mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising: a display ; a communication module ; a memory ; and one or more processors configured to: generate driving guide information of the vehicle based on traffic information, received from an external device by the communication module , and driving data of the vehicle corresponding to a preset period, which is stored in the memory ; and control the generated driving guide information to be displayed on the display ; wherein, if the driving data is speed variation information of the vehicle , the one or more processors are configured to: change the driving guide information based on the speed variation information corresponding to the preset period. a display ; a communication module ; a memory ; and one or more processors configured to: generate driving guide information of the vehicle based on traffic information, received from an external device by the communication module , and driving data of the vehicle corresponding to a preset period, which is stored in the memory ; and control the generated driving guide information to be displayed on the display ; generate driving guide information of the vehicle based on traffic information, received from an external device by the communication module , and driving data of the vehicle corresponding to a preset period, which is stored in the memory ; and control the generated driving guide information to be displayed on the display ; wherein, if the driving data is speed variation information of the vehicle , the one or more processors are configured to: change the driving guide information based on the speed variation information corresponding to the preset period.
Single-tube oscillation damper for a motor vehicle, comprising - a damper tube which is at least partially filled with damping fluid and in which a piston rod can be moved back and forth, wherein a working piston can also be moved with the piston rod , - an end of the single-tube oscillation damper remote from the piston rod for bearing in a dome bearing , wherein the end of the single-tube oscillation damper remote from the piston rod comprises a transition region from the outer diameter of the damper tube to the outer diameter of the end of the single-tube oscillation damper remote from the piston rod, wherein the end of the single-tube oscillation damper remote from the piston rod comprises a support region which is arranged in the transition region and the single-tube oscillation damper additionally comprises a stop plate and at least one damping element , and wherein the stop plate is arranged on the support region and the at least one damping element is arranged on the stop plate at the side facing the end of the single-tube oscillation damper remote from the piston rod, characterized in that the end of the single-tube oscillation damper remote from the piston rod additionally comprises at least one fixing element , wherein the fixing element is arranged in a region between the stop plate and the end of the single-tube oscillation damper remote from the piston rod. - a damper tube which is at least partially filled with damping fluid and in which a piston rod can be moved back and forth, wherein a working piston can also be moved with the piston rod , - an end of the single-tube oscillation damper remote from the piston rod for bearing in a dome bearing , wherein the end of the single-tube oscillation damper remote from the piston rod comprises a transition region from the outer diameter of the damper tube to the outer diameter of the end of the single-tube oscillation damper remote from the piston rod,
Composite component for an air spring component of a motor vehicle in the form of an air spring pot, having a first element made of a first material of die-cast aluminum and a second element made of a second material of glass-fiber-reinforced thermoplastic, the first element being designed as a flange for fastening to a motor vehicle part, wherein at least regions of the second element surround the first element .
An insect elimination system for eliminating a flying insect in an airspace, comprising: - a camera (CAM) configured to provide image data representative of at least part of the airspace; - an unmanned aerial vehicle, UAV, comprising a propeller (PRO) to propel the UAV through the airspace; and - a controller (CON), the controller being connected via an image data connection (IDC) to the camera to receive the image data, and being connected via a control data connection (CDC) to the UAV to provide control data to the UAV, the controller being configured to: - monitor the image data received from the camera, for an image of an insect; Z wherein the controller is further configured to: in case an image of an insect has been found in the image data: - derive from the image data a position of the insect in the airspace; and characterized in that the controller is further configured to J - guide the UAV via the control data connection, using the derived position of the insect in the airspace, to hit the insect by the propeller. - a camera (CAM) configured to provide image data representative of at least part of the airspace; - an unmanned aerial vehicle, UAV, comprising a propeller (PRO) to propel the UAV through the airspace; and - a controller (CON), the controller being connected via an image data connection (IDC) to the camera to receive the image data, and being connected via a control data connection (CDC) to the UAV to provide control data to the UAV, the controller being configured to: - monitor the image data received from the camera, for an image of an insect; Z wherein the controller is further configured to: in case an image of an insect has been found in the image data: - derive from the image data a position of the insect in the airspace; and characterized in that the controller is further configured to J - guide the UAV via the control data connection, using the derived position of the insect in the airspace, to hit the insect by the propeller. - derive from the image data a position of the insect in the airspace; and characterized in that the controller is further configured to J - guide the UAV via the control data connection, using the derived position of the insect in the airspace, to hit the insect by the propeller.
