mhurhangee/ep-ind-claims huggingface dataset:
A shell case, in particular hard-shell case, wherein the shell case has a first and a second broad side, wherein for stacking shell cases on their broad sides, each shell case has on at least one broad side a device for arrestingly receiving the adjacent shell case in the plane of the broad side, wherein the device has at least one collar arranged on the broad side of the shell case projecting above the broad side in height, wherein the collar is circumferentially formed on the broad side of the shell case, wherein the collar has at least one outer and at least one inner edge (26, 28), wherein for an arresting, stackable reception of the adjacent shell case the outer and the inner edge (26, 28) of the diagonally opposite corner regions (22, 24) of the collar have a different height, characterized in that the edges (26, 28) of a collar circumferentially arranged on the broad side of the shell case continuously change their height relative to one another in the connection from one corner region to the adjacent corner region, wherein, in the central region between two adjacent corner regions (22, 24), the outer and the inner edges (26, 28) have the same height.
A user equipment, UE, for wireless communication, comprising: means for receiving configuration information for a plurality of carriers, wherein a number of carriers, of the plurality of carriers, exceeds a threshold associated with a monitoring capability of the UE, wherein the monitoring capability is for span-based monitoring of the plurality of carriers; means for determining a distribution of at least one of a plurality of non-overlapped control channel elements, CCEs, or a plurality of blind decodes satisfies a per-span capability of the UE, wherein the distribution is among a plurality of sets of carriers, and wherein each set of carriers of the plurality of set of carriers is associated with a respective subcarrier spacing and a respective span configuration; and means for receiving communications on the plurality of carriers in accordance with the distribution. means for receiving configuration information for a plurality of carriers, wherein a number of carriers, of the plurality of carriers, exceeds a threshold associated with a monitoring capability of the UE, wherein the monitoring capability is for span-based monitoring of the plurality of carriers; means for determining a distribution of at least one of a plurality of non-overlapped control channel elements, CCEs, or a plurality of blind decodes satisfies a per-span capability of the UE, wherein the distribution is among a plurality of sets of carriers, and wherein each set of carriers of the plurality of set of carriers is associated with a respective subcarrier spacing and a respective span configuration; and means for receiving communications on the plurality of carriers in accordance with the distribution.
A computer-implemented method for conditioning an interior area comprising: retrieving environmental conditions regarding the interior area, wherein the environmental conditions include temperature, humidity, and air speed; retrieving outdoor environmental conditions; generating a field of environmental conditions at a plurality of points within the interior area; calculating a thermal comfort of the user to determine a predicted mean vote; and operating a heating, ventilation, and air conditioning system based on the calculated thermal comfort; characterised by: retrieving usage information regarding the interior area; estimating clothing insulation of a user based on the outdoor environmental conditions and the usage information; receiving feedback from the user regarding the user's comfort level; and operating the heating, ventilation, and air conditioning system based on the feedback. retrieving environmental conditions regarding the interior area, wherein the environmental conditions include temperature, humidity, and air speed; retrieving outdoor environmental conditions; generating a field of environmental conditions at a plurality of points within the interior area; calculating a thermal comfort of the user to determine a predicted mean vote; and operating a heating, ventilation, and air conditioning system based on the calculated thermal comfort; characterised by: retrieving usage information regarding the interior area; estimating clothing insulation of a user based on the outdoor environmental conditions and the usage information; receiving feedback from the user regarding the user's comfort level; and operating the heating, ventilation, and air conditioning system based on the feedback. retrieving usage information regarding the interior area; estimating clothing insulation of a user based on the outdoor environmental conditions and the usage information; receiving feedback from the user regarding the user's comfort level; and operating the heating, ventilation, and air conditioning system based on the feedback.
