mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a command lane configured to receive a plurality of commands for an actuator from a number of primary controllers and select a first selected number of commands from the plurality of commands using a selection rule; a monitor lane configured to receive the plurality of commands from the number of primary controllers, select a second selected number of commands from the plurality of commands using the selection rule, and generate a check value for the second selected number of commands; and a command combiner configured to combine the first selected number of commands from the command lane and the check value from the monitor lane to form an actuator control command message comprising the first selected number of commands and the check value and to send the actuator control command message to an actuator controller for controlling the actuator. a command lane configured to receive a plurality of commands for an actuator from a number of primary controllers and select a first selected number of commands from the plurality of commands using a selection rule; a monitor lane configured to receive the plurality of commands from the number of primary controllers, select a second selected number of commands from the plurality of commands using the selection rule, and generate a check value for the second selected number of commands; and a command combiner configured to combine the first selected number of commands from the command lane and the check value from the monitor lane to form an actuator control command message comprising the first selected number of commands and the check value and to send the actuator control command message to an actuator controller for controlling the actuator.
A rigid foam, typically, a polyurethane foam, more typically, a polyisocyanurate or a mixed polyisocyanurate/polyurethane foam, comprising the reaction product of an (poly)isocyanate, and a polyethercarbonate polyol copolymer wherein the polyethercarbonate polyol copolymer is derived from the copolymerisation of one or more epoxides with CO 2, wherein the total-CO 2 - content of the polyethercarbonate polyol copolymer is between 1 and 40wt%, the carbonate linkages are <95% of the total linkages from the copolymerisation, and the molecular weight is between 100 to 5000 g/mol.
Precast segment for wind turbine tower which comprises: at least one joint flange configured to establish a boundary to the formation of at least one joint between said precast segment and an adjacent precast segment using a filler material, at least one conduit configured for receiving a heating cable, the at least one conduit is located in the vicinity of the at least one joint flange of the precast segment, characterised in that the conduit is provided with one inlet for the introduction of said heating cable and with one outlet for the extraction of said heating cable. at least one joint flange configured to establish a boundary to the formation of at least one joint between said precast segment and an adjacent precast segment using a filler material, at least one conduit configured for receiving a heating cable, the at least one conduit is located in the vicinity of the at least one joint flange of the precast segment,
A cable management device, comprising: a first cable management arm; a second cable management arm movable relative to the first cable management arm; a first connecting member movably connected to the first cable management arm; and a blocking member arranged adjacent to a junction area between the first connecting member and the first cable management arm, and configured to abut against at least one of the first connecting member and the first cable management arm to limit a relative movement between the first connecting member and the first cable management arm to a limited range; wherein the first connecting member is pivotally connected to an end of the first cable management arm by a first shaft member, characterized in that the blocking member has a curved portion adjacent to the first shaft member, and the blocking member has a first limiting part and a second limiting part configured to respectively abut against the first connecting member and the first cable management arm. a first cable management arm; a second cable management arm movable relative to the first cable management arm; a first connecting member movably connected to the first cable management arm; and a blocking member arranged adjacent to a junction area between the first connecting member and the first cable management arm, and configured to abut against at least one of the first connecting member and the first cable management arm to limit a relative movement between the first connecting member and the first cable management arm to a limited range; wherein the first connecting member is pivotally connected to an end of the first cable management arm by a first shaft member, characterized in that the blocking member has a curved portion adjacent to the first shaft member, and the blocking member has a first limiting part and a second limiting part configured to respectively abut against the first connecting member and the first cable management arm.
A cover for freezers (1; 10) and the like used for displaying and selling food products, the freezer (1; 10) comprising a substantially rectangular access opening and the cover comprising displaceable lids (D 1...D 4; D 20...D 40; d 1...d 5) for opening and covering the access opening and guided at the sides in guide tracks (S 1...S 3; S 20...S 40) so as to be able to be slid over one another, more than two of the displaceable lids (D 1... D 4; D 20...D 40; d 1...d 5) for opening the access opening being disposed one behind the other, and the displaceable lids (D 1... D 4; D 20...D 40; d 1...d 5) being coupled to each other by means of a driver system (54; 540) for driving the adjacent lid (D 1... D 4, D 20...D 40, d 1...d 5) in each row, characterized in that, one of the displaceable lids (D 1... D 4, D 20...D 40, d 1...d 5) is provided with a handle, wherein the access opening can be opened altogether by operating the lid (D 1...D 4, D 20...D 40, d 1...d 5) provided with the handle, and can be closed again without individual lids (D 1...D 4, D 20...D 40, d 1...d 5) having to be operated separately.
