mhurhangee/ep-ind-claims huggingface dataset:
A displaceable partitioning wall element for a displaceable room partitioning wall, having: a retractable and extendable ceiling sealing strip; a retractable and extendable floor sealing strip; and a kickback device (28; 128) with a retractable and extendable tappet element (52; 152), wherein the tappet element (52; 152) is adapted for pushing the partitioning wall element away from another non-positively connected partitioning wall element of the room partitioning wall, characterized in that the kickback device (28; 128) is actuatable independently of an actuation of the ceiling sealing strop and an actuation of the floor sealing strip. a retractable and extendable ceiling sealing strip; a retractable and extendable floor sealing strip; and a kickback device (28; 128) with a retractable and extendable tappet element (52; 152), wherein the tappet element (52; 152) is adapted for pushing the partitioning wall element away from another non-positively connected partitioning wall element of the room partitioning wall, characterized in that the kickback device (28; 128) is actuatable independently of an actuation of the ceiling sealing strop and an actuation of the floor sealing strip.
A component (100, 200, 300, 400, 500) for an aerosol-generating system, the component (100, 200, 300, 400, 500) comprising: a storage portion for storing an aerosol-forming substrate; and manually operated disabling means for rendering the component (100, 200, 300, 400, 500) irreversibly inoperable, wherein: the aerosol-forming substrate is a liquid aerosol-forming substrate and the storage portion is a liquid storage portion (108, 208) configured to hold the liquid aerosol-forming substrate; the disabling means is configured to render the storage portion irreversibly inoperable; the disabling means comprises a secondary storage portion (118, 218), the secondary storage portion (118, 218) being substantially isolated from the liquid storage portion (108, 208), and the disabling means is configured to enable fluid communication between the liquid storage portion (108, 208) and the secondary storage portion (118, 218) on operation of the disabling means; and the disabling means comprises sorbent material arranged in the secondary storage portion (118, 218), wherein the sorbent material is arranged to absorb or adsorb liquid aerosol-forming substrate held in the liquid storage portion on operation of the disabling means. a storage portion for storing an aerosol-forming substrate; and manually operated disabling means for rendering the component (100, 200, 300, 400, 500) irreversibly inoperable, the aerosol-forming substrate is a liquid aerosol-forming substrate and the storage portion is a liquid storage portion (108, 208) configured to hold the liquid aerosol-forming substrate; the disabling means is configured to render the storage portion irreversibly inoperable; the disabling means comprises a secondary storage portion (118, 218), the secondary storage portion (118, 218) being substantially isolated from the liquid storage portion (108, 208), and the disabling means is configured to enable fluid communication between the liquid storage portion (108, 208) and the secondary storage portion (118, 218) on operation of the disabling means; and the disabling means comprises sorbent material arranged in the secondary storage portion (118, 218), wherein the sorbent material is arranged to absorb or adsorb liquid aerosol-forming substrate held in the liquid storage portion on operation of the disabling means.
A fastening device for fixing a component of the fastening device on a groove of a profile having at least one screw of the fastening device rotatably mounted on the component, which engages with a threaded section in a rhomboid nut of the fastening device, which is rotatable between an assembly position and a disassembly position, characterized in that at least one stop is provided on the component for limiting the rotational movement of the rhomboid nut in the disassembly position, wherein at least one spacer is integrally formed with the component, which in the disassembly position is arranged between the rhomboid nut and a support surface of the component which can be placed on the groove walls of the groove.
An SMS message processing method performed by a mobile terminal, wherein the method is applied to an SMS message interaction interface of the mobile terminal, and the mobile terminal comprises a touchscreen, wherein the SMS message interaction interface comprises a recipient name, an SMS message text box, and an SMS message Favorites bar, and the SMS message Favorites bar comprises a Favorites button; and the method comprises: receiving,, a first touch operation on the Favorites button; obtaining,, a Favorite SMS message from storage space of the mobile terminal according to the first touch operation; displaying,, the obtained Favorite SMS message on the touchscreen; receiving a second touch operation on a historical SMS message, wherein the SMS message interaction interface further comprises the historical SMS message of the mobile terminal, the second touch operation is an operation of touching the historical SMS message and dragging the historical SMS message to the SMS message Favorites bar, the historical SMS message is an SMS message received or sent by the mobile terminal before a current moment; and marking the historical SMS message as a Favorite SMS message according to the second touch operation. receiving,, a first touch operation on the Favorites button; obtaining,, a Favorite SMS message from storage space of the mobile terminal according to the first touch operation; displaying,, the obtained Favorite SMS message on the touchscreen; receiving a second touch operation on a historical SMS message, wherein the SMS message interaction interface further comprises the historical SMS message of the mobile terminal, the second touch operation is an operation of touching the historical SMS message and dragging the historical SMS message to the SMS message Favorites bar, the historical SMS message is an SMS message received or sent by the mobile terminal before a current moment; and marking the historical SMS message as a Favorite SMS message according to the second touch operation.
