mhurhangee/ep-ind-claims huggingface dataset:
A cap assembly mounted on an opening of a can, the cap assembly comprising: a top cap; a safety element disposed on a lower portion of the top cap; a safety vent disposed on a lower portion of the safety element and having a cut part; a down cap disposed on a lower portion of the safety vent; a gasket surrounding edges of the top cap, the safety element, the safety vent, and the down cap and mounted on the opening of the can; a lifting guide part disposed between the safety vent and the down cap to lift the safety vent, while being expanded by a high-temperature gas transferred from the inside of the can and thereby to cut the cut part so that the high-temperature gas is released to the outside, characterized in that the lifting guide part is made of a shape-memory alloy material that is restored in a circular shape after being expanded according to a temperature, and both ends of the lifting guide part are bonded to the safety vent and the down cap, respectively. a top cap; a safety element disposed on a lower portion of the top cap; a safety vent disposed on a lower portion of the safety element and having a cut part; a down cap disposed on a lower portion of the safety vent; a gasket surrounding edges of the top cap, the safety element, the safety vent, and the down cap and mounted on the opening of the can; a lifting guide part disposed between the safety vent and the down cap to lift the safety vent, while being expanded by a high-temperature gas transferred from the inside of the can and thereby to cut the cut part so that the high-temperature gas is released to the outside, characterized in that the lifting guide part is made of a shape-memory alloy material that is restored in a circular shape after being expanded according to a temperature, and both ends of the lifting guide part are bonded to the safety vent and the down cap, respectively.
A motor which is designed to generate a torque using a hydrostatic force, wherein the torque is generated on the basis of a displacement of the center of gravity of a rotary unit (120a, 120b), and wherein the motor has a drive element (168a, 168b) and the rotary unit (120a, 120b) has a rigid, dimensionally stable float body; wherein the rotary unit (120a, 120b) is arranged in a liquid fluid such that the float body whose relative density is lower than the relative density of the liquid fluid is, in a lower position, subject to a buoyant lift force which drives the float body in an upward movement into an upper position and thereby drives the drive element; and wherein the center of gravity of the rotary unit (120a, 120b), with the float body in the upper position, is situated above the drive element, and the center of gravity thereby drives the rotary unit (120a, 120b) into an initial position in which the float body is in the lower position; and wherein the rotary unit (120a, 120b) also comprises: a deformable element comprising a gaseous fill medium; wherein the float body and the deformable element are arranged in the liquid fluid such that the float body compresses a first part (102a, 102d) of the deformable element during the upward movement, wherein the first part (102a, 102d) is arranged above the float body; the compression of the first part (102a, 102d) of the deformable element forces the gaseous fill medium into a second part (102b, 102c) of the deformable element, wherein the second part (102b, 102c) is arranged below the float body.
A method of making a crystalline molecular sieve having a pore size in the range of from 2 to 19 Å, which method comprises: (a) providing a mixture comprising at least one source of ions of tetravalent element, at least one hydroxide source (OH -), and water, said mixture having a solid-content in the range of from 15 wt.% to 50 wt.%; (b) treating the mixture to form the desired crystalline molecular sieve with stirring at crystallization conditions sufficient to obtain a weight hourly throughput of from 0.005 to 1 hr -1, the weight hourly throughput being defined as: weight hourly throughput = weight of the YO 2 × YO 2 utilization weight of the water × crystallization time wherein the crystallization conditions comprise a temperature in the range of from 200°C to 500°C and a crystallization time less than 100 hr. (a) providing a mixture comprising at least one source of ions of tetravalent element, at least one hydroxide source (OH -), and water, said mixture having a solid-content in the range of from 15 wt.% to 50 wt.%; (b) treating the mixture to form the desired crystalline molecular sieve with stirring at crystallization conditions sufficient to obtain a weight hourly throughput of from 0.005 to 1 hr -1, the weight hourly throughput being defined as: weight hourly throughput = weight of the YO 2 × YO 2 utilization weight of the water × crystallization time wherein the crystallization conditions comprise a temperature in the range of from 200°C to 500°C and a crystallization time less than 100 hr.
A method of detection, by mass spectrometry of MS/MS type in MRM mode, for at least one microorganism contained in a sample, of at least one marker of resistance to at least one antimicrobial, which is a cephalosporin, said marker(s) of resistance is (are) a (one of the) protein(s) or a (one of the) peptide(s), amongst beta-lactamase proteins or peptides of TEM type.
