mhurhangee/patent-ind-claim-en huggingface dataset:
A power and/or data transceiver system, comprising a first and second electroacoustic transducer , each of comprising; a first electrode ; a second electrode ; a piezoelectric material at least partially sandwiched between the first electrode and the second electrode; and an optical aperture extending through each of the first and second electroacoustic transducers , to allow for optical communication to take place through the said electroacoustic transducers, wherein the first and second electroacoustic transducers are utilized as power transmitters, data transmitters, power receivers or data receivers, wherein the first or second electrode of the first and second electroacoustic transducer is bonded to substantially opposite ends or sides of a solid transmission medium via which medium power and/or data can be transmitted and/or received by the first and second electroacoustic transducer, wherein the solid transmission medium extends through a barrier , from one side to another, and wherein the barrier is an electrical insulator and/or is optically opaque.
A thermally insulated wall applied to a masonry support , comprising, arranged in the following order: - a masonry support , - a layer of thermal insulation provided as a plurality of insulating panels fixed to said masonry support by means of adhesives and/or first fixing elements , - a plurality of profiles which face said layer of thermal insulation and - a plurality of finishing panels associated with said plurality of profiles and adapted to define a substantially leveled surface for the wall , wherein said finishing panels are fixed on said profiles , characterized in that said insulating panels are sandwich panels comprising a polyurethane foam, and in that said plurality of profiles are fixed to said masonry support by means of second fixing elements . - a masonry support , - a layer of thermal insulation provided as a plurality of insulating panels fixed to said masonry support by means of adhesives and/or first fixing elements , - a plurality of profiles which face said layer of thermal insulation and - a plurality of finishing panels associated with said plurality of profiles and adapted to define a substantially leveled surface for the wall , wherein said finishing panels are fixed on said profiles , characterized in that said insulating panels are sandwich panels comprising a polyurethane foam, and in that said plurality of profiles are fixed to said masonry support by means of second fixing elements . - a layer of thermal insulation provided as a plurality of insulating panels fixed to said masonry support by means of adhesives and/or first fixing elements , - a plurality of profiles which face said layer of thermal insulation and - a plurality of finishing panels associated with said plurality of profiles and adapted to define a substantially leveled surface for the wall , wherein said finishing panels are fixed on said profiles ,
A pump formed by a housing having an inlet and an outlet for a fluid and containing a rotor provided with at least one surface recess of the rotor that forms with an interior surface a chamber that, on rotation of the rotor , conveys fluid from the inlet to the outlet , a flexible seal being provided on or as part of the housing and located between the inlet and the outlet to engage the rotor to prevent fluid passing from the outlet to the inlet ; the housing including a seal chamber surrounding a surface of the seal opposite a rotor-engaging surface of the seal ; and a second inlet is provided for the supply of a second fluid to the outlet to mix with fluid in the outlet ; characterised in that said second inlet also supplies said second fluid to the seal chamber to apply said second fluid to the surface of the seal opposite a rotor-engaging surface of the seal , to urge the seal against the rotor .
A method for providing group indication information to a communication network device , which is a component of a core network of the communication network , comprising: a first mobile terminal and a second mobile terminal of a set of mobile terminals each determining a group indication information at the application layer, wherein the group indication information indicates a group to which both, the first mobile terminal and the second mobile terminal are assigned; and the first mobile terminal and the second mobile terminal each transmitting the group indication information to the communication network device in a communication network; signalling to the communication network device that the group is a group for a communication service having a low latency requirement by means of sending a low latency connectivity indicator to the communication network device; receiving the group indication information from the first mobile terminal and receiving the group indication information from the second mobile terminal; and performing a coordinated user plane configuration for the first mobile terminal and the second mobile terminal in response to the group indication information comprising selecting a common user plane gateway or two co-located user plane gateways or user plane gateways in different locations but connected via a low latency backbone for group connecting the first mobile terminal and the second mobile terminal. a first mobile terminal and a second mobile terminal of a set of mobile terminals each determining a group indication information at the application layer, wherein the group indication information indicates a group to which both, the first mobile terminal and the second mobile terminal are assigned; and the first mobile terminal and the second mobile terminal each transmitting the group indication information to the communication network device in a communication network; signalling to the communication network device that the group is a group for a communication service having a low latency requirement by means of sending a low latency connectivity indicator to the communication network device; receiving the group indication information from the first mobile terminal and receiving the group indication information from the second mobile terminal; and performing a coordinated user plane configuration for the first mobile terminal and the second mobile terminal in response to the group indication information comprising selecting a common user plane gateway or two co-located user plane gateways or user plane gateways in different locations but connected via a low latency backbone for group connecting the first mobile terminal and the second mobile terminal.