A remote control key unit for a vehicle without a closed compartment that surrounds an exposed portion of a key cylinder, the remote control key unit comprising: a key to be inserted into a key cylinder that is included in a small vehicle; a holder supporting the key and to be gripped by a user; an operation portion held by the holder and to be operated by the user; a transmitter, held by the holder, for generating, in response to an operation of the operation portion, a signal to be transmitted to a receiver that is included in the small vehicle; and an antenna, held by the holder, for radiating radio waves of the signal generated by the transmitter; wherein the antenna is disposed at a position in the holder that is not covered by a hand of the user when the user grips the holder and operates the operation portion, characterized in that the operation portion and the antenna are disposed side by side in a direction orthogonal to an axial direction of the key, and the antenna is disposed so as to be positioned further to the left than the operation portion as viewed from the user when the user grips the holder with the tip of the key being directed forward and the operation portion being directed upward. a key to be inserted into a key cylinder that is included in a small vehicle; a holder supporting the key and to be gripped by a user; an operation portion held by the holder and to be operated by the user; a transmitter, held by the holder, for generating, in response to an operation of the operation portion, a signal to be transmitted to a receiver that is included in the small vehicle; and an antenna, held by the holder, for radiating radio waves of the signal generated by the transmitter; wherein the antenna is disposed at a position in the holder that is not covered by a hand of the user when the user grips the holder and operates the operation portion, characterized in that the operation portion and the antenna are disposed side by side in a direction orthogonal to an axial direction of the key, and the antenna is disposed so as to be positioned further to the left than the operation portion as viewed from the user when the user grips the holder with the tip of the key being directed forward and the operation portion being directed upward.
A mobile aggregate crushing machine comprising a feed conveyor, a screening unit, a crushing means and a main conveyor, the screening unit comprising a screen that vibrates when operative, and comprising a frame on which the screen is mounted, characterised by the frame being movable between an inoperative position in which the frame is substantially horizontal, and an operative position in which the frame is angled relative to the horizontal, the arrangement of the machine being such that the screening unit is arranged on the opposite side of the crushing means relative to the feed conveyor and material comprising aggregate to be crushed is, in use, fed from the feed conveyor to the screening unit for separation, so that finer material will be passed onto the main conveyor without passing through the crushing means, and coarser material will be discharged from the screening unit into the crushing means and will fall from the crushing means onto the main conveyor.
Burner system for providing thermal energy comprising an evaporator device for evaporating a liquid fuel to provide completely evaporated fuel, a burner air supply device for providing burner air, a surface burner for burning a fuel mixture comprising the completely vaporized fuel and the burner air to provide an exhaust gas stream, a shielding plate with openings for passing through and regulating the thermal energy of the exhaust gas stream of the surface burner, wherein the surface burner is coupled to the evaporator device via the shielding plate such that during operation the exhaust gas stream of the surface burner provides the thermal energy and the evaporation temperature required for complete evaporation of the fuel in the evaporator device, wherein the shielding plate is designed both for radiation shielding of the evaporator device and for mixing the hot exhaust gas stream with a tertiary air in order to reduce a total exhaust gas temperature in order to cool it to a suitable level for complete evaporation, and a tertiary air supply device for supplying tertiary air to the exhaust gas stream in order to adjust a temperature of the exhaust gas stream by mixing with the tertiary air in order to form a hot gas stream. an evaporator device for evaporating a liquid fuel to provide completely evaporated fuel, a burner air supply device for providing burner air, a surface burner for burning a fuel mixture comprising the completely vaporized fuel and the burner air to provide an exhaust gas stream, a shielding plate with openings for passing through and regulating the thermal energy of the exhaust gas stream of the surface burner, wherein the surface burner is coupled to the evaporator device via the shielding plate such that during operation the exhaust gas stream of the surface burner provides the thermal energy and the evaporation temperature required for complete evaporation of the fuel in the evaporator device, wherein the shielding plate is designed both for radiation shielding of the evaporator device and for mixing the hot exhaust gas stream with a tertiary air in order to reduce a total exhaust gas temperature in order to cool it to a suitable level for complete evaporation, and a tertiary air supply device for supplying tertiary air to the exhaust gas stream in order to adjust a temperature of the exhaust gas stream by mixing with the tertiary air in order to form a hot gas stream.
