mhurhangee/patent-ind-claim-en huggingface dataset:
A device for the analysis of at least one textile , wherein the device comprises at least one control unit , at least one imaging unit and at least one evaluation unit , wherein the device further has or provides at least one supply section for supplying the textile into an imaging section , wherein at least one image of the textile is generable by means of the imaging unit if the textile is in the imaging section , wherein at least one textile characteristic and/or at least defect and/or at least one defect characteristic is determinable by means of the evaluation unit based on the at least one image, wherein the device comprises at least one position detection unit for detecting a position of the textile in the supply section and/or in the imaging section , wherein the at least one imaging unit for generating at least one image of the textile is not part of the position detection unit , characterized in that the device is configured such that the image generation by the at least one imaging unit is controlled by means of the control unit based on the detected position, wherein the time point of the image generation is controlled based on the detected position.
Crampon comprising: a front element provided with at least one point ; a heel element provided with at least one point ; and a connection mechanism adapted to adjust a maximum distance between the front element and the heel element , wherein the connection mechanism comprises a receiving member having an opening ; and a locking member adapted to be fixed in at least two separate locking positions of the opening , characterised in that the locking member is adapted to slide in the opening along a first direction of the opening between the locking positions, the opening is an elongated opening ; wherein the elongated opening has a passing channel of width d; the locking member has a passing dimension smaller than d, and the locking member has a locking dimension bigger than d. a front element provided with at least one point ; a heel element provided with at least one point ; and a connection mechanism adapted to adjust a maximum distance between the front element and the heel element , wherein the connection mechanism comprises a receiving member having an opening ; and a locking member adapted to be fixed in at least two separate locking positions of the opening , characterised in that the locking member is adapted to slide in the opening along a first direction of the opening between the locking positions, the opening is an elongated opening ; wherein the elongated opening has a passing channel of width d; the locking member has a passing dimension smaller than d, and the locking member has a locking dimension bigger than d.
A soluble, multi-ligand-substituted metal compound of the following structure: wherein M is titanium, hafnium or zirconium, n is 2 to 20, R 1 is independently selected from a group consisting of C 1. - C 6 unsubstituted straight or branched chain alkyl, C 1 - C 6 straight or branched chain alkyl substituted with halogens, R 2 is independently selected from a group consisting of a -COR 3 group,-SO 2 R 3 group, and a -SOR 3 group, wherein each R 3 is independently selected from a group consisting of aromatic group substituted by COOR 3 ', straight or branched C 1 - C 20 alkyl group substituted with halogens, straight or branched C 1 - C 20 alkenyl group substituted by COOR 3 ', wherein R 3 ' is independently selected from a group consisting of straight or branched C 1 - C 6 unsubstituted alkyl and straight or branched C 1 - C 6 alkyl substituted with halogens.
A valve repair device for repairing a native valve (MV) of a patient, the valve repair device comprising: a coaption portion ; a collar attached to the coaption portion ; a cap that can be moved away from the collar ; a plurality of paddle portions , each paddle portion including an extendable portion that is extendable from a resting condition to an extended condition; wherein the paddle portions are moveable between an open position and a closed position by moving the cap with respect to the collar ; the valve repair device further comprising paddle frames connected to the cap and to the paddle portions . a coaption portion ; a collar attached to the coaption portion ; a cap that can be moved away from the collar ; a plurality of paddle portions , each paddle portion including an extendable portion that is extendable from a resting condition to an extended condition; wherein the paddle portions are moveable between an open position and a closed position by moving the cap with respect to the collar ; the valve repair device further comprising paddle frames connected to the cap and to the paddle portions .
