mhurhangee/patent-ind-claim-en huggingface dataset:
A panel system comprising: - a panel that can be moved along guide tracks and turned for opening the panel, - an upper first guide track and a lower second guide track , between which the panel is suspended, - a first guide track part coupled to the panel and arranged to follow the first guide track , - an opening which is provided in the first guide track and through which the first guide track part moves out of the first guide track when the panel is in a predetermined position (A) for the turning of the panel, and - a guiding member fastened to the first guide track and arranged to support the panel during the turning, - a counter element which is fixed to the panel and is supported against the guiding member during the turning of the panel, wherein the counter element is also placed against the guiding member to prevent the turning of the panel when the first guide track part is at the opening but the panel is not yet placed in the predetermined position (A) for the turning of the panel, characterized by - a first clearance (H1) between the counter element and the first guide track to allow the opening of the panel and to prevent the counter element from hitting the first guide track , - a second clearance (H2) between the guiding member and the panel to allow the opening of the panel and to prevent the panel from hitting the guiding member. - a panel that can be moved along guide tracks and turned for opening the panel, - an upper first guide track and a lower second guide track , between which the panel is suspended, - a first guide track part coupled to the panel and arranged to follow the first guide track , - an opening which is provided in the first guide track and through which the first guide track part moves out of the first guide track when the panel is in a predetermined position (A) for the turning of the panel, and - a guiding member fastened to the first guide track and arranged to support the panel during the turning, - a counter element which is fixed to the panel and is supported against the guiding member during the turning of the panel, wherein the counter element is also placed against the guiding member to prevent the turning of the panel when the first guide track part is at the opening but the panel is not yet placed in the predetermined position (A) for the turning of the panel, characterized by - a first clearance (H1) between the counter element and the first guide track to allow the opening of the panel and to prevent the counter element from hitting the first guide track , - a second clearance (H2) between the guiding member and the panel to allow the opening of the panel and to prevent the panel from hitting the guiding member.
A method performed by a network device for traffic steering, comprising: - receiving (S210) from a terminal device a radio capability indication indicating one or more radio capabilities of the terminal device and one or more radio capabilities of radio access networks as detected by the terminal device, wherein the one or more radio capabilities of the terminal device and the one or more radio capabilities of radio access networks comprises at least one of: standalone Long Term Evolution (LTE)-Unlicensed (LTE-U), Licensed Assisted Access (LAA), and LTE-Wireless Local Area Network (WLAN) Aggregation (LWA), wherein the network device is an Access Network Discovery and Selection Function, ANDSF, server; receiving from an Operation Support System, OSS, / Business Support System, BSS, a network operator strategy for traffic steering; - generating (S220) a traffic steering policy based on: the radio capability indication and the network operator strategy; and - transmitting (S230) the traffic steering policy to the terminal device. - receiving (S210) from a terminal device a radio capability indication indicating one or more radio capabilities of the terminal device and one or more radio capabilities of radio access networks as detected by the terminal device, wherein the one or more radio capabilities of the terminal device and the one or more radio capabilities of radio access networks comprises at least one of: standalone Long Term Evolution (LTE)-Unlicensed (LTE-U), Licensed Assisted Access (LAA), and LTE-Wireless Local Area Network (WLAN) Aggregation (LWA), wherein the network device is an Access Network Discovery and Selection Function, ANDSF, server; receiving from an Operation Support System, OSS, / Business Support System, BSS, a network operator strategy for traffic steering; - generating (S220) a traffic steering policy based on: the radio capability indication and the network operator strategy; and - transmitting (S230) the traffic steering policy to the terminal device.
