mhurhangee/ep-ind-claims huggingface dataset:
A device for the hermetic encapsulation of a component that has to be protected from any stress, of the type comprising a package formed from at least two portions joined together to define an internal volume in which the component is placed in a dry atmosphere, said device being characterized in that the two portions (3, 3'; 11, 12; 11', 14; 21, 14; 22, 14) of the package are joined together by adhesive bonding or via a substrate that supports said component, and in that the entire package is protected by a mineral protective layer (4, 4') of SiOx, where x is substantially comprised between 1.4 and 2, that also extends over a predetermined minimum length along the connections and/or links leaving the package, and in that the value of x varies from a first value of less than 2 in contact with the package, determined to ensure optimum adhesion, up to the value of 2 on the outside, in order to ensure maximum hermeticity.
A cell transplant device comprising: a cell structure that includes a plurality of biocompatible polymer blocks and a plurality of cells of at least one type, and in which at least one of the biocompatible polymer blocks is disposed in gaps between the plurality of cells; and an immunoisolation membrane that encloses the cell structure, wherein the immunoisolation membrane is a porous membrane including a polymer and wherein, within an inner side of the porous membrane, a layered compact portion in which a pore diameter is minimized is present, and a pore diameter continuously increases in a thickness direction from the compact portion toward at least one surface of the porous membrane. a cell structure that includes a plurality of biocompatible polymer blocks and a plurality of cells of at least one type, and in which at least one of the biocompatible polymer blocks is disposed in gaps between the plurality of cells; and an immunoisolation membrane that encloses the cell structure,
A calcium-free lead alloy, consisting of: 0.003 % by weight - 0.025 % by weight at least two rare earth metals 0.0 % by weight - 2.0 % by weight Sn 0.0 % by weight - 0.035 % by weight Ag 0.0 % by weight - 0.07 % by weight Ba 0.0 % by weight - 0.03 % by weight Bi 0.0 % by weight - 0.012 % by weight Al the rest being Pb; wherein the sum of all parts by weight of the alloying components in the lead alloy amounts to 100 % by weight, characterized in that at least one lanthanoid and yttrium are contained as rare earth metals in the lead alloy.
A system for managing an image forming apparatus, comprising: the image forming apparatus to which at least one identification number is assigned; a storage to store an identification number of the image forming apparatus; and a terminal device to receive at least one identification number from the image forming apparatus, characterized in that the terminal device transmits the received at least one identification number to the storage when the identification number assigned to the image forming apparatus is different from the identification number stored in the storage, and the storage includes at least an electronic tag to store the at least one identification number received from the terminal device, the electronic tag being formed on the image forming apparatus. the image forming apparatus to which at least one identification number is assigned; a storage to store an identification number of the image forming apparatus; and a terminal device to receive at least one identification number from the image forming apparatus, characterized in that the terminal device transmits the received at least one identification number to the storage when the identification number assigned to the image forming apparatus is different from the identification number stored in the storage, and the storage includes at least an electronic tag to store the at least one identification number received from the terminal device, the electronic tag being formed on the image forming apparatus.
A space-through charge transfer compound, comprising: a paracyclophane core; an electron donor moiety selected from the group consisting of carbazole and diphenyl amine; and an electron acceptor moiety selected from the group consisting of pyrimidine, diphenyltriazine, and triazole, wherein the electron donor moiety and the electron acceptor moiety are indirectly or directly combined to the paracyclophane core with or without a linker, respectively, wherein the compound is specified by Formula 1: wherein D is selected from Formula 2, and A is selected from Formula 3, wherein each of L1 and L2 is selected from Formula 4, and each of n1 and n2 is 0 (zero) or 1: and wherein R is selected from the group consisting of hydrogen and C1 alkyl to C10 alkyl. a paracyclophane core; an electron donor moiety selected from the group consisting of carbazole and diphenyl amine; and an electron acceptor moiety selected from the group consisting of pyrimidine, diphenyltriazine, and triazole, wherein the electron donor moiety and the electron acceptor moiety are indirectly or directly combined to the paracyclophane core with or without a linker, respectively, wherein the compound is specified by Formula 1: wherein D is selected from Formula 2, and A is selected from Formula 3, wherein each of L1 and L2 is selected from Formula 4, and each of n1 and n2 is 0 (zero) or 1: and wherein R is selected from the group consisting of hydrogen and C1 alkyl to C10 alkyl.
