mhurhangee/patent-ind-claim-en huggingface dataset:
System for the dynamic reading of the data from the transponders of at least two tyres of a vehicle, said tyres being disposed laterally from each other on the same side of said vehicle, including: - at least two antennas capable of receiving data transmitted by the transponders ; - a reader capable of being coupled to said antennas to read and store the data from the transponders ;and - a controllable switch positioned between said antennas and said reader to provide a selective coupling between said reader and each of said antennas and; characterized in that each antenna having an effective reading distance in the direction of travel of said vehicle, the spacing between said two antennas is preferably equal to or less than half the sum of the effective reading distances of said two antennas , in that each antenna is associated with a sensor positioned upstream of the effective reading area covered by the antenna , said sensor emitting a signal associated with the passage of a tyre; and in that a programmable logic controller which controls the switch as a function of the signals of said tyre passage sensors . - at least two antennas capable of receiving data transmitted by the transponders ; - a reader capable of being coupled to said antennas to read and store the data from the transponders ;and - a controllable switch positioned between said antennas and said reader to provide a selective coupling between said reader and each of said antennas and;
A blade outer air seal for a gas turbine engine, comprising: a seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion ; a retention flange that extends from said leading edge portion ; and a leaf seal that contacts said retention flange ; wherein said leaf seal comprises a base portion , a radially outer sealing end , and a flexible arcuate portion coupling the base portion to the radially outer sealing end ; the base portion is disposed axially downstream of the retention flange relative to a direction of airflow along a core flow path of the gas turbine engine and is brazed to said retention flange and to said radially outer face of said seal body ; and wherein said radially outer sealing end includes a first sealing surface engaging a radially outer portion of the retention flange , the leaf seal extending in an axially upstream direction from the flexible arcuate portion to the engagement of the first sealing surface with the radially outer portion of the retention flange . a seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion ; a retention flange that extends from said leading edge portion ; and a leaf seal that contacts said retention flange ; wherein said leaf seal comprises a base portion , a radially outer sealing end , and a flexible arcuate portion coupling the base portion to the radially outer sealing end ; the base portion is disposed axially downstream of the retention flange relative to a direction of airflow along a core flow path of the gas turbine engine and is brazed to said retention flange and to said radially outer face of said seal body ; and wherein said radially outer sealing end includes a first sealing surface engaging a radially outer portion of the retention flange , the leaf seal extending in an axially upstream direction from the flexible arcuate portion to the engagement of the first sealing surface with the radially outer portion of the retention flange .
A system to dispense dry goods comprising: a receptacle for the dry goods; a spout for dispensing the dry goods via gravity flow from said receptacle; a valve between the receptacle and the spout controlling flow of said dry goods from said receptacle; said valve including flaps biased to a closed position blocking free flow of the dry goods from said receptacle; an actuator rotating said flaps; a controller configured to command said actuator to open and close said valve by rotating said flaps according to a program, and further configured to command said actuator to cause said valve to oscillate between a maximum opening position and a minimum opening position; and an activator for said controller; an adjustment interface for adjusting said maximum opening position. a receptacle for the dry goods; a spout for dispensing the dry goods via gravity flow from said receptacle; a valve between the receptacle and the spout controlling flow of said dry goods from said receptacle; said valve including flaps biased to a closed position blocking free flow of the dry goods from said receptacle; an actuator rotating said flaps; a controller configured to command said actuator to open and close said valve by rotating said flaps according to a program, and further configured to command said actuator to cause said valve to oscillate between a maximum opening position and a minimum opening position; and an activator for said controller; an adjustment interface for adjusting said maximum opening position.
