mhurhangee/patent-ind-claim-en huggingface dataset:
An optical assembly comprising: an optical chip comprising: a surface ; an edge ; and at least one chip waveguide proximate the surface and terminating at the edge ; and an optical connector comprising: a ferrule comprising: a first surface and a second surface ; and at least one bore extending from the first surface ; a waveguide support coupled to the ferrule , the waveguide support comprising a chip coupling surface , a support portion ; and a cover portion coupled to the support portion , wherein at least one of the support portion and the cover portion comprises at least one groove ; and at least one waveguide disposed within the at least one bore of the ferrule and within the waveguide support , within the at least one groove , such that a first end of the at least one waveguide is exposed at the first surface of the ferrule and a second end of the at least one waveguide is exposed at the chip coupling surface of the waveguide support , wherein the chip coupling surface of the waveguide support is coupled to the edge of the optical chip such that the at least one waveguide is optically coupled to the at least one chip waveguide ,the optical assembly being characterized in that : the ferrule comprises an opening at the second surface ; the waveguide support is disposed within the opening . an optical chip comprising: a surface ; an edge ; and at least one chip waveguide proximate the surface and terminating at the edge ; and a surface ; an edge ; and at least one chip waveguide proximate the surface and terminating at the edge ; and an optical connector comprising: a ferrule comprising: a first surface and a second surface ; and at least one bore extending from the first surface ; a ferrule comprising: a first surface and a second surface ; and at least one bore extending from the first surface ; a first surface and a second surface ; and at least one bore extending from the first surface ; a waveguide support coupled to the ferrule , the waveguide support comprising a chip coupling surface , a support portion ; and a cover portion coupled to the support portion , wherein at least one of the support portion and the cover portion comprises at least one groove ; and at least one waveguide disposed within the at least one bore of the ferrule and within the waveguide support , within the at least one groove , such that a first end of the at least one waveguide is exposed at the first surface of the ferrule and a second end of the at least one waveguide is exposed at the chip coupling surface of the waveguide support , wherein the chip coupling surface of the waveguide support is coupled to the edge of the optical chip such that the at least one waveguide is optically coupled to the at least one chip waveguide ,the optical assembly being characterized in that : the ferrule comprises an opening at the second surface ; the waveguide support is disposed within the opening . the ferrule comprises an opening at the second surface ; the waveguide support is disposed within the opening .
Coupling device which is provided and configured for coupling a mobile process device having a programmable industrial robot and a transport apparatus to a work station of a process station , wherein the coupling device has a clamping device with a clamping jaw and a tensioning means , wherein the clamping device is provided and configured for forming a clamping connection between the clamping jaw and a clamping strip , in particular a table top, at the work station , the clamping connection fixing the process device on the work station , and wherein the clamping device has a plurality of upper and lower clamping jaws , in particular two, which are pressed against the upper side and lower side of the clamping strip by the tensioning means , wherein the coupling device has a support for the industrial robot and a robot connection, wherein the support is configured as a movable upper clamping jaw .
A friction material comprising a fiber base material, a friction modifier and a binder, wherein: the friction modifier comprises two or more kinds of non-whisker-like titanate compounds, the non-whisker-like titanate compound comprises at least non-whisker-like lithium potassium titanate, and the friction material comprises no copper component.
Heating device for heating at least a part of the surface of at least one mould half of an injection moulding mould, with at least one air heater having an inlet and an outlet , at least one hot air recycling device, having an inlet and an outlet , of which the outlet is in flow connection with the inlet of the air heater , characterised in that the hot air recycling device comprises, between its inlet and its outlet , a jet pump with a compressed gas connection , in such a way that, during operation, this aspirates air in at the inlet and at the outlet emits a mixture of the aspirated air and of the gas introduced via the compressed gas connection.
An information processing device comprising: a first sound collection unit ; a plurality of second sound collection units ; and a glasses type frame for being worn on a head of a user, wherein the first sound collection unit is installed in a bridge of the glasses type frame, and wherein the plurality of second sound collection units are installed in two temples of the glasses type frame. a first sound collection unit ; a plurality of second sound collection units ; and a glasses type frame for being worn on a head of a user, wherein the first sound collection unit is installed in a bridge of the glasses type frame, and wherein the plurality of second sound collection units are installed in two temples of the glasses type frame.
