mhurhangee/patent-ind-claim-en huggingface dataset:
A vegetated integrated formwork wall comprising: - a first skin , which is intended to be oriented in a first direction, and which has at least one primary through-opening ; - a second skin , which is intended to be oriented in a second direction opposite to the first direction, which is parallel to the first skin , and which is positioned at a determined distance from the first skin so as to define an internal volume ; - connecting means configured to connect the first skin and the second skin ; - on the one hand and at least inside at least part of said internal volume , a culture substrate (S) and, on the other hand, at least one primary holding means , which fills said at least one primary through opening , and which is configured to hold the culture substrate (S) at least inside said at least part of said internal volume ; - characterized in that, on the one hand, said at least one primary holding means comprises at least one trough which comprises at least one outer portion which extends or is intended to extend from said first skin and in the first direction and, on the other hand, it comprises mounting means which are configured to mount said at least one trough on the first skin . - a first skin , which is intended to be oriented in a first direction, and which has at least one primary through-opening ; - a second skin , which is intended to be oriented in a second direction opposite to the first direction, which is parallel to the first skin , and which is positioned at a determined distance from the first skin so as to define an internal volume ; - connecting means configured to connect the first skin and the second skin ; - on the one hand and at least inside at least part of said internal volume , a culture substrate (S) and, on the other hand, at least one primary holding means , which fills said at least one primary through opening , and which is configured to hold the culture substrate (S) at least inside said at least part of said internal volume ; - characterized in that, on the one hand, said at least one primary holding means comprises at least one trough which comprises at least one outer portion which extends or is intended to extend from said first skin and in the first direction and, on the other hand, it comprises mounting means which are configured to mount said at least one trough on the first skin .
A method, comprising: a Radio Frequency Identification, RFID, device setting a read power level of the device to an initial power level; the RFID device determining a floor read power level by iteratively interrogating a selected RFID label , proximate the RFID device while decreasing the read power level until either the selected RFID label fails to respond to the interrogation, or the read power level reaches a minimum power level; the RFID device determining a ceiling read power level by iteratively interrogating the selected RFID label while increasing the read power level until either another RFID label, different from the selected RFID label, responds to the interrogation, or the read power level reaches a maximum power level; and configuring the read power level of the RFID device based at least in part on the floor read power level and the ceiling read power level. a Radio Frequency Identification, RFID, device setting a read power level of the device to an initial power level; the RFID device determining a floor read power level by iteratively interrogating a selected RFID label , proximate the RFID device while decreasing the read power level until either the selected RFID label fails to respond to the interrogation, or the read power level reaches a minimum power level; the RFID device determining a ceiling read power level by iteratively interrogating the selected RFID label while increasing the read power level until either another RFID label, different from the selected RFID label, responds to the interrogation, or the read power level reaches a maximum power level; and configuring the read power level of the RFID device based at least in part on the floor read power level and the ceiling read power level.
An extrusion device for forming as a thin strip a product based on a rubber mixture, the device comprising a rotating roller , an inlet orifice allowing the rubber mixture to flow and a vault circumferentially covering at least part of an outer surface of the roller , the vault having a wall bearing, on its inner surface oriented towards the roller , projecting threads so as to delimit with the surface of the roller a chamber for plasticizing the rubber mixture, the rubber mixture being driven from the inlet orifice towards an extrusion orifice into a gap defining the profile of the product, delimited by the wall of the vault and the outer surface of the roller, characterized in that : a groove in the form of a continuous helix is made on the outer surface of the roller , the groove including several striations arranged one beside the other in the direction of movement of the rubber mixture, and the striations being spaced apart from one another so as to create a thread of predetermined pitch; such that the roller and the vault are assembled such that thread crests created by the continuous helix and the crests of projecting threads on the vault are substantially in contact with one another. a groove in the form of a continuous helix is made on the outer surface of the roller , the groove including several striations arranged one beside the other in the direction of movement of the rubber mixture, and the striations being spaced apart from one another so as to create a thread of predetermined pitch; such that the roller and the vault are assembled such that thread crests created by the continuous helix and the crests of projecting threads on the vault are substantially in contact with one another.
