mhurhangee/ep-ind-claims huggingface dataset:
An enzyme-based analyte sensor comprising at least one enzyme and at least one radiation stabilizing agent, wherein the radiation stabilizing agent comprises at least one hindered amine light stabilizer in an amount sufficient to stabilize the at least one enzyme to high energy radiation.
A mechanism for detecting obstacles and mechanically reversing a direction of a pool cleaner, comprising: a drive part in a non-rotatable connection with a cleaner housing, an arresting assembly, and a rotary direction-changing assembly, wherein the rotary direction-changing assembly is rotatably connected to the cleaner housing or the drive part, and the rotary direction-changing assembly rotates under an action of the drive part to change a direction of the pool cleaner, and the arresting assembly is connected to the cleaner housing, and the arresting assembly cooperates with the rotary direction-changing assembly to stop or move the rotary direction-changing assembly, wherein the drive part comprises a driving unit and a suction assembly, the driving unit and the suction assembly are connected; wherein the non-rotatable connection with the cleaner housing is provided between the cleaner housing and the driving unit, and the rotary direction-changing assembly is coupled with the suction assembly or the rotary direction-changing assembly is in a soft contact with the suction assembly. a drive part in a non-rotatable connection with a cleaner housing, an arresting assembly, and a rotary direction-changing assembly, wherein the rotary direction-changing assembly is rotatably connected to the cleaner housing or the drive part, and the rotary direction-changing assembly rotates under an action of the drive part to change a direction of the pool cleaner, and the arresting assembly is connected to the cleaner housing, and the arresting assembly cooperates with the rotary direction-changing assembly to stop or move the rotary direction-changing assembly, wherein the drive part comprises a driving unit and a suction assembly, the driving unit and the suction assembly are connected; wherein the non-rotatable connection with the cleaner housing is provided between the cleaner housing and the driving unit, and the rotary direction-changing assembly is coupled with the suction assembly or the rotary direction-changing assembly is in a soft contact with the suction assembly.
An installation for the treatment of fermentable organic substances, comprising the preferably anaerobic fermentation thereof in at least one fermentation vessel, wherein a gas cover is disposed above the fermentation vessel which traps the biogas formed during fermentation, or the fermentation vessel comprises a vessel cover, and also comprising at least one device which thoroughly mixes the fermentation material in the fermentation vessel, wherein the at least one device for thoroughly mixing the fermentation material is disposed in a region of the fermentation vessel which is not covered over by the gas cover or the vessel cover, wherein the upper region of the device for thoroughly mixing the fermentation material is accommodated in a chamber which is separated from the interior of the fermentation vessel via separating walls (14a, 14b, 14c) on the respective sides, wherein, however, the underside of the chamber is configured in a manner such that it is open, wherein the shape of the outline of the gas cover or the vessel cover does not include the region in which the chamber is located, whereupon the ground plan outline of the gas cover or the vessel cover which can be placed on the fermentation vessel leads around the chamber, characterized in that the ground plan outline of the gas cover or of the vessel cover has a concave indentation in the region of the chamber.
Method for producing a multipack comprising at least two containers (1a, b), wherein at least one container has a reinforced wall portion, with the steps: - providing a perform for a container (1a, b), - heating the perform and cooling of at least one partial region of the perform, - producing a first container from the perform, wherein the first container comprises a reinforced wall portion formed from the cooled partial region of the perform, - applying an adhesive so as to produce at least one adhesive point in the region of the reinforced wall portion of the first container, and - forming a multipack by fixing a second container to the at least one adhesive point of the first container. - providing a perform for a container (1a, b), - heating the perform and cooling of at least one partial region of the perform, - producing a first container from the perform, wherein the first container comprises a reinforced wall portion formed from the cooled partial region of the perform, - applying an adhesive so as to produce at least one adhesive point in the region of the reinforced wall portion of the first container, and - forming a multipack by fixing a second container to the at least one adhesive point of the first container.