A plurality of storage nodes, comprising: each of the plurality of storage nodes having non-volatile solid-state memory for user data storage, a remote procedure call cache , and a mirrored remote procedure call cache configured to mirror a remote procedure call cache of another storage node; wherein each of the plurality of storage nodes is configured to determine whether a result of a further remote procedure call is already available in the remote procedure call cache , and to respond to the remote procedure call with the result in an event that the result is already available such that when a remote procedure call is repeated it is not repeatedly serviced but the result is returned each time the remote procedure call is repeated.
A working tool of a laparoscopic trainer having the form of a sleeve provided with a handle with a fixed arm and a movable arm with a rigid tie rod for manipulating the jaws of the working tip , comprising a sensor unit detecting the opening of jaws of the working tip , characterized in that the sensor unit is housed within the handle of the working tool which includes the first reflection sensor and the first reflector , wherein one of these elements of the opening sensor is attached to the handle of the working tool , and the other is mounted on the tie rod .
A rolling bearing with two bearing rings and rolling elements running between same, and a sensor for detecting relative movements and positions of the bearing rings relative to one another, wherein the sensor is provided for determining axial movements and positions of the bearing rings , is fastened to one of the bearing rings and is directed towards a measurement surface on a circumferential surface of the other bearing ring, characterized in that said measurement surface comprises a sharp-edged contour projection projecting towards the sensor which extends along said circumferential surface perpendicular to the axis of rotation of the bearing and projects in radial direction from said circumferential surface and which influences the measurement signal of the sensor and the movement of which relative to the sensor transverse to the main signal direction of the sensor modifies the measurement signal of the sensor.
An acoustic liner , comprising: a support layer that includes a set of partitioned cavities with open faces; a facing sheet operably coupled to the support layer such that the facing sheet overlies and closes the open faces; a set of perforations included in the facing sheet , and in fluid communication with cavities included in the set of cavities to form a set of acoustic resonators, wherein the acoustic liner is suitable for use in a turbine engine defining a through air flow having an axial flow path, such that at least a subset of the perforations have an axially-oriented inlet relative to the axial flow path; and the acoustic liner further comprising at least one discontinuity in the facing sheet upstream of the axially-oriented inlet, the upstream direction defined by through air flow in the turbine engine for which the acoustic liner is suitable, wherein the at least one discontinuity includes at least one riblet, wherein the axially-oriented inlet has an elongated cross section in the axial flow path direction . a support layer that includes a set of partitioned cavities with open faces; a facing sheet operably coupled to the support layer such that the facing sheet overlies and closes the open faces; a set of perforations included in the facing sheet , and in fluid communication with cavities included in the set of cavities to form a set of acoustic resonators, wherein the acoustic liner is suitable for use in a turbine engine defining a through air flow having an axial flow path, such that at least a subset of the perforations have an axially-oriented inlet relative to the axial flow path; and the acoustic liner further comprising at least one discontinuity in the facing sheet upstream of the axially-oriented inlet, the upstream direction defined by through air flow in the turbine engine for which the acoustic liner is suitable, wherein the at least one discontinuity includes at least one riblet, wherein the axially-oriented inlet has an elongated cross section in the axial flow path direction .
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: X is R 1 is H or methyl; R 2 is R 3A and R 3B are each H or together form oxo; R 4A and R 4B are each H or together form oxo; R 5 is H or methyl; and each occurrence of n is independently 1 to 5; and wherein indicates the point of attachment to the rest of the compound. or a pharmaceutically acceptable salt thereof, wherein: X is R 1 is H or methyl; R 2 is R 3A and R 3B are each H or together form oxo; R 4A and R 4B are each H or together form oxo; R 5 is H or methyl; and each occurrence of n is independently 1 to 5; and wherein indicates the point of attachment to the rest of the compound. X is R 1 is H or methyl; R 2 is R 3A and R 3B are each H or together form oxo; R 4A and R 4B are each H or together form oxo; R 5 is H or methyl; and each occurrence of n is independently 1 to 5; and wherein indicates the point of attachment to the rest of the compound.
