mhurhangee/ep-ind-claims huggingface dataset:
Hardener suitable for the hardening of epoxy resins, comprising an amine with at least one amino group of formula and an amine with at least one amino group of formula, wherein R and R' independently of each other stand for a hydrogen atom or an alkyl group with 1 to 12 C atoms; and X stands for a hydrocarbon residue with 1 to 20 C atoms, which optionally has hydroxyl groups, ether groups, ester groups or amino groups; and wherein the ratio between the number of amino groups of formula and the number of amino groups of formula in the hardener has a value of 0.08 to 0.7. R and R' independently of each other stand for a hydrogen atom or an alkyl group with 1 to 12 C atoms; and X stands for a hydrocarbon residue with 1 to 20 C atoms, which optionally has hydroxyl groups, ether groups, ester groups or amino groups; and wherein the ratio between the number of amino groups of formula and the number of amino groups of formula in the hardener has a value of 0.08 to 0.7.
A tobacco- and smokeless product for use in treatment of tobacco smoking addiction, comprising: a first quantity of nicotine or a pharmaceutically acceptable salt, resin or complex thereof, in a form suitable to release in-vivo in a human body a dose of nicotine, which dose is tolerable by the human body and effective to treat symptoms of a nicotine deficiency induced by the human body being deprived from smoking tobacco; and a second quantity of cannabidiol or a pharmaceutically acceptable salt, resin or complex thereof, in a form suitable to release in-vivo in the human body a dose of cannabidiol, which dose is tolerable by the human body and effective to treat a craving for smoking tobacco; said treatment comprising: administering via a transdermal patch the dose of nicotine to treat the symptoms of the nicotine deficiency and the dose of cannabidiol to treat the craving for smoking tobacco. a first quantity of nicotine or a pharmaceutically acceptable salt, resin or complex thereof, in a form suitable to release in-vivo in a human body a dose of nicotine, which dose is tolerable by the human body and effective to treat symptoms of a nicotine deficiency induced by the human body being deprived from smoking tobacco; and a second quantity of cannabidiol or a pharmaceutically acceptable salt, resin or complex thereof, in a form suitable to release in-vivo in the human body a dose of cannabidiol, which dose is tolerable by the human body and effective to treat a craving for smoking tobacco; said treatment comprising: administering via a transdermal patch the dose of nicotine to treat the symptoms of the nicotine deficiency and the dose of cannabidiol to treat the craving for smoking tobacco.
Device for setting a connecting element (100, 300) having a head-side drive structure (22, 44), comprising a feed device for applying an axial force, a rotary spindle (14, 40, 68, 82, 140), and a drive bit (20, 42, 60, 70, 80, 142, 242) connected to it, which latter has drive structures (22, 44) circumferentially arranged on its end face in a setting direction for positive rotation of the connecting element (100, 300), said drive bit (20, 42, 60, 70, 80, 142, 242) having an axial through-opening made therein, which device additionally comprises a suction unit that can be used to extract air from the front end of the drive bit (20, 42, 60, 70, 80, 142, 242), characterized in that an insert element (24, 50, 72, 150) is provided that has a suction surface (26, 54) on its front side, which latter circumferentially delimits a suction cross-section, which insert element (24, 50, 72, 150) is designed in such a way that the suction surface (26, 54) is movable in the axial direction relative to the drive bit (20, 42, 60, 70, 80, 142, 242), and a negative pressure can be transmitted from the side of the insert element (24, 50, 72, 150) facing away in the setting direction to the suction surface (26, 54) of the insert element (24, 50, 72, 150), wherein the suction surface (26, 54), prior to sucking in a connecting element (100, 300), adopts a first end position which is spaced from the front-side edge region of the through-opening in the setting direction, and during the setting process adopts a second position which is offset counter to the setting direction,.