Cooking vessel for a food processor comprising a heating element , wherein the heating element comprises a heating means for generating heat, and a heat exchanger having a heat receiving side (20.1), at which the heat exchanger can be heated by the heating means , and a heat delivery side (20.2) for heating food in the food processor , wherein the heat exchanger comprises an opening for an agitator and a first functional layer on the heat delivery side (20.2), characterized in that, the heat exchanger comprises, at least in regions, a metallic heat-conducting layer which is arranged with the first functional layer in such a way that the heat generated by the heating means can be transferred from the heat-conducting layer to the first functional layer essentially over a surface area, wherein the heat conducting layer is arranged between the first functional layer and a second functional layer , wherein the heat exchanger comprises a metallic heat conducting plate , at least one first functional plate and a second functional plate , each of which comprises at least one shaped region (201.1, 202.1, 203.1), wherein the shaped regions (201.1, 202.1, 203.1) are connected to one another by pressing the shaped regions together, wherein a thickness of the shaped regions decreases, wherein an opening is provided in the heat exchanger .
A thrust reverser system of an aircraft, comprising: a set of cascades ; a track (280;380) located in the cascades , the track (280;380) including a first track end and a second track end ; a blocker door ; and a link (274;374) including a first link end coupled to the track (280;380) and a second link end coupled to the blocker door , wherein the cascades are configured to translate between a stowed position and a deployed position to cause the first link end to traverse the track (280;380), characterised in that the blocker door does not rotate while the link (274; 374) traverses the track (280; 380). a set of cascades ; a track (280;380) located in the cascades , the track (280;380) including a first track end and a second track end ; a blocker door ; and a link (274;374) including a first link end coupled to the track (280;380) and a second link end coupled to the blocker door , wherein the cascades are configured to translate between a stowed position and a deployed position to cause the first link end to traverse the track (280;380), characterised in that the blocker door does not rotate while the link (274; 374) traverses the track (280; 380).
A method for memory allocation, the method comprising: receiving , from a process, a memory allocation request for a memory system comprising a first channel having a first channel utilization and a second channel having a second channel utilization; selecting , based on the first channel utilization and the second channel utilization, the first channel; allocating , to the process, a page of memory from the first channel; and characterized by it comprises at least one of: (a) wherein the selecting comprises: initializing a value of a ticket by calculating a random number modulo a total number of free pages across all channels, comparing the value of the ticket to the number of free pages in the first channel, and selecting the first channel if the value of the ticket is less than or equal to the number of free pages in the first channel, and (b) wherein the memory allocation request comprises a requested order, and the allocating comprises checking a first group of one or more lists of pages, and the one or more lists of pages of the first group are based on a first order and arranged by channel. receiving , from a process, a memory allocation request for a memory system comprising a first channel having a first channel utilization and a second channel having a second channel utilization; selecting , based on the first channel utilization and the second channel utilization, the first channel; allocating , to the process, a page of memory from the first channel; and characterized by it comprises at least one of: (a) wherein the selecting comprises: initializing a value of a ticket by calculating a random number modulo a total number of free pages across all channels, comparing the value of the ticket to the number of free pages in the first channel, and selecting the first channel if the value of the ticket is less than or equal to the number of free pages in the first channel, and (b) wherein the memory allocation request comprises a requested order, and the allocating comprises checking a first group of one or more lists of pages, and the one or more lists of pages of the first group are based on a first order and arranged by channel. (a) wherein the selecting comprises: initializing a value of a ticket by calculating a random number modulo a total number of free pages across all channels, comparing the value of the ticket to the number of free pages in the first channel, and selecting the first channel if the value of the ticket is less than or equal to the number of free pages in the first channel, and initializing a value of a ticket by calculating a random number modulo a total number of free pages across all channels, comparing the value of the ticket to the number of free pages in the first channel, and selecting the first channel if the value of the ticket is less than or equal to the number of free pages in the first channel, and (b) wherein the memory allocation request comprises a requested order, and the allocating comprises checking a first group of one or more lists of pages, and the one or more lists of pages of the first group are based on a first order and arranged by channel.
