting element operably connected to the surgical cannula, and characterized in that the first lumen and the second lumen are offset non-concentric with respect to each other. a cannula upper housing ; an elongate shaft extending from the cannula upper housing ; wherein the cannula upper housing and elongate shaft comprise a first lumen comprising a first lumen inlet and a first lumen outlet, the first lumen configured to receive insufflation gases from an inlet in the cannula upper housing and deliver the insufflation gases from an outlet proximate a distal end of the elongate shaft and into the surgical cavity, wherein the first lumen inlet is configured to be in fluid communication with a first source of the insufflation gases; and wherein the cannula upper housing and elongate shaft comprise a second lumen comprising a second lumen inlet and a second lumen outlet, the second lumen configured to receive gases through the second lumen inlet from the surgical cavity and vent the gases through the second lumen outlet outside the surgical cavity, wherein the second lumen is in fluid communication with a venting element operably connected to the surgical cannula, and characterized in that the first lumen and the second lumen are offset non-concentric with respect to each other.
An interface device for controlling a plurality of medical devices the interface device comprising: a processor; a memory; a plurality of first hardware connection ports each configured to connect to a corresponding data interface of a medical device; and at least one second hardware port configured to connect to a third-party device, wherein the memory embodies program instructions that configure the processor to recognize at least one first-party communication protocol that is a proprietary protocol used to communicate with one or more of the medical devices via the first hardware connection ports and to act as a server for client requests from the third-party device, according to a second communication protocol, via the second hardware port wherein communicating according to the second communication protocol comprises establishing a client-server relationship with the third-party device, and wherein the second communication protocol differs from the at least one first-party communication protocol, and comprises a TCP/IP protocol wherein each medical device is assigned a unique TCP/IP port number for use by the third-party device in identifying a selected one of the medical devices for requesting data from or providing commands to said selected medical device a processor; a memory; a plurality of first hardware connection ports each configured to connect to a corresponding data interface of a medical device; and at least one second hardware port configured to connect to a third-party device, wherein the memory embodies program instructions that configure the processor to recognize at least one first-party communication protocol that is a proprietary protocol used to communicate with one or more of the medical devices via the first hardware connection ports and to act as a server for client requests from the third-party device, according to a second communication protocol, via the second hardware port wherein communicating according to the second communication protocol comprises establishing a client-server relationship with the third-party device, and wherein the second communication protocol differs from the at least one first-party communication protocol, and comprises a TCP/IP protocol wherein each medical device is assigned a unique TCP/IP port number for use by the third-party device in identifying a selected one of the medical devices for requesting data from or providing commands to said selected medical device
A method of wireless communication performed by an apparatus, comprising: assigning resources for Demodulation Reference signals, DMRS, corresponding to each of two or more data streams, wherein the resources assigned to each of the data streams are staggered in frequency and span two or more Orthogonal Frequency Division Multiplexing, OFDM, symbols; transmitting the DMRS using the assigned resources; and further comprising for each data stream, using a different code sequence in two or more of the OFDM symbols to transmit DMRS corresponding to the data stream. assigning resources for Demodulation Reference signals, DMRS, corresponding to each of two or more data streams, wherein the resources assigned to each of the data streams are staggered in frequency and span two or more Orthogonal Frequency Division Multiplexing, OFDM, symbols; transmitting the DMRS using the assigned resources; and further comprising for each data stream, using a different code sequence in two or more of the OFDM symbols to transmit DMRS corresponding to the data stream.
A mechanical train for driving a motor vehicle, preferably a commercial vehicle, comprising: a housing which is sealed for receiving a lubricant and has at least one housing wall ; a mechanism which is arranged in the housing , is wetted by the lubricant, and has at least one shaft for the transmission of drive power in the longitudinal direction; and a multiplicity of ducts for receiving a fluid, wherein at least sections of the ducts running within the housing wall in the longitudinal direction and being separated from the lubricant by way of the housing wall, and wherein the ducts are fluidly connectable to a hydraulic system, a first module being arranged at a first end of the mechanical train and a second module being arranged at a second end of the mechanical train opposite the first end in the longitudinal direction, and the first module and the second module being in fluid connection via the ducts , characterized in that the ducts are in fluid connection with a brake booster at the first end and with at least one brake cylinder at the second end. a housing which is sealed for receiving a lubricant and has at least one housing wall ; a mechanism which is arranged in the housing , is wetted by the lubricant, and has at least one shaft for the transmission of drive power in the longitudinal direction; and a multiplicity of ducts for receiving a fluid, wherein at least sections of the ducts running within the housing wall in the longitudinal direction and being separated from the lubricant by way of the housing wall, and wherein the ducts are fluidly connectable to a hydraulic system, a first module being arranged at a first end of the mechanical train and a second module being arranged at a second end of the mechanical train opposite the first end in the longitudinal direction, and the first module and the second module being in fluid connection via the ducts , characterized in that the ducts are in fluid connection with a brake booster at the first end and with at least one brake cylinder at the second end.