Semifinished product in the form of a band (101, 102), capable of being deposited by drape forming in order to form a laminated composite material having fibrous reinforcement, the semifinished product comprises, along a cross section and over its entire length: a. a first conductive layer (105, 106) formed of an electrically conductive material; b. two electrically insulating layers (121, 122) formed of a dielectric material completely enclosing the conductive layer (105, 106), the sectional width of which is greater than the width of the conductive layer; c. two bonding layers (111, 112) extending in thickness on either side of the insulating layers (121, 122) on the outside of the semifinished product, the said two bonding layers exhibiting interfacial characteristics such that the semifinished product is capable of forming a cohesive interface with preimpregnated fibrous reinforcing layers subsequent to a curing or consolidation operation. a. a first conductive layer (105, 106) formed of an electrically conductive material; b. two electrically insulating layers (121, 122) formed of a dielectric material completely enclosing the conductive layer (105, 106), the sectional width of which is greater than the width of the conductive layer; c. two bonding layers (111, 112) extending in thickness on either side of the insulating layers (121, 122) on the outside of the semifinished product, the said two bonding layers exhibiting interfacial characteristics such that the semifinished product is capable of forming a cohesive interface with preimpregnated fibrous reinforcing layers subsequent to a curing or consolidation operation.
A method of controlling a wind power plant comprising a plurality of wind turbines, the method comprising: a) preparing a telegram comprising wind turbine controlling data for one of the plurality of wind turbines of the wind power plant; b) sending the telegram to the wind turbine upon completion of the telegram; and c) successively repeating steps a) and b) for each of the remaining wind turbines. a) preparing a telegram comprising wind turbine controlling data for one of the plurality of wind turbines of the wind power plant; b) sending the telegram to the wind turbine upon completion of the telegram; and c) successively repeating steps a) and b) for each of the remaining wind turbines.
A switch assembly comprising: at least two breathable sealed dome switches attached to a common base; each of said breathable dome switches comprising a shell supported above said common base, defining an interior space therebetween each of said shell and said common base; at least one vent fluidly connecting each of said interior spaces to each other and to an exterior of said assembly at a common entrance of said vent, the common entrance facing away from the bottom surface of the common base; and at least one membrane being permeable to air and resistant to contaminants and positioned with said vent such that fluid passing through said vent also passes through said membrane. at least two breathable sealed dome switches attached to a common base; each of said breathable dome switches comprising a shell supported above said common base, defining an interior space therebetween each of said shell and said common base; at least one vent fluidly connecting each of said interior spaces to each other and to an exterior of said assembly at a common entrance of said vent, the common entrance facing away from the bottom surface of the common base; and at least one membrane being permeable to air and resistant to contaminants and positioned with said vent such that fluid passing through said vent also passes through said membrane.
A method for applying loads to an orthopedic test specimen, the method comprising: measuring loads and/or displacements on a test specimen; controlling an actuator coupled to the test specimen to apply at least one selected load on the test specimen by a control loop using a virtual load and/or displacement signal generated by the addition to the actual measured load and/or displacement signal of a supplemental signal created by a mathematical or other derivable function simulating the behavior of soft tissue surrounding a joint. measuring loads and/or displacements on a test specimen; controlling an actuator coupled to the test specimen to apply at least one selected load on the test specimen by a control loop using a virtual load and/or displacement signal generated by the addition to the actual measured load and/or displacement signal of a supplemental signal created by a mathematical or other derivable function simulating the behavior of soft tissue surrounding a joint.
A tele-presence system, comprising: a cart, said cart includes a robot face that has a robot monitor, a robot camera, a robot speaker and a robot microphone; and, a control station that, in use, is located in a place remote from the cart, wherein said remote control station is coupled to said robot face through a packet switched network, said remote control station includes a station monitor, a station camera, a station speaker and a station microphone; and characterised in that the cart supports an overhead camera coupled to a boom, said overhead camera also coupled to said remote control station through said packet switched network; said robot face being supported on the cart by an articulated arm and moveable in response to commands provided by the remote control station by operating active joints (42, 44) in the articulated arm; said remote control station configured to display a display user interface on said station monitor, said display user interface includes a robot field view; and a graphical switch that allows a user to select between displaying, in said robot view field, a video image from either said robot camera or said overhead camera or simultaneously displaying a video image from said robot camera and a video image from said overhead camera. a cart, said cart includes a robot face that has a robot monitor, a robot camera, a robot speaker and a robot microphone; and, a control station that, in use, is located in a place remote from the cart, wherein said remote control station is coupled to said robot face through a packet switched network, said remote control station includes a station monitor, a station camera, a station speaker and a station microphone; and characterised in that the cart supports an overhead camera coupled to a boom, said overhead camera also coupled to said remote control station through said packet switched network; said robot face being supported on the cart by an articulated arm and moveable in response to commands provided by the remote control station by operating active joints (42, 44) in the articulated arm; said remote control station configured to display a display user interface on said station monitor, said display user interface includes a robot field view; and a graphical switch that allows a user to select between displaying, in said robot view field, a video image from either said robot camera or said overhead camera or simultaneously displaying a video image from said robot camera and a video image from said overhead camera.