A chuck for use in holding a patterning device (MA) or a substrate onto a supporting table (MT/WT) of a lithography apparatus by electrostatic force, in which the patterning device is for imparting a radiation beam with a pattern in its cross-section to form a patterned radiation beam, and the substrate (W) is for receiving the patterned radiation beam; said chuck comprising: a dielectric member ; a temperature conditioning fluid channel formed within the dielectric member ; a drive electrode for applying a potential difference between the drive electrode and the patterning device (MA) or substrate (W) across the dielectric member in order to electrostatically attract the patterning device (MA) or substrate (W) towards the drive electrode , the drive electrode being arranged within the dielectric member and between the temperature conditioning fluid channel and the patterning device (MA) or the substrate (W); and a first shield electrode for reducing or preventing the development of an electric field across temperature conditioning fluid in the temperature conditioning fluid channel due to a voltage applied to the drive electrode , in order to reduce or prevent electrolysis in the fluid. a dielectric member ; a temperature conditioning fluid channel formed within the dielectric member ; a drive electrode for applying a potential difference between the drive electrode and the patterning device (MA) or substrate (W) across the dielectric member in order to electrostatically attract the patterning device (MA) or substrate (W) towards the drive electrode , the drive electrode being arranged within the dielectric member and between the temperature conditioning fluid channel and the patterning device (MA) or the substrate (W); and a first shield electrode for reducing or preventing the development of an electric field across temperature conditioning fluid in the temperature conditioning fluid channel due to a voltage applied to the drive electrode , in order to reduce or prevent electrolysis in the fluid.
Fire alarm device for a building, having at least one battery (7a, b) for the power supply of the fire alarm device , having a housing , wherein the housing has a battery compartment for holding the battery (7a, b), wherein the battery compartment has at least one battery contact for making contact with the battery (7a, b), wherein the housing has a mounting side, and wherein the housing is mountable with the mounting side on a mounting surface, characterized by a security means , wherein the security means can be arranged on the mounting side, wherein the security means interrupts the contact between the battery and the battery contact and, at the same time, prevents the housing from being mounted with the mounting side on the mounting surface.
Device for inspection and/or web observation of printed products produced by a printing machine , wherein the device is provided with a first camera that is directed to an inspection field to be checked and at least one further camera that is directed at least partially to an inspection field already observed by the first camera , characterised in that a higher spatially resolved recording of an inspection field section of the inspection field observed by the first camera is provided by the at least one further camera and lenses are provided on the cameras , wherein the lenses are provided with fixed focal lengths.
Container-loading system comprising a container crane and a working area accessible to persons on a ground below the container crane , wherein at least one elongated loading position for a container road transport vehicle is marked on the working area and wherein at a height above the ground which exceeds a multiple of the height of an ISO container one or more 3D laser scanners are mounted which are adapted to scan the road transport vehicle and the working area from above in three dimensions, wherein the system comprises a person detection unit adapted to cause the laser scanner(s) to perform at least one scan during a container loading operation in order to obtain a cloud of measurement points, characterized in that - one or more of the laser scanners is/are of a type adapted to scan the working area with a fan of diverging planes of light beams or a fan of diverging individual light beams simultaneously on a plurality of planes or lines spaced apart from each other in order to obtain the cloud of measurement points, wherein the planes or lines at the level of the working area have a distance from each other which is greater than 10 and less than 30 centimeters in at least one direction on the ground ; - the person detection unit is adapted to identify in the obtained cloud of measurement points the working area and the loading area of the road transport vehicle ; to determine whether there is at least one measurement point in the cloud of measurement points which is located more than 0.5 meters above the identified working area or the identified loading area and, if there is at least one such measurement point, to issue a person-probable signal; and - the system comprises a safety device which is adapted to slow down or stop the crane movement when the person-probable signal is issued. - one or more of the laser scanners is/are of a type adapted to scan the working area with a fan of diverging planes of light beams or a fan of diverging individual light beams simultaneously on a plurality of planes or lines spaced apart from each other in order to obtain the cloud of measurement points, wherein the planes or lines at the level of the working area have a distance from each other which is greater than 10 and less than 30 centimeters in at least one direction on the ground ; - the person detection unit is adapted to identify in the obtained cloud of measurement points the working area and the loading area of the road transport vehicle ; to determine whether there is at least one measurement point in the cloud of measurement points which is located more than 0.5 meters above the identified working area or the identified loading area and, if there is at least one such measurement point, to issue a person-probable signal; and - the system comprises a safety device which is adapted to slow down or stop the crane movement when the person-probable signal is issued.