A system for automatically moving one or more parts between a bin at a source location and a destination using a robot with an end effector , wherein in the bin a variety of different parts are provided having a non-fixed location and orientation within the bin , the system comprising: a first vision system for identifying a part within the bin and for determining the pick location and pick orientation of the part; a second vision system for determining the location and orientation of the destination , wherein the destination for each of a series of parts is different; wherein the second vision system is further adapted to compare an image of the part to a reference image to determine the location and orientation of the destination , the robot having the end effector for picking the part from the bin and moving the part to the destination; and a controller which is adapted to simulate a plurality of possible paths between the pick location and the destination incorporating geometrical information of the robot , the pick location and the pick orientation and the target location and the target orientation, wherein the controller is further configured to plan from the plurality of possible paths, a best path for the robot to follow in moving the part between the pick location and the destination , wherein the first vision system is configured to compare an image of the part with one or more reference images in order to determine the pick location and pick orientation. a first vision system for identifying a part within the bin and for determining the pick location and pick orientation of the part; a second vision system for determining the location and orientation of the destination , wherein the destination for each of a series of parts is different; wherein the second vision system is further adapted to compare an image of the part to a reference image to determine the location and orientation of the destination , the robot having the end effector for picking the part from the bin and moving the part to the destination; and a controller which is adapted to simulate a plurality of possible paths between the pick location and the destination incorporating geometrical information of the robot , the pick location and the pick orientation and the target location and the target orientation, wherein the controller is further configured to plan from the plurality of possible paths, a best path for the robot to follow in moving the part between the pick location and the destination , wherein the first vision system is configured to compare an image of the part with one or more reference images in order to determine the pick location and pick orientation.
A media data processing apparatus, comprising: an obtaining module , configured to obtain each media segment in a coding representation of content; a content protection processing module , configured to perform content protection processing on a part of the media segments in the coding representation ; and a generating module , configured to generate a media presentation description file , wherein the media presentation description file is used to describe a content protection manner adopted by the part of the media segments in the coding representation; wherein the media presentation description file comprises a coding representation module corresponding to the coding representation, the coding representation module comprises at least one content protection unit, and the content protection unit comprises the content protection manner; and wherein the content protection manner comprises an encryption protection element and at least one license protection element, the encryption protection element comprises an encryption method and key related information that are adopted by the part of the media segments, the at least one license protection element comprises license description information and a protection range element, and wherein the protection range element comprises information of the range of media segments to which the license description information applies. an obtaining module , configured to obtain each media segment in a coding representation of content; a content protection processing module , configured to perform content protection processing on a part of the media segments in the coding representation ; and a generating module , configured to generate a media presentation description file , wherein the media presentation description file is used to describe a content protection manner adopted by the part of the media segments in the coding representation; wherein the media presentation description file comprises a coding representation module corresponding to the coding representation, the coding representation module comprises at least one content protection unit, and the content protection unit comprises the content protection manner; and wherein the content protection manner comprises an encryption protection element and at least one license protection element, the encryption protection element comprises an encryption method and key related information that are adopted by the part of the media segments, the at least one license protection element comprises license description information and a protection range element, and wherein the protection range element comprises information of the range of media segments to which the license description information applies.
Bicycle rack comprising a wheel fixing means for fixing a bicycle wheel, wherein the wheel fixing means comprises a receiving space for receiving the wheel in a clamping manner and wherein for receiving different tire widths, the width of the receiving space is preferably continuously variable, wherein the bicycle rack further comprises a hinge device for changing the width of the receiving space , characterized in that the hinge device comprises a scissors hinge. a wheel fixing means for fixing a bicycle wheel, wherein the wheel fixing means comprises a receiving space for receiving the wheel in a clamping manner and wherein for receiving different tire widths, the width of the receiving space is preferably continuously variable, wherein the bicycle rack further comprises a hinge device for changing the width of the receiving space , characterized in that the hinge device comprises a scissors hinge.