A negative resist composition comprising a sulfonium compound having the formula and a base polymer containing a polymer comprising recurring units having the formula, wherein R 1, R 2, and R 3 are each independently a C 1 -C 20 straight, branched or cyclic monovalent hydrocarbon group which may contain a heteroatom, p and q are each independently an integer of 0 to 5, r is an integer of 0 to 4, in case of p = 2 to 5, two adjoining groups R 1 may bond together to form a ring with the carbon atoms to which they are attached, in case of q = 2 to 5, two adjoining groups R 2 may bond together to form a ring with the carbon atoms to which they are attached, in case of r = 2 to 4, two adjoining groups R 3 may bond together to form a ring with the carbon atoms to which they are attached, wherein R A is hydrogen, fluorine, methyl or trifluoromethyl, R 11 is each independently halogen, an optionally halogenated C 2 -C 8 straight, branched or cyclic acyloxy group, optionally halogenated C 1 -C 6 straight, branched or cyclic alkyl group, or optionally halogenated C 1 -C 6 straight, branched or cyclic alkoxy group, A 1 is a single bond or C 1 -C 10 straight, branched or cyclic alkylene group in which an ether bond may intervene in a carbon-carbon bond, s is 0 or 1, w is an integer of 0 to 2, a is an integer satisfying 0 ≤ a ≤ 5+2w-b, and b is an integer of 1 to 3.
A computer-implemented method for generating a depth map associated with a scene according to a point of view, depth information being associated with each first element of a plurality of first elements of the depth map, characterized in that the method comprises, in a first pass, storing at least a first information (51, 52) in the depth map in addition to the depth information, said at least a first information (51, 52) being associated with said each first element and representative of a variation of depth in said each first element in the space of the depth map, wherein the at least a first information is expressed under the form of a slope angle representative of the variation of depth in said each first element, wherein the at least a first information is encoded in odd power function and wherein the method further comprises, in a second pass, decoding the at least a first information stored in the depth map, determining whether a fragment of the scene associated with a pixel of an image of the scene is lit from the point of view of the depth map by comparing a depth of the considered fragment to a depth associated with a point of projection of the fragment into the depth map along a viewing direction having as origin the point of view of the depth map and as end the considered fragment, the depth associated with the point of projection being retrieved from the at least a first information associated with the first element of the depth map comprising the point of projection, and displaying pixels associated with the fragments which are lit. method for generating a depth map associated with a scene according to a point of view, depth information being associated with each first element of a plurality of first elements of the depth map, characterized in that the method comprises, in a first pass, storing at least a first information (51, 52) in the depth map in addition to the depth information, said at least a first information (51, 52) being associated with said each first element and representative of a variation of depth in said each first element in the space of the depth map, wherein the at least a first information is expressed under the form of a slope angle representative of the variation of depth in said each first element, wherein the at least a first information is encoded in odd power function and wherein the method further comprises, in a second pass, decoding the at least a first information stored in the depth map, determining whether a fragment of the scene associated with a pixel of an image of the scene is lit from the point of view of the depth map by comparing a depth of the considered fragment to a depth associated with a point of projection of the fragment into the depth map along a viewing direction having as origin the point of view of the depth map and as end the considered fragment, the depth associated with the point of projection being retrieved from the at least a first information associated with the first element of the depth map comprising the point of projection, and displaying pixels associated with the fragments which are lit.
A planar heat pipe for removing heat from an electronic device, characterized in that said heat pipe comprises: a planar portion having a central opening; a plate portion mounted to the electronic device; and a flexible serpentine portion coupled to the planar portion and the plate portion and being flexible in three-degrees of freedom, each of the planar portion, the plate portion and the serpentine portion including an internal chamber being in fluid communication with each other and containing a working fluid, where the serpentine portion extends into the opening. a planar portion having a central opening; a plate portion mounted to the electronic device; and a flexible serpentine portion coupled to the planar portion and the plate portion and being flexible in three-degrees of freedom, each of the planar portion, the plate portion and the serpentine portion including an internal chamber being in fluid communication with each other and containing a working fluid, where the serpentine portion extends into the opening.