A head up display device , which reflects display light (L) representing a display image emitted from a display by a concave mirror to project the display light (L) to a front glass having a curved surface, the head up display device comprising: a case that retains the display and the concave mirror in a prescribed positional relationship; a first driving means that rotates the concave mirror to adjust an inclination angle of the concave mirror ; a second driving means that moves the case forward and rearward; and a control means that operates the first and second driving means according to information about a viewpoint position of an observer to adjust projection position of the display light (L) on the a front glass having a curved surface depending on a height of observer's viewpoint (A) ; and wherein the case is provided with a rack ; and the second driving means comprises a stepping motor , wherein a rotation axis of the stepping motor is provided with a gear that is engaged with the rack . a case that retains the display and the concave mirror in a prescribed positional relationship; a first driving means that rotates the concave mirror to adjust an inclination angle of the concave mirror ; a second driving means that moves the case forward and rearward; and a control means that operates the first and second driving means according to information about a viewpoint position of an observer to adjust projection position of the display light (L) on the a front glass having a curved surface depending on a height of observer's viewpoint (A) ; and wherein the case is provided with a rack ; and the second driving means comprises a stepping motor , wherein a rotation axis of the stepping motor is provided with a gear that is engaged with the rack .
Field-working attachment which is designed to be coupled to an agricultural machine in a working mode and to be supported thereby and to be pulled by a tractor in a transport mode, the field-working attachment comprising a frame , which is at least indirectly coupled to the agricultural machine in the working mode, and comprising a chassis , which is connected to the frame and has a suspension part and at least one running wheel mounted thereon, the chassis being adjustable by at least one linear actuator between a transport position corresponding to the transport mode, in which position it is arranged at least partially vertically under the frame in order to support it, and a working position corresponding to the working mode, in which position it is displaced at least predominantly vertically upwards and horizontally sideways with respect to the transport position, the suspension part being connected to the frame both via a suspension bearing element having several degrees of freedom and via a guide mechanism , which is designed to guide the chassis in a multi-dimensional pivoting movement about the suspension bearing element between the transport position and the working position.
A wearable garment for a human or animal body, the garment comprising a stretch fabric and a conductive circuit comprising one or more electrodes for delivering an electromagnetic signal to a human or animal body wearing the garment, characterised in that : the one or more electrodes each comprise: a base ; one or more printed non-conductive layers comprising a non-conductive ink deposited on the base; and at least one printed conductive layer comprising a conductive ink deposited on the one or more printed non-conductive layers, the at least one printed conductive layer being configured to directly contact the skin of the human or animal body in use; and the base comprises the stretch fabric. the one or more electrodes each comprise: a base ; one or more printed non-conductive layers comprising a non-conductive ink deposited on the base; and at least one printed conductive layer comprising a conductive ink deposited on the one or more printed non-conductive layers, the at least one printed conductive layer being configured to directly contact the skin of the human or animal body in use; and the base comprises the stretch fabric.
Compound having Formula I: including pharmaceutically acceptable salts, and/or solvates thereof, wherein: - R1 is selected from the group consisting of: and - R2 is selected from the group consisting of Cl, CH 3 , and - R3 is selected from the group consisting of hydrogen, OH, OCH 3 , OCH 2 CH 3 , COOH, COOCH 3 , COOCH 2 CH 3 , wherein X, Y, Z are independently N, C or CO. - R1 is selected from the group consisting of: and - R2 is selected from the group consisting of Cl, CH 3 , and - R3 is selected from the group consisting of hydrogen, OH, OCH 3 , OCH 2 CH 3 , COOH, COOCH 3 , COOCH 2 CH 3 , wherein X, Y, Z are independently N, C or CO.
Method for manufacturing a susceptor for an inductively heatable aerosol-generating article, wherein the method comprises the steps of: • Providing a band of susceptor material , • Providing a compression stage comprising oppositely arranged compression elements , wherein in a first portion of the compression stage , the compression elements are arranged to define a progressively narrowing compression gap in processing direction and wherein in a second portion of the compression stage the compression elements are arranged to define a constant compression gap there between in processing direction and wherein the oppositely arranged compression elements are configured to have matching surface structures • Guiding the band of susceptor material through the narrowing compression gap of the compression stage , such that the matching surface structures of the compression elements deep draw the band of susceptor material . • Providing a band of susceptor material , • Providing a compression stage comprising oppositely arranged compression elements , wherein in a first portion of the compression stage , the compression elements are arranged to define a progressively narrowing compression gap in processing direction and wherein in a second portion of the compression stage the compression elements are arranged to define a constant compression gap there between in processing direction and wherein the oppositely arranged compression elements are configured to have matching surface structures • Guiding the band of susceptor material through the narrowing compression gap of the compression stage , such that the matching surface structures of the compression elements deep draw the band of susceptor material .