An access session controller, characterized in that, comprising: a message reception module adapted to receive a call request message and a response message from a user or a call request message and a response message from a network device; a service trigger configuration module adapted to configure trigger information; a session control module adapted to generate a command for transmitting a message triggering a corresponding application server and establish, maintain and release a session upon determining from the trigger information configured by the service trigger configuration module that the call request message or the response message satisfies a condition of triggering the application server, and to generate, during establishment of the session, a command to transmit the call request message directly to an access session controller at the side of a called user or a corresponding breakout gateway control function module without being forwarded through a P-CSCF or I-CSCF; a message transmission module adapted to transmit the message according to the command from the session control module; and a routing module adapted to obtain address information for next-hop forwarding of the message according to a user identifier in the call request message; the session control module is further adapted to generate from the address information obtained by the routing module a command to forward the call request message; and the message transmission module is further adapted to transmit the call request message according to the command to forward the call request message. a message reception module adapted to receive a call request message and a response message from a user or a call request message and a response message from a network device; a service trigger configuration module adapted to configure trigger information; a session control module adapted to generate a command for transmitting a message triggering a corresponding application server and establish, maintain and release a session upon determining from the trigger information configured by the service trigger configuration module that the call request message or the response message satisfies a condition of triggering the application server, and to generate, during establishment of the session, a command to transmit the call request message directly to an access session controller at the side of a called user or a corresponding breakout gateway control function module without being forwarded through a P-CSCF or I-CSCF; a message transmission module adapted to transmit the message according to the command from the session control module; and a routing module adapted to obtain address information for next-hop forwarding of the message according to a user identifier in the call request message; the session control module is further adapted to generate from the address information obtained by the routing module a command to forward the call request message; and the message transmission module is further adapted to transmit the call request message according to the command to forward the call request message.
A composition comprising Formula I: wherein R is a branched or straight chain alkyl that is at least 6-carbon atoms in length; R 1 is a branched or straight chain alkyl containing from 2 to 34 carbon atoms; R 2 is a branched or straight chain alkyl that is at least 6-carbon atoms in length; R, R 1 and R 2 may independently, optionally contain a cyclic functional group; and n is an integer from 0 to 6; and the composition further comprises at least one additional wax and optionally comprises a thermoplastic polymeric material, hydrocarbon resins, polyethylene acetate, polyethylene, or any combination thereof. R is a branched or straight chain alkyl that is at least 6-carbon atoms in length; R 1 is a branched or straight chain alkyl containing from 2 to 34 carbon atoms; R 2 is a branched or straight chain alkyl that is at least 6-carbon atoms in length; R, R 1 and R 2 may independently, optionally contain a cyclic functional group; and n is an integer from 0 to 6; and
An undivided electrolysis cell for electrolyzing a liquor comprising: a porous anode permeable to the liquor; a porous cathode permeable to the liquor; an electrically insulating separation between the anode and cathode and permeable to the liquor and to the products of the electrolyzed liquor; an anode compartment whose surface comprises the porous anode and an anode current carrier electrically connected to the porous anode; a cathode compartment whose surface comprises the porous cathode and a cathode current carrier electrically connected to the porous cathode; a liquor inlet at the bottom of the electrolysis cell in an inlet compartment wherein the inlet compartment is one of the anode compartment and the cathode compartment; and a liquor and gas product outlet at the top of the electrolysis cell in an outlet compartment wherein the outlet compartment is that one of the anode compartment and the cathode compartment other than the inlet compartment. a porous anode permeable to the liquor; a porous cathode permeable to the liquor; an electrically insulating separation between the anode and cathode and permeable to the liquor and to the products of the electrolyzed liquor; an anode compartment whose surface comprises the porous anode and an anode current carrier electrically connected to the porous anode; a cathode compartment whose surface comprises the porous cathode and a cathode current carrier electrically connected to the porous cathode; a liquor inlet at the bottom of the electrolysis cell in an inlet compartment wherein the inlet compartment is one of the anode compartment and the cathode compartment; and a liquor and gas product outlet at the top of the electrolysis cell in an outlet compartment wherein the outlet compartment is that one of the anode compartment and the cathode compartment other than the inlet compartment.
An image outputting system comprising: an image storing part for storing a plurality of images (60, 62) with different focal points in an imaging direction which are images of a predetermined imaging target, as image data; specified area inputting means for receiving, from a PC information specifying an area of the images stored in the image storing part; characterized by focal point information obtaining means for obtaining information indicating a matching degree of a focal point in the area of each of the plurality of images (60, 62) which has been specified by the information input by the specified area inputting means, stored in the image storing part; image selection means for selecting an image (60, 62) to be output from the plurality of images (60, 62) on the basis of the information indicating the matching degree of the focal point of each of the plurality of images which has been obtained by the focal point obtaining means; and outputting means for outputting the image (60, 62) which is stored in the image storing part and selected by the image selection means. an image storing part for storing a plurality of images (60, 62) with different focal points in an imaging direction which are images of a predetermined imaging target, as image data; specified area inputting means for receiving, from a PC information specifying an area of the images stored in the image storing part; characterized by focal point information obtaining means for obtaining information indicating a matching degree of a focal point in the area of each of the plurality of images (60, 62) which has been specified by the information input by the specified area inputting means, stored in the image storing part; image selection means for selecting an image (60, 62) to be output from the plurality of images (60, 62) on the basis of the information indicating the matching degree of the focal point of each of the plurality of images which has been obtained by the focal point obtaining means; and outputting means for outputting the image (60, 62) which is stored in the image storing part and selected by the image selection means.