Input or control device with variable controls configuration particularly buttons and/or keys , comprising of a control zone with capacitively, and/or resistively, and/or inductively, and/or optically, and/or acoustically evaluated touch layer and with a first graphic layer , while the touch layer is connected to an evaluation unit to define a touch spot, the touch layer being continuously spread over a surface of the control zone , the first graphic layer has a graphic representation of at least one control element on it and the first graphic layer is steadily attached to the touch layer, being disposed under the touch layer or located on top of the touch layer , wherein the first graphic layer is configured to be covered with other different graphic layers , the first graphic layer and at least one other different graphic layer have different number, and/or shape, and/or location, and/or graphic representation of the controls, the evaluation unit is adjusted for different evaluation of a touch or a touch gesture at the same spot on the touch layer based on the first graphic layer , if the other different graphic layer is not inserted, or based on the other different graphic layer , if the other different graphic layer is inserted. the first graphic layer is configured to be covered with other different graphic layers , the first graphic layer and at least one other different graphic layer have different number, and/or shape, and/or location, and/or graphic representation of the controls, the evaluation unit is adjusted for different evaluation of a touch or a touch gesture at the same spot on the touch layer based on the first graphic layer , if the other different graphic layer is not inserted, or based on the other different graphic layer , if the other different graphic layer is inserted.
A system for installation of a leadless implant in a living body, comprising: - a leadless implant , and - an implantation tool , wherein the implantation tool comprises a sleeve member having a cavity and a sleeve tip both formed by an inner wall , wherein the inner wall at the sleeve tip has an inner diameter of D 1 and the inner wall at the cavity has an inner diameter of D 2 , wherein D 1 is less than D 2 , wherein the implantation tool is configured to slidably receive the leadless implant through the cavity , wherein the leadless implant comprises: - a casing having a casing distal end and a casing proximal end forming an axis that runs from the casing proximal end to the casing distal end , wherein the casing houses electrical components configured to provide electrical pulses to the living body and/or to sense physiological signals from the living body, and - an anchoring mechanism comprising at least one tine extending from a surface of the leadless implant , leading to a curved segment , and then directly to a tine tip , wherein the at least one tine comprises a flexible, resilient material; characterized in that D 1 is configured to cause the at least one tine to flex inward when a portion of the at least one tine makes contact with the inner wall for alignment of the at least one tine prior to contact with bodily tissue. - a leadless implant , and - an implantation tool , - a casing having a casing distal end and a casing proximal end forming an axis that runs from the casing proximal end to the casing distal end , wherein the casing houses electrical components configured to provide electrical pulses to the living body and/or to sense physiological signals from the living body, and - an anchoring mechanism comprising at least one tine extending from a surface of the leadless implant , leading to a curved segment , and then directly to a tine tip , wherein the at least one tine comprises a flexible, resilient material;
An apparatus for creating a radiation treatment plan for execution by a radiation treatment machine, comprising: a waypoint module configured to obtain imaging waypoint data representing imaging waypoints; a treatment trajectory module configured to obtain treatment data at least partially defining a beam-on direction; and a treatment plan generator configured to create the radiation treatment plan based at least in part on the imaging waypoint data and the treatment data; characterized in that : at least one of the imaging waypoints: (i) refers to, represents and/or is associated with a point in time where imaging is possible; or (ii) represents an instantaneous temporal opportunity to acquire one or more images. a waypoint module configured to obtain imaging waypoint data representing imaging waypoints; a treatment trajectory module configured to obtain treatment data at least partially defining a beam-on direction; and a treatment plan generator configured to create the radiation treatment plan based at least in part on the imaging waypoint data and the treatment data; characterized in that : at least one of the imaging waypoints: (i) refers to, represents and/or is associated with a point in time where imaging is possible; or (ii) represents an instantaneous temporal opportunity to acquire one or more images. (i) refers to, represents and/or is associated with a point in time where imaging is possible; or (ii) represents an instantaneous temporal opportunity to acquire one or more images.
Antenna module for a motor vehicle comprising at least one antenna for an infotainment system of the motor vehicle , an antenna housing for attaching to an exterior trim part of the motor vehicle and a camera with a camera objective for capturing an environmental region of the motor vehicle , wherein the at least one antenna is disposed in an interior of the antenna housing , and one of the at least one antenna being a car-to-car communication antenna and the camera is disposed in the interior of the antenna housing in certain areas, wherein the camera objective is disposed in a passage opening of a housing wall of the antenna housing corresponding to the camera objective at least in certain areas, and the antenna module comprises a sealing element for sealing a gap between the housing wall adjoining to the passage opening and the camera objective while the sealing element is hollow cylindrically formed whereby the camera comprises a camera housing with a rear housing for electronics of the camera and a front housing for retaining the camera objective , wherein the camera housing is disposed in the interior of the antenna housing and comprises a shielding material for shielding the electronics of the camera from radiation of the at least one antenna . one of the at least one antenna being a car-to-car communication antenna and the camera is disposed in the interior of the antenna housing in certain areas, wherein the camera objective is disposed in a passage opening of a housing wall of the antenna housing corresponding to the camera objective at least in certain areas, and the antenna module comprises a sealing element for sealing a gap between the housing wall adjoining to the passage opening and the camera objective while the sealing element is hollow cylindrically formed whereby the camera comprises a camera housing with a rear housing for electronics of the camera and a front housing for retaining the camera objective , wherein the camera housing is disposed in the interior of the antenna housing and comprises a shielding material for shielding the electronics of the camera from radiation of the at least one antenna .