Appliance for separating and sorting waste, comprising: - a frame , - a ring having an opening, said ring being pivotable relative to the frame about an axis that is located outside the opening, - an actuator (32/35) suitable for actuating the pivoting of the ring about said axis , so as to position the ring in a position, said position being one among several predefined positions, such that each position allows the drop-off and collection of waste in a different container or compartment, characterized in that the appliance also comprises a flexible tube having a proximal end and a distal end, the proximal end being suitable for receiving the waste, the distal end being connected to the ring such that the waste passes through the opening of the ring. - a frame , - a ring having an opening, said ring being pivotable relative to the frame about an axis that is located outside the opening, - an actuator (32/35) suitable for actuating the pivoting of the ring about said axis , so as to position the ring in a position, said position being one among several predefined positions, such that each position allows the drop-off and collection of waste in a different container or compartment,
A work machine comprising: a work implement that is attached to a machine body , and has a plurality of front implement members including a work tool ; a plurality of actuators that drive the machine body and the plurality of front implement members ; an operation device that operates the plurality of actuators ; a posture sensor that senses postural data about the machine body and the work implement ; an operation sensor that senses operation data about the operation device; and a controller that is capable of controlling the work implement by using excavation assistance control of controlling the work implement such that the work tool moves along a predetermined target excavation surface and deviation prevention control of preventing deviation of the work implement from a predetermined work area by decelerating or stopping operation of a subject front implement member that is included in the plurality of front implement members and that can deviate the work implement from the work area , wherein the controller is configured to control the work implement such that when the controller controls the work implement by using both the excavation assistance control and the deviation prevention control, an operation direction of the work tool approximates to an operation direction of the work tool that is to be generated when the work implement is controlled by using only the excavation assistance control. a work implement that is attached to a machine body , and has a plurality of front implement members including a work tool ; a plurality of actuators that drive the machine body and the plurality of front implement members ; an operation device that operates the plurality of actuators ; a posture sensor that senses postural data about the machine body and the work implement ; an operation sensor that senses operation data about the operation device; and a controller that is capable of controlling the work implement by using excavation assistance control of controlling the work implement such that the work tool moves along a predetermined target excavation surface and deviation prevention control of preventing deviation of the work implement from a predetermined work area by decelerating or stopping operation of a subject front implement member that is included in the plurality of front implement members and that can deviate the work implement from the work area , wherein the controller is configured to control the work implement such that when the controller controls the work implement by using both the excavation assistance control and the deviation prevention control, an operation direction of the work tool approximates to an operation direction of the work tool that is to be generated when the work implement is controlled by using only the excavation assistance control.
An aerosol-cooling element for use with an apparatus for heating smokable material, the element being a monolithic rod having first and second ends and comprising internal walls that define plural through holes extending between the first and second ends, characterized in that the through holes are arranged generally radially of the element when viewed in lateral cross-section, wherein the internal walls comprise radial walls that extend along radii of the cross-section of the element and central walls that are centred on the centre of the cross-section of the element .
An electronic device , comprising: a housing including a first plate facing in a first direction , a second plate facing in a second direction opposite to the first direction , and a lateral member surrounding a space between the first plate and the second plate ; at least one hinge structure disposed at an edge of the second plate ; a stand member that is configured to be opened or closed at an angle (Θ1) from the second plate through the at least one hinge structure ; and a display disposed in the space and being visible through at least a portion of the first plate , characterized in that the second plate includes an engaging stopper formed by a first terminating plane near the at least one hinge structure , wherein the stand member includes a first stopper formed by a second terminating plane facing the engaging stopper of the second plate , wherein the angle (θ1) is determined when the first stopper meets the engaging stopper when the stand member is opened from the second plate , wherein the first plate includes an extended portion near the at least one hinge structure , wherein the extended portion overlaps with at least a portion of the stand member , wherein when the stand member is rotated, the at least a portion of the stand member contacts the extended portion , and wherein the extended portion is formed in a curvilinear shape. a housing including a first plate facing in a first direction , a second plate facing in a second direction opposite to the first direction , and a lateral member surrounding a space between the first plate and the second plate ; at least one hinge structure disposed at an edge of the second plate ; a stand member that is configured to be opened or closed at an angle (Θ1) from the second plate through the at least one hinge structure ; and a display disposed in the space and being visible through at least a portion of the first plate , characterized in that the second plate includes an engaging stopper formed by a first terminating plane near the at least one hinge structure , wherein the stand member includes a first stopper formed by a second terminating plane facing the engaging stopper of the second plate , wherein the angle (θ1) is determined when the first stopper meets the engaging stopper when the stand member is opened from the second plate , wherein the first plate includes an extended portion near the at least one hinge structure , wherein the extended portion overlaps with at least a portion of the stand member , wherein when the stand member is rotated, the at least a portion of the stand member contacts the extended portion , and wherein the extended portion is formed in a curvilinear shape.