Frame of a vane with leading edge of a turbomachine , notably of a compressor (3 ; 6) of a turbomachine , the frame being single-piece and including: a base of a vane intended to be connected to a support of the turbomachine, an upstream portion extending from the base and forming the leading edge of the vane ; characterized in that it further includes a stiffener situated at a central position of the base , the frame having a cut-out , which separates the upstream portion from the stiffener and which extends from the base along the height of said stiffener . a base of a vane intended to be connected to a support of the turbomachine, an upstream portion extending from the base and forming the leading edge of the vane ; characterized in that it further includes a stiffener situated at a central position of the base , the frame having a cut-out , which separates the upstream portion from the stiffener and which extends from the base along the height of said stiffener .
A magnetic actuator comprising a collar element capable of transferring torque to and from a shaft surrounded by the collar element and capable of sliding in an axial direction with respect to the shaft, the collar element comprising indentations for locking in a torque transferring way to a counterpart when the collar element is in a first axial position with respect to the shaft, wherein: - the magnetic actuator comprises a coil surrounding the collar element so as to generate a current density, the current density being circumferential around an axis of rotation of the collar element and the collar element being capable of moving in the axial direction with respect to the coil, - the collar element comprises permanent magnet material for generating an axial force for moving the collar element to the first axial position when the coil carries electric current flowing in a first direction and to a second axial position when the coil carries electric current flowing in a second direction opposite to the first direction, and - reluctance of a magnetic circuit conducting the magnetic flux produced by the electric current of the coil is dependent on the axial position of the collar element, characterized in that the magnetic actuator further comprises: - a supply device arranged to supply measurement electric current to the coil, and - a processing system arranged to detect the axial position of the collar element on the basis of impedance constituted by the coil to the measurement electric current. - the magnetic actuator comprises a coil surrounding the collar element so as to generate a current density, the current density being circumferential around an axis of rotation of the collar element and the collar element being capable of moving in the axial direction with respect to the coil, - the collar element comprises permanent magnet material for generating an axial force for moving the collar element to the first axial position when the coil carries electric current flowing in a first direction and to a second axial position when the coil carries electric current flowing in a second direction opposite to the first direction, and - reluctance of a magnetic circuit conducting the magnetic flux produced by the electric current of the coil is dependent on the axial position of the collar element, - a supply device arranged to supply measurement electric current to the coil, and - a processing system arranged to detect the axial position of the collar element on the basis of impedance constituted by the coil to the measurement electric current.
A method in an electronic device for preventing an input error due to a bending of a touch screen , the method comprising: identifying coordinates of a touched area on a touch screen ; determining whether the touched area satisfies a preset node range condition and a preset touch intensity condition, wherein the preset node range condition is that the coordinates of the touched area are within a preset node range comprising a preset number of nodes among a plurality of nodes of the touch screen , each node corresponding to a minimum sensable area on the touch screen, and wherein the preset touch intensity condition is that a touch intensity sensed through a pressure sensor is equal to or higher than a preset touch intensity ; and if the touch input satisfies the preset node range condition and the preset touch intensity condition, skipping reading coordinates of the touched area outside the preset node range among the coordinates of the touched area, and reading coordinates of the touched area within the preset node range among the coordinates of the touched area . identifying coordinates of a touched area on a touch screen ; determining whether the touched area satisfies a preset node range condition and a preset touch intensity condition, wherein the preset node range condition is that the coordinates of the touched area are within a preset node range comprising a preset number of nodes among a plurality of nodes of the touch screen , each node corresponding to a minimum sensable area on the touch screen, and wherein the preset touch intensity condition is that a touch intensity sensed through a pressure sensor is equal to or higher than a preset touch intensity ; and if the touch input satisfies the preset node range condition and the preset touch intensity condition, skipping reading coordinates of the touched area outside the preset node range among the coordinates of the touched area, and reading coordinates of the touched area within the preset node range among the coordinates of the touched area . skipping reading coordinates of the touched area outside the preset node range among the coordinates of the touched area, and reading coordinates of the touched area within the preset node range among the coordinates of the touched area .