A flavor aspirator extending from a mouthpiece end to a distal end in a form of a rod or a cylinder, the flavor aspirator comprising: a first weight-concentrated part and a second weight concentrated part , wherein the first weight-concentrated part is provided at a position off the mouthpiece end and closer to the mouthpiece end side than to a midpoint position between the mouthpiece end and the distal end , and that accounts for at least approximately half of a total weight of the flavor aspirator , or that is provided in a part in a vicinity of the mouthpiece end and in a part in a vicinity of the distal end , and that has a weight accounting for at least approximately half of the total weight, the weight being a sum of the weight of the part in the vicinity of the mouthpiece end and the weight of the part in the vicinity of the distal end , wherein the total weight of the flavor aspirator and the weight of each constituent element are those measured and calculated before the flavor aspirator is used; and wherein a ratio of a length from the mouthpiece end to the center of gravity to a total length defined by a length from the mouthpiece end to the distal end is in a range of 0.20 to 0.45; and wherein the first weight-concentrated part has a weight-adjustment member , wherein the first weight-concentrated part is provided at a position off a mouthpiece end , and closer to the mouthpiece end than to a midpoint position between the mouthpiece end and the distal end , and wherein the second weight concentrated part consists of a part in the vicinity of the mouthpiece end and a part in the vicinity of the distal end. wherein the first weight-concentrated part is provided at a position off the mouthpiece end and closer to the mouthpiece end side than to a midpoint position between the mouthpiece end and the distal end , and that accounts for at least approximately half of a total weight of the flavor aspirator , or that is provided in a part in a vicinity of the mouthpiece end and in a part in a vicinity of the distal end , and that has a weight accounting for at least approximately half of the total weight, the weight being a sum of the weight of the part in the vicinity of the mouthpiece end and the weight of the part in the vicinity of the distal end , wherein the total weight of the flavor aspirator and the weight of each constituent element are those measured and calculated before the flavor aspirator is used; and wherein a ratio of a length from the mouthpiece end to the center of gravity to a total length defined by a length from the mouthpiece end to the distal end is in a range of 0.20 to 0.45; and wherein the first weight-concentrated part has a weight-adjustment member , wherein the first weight-concentrated part is provided at a position off a mouthpiece end , and closer to the mouthpiece end than to a midpoint position between the mouthpiece end and the distal end , and wherein the second weight concentrated part consists of a part in the vicinity of the mouthpiece end and a part in the vicinity of the distal end.
A method for detecting a fault within a brake mechanism on an aircraft, comprising: activating , by a brake control unit, the brake mechanism; receiving , by the brake control unit, a wheel speed data for a wheel associated with the brake mechanism; determining , by the brake control unit, a wheel speed characteristic for the wheel associated with the brake mechanism; and detecting , by the brake control unit, whether the brake mechanism is faulty based on a comparison of the wheel speed characteristic and a wheel speed deceleration database; and characterized in that . the wheel speed deceleration database defines a first boundary that indicates a non-faulty brake mechanism based on the wheel speed characteristic, and wherein the wheel speed deceleration database defines a second boundary that indicates a faulty brake mechanism based on the wheel speed characteristic. activating , by a brake control unit, the brake mechanism; receiving , by the brake control unit, a wheel speed data for a wheel associated with the brake mechanism; determining , by the brake control unit, a wheel speed characteristic for the wheel associated with the brake mechanism; and detecting , by the brake control unit, whether the brake mechanism is faulty based on a comparison of the wheel speed characteristic and a wheel speed deceleration database; and characterized in that . the wheel speed deceleration database defines a first boundary that indicates a non-faulty brake mechanism based on the wheel speed characteristic, and wherein the wheel speed deceleration database defines a second boundary that indicates a faulty brake mechanism based on the wheel speed characteristic.
An asynchronous circuit comprising: an asynchronous pipeline comprising two or more stages , each stage having: a buffering circuit for temporarily storing data to be transferred from one stage to the next based on a handshake protocol, the buffering circuit including a non-volatile memory ; and a data presence detection circuit adapted to generate a data presence detection value indicating whether or not data is stored by the buffering circuit; and a control circuit adapted to perform a data back-up operation by independently controlling each buffering circuit to back-up the data it stores to its non-volatile memory based on the corresponding data presence detection value. an asynchronous pipeline comprising two or more stages , each stage having: a buffering circuit for temporarily storing data to be transferred from one stage to the next based on a handshake protocol, the buffering circuit including a non-volatile memory ; and a data presence detection circuit adapted to generate a data presence detection value indicating whether or not data is stored by the buffering circuit; and a buffering circuit for temporarily storing data to be transferred from one stage to the next based on a handshake protocol, the buffering circuit including a non-volatile memory ; and a data presence detection circuit adapted to generate a data presence detection value indicating whether or not data is stored by the buffering circuit; and a control circuit adapted to perform a data back-up operation by independently controlling each buffering circuit to back-up the data it stores to its non-volatile memory based on the corresponding data presence detection value.