Implant system comprising at least two implants (1, 12) intended for the replacement of a given same tooth of a patient in restorative dentistry, chosen as a function of the bone density present at the tooth to be restored, said at least two implants having a main body, constituting a central rod of the implants, substantially of the same diameter at the neck thereof and of different diameter over at least one cross-section in the lower part of the implant, the at least two implants comprising threads, and the maximum diameter of the thread of each implant being greater than said diameter at the neck thereof.
Light module, for motor vehicle lighting and/or signaling, comprising an optical axis and a means for supporting at least one collector of light rays, emitted by a primary light source, in the vicinity of which there is a light guide suitable for guiding the rays emitted by a secondary light source from an input face to at least two distinct output faces including a main output face, through which the rays pass in a first direction, and at least one additional output face which is oriented such that the light rays leaving the guide through this additional output face are directed toward the collector, in a second direction distinct from the first direction, said at least one additional output face being adjacent to said main output face, characterized in that the support means bears two collectors suitable for deflecting, substantially parallel to the optical axis, the light emitted by a primary light source respectively associated with each of the collectors, and an additional optical system positioned between the collectors and which comprises the secondary light source suitable for emitting rays into the light guide (20; 120), the light guide comprising three output faces, including a main output face (64; 164) substantially at right angles to the optical axis and two opposing secondary output faces (66; 166) and respectively oriented toward each of the collectors.
A method to be performed in a second terminal in a communication system, the method comprising: identifying (803, 903) whether a first synchronization signal is received from a first terminal, the first synchronization signal being transmitted in a first transmission timing within a first frame of a plurality of frames (503, 504); identifying, as a result of the first synchronization signal being received, a second transmission timing within a second frame of the plurality of frames (503, 504) to transmit a second synchronization signal; and transmitting the second synchronization signal in the second transmission timing without transmitting the first synchronization signal; wherein the first transmission timing and second transmission timing are determined based on a first offset value and a second offset value, respectively, such that the first transmission timing is different from the second transmission timing. identifying (803, 903) whether a first synchronization signal is received from a first terminal, the first synchronization signal being transmitted in a first transmission timing within a first frame of a plurality of frames (503, 504); identifying, as a result of the first synchronization signal being received, a second transmission timing within a second frame of the plurality of frames (503, 504) to transmit a second synchronization signal; and transmitting the second synchronization signal in the second transmission timing without transmitting the first synchronization signal; wherein the first transmission timing and second transmission timing are determined based on a first offset value and a second offset value, respectively, such that the first transmission timing is different from the second transmission timing.
A thermoplastic resin composition comprising a thermoplastic resin, and 1 to 30 parts by weight of a laser direct structuring additive and 0.1 to 10 parts by weight of a laser marking additive per 100 parts by weight of the thermoplastic resin, wherein the laser direct structuring additive comprises 70% by weight or more of a tin oxide, characterised in that the laser marking additive comprises at least one kind selected from an oxide containing copper and molybdenum, and an oxide containing bismuth and gallium and/or neodymium.
A turbine blade comprising: a root, and an airfoil extending away from the root to a tip; and a plurality of film cooling holes on an outer face of the airfoil, said airfoil having at least one internal cooling passage for receiving air from a source, and delivering air to said film cooling holes; characterised in that said film cooling holes receive air from said cooling passage through meter sections extending with a component in a direction from the tip towards the root, and in that a diffused section of an outer end of said film cooling holes extends towards said tip from said meter section, said diffused section being formed along an angle having a lesser component in the direction from said tip toward said root than said meter section. a root, and an airfoil extending away from the root to a tip; and a plurality of film cooling holes on an outer face of the airfoil, said airfoil having at least one internal cooling passage for receiving air from a source, and delivering air to said film cooling holes; characterised in that said film cooling holes receive air from said cooling passage through meter sections extending with a component in a direction from the tip towards the root, and in that a diffused section of an outer end of said film cooling holes extends towards said tip from said meter section, said diffused section being formed along an angle having a lesser component in the direction from said tip toward said root than said meter section.
A substrate comprising a combination of one or more peptide or peptides and one or more protein or proteins, wherein said combination of peptide(s) and protein(s) being immobilized on said substrate, said one or more peptide or peptides is/are pFlaB-mV, a synthetic fusion peptide comprising 14 amino acids of the 41 kDa flagellin antigen (FlaB) and 20 amino acids of the modified VIsE sequence, according to SEQ ID NO: 2, and said one or more protein or proteins is/are selected from OspC-type I having SEQ ID NO:6 and OspC-type B having SEQ ID NO:5.
A method for estimating the coefficient of friction by means of a 3D camera, wherein the 3D camera records at least one image of the surroundings in front of the vehicle, characterised in that the image data of the 3D camera is used to produce a height profile of the road surface in the entire space in front of the vehicle and the height profile is used to estimate the local coefficient of friction of the road surface that is to be expected in the space in front of the vehicle.