A suction nozzle for a vacuum cleaner, the suction nozzle comprising: a suction nozzle housing; an agitator rotatably provided in the suction nozzle housing; and at least one hitting member movably coupled to the agitator, the hitting member being adapted to come into contact with a plane to be cleaned during operation of the agitator, wherein the agitator includes a body rotatably installed to the suction nozzle housing, and at least one support member coupled to the body such that the hitting member is inserted on and supported by the support member, wherein an inner diameter of the hitting member is greater than an outer diameter of the support member, characterized in that the body includes: lateral support parts (22, 23) spaced apart from each other; and a center body part located between the lateral support parts (22, 23), and wherein the support member is connected between the lateral support parts (22, 23), and is spaced apart from the center body part. a suction nozzle housing; an agitator rotatably provided in the suction nozzle housing; and at least one hitting member movably coupled to the agitator, the hitting member being adapted to come into contact with a plane to be cleaned during operation of the agitator, wherein the agitator includes a body rotatably installed to the suction nozzle housing, and at least one support member coupled to the body such that the hitting member is inserted on and supported by the support member, wherein an inner diameter of the hitting member is greater than an outer diameter of the support member, characterized in that the body includes: lateral support parts (22, 23) spaced apart from each other; and a center body part located between the lateral support parts (22, 23), and wherein the support member is connected between the lateral support parts (22, 23), and is spaced apart from the center body part. lateral support parts (22, 23) spaced apart from each other; and a center body part located between the lateral support parts (22, 23), and wherein the support member is connected between the lateral support parts (22, 23), and is spaced apart from the center body part.
An arc welding control method for controlling welding in which a material of a base material is a galvanized steel sheet, a feed speed of a welding wire is alternately switched between a forward feed period and a reverse feed period, and a short circuit period and an arc period are repeated, wherein during the arc period, a first arc period during which a first arc current Ia1 is applied, a second arc period during which a second arc current Ia2 is applied, and a third arc period during which a third arc current Ia3 is applied are switched over time, to control so as to be Ia1 > Ia2 > Ia3, wherein constant current control is performed during the first arc period, characterized in that constant current control is performed during the third arc period.
A light sensor (1; 10; 20; 30; 40; 50) comprising pixels (Pix1, Pix2), each comprising a photoconversion area (PD1, PD2), wherein a first one of said pixels comprises a first Fano resonance filter and a second one of said pixels comprises no Fano resonance filter characterized in that said first filter comprises a periodic structure defined in a first layer of a first dielectric material, and wherein said first filter comprises a first layer of a second dielectric material and a second layer of the second dielectric material, the first layer of the first material resting on the first layer of the second material and being covered with the second layer of the second material. characterized in that said first filter comprises a periodic structure defined in a first layer of a first dielectric material, and wherein said first filter comprises a first layer of a second dielectric material and a second layer of the second dielectric material, the first layer of the first material resting on the first layer of the second material and being covered with the second layer of the second material.
A method for reducing power consumption in a computer system comprising a first and a second processor (90, 115), a first, second and third instructions queues and a first and a second estimation device (100, 105), wherein the first processor is for general purpose and the second processor is for graphic processing purpose, wherein the first and second processor (90, 115) is associated with the second and third instructions queue respectively for storing instructions for execution by the respective first and second processor (90, 115), wherein the first estimation device controls the clock of the first processor and the second estimation device controls the clock of the second processor, the method comprising: queuing all instructions at the first instruction queue; distributing non graphic related instructions to be queued at the second instruction queue from which said first processor executes queued instructions; and distributing graphic related instructions to be queued at the third instruction queue from which said second processor executes queued instructions; analyzing, by the first and second estimation device (100, 105), instructions stored in both the second and third instructions queue; determining a first and second load estimation by the first and second estimation device (100, 105), respectively, based on a respective result of the analyzing; selecting, by the first and second estimation device (100, 105), a respective clock rate for the first and second processor (90, 115) out of a plurality of clocking rates based on the determined first and second load estimation, respectively, in order to equalize the backlog of instructions of the first and second processors; and clocking the first and second processors (90, 115) at the respective selected clock rate. queuing all instructions at the first instruction queue; distributing non graphic related instructions to be queued at the second instruction queue from which said first processor executes queued instructions; and distributing graphic related instructions to be queued at the third instruction queue from which said second processor executes queued instructions; analyzing, by the first and second estimation device (100, 105), instructions stored in both the second and third instructions queue; determining a first and second load estimation by the first and second estimation device (100, 105), respectively, based on a respective result of the analyzing; selecting, by the first and second estimation device (100, 105), a respective clock rate for the first and second processor (90, 115) out of a plurality of clocking rates based on the determined first and second load estimation, respectively, in order to equalize the backlog of instructions of the first and second processors; and clocking the first and second processors (90, 115) at the respective selected clock rate.
