mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator, comprising: a liquid; cool air supplied to supercool the liquid; preventing means for preventing the liquid from existing as a solid phase; a storing chamber for supplying cool air and storing the liquid; a door for opening and closing the storing chamber; characterized by a passage being disposed at the door and having an outlet for discharging the liquid, a temperature of the liquid in the passage being lowered by the cool air of the storing chamber; wherein the preventing means comprises an energy generator disposed on the passage, to maintain the liquid in the supercooled state, the preventing means further comprising at least one of a restricting member for interrupting the motion of the liquid, and a heater for converting the liquid converted into a solid phase into the liquid. a liquid; cool air supplied to supercool the liquid; preventing means for preventing the liquid from existing as a solid phase; a storing chamber for supplying cool air and storing the liquid; a door for opening and closing the storing chamber; characterized by a passage being disposed at the door and having an outlet for discharging the liquid, a temperature of the liquid in the passage being lowered by the cool air of the storing chamber; wherein the preventing means comprises an energy generator disposed on the passage, to maintain the liquid in the supercooled state, the preventing means further comprising at least one of a restricting member for interrupting the motion of the liquid, and a heater for converting the liquid converted into a solid phase into the liquid.
Built-in refrigerating unit for integration into a furniture niche, having a carcass and a door, which enclose a thermally insulated interior, wherein the door can be pivoted about an axis between an open and a closed position, wherein in a conventional built-in position of the refrigerating unit into the furniture niche, the door protrudes beyond a front edge of the furniture niche, characterised in that the interior also protrudes beyond the front edge of the furniture niche, and that the part of the interior protruding beyond the front edge of the furniture niche is formed by a receiving space in the door.
Limit switch comprising: - an actuator comprising a rotatable shaft suitable to take a predetermined number of angular positions, the actuator comprising two actuating rods arranged as a cross; - an output device connected to said actuator, and suitable to sense the position of said actuator and to output a signal corresponding to the actuator position; wherein said output device is of a digital type, suitable to output a digital signal, wherein the output device comprises at least three switches and an electronic circuit connected to said switches and suitable to simultaneously sense the open/closed state of all the switches, wherein the electronic circuit comprises a plurality of output elements and an internal counter, wherein the electronic circuit is adapted, at each partial rotation or jog, to detect the direction of rotation of the shaft and to increase or decrease said internal counter accordingly, and wherein the value of the counter is encoded into a binary format and is provided as an output by said output elements. - an actuator comprising a rotatable shaft suitable to take a predetermined number of angular positions, the actuator comprising two actuating rods arranged as a cross; - an output device connected to said actuator, and suitable to sense the position of said actuator and to output a signal corresponding to the actuator position; wherein said output device is of a digital type, suitable to output a digital signal, wherein the output device comprises at least three switches and an electronic circuit connected to said switches and suitable to simultaneously sense the open/closed state of all the switches, wherein the electronic circuit comprises a plurality of output elements and an internal counter, wherein the electronic circuit is adapted, at each partial rotation or jog, to detect the direction of rotation of the shaft and to increase or decrease said internal counter accordingly, and wherein the value of the counter is encoded into a binary format and is provided as an output by said output elements.
A remote microphone system for a vehicle comprising: at least one physical microphone arranged within a vehicle cabin configured to generate an error signal (e m (n)) at a virtual microphone location within the vehicle; a database configured to maintain a look up table of premeasured seat positions and associated transfer functions (Ĥ(z)); characterised by a processor configured to receive a seat position indicative of a seat location within the vehicle; determine whether one of the premeasured positions corresponds to the seat position; in response to one of the premeasured positions not corresponding to the seat position, interpolate the transfer functions (Ĥ(z)) from at least two known premeasured positions; and apply the transfer function (Ĥ(z)) interpolated from the at least two known premeasured positions to a primary noise signal ( d̂ e (n)) of the at least one physical microphone to generate the error signal (e m (n)). at least one physical microphone arranged within a vehicle cabin configured to generate an error signal (e m (n)) at a virtual microphone location within the vehicle; a database configured to maintain a look up table of premeasured seat positions and associated transfer functions (Ĥ(z)); characterised by a processor configured to receive a seat position indicative of a seat location within the vehicle; determine whether one of the premeasured positions corresponds to the seat position; in response to one of the premeasured positions not corresponding to the seat position, interpolate the transfer functions (Ĥ(z)) from at least two known premeasured positions; and apply the transfer function (Ĥ(z)) interpolated from the at least two known premeasured positions to a primary noise signal ( d̂ e (n)) of the at least one physical microphone to generate the error signal (e m (n)). characterised by a processor configured to receive a seat position indicative of a seat location within the vehicle; determine whether one of the premeasured positions corresponds to the seat position; in response to one of the premeasured positions not corresponding to the seat position, interpolate the transfer functions (Ĥ(z)) from at least two known premeasured positions; and apply the transfer function (Ĥ(z)) interpolated from the at least two known premeasured positions to a primary noise signal ( d̂ e (n)) of the at least one physical microphone to generate the error signal (e m (n)).