An aerosol-generating article for producing an inhalable aerosol upon heating, the aerosol-generating article extending from a mouth end to a distal end and comprising: an aerosol-generating element having a diameter from 6 millimetres to 7.5 millimetres and comprising aerosol-generating substrate, the aerosol-generating substrate comprising an aerosol-former; a downstream section at a location downstream of the aerosol-generating element , the downstream section extending from a downstream end of the aerosol-generating element to the mouth end of the aerosol-generating article ; wherein the downstream section comprises a hollow tubular element and a ventilation zone at a location along the hollow tubular element , wherein the aerosol-generating article has a ventilation level of at least 10 percent; wherein a length to diameter ratio of the aerosol-generating element is from 0.5 to 2.75; and wherein the aerosol-generating substrate comprises tobacco cut filler and an aerosol-former content in the aerosol-generating substrate is at least about 8 percent by weight. an aerosol-generating element having a diameter from 6 millimetres to 7.5 millimetres and comprising aerosol-generating substrate, the aerosol-generating substrate comprising an aerosol-former; a downstream section at a location downstream of the aerosol-generating element , the downstream section extending from a downstream end of the aerosol-generating element to the mouth end of the aerosol-generating article ; wherein the downstream section comprises a hollow tubular element and a ventilation zone at a location along the hollow tubular element , wherein the aerosol-generating article has a ventilation level of at least 10 percent; wherein a length to diameter ratio of the aerosol-generating element is from 0.5 to 2.75; and wherein the aerosol-generating substrate comprises tobacco cut filler and an aerosol-former content in the aerosol-generating substrate is at least about 8 percent by weight.
A seat portion for a seat , which seat portion is characterised by the combination of: (i) the seat portion is made of a single foam material having a plurality of apertures defining a seating area ; (ii) the seating area is such that it comprises a first portion which has the apertures and which is for receiving a person's buttocks, a second portion which has the apertures and which is for receiving a rear thigh part of a first leg of the person, and a third portion which has the apertures and which is for receiving a rear thigh part of a second leg of the person, the third portion being spaced apart from the second portion ; (iii) the seating area is softer than the remainder of the seat portion ; (iv) each aperture has an open end which forms part of an outer surface of the seat portion ; (v) the apertures are cylindrical blind bores; (vi) the apertures in the second and third portions extend forward and sideways over the seating area ; characterized in that (vii) the remainder of the seat portion that extends completely between the second and third portions does not contain any apertures . (i) the seat portion is made of a single foam material having a plurality of apertures defining a seating area ; (ii) the seating area is such that it comprises a first portion which has the apertures and which is for receiving a person's buttocks, a second portion which has the apertures and which is for receiving a rear thigh part of a first leg of the person, and a third portion which has the apertures and which is for receiving a rear thigh part of a second leg of the person, the third portion being spaced apart from the second portion ; (iii) the seating area is softer than the remainder of the seat portion ; (iv) each aperture has an open end which forms part of an outer surface of the seat portion ; (v) the apertures are cylindrical blind bores; (vi) the apertures in the second and third portions extend forward and sideways over the seating area ; characterized in that (vii) the remainder of the seat portion that extends completely between the second and third portions does not contain any apertures .
A method for acquiring augmented reality, AR, information or virtual reality, VR, information, wherein the method is performed by a mobile terminal comprising at least one radar sensor and a camera, the method comprising: transmitting , by the at least one radar sensor during image collection of the camera of the mobile terminal, a radar wave and receiving an echo formed based on the radar wave; determining , according to a transmitting parameter of the radar wave and an echo parameter of the echo, spatial structure information of one of at least one object contained in a collected image; and obtaining AR information or VR information of the object according to the spatial structure information and the collected image; wherein the spatial structure information is coordinate information including different points on the object, and the coordinate information is coordinate information in a space coordinate system with a reference point on the mobile terminal as an origin. transmitting , by the at least one radar sensor during image collection of the camera of the mobile terminal, a radar wave and receiving an echo formed based on the radar wave; determining , according to a transmitting parameter of the radar wave and an echo parameter of the echo, spatial structure information of one of at least one object contained in a collected image; and obtaining AR information or VR information of the object according to the spatial structure information and the collected image; wherein the spatial structure information is coordinate information including different points on the object, and the coordinate information is coordinate information in a space coordinate system with a reference point on the mobile terminal as an origin.