Four-point link for a vehicle, comprising a core element and a main laminate which is composed of a fibre/plastic composite material, wherein - the main laminate winds around the core element, - the core element comprises four load introducing elements and a foam core, - the four load introducing elements are connected in a form-fitting manner to the foam core, characterized in that the four-point link has four additional windings composed of a fibre/plastic composite material, wherein - a first additional winding winds around a first load introducing element and operatively connects said first load introducing element to the main laminate, - a second additional winding winds around a second load introducing element and operatively connects said second load introducing element to the main laminate, - a third additional winding winds around a third load introducing element and operatively connects said third load introducing element to the main laminate, - a fourth additional winding winds around a fourth load introducing element and operatively connects said fourth load introducing element to the main laminate, and wherein compressive forces can be introduced into the main laminate by means of each additional winding. - the main laminate winds around the core element, - the core element comprises four load introducing elements and a foam core, - the four load introducing elements are connected in a form-fitting manner to the foam core, characterized in that the four-point link has four additional windings composed of a fibre/plastic composite material, wherein - a first additional winding winds around a first load introducing element and operatively connects said first load introducing element to the main laminate, - a second additional winding winds around a second load introducing element and operatively connects said second load introducing element to the main laminate, - a third additional winding winds around a third load introducing element and operatively connects said third load introducing element to the main laminate, - a fourth additional winding winds around a fourth load introducing element and operatively connects said fourth load introducing element to the main laminate,
A non-transitory computer-readable medium of a privacy management system server storing computer-executable instructions that, when executed by a processor of a remote computing device, cause the remote computing device to: access a Document Object Model of a webpage, wherein the DOM is configured to include a first node that is configured to send analytics data to a third party device using a uniform resource locator stored in the first node and a second node that is configured to store private information; in response to accessing the DOM, obtain the second node and create, in a memory, a wrapper object instead of the second node by calling a generic wrapper object function configured to create a wrapper object for at least two different node types; configure the wrapper object to match the second node by setting values of the wrapper object according to values of the second node; determine whether the wrapper object is to be configured to block the private information from being captured by the first node; characterized by instructions to provide a getter function to the wrapper object, when it is determined that the wrapper object is to be configured to block the private information from being captured by the first node, the getter function being configured to analyze the private information before returning the private information; and instructions to replace the second node with the wrapper object in the DOM. access a Document Object Model of a webpage, wherein the DOM is configured to include a first node that is configured to send analytics data to a third party device using a uniform resource locator stored in the first node and a second node that is configured to store private information; in response to accessing the DOM, obtain the second node and create, in a memory, a wrapper object instead of the second node by calling a generic wrapper object function configured to create a wrapper object for at least two different node types; configure the wrapper object to match the second node by setting values of the wrapper object according to values of the second node; determine whether the wrapper object is to be configured to block the private information from being captured by the first node; characterized by instructions to provide a getter function to the wrapper object, when it is determined that the wrapper object is to be configured to block the private information from being captured by the first node, the getter function being configured to analyze the private information before returning the private information; and instructions to replace the second node with the wrapper object in the DOM.
A single-axis tilt-mode microelectromechanical accelerometer structure for measuring acceleration along a single axis comprising: a substrate having a top surface defining a plane substantially perpendicular to the single axis, the substrate having a first end and a second end; a first asymmetrically-shaped mass suspended above the substrate pivotable about a first pivot axis located between the first end and the second end; a second asymmetrically-shaped mass suspended above the substrate pivotable about the first pivot axis; a first set of electrodes (401, 402) positioned on the substrate and below the first asymmetrically-shaped mass; and a second set of electrodes (411, 412) positioned on the substrate and below the second asymmetrically-shaped mass; wherein the first set of electrodes includes at least two electrodes (401, 402) that are each equally positioned on opposite sides of the first pivot axis and the second set of electrodes includes at least two electrodes (411, 412) that are each equally positioned on opposite sides of the first pivot axis, wherein an electrode (401; 402) from the first set of electrodes is cross-coupled with an electrode (411; 412) from the second set of electrodes on an opposite side of the first pivot axis. a substrate having a top surface defining a plane substantially perpendicular to the single axis, the substrate having a first end and a second end; a first asymmetrically-shaped mass suspended above the substrate pivotable about a first pivot axis located between the first end and the second end; a second asymmetrically-shaped mass suspended above the substrate pivotable about the first pivot axis; a first set of electrodes (401, 402) positioned on the substrate and below the first asymmetrically-shaped mass; and a second set of electrodes (411, 412) positioned on the substrate and below the second asymmetrically-shaped mass; wherein the first set of electrodes includes at least two electrodes (401, 402) that are each equally positioned on opposite sides of the first pivot axis and the second set of electrodes includes at least two electrodes (411, 412) that are each equally positioned on opposite sides of the first pivot axis, wherein an electrode (401; 402) from the first set of electrodes is cross-coupled with an electrode (411; 412) from the second set of electrodes on an opposite side of the first pivot axis.