A method of making a LED structure that comprises a support (5,7) and a plurality of nanowires located on the support (5,7), wherein each nanowire comprises a conical tip with corresponding p-planes and vertical sidewalls with corresponding m-planes, wherein the method comprises reducing or eliminating the conductivity of the tips of the nanowires compared to the conductivity of the sidewalls during the growth of the nanowires, wherein the nanowires comprise a first conductivity type semiconductor core and a second conductivity type semiconductor shell, and the sidewalls and tips comprise the second conductivity type semiconductor shell; characterized in that: the shell is formed in successive layers of plural lower conductivity semiconductor material layers and plural higher conductivity semiconductor material layers such that a plurality of alternating lower conductivity semiconductor layers and higher conductivity semiconductor layers are formed on the sidewalls; and wherein the higher conductivity semiconductor material preferentially grows on the sidewalls of the nanowires compared to the tips thereof. the shell is formed in successive layers of plural lower conductivity semiconductor material layers and plural higher conductivity semiconductor material layers such that a plurality of alternating lower conductivity semiconductor layers and higher conductivity semiconductor layers are formed on the sidewalls; and wherein the higher conductivity semiconductor material preferentially grows on the sidewalls of the nanowires compared to the tips thereof.
Tool, in particular milling cutter for slot and pocket milling as well as for rabbeting and jointing, as well usable in particular as boring mill, for the rotating machining of wood and materials with similar physical properties such as wood, with - a cylindrical tool body with - helical passes at the cylindrical periphery with blade holders spaced from each other and - helical chip flutes associated to the blade holders, - a mandrel with an interface at a first end for the non-rotatable arrangement on a tool spindle, - wherein the tool body comprises a first and a second tool body and - the first tool body has an axial passage bore for receiving the mandrel, - the second tool body is configured as a drill bit with additional front-sided blade holders (79, 81) and can be connected and exchanged by means of central screw connection (35, 49) non-rotatably with the first tool body and the mandrel, - the cylindrical tool body is in two parts, characterized in that - the screw connection is formed by a fixing screw inserted into the drill bit and free rotatable and an axial screw hole provided in the mandrel, corresponding to the screw, - wherein the drill bit has an axial bore on the front side that is facing the first tool body, bore in which the screw head of the fixing screw is received and is accessible by an access bore from the drill bit tip so that the fixing screw can be tightened or loosened by means of a drive. - a cylindrical tool body with - helical passes at the cylindrical periphery with blade holders spaced from each other and - helical chip flutes associated to the blade holders, - helical passes at the cylindrical periphery with blade holders spaced from each other and - helical chip flutes associated to the blade holders, - a mandrel with an interface at a first end for the non-rotatable arrangement on a tool spindle, - wherein the tool body comprises a first and a second tool body and - the first tool body has an axial passage bore for receiving the mandrel, - the second tool body is configured as a drill bit with additional front-sided blade holders (79, 81) and can be connected and exchanged by means of central screw connection (35, 49) non-rotatably with the first tool body and the mandrel, - the first tool body has an axial passage bore for receiving the mandrel, - the second tool body is configured as a drill bit with additional front-sided blade holders (79, 81) and can be connected and exchanged by means of central screw connection (35, 49) non-rotatably with the first tool body and the mandrel, - the cylindrical tool body is in two parts, - the screw connection is formed by a fixing screw inserted into the drill bit and free rotatable and an axial screw hole provided in the mandrel, corresponding to the screw, - wherein the drill bit has an axial bore on the front side that is facing the first tool body, bore in which the screw head of the fixing screw is received and is accessible by an access bore from the drill bit tip so that the fixing screw can be tightened or loosened by means of a drive.
Door for a household appliance, with a first door panel (10 to 13) and at least one second door panel (10 to 13) arranged at a distance therefrom, and with at least one retaining element (23, 24), which is connected to the two door panels (10 to 13) and retains the position of the door panels (10 to 13) relative to one another, wherein at least one cover element is embodied, which extends into an intermediate space (14 to 16) between the door panels (10 to 13) and parallel to edge sides (11a, 12a, 11c, 12c, 11d, 12d, 11e, 12e) of the door panels (10 to 13) and covers the intermediate space (14 to 16) between these edge sides (11a, 12a, 11c, 12c, 11d, 12d, 11e, 12e) at least in sections in the direction of the edge sides (11a, 12a, 11c, 12c, 11d, 12d, 11e, 12e), wherein the at least one retaining element (23, 24) on the one hand and the at least one cover element on the other hand are provided as separate components, wherein the at least one cover element is embodied to be elastically deformable in a direction at right angles to the planes of the door panels (10 to 13), wherein the at least one retaining element (23, 24) has encompassing areas (23a, 23b, 24a) encompassing edge sides (11a, 12a, 11c, 12c, 11d, 12d, 11e, 12e) of the door panels (10 to 13), characterised in that the at least one retaining element (23, 24) has at least one spacer which extends in a freely projecting manner from an encompassing area (23a, 23b, 24a) which encompasses a door panel (10 to 13) on the edge side in the direction of the other encompassing area (23a, 23b, 24a) and in the assembled state rests against the door panel (10 to 13) encompassed by the other encompassing area (23a, 23b, 24a), and wherein the spacer is an inclined and/or angled bracket, which rests with a curved end region on an interior of the opposing door panel (10 to 13).