Method for at least partially compensating a latency (t L ) when accelerating a motor vehicle , wherein, for carrying out a first acceleration procedure, an acceleration request is transmitted to an installation of the motor vehicle , and the installation accelerates the motor vehicle as a function of the acceleration request, wherein a first temporal point (t1) for initiating the first acceleration procedure is determined, wherein, prior to initiating the first acceleration procedure, an estimate (t s ) for the latency (t L ) between the transmission of the acceleration request and the acceleration of the motor vehicle is determined, wherein, for initiating the first acceleration procedure, the acceleration request is transmitted to the installation at a second temporal point (t0) which in relation to the first temporal point (t1) is earlier by the estimate (t s ) for the latency (t L ), characterized in that a travel trajectory for an autonomous driving procedure of the motor vehicle is determined, wherein the first temporal point (t1) is determined as a function of the determined travel trajectory , wherein the autonomous driving procedure represents a parking procedure of the motor vehicle into a parking bay , in particular wherein the motor vehicle during the parking procedure is guided on the determined travel trajectory .
A fuel dispenser , comprising: a media output device of the fuel dispenser ; a memory of the fuel dispenser , the memory storing instructions; a communication unit of the fuel dispenser ; and a processor of the fuel dispenser configured to execute the stored instructions and thereby cause a first request for media to be transmitted to an external media source using the communication unit , media received from the external media source in reply to the first request for media to be stored in the memory , the stored media to be output on the media output device to a user of the fuel dispenser , a second request for media to be transmitted to the external media source using the communication unit , the second request for media querying whether media data stored at the external media source has been updated since the first request for media was transmitted to the external media source using the communication unit , updated media received from the external media source in reply to the second request for media to be stored in the memory , and the stored updated media to be output on the media output device to a user of the fuel dispenser . a media output device of the fuel dispenser ; a memory of the fuel dispenser , the memory storing instructions; a communication unit of the fuel dispenser ; and a processor of the fuel dispenser configured to execute the stored instructions and thereby cause a first request for media to be transmitted to an external media source using the communication unit , media received from the external media source in reply to the first request for media to be stored in the memory , the stored media to be output on the media output device to a user of the fuel dispenser , a second request for media to be transmitted to the external media source using the communication unit , the second request for media querying whether media data stored at the external media source has been updated since the first request for media was transmitted to the external media source using the communication unit , updated media received from the external media source in reply to the second request for media to be stored in the memory , and the stored updated media to be output on the media output device to a user of the fuel dispenser . a first request for media to be transmitted to an external media source using the communication unit , media received from the external media source in reply to the first request for media to be stored in the memory , the stored media to be output on the media output device to a user of the fuel dispenser , a second request for media to be transmitted to the external media source using the communication unit , the second request for media querying whether media data stored at the external media source has been updated since the first request for media was transmitted to the external media source using the communication unit , updated media received from the external media source in reply to the second request for media to be stored in the memory , and the stored updated media to be output on the media output device to a user of the fuel dispenser .
A vaginal tissue closure system , comprising: a tissue approximation device having a shaft member defining a longitudinal axis and having a paddle at a distal end of the shaft having a breadth greater than the shaft extending in a direction away from the longitudinal axis; the paddle including a suction aperture defined therein, the suction aperture configured to apply negative pressure to vaginal tissue to maintain the tissue in close proximity to the paddle as the paddle moves relative to the longitudinal axis; and a tissue closure device including an end effector , the end effector supporting at least one suture , the end effector actuatable to position the at least one suture in vaginal tissue, the at least one suture separable from the tissue closure device to enable the at least one suture to close an opening formed in vaginal tissue, wherein the paddle extends to a lip defining a distal curl configured to conform to vaginal tissue, the distal lip defining at least one slot therethrough configured to enable the at least one suture to pass therethrough by manipulation of the tissue closure device. a tissue approximation device having a shaft member defining a longitudinal axis and having a paddle at a distal end of the shaft having a breadth greater than the shaft extending in a direction away from the longitudinal axis; the paddle including a suction aperture defined therein, the suction aperture configured to apply negative pressure to vaginal tissue to maintain the tissue in close proximity to the paddle as the paddle moves relative to the longitudinal axis; and a tissue closure device including an end effector , the end effector supporting at least one suture , the end effector actuatable to position the at least one suture in vaginal tissue, the at least one suture separable from the tissue closure device to enable the at least one suture to close an opening formed in vaginal tissue, wherein the paddle extends to a lip defining a distal curl configured to conform to vaginal tissue, the distal lip defining at least one slot therethrough configured to enable the at least one suture to pass therethrough by manipulation of the tissue closure device.