A speed change mechanism (48;48') for a gas turbine engine comprising: a planetary gear system; a torque frame surrounding the speed change mechanism (48;48'), wherein the torque frame includes a plurality of fingers that engage grooves in a planet carrier of the speed change mechanism (48;48'), and the planetary gear system is configured to drive a fan section (22;22') and a low pressure compressor (44;44'); and a bearing support attached to an end of the torque frame for supporting a fan section bearing , wherein the bearing support is attached to a distal end of the plurality of fingers ; characterized in that : the bearing support includes at least one tang that engages a groove in at least one of the plurality of fingers , the groove being located on a radially inner side of at least one of the plurality of fingers . a planetary gear system; a torque frame surrounding the speed change mechanism (48;48'), wherein the torque frame includes a plurality of fingers that engage grooves in a planet carrier of the speed change mechanism (48;48'), and the planetary gear system is configured to drive a fan section (22;22') and a low pressure compressor (44;44'); and a bearing support attached to an end of the torque frame for supporting a fan section bearing , wherein the bearing support is attached to a distal end of the plurality of fingers ; characterized in that : the bearing support includes at least one tang that engages a groove in at least one of the plurality of fingers , the groove being located on a radially inner side of at least one of the plurality of fingers .
A sample support device for cryo-EM, the device comprising: a circular grid having a first surface, a second surface, a grid thickness, an inner portion, and an outer portion, the inner portion comprising a plurality of grid bars oriented to form a plurality of holes through the first and second surfaces in between the grid bars , the grid bars including a first grid bar having a first thickness and a second grid bar having a second thickness distinct from the first thickness, and the plurality of holes having a first diameter; a solid region accessible for imaging in an electron microscope and including an array of surface marks that form a pattern or a code used to uniquely identify the grid ; a sample support film in contact with the first surface of the grid and having a film thickness, wherein the film thickness is less than the grid thickness; and a plurality of apertures of a second diameter formed through the sample support film ; wherein the second diameter is smaller than the first diameter. a circular grid having a first surface, a second surface, a grid thickness, an inner portion, and an outer portion, the inner portion comprising a plurality of grid bars oriented to form a plurality of holes through the first and second surfaces in between the grid bars , the grid bars including a first grid bar having a first thickness and a second grid bar having a second thickness distinct from the first thickness, and the plurality of holes having a first diameter; a solid region accessible for imaging in an electron microscope and including an array of surface marks that form a pattern or a code used to uniquely identify the grid ; a sample support film in contact with the first surface of the grid and having a film thickness, wherein the film thickness is less than the grid thickness; and a plurality of apertures of a second diameter formed through the sample support film ; wherein the second diameter is smaller than the first diameter.
Watch case whose orientation is defined with respect to a central axis A perpendicular to the plane of the watch case , said watch case comprising a first part and a second part capable of adopting a so-called locking position, a so-called assembly position and a so-called disassembly position with respect to one another, the first part comprising a plurality of flanges distributed over its outer periphery and projecting in a direction opposite the central axis A, at least one of the flanges comprising a catch extending in a direction parallel to said central axis A, the second part comprising on its inner periphery a plurality of recesses allowing the passage of said flanges in the assembly and disassembly positions, said recesses opening out into a groove formed over the entire periphery of an inner wall of the second part , said groove accommodating the flanges in each of the positions and in turn opening into a slot formed on a portion of the periphery of the inner wall of the second part , said slot being delimited at its ends by respectively a first stop and a second stop , said slot accommodating the catch with the first stop limiting the movement of the catch in the disassembly and assembly positions, and with the second stop limiting the movement of the catch in the locking position, said watch case also comprising a first compression seal applying a clamping force to the first part in a direction perpendicular to the central axis A in the locking position.