A method by a terminal in a wireless communication system, the method comprising: transmitting, to a base station, a first message including information indicating that the terminal supports a licensed-assisted access, LAA, operation on an unlicensed frequency band ; receiving, from the base station, a second message configuring a measurement on the unlicensed frequency band ; determining whether the unlicensed frequency band is being used by a wireless local access network, WLAN, operation of the terminal ; upon determining that the unlicensed frequency band is being used by the WLAN operation of the terminal, transmitting, to the base station, a third message to report that the unlicensed frequency band is being used by the WLAN of the terminal; identifying that the unlicensed frequency band usage by the WLAN operation is stopped; and transmitting, to the base station, a fourth message to report the stop of the unlicensed frequency band usage by the WLAN operation. transmitting, to a base station, a first message including information indicating that the terminal supports a licensed-assisted access, LAA, operation on an unlicensed frequency band ; receiving, from the base station, a second message configuring a measurement on the unlicensed frequency band ; determining whether the unlicensed frequency band is being used by a wireless local access network, WLAN, operation of the terminal ; upon determining that the unlicensed frequency band is being used by the WLAN operation of the terminal, transmitting, to the base station, a third message to report that the unlicensed frequency band is being used by the WLAN of the terminal; identifying that the unlicensed frequency band usage by the WLAN operation is stopped; and transmitting, to the base station, a fourth message to report the stop of the unlicensed frequency band usage by the WLAN operation.
A method for handling a load comprising a wind turbine component , the method comprising, - while a crane is supported by a supporting element (G), arranging a control arrangement , which is at least partly elongated and flexible, so as to extend, while the load is lifted in a suspended manner with the crane , from the load to an actuator , located on the supporting element (G), at a distance from the crane , - the actuator controlling the orientation of the load by means of the control arrangement , wherein the actuator may be a person, who may move on the supporting element, - characterised by - the control arrangement being extended, during the load orientation control, via a redirection device which is connected to the supporting element (G), - wherein the redirection device is connected to the supporting element (G) via a ballast , - wherein, the redirection device and the ballast are, during the load orientation control, located at a distance from the crane , and - wherein the redirection device is provided between the actuator and the load , and the redirection device is located at a distance from the actuator . - while a crane is supported by a supporting element (G), arranging a control arrangement , which is at least partly elongated and flexible, so as to extend, while the load is lifted in a suspended manner with the crane , from the load to an actuator , located on the supporting element (G), at a distance from the crane , - the actuator controlling the orientation of the load by means of the control arrangement , wherein the actuator may be a person, who may move on the supporting element, - characterised by - the control arrangement being extended, during the load orientation control, via a redirection device which is connected to the supporting element (G), - wherein the redirection device is connected to the supporting element (G) via a ballast , - wherein, the redirection device and the ballast are, during the load orientation control, located at a distance from the crane , and - wherein the redirection device is provided between the actuator and the load , and the redirection device is located at a distance from the actuator .
An electric connector that is particularly suitable for connecting printed circuit boards, wherein the connector has several flat conductors that are spaced apart from each other and that are embedded in an electrically insulating material to form an insulation zone in which the flat conductors extend parallel to each other and at their ends each with an exposed portion project over the transverse edges of the insulation zone , characterized in that each of the flat conductors , within the insulation zone , has a plurality of first portions , wherein each of the first portions is arranged between two second portions , the first portions have a smaller thickness than the second portions , the flat conductors , within the insulation zone , have the same width, and the first and second portions of a flat conductor have the same width.
A gas turbine engine component comprising: a gas path wall having a first surface and second surface ; an impingement baffle having impingement holes for directing cooling fluid onto the first surface of the gas path wall ; a cooling hole extending through the gas path wall ; and a longitudinal ridge dividing the cooling hole into lobes ; characterised by the cooling hole continuously diverging from an inlet in the first surface to an outlet in the second surface to define a cross-sectional area of the cooling hole that increases continuously from the inlet to the outlet ; and a transition region extending from the longitudinal ridge to a trailing edge of the outlet , wherein the longitudinal ridge terminates at the transition region ; and by a cusp on the inlet , wherein the longitudinal ridge extends from the cusp along the cooling hole toward the outlet of the cooling hole . a gas path wall having a first surface and second surface ; an impingement baffle having impingement holes for directing cooling fluid onto the first surface of the gas path wall ; a cooling hole extending through the gas path wall ; and a longitudinal ridge dividing the cooling hole into lobes ; characterised by the cooling hole continuously diverging from an inlet in the first surface to an outlet in the second surface to define a cross-sectional area of the cooling hole that increases continuously from the inlet to the outlet ; and a transition region extending from the longitudinal ridge to a trailing edge of the outlet , wherein the longitudinal ridge terminates at the transition region ; and by a cusp on the inlet , wherein the longitudinal ridge extends from the cusp along the cooling hole toward the outlet of the cooling hole .
