mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustment system comprising: - a strap having a thickness that is smaller than a width that is itself smaller than a length, the strap being divided into a first strand and a second strand ; - an adjustment buckle configured to perform adjustment of the strap , the adjustment buckle defining a channel receiving the strap , the strap being able to slide in the channel by pulling on the first strand or the second strand , the channel having a width at least equal to the width of the strap and a height strictly larger than the thickness of the strap ; wherein the adjustment buckle has a body , a partitioning wall and a cover that define the channel, the strap being inserted in the body via the first strand and passing round the partitioning wall to define a loop and exit from the body via the second strand ; the cover being facing the strap in a first direction to form an obstacle to enlargement of the loop, wherein the first direction is a direction of measurement of the thickness of the strap between two deformation points of the strap , the two deformation points corresponding to two contact points between the strap and the partitioning wall between which the strap makes a U-turn, characterized in that the cover and the partitioning wall define a slot for the strap to pass through and the cover is separated from the partitioning wall by a distance strictly larger than the thickness of the strap and less than three times the thickness of the strap , so as not to impede the sliding of the strap. - a strap having a thickness that is smaller than a width that is itself smaller than a length, the strap being divided into a first strand and a second strand ; - an adjustment buckle configured to perform adjustment of the strap , the adjustment buckle defining a channel receiving the strap , the strap being able to slide in the channel by pulling on the first strand or the second strand , the channel having a width at least equal to the width of the strap and a height strictly larger than the thickness of the strap ; wherein the adjustment buckle has a body , a partitioning wall and a cover that define the channel, the strap being inserted in the body via the first strand and passing round the partitioning wall to define a loop and exit from the body via the second strand ; the cover being facing the strap in a first direction to form an obstacle to enlargement of the loop, wherein the first direction is a direction of measurement of the thickness of the strap between two deformation points of the strap , the two deformation points corresponding to two contact points between the strap and the partitioning wall between which the strap makes a U-turn, characterized in that the cover and the partitioning wall define a slot for the strap to pass through and the cover is separated from the partitioning wall by a distance strictly larger than the thickness of the strap and less than three times the thickness of the strap , so as not to impede the sliding of the strap.
Assembly for a vehicle , especially a rail vehicle, which - comprises an undercarriage unit with at least a first wheel set (14.1, 14.2) supported on a track and a main body supported on the first wheel set (14.1, 14.2), having a coupling mechanism for mechanical coupling to at least one car body (26; 27) of the vehicle , - at least a first driving motor (30.1, 30.2), which is provided for driving the first wheel set (14.1, 14.2), - at least one power supply unit , which is provided to supply the driving motor (30.1, 30.2) with electric power and comprises at least one inverter unit (42.1, 42.2), at least one constituent part of the power supply unit being arranged in a region of the undercarriage unit , characterized by - a mounting unit (48; 78; 84) for the mounting of the at least one constituent part of the power supply unit , and - a suspension unit (74; 80; 88) by which the at least one constituent part of the power supply unit is sprung at least against the first wheel set (14.1, 14.2), the suspension unit having a spring device by which the mounting unit is sprung against the main body . - comprises an undercarriage unit with at least a first wheel set (14.1, 14.2) supported on a track and a main body supported on the first wheel set (14.1, 14.2), having a coupling mechanism for mechanical coupling to at least one car body (26; 27) of the vehicle , - at least a first driving motor (30.1, 30.2), which is provided for driving the first wheel set (14.1, 14.2), - at least one power supply unit , which is provided to supply the driving motor (30.1, 30.2) with electric power and comprises at least one inverter unit (42.1, 42.2), at least one constituent part of the power supply unit being arranged in a region of the undercarriage unit , - a mounting unit (48; 78; 84) for the mounting of the at least one constituent part of the power supply unit , and - a suspension unit (74; 80; 88) by which the at least one constituent part of the power supply unit is sprung at least against the first wheel set (14.1, 14.2), the suspension unit having a spring device by which the mounting unit is sprung against the main body .
