mhurhangee/ep-ind-claims huggingface dataset:
System for protecting a motor vehicle equipped with an engine including: - a remote server to transmit a server authorization command; - an engine operation control system; - means for unlocking the engine operation control system; and - communication means fitted in the vehicle, configured to receive said server authorization command and communicate with the unlocking means, characterized in that the remote server is configured to transmit the authorization command only if it receives a message including a first identification means to identify the user and a second identification means to identify a vehicle and if the vehicle identified by the second identification means is attributable to the user identified by the first identification means and in that the remote server can be authenticated to the unlocking means, the unlocking means being configured to send the protection deactivation command to the control system only if the remote server is authenticated. - a remote server to transmit a server authorization command; - an engine operation control system; - means for unlocking the engine operation control system; and - communication means fitted in the vehicle, configured to receive said server authorization command and communicate with the unlocking means,
A low viscosity curable (per)fluoroelastomer [fluoroelastomer] having a number-averaged molecular weight of 3 000 to 45 000, said (per)fluoroelastomer comprising at least 1 % moles, with respect to the total moles of recurring units, of recurring units derived from at least one (per)fluoromethoxyalkylvinylether of formula: CFX'=CX"OCF 2 OR f formula wherein X' and X", equal to or different from each other, are independently H or F; and R f is selected from the group consisting of C 1 -C 6 (per)fluoroalkyls, linear or branched; C 5 -C 6 cyclic (per)fluoroalkyls; and C 2 -C 6 (per)fluorooxyalkyls, linear or branched, comprising from 1 to 3 catenary ethereal oxygen atoms [monomer], and further comprising recurring units derived from at least one (per)fluorinated monomer different from monomer, wherein said fluoroelastomer is selected from the group consisting of: VDF-based copolymers, comprising recurring units derived from VDF, from the monomer and optionally from at least one additional (per)fluorinated monomer different from monomer and VDF [comonomer]; TFE-based copolymers, comprising recurring units derived from TFE, from the monomer and optionally from at least one additional (per)fluorinated monomer different from monomer and TFE [comonomer]. VDF-based copolymers, comprising recurring units derived from VDF, from the monomer and optionally from at least one additional (per)fluorinated monomer different from monomer and VDF [comonomer]; TFE-based copolymers, comprising recurring units derived from TFE, from the monomer and optionally from at least one additional (per)fluorinated monomer different from monomer and TFE [comonomer].
Device for carrying out a placing procedure for placing a connecting element, in particular a press-fit stud, on a workpiece, - having a control device for controlling the placing procedure during the operation; - having a placing unit which is fastened to a tool carrier and which with the aid of an actuating unit is repositionable in an actuating direction; - and having a component carrier which on the tool carrier is fastened opposite the placing unit and towards which the placing unit is repositionable in the actuating direction; wherein the placing unit has - a blank holder with the aid of which the workpiece during the operation is pressed against the component carrier; - a punch which, for punching a hole into the workpiece, in the actuating direction is repositionable relative to the blank holder; - a punching sleeve for press-fitting the connecting element in the hole; wherein the component carrier has - a main body having a component support for the workpiece; - an embossing sleeve which is disposed so as to be displaceable in the main body, characterized in that the control device is configured in such a manner that, during the operation in a multi-stage placing procedure, in a first stage a hole-punching and hole-forming operation for configuring the hole with a collar that encircles the hole and is deep-drawn counter to the actuating direction takes place, and in a second stage a placing procedure of the connecting element takes place, wherein no lateral relative movement between the workpiece and the device takes place between the two stages, and wherein the embossing sleeve for configuring the deep-drawn collar is repositioned against the workpiece from below. - having a control device for controlling the placing procedure during the operation; - having a placing unit which is fastened to a tool carrier and which with the aid of an actuating unit is repositionable in an actuating direction; - and having a component carrier which on the tool carrier is fastened opposite the placing unit and towards which the placing unit is repositionable in the actuating direction; wherein the placing unit has - a blank holder with the aid of which the workpiece during the operation is pressed against the component carrier; - a punch which, for punching a hole into the workpiece, in the actuating direction is repositionable relative to the blank holder; - a punching sleeve for press-fitting the connecting element in the hole; wherein the component carrier has - a main body having a component support for the workpiece; - an embossing sleeve which is disposed so as to be displaceable in the main body,
A front part for a motor vehicle, comprising a subframe arranged in a car body, a cooling module, and a retainer (6, 6'), which protrudes from the subframe in the driving direction, for connecting the cooling module to the subframe, wherein the cooling module is supported on the free ends of the retainers (6, 6'), and the retainer (6, 6') comprises a guideway which is guided from the lower side of the cooling module up to the upper side of the subframe, characterized in that the guideway is arranged to rise in an inclined manner against the driving direction of the motor vehicle.
