mhurhangee/ep-ind-claims huggingface dataset:
A porous catalyst layer formed from discrete particles of unsupported metal, wherein the metal is: (i) Pt or Pt alloyed or mixed with one or more metals of oxides thereof selected from the group consisting of Ru, Pd, Rh, Os, Sn, Bi, Pb, Ir, Mo, Sb, W, Au, Re when the catalyst layer is an anode catalyst layer; (ii) Pd or Pd alloyed or mixed with one or more metals of oxides thereof selected from the group consisting of Ru, Rh, Os, Sn, Bi, Pb, Ir, Mo, Sb, W, Au, Re when the catalyst layer is an anode catalyst layer; (iii) Pt or Pt alloyed with one of more metals or oxides thereof selected from the group consisting of Ru, Rh, Ir, Pd, Ti, Cr, Mn, Fe, Co, Ni, Cu, V, Zr, Hf, Ta, Nb when the catalyst layer is a cathode catalyst layer; or (iv) Pd alloyed with one or more metals or oxides thereof selected form the group consisting of Ru, Rh, Ir, Ti, Cr, Mn, Fe, Co, Ni, Cu, V, Zr, Hf, Ta, Nb when the catalyst layer is a cathode catalyst layer; wherein at least 80% of the discrete particles have a mass of from 1 to 1000 zeptograms, and wherein the catalyst layer has a metal volume fraction of less than 30% and a metal loading of 0.001 mg/cm 2 to 0.09mg/cm 2. (i) Pt or Pt alloyed or mixed with one or more metals of oxides thereof selected from the group consisting of Ru, Pd, Rh, Os, Sn, Bi, Pb, Ir, Mo, Sb, W, Au, Re when the catalyst layer is an anode catalyst layer; (ii) Pd or Pd alloyed or mixed with one or more metals of oxides thereof selected from the group consisting of Ru, Rh, Os, Sn, Bi, Pb, Ir, Mo, Sb, W, Au, Re when the catalyst layer is an anode catalyst layer; (iii) Pt or Pt alloyed with one of more metals or oxides thereof selected from the group consisting of Ru, Rh, Ir, Pd, Ti, Cr, Mn, Fe, Co, Ni, Cu, V, Zr, Hf, Ta, Nb when the catalyst layer is a cathode catalyst layer; or (iv) Pd alloyed with one or more metals or oxides thereof selected form the group consisting of Ru, Rh, Ir, Ti, Cr, Mn, Fe, Co, Ni, Cu, V, Zr, Hf, Ta, Nb when the catalyst layer is a cathode catalyst layer;
A fan blade, comprising: a leading edge; an attachment root (100;130) extending aft of the leading edge; and a trench (104;124;134) formed in a surface of the attachment root (100;130), the trench (104;124;134) opening at the leading edge and extending aft from the leading edge; and characterised by the trench (104;124;134) terminating at an end surface (108;138) disposed at an interior area of the surface of the attachment root (100;130), wherein an axial length (L 1;L 2) of the trench (104;124;134) is less than an axial length (L 3) of the attachment root (100;130), wherein the axial length (L 1;L 2) of the trench (104;124;134) is at least half the axial length (L 3) of the attachment root (100;130). a leading edge; an attachment root (100;130) extending aft of the leading edge; and a trench (104;124;134) formed in a surface of the attachment root (100;130), the trench (104;124;134) opening at the leading edge and extending aft from the leading edge; and characterised by the trench (104;124;134) terminating at an end surface (108;138) disposed at an interior area of the surface of the attachment root (100;130), wherein an axial length (L 1;L 2) of the trench (104;124;134) is less than an axial length (L 3) of the attachment root (100;130), wherein the axial length (L 1;L 2) of the trench (104;124;134) is at least half the axial length (L 3) of the attachment root (100;130).
A method for use with a viscous clutch (30; 130), the method comprising: energizing an electromagnetic coil (44; 144) to generate magnetic flux; and transmitting the magnetic flux from the electromagnetic coil along a flux circuit to actuate a valve assembly (42; 142), characterized by: transmitting magnetic flux along the flux circuit from the electromagnetic coil toward the valve assembly through a first portion (38-4, 38-3; 138-4, 138-3) of a reservoir (38; 138); and transmitting magnetic flux along the flux circuit from the valve assembly toward the electromagnetic coil through a second portion (38-1; 138-1) of the reservoir. energizing an electromagnetic coil (44; 144) to generate magnetic flux; and transmitting the magnetic flux from the electromagnetic coil along a flux circuit to actuate a valve assembly (42; 142), characterized by: transmitting magnetic flux along the flux circuit from the electromagnetic coil toward the valve assembly through a first portion (38-4, 38-3; 138-4, 138-3) of a reservoir (38; 138); and transmitting magnetic flux along the flux circuit from the valve assembly toward the electromagnetic coil through a second portion (38-1; 138-1) of the reservoir. transmitting magnetic flux along the flux circuit from the electromagnetic coil toward the valve assembly through a first portion (38-4, 38-3; 138-4, 138-3) of a reservoir (38; 138); and transmitting magnetic flux along the flux circuit from the valve assembly toward the electromagnetic coil through a second portion (38-1; 138-1) of the reservoir.