A device for automatically detecting the position of an intraocular lens or a natural lens in an eye, comprising: - a camera comprising imaging means and a camera lens and a camera axis ; - positioning means adapted to bring the camera relative to the eye to be imaged in a fixed, predetermined position; - a plurality of individual light sources , which are arranged so that each of the light sources can emit light beams at a respective predetermined angle with respect to the camera axis and in the direction of the eye to be imaged; - control means which are configured, by means of the camera with a constant position of the camera and the light sources , to capture an image sequence of the eye to be imaged and to secure said sequence on a storage medium , characterized in that the control means are further configured to switch the light sources on and off so that during capture of the images, the light sources are turned on in a predetermined order and that during the capture of each of the images only one predetermined light source is turned on; and the device additionally comprises processing means which are adapted to recognize on the images of the image sequence individual imaged light reflections, and their displacement along the image sequence, to assign Purkinje-reflexes by means of the recognized shape and the displacement of the corresponding light reflections, and to determine the position of an intraocular lens or a natural lens in an eye based on the assigned Purkinje-reflexes. - a camera comprising imaging means and a camera lens and a camera axis ; - positioning means adapted to bring the camera relative to the eye to be imaged in a fixed, predetermined position; - a plurality of individual light sources , which are arranged so that each of the light sources can emit light beams at a respective predetermined angle with respect to the camera axis and in the direction of the eye to be imaged; - control means which are configured, by means of the camera with a constant position of the camera and the light sources , to capture an image sequence of the eye to be imaged and to secure said sequence on a storage medium , characterized in that the control means are further configured to switch the light sources on and off so that during capture of the images, the light sources are turned on in a predetermined order and that during the capture of each of the images only one predetermined light source is turned on; and the device additionally comprises processing means which are adapted to recognize on the images of the image sequence individual imaged light reflections, and their displacement along the image sequence, to assign Purkinje-reflexes by means of the recognized shape and the displacement of the corresponding light reflections, and to determine the position of an intraocular lens or a natural lens in an eye based on the assigned Purkinje-reflexes.
A temperature detection device comprising a heat-sensitive element , a lead wire of the heat-sensitive element , and a resin case for fixing the lead wire , and a metal cap that is fitted onto an extremity of the resin case , wherein the resin case comprises a resin cap that houses the lead wire inside the metal cap , the metal cap is embedded in the resin case at a first length (L1) from an end part of the resin case , and the resin cap is embedded in the resin case at a second length (L2) from the end part of the resin case , the second length (L2) being longer than the first length (LI), characterized in that the heat-sensitive element is fixed in the resin case encased by the resin cap , and the resin cap is sandwiched between the heat-sensitive element and the metal cap .
A method, performed in an access node, for controlling radio channel deployment in an un-licensed spectrum, the method comprising: - determining (S41) unlicensed carrier intrinsic cell channel load in a cell served by the access node based on one or more predetermined channel load indicators; - obtaining (S42) neighbour cell channel load information, from one or more neighbouring access nodes, the neighbour cell channel load information comprising unlicensed carrier channel load in respective cells based on the one or more predetermined channel load indicators; - transmitting intrinsic cell channel load on the unlicensed carrier; - transmitting neighbour cell channel load information on the unlicensed carrier; - initiating (S43) at least one channel deployment operation based on an outcome of one or more comparative operations comprising a comparison between the determined unlicensed carrier intrinsic cell channel load and the obtained neighbour cell channel load information for the respective channel load indicator; and - adjusting a Discovery Signal Measurement and Timing Configuration, DMTC, based on channel load information. - determining (S41) unlicensed carrier intrinsic cell channel load in a cell served by the access node based on one or more predetermined channel load indicators; - obtaining (S42) neighbour cell channel load information, from one or more neighbouring access nodes, the neighbour cell channel load information comprising unlicensed carrier channel load in respective cells based on the one or more predetermined channel load indicators; - transmitting intrinsic cell channel load on the unlicensed carrier; - transmitting neighbour cell channel load information on the unlicensed carrier; - initiating (S43) at least one channel deployment operation based on an outcome of one or more comparative operations comprising a comparison between the determined unlicensed carrier intrinsic cell channel load and the obtained neighbour cell channel load information for the respective channel load indicator; and - adjusting a Discovery Signal Measurement and Timing Configuration, DMTC, based on channel load information.
A manufacturing method of a display apparatus comprising: mounting a plurality of inorganic light emitting diodes on a mounting surface of a substrate , each of the plurality of inorganic light emitting diodes including a side surface and a front light emitting surface that is directed to a front side of the display apparatus; forming a black molding layer having a low refractive index of 1.40 or more and 1.58 or less and configured to surround the side surface of each of the plurality of inorganic light emitting diodes such that the front light emitting surface of each of the plurality of inorganic light emitting diodes are exposed; arranging a transparent molding layer on the black molding layer and the plurality of inorganic light emitting diodes to protect the plurality of inorganic light emitting diodes; arranging a black optical film on the transparent molding layer to improve optical characteristics of the plurality of inorganic light emitting diodes , wherein the black optical film includes a neutral density film, a circularly polarizing film, and a film capable of exhibiting the black impression by using a liquid coating, and assembling a plurality of unit modules (30A-30L) each comprising the substrate , the plurality of inorganic light emitting diodes , the black molding layer , the transparent molding layer and the black optical film to be adjacent to each other. mounting a plurality of inorganic light emitting diodes on a mounting surface of a substrate , each of the plurality of inorganic light emitting diodes including a side surface and a front light emitting surface that is directed to a front side of the display apparatus; forming a black molding layer having a low refractive index of 1.40 or more and 1.58 or less and configured to surround the side surface of each of the plurality of inorganic light emitting diodes such that the front light emitting surface of each of the plurality of inorganic light emitting diodes are exposed; arranging a transparent molding layer on the black molding layer and the plurality of inorganic light emitting diodes to protect the plurality of inorganic light emitting diodes; arranging a black optical film on the transparent molding layer to improve optical characteristics of the plurality of inorganic light emitting diodes , wherein the black optical film includes a neutral density film, a circularly polarizing film, and a film capable of exhibiting the black impression by using a liquid coating, and assembling a plurality of unit modules (30A-30L) each comprising the substrate , the plurality of inorganic light emitting diodes , the black molding layer , the transparent molding layer and the black optical film to be adjacent to each other.