A client packet processing method, applicable for a source node device, comprising: slicing and encapsulating a client packet based on a preset slice length, and adding a tag value to each slice , wherein the tag value is used to identify characteristic information of the client packet in the slice; and outputting encapsulated slices (S102); characterized in that slicing and encapsulating the client packet according to the preset slice length comprises: in response to information amount of the client packet being less than the preset slice length, encapsulating the client packet after filling positions that fall short of the preset slice length with idle information; and in response to one slice comprising multiple client packets of the same client, encapsulating a length of the client packet before each client packet in the slice. slicing and encapsulating a client packet based on a preset slice length, and adding a tag value to each slice , wherein the tag value is used to identify characteristic information of the client packet in the slice; and outputting encapsulated slices (S102); characterized in that slicing and encapsulating the client packet according to the preset slice length comprises: in response to information amount of the client packet being less than the preset slice length, encapsulating the client packet after filling positions that fall short of the preset slice length with idle information; and in response to one slice comprising multiple client packets of the same client, encapsulating a length of the client packet before each client packet in the slice. in response to information amount of the client packet being less than the preset slice length, encapsulating the client packet after filling positions that fall short of the preset slice length with idle information; and in response to one slice comprising multiple client packets of the same client, encapsulating a length of the client packet before each client packet in the slice.
A pad comprising a substantially flat sheet having first and second opposite substantially planar faces , wherein the pad further includes a plurality of raised formations , each raised formation having a main region extending from the first or second face , and each raised formation having an apex region spaced from the respective first or second face , wherein a plurality of the raised formations are provided on each of the first and second faces , characterised in that the thickness of the pad at regions at which one of the raised formations is present is substantially 30% greater than regions of the pad devoid of the aforesaid raised formations .
A shaving blade cartridge comprising: - a housing extending longitudinally along a longitudinal axis (X-X) having a top side and a bottom side opposite to the top side and front and rear longitudinal sides , each front and rear longitudinal sides extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides , - a primary cutting element mounted on the housing between the front and rear longitudinal sides , said primary cutting element having a cutting edge facing forwardly toward the front longitudinal side , - a primary cover located rearward of the primary cutting element , - a primary guard located forward of the primary cutting element and, - a trimming element mounted on the housing , said trimming element having a trimming edge , the trimming element being located forward of the primary cutting element , the trimming edge facing toward another direction than the rear longitudinal side , characterized in that the trimming edge is facing toward the bottom side . - a housing extending longitudinally along a longitudinal axis (X-X) having a top side and a bottom side opposite to the top side and front and rear longitudinal sides , each front and rear longitudinal sides extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides , - a primary cutting element mounted on the housing between the front and rear longitudinal sides , said primary cutting element having a cutting edge facing forwardly toward the front longitudinal side , - a primary cover located rearward of the primary cutting element , - a primary guard located forward of the primary cutting element and, - a trimming element mounted on the housing , said trimming element having a trimming edge , the trimming element being located forward of the primary cutting element , the trimming edge facing toward another direction than the rear longitudinal side , characterized in that the trimming edge is facing toward the bottom side .
Access node configured for determining at least one beamforming parameter for communication between the access node and a user node , the access node comprising - a first-band receiver for receiving at least one first signal from the user node on a first frequency band (F1); - a determination module for determining at least one first beamforming parameter based on the received first signal; and - a second-band transmitter for sending, with a transmit beam that is configured based on the determined first beamforming parameter, on a second frequency band (F2) at least one second signal to the user node; wherein the first frequency band comprises lower frequencies than the second frequency band; wherein the at least one second signal comprises a plurality of training signals and wherein the access node comprises a first-band transmitter for sending (S125) on the first frequency band (F1) an information about the plurality of training signals to the user node ; wherein the information about the plurality of training signals includes at least one of the plurality of training signals, a transmit antenna beam pattern, a plurality of identifiers for a plurality of transmit antenna beams or a plurality of identifiers for a plurality of receive antenna beams. - a first-band receiver for receiving at least one first signal from the user node on a first frequency band (F1); - a determination module for determining at least one first beamforming parameter based on the received first signal; and - a second-band transmitter for sending, with a transmit beam that is configured based on the determined first beamforming parameter, on a second frequency band (F2) at least one second signal to the user node;