A board working system comprising: a board working apparatus (2, 2a) for working on a board; and a board conveying apparatus (1, 1a) including a first board conveying portion for conveying the board in a prescribed direction, a second board conveying portion arranged adjacent to the first board conveying portion in a direction orthogonal to the prescribed direction, for conveying the board, and a cover member covering the first board conveying portion and the second board conveying portion, the board conveying apparatus connected to the board working apparatus, characterised in that at least one of the board working apparatus and the board conveying apparatus is provided with a shutter device (113a, 115a) closing such that a maximum interval of an opening gap leading from the first board conveying portion to the board working apparatus is not more than a prescribed value when an opening and closing door (111, 112) of the cover member is opened and setup for the first board conveying portion is performed. a board working apparatus (2, 2a) for working on a board; and a board conveying apparatus (1, 1a) including a first board conveying portion for conveying the board in a prescribed direction, a second board conveying portion arranged adjacent to the first board conveying portion in a direction orthogonal to the prescribed direction, for conveying the board, and a cover member covering the first board conveying portion and the second board conveying portion, the board conveying apparatus connected to the board working apparatus, characterised in that at least one of the board working apparatus and the board conveying apparatus is provided with a shutter device (113a, 115a) closing such that a maximum interval of an opening gap leading from the first board conveying portion to the board working apparatus is not more than a prescribed value when an opening and closing door (111, 112) of the cover member is opened and setup for the first board conveying portion is performed.
An obstacle detection device for a vehicle which detects an obstacle in front by emitting an infrared beam in front of the vehicle, comprising: a first emitting-and-receiving part disposed on a center part in a width direction of a vehicle and configured to emit an infrared beam to a center region in front of the vehicle and receive a reflected signal from an obstacle; a second emitting-and-receiving part (11b, 11c) disposed on at least one of a left side or a right side of the first emitting-and-receiving part and configured to: emit an infrared beam so that the infrared beam spreads to at least one of the left side or the right side adjacently to a detection region of the infrared beam from the first emitting-and-receiving part; and receive a reflected signal from the obstacle; and an effective-range control part configured to control a maximum effective distance of obstacle detection by the first emitting-and-receiving part and a maximum effective distance of obstacle detection by the second emitting-and-receiving part (11b, 11c), wherein the effective-range control part is configured to: set the maximum effective distance of the first emitting-and-receiving part longer than the maximum effective distance of the second emitting-and-receiving part (11b, 11c); and extend the maximum effective distance of the second emitting-and-receiving part (11b, 11c) from an initial value when the obstacle is detected by the first emitting-and-receiving part. a first emitting-and-receiving part disposed on a center part in a width direction of a vehicle and configured to emit an infrared beam to a center region in front of the vehicle and receive a reflected signal from an obstacle; a second emitting-and-receiving part (11b, 11c) disposed on at least one of a left side or a right side of the first emitting-and-receiving part and configured to: emit an infrared beam so that the infrared beam spreads to at least one of the left side or the right side adjacently to a detection region of the infrared beam from the first emitting-and-receiving part; and receive a reflected signal from the obstacle; and an effective-range control part configured to control a maximum effective distance of obstacle detection by the first emitting-and-receiving part and a maximum effective distance of obstacle detection by the second emitting-and-receiving part (11b, 11c), wherein the effective-range control part is configured to: set the maximum effective distance of the first emitting-and-receiving part longer than the maximum effective distance of the second emitting-and-receiving part (11b, 11c); and extend the maximum effective distance of the second emitting-and-receiving part (11b, 11c) from an initial value when the obstacle is detected by the first emitting-and-receiving part. set the maximum effective distance of the first emitting-and-receiving part longer than the maximum effective distance of the second emitting-and-receiving part (11b, 11c); and extend the maximum effective distance of the second emitting-and-receiving part (11b, 11c) from an initial value when the obstacle is detected by the first emitting-and-receiving part.