Method for arranging a plurality of semiconductor seed substrates on a carrier element for application of a semiconductor layer to the seed substrates , wherein the seed substrates are placed on the carrier element and arranged on the carrier element by means of bonding connection , the bonding connection between seed substrate and carrier element comprising a semiconductor material that is used for forming the semiconductor layer , wherein the seed substrates are placed on a surface of the carrier element and the bonding connection with the carrier element is formed at least in some regions on lateral end faces of the seed substrates , and wherein a seed substrate is joined to the carrier element and to an adjacent seed substrate by means of the bonding connection .
A container for consumer goods, comprising: an outer housing comprising a box including front, back, left, right and bottom box walls, the outer housing further comprising a hinged lid rotatable between open and closed positions, the lid including front, back, left, right and top lid walls, wherein when the lid is in the closed position free edges of the lid walls abut free edges of the respective box walls such that a lower front edge of the front wall of the lid abuts a free edge of the box front wall; an inner package of consumer goods within the box comprising an access opening through which consumer goods can be removed; and a reclosable flap movable relative to the inner package about a hinge line and arranged to cover the access opening, the reclosable flap having a free end attached to the hinged lid, wherein in an open position in which the lid top wall is arranged perpendicular to the box back wall, a straight line between the lower front edge of the front wall of the lid and the hinge line measures a first distance and a length along the reclosable flap between the hinge line and its free end measures a second distance; characterised in that the ratio between the first distance and the second distance is comprised between 70% and 100%. an outer housing comprising a box including front, back, left, right and bottom box walls, the outer housing further comprising a hinged lid rotatable between open and closed positions, the lid including front, back, left, right and top lid walls, wherein when the lid is in the closed position free edges of the lid walls abut free edges of the respective box walls such that a lower front edge of the front wall of the lid abuts a free edge of the box front wall; an inner package of consumer goods within the box comprising an access opening through which consumer goods can be removed; and a reclosable flap movable relative to the inner package about a hinge line and arranged to cover the access opening, the reclosable flap having a free end attached to the hinged lid, wherein in an open position in which the lid top wall is arranged perpendicular to the box back wall, a straight line between the lower front edge of the front wall of the lid and the hinge line measures a first distance and a length along the reclosable flap between the hinge line and its free end measures a second distance; characterised in that the ratio between the first distance and the second distance is comprised between 70% and 100%.
Blade access arrangement for a rotor blade of a wind power plant having a tower , the arrangement comprising a platform having a number of sub-platforms movably connected to each other by means of a connecting arrangement, tower guide means arranged in pairs in a distance from each other and configured to be distributed along a perimeter of the tower for guiding the platform against the tower , a bar arrangement connecting the platform with the tower guiding means and a hoisting arrangement for hoisting the blade access arrangement up and down, where each of the tower guide means is provided with a pivot point , characterized in that the bar arrangement is provided at each side of the platform , and in that to the pivot point a bar of the bar arrangement in shape of telescopic lattice beams is at an end connected to the tower guide means in a joint in such a way that the joint can pivot around an axis perpendicular to a plane parallel to a floor section of the platform , and in that in a distance from the end of the bar arrangement , the bar arrangement at each side of the platform is connected to a sub-platform of the platform by a further pivot point and that the bar arrangement at each side of the platform , is connected to another sub-platform by a pair of displaceable connections capable of being displaced in a direction crosswise to a lengthwise direction of the bar arrangement .