A watercraft comprising a hull which has a flow channel or with which a flow channel is associated, wherein the flow channel is associated with a motor-driven water acceleration arrangement, in particular a propeller , and wherein the motor is connected to an energy store , wherein two energy stores are installed in the hull , and wherein the energy stores are arranged on both sides of the central longitudinal plane running in the longitudinal direction of the hull , wherein a monitoring device is connected to a control electronics unit and monitors one or more operating states of the energy stores , wherein the control electronics unit comprises a switching device, by means of which one or both energy stores can be connected to the motor selectively, characterised in that the monitoring device monitors the temperature of the energy store , and, in the case of an inadmissible exceedance of a maximum temperature, said energy store is switched off by means of the switching device.
A pipe interior inspection robot for inspecting an inside of a pipe branched from a pipe header, the robot comprising: 1) a moving means having a structure capable of being introduced from a pipe base that is an inlet of the pipe header and capable of moving in the pipe header and being fixed to a pipe wall inside the pipe header at a desired position; 2) a mechanism for specifying a position of a pipe to be inspected; and 3) a mechanism for inspecting a condition inside the pipe to be inspected, characterized in that the mechanism for inspecting the condition inside the pipe to be inspected includes a water supply pipe for supplying water to the inlet of the pipe to be inspected, and a sensor for evaluating the condition inside the pipe to be inspected by utilizing a water flow generated by supplying water into the water supply pipe. 1) a moving means having a structure capable of being introduced from a pipe base that is an inlet of the pipe header and capable of moving in the pipe header and being fixed to a pipe wall inside the pipe header at a desired position; 2) a mechanism for specifying a position of a pipe to be inspected; and 3) a mechanism for inspecting a condition inside the pipe to be inspected,
A method of manufacturing an object by means of fused deposition modelling, the method successively comprising the steps of: - 3D printing a printable material to create a layer stack of printed material , wherein the layer stack bounds a space , wherein the layer stack has an inner stack surface and an outer stack surface , the inner stack surface facing towards the space and the outer stack surface facing away from the space , - providing a heat shrink onto the layer stack , wherein the heat shrink has an inner heat shrink surface and an outer heat shrink surface , the inner heat shrink surface facing towards the outer stack surface and the outer heat shrink surface facing away from the outer stack surface , and - applying heat to shrink the heat shrink so that the inner heat shrink surface is in physical contact with the outer stack surface and the heat shrink is conformal to the layer stack , wherein the layer stack is light transmissive, and wherein the heat shrink is arranged to provide an optical effect chosen from the group consisting of refraction, diffraction, reflection, diffusion and conversion. - 3D printing a printable material to create a layer stack of printed material , wherein the layer stack bounds a space , wherein the layer stack has an inner stack surface and an outer stack surface , the inner stack surface facing towards the space and the outer stack surface facing away from the space , - providing a heat shrink onto the layer stack , wherein the heat shrink has an inner heat shrink surface and an outer heat shrink surface , the inner heat shrink surface facing towards the outer stack surface and the outer heat shrink surface facing away from the outer stack surface , and - applying heat to shrink the heat shrink so that the inner heat shrink surface is in physical contact with the outer stack surface and the heat shrink is conformal to the layer stack , wherein the layer stack is light transmissive, and wherein the heat shrink is arranged to provide an optical effect chosen from the group consisting of refraction, diffraction, reflection, diffusion and conversion. wherein the layer stack is light transmissive, and wherein the heat shrink is arranged to provide an optical effect chosen from the group consisting of refraction, diffraction, reflection, diffusion and conversion.