A method for provisioning a network device with configuration information, the method comprising: generating and storing a public device key and a private device key in a first network device; transmitting, via a backend network, a serial number and the public device key from the first network device to a second network device; generating, by the second network device, a public user key and a private user key; transmitting the public user key from the second network device to the first network device; transmitting the serial number, the public device key, the public user key and the private user key from the second network device to a third network device associated with a customer network that differs from the backend network; establishing and authenticating a connection between the first network device and the third network device using the public device key, and the public user key; and transmitting configuration information from the third network device to the first network device, where the configuration information is needed by the first network device to operate on the customer network, and where the configuration information depends on a type of the first network device. generating and storing a public device key and a private device key in a first network device; transmitting, via a backend network, a serial number and the public device key from the first network device to a second network device; generating, by the second network device, a public user key and a private user key; transmitting the public user key from the second network device to the first network device; transmitting the serial number, the public device key, the public user key and the private user key from the second network device to a third network device associated with a customer network that differs from the backend network; establishing and authenticating a connection between the first network device and the third network device using the public device key, and the public user key; and transmitting configuration information from the third network device to the first network device, where the configuration information is needed by the first network device to operate on the customer network, and where the configuration information depends on a type of the first network device.
An apparatus for preventing surrounding loose rock fragments from falling or collapsing into a blast hole, wherein the apparatus comprises: a resiliently flexible sheet including a pair of spaced apart longitudinally extending side edges (21, 23) and a pair of spaced apart laterally extending end edges (22, 24), the sheet having a curved form defining a longitudinal passage extending between openings at longitudinally opposite ends (11, 12), one end of the curved sheet being insertable into the open end of a blast hole, wherein in the curved form the side edges of the sheet are free and the sheet biases towards a flat form whereby an external surface of the curved sheet is biased against an internal surface of the blast hole and forms a barrier preventing surrounding loose rock fragments from falling or collapsing into the open end of the blast hole.
A method of detecting whether an analyte is present in a sample, the method comprising: flowing the sample through a capillary channel comprising a first analyte specific capture domain stably associated with a first region of an inner surface thereof wherein the first analyte specific capture domain comprises particles displaying a specific binding member for the analyte on a surface thereof; and imaging the first analyte specific capture domain to detect whether the analyte is present in the sample, wherein the imaging is performed without separating the particles from the sample by washing, wherein the capillary channel comprises a second analyte specific capture domain stably associated with an second region of an inner surface thereof wherein the second analyte specific capture domain comprises particles displaying a specific binding member for a second analyte on a surface thereof; wherein the method further comprises imaging the second analyte specific capture domain to detect whether the second analyte is present in the sample and wherein the first and second analyte specific capture domains are located at different positions in the capillary channel. flowing the sample through a capillary channel comprising a first analyte specific capture domain stably associated with a first region of an inner surface thereof wherein the first analyte specific capture domain comprises particles displaying a specific binding member for the analyte on a surface thereof; and imaging the first analyte specific capture domain to detect whether the analyte is present in the sample, wherein the imaging is performed without separating the particles from the sample by washing, wherein the capillary channel comprises a second analyte specific capture domain stably associated with an second region of an inner surface thereof wherein the second analyte specific capture domain comprises particles displaying a specific binding member for a second analyte on a surface thereof; wherein the method further comprises imaging the second analyte specific capture domain to detect whether the second analyte is present in the sample and wherein the first and second analyte specific capture domains are located at different positions in the capillary channel.
Actuating drive having at least one stop device, said at least one stop device comprising at least one end-stop element for a part of a drive train and comprising at least one adjustment element (4, 19) which is connected operatively to the end-stop element and is configured for setting a position of the end-stop element, - wherein at least one gear mechanism (5, 18) is arranged between the at least one end-stop element and the at least one adjustment element (4, 19), characterized - in that the actuating drive has a first adjustment element and a second adjustment element, - wherein a first gear mechanism is arranged between the first adjustment element and the end-stop element and a second gear mechanism is arranged between the first adjustment element and the second adjustment element. - wherein at least one gear mechanism (5, 18) is arranged between the at least one end-stop element and the at least one adjustment element (4, 19), - in that the actuating drive has a first adjustment element and a second adjustment element, - wherein a first gear mechanism is arranged between the first adjustment element and the end-stop element and a second gear mechanism is arranged between the first adjustment element and the second adjustment element.