A method for handling a radio link failure, RLF, in a new radio, NR, of wireless communication system comprising a master cell group, MCG, and a secondary cell group, SCG, the method performed by a user equipment, UE , and comprising: receiving a measurement configuration comprising information regarding a second timer from a secondary node, SN ; in case that a measurement report type is set to event-triggered and a measurement report event is triggered, identifying the second timer for a Primary SCG cell, PSCell; starting the second timer in case that a first timer for the PSCell is running; detecting an expiry of one of: the first timer and the second timer for the PSCell; declaring a SCG RLF upon expiry of one of the first timer and the second timer ; and initiating a SCG failure procedure upon declaring the SCG RLF. receiving a measurement configuration comprising information regarding a second timer from a secondary node, SN ; in case that a measurement report type is set to event-triggered and a measurement report event is triggered, identifying the second timer for a Primary SCG cell, PSCell; starting the second timer in case that a first timer for the PSCell is running; detecting an expiry of one of: the first timer and the second timer for the PSCell; declaring a SCG RLF upon expiry of one of the first timer and the second timer ; and initiating a SCG failure procedure upon declaring the SCG RLF.
A print apparatus comprising: a print head for ejecting ink to a print medium (W,51); a belt on which the print medium (W, 51) is capable of being mounted; a driving section configured to transport the print medium, when mounted on the belt , by moving the belt ; a specifying section configured to specify the print head to be adjusted using a test pattern; a position indication section configured to instruct a position of the print medium when the test pattern is printed on the print medium; and a driving controller configured to control the driving section, wherein the driving controller adjusts a position of the print medium by controlling the driving section relative to the print head to be adjusted specified by the specifying section ; and wherein the print head is configured to perform printing on a first print medium (W) for image printing and a second print medium which is the print medium on which the test pattern is to be printed and which is different from the first print medium, wherein the driving controller moves the belt in a first direction (F1) so as to transport the first print medium when the print head prints an image on the first print medium, and characterised in that the belt is moved in a second direction (F2) which is different from the first direction when the second print medium is moved to a position of the print head specified by the specifying section so that the test pattern is printed. a print head for ejecting ink to a print medium (W,51); a belt on which the print medium (W, 51) is capable of being mounted; a driving section configured to transport the print medium, when mounted on the belt , by moving the belt ; a specifying section configured to specify the print head to be adjusted using a test pattern; a position indication section configured to instruct a position of the print medium when the test pattern is printed on the print medium; and a driving controller configured to control the driving section, wherein the driving controller adjusts a position of the print medium by controlling the driving section relative to the print head to be adjusted specified by the specifying section ; and wherein the print head is configured to perform printing on a first print medium (W) for image printing and a second print medium which is the print medium on which the test pattern is to be printed and which is different from the first print medium, wherein the driving controller moves the belt in a first direction (F1) so as to transport the first print medium when the print head prints an image on the first print medium, and characterised in that the belt is moved in a second direction (F2) which is different from the first direction when the second print medium is moved to a position of the print head specified by the specifying section so that the test pattern is printed.
An aqueous vapor space anticorrosive composition comprising at least one ethoxylate of castor oil as a corrosion inhibitor and at least one thickener, wherein the vapor space anticorrosive composition has non-Newtonian properties and wherein the thickener comprises at least one polyacrylate and at least one surfactant.
A gyrator for alternating current signals, comprising a Hall effect material, means for coupling a first alternating current (I 1 ; I 4 ) into the Hall effect material, means for enforcing the Hall effect material with a magnetic field being perpendicular to its plane or surface area as well as means for the conversion of a second current (I 3 ; I 2 ), which was generated by the first current I 1 being perpendicular to the electrical field in the Hall effect material generated by I 1 , into a output voltage (U 4 ; U 1 ), wherein the Hall effect material is a material, which has a Hall angle θ H of at least 80 degrees at a magnetic field strength of 1 T, wherein the gyrator comprises a first transformer for the coupling of the first current (I 1 ; I 4 ) into the Hall effect material and a second transformer for the conversion of the second current (I 3 ; I 2 ) in the Hall effect material into the output voltage (U 4 ; U 1 ), wherein the first transformer and the second transformer each comprise at least one conductor loop (1a; 2a) made of a normally conductive or semi-conductive material and at least one conductor loop (1; 2) made of the Hall effect material, wherein the Hall effect material is arranged in the said at least two conductor loops (1; 2) made of the Hall effect material in such a way, that when a magnetic field is applied, an electromotive force in one of the conductor loops made of the Hall effect material of the first transformer causes a current flow mainly in one of the conductor loops made of the Hall effect material of the second transformer.