An amplifier unit (400; 500; 600; 800) to be mounted to an antenna mast, which unit comprises a transmitting branch (420; 520; 621; 821) and a receiving branch with a low-noise amplifier (413; 513; 613; 813), or a LNA, an output of which transmitting branch and an input of the receiving branch are coupled together for connecting to an antenna by a shared line and an input of the transmitting branch and an output of the receiving branch are coupled together for connecting to a shared intermediate cable, which leads down from the mast, characterized in that it has a transmitting and receiving mode to function in accordance with the TDD technique and an active and passive bypass mode in case a LNA gain disappears, the transmitting branch serves as a transmission path of a receiving signal at any rate in the active bypass mode, the amplifier unit (400; 500; 600; 800) comprises, to set a mode, at least one pin switch (D1; D2) in series with the LNA to switch the receiving branch off in the transmitting mode and at least one pin switch (D7; D7, D8; D7, D8, D9) transversely in the transmitting branch to switch it off in the receiving mode, the amplifier unit then being automatically in the passive bypass mode, when its supply voltage has vanished.
A method of manufacturing a roll for roll printing/roll imprinting, comprising: preparing (S110, S210, S310) an exterior on one surface of which a printed pattern of a predetermined shape is formed and that has magnetic power; and having an other surface of the exterior contact an external surface of a central roll so that the exterior is attached to the central roll having magnetic power by magnetic power, characterized in that preparing the exterior comprises manufacturing a substrate in which a mirror-shaped pattern of the pattern is formed, and molding the exterior using the substrate as a mold, and molding the exterior comprises preparing a mixture including ferromagnetic particles and polymer resin, filling the mixture in the substrate, hardening the filled mixture to form the exterior, and releasing the exterior from the substrate. preparing (S110, S210, S310) an exterior on one surface of which a printed pattern of a predetermined shape is formed and that has magnetic power; and having an other surface of the exterior contact an external surface of a central roll so that the exterior is attached to the central roll having magnetic power by magnetic power, characterized in that
A transducer for attaching to a fastener to produce a load indicating member, wherein the transducer comprises an electrode; a transducer bonding adhesive placed between the transducer and a bonding surface of the fastener; and a protective tape layer temporarily attached to top surface portions of the electrode to facilitate bonding of the transducer to the fastener and to protect the top surface portions of the electrode from the transducer bonding adhesive during bonding of the transducer to the fastener. the transducer comprises an electrode; a transducer bonding adhesive placed between the transducer and a bonding surface of the fastener; and a protective tape layer temporarily attached to top surface portions of the electrode to facilitate bonding of the transducer to the fastener and to protect the top surface portions of the electrode from the transducer bonding adhesive during bonding of the transducer to the fastener.
An air-based fryer apparatus having a food preparation chamber, a food support receivable in said food preparation chamber, a system for circulating a flow of hot air inside said food preparation chamber upward or downward through the food support, a heating element to heat at least the circulated airand a shield disposed between the heating element and the food support, characterized in that said shield comprises a plurality of inclined surfaces and a plurality of apertures between said inclined surfaces through which the flow of hot air can pass, wherein the inclined surfaces are adapted to block a direct line of sight through the apertures in the shield from the heating element to the food support to prevent air flowing from the food support to the heating element through the apertures without being deflected by the inclined surfaces. a food preparation chamber, a food support receivable in said food preparation chamber, a system for circulating a flow of hot air inside said food preparation chamber upward or downward through the food support, a heating element to heat at least the circulated airand a shield disposed between the heating element and the food support, characterized in that said shield comprises a plurality of inclined surfaces and a plurality of apertures between said inclined surfaces through which the flow of hot air can pass, wherein the inclined surfaces are adapted to block a direct line of sight through the apertures in the shield from the heating element to the food support to prevent air flowing from the food support to the heating element through the apertures without being deflected by the inclined surfaces.
Assembly comprising a wheel rim of a motor vehicle and a brake disc assembled on a rotating guiding system comprising a hub intended to be assembled in rotation around and axis with respect to a fixed member, said hub having a shaft from which radially extends a mounting flange of said rim and of said brake disc, said flange being formed from a plurality of tabs which are angularly spaced by recesses, said tabs each have a mounting interface of the rim and a mounting interface of the brake disc defining respectively a mounting diameter (D j) of the rim and a mounting diameter (D d) of the brake disc about the axis of rotation, said mounting diameter of the brake disc being greater than said mounting diameter of the rim, said assembly being characterised in that the tabs have side walls which are circumferentially facing with respectively additional walls of the rim in such a way as to be able to immobilise said rim in rotation on said tabs.