A drive motor for a suction device or a machine tool in the form of a handheld machine tool (200, 300) or a semi-stationary machine tool, the drive motor (20, 120) having a stator with an excitation coil assembly and a rotor (40, 140) with a motor shaft (30, 130), which is rotatably mounted by means of a bearing assembly, on the stator or with respect to the stator, around a rotational axis, and which passes through a shaft through-opening (42, 142) of a laminated core (41, 141) that is held on the motor shaft (30, 130) and is electrically insulated from the motor shaft (30, 130), and wherein an insulation sleeve is arranged between the motor shaft (30, 130) and the laminated core (41, 141), said sleeve plugged into the shaft passage (42, 142) and having a socket with an insertion opening, through which the motor shaft (30, 130) is plugged into the plug socket along a insertion axis, characterized in that at least one buttress projection protrudes from the laminated core (41, 141) into the shaft through-opening (42, 142) and which penetrates and/or engages in the insulation sleeve.
A robotic system for navigating a focused ultrasound transducer under magnetic resonance imaging guidance for treating fibroids, breast, abdominal and brain tumor targets comprising: the FUS transducer; a FUS transducer holder (42, 48); a first stage dedicated to control the position of the FUS transducer in the X axis; a second stage dedicated to control the position of the FUS transducer in the Y axis; a third stage dedicated to control the position of the FUS transducer in the Z axis; a fourth stage dedicated to control the position of the FUS transducer in an angular axis; and a water container for coupling the FUS transducer to the fibroid, breast, abdominal and brain tumor targets. the FUS transducer; a FUS transducer holder (42, 48); a first stage dedicated to control the position of the FUS transducer in the X axis; a second stage dedicated to control the position of the FUS transducer in the Y axis; a third stage dedicated to control the position of the FUS transducer in the Z axis; a fourth stage dedicated to control the position of the FUS transducer in an angular axis; and a water container for coupling the FUS transducer to the fibroid, breast, abdominal and brain tumor targets.
An indication control device of an elevator, comprising: an indication switching control section to which information on motions of the elevator is inputted and which switches images indicated on a monitor provided in each hall or car of the elevator by selecting a specific image from a plurality of images inputted from each of a plurality of image input devices according to motions of the elevator; and a screen adjusting section which makes a determination as to the necessity of a screen adjustment of the monitor for an image which is selected to be displayed on the monitor by the indication switching control section, said determination being done on the basis of conditions set beforehand for each of a plurality of images, wherein the screen adjusting section determines, as the determination as to the necessity of the screen adjustment, at least either the necessity of the screen adjustment related to an image-effective region of an image selected by the indication switching control section or the necessity of the screen adjustment which involves making an image selected by the indication switching control section suited to the size of an indication region of the monitor, and further comprising: an image expansion/contraction processing section which makes an adjustment which involves making an image for which an adjustment of the image-effective region has been made by the screen adjusting section as required each time the indication switching control section selects an image equal to the size of the indication region of the monitor. an indication switching control section to which information on motions of the elevator is inputted and which switches images indicated on a monitor provided in each hall or car of the elevator by selecting a specific image from a plurality of images inputted from each of a plurality of image input devices according to motions of the elevator; and a screen adjusting section which makes a determination as to the necessity of a screen adjustment of the monitor for an image which is selected to be displayed on the monitor by the indication switching control section, said determination being done on the basis of conditions set beforehand for each of a plurality of images, wherein the screen adjusting section determines, as the determination as to the necessity of the screen adjustment, at least either the necessity of the screen adjustment related to an image-effective region of an image selected by the indication switching control section or the necessity of the screen adjustment which involves making an image selected by the indication switching control section suited to the size of an indication region of the monitor, and further comprising: an image expansion/contraction processing section which makes an adjustment which involves making an image for which an adjustment of the image-effective region has been made by the screen adjusting section as required each time the indication switching control section selects an image equal to the size of the indication region of the monitor.