Fishing system , comprising: - a fishing net for catching shrimps or fish; - transfer means connected operatively to the fishing net for bringing on board the caught shrimps or fish; - an automatic detection device configured to detect, classify and if desired sort the shrimps or fish brought on board; - a registration system connected operatively to the detection device and configured to receive, store and read and/or transmit data obtained with the detection device about the shrimps or fish brought on board, wherein the data comprise information about the quantity, classification and location of the caught shrimps or fish, wherein said fishing system further comprises a location determining system connected operatively to the registration system for linking location data to a registration of a catch, and wherein the registration system is configured to generate an alarm if the catch falls outside and/or exceeds one or more of the catch criteria and/or comes close to doing so. - a fishing net for catching shrimps or fish; - transfer means connected operatively to the fishing net for bringing on board the caught shrimps or fish; - an automatic detection device configured to detect, classify and if desired sort the shrimps or fish brought on board; - a registration system connected operatively to the detection device and configured to receive, store and read and/or transmit data obtained with the detection device about the shrimps or fish brought on board,
A method , comprising: operating a gas turbine engine ; determining a power output of the gas turbine engine under new and clean conditions as a base output value ; determining a predicted lifespan based on a product life of a first component of the gas turbine engine at the base output value; determining a target lifespan of a second component of the gas turbine engine that is different from the first component, based on the product life of the second component of the gas turbine engine that is scheduled for maintenance outage at a maintenance date preceding the maintenance dates of the other components including the first component of the gas turbine engine ; comparing the target lifespan with the predicted lifespan and determining a calculated power output value that is greater than the base output value if the target lifespan is shorter than the predicted lifespan, such that the difference of the predicted lifespan minus the target lifespan is exchanged for increased total power output of the gas turbine engine ; monitoring a power output value of the gas turbine engine ; comparing the power output value to the calculated power output value; and adjusting an operating condition of the gas turbine engine such that a difference between the power output value and the calculated power output value is less than a threshold value. operating a gas turbine engine ; determining a power output of the gas turbine engine under new and clean conditions as a base output value ; determining a predicted lifespan based on a product life of a first component of the gas turbine engine at the base output value; determining a target lifespan of a second component of the gas turbine engine that is different from the first component, based on the product life of the second component of the gas turbine engine that is scheduled for maintenance outage at a maintenance date preceding the maintenance dates of the other components including the first component of the gas turbine engine ; comparing the target lifespan with the predicted lifespan and determining a calculated power output value that is greater than the base output value if the target lifespan is shorter than the predicted lifespan, such that the difference of the predicted lifespan minus the target lifespan is exchanged for increased total power output of the gas turbine engine ; monitoring a power output value of the gas turbine engine ; comparing the power output value to the calculated power output value; and adjusting an operating condition of the gas turbine engine such that a difference between the power output value and the calculated power output value is less than a threshold value.
A data retransmission method, comprising: transmitting , by a first device, data to a second device by using a first carrier, wherein the first carrier is an unlicensed carrier; obtaining , by the first device, status information of the first carrier, wherein the status information is used to determine whether the first carrier is available; and when the first carrier is unavailable, retransmitting , by the first device, the data to the second device by using a second carrier, wherein the first carrier and the second carrier are different carriers, further comprising: sending, by the first device, control signaling to the second device, wherein the control signaling is used to indicate the data, wherein the first device is user equipment and the second device is user equipment. transmitting , by a first device, data to a second device by using a first carrier, wherein the first carrier is an unlicensed carrier; obtaining , by the first device, status information of the first carrier, wherein the status information is used to determine whether the first carrier is available; and when the first carrier is unavailable, retransmitting , by the first device, the data to the second device by using a second carrier, wherein the first carrier and the second carrier are different carriers, further comprising: sending, by the first device, control signaling to the second device, wherein the control signaling is used to indicate the data, wherein the first device is user equipment and the second device is user equipment.
A respiratory system configured to deliver high flow therapy or bubble CPAP therapy, wherein the respiratory system comprises: a respiratory device that comprises a flow generator , a humidifier in fluid communication with the flow generator , a controller configured to control the flow generator , an inspiratory conduit in fluid communication with the humidifier , and wherein the respiratory device is changeable between a high flow therapy mode and a Bubble CPAP therapy mode, wherein in the high flow therapy mode the respiratory device is configured to provide high flow therapy and in the bubble CPAP therapy mode the respiratory device is configured to provide bubble CPAP therapy, wherein a user can select the high flow therapy mode, or the bubble CPAP therapy mode. a respiratory device that comprises a flow generator , a humidifier in fluid communication with the flow generator , a controller configured to control the flow generator , an inspiratory conduit in fluid communication with the humidifier , and wherein the respiratory device is changeable between a high flow therapy mode and a Bubble CPAP therapy mode, wherein in the high flow therapy mode the respiratory device is configured to provide high flow therapy and in the bubble CPAP therapy mode the respiratory device is configured to provide bubble CPAP therapy, wherein a user can select the high flow therapy mode, or the bubble CPAP therapy mode.