A toner binder comprising a polyester resin having, as constitutional units, a polycarboxylic acid as a polycarboxylic acid component and a polyhydric alcohol as a polyhydric alcohol component and having been esterified with a monocarboxylic acid and/or a monohydric alcohol at a part of the terminals thereof, wherein the ester group concentration of based on the weight of determined according to the description is 16 to 30% by weight, the polyhydric alcohol comprises an alkylene glycol having three carbon atoms and a diol having an aromatic ring, the molar ratio of to is / = 5/95 to 70/30, and fulfills the following condition 1: 229 × ECON + 90 × OHV ≤ 12,000 wherein (ECON) denotes a value representing the ester group concentration of expressed by the unit of % by weight, and denotes a value representing the hydroxy value of expressed by the unit of mgKOH/g.
A dual-mode battery pack comprising: a housing; a first set of battery cells connected in series and positioned in the housing; a second set of battery cells connected in series and positioned in the housing; series connection contacts selectively connectable to the first set of battery cells and to the second set of battery cells and, when engaged, configured to connect the first set of battery cells and the second set of battery cells in series; and parallel connection contacts selectively connectable to the first set of battery cells and the second set of battery cells and, when engaged, configured to connect the first set of battery cells and the second set of battery cells in parallel, wherein the series connection contacts include normally open contacts and the parallel connection contacts include normally closed contacts, wherein the series connection contacts are configured to receive a conductive blade (S1, 60) contact of a first power tool to engage the series connection contacts, and the parallel connection contacts are configured to receive an insulating rib (P1, P2, 56) of the first power tool to disengage the parallel connection contacts, characterised in that the parallel connection contacts are positioned forwardly of the series connection contacts along an insertion axis. a housing; a first set of battery cells connected in series and positioned in the housing; a second set of battery cells connected in series and positioned in the housing; series connection contacts selectively connectable to the first set of battery cells and to the second set of battery cells and, when engaged, configured to connect the first set of battery cells and the second set of battery cells in series; and parallel connection contacts selectively connectable to the first set of battery cells and the second set of battery cells and, when engaged, configured to connect the first set of battery cells and the second set of battery cells in parallel, wherein the series connection contacts include normally open contacts and the parallel connection contacts include normally closed contacts, wherein the series connection contacts are configured to receive a conductive blade (S1, 60) contact of a first power tool to engage the series connection contacts, and the parallel connection contacts are configured to receive an insulating rib (P1, P2, 56) of the first power tool to disengage the parallel connection contacts,
Method for managing a contactless charging system comprising a network provided with at least two successive coils (20-1,..., 20-n) arranged in a road section, the method comprising a phase of identifying a failure of the charging system, the identification phase comprising the steps of: - supplying electrical current to a first coil chosen from the coils (20-1,..., 20-n) of the network, - short-circuiting at least a second coil chosen from the coils (20-1,..., 20-n) of the network other than the first coil, resulting in an induced current being received in the at least second coil due to a transfer of power by induction coming from the first coil, - determining an electrical parameter of said first coil and of said second coil, and - comparing the determined parameter with at least one threshold value. - supplying electrical current to a first coil chosen from the coils (20-1,..., 20-n) of the network, - short-circuiting at least a second coil chosen from the coils (20-1,..., 20-n) of the network other than the first coil, resulting in an induced current being received in the at least second coil due to a transfer of power by induction coming from the first coil, - determining an electrical parameter of said first coil and of said second coil, and - comparing the determined parameter with at least one threshold value.