Method for producing a vehicle tire having a tire carcass with a carcass insert (12, 13), tire beads with tire cores, a tire belt and a tread, comprising the following steps: a) winding at least one carcass insert onto a carcass drum, wherein the carcass drum has a device for setting tire cores and a mechanism for folding the carcass insert (12, 13) over a tire core, b) finishing the tire carcass on the carcass drum, c) removing the tire carcass from the carcass drum using a carcass transfer unit, d) moving the carcass transfer unit with the tire carcass over a cambering drum, e) carrying out a core clamping operation by means of segments of the cambering drum, wherein the abutting side walls (2, 3) are clamped to the tire carcass in the region of the tire bead on the cambering drum by this core clamping operation, f) moving the carcass transfer unit away from the cambering drum, g) cambering the tire carcass with the side walls (2, 3), which are attached on both sides, wherein the side walls (2, 3) are turned up laterally on the tire carcass by a turning-up means, and the tire carcass is combined with the coaxially arranged belt/tread package, h) finishing the green tire using a conventional production method, characterized in that, before step e), the side walls (2, 3) are prefabricated on a separate side wall drum and are then arranged on the cambering drum by means of a side wall transfer unit. a) winding at least one carcass insert onto a carcass drum, wherein the carcass drum has a device for setting tire cores and a mechanism for folding the carcass insert (12, 13) over a tire core, b) finishing the tire carcass on the carcass drum, c) removing the tire carcass from the carcass drum using a carcass transfer unit, d) moving the carcass transfer unit with the tire carcass over a cambering drum, e) carrying out a core clamping operation by means of segments of the cambering drum, wherein the abutting side walls (2, 3) are clamped to the tire carcass in the region of the tire bead on the cambering drum by this core clamping operation, f) moving the carcass transfer unit away from the cambering drum, g) cambering the tire carcass with the side walls (2, 3), which are attached on both sides, wherein the side walls (2, 3) are turned up laterally on the tire carcass by a turning-up means, and the tire carcass is combined with the coaxially arranged belt/tread package, h) finishing the green tire using a conventional production method, characterized in that, before step e), the side walls (2, 3) are prefabricated on a separate side wall drum and are then arranged on the cambering drum by means of a side wall transfer unit.
A plugging device comprising: a body that has a depressed portion and a communication path opened to an inner surface of the depressed portion; an elastic plate arranged at the body so as to cover the depressed portion; a bearing that supports the body rotatably around an axis; and a rotary drive unit that rotates the body around the axis. a body that has a depressed portion and a communication path opened to an inner surface of the depressed portion; an elastic plate arranged at the body so as to cover the depressed portion; a bearing that supports the body rotatably around an axis; and a rotary drive unit that rotates the body around the axis.
Locking device for locking a functionally essential component, in particular a steering column or a gear shift lever, of a vehicle: a housing, in which a locking cylinder is accommodated, which serves to actuate a locking element of the functionally essential component, a support element for supporting the locking cylinder in the housing, wherein the support element is mounted in the housing in a rotationally fixed manner, and a rotatable coupling, which can be brought into an operative connection with the locking element, wherein the locking cylinder has a rotatable cylinder core which can be connected to the rotatable coupling, and wherein the coupling is axially supported on the support element, characterized in that, a mounting unit is provided in order to fix the locking cylinder in a predetermined mounting position within the housing at least positively to the support element. a housing, in which a locking cylinder is accommodated, which serves to actuate a locking element of the functionally essential component, a support element for supporting the locking cylinder in the housing, wherein the support element is mounted in the housing in a rotationally fixed manner, and a rotatable coupling, which can be brought into an operative connection with the locking element, wherein the locking cylinder has a rotatable cylinder core which can be connected to the rotatable coupling, and wherein the coupling is axially supported on the support element, characterized in that, a mounting unit is provided in order to fix the locking cylinder in a predetermined mounting position within the housing at least positively to the support element.
Scarf retainer, which can be used to secure a scarf to the hair and which comprises a hair connecting element and a scarf connecting element, wherein the hair connecting element has a receiving position, in which hair can be fed from a first receiving direction, and the hair connecting element can be moved into a closed position, in which the hair is held by the hair connecting element, and wherein the scarf connecting element has a receiving position, in which scarf can be fed from a second receiving direction, and the scarf connecting element can be moved into a closed position, in which the scarf is held by the scarf connecting element, wherein the first receiving direction and the second receiving direction point outwards in opposite directions and the second receiving direction forms an obtuse or straight angle with the first receiving direction, and the scarf retainer has a base element (28, 44) which is arranged between the hair connecting element and the scarf connecting element, characterized in that in which the base element (28, 44) can assume a receiving position and a closed position.
Wind turbine comprising a rotor of at least 100m diameter, the rotor comprising a blade with an aerodynamic profile characterized in that said profile has in the range of 0.2 R to 0.95 R and in particular of 0.5 R to 0.95 R a design lift coefficient c l larger than 1.1, particularly larger than 1.2 and more particularly larger than 1.4 and more particularly preferably about 1.6, wherein said blade comprises profiles of at least 25% thickness which are used at radial positions larger than 0.55 R, and particularly larger than 0.65 R and more particularly larger than 0.75 R.