A method, comprising: calculating and forecasting, by a device, radio frequency exposure due to transmission by the device to a user of the device to obtain a calculated exposure, wherein the calculating and the forecasting is performed in real time; comparing, by the device, the calculated and forecasted exposure to at least one predetermined criterion to obtain a compliance result; and adjusting, by the device, at least one parameter of the device contingent upon the compliance result, wherein the adjusting the at least one parameter comprises changing to a cellular communication system operating on a different frequency band and having lower power consumption or exposure potential. calculating and forecasting, by a device, radio frequency exposure due to transmission by the device to a user of the device to obtain a calculated exposure, wherein the calculating and the forecasting is performed in real time; comparing, by the device, the calculated and forecasted exposure to at least one predetermined criterion to obtain a compliance result; and adjusting, by the device, at least one parameter of the device contingent upon the compliance result, wherein the adjusting the at least one parameter comprises changing to a cellular communication system operating on a different frequency band and having lower power consumption or exposure potential.
An apparatus for preparing a beverage from capsules, including a liquid supply system comprising a water reservoir and a pump, an extraction block comprising an injection block including a movable injector head and a housing, and an extraction mechanism comprising a capsule holder configured to receive a capsule, the injector head comprising an injection plate having plurality of inlet injectors with internal liquid channels configured to pierce through a lid of a capsule, the injection block comprising a water inlet connected to the water reservoir and an actuating mechanism configured to displace the injector head between an open position in which the capsule can be inserted or removed from the extraction block, to a closed position in which the injector head is sealingly closed against the capsule holder, the pump comprising a pump chamber and being configured to draw liquid from the water reservoir into the pump chamber via a first conduit comprising a valve preventing liquid in the pump chamber from flowing back to the water reservoir, and further configured to supply the water in the pump chamber to the inflow injectors via a second conduit fluidly connecting an outlet of the pump chamber to the water inlet during a pump chamber filling operation such that an under pressure in the inlet injectors is created.
An irrigated ablation electrode assembly (10, 11) for use with an irrigated catheter device, the irrigated ablation electrode assembly (10, 11) comprising: at least one passageway for a fluid with an outlet disposed at an external surface of the electrode assembly; a permanent magnet; a shield (52, 56), the shield (52, 56) being substantially less oxidizable than the permanenet magnet; and an electrode (50, 52) having an external electrode surface, wherein the electrode (50, 52) is disposed at a distal portion of the electrode assembly, and wherein the electrode assembly (10, 11) further comprises a proximal portion, and the permanent magnet is disposed in the distal portion, characterized in that the proximal portion includes the at least one passageway for a fluid with the outlet disposed at an external surface of the proximal portion, and the shield (52, 56) separates the permanent magnet from the at least one passageway and from an exterior. at least one passageway for a fluid with an outlet disposed at an external surface of the electrode assembly; a permanent magnet; a shield (52, 56), the shield (52, 56) being substantially less oxidizable than the permanenet magnet; and an electrode (50, 52) having an external electrode surface, wherein the electrode (50, 52) is disposed at a distal portion of the electrode assembly, and wherein the electrode assembly (10, 11) further comprises a proximal portion, and the permanent magnet is disposed in the distal portion, characterized in that the proximal portion includes the at least one passageway for a fluid with the outlet disposed at an external surface of the proximal portion, and the shield (52, 56) separates the permanent magnet from the at least one passageway and from an exterior.