An access node comprising a processor and a transceiver; the transceiver configured to receive at least one uplink reference signal corresponding to at least one user node, the processor configured to determine, based on the at least one uplink reference signal, an estimated position of the at least one user node relative to the access node; and at least one directional parameter corresponding to the estimated position of the at least one user node relative to the position of the access node; and the transceiver being configured to send at least one downlink control information to the at least one user node, the at least one downlink control information including the directional parameters, characterised in that the processor is further configured to determine orientation parameters of the at least one user node relative to the access node by: acquiring calibration data of an antenna array of the user node from an uplink control channel; estimating an uplink channel from the at least one uplink reference signal; and correlating the estimated uplink channel with the calibration data for different rotations of the antenna array. based on the at least one uplink reference signal, an estimated position of the at least one user node relative to the access node; and at least one directional parameter corresponding to the estimated position of the at least one user node relative to the position of the access node; and acquiring calibration data of an antenna array of the user node from an uplink control channel; estimating an uplink channel from the at least one uplink reference signal; and correlating the estimated uplink channel with the calibration data for different rotations of the antenna array.
A method for removing a 2-alkoxyethanol, comprising the steps of adding one or more azeotropic solvent selected from the group consisting of alkanes having 7 to 8 carbon atoms and cycloalkanes having 7 to 8 carbon atoms to a mixture containing the 2-alkoxyethanol represented by the following formula R-O-CH 2 CH 2 OH wherein R represents an alkyl group having 1 to 4 carbon atoms, and a (2-alkoxyethyl) vinyl ether represented by the following formula R-O-CH 2 CH 2 O-CH=CH 2 wherein R has the same meaning as R in the formula, and subjecting the resulting mixture to azeotropic distillation.
A crack detection system for detecting cracks in a loaded engineering structure which comprises a light source, optical fibres that are led through the structure and have diameters below 75 μm, and a means for coupling the light of the light source into the optical fibres, characterised i n that the optical fibres are led through the structure in form of fibre bundles.
Photovoltaic-effect transistor, able to switch a high amplitude current, comprising: - a photovoltaic cell provided with a cathode and with an anode interconnected by means of a junction, as well as an illumination surface, - said photovoltaic cell having a voltage (Va) applied thereto, the highest voltage level (+Va) being connected to the cathode and the lowest voltage level (-Va) being connected to the anode, - means for having a current (Ic) flow through a load (Rc) connected to said photovoltaic cell, said current (Ic) being proportional to an illuminance (Pe) of said photovoltaic cell, to the surface area of an illuminated surface (St) of the illumination surface and to a factor (β) showing the output of said photovoltaic cell under a reference illumination when the entire illumination surface is illuminated, said photovoltaic cell being inserted between the voltage generator (Va) and the load (Rc). - a photovoltaic cell provided with a cathode and with an anode interconnected by means of a junction, as well as an illumination surface, - said photovoltaic cell having a voltage (Va) applied thereto, the highest voltage level (+Va) being connected to the cathode and the lowest voltage level (-Va) being connected to the anode, - means for having a current (Ic) flow through a load (Rc) connected to said photovoltaic cell, said current (Ic) being proportional to an illuminance (Pe) of said photovoltaic cell, to the surface area of an illuminated surface (St) of the illumination surface and to a factor (β) showing the output of said photovoltaic cell under a reference illumination when the entire illumination surface is illuminated, said photovoltaic cell being inserted between the voltage generator (Va) and the load (Rc).
Vehicle having a body, the body comprising a door movable between a closed position and an open position of the door; wherein a piece of equipment (3R,90R) is mounted at an inner side of the door in such a manner that when the door opens, said piece of equipment moves to take up an open position in which at least part of said piece of equipment is outside the body of the vehicle; said piece of equipment (3R,90R) comprises one of a seat cushion, a plurality of shelves, and a box; and the vehicle further comprises an equipment positioning mechanism configured to move said piece of equipment (3R,90R) downward and/or upward relative to the door; the vehicle being characterized in that said equipment positioning mechanism is configured to move said piece of equipment (3R,90R) downward when the door is open. a piece of equipment (3R,90R) is mounted at an inner side of the door in such a manner that when the door opens, said piece of equipment moves to take up an open position in which at least part of said piece of equipment is outside the body of the vehicle; said piece of equipment (3R,90R) comprises one of a seat cushion, a plurality of shelves, and a box; and the vehicle further comprises an equipment positioning mechanism configured to move said piece of equipment (3R,90R) downward and/or upward relative to the door; the vehicle being characterized in that said equipment positioning mechanism is configured to move said piece of equipment (3R,90R) downward when the door is open.