Rotary machinery with a one-way clutch integrated pulley, comprising: a housing; a rotating shaft that is supported inside the housing by way of a support bearing so as to be able to rotate freely; a sleeve that is fastened to a portion of an end section of the rotating shaft that protrudes outside the housing; a pulley that is arranged so as to surround the sleeve and so as to be concentric with the sleeve; a one-way clutch that is provided between the outer circumferential surface of the sleeve and the inner circumferential surface of the pulley, and that allows torque to be transmitted between the pulley and the sleeve only when the pulley has a tendency to rotate in a specified direction relative to the sleeve; a pair of support bearings that are provided on both sides of the one-way clutch, and between the outer circumferential surface of the sleeve and the inner circumferential surface of the pulley, and that allow relative rotation of the pulley and the sleeve, while at the same time supports radial loads that are applied to the pulley; and a spacer that is provided between the support bearing for the rotating shaft and the sleeve, and that is for positioning the sleeve in the axial direction with respect to the rotating shaft, characterized in that a small-diameter section is provided on the spacer, and that small-diameter section is press fitted into the inner-diameters side of one end section of the sleeve. a housing; a rotating shaft that is supported inside the housing by way of a support bearing so as to be able to rotate freely; a sleeve that is fastened to a portion of an end section of the rotating shaft that protrudes outside the housing; a pulley that is arranged so as to surround the sleeve and so as to be concentric with the sleeve; a one-way clutch that is provided between the outer circumferential surface of the sleeve and the inner circumferential surface of the pulley, and that allows torque to be transmitted between the pulley and the sleeve only when the pulley has a tendency to rotate in a specified direction relative to the sleeve; a pair of support bearings that are provided on both sides of the one-way clutch, and between the outer circumferential surface of the sleeve and the inner circumferential surface of the pulley, and that allow relative rotation of the pulley and the sleeve, while at the same time supports radial loads that are applied to the pulley; and a spacer that is provided between the support bearing for the rotating shaft and the sleeve, and that is for positioning the sleeve in the axial direction with respect to the rotating shaft, characterized in that
A method for window control at a head mountable device, HMD,, the method comprising: displaying (710, 805, 910) a plurality of windows (320, 420, 520) in a viewable area (310, 410, 510) of a virtual reality environment (300, 400, 500) of the HMD, the viewable area (310, 410, 510) determined based on orientation of the HMD, wherein each of the plurality of windows (320, 420, 520) corresponds to an application for completing at least one task; receiving a request to lock a position of a particular window from the plurality of windows (320, 420, 520) in the viewable area (310, 410, 510); locking the position of the particular window in the viewable area (320, 420, 520) in response to the lock request, wherein the position of the locked window is fixed in the viewable area (310, 410, 510) relative to the orientation of the HMD, when locked, regardless of the orientation of the HMD, characterised by incrementing, each time the request to lock the position of the particular window corresponding to the application is received, a value of a counter for the application; and in response to the value of the counter being incremented to a preset number, locking the position of the particular window corresponding to the application a next time the application is launched without having received the request to lock the position. displaying (710, 805, 910) a plurality of windows (320, 420, 520) in a viewable area (310, 410, 510) of a virtual reality environment (300, 400, 500) of the HMD, the viewable area (310, 410, 510) determined based on orientation of the HMD, wherein each of the plurality of windows (320, 420, 520) corresponds to an application for completing at least one task; receiving a request to lock a position of a particular window from the plurality of windows (320, 420, 520) in the viewable area (310, 410, 510); locking the position of the particular window in the viewable area (320, 420, 520) in response to the lock request, wherein the position of the locked window is fixed in the viewable area (310, 410, 510) relative to the orientation of the HMD, when locked, regardless of the orientation of the HMD, characterised by incrementing, each time the request to lock the position of the particular window corresponding to the application is received, a value of a counter for the application; and in response to the value of the counter being incremented to a preset number, locking the position of the particular window corresponding to the application a next time the application is launched without having received the request to lock the position.