A bonding system for bonding a web comprising at least a pair of web layers , the bonding system comprising: a velocity changing device for increasing and decreasing a velocity of the web in a machine direction; an anvil and a corresponding ultrasonic horn that interact to form ultrasonic bonds on the web ; an anvil actuator configured to control a movement of the anvil ; and a control system for controlling operation of the anvil actuator and the velocity changing device , the control system programmed to: operate the velocity changing device to decrease a moving velocity of the web from a feed velocity (V1) to a bonding velocity (V2) as the web passes between the anvil and the ultrasonic horn ; and control movement of the anvil , via operation of the anvil actuator , to synchronize the movement of the anvil with the moving velocity of the web ; wherein interaction between the anvil and the ultrasonic horn forms bonds having a bond length in the machine direction, and wherein the control system is programmed to control a velocity mismatch between the movement of the anvil and the bonding velocity (V2) of the web , so as to selectively control a dwell time of the anvil on the web and thereby control the bond length of the bonds. a velocity changing device for increasing and decreasing a velocity of the web in a machine direction; an anvil and a corresponding ultrasonic horn that interact to form ultrasonic bonds on the web ; an anvil actuator configured to control a movement of the anvil ; and a control system for controlling operation of the anvil actuator and the velocity changing device , the control system programmed to: operate the velocity changing device to decrease a moving velocity of the web from a feed velocity (V1) to a bonding velocity (V2) as the web passes between the anvil and the ultrasonic horn ; and control movement of the anvil , via operation of the anvil actuator , to synchronize the movement of the anvil with the moving velocity of the web ; operate the velocity changing device to decrease a moving velocity of the web from a feed velocity (V1) to a bonding velocity (V2) as the web passes between the anvil and the ultrasonic horn ; and control movement of the anvil , via operation of the anvil actuator , to synchronize the movement of the anvil with the moving velocity of the web ; wherein interaction between the anvil and the ultrasonic horn forms bonds having a bond length in the machine direction, and wherein the control system is programmed to control a velocity mismatch between the movement of the anvil and the bonding velocity (V2) of the web , so as to selectively control a dwell time of the anvil on the web and thereby control the bond length of the bonds.
A liquid discharge apparatus comprising: a plurality of head units configured to discharge liquids; a plurality of sub tanks configured to respectively store the liquids to be supplied to the plurality of head units; and characterized by a plurality of upper limit detectors configured to detect when the amount of liquid in each sub tank reaches a respective upper limit, wherein at least two of the respective upper limits are different from each other. a plurality of head units configured to discharge liquids; a plurality of sub tanks configured to respectively store the liquids to be supplied to the plurality of head units; and characterized by a plurality of upper limit detectors configured to detect when the amount of liquid in each sub tank reaches a respective upper limit, wherein at least two of the respective upper limits are different from each other.
An automatic analysis device which reacts a specimen with a reagent and measures physical properties of a reacted reaction solution, the device comprising: a space which is partitioned from surroundings and where the reagent is used; an air conditioning unit which includes a first Peltier element for adjusting an air temperature of the space ; a first heat sink which cools or heats the air conditioning unit with a liquid refrigerant; a first radiator which performs heat exchange between the liquid refrigerant which has exchanged heat with the first heat sink and air in the atmosphere; a liquid supply unit which circulates the liquid refrigerant; a reagent storage unit which keeps the reagent cool and stores the reagent; a reagent storage temperature adjusting unit which includes a second Peltier element for adjusting the temperature of the reagent storage unit ; a second heat sink which cools or heats the second Peltier element with the liquid refrigerant or air; and a heat dissipation unit which dissipates heat of the liquid refrigerant or air which has exchanged heat with the second heat sink , wherein the first radiator and the heat dissipation unit are disposed so as to perform heat exchange therebetween. a space which is partitioned from surroundings and where the reagent is used; an air conditioning unit which includes a first Peltier element for adjusting an air temperature of the space ; a first heat sink which cools or heats the air conditioning unit with a liquid refrigerant; a first radiator which performs heat exchange between the liquid refrigerant which has exchanged heat with the first heat sink and air in the atmosphere; a liquid supply unit which circulates the liquid refrigerant; a reagent storage unit which keeps the reagent cool and stores the reagent; a reagent storage temperature adjusting unit which includes a second Peltier element for adjusting the temperature of the reagent storage unit ; a second heat sink which cools or heats the second Peltier element with the liquid refrigerant or air; and a heat dissipation unit which dissipates heat of the liquid refrigerant or air which has exchanged heat with the second heat sink , wherein the first radiator and the heat dissipation unit are disposed so as to perform heat exchange therebetween.