A rolling mill edger comprising a pair of work rolls and a feed roll assembly; wherein the feed roll assembly comprises one or more driven feed rolls and drive means; wherein the feed roll assembly is mounted on a moveable mount such that the feed roll assembly is movable between an operative rolling position in the edger and a roll change position in the edger, characterized in that the moveable mount comprises a pivot.
A method of controlling an operation of a three-dimensional (3-D) printer comprised with a vehicle, wherein the method comprises the steps of: - receiving an indication of any one of a current force and an expected force affecting the operation of the 3-D printer; characterized by - comparing any one of the current force and the expected force affecting the operation of the 3-D printer with a given force threshold; and - adjusting a printing rate of the 3-D printer based on any one of the current force and the expected force affecting the operation of the 3-D printer, wherein, if any one of the current force and the expected force affecting the operation of the 3D-printer is above the force threshold, the method further comprises the step of adjusting the printing rate of the 3-D printer to a reduced printing rate. - receiving an indication of any one of a current force and an expected force affecting the operation of the 3-D printer; characterized by - comparing any one of the current force and the expected force affecting the operation of the 3-D printer with a given force threshold; and - adjusting a printing rate of the 3-D printer based on any one of the current force and the expected force affecting the operation of the 3-D printer, wherein, if any one of the current force and the expected force affecting the operation of the 3D-printer is above the force threshold, the method further comprises the step of adjusting the printing rate of the 3-D printer to a reduced printing rate.
A glass, the glass comprising: from 50 mol% to 75 mol% SiO 2; from greater than 0 mol% to 20 mol% Al 2 O 3; from greater than 0 mol% to 35 mol% B 2 O 3; from greater than 0 mol% to 20 mol% P 2 O 5; up to 0.5 mol% Fe 2 O 3; and up to 0.1 mol% ZrO 2 wherein the glass is substantially free of alkali metal modifiers, the total amount of MgO, CaO, and SrO in the glass is less than or equal to 0.2 mol% and the glass comprises at least one fining agent.
A first client device (101 1), comprising: a processor (105 1), a memory, a first protected environment having a first template stored therein, and a client synchronization module, CSM (109 1), configured to cause the first client device (101 1) to perform the following operations comprising: register said first client device (101 1) with a synchronization server in association with a synchronization pool; cause said first client device (101 1) to encrypt said first template with a first sync wrapping key, SWK 1, within said first protected environment to produce a first encrypted template; and register said first encrypted template with said synchronization server in association with a record of said first client device (101 1) produced by said synchronization server. register said first client device (101 1) with a synchronization server in association with a synchronization pool; cause said first client device (101 1) to encrypt said first template with a first sync wrapping key, SWK 1, within said first protected environment to produce a first encrypted template; and register said first encrypted template with said synchronization server in association with a record of said first client device (101 1) produced by said synchronization server.
Suction appliance for extracting wood dust, comprising a suction blower device for generating a suction flow, a filter device that is able to be flowed through by the suction flow, wherein the filter device comprises at least one filter bag, which is held in a hanging manner, characterized by an automatic filter cleaning device, which has at least one of the following operating modes: an automatic cleaning when the suction appliance is switched off, an automatic cleaning when the suction appliance is switched on, a needs-based cleaning.
A computer-implemented method, comprising: receiving a proposed password; parsing the proposed password into two or more symbols, wherein a first symbol of the two or more symbols comprises one or more characters, and a second symbol of the two or more symbols comprises two or more characters; wherein parsing the password into two or more symbols comprises determining the number of characters for each symbol and finding the longest possible matching symbol; based at least in part on a sequence of the first and second symbols, determining a first probability metric; based at least in part on the first probability metric, determining whether the proposed password is secure; wherein the method is performed by one or more computing devices; wherein the first probability metric measures, based on a data source of passwords, a likelihood that the second symbol will follow the first symbol. receiving a proposed password; parsing the proposed password into two or more symbols, wherein a first symbol of the two or more symbols comprises one or more characters, and a second symbol of the two or more symbols comprises two or more characters; wherein parsing the password into two or more symbols comprises determining the number of characters for each symbol and finding the longest possible matching symbol; based at least in part on a sequence of the first and second symbols, determining a first probability metric; based at least in part on the first probability metric, determining whether the proposed password is secure; wherein the method is performed by one or more computing devices; wherein the first probability metric measures, based on a data source of passwords, a likelihood that the second symbol will follow the first symbol.