A stereoscopic camera system comprising: a housing defining an exterior and an interior, wherein the camera system is configured to be positioned in a treatment room for viewing an object; and a pair of lenses mounted at either end of a front surface of the housing; wherein one of the pair of lenses are positioned in front of a first image detector for obtaining an image of an object from a first view point; and one of the pair of lenses are positioned in front of a second image detector for obtaining an image of an object from a second view point, fixed relative to the viewpoint of the first image detector; wherein each of the image detectors are arranged to be contained within a micro climate of substantially constant temperature within the interior of the housing by being associated with heaters operable to maintain the image detectors at a substantially constant temperature; characterized in that said heaters are provided attached to a rear side of a circuit board on which each of the image detectors are mounted, and wherein one or more conducting pads, thermally connected to the heater associated with the image detector, are provided around the periphery of each of the image detectors. a housing defining an exterior and an interior, wherein the camera system is configured to be positioned in a treatment room for viewing an object; and a pair of lenses mounted at either end of a front surface of the housing; wherein one of the pair of lenses are positioned in front of a first image detector for obtaining an image of an object from a first view point; and one of the pair of lenses are positioned in front of a second image detector for obtaining an image of an object from a second view point, fixed relative to the viewpoint of the first image detector; wherein each of the image detectors are arranged to be contained within a micro climate of substantially constant temperature within the interior of the housing by being associated with heaters operable to maintain the image detectors at a substantially constant temperature; characterized in that a first image detector for obtaining an image of an object from a first view point; and one of the pair of lenses are positioned in front of a second image detector for obtaining an image of an object from a second view point, fixed relative to the viewpoint of the first image detector; wherein each of the image detectors are arranged to be contained within a micro climate of substantially constant temperature within the interior of the housing by being associated with heaters operable to maintain the image detectors at a substantially constant temperature; characterized in that said heaters are provided attached to a rear side of a circuit board on which each of the image detectors are mounted, and wherein one or more conducting pads, thermally connected to the heater associated with the image detector, are provided around the periphery of each of the image detectors.
A refrigerator, comprising: a first storage chamber; a second storage chamber spatially-separated from the first storage chamber; a first refrigeration cycle system which includes a first compressor to compress a first refrigerant and circulates the first refrigerant from the first compressor to cool the first storage chamber; and a second refrigeration cycle system which includes a second compressor to compress a second refrigerant and circulates the second refrigerant from the second compressor to cool the second storage chamber, characterized in that, the second refrigerant of the second refrigeration cycle system has a smaller refrigeration capacity per unit volume than that of the first refrigerant of the first refrigeration cycle system. a first storage chamber; a second storage chamber spatially-separated from the first storage chamber; a first refrigeration cycle system which includes a first compressor to compress a first refrigerant and circulates the first refrigerant from the first compressor to cool the first storage chamber; and a second refrigeration cycle system which includes a second compressor to compress a second refrigerant and circulates the second refrigerant from the second compressor to cool the second storage chamber, characterized in that, the second refrigerant of the second refrigeration cycle system has a smaller refrigeration capacity per unit volume than that of the first refrigerant of the first refrigeration cycle system.
A method of magnifying and viewing a lock screen wallpaper of terminal having a touch screen, the method comprising: obtaining, when the terminal is in a lock screen state, a touch duration and/or a pressure value of the touch operation on the touch screen, wherein in the lock screen state, the touch screen displays a content consisting of a lock screen wallpaper and one or more elements other than the lock screen wallpaper, and wherein the elements other than the lock screen wallpaper cover a portion of the lock screen wallpaper, and comprise at least one of a text, an icon, a widget and a pop-up; and determining (S402, S502) whether the touch duration and/or the pressure value of the touch operation satisfy a preset condition; in response to determining that the touch duration and/or the pressure value of the touch operation satisfy the preset condition, the method further comprises: obtaining (S403, S503) a position of the touch operation on the touch screen and a picture layer of the lock screen wallpaper corresponding to the contact area of the touch operation, wherein the elements other than the lock screen wallpaper are not obtained; magnifying (S404, S504) the obtained picture of the lock screen wallpaper corresponding to the contact area without magnifying any of the elements other than the lock screen wallpaper. obtaining, when the terminal is in a lock screen state, a touch duration and/or a pressure value of the touch operation on the touch screen, wherein in the lock screen state, the touch screen displays a content consisting of a lock screen wallpaper and one or more elements other than the lock screen wallpaper, and wherein the elements other than the lock screen wallpaper cover a portion of the lock screen wallpaper, and comprise at least one of a text, an icon, a widget and a pop-up; and determining (S402, S502) whether the touch duration and/or the pressure value of the touch operation satisfy a preset condition; in response to determining that the touch duration and/or the pressure value of the touch operation satisfy the preset condition, the method further comprises: obtaining (S403, S503) a position of the touch operation on the touch screen and a picture layer of the lock screen wallpaper corresponding to the contact area of the touch operation, wherein the elements other than the lock screen wallpaper are not obtained; magnifying (S404, S504) the obtained picture of the lock screen wallpaper corresponding to the contact area without magnifying any of the elements other than the lock screen wallpaper. obtaining (S403, S503) a position of the touch operation on the touch screen and a picture layer of the lock screen wallpaper corresponding to the contact area of the touch operation, wherein the elements other than the lock screen wallpaper are not obtained; magnifying (S404, S504) the obtained picture of the lock screen wallpaper corresponding to the contact area without magnifying any of the elements other than the lock screen wallpaper.