Cleaning structure (20; 30; 50) attachable to a submersible pool cleaning vehicle, the vehicle including a housing and the housing including drive members for moving the vehicle around the pool surface, each drive member being an endless loop track, the vehicle also including a chassis for the drive members, the chassis having an exterior and an interior, the cleaning structure (20; 30; 50) comprising: cleaning inserts (21; 32; 52) attachable to the chassis for the drive members, the cleaning inserts (21; 32; 52) defining a plurality of bristles (24; 34; 54), the bristles (24; 34; 54) outwardly extending from the drive members when the cleaning structure is attached to the PCV; and means for connecting the cleaning inserts (21; 32; 52) to the chassis; whereby, as the PCV moves around the pool surface, the bristles (24; 34; 54) contact the surface of the pool and dislodge dirt and debris to facilitate thorough cleaning of the pool, characterized by the fact that each cleaning insert (21; 32) defines a single member which is attachable to the chassis for the drive members, said chassis having a race associated with the exterior surface of the track, and the means for connecting each cleaning insert (21; 32) to the chassis for the endless loop track includes the single member of the cleaning insert (21; 32) having a compatible race for force fit connection with the track race; or each cleaning insert defines a plurality of members which are attachable to the chassis for the drive members, said chassis having endless loop female connectors, and the means for connecting each cleaning insert to the chassis for the endless loop track includes each cleaning insert having male connectors which form a friction fit with the female connectors. cleaning inserts (21; 32; 52) attachable to the chassis for the drive members, the cleaning inserts (21; 32; 52) defining a plurality of bristles (24; 34; 54), the bristles (24; 34; 54) outwardly extending from the drive members when the cleaning structure is attached to the PCV; and means for connecting the cleaning inserts (21; 32; 52) to the chassis; whereby, as the PCV moves around the pool surface, the bristles (24; 34; 54) contact the surface of the pool and dislodge dirt and debris to facilitate thorough cleaning of the pool, characterized by the fact that each cleaning insert (21; 32) defines a single member which is attachable to the chassis for the drive members, said chassis having a race associated with the exterior surface of the track, and the means for connecting each cleaning insert (21; 32) to the chassis for the endless loop track includes the single member of the cleaning insert (21; 32) having a compatible race for force fit connection with the track race; or each cleaning insert defines a plurality of members which are attachable to the chassis for the drive members, said chassis having endless loop female connectors, and the means for connecting each cleaning insert to the chassis for the endless loop track includes each cleaning insert having male connectors which form a friction fit with the female connectors.
A greenhouse comprising a glazing bar including a glazing bar rabbet, the glazing bar rabbet being provided with a pane supporting element which supports a pane, wherein the pane supporting element is provided with a fixation portion which is in contact with the glazing bar, and a pane receiving portion for receiving an end portion of the pane, characterized in that the pane receiving portion is disposed deeper in the glazing bar rabbet than the fixation portion and movable with respect to the glazing bar at least in a direction perpendicular to the pane in assembled condition.
Method for preparing compounds of the formula in which X is methyl, Y is methyl, A is methyl, G is the group in which R' is ethyl, characterized in that firstly compounds of the formula in which X, Y and A are as defined above and R" is methyl, are cyclized in a one-pot reaction in the presence of sodium methoxide and in the presence of DMAC to give compounds of the formula in which X, Y and A are as defined above and M is sodium, m is the number 1 and n is the number 1 and are reacted with compounds of the formula in which R' is ethyl, q is the number 0 or 1, and Hal is chlorine, optionally in the presence of DMAC and optionally in the presence of triethylamine as acid binder and optionally in the presence of Aliquat 336 as phase transfer catalyst, wherein the compounds of the formula formed in a redissociation of compounds of the formula, by reaction with compounds of the formula optionally in the presence of xylene and optionally in the presence of triethylamine as acid binder, are recycled to give compounds of the formula. X is methyl, Y is methyl, A is methyl, G is the group R' is ethyl, R" is methyl, M is sodium, m is the number 1 and n is the number 1 R' is ethyl, q is the number 0 or 1,
An injectable pharmaceutical composition comprising: a) a cyclooxygenase-2 (COX-2) inhibitor, wherein the COX-2 inhibitor is mavacoxib, a compound of Formula: or a pharmaceutically acceptable salt thereof, a compound of Formula: or a pharmaceutically acceptable salt thereof, or any combination thereof; and b) propylene glycol; c) polyethylene glycol; and d) ethanol. a) a cyclooxygenase-2 (COX-2) inhibitor, wherein the COX-2 inhibitor is mavacoxib, a compound of Formula: or a pharmaceutically acceptable salt thereof, a compound of Formula: or a pharmaceutically acceptable salt thereof, or any combination thereof; and b) propylene glycol; c) polyethylene glycol; and d) ethanol.