A method, implemented by a network device, comprising: receiving a media content stream; generating a plurality of images associated with the media content stream after it is received, the plurality of images being arranged in a visual timeline in order to navigate in the media content stream; characterized in: retrieving information for a future media content stream that is available after the media content stream is received, in the form of at least one image, the future media content corresponding to the next one or more program available on the same received channel as the currently viewed program corresponding to said media content stream; generating the visual timeline, comprising assembling the images into a graphic visual display, into an order based on a time index, the image of the future media content stream being included and indexed to appear at the end of the visual timeline; providing the visual timeline to a display device for display. receiving a media content stream; generating a plurality of images associated with the media content stream after it is received, the plurality of images being arranged in a visual timeline in order to navigate in the media content stream; characterized in: retrieving information for a future media content stream that is available after the media content stream is received, in the form of at least one image, the future media content corresponding to the next one or more program available on the same received channel as the currently viewed program corresponding to said media content stream; generating the visual timeline, comprising assembling the images into a graphic visual display, into an order based on a time index, the image of the future media content stream being included and indexed to appear at the end of the visual timeline; providing the visual timeline to a display device for display. retrieving information for a future media content stream that is available after the media content stream is received, in the form of at least one image, the future media content corresponding to the next one or more program available on the same received channel as the currently viewed program corresponding to said media content stream; generating the visual timeline, comprising assembling the images into a graphic visual display, into an order based on a time index, the image of the future media content stream being included and indexed to appear at the end of the visual timeline; providing the visual timeline to a display device for display.
A sidelink logical channel, SL LCH, multiplexing method, wherein a terminal multiplexes data of SL LCHs with similar or same communication ranges into a same transport block and the method comprises: determining, by the terminal, a first SL LCH, wherein the first SL LCH is an SL LCH that meets a first preset condition in at least one SL LCH, and wherein the first preset condition comprises: a priority of an SL LCH is a first priority; allocating, by the terminal, a resource to data of the first SL LCH; when a remaining resource of transmission resources is more than zero, determining, by the terminal based on a communication range in distance of the first SL LCH, a second SL LCH that meets a second preset condition in the at least one SL LCH, wherein the first SL LCH and the second SL LCH are different; and allocating, by the terminal, a resource to data of the second SL LCH, wherein the multiplexing method further comprises: when the remaining resource of the transmission resources is more than zero, and a third SL LCH is configured for the terminal, allocating, by the terminal, a resource to data of the third SL LCH, wherein the third SL LCH does not meet the second preset condition, and a priority of the third SL LCH is higher than a priority of at least one of the first SL LCH and all SL LCHs that meet the second preset condition in the at least one SL LCH. determining, by the terminal, a first SL LCH, wherein the first SL LCH is an SL LCH that meets a first preset condition in at least one SL LCH, and wherein the first preset condition comprises: a priority of an SL LCH is a first priority; allocating, by the terminal, a resource to data of the first SL LCH; when a remaining resource of transmission resources is more than zero, determining, by the terminal based on a communication range in distance of the first SL LCH, a second SL LCH that meets a second preset condition in the at least one SL LCH, wherein the first SL LCH and the second SL LCH are different; and allocating, by the terminal, a resource to data of the second SL LCH, wherein the multiplexing method further comprises: when the remaining resource of the transmission resources is more than zero, and a third SL LCH is configured for the terminal, allocating, by the terminal, a resource to data of the third SL LCH, wherein the third SL LCH does not meet the second preset condition, and a priority of the third SL LCH is higher than a priority of at least one of the first SL LCH and all SL LCHs that meet the second preset condition in the at least one SL LCH. when the remaining resource of the transmission resources is more than zero, and a third SL LCH is configured for the terminal, allocating, by the terminal, a resource to data of the third SL LCH, wherein the third SL LCH does not meet the second preset condition, and a priority of the third SL LCH is higher than a priority of at least one of the first SL LCH and all SL LCHs that meet the second preset condition in the at least one SL LCH.