A machining system comprising: a base ; a trolley , multiple work modules arranged in an arrangement direction on the base , at least one of the multiple work modules being a processing module , which processes a work with a tool, provided with a main shaft head including a main shaft on which a tool is attached and a main shaft rotating device that rotates the main shaft ; a head raising and lowering device that moves the main shaft head in a vertical direction; a head moving device that moves the main shaft head in a horizontal plane by moving it in two perpendicular directions; and a work table that holds a work; the processing module being configured so as to be capable of being pulled forward on the base starting from a set working position and being capable of being pulled backward from the base using the trolley so that a portion or all the processing module is moved onto the trolley , starting from said set working position along a path extending in an intersecting direction, which is a direction perpendicular to the arrangement direction, wherein one of the both directions opposite to each other in the intersecting direction is defined to be frontward and the other direction is defined to be rearward, the work table being provided on the frontward side of the processing module . a base ; a trolley , multiple work modules arranged in an arrangement direction on the base , at least one of the multiple work modules being a processing module , which processes a work with a tool, provided with a main shaft head including a main shaft on which a tool is attached and a main shaft rotating device that rotates the main shaft ; a head raising and lowering device that moves the main shaft head in a vertical direction; a head moving device that moves the main shaft head in a horizontal plane by moving it in two perpendicular directions; and a work table that holds a work; the processing module being configured so as to be capable of being pulled forward on the base starting from a set working position and being capable of being pulled backward from the base using the trolley so that a portion or all the processing module is moved onto the trolley , starting from said set working position along a path extending in an intersecting direction, which is a direction perpendicular to the arrangement direction, wherein one of the both directions opposite to each other in the intersecting direction is defined to be frontward and the other direction is defined to be rearward, the work table being provided on the frontward side of the processing module .
A vacuum cleaner floor nozzle assembly comprising a housing comprising a suction duct connected to a suction air guide, and a first base part , which is arranged at the housing on the underside and which has a first sliding base plate , as well as a first suction mouth , which is connected to the suction duct , characterized in that the first base part is releasably connected to the housing in order form a vacuum cleaner floor nozzle in a first configuration, that the vacuum cleaner floor nozzle assembly further comprises a second base part , which comprises a second sliding base plate and comprises a second suction mouth and which has a differing geometry with respect to the first base part and which can be releasably fastened to the housing in exchange with the first base part in order to form a vacuum cleaner floor nozzle in a second configuration.
A hybrid veil that is flexible, self-supporting, and is permeable to liquid and gas, comprising: (a) intermingled, randomly arranged fibres in the form of a nonwoven structure, preferably, said fibres being carbon fibres, thermoplastic fibres, or combination thereof; (b) particles dispersed throughout the nonwoven structure, wherein a majority of the particles are penetrating through the thickness of the nonwoven structure; and (c) a polymeric or resinous binder present throughout the veil, preferably, the binder being present in an amount of 5% to 25% by weight, or 10% to 20% by weight, based on the total weight of the veil, wherein the fibres of the nonwoven structure are chopped fibres having lengths in the range of about 3 mm to about 18 mm, optionally, said fibres have cross-sectional diameters in the range of about 3.0 μm to about 15 μm. (a) intermingled, randomly arranged fibres in the form of a nonwoven structure, preferably, said fibres being carbon fibres, thermoplastic fibres, or combination thereof; (b) particles dispersed throughout the nonwoven structure, wherein a majority of the particles are penetrating through the thickness of the nonwoven structure; and (c) a polymeric or resinous binder present throughout the veil, preferably, the binder being present in an amount of 5% to 25% by weight, or 10% to 20% by weight, based on the total weight of the veil,