A method of removing refrigerant from a natural gas liquefaction system that uses a mixed refrigerant to liquefy and/or subcool natural gas, wherein the method is carried out in response to a shutdown of or turn-down in the rate of natural gas liquefaction and/or subcooling by the liquefaction system, the mixed refrigerant comprising a mixture of methane and one or more heavier components, and the liquefaction system comprising a closed-loop refrigeration circuit in which the mixed refrigerant is circulated when the liquefaction system is in use, the closed-loop refrigeration circuit including a main heat exchanger through which natural gas is fed to be liquefied and/or subcooled by indirect heat exchange with the circulating mixed refrigerant, the method comprising: (a) withdrawing vaporized mixed refrigerant from the closed-loop refrigeration circuit; (b) introducing the vaporized mixed refrigerant into a distillation column and providing reflux to the distillation column so as to separate the vaporized mixed refrigerant into an overhead vapor enriched in methane and a bottoms liquid enriched in heavier components; (c) withdrawing overhead vapor from the distillation column to form a methane enriched stream that is removed from the liquefaction system; and (d) reintroducing bottoms liquid (221/222) from the distillation column into the closed-loop refrigeration circuit, and/or storing bottoms liquid such that it can subsequently be reintroduced into the closed-loop refrigeration circuit, wherein the main heat exchanger is a coil-wound heat exchanger, and wherein in step (a) the vaporized mixed refrigerant is withdrawn from the shell-side of the coil-wound heat exchanger. (a) withdrawing vaporized mixed refrigerant from the closed-loop refrigeration circuit; (b) introducing the vaporized mixed refrigerant into a distillation column and providing reflux to the distillation column so as to separate the vaporized mixed refrigerant into an overhead vapor enriched in methane and a bottoms liquid enriched in heavier components; (c) withdrawing overhead vapor from the distillation column to form a methane enriched stream that is removed from the liquefaction system; and (d) reintroducing bottoms liquid (221/222) from the distillation column into the closed-loop refrigeration circuit, and/or storing bottoms liquid such that it can subsequently be reintroduced into the closed-loop refrigeration circuit,
A phenolic resin foam comprising a phenolic resin and at least one chlorinated hydrofluoroolefin, wherein the at least one chlorinated hydrofluoroolefin is 1-chloro-3,3,3-trifluoropropene, the phenolic resin foam has a density of at least 22 kg/m 3 and no greater than 50 kg/m 3, the phenolic resin foam has an average cell diameter of at least 30 μm and no greater than 200 μm, the phenolic resin foam has a closed cell ratio of at least 80% and no greater than 99%, and the phenolic resin foam has a water vapor permeance of at least 0.63 ng/(m·s·Pa) and no greater than 1.25 ng/(m·s·Pa).
Handle arrangement comprising: a housing, and a handle comprising a handle grip and a handle coupling portion, the handle rotatable relative to the housing around a first axis, wherein the handle arrangement further comprises a gear, the gear rotatable relative to said housing around a second axis, and a motion converter comprising a gear rack (21a, 21b) arranged adjacently to the gear, the motion converter gear rack being linearly moveable relative to the gear along a third axis and comprises cut teeth configured to engage with corresponding cogs of the gear, wherein the motion converter is coupled to the handle such that a rotation of the handle around the first axis causes the motion converter gear rack (21a, 21b) to move along the third axis causing the gear to rotate around the second axis, characterized in that the motion converter is provided with a cavity containing a pre-biased spring configured to push an abutting element towards a recess (11a-c) in said handle, the recess configured to receive the abutting element such that the handle is kept in place in at least one position. a housing, and a handle comprising a handle grip and a handle coupling portion, the handle rotatable relative to the housing around a first axis, wherein the handle arrangement further comprises a gear, the gear rotatable relative to said housing around a second axis, and a motion converter comprising a gear rack (21a, 21b) arranged adjacently to the gear, the motion converter gear rack being linearly moveable relative to the gear along a third axis and comprises cut teeth configured to engage with corresponding cogs of the gear, wherein the motion converter is coupled to the handle such that a rotation of the handle around the first axis causes the motion converter gear rack (21a, 21b) to move along the third axis causing the gear to rotate around the second axis, characterized in that the motion converter is provided with a cavity containing a pre-biased spring configured to push an abutting element towards a recess (11a-c) in said handle, the recess configured to receive the abutting element such that the handle is kept in place in at least one position.