A contact tank for the treatment of water using a disinfectant, the contact tank comprising an inlet ; an outlet ; a ceiling ; a bottom ; a plurality of baffles which are arranged between the inlet and the outlet and placed on the ceiling and the bottom of the contact tank and some of which extends from the ceiling to the bottom and the rest of which extends from the bottom to the ceiling ; a plurality of contact chambers each of which is formed between the adjacent baffles ; a plurality of gaps formed between each of the baffles and the ceiling or the bottom and characterized by at least one slot placed on each of the baffles .
Chair , in particular an office chair, having a backrest which is coupled to a seat support by means of a backrest support and having a seat face , wherein the backrest support is constructed in two pieces having a seat-support-side first support member which is associated with the seat support and having a backrest-side second support member which is associated with the backrest and which is joined to the seat-support-side support member in a positive-locking plug type connection and is locked therein, and wherein one of the support members has at the joint side a plug type receiving member and the other support member has at the joint side an insertion shaft , wherein inside the plug type receiving member a locking bar is arranged so as to be rotatably movable, characterized in that inside the plug type receiving member a resilient element is arranged, counter to the restoring force of which the locking bar pivots during the plug type connection , said resilient element is supported, on the one hand, on the inner wall of the plug type receiving member and, on the other hand, on the locking bar .
Closure device for bottle having a neck, comprising a pour sleeve made with the ability to be installed on the neck, a closed sleeve with means of fixation on the pour sleeve, a sealing means , an open sleeve and an indicator ring , wherein the closed sleeve and the open sleeve form a cavity , and the indicator ring is provided with an annular belt placed in said cavity before the first opening, said annular belt being made with the ability to be released from said cavity during the first opening characterized in that said annular belt is preventing the return of the indicator ring to its initial position when closing the bottle again by abutment of said annular belt against a lower end surface of the open sleeve .
A seat lock device to be installed on a seatback configured to be folded, the seat lock device comprising: a lock unit configured to be shifted into a lock state where the lock unit catches a striker that is installed on a vehicle body, an unlock state where the lock unit is able to release the catching of the striker , and a free state where the lock unit releases the catching of the striker ; an unlock unit to be disposed on the seatback at a location different from the lock unit , the unlock unit comprising a lever member and a coupling member configured to couple the lever member with the lock unit , the unlock unit being configured to shift the lock unit from the lock state to the unlock state in response to an operation on the lever member ; and a case ; characterized in that the case is integrally molded, the case holding the lock unit and the unlock unit and being able to be assembled to the seatback wherein the lock unit is to be disposed at a side portion of the seatback wherein the unlock unit is to be disposed at an upper end portion of the seatback wherein the case comprises at least one first fixing portion to be fixed to the side portion of the seatback and at least one second fixing portion to be fixed to the upper end portion of the seatback , and wherein a fixing direction of the first fixing portion with respect to the seatback and a fixing direction of the second fixing portion with respect to the seatback intersect each other. a lock unit configured to be shifted into a lock state where the lock unit catches a striker that is installed on a vehicle body, an unlock state where the lock unit is able to release the catching of the striker , and a free state where the lock unit releases the catching of the striker ; an unlock unit to be disposed on the seatback at a location different from the lock unit , the unlock unit comprising a lever member and a coupling member configured to couple the lever member with the lock unit , the unlock unit being configured to shift the lock unit from the lock state to the unlock state in response to an operation on the lever member ; and a case ; characterized in that the case is integrally molded, the case holding the lock unit and the unlock unit and being able to be assembled to the seatback wherein the lock unit is to be disposed at a side portion of the seatback wherein the unlock unit is to be disposed at an upper end portion of the seatback wherein the case comprises at least one first fixing portion to be fixed to the side portion of the seatback and at least one second fixing portion to be fixed to the upper end portion of the seatback , and wherein a fixing direction of the first fixing portion with respect to the seatback and a fixing direction of the second fixing portion with respect to the seatback intersect each other.