An intravascular microcatheter for delivering active substances comprising a proximal end portion, a stem, and a distal end portion with an atraumatic tip, characterised in that it comprises a main channel for delivering active substances centrally positioned and parallel to a lateral guidewire channel arranged at least on the section of the distal end portion of the microcatheter in which there is placed an active substance delivery region with regularly distributed pores in a number of 20 to 200, whereas the atraumatic tip of the microcatheter is devoid of pores and closed, and wherein the guidewire channel has a smaller diameter than the main channel and is located on the lateral wall of the main channel.
Apparatus for mounting valve bags on a filling nozzle of a filling machine, comprising a stationary machine frame, on which a mounting head is held, the mounting head having a movable gripping device and a mounting device, and the gripping device being designed for gripping a valve bag and transferring it to the mounting device and the mounting head for opening a valve of a valve bag and accelerating a valve bag in a longitudinal direction for mounting on a filler nozzle, characterized in that the mounting head is held displaceably on the machine frame) seen in the longitudinal direction.
A system capable of being disposed in a bore, the system comprising: a first pipe comprising a wall having an opening, the first pipe defining an inner region; a second pipe capable of being disposed in the inner region; a tool coupled to the first pipe, the tool being capable of guiding the second pipe from a first position to a second position that is closer to a surface than the first position; wherein a portion of the second pipe is adapted to be adjacent to at least part of the opening when the second pipe is at the second position, the portion of the second pipe comprising a second pipe opening; and a device capable of preventing rotation of the second pipe with respect to the first pipe after the second pipe is directed by the tool wherein, the first pipe is a casing string; the second pipe is a tubing string comprising a latch key; the tool is a mule shoe; and the device is a J-slot latch coupling capable of receiving the latch key. and characterised in that, the latch key extends from the tubing string and prevents the tubing string from changing depth in one or more directions, and the system further includes a depth reference coupling arranged to, in use, find depth downhole. a first pipe comprising a wall having an opening, the first pipe defining an inner region; a second pipe capable of being disposed in the inner region; a tool coupled to the first pipe, the tool being capable of guiding the second pipe from a first position to a second position that is closer to a surface than the first position; wherein a portion of the second pipe is adapted to be adjacent to at least part of the opening when the second pipe is at the second position, the portion of the second pipe comprising a second pipe opening; and a device capable of preventing rotation of the second pipe with respect to the first pipe after the second pipe is directed by the tool wherein, the first pipe is a casing string; the second pipe is a tubing string comprising a latch key; the tool is a mule shoe; and the device is a J-slot latch coupling capable of receiving the latch key. the latch key extends from the tubing string and prevents the tubing string from changing depth in one or more directions, and the system further includes a depth reference coupling arranged to, in use, find depth downhole.
Temporary immersion device for growing crops in a liquid substrate, said device comprising a closed container defining an inner chamber suitable for housing the crops, at least one support member placed in the inner chamber and suitable for supporting said crops, and an actuating pneumatic tool connected to said support member and including a casing closed with respect to said inner chamber, said actuating pneumatic tool being adapted to move said support member in said inner chamber between a first position and a second position on the basis of a variation of fluid pressure in said casing.