An adjustable wrench comprising: a wrench head provided with a fixed jaw ; a movable jaw carried by said wrench head; and a first movable jaw actuator mounted on said wrench head and rotatable about a first axis of rotation to move said movable jaw , chararacterised by a second movable jaw actuator mounted on said wrench head and rotatable about a second axis of rotation to move said movable jaw , and in that said first movable jaw actuator is configured to move said movable jaw by a distance X for each Y degrees of rotation of said first movable jaw actuator, said second movable jaw actuator is configured to move said movable jaw by a distance Z for each Y degrees of rotation of said second movable jaw actuator and said distance X is less than said distance Z, and said movable jaw is provided with teeth engagable by said first and second movable jaw actuators and said first movable jaw actuator is movable to an inoperative position in which said first movable jaw actuator is disengaged from said teeth to enable actuation of said movable jaw by said second movable jaw actuator . a wrench head provided with a fixed jaw ; a movable jaw carried by said wrench head; and a first movable jaw actuator mounted on said wrench head and rotatable about a first axis of rotation to move said movable jaw , chararacterised by a second movable jaw actuator mounted on said wrench head and rotatable about a second axis of rotation to move said movable jaw , and in that said first movable jaw actuator is configured to move said movable jaw by a distance X for each Y degrees of rotation of said first movable jaw actuator, said second movable jaw actuator is configured to move said movable jaw by a distance Z for each Y degrees of rotation of said second movable jaw actuator and said distance X is less than said distance Z, and said movable jaw is provided with teeth engagable by said first and second movable jaw actuators and said first movable jaw actuator is movable to an inoperative position in which said first movable jaw actuator is disengaged from said teeth to enable actuation of said movable jaw by said second movable jaw actuator .
A process for producing functionalized organic molecules having 1 to 3 carbon atoms selected from the group consisting of ethanol, methanol, formic acid, acetic acid, malonic acid, acetone and a mixture of at least two of the afore-said functionalized organic molecules, comprising the step of - contacting carbon dioxide as the only gas or a gas mixture comprising or consisting of carbon dioxide and methane in presence of water with a catalyst comprising or consisting of permanently polarized hydroxyapatite, wherein the gas mixture is free of nitrogen. - contacting carbon dioxide as the only gas or a gas mixture comprising or consisting of carbon dioxide and methane in presence of water with a catalyst comprising or consisting of permanently polarized hydroxyapatite, wherein the gas mixture is free of nitrogen.
An electric coolant pump configured for a coolant circuit of an internal combustion engine, comprising: an electric motor with a pump shaft ; a pump impeller which radially accelerates the coolant to be conveyed and which is arranged on the pump shaft and is driven by the electric motor ; a pump housing with a pump chamber into which the rotably supported pump shaft extends and in which the pump impeller is accommodated within a spiral housing section that encloses a radial circumference of the pump chamber ; a pump inlet which, on the side of the pump housing opposite the electric motor , leads into the pump chamber and is axially directed to the pump impeller as well as an outlet which, at a circumferential section of the spiral housing section , is directed in a tangentially discharging direction; a control circuit which, on the side of the pump housing opposing the electric motor , is situated around the inlet and accommodated within an ECU chamber ; wherein the pump chamber is opened to the side of the pump housing opposing the electric motor and the ECU chamber is opened to the side facing the pump chamber ; characterized in that the opened side of the pump chamber and the opened side of the ECU chamber are separated by a heat-exchange cover , which is opened at a mouth of the inlet into the pump chamber , wherein a material from which the ECU chamber is made having a lower heat conductivity than a material from which the heat-exchange cover and the spiral housing section is made. an electric motor with a pump shaft ; a pump impeller which radially accelerates the coolant to be conveyed and which is arranged on the pump shaft and is driven by the electric motor ; a pump housing with a pump chamber into which the rotably supported pump shaft extends and in which the pump impeller is accommodated within a spiral housing section that encloses a radial circumference of the pump chamber ; a pump inlet which, on the side of the pump housing opposite the electric motor , leads into the pump chamber and is axially directed to the pump impeller as well as an outlet which, at a circumferential section of the spiral housing section , is directed in a tangentially discharging direction; a control circuit which, on the side of the pump housing opposing the electric motor , is situated around the inlet and accommodated within an ECU chamber ; wherein the pump chamber is opened to the side of the pump housing opposing the electric motor and the ECU chamber is opened to the side facing the pump chamber ; characterized in that the opened side of the pump chamber and the opened side of the ECU chamber are separated by a heat-exchange cover , which is opened at a mouth of the inlet into the pump chamber , wherein a material from which the ECU chamber is made having a lower heat conductivity than a material from which the heat-exchange cover and the spiral housing section is made.