An apparatus for guiding spontaneous emissions of a quantum emitter in a first spatial direction comprising the quantum emitter , characterized in that the quantum emitter is an ion or an atom; a reflector adapted to reflect an emission of the quantum emitter in a second spatial direction according to a boundary condition, wherein the boundary condition includes obtaining destructive interference of the reflected emission with said emission of the quantum emitter , the reflector including a portion adapted to guide an emission of the quantum emitter in a first spatial direction; and a controller adapted to control one or more of - a position of the reflector and/or a position of the quantum emitter based on the boundary condition, and - a focal length of the reflector . the quantum emitter , characterized in that the quantum emitter is an ion or an atom; a reflector adapted to reflect an emission of the quantum emitter in a second spatial direction according to a boundary condition, wherein the boundary condition includes obtaining destructive interference of the reflected emission with said emission of the quantum emitter , the reflector including a portion adapted to guide an emission of the quantum emitter in a first spatial direction; and a controller adapted to control one or more of - a position of the reflector and/or a position of the quantum emitter based on the boundary condition, and - a focal length of the reflector . - a position of the reflector and/or a position of the quantum emitter based on the boundary condition, and - a focal length of the reflector .
A mobile terminal comprising: a first camera ; a memory for storing a message transceiving application; a touchscreen ; and a controller configured to: cause the touchscreen to display a running screen of the message transceiving application, wherein a preview screen is displayed on a first region of the touchscreen and a first preview image of the first camera is displayed in the preview screen, wherein the controller is further configured to: in response to a user input for a size change of the preview screen, cause the touchscreen to display in the preview screen a first portion of a whole camera image received through the camera , the first portion of the whole camera image being selected based on the changed size of the preview screen, wherein the user input comprises a drag touch input applied to the preview screen and the first portion of the whole camera image corresponds to the changed size of the preview screen; and in response to an attachment command, photograph the first portion of the whole camera image and attach the photographed image to the message transceiving application, wherein a data size of the photographed image is based on the size of the preview screen. a first camera ; a memory for storing a message transceiving application; a touchscreen ; and a controller configured to: cause the touchscreen to display a running screen of the message transceiving application, wherein a preview screen is displayed on a first region of the touchscreen and a first preview image of the first camera is displayed in the preview screen, wherein the controller is further configured to: in response to a user input for a size change of the preview screen, cause the touchscreen to display in the preview screen a first portion of a whole camera image received through the camera , the first portion of the whole camera image being selected based on the changed size of the preview screen, wherein the user input comprises a drag touch input applied to the preview screen and the first portion of the whole camera image corresponds to the changed size of the preview screen; and in response to an attachment command, photograph the first portion of the whole camera image and attach the photographed image to the message transceiving application, in response to a user input for a size change of the preview screen, cause the touchscreen to display in the preview screen a first portion of a whole camera image received through the camera , the first portion of the whole camera image being selected based on the changed size of the preview screen, wherein the user input comprises a drag touch input applied to the preview screen and the first portion of the whole camera image corresponds to the changed size of the preview screen; and in response to an attachment command, photograph the first portion of the whole camera image and attach the photographed image to the message transceiving application, wherein a data size of the photographed image is based on the size of the preview screen.
A glass window having a luminous capability and comprising: at least one glass sheet layer, including a first glass sheet layer of soda-lime glass; a thin film layer having fine particles dispersed in a matrix of silicon oxide-based thin-film material, the thin film layer being from 1 to 10 μm thick and covering all or substantially all of a main surface of the first glass sheet layer ; and a light source , positioned at an edge portion of at least one of the thin film layer and the glass sheet layer or, if the window comprises a second glass sheet layer and interlayer between said glass layers, at an edge portion of at least one of the thin film layer , the glass sheet layer , the second glass sheet layer and the interlayer ; wherein in its non-luminous state a haze of the glass window , as measured by International Organization for Standardization Standard 14782:1999, is below approximately 10%. a light source , positioned at an edge portion of at least one of the thin film layer and the glass sheet layer or, if the window comprises a second glass sheet layer and interlayer between said glass layers, at an edge portion of at least one of the thin film layer , the glass sheet layer , the second glass sheet layer and the interlayer ; wherein in its non-luminous state a haze of the glass window , as measured by International Organization for Standardization Standard 14782:1999, is below approximately 10%.