Rod lens comprising a rod-shaped lens unit (1.1, 5.1) made of a rod-shaped lens element or a plurality of lens elements cemented together, characterized in that the lens unit (1.1, 5.1) has, on the circumferential surface thereof, a magnet arrangement on one side, wherein the magnet arrangement is embodied as at least one strip directed parallel to a longitudinal axis of the lens unit (1.1, 5.1).
A nicotine formulation for use in an aerosol-generating system, the nicotine formulation comprising one or more water-miscible polyhydric alcohols, wherein the nicotine formulation has a water-miscible polyhydric alcohol content of greater than or equal to about 40 percent by weight, wherein the nicotine formulation is solid at 25°C or has a viscosity at 25°C of greater than or equal to about 100 Pa·s, wherein the one or more water-miscible polyhydric alcohols comprise glycerine and propylene glycol, and wherein the ratio of the weight percent glycerine content to the weight percent propylene glycol content of the nicotine formulation is greater than or equal to about 1.5.
An agricultural machine comprising: a set of ground engaging elements configured to perform a ground engaging operation as the agricultural machine travels in a travel direction; a controllable subsystem configured to control the set of ground engaging elements to perform the ground engaging operation; a rearward sensor mounted to the agricultural machine and configured to sense an area of ground behind the agricultural machine, relative to the travel direction, and to generate a rearward sensor signal; rearward zone generator logic configured to determine a first zone and a second zone, wherein the first zone and the second zone represent different portions of the sensed area of ground behind the agricultural machine; rearward residue generator logic configured to receive the rearward sensor signal and determine a first residue metric indicative of the amount of residue in the first zone; and control logic configured to control the controllable subsystem so the set of ground engaging elements perform the ground engaging operation on the sensed area of ground based on the first residue metric. a set of ground engaging elements configured to perform a ground engaging operation as the agricultural machine travels in a travel direction; a controllable subsystem configured to control the set of ground engaging elements to perform the ground engaging operation; a rearward sensor mounted to the agricultural machine and configured to sense an area of ground behind the agricultural machine, relative to the travel direction, and to generate a rearward sensor signal; rearward zone generator logic configured to determine a first zone and a second zone, wherein the first zone and the second zone represent different portions of the sensed area of ground behind the agricultural machine; rearward residue generator logic configured to receive the rearward sensor signal and determine a first residue metric indicative of the amount of residue in the first zone; and control logic configured to control the controllable subsystem so the set of ground engaging elements perform the ground engaging operation on the sensed area of ground based on the first residue metric.
Test system for dynamically and/or cyclically load testing a material sample, a component or an assembly, hereinafter referred to as the sample, with a test frame, on which a bearing and a counter bearing are mounted, - at least one actuator consisting of a multifunctional solid-state transducer material system that is connected directly or indirectly to the counter bearing, - a fastening means connected directly or indirectly to the actuator for one-sided detachably secure fixing of the sample - a fastening means connected directly or indirectly to the bearing for one-sided detachably secure fixing of the sample in such a way that the at least one actuator introduces into the sample dynamic and/or cyclical mechanical loads, which act along a load path directed between the bearing and the counter bearing and running through the sample, characterized in that the test frame comprises at least two frame parts (5, 6), at least a first and a second frame part, joined detachably securely together to form a capsule-like body with a longitudinal body axis in such a way that a first resonant frequency that can be assigned to the test frame lies in a frequency range which is well above the working frequency range of the actuator, and of which parts the first frame part at least partially surrounds the at least one actuator and is connected to the at least one actuator by way of the counter bearing, and of which parts the second frame part reaches over the first frame part in the form of a dome and has at least one clearance, which is oriented laterally in relation to the load path and in which the bearing is mounted along the load path, and in that mounted on the capsule-like test frame are supporting means, by way of which the test frame supports itself by means of bearings mounted on a supporting structure such that the longitudinal body axis is vertically oriented, in that the second frame part is arranged above the first frame part, in that, in at least a longitudinal section through the capsule-like body, the second frame part has an outer contour that widens in the form of a dome vertically downwards in longitudinal extent, in that the second frame part adjoins the first frame part flush in the region of its greatest cross section and in that the first frame part has an outer contour with a cross section that narrows vertically downwards in longitudinal extent. - at least one actuator consisting of a multifunctional solid-state transducer material system that is connected directly or indirectly to the counter bearing, - a fastening means connected directly or indirectly to the actuator for one-sided detachably secure fixing of the sample - a fastening means connected directly or indirectly to the bearing for one-sided detachably secure fixing of the sample in such a way that the at least one actuator introduces into the sample dynamic and/or cyclical mechanical loads, which act along a load path directed between the bearing and the counter bearing and running through the sample,