A nozzle assembly (100; 500; 600) for a spraying apparatus comprising: a fluid side wall defining a fluid passageway that extends longitudinally along a fluid axis and terminates in a fluid aperture (106; 606); an air cap side wall extending around the fluid side wall and partially defining a first air passageway that terminates in an atomizing aperture (108; 608) adjacent the fluid aperture (106; 606); a pair of diametrically opposed air horns (112; 212; 512; 612) protruding past the fluid aperture (106; 606) from the air cap side wall and defining respective air horn cavities in communication with a second air passageway, each air horn (112; 212; 512; 612) having an external surface and a fan control aperture (114, 116; 214, 216; 514; 516; 614, 616) extending along a fan control axis (114', 116') through the external surface to flow air against a fluid stream discharged from the fluid aperture (106; 606), wherein each fan control aperture (114, 116; 214, 216; 514; 516; 614, 616) has an aperture shape defined along a reference plane perpendicular to the fan control axis (114', 116'); and for each air horn (112; 212; 512; 612), a baffle (130; 230; 330; 530, 531; 630) coupled to the air cap side wall and projecting into a volumetric shape (115, 117), the volumetric shape (115, 117) defined by extruding the aperture shape outwardly along the fan control axis (114', 116'). a fluid side wall defining a fluid passageway that extends longitudinally along a fluid axis and terminates in a fluid aperture (106; 606); an air cap side wall extending around the fluid side wall and partially defining a first air passageway that terminates in an atomizing aperture (108; 608) adjacent the fluid aperture (106; 606); a pair of diametrically opposed air horns (112; 212; 512; 612) protruding past the fluid aperture (106; 606) from the air cap side wall and defining respective air horn cavities in communication with a second air passageway, each air horn (112; 212; 512; 612) having an external surface and a fan control aperture (114, 116; 214, 216; 514; 516; 614, 616) extending along a fan control axis (114', 116') through the external surface to flow air against a fluid stream discharged from the fluid aperture (106; 606), wherein each fan control aperture (114, 116; 214, 216; 514; 516; 614, 616) has an aperture shape defined along a reference plane perpendicular to the fan control axis (114', 116'); and for each air horn (112; 212; 512; 612), a baffle (130; 230; 330; 530, 531; 630) coupled to the air cap side wall and projecting into a volumetric shape (115, 117), the volumetric shape (115, 117) defined by extruding the aperture shape outwardly along the fan control axis (114', 116').
A resource scheduling method, comprising: monitoring whether a current system is able to bear a load of a target application which has triggered and is about to enter high-computational-power scenario based on a load pressure score of the system being greater than a load pressure threshold value on the basis of an occupancy rate or an idle rate of a CPU of the system, wherein in a case where the target application is about to enter the high-computational-power scenario, a coming entry into the high-computational-power scenario is broadcasted by a system monitoring module; subjecting the system to resource scheduling in a case that the system is monitored to be unable to bear the load of the target application, wherein after the system and other running applications which have not triggered or entered the high-computational-power scenario receive the broadcast, a high-computational-power process in the target application is set to be a real-time process, and the CPU in the system and/or the other running applications are subjected to resource scheduling, and running the target application in the high-computational-power scenario based on scheduled system resources. monitoring whether a current system is able to bear a load of a target application which has triggered and is about to enter high-computational-power scenario based on a load pressure score of the system being greater than a load pressure threshold value on the basis of an occupancy rate or an idle rate of a CPU of the system, wherein in a case where the target application is about to enter the high-computational-power scenario, a coming entry into the high-computational-power scenario is broadcasted by a system monitoring module; subjecting the system to resource scheduling in a case that the system is monitored to be unable to bear the load of the target application, wherein after the system and other running applications which have not triggered or entered the high-computational-power scenario receive the broadcast, a high-computational-power process in the target application is set to be a real-time process, and the CPU in the system and/or the other running applications are subjected to resource scheduling, and running the target application in the high-computational-power scenario based on scheduled system resources.
Household appliance having a liquid line for conducting a liquid, and a backflush mechanism for reversing the direction of flow in the liquid line, characterised in that the liquid line has a plate which extends in the direction of flow, on the leading edge of which in the direction of flow fibre-type dirt from the liquid can build up, and the backflush mechanism is used to remove the fibre-type dirt from the leading edge.
A laser processing machine comprising: a laser oscillator which emits laser light; a scanning unit which is configured to scan a flat processing target surface of a work by deflecting the laser light emitted from the laser oscillator; and a focusing unit which is disposed between the laser oscillator and the scanning unit and which focuses the laser light emitted from the laser oscillator, characterized in that: the focusing unit includes a setting unit configured to set a focusing angle (θa) of the focusing unit so as to focus the laser light at a second position on the same plane as said flat processing target surface but outside said processing target surface and that is more distant from a first position on said flat processing target surface where the laser light is incident vertically than a third position on said flat processing target surface that is farthest from the first position on the processing target surface of the work. a laser oscillator which emits laser light; a scanning unit which is configured to scan a flat processing target surface of a work by deflecting the laser light emitted from the laser oscillator; and a focusing unit which is disposed between the laser oscillator and the scanning unit and which focuses the laser light emitted from the laser oscillator, characterized in that: the focusing unit includes a setting unit configured to set a focusing angle (θa) of the focusing unit so as to focus the laser light at a second position on the same plane as said flat processing target surface but outside said processing target surface and that is more distant from a first position on said flat processing target surface where the laser light is incident vertically than a third position on said flat processing target surface that is farthest from the first position on the processing target surface of the work.