An electric power generation system comprising: - a wind turbine; - a conductor rotating as said wind turbine rotates; - a magnetic field generator generating a magnetic field traversing said conductor; - a heat accumulator; and - an electric power generation unit converting heat accumulated in said accumulator into electrical energy; characterized the electric power generation system comprises a heat transfer medium receiving heat from said conductor rotated in said magnetic field and thus heated through induction; and in that the heat accumulator is for accumulating the heat of said heat transfer medium. - a wind turbine; - a conductor rotating as said wind turbine rotates; - a magnetic field generator generating a magnetic field traversing said conductor; - a heat accumulator; and - an electric power generation unit converting heat accumulated in said accumulator into electrical energy; characterized the electric power generation system comprises a heat transfer medium receiving heat from said conductor rotated in said magnetic field and thus heated through induction; and in that the heat accumulator is for accumulating the heat of said heat transfer medium.
Subscriber station (10; 30; 50) for a bus system (1; 2), having a communication control device for controlling communication of the respective subscriber station (10, 30, 50), a transmitting/receiving device for receiving messages (41, 42, 43) from at least one further subscriber station of the bus system (1; 2) via the bus system (1; 2), in which bus system (1; 2) the messages each have a message identifier (411, 421, 431), the message identifiers (411, 421, 431) being used for arbitration in the arbitration phase, only one subscriber station of the subscriber stations (10, 20, 30) transmitting signals in the form of one or more of the messages (41, 42, 43) onto a bus line after arbitration, with the result that exclusive, collision-free access of a subscriber station (10, 20, 30, 50) to the bus line of the bus system (1; 2) is ensured at least temporarily, a checking device for checking whether or not a received message (41; 42; 43) is intended for the subscriber station (10; 30; 50), and an error handling device for handling errors in the received message (41; 42; 43) only if the check by the checking device reveals that the received message (41; 42; 43) is intended for the subscriber station (10; 30; 50) characterized in that the communication control device sets times for sampling a bit of the received message (41, 42, 43) on the basis of the message identifier (411, 421, 431) included in the received message (41, 42, 43).
An anode body for a capacitor, wherein the anode body uses as a base material a sintered body obtained by sintering a molded body of tungsten powder and the anode body is doped with potassium in an amount of 0.003 to 0.3 mass%.
A seating unit (10; 100) comprising: a chair portion (20; 120) with a sitting surface (24; 124) and a back (22; 122) extending vertically from said sitting surface (24; 124); a horizontally extended wing (25 70, 80; 125) adjacent said sitting surface (24; 124), the extended wing (25 70, 80; 125) projecting outwardly from an edge of said sitting surface (24; 124), the edge of said sitting surface (24; 124) originating on one end at a point where an edge of said back (22; 122) meets said sitting surface (24; 124), and said edge extending toward a front edge of said sitting surface (24; 124); a pedestal base (30; 130) with a plurality of outwardly extending legs (32, 33), joined to an underside of said sitting surface (24; 124) of said chair portion (20; 120) that is capable of swiveling on the pedestal base (30, 130); a pair of longer legs (32; 132) joined to the pedestal base (30; 130) and positioned vertically under said extended wing (25, 70, 80; 125) and at least one shorter leg joined to the pedestal base (30; 130) and positioned vertically under said sitting surface (24; 124); and a sliding work desk (40; 140) positioned to a side of said sitting surface (24; 124) opposite said horizontally extended wing (25, 70, 80; 125), said sliding work desk (40; 140) is situated to slide at least partially over the sitting surface (24, 124) from either side of the chair portion. a chair portion (20; 120) with a sitting surface (24; 124) and a back (22; 122) extending vertically from said sitting surface (24; 124); a horizontally extended wing (25 70, 80; 125) adjacent said sitting surface (24; 124), the extended wing (25 70, 80; 125) projecting outwardly from an edge of said sitting surface (24; 124), the edge of said sitting surface (24; 124) originating on one end at a point where an edge of said back (22; 122) meets said sitting surface (24; 124), and said edge extending toward a front edge of said sitting surface (24; 124); a pedestal base (30; 130) with a plurality of outwardly extending legs (32, 33), joined to an underside of said sitting surface (24; 124) of said chair portion (20; 120) that is capable of swiveling on the pedestal base (30, 130); a pair of longer legs (32; 132) joined to the pedestal base (30; 130) and positioned vertically under said extended wing (25, 70, 80; 125) and at least one shorter leg joined to the pedestal base (30; 130) and positioned vertically under said sitting surface (24; 124); and a sliding work desk (40; 140) positioned to a side of said sitting surface (24; 124) opposite said horizontally extended wing (25, 70, 80; 125), said sliding work desk (40; 140) is situated to slide at least partially over the sitting surface (24, 124) from either side of the chair portion.