A light generating system for arthropod keeping, configured to generate system light, wherein in a first operational mode the light generating system is configured to provide the system light having a spectral power distribution, wherein the spectral power distribution comprises: - a first spectral power E 1 in a first wavelength range of 360 - 780 nm; - a second spectral power E 2 in a second wavelength range of 360 - 400 nm; - a third spectral power E S in a third wavelength range of 400 - 480 nm; - a fourth spectral power E M in a fourth wavelength range of 480 - 580 nm; - a fifth spectral power E L in a fifth wavelength range of 580 - 700 nm; - a sixth spectral power E 6 in a sixth wavelength range of 620 - 700 nm; - a seventh spectral power E 7 in a seventh wavelength range of 700 - 780 nm; and wherein: - 1.75 ≤ E M /E S ≤ 20; E 2 /E 1 ≤ 0.005; E 7 /E 1 ≤ 0.022; and - (i) E L /E 1 ≤ 0.3; or (ii) 0.3 < E L /E 1 ≤ 0.8, and 3.4 ≤ E 6 /E S ≤ 14, and wherein the sixth wavelength range comprises a peak between 650 - 690 nm. - a first spectral power E 1 in a first wavelength range of 360 - 780 nm; - a second spectral power E 2 in a second wavelength range of 360 - 400 nm; - a third spectral power E S in a third wavelength range of 400 - 480 nm; - a fourth spectral power E M in a fourth wavelength range of 480 - 580 nm; - a fifth spectral power E L in a fifth wavelength range of 580 - 700 nm; - a sixth spectral power E 6 in a sixth wavelength range of 620 - 700 nm; - a seventh spectral power E 7 in a seventh wavelength range of 700 - 780 nm; - 1.75 ≤ E M /E S ≤ 20; E 2 /E 1 ≤ 0.005; E 7 /E 1 ≤ 0.022; and - (i) E L /E 1 ≤ 0.3; or (ii) 0.3 < E L /E 1 ≤ 0.8, and 3.4 ≤ E 6 /E S ≤ 14, and wherein the sixth wavelength range comprises a peak between 650 - 690 nm.
A saber saw comprising: a motor; a housing accommodating the motor; a plunger held to be reciprocatable in the housing and to which a blade is mounted at a leading end thereof, and a movement converting part provided between the motor and the plunger and is configured to convert rotation movement of the motor into reciprocating movement of the plunger, wherein a gear cover is arranged inside the housing, and a guide sleeve is arranged at an inner side of the gear cover and holding the plunger to be reciprocatable with respect to the gear cover and guide sleeve, wherein a first bearing metal is provided at a front portion of the plunger characterised in that, a second bearing metal is provided at a rear portion of the plunger, wherein the plunger is configured to slide relative to the guide sleeve via the bearing metals (19,28), wherein further the second bearing metal is fixed to an outer peripheral surface of the plunger. a motor; a housing accommodating the motor; a plunger held to be reciprocatable in the housing and to which a blade is mounted at a leading end thereof, and a movement converting part provided between the motor and the plunger and is configured to convert rotation movement of the motor into reciprocating movement of the plunger,
Method for continuously annealing aluminium alloy sheet at final thickness, by continuously moving uncoiled heat-treatable AIMgSi aluminium alloy sheet in the direction of its length through a continuous annealing furnace arranged to heat the moving aluminium sheet to a set soaking temperature (T SET) in the temperature range of 500°C to 590°C, the continuous annealing furnace has an entry section and an exit section, the moving aluminium sheet moves substantially horizontally through the continuous annealing furnace, the continuous annealing furnace is heated by means of convective heating means, preferably gas firing means, and wherein the moving aluminium sheet is rapidly cooled from T SET to below about 100°C on leaving the exit section, and wherein before or near the entry section of the continuous annealing furnace the moving aluminium sheet is pre-heated to a temperature of 5°C to 100°C below the T SET using an average heat-up rate as function of the sheet thickness of at least Y = -31.In + 50, wherein "Y" is the heat-up rate in °C/sec and "X" is the sheet thickness in mm, wherein the aluminium alloy sheet at final gauge has a thickness in the range of 0.3 to 4.5 mm.
A shaver (20A, 100A, 100B) comprising a skin engaging portion and a cutting element (6, 102), wherein the skin engaging portion comprises a force-generating member (22, 122) configured and arranged to generate a force of attraction to the skin of a user, the shaver further comprising a control element that can selectively adjust said force of attraction during use, characterized in that the control element comprises a sensor (30, 32; 130, 132; 138) for measuring a parameter associated with the skin and a controller (34, 134) configured to selectively adapting the force of attraction in response to a measured property of the parameter.
Holder for soap intended to retain at least one soap having at least one cleaning surface, a holding face and at least one lug protruding from this holding face, said holder for soap comprising at least one contact face intended to be in contact with the holding face of the soap, and a handling surface arranged to be held by a user, this holder for soap comprising at least one housing emerging from said contact face, said at least one housing being configured for receiving said corresponding lug of the soap, said housing being configured to allow said lug of the soap to be introduced removably into the housing and said holder for soap not including any protuberance intended to retain the soap on the holder.