A cookware assembly or set comprising: at least one cookware vessel of a substantially square peripheral exterior and interior form when viewed in plan, wherein the vessel has an attachment location on at least one of the four sides, the attachment location being a relief in the vessel's rim suitable for handle engagement, and a handle selectively engageable at the or any one of said attachment locations , the handle with both proximal and distal end regions having a pair of jaw elements at the proximal region for facilitating engagement to an attachment location such that a first jaw of the jaw pair locates substantially inside the vessel and a second jaw of the jaw pair locates substantially outside of the vessel the first jaw being a fixed jaw element and the second jaw being a sliding jaw element configured to move relative to the fixed jaw element , and a lid assembly able to fit on the cookware vessel and to close, or at least substantially close, the cookware vessel , wherein the relief in the rim restricts movement of an attached handle along the rim of the vessel , said lid assembly comprising a lid body , said lid body includes a relief substantially on its periphery to accommodate the handle when the handle is engaged at an attachment location . at least one cookware vessel of a substantially square peripheral exterior and interior form when viewed in plan, wherein the vessel has an attachment location on at least one of the four sides, the attachment location being a relief in the vessel's rim suitable for handle engagement, and a handle selectively engageable at the or any one of said attachment locations , the handle with both proximal and distal end regions having a pair of jaw elements at the proximal region for facilitating engagement to an attachment location such that a first jaw of the jaw pair locates substantially inside the vessel and a second jaw of the jaw pair locates substantially outside of the vessel the first jaw being a fixed jaw element and the second jaw being a sliding jaw element configured to move relative to the fixed jaw element , and a lid assembly able to fit on the cookware vessel and to close, or at least substantially close, the cookware vessel , wherein the relief in the rim restricts movement of an attached handle along the rim of the vessel , said lid assembly comprising a lid body , said lid body includes a relief substantially on its periphery to accommodate the handle when the handle is engaged at an attachment location .
A method for manufacturing a housing , comprising: providing a cover body comprising a slot defined therein; wherein the cover body comprises a first surface and a second surface opposite to each other; filling a first material into the slot ; and filling up the slot with a second material; characterized in that , the first surface is an inner surface that is oriented towards components received in the housing ; both the first material and the second material are liquid glue, and a viscosity of the first material is less than a viscosity of the second material; a filling amount of the first material is less than a filling amount of the second material, and the first material is located closer to the first surface than the second material; before filling the second material into the slot , the method further comprises: forming a first sealing member by curing the first material and cooling the first material. providing a cover body comprising a slot defined therein; wherein the cover body comprises a first surface and a second surface opposite to each other; filling a first material into the slot ; and filling up the slot with a second material; characterized in that , the first surface is an inner surface that is oriented towards components received in the housing ; both the first material and the second material are liquid glue, and a viscosity of the first material is less than a viscosity of the second material; a filling amount of the first material is less than a filling amount of the second material, and the first material is located closer to the first surface than the second material; before filling the second material into the slot , the method further comprises: forming a first sealing member by curing the first material and cooling the first material.
Aircraft having: - a structure , - a fuselage fixed to the structure , - a floor fixed to the structure and installed in the fuselage , separating an interior volume of the fuselage into a passenger space above the floor and a hold beneath the floor , wherein the floor has openings between the passenger space and the hold , and characterized in that , for each opening , said aircraft has a shut-off system having a flap mounted on the structure in a manner hinged along a hinge line between a standby position in which the flap does not shut off the opening and a protective position in which the flap shuts off the opening , return means that urge the flap into the protective position and a retaining element that keeps the flap in the standby position and breaks when its temperature exceeds its melting point. - a structure , - a fuselage fixed to the structure , - a floor fixed to the structure and installed in the fuselage , separating an interior volume of the fuselage into a passenger space above the floor and a hold beneath the floor , wherein the floor has openings between the passenger space and the hold , and