Process for preparing polycarbonates, comprising the step of reacting bisphenols with a transesterifying reagent in the presence of a catalyst, characterized in that the transesterifying reagent comprises a compound of the general formula (I): R-X-C(O)-X'-R' (I) where X and X' are each independently S or Se, and R and R' are each independently alkyl or aryl or R and R' together are an alkylene chain. X and X' are each independently S or Se, and R and R' are each independently alkyl or aryl or R and R' together are an alkylene chain.
A one-piece fitting for a stiffened panel comprising a panel body with a plurality of perpendicular stiffeners arranged thereon, the fitting comprising a fitting body configured to be fastened, in use, to two or more of the perpendicular stiffeners so as to provide a junction to transfer load between the two or more perpendicular stiffeners , wherein the fitting body is configured to overlap each of the two or more perpendicular stiffeners and is configured to overlap an end portion of at least one of the two or more perpendicular stiffeners and wherein the fitting body is configured to be fastened to the perpendicular stiffeners and the panel body by a plurality of mechanical fasteners, and the fitting body further comprises an integral functional fitting arranged for engagement with a component other than the stiffened panel .
A motorized vehicle with a transmission system , comprising: an inch/brake device configured to provide a first range of motion, wherein an engagement force of the transmission system is provided and varies according to the position of the inch/brake device in the first range of motion, and a second range of motion wherein a braking force of the motorized vehicle is provided and varies according to the position of the inch/brake device in the second range of motion, and wherein the first range of motion and second range of motion overlap in an inch/brake overlap region where the inch/brake device is configured to simultaneously provide both the braking force of the motorized vehicle and the engagement force of the transmission system ; and an accelerator device configured to be moved between two or more positions, wherein moving the accelerator device from one position to another position causes a size of the inch/brake overlap region between the first and second ranges of motion of the inch/brake device to vary. an inch/brake device configured to provide a first range of motion, wherein an engagement force of the transmission system is provided and varies according to the position of the inch/brake device in the first range of motion, and a second range of motion wherein a braking force of the motorized vehicle is provided and varies according to the position of the inch/brake device in the second range of motion, and wherein the first range of motion and second range of motion overlap in an inch/brake overlap region where the inch/brake device is configured to simultaneously provide both the braking force of the motorized vehicle and the engagement force of the transmission system ; and an accelerator device configured to be moved between two or more positions, wherein moving the accelerator device from one position to another position causes a size of the inch/brake overlap region between the first and second ranges of motion of the inch/brake device to vary.
Assembly comprising: - a battery , and - a casing containing the battery so as to form an air gap around the battery , characterized in that said casing comprises: - a tray (2.1) intended to receive a lower part of the battery , - a first closing cover (2.2) of the container (2.1) comprising a hole (14.1) for the passage of a first terminal (V+, V-) of the battery , and - a second closure cover (2.3) of the tray (2.1) comprising a hole (14.2) for the passage of a second terminal (V+, V-) of the battery , said second closure cover (2.3) being a separate part of the tray (2.1) and the first closing cover (2.2), - and in that the first closure cover (2.2) and the second closure cover (2.3) each extend along a portion of a total length of the battery . - a battery , and - a casing containing the battery so as to form an air gap around the battery , characterized in that said casing comprises: - a tray (2.1) intended to receive a lower part of the battery , - a first closing cover (2.2) of the container (2.1) comprising a hole (14.1) for the passage of a first terminal (V+, V-) of the battery , and - a second closure cover (2.3) of the tray (2.1) comprising a hole (14.2) for the passage of a second terminal (V+, V-) of the battery , said second closure cover (2.3) being a separate part of the tray (2.1) and the first closing cover (2.2), - and in that the first closure cover (2.2) and the second closure cover (2.3) each extend along a portion of a total length of the battery . - a tray (2.1) intended to receive a lower part of the battery , - a first closing cover (2.2) of the container (2.1) comprising a hole (14.1) for the passage of a first terminal (V+, V-) of the battery , and - a second closure cover (2.3) of the tray (2.1) comprising a hole (14.2) for the passage of a second terminal (V+, V-) of the battery , said second closure cover (2.3) being a separate part of the tray (2.1) and the first closing cover (2.2), - and in that the first closure cover (2.2) and the second closure cover (2.3) each extend along a portion of a total length of the battery .