Combine harvester having a draper belt header which is provided with a central belt conveyor and two outer belt conveyors and is attached to a feeder house of the combine harvester which is height-controllable and can be raised by means of an actuator, wherein an arrangement for controlling the operation of the draper belt header is provided which comprises a control unit which is configured to actuate a drive of the central belt conveyor, and wherein the outer belt conveyors are each provided with a drive which is configured to cause the outer belt conveyors to move in the direction towards the central belt conveyor in harvesting mode, and wherein the drive of the central belt conveyor is configured to cause the central belt conveyor to move rearwards in the direction towards the feeder house in harvesting mode, characterized in that the control unit is configured, after a first time delay, which allows the harvested crop located on the outer belt conveyors to be discharged into the feeder house, in the event of the feeder house being raised, to automatically stop the drive of the central belt conveyor or move it into a reversing mode.
An air conditioner comprising: a communication adapter configured to communicate with an external server through a communication network; and a controller that stores in advance a program for controlling the air conditioner or the communication adapter, wherein the controller is configured to download an update program of the program stored in advance from the external server, and determine whether or whether not a continuous power supply period in which supply of operating power to the air conditioner and the communication adapter is less likely to be interrupted, and further update the program stored in advance to the update program if the continuous power supply period is determined, characterized by that the controller is configured to determine that it is in the continuous power supply period when it determines by using a calendar information that current time is summer or winter, or, the controller is configured to determine that it is in the continuous power supply period when the controller recognizes that the air conditioner is set to start or stop operation by a timer, or the controller is configured to determine that it is in the continuous power supply period when the controller determines that a temperature difference between room temperature of a room where the indoor unit is installed and a set temperature of operation of the air conditioner is greater than or equal to a predetermined threshold temperature difference. a communication adapter configured to communicate with an external server through a communication network; and a controller that stores in advance a program for controlling the air conditioner or the communication adapter, wherein the controller is configured to download an update program of the program stored in advance from the external server, and determine whether or whether not a continuous power supply period in which supply of operating power to the air conditioner and the communication adapter is less likely to be interrupted, and further update the program stored in advance to the update program if the continuous power supply period is determined, characterized by that the controller is configured to determine that it is in the continuous power supply period when it determines by using a calendar information that current time is summer or winter, or, the controller is configured to determine that it is in the continuous power supply period when the controller recognizes that the air conditioner is set to start or stop operation by a timer, or the controller is configured to determine that it is in the continuous power supply period when the controller determines that a temperature difference between room temperature of a room where the indoor unit is installed and a set temperature of operation of the air conditioner is greater than or equal to a predetermined threshold temperature difference.
A print supply comprising: a non-transitory computer-readable medium comprising data, readable by a verifying entity, the data including: an indication of a schema for the data, wherein the schema specifies a layout and a size of the data, an indication of an identifier, and an indication of a digital signature usable to authenticate a type of the data, the schema, and the identifier; and a communication interface to output the data from the non-transitory computer-readable medium; wherein the type of the data indicates a type of the print supply to be authenticated; wherein the digital signature is computed based on the type of the data in combination with the data; and wherein the type of print supply indicated by the type of the data upon which the computation of the digital signature is based provides domain separation among different types of print supply so as to: prevent collisions between digital signatures generated for different types of print supply; and/or prevent substitution of data corresponding to one type of print supply for another respective type of print supply. a non-transitory computer-readable medium comprising data, readable by a verifying entity, the data including: an indication of a schema for the data, wherein the schema specifies a layout and a size of the data, an indication of an identifier, and an indication of a digital signature usable to authenticate a type of the data, the schema, and the identifier; and an indication of a schema for the data, wherein the schema specifies a layout and a size of the data, an indication of an identifier, and an indication of a digital signature usable to authenticate a type of the data, the schema, and the identifier; and a communication interface to output the data from the non-transitory computer-readable medium; wherein the type of the data indicates a type of the print supply to be authenticated; wherein the digital signature is computed based on the type of the data in combination with the data; and wherein the type of print supply indicated by the type of the data upon which the computation of the digital signature is based provides domain separation among different types of print supply so as to: prevent collisions between digital signatures generated for different types of print supply; and/or prevent substitution of data corresponding to one type of print supply for another respective type of print supply. prevent collisions between digital signatures generated for different types of print supply; and/or prevent substitution of data corresponding to one type of print supply for another respective type of print supply.