An apparatus for generating electrical energy from a rotational movement, comprising a stator rotatable about a rotational axis and a rotor which is connected to the stator in such a manner that said rotor can rotate about the rotational axis, which rotor has a centre of gravity located outside the rotational axis, wherein a coil is arranged in the stator for inducing an electrical voltage when the stator rotates relative to the rotor, wherein the coil is connected to an electrical circuit having an energy storage device for rectifying the voltage induced in the coil, characterized in that the apparatus is configured to detect a position of a plane defined by the rotational axis and the centre of gravity of the rotor and to influence the position of the plane by means of a current flowing through the coil, such that a deflection of the plane from a vertical plane during a rotation of the stator can be limited by the current flow.
A method for producing dimers, trimers, oligomers, and polymers from the oxidation of a hydrogen atom alpha to an aromatic ring comprising: introducing an organic starting material containing at least one hydrogen atom alpha to an aromatic ring into a flowing stream of gas, mixing said organic starting material in the stream of gas with nitrous oxide; reacting said hydrogen atom alpha with the aromatic ring to form a reaction product; and heating said flowing stream of gas with the reaction product to a reaction temperature to allow oxidation of the hydrogen atom alpha and subsequent formation of an output compound from the group consisting of monomers, dimers, trimers, oligomers, and polymers, according to said reaction temperature. introducing an organic starting material containing at least one hydrogen atom alpha to an aromatic ring into a flowing stream of gas, mixing said organic starting material in the stream of gas with nitrous oxide; reacting said hydrogen atom alpha with the aromatic ring to form a reaction product; and heating said flowing stream of gas with the reaction product to a reaction temperature to allow oxidation of the hydrogen atom alpha and subsequent formation of an output compound from the group consisting of monomers, dimers, trimers, oligomers, and polymers, according to said reaction temperature.
An active assembly of a wind turbine rotating electric machine, the active assembly comprising a magnetic guide having two slots separated by a tooth with a plane of symmetry; and a plurality of electric conductors, each with a substantially rectangular cross section and wound edgewise repeatedly about the tooth to at least partly fill the slots and form two heads close to the opposite ends of the tooth, each head comprising a plurality of adjacent U-shaped turns (C1, C2, C3, C4, C5; C1, C2, C6, C7) of the electric conductors; and wherein the width (L1; L3) of each electric conductor is less than a third of the distance between the electric conductor and the plane of symmetry of the tooth.
A space-time channel modulation method comprising the steps: - mapping incoming amplitude and/or phase information bits to two complex data symbols and employment of MIMO transmission with two reconfigurable transmit antennas and two time slots by an Alamouti space-time block encoder, - mapping incoming channel information bits to channel states according to a number of available RF mirrors at the reconfigurable transmit antennas wherein channel states are selected through a channel state configurator, - processing of received signals by the conditional maximum likelihood detector to perform reduced complexity detection of the transmitted complex data symbols and channel states. - demapping of the detected complex data symbols and channel states by a demapper to obtain amplitude and/or phase information and channel information bits at the receiver, wherein, the - channel information bits are transmitted by changing the channel state for each reconfigurable transmit antenna in each time slot, wherein the channel state is determined for each reconfigurable transmit antenna by using the RF mirrors at each of the transmit antenna. - mapping incoming amplitude and/or phase information bits to two complex data symbols and employment of MIMO transmission with two reconfigurable transmit antennas and two time slots by an Alamouti space-time block encoder, - mapping incoming channel information bits to channel states according to a number of available RF mirrors at the reconfigurable transmit antennas wherein channel states are selected through a channel state configurator, - processing of received signals by the conditional maximum likelihood detector to perform reduced complexity detection of the transmitted complex data symbols and channel states. - demapping of the detected complex data symbols and channel states by a demapper to obtain amplitude and/or phase information and channel information bits at the receiver, wherein, the - channel information bits are transmitted by changing the channel state for each reconfigurable transmit antenna in each time slot, wherein the channel state is determined for each reconfigurable transmit antenna by using the RF mirrors at each of the transmit antenna.
A method of unmasking an endotoxin in a composition, preferably a pharmaceutical composition, comprising an endotoxin masker and suspected of comprising said endotoxin, said method comprising the step of adding to said composition a modulator capable of unmasking said endotoxin, wherein said modulator comprises a first heteroatom-substituted aliphatic, wherein said first heteroatom-substituted aliphatic is an aliphatic alcohol, wherein the main chain of said aliphatic alcohol comprises 8 to 16 carbon atoms, and wherein said endotoxin masker is a detergent and/or an active pharmaceutical ingredient, wherein said API is a protein API, further comprising the step of adding to said composition an agent which influences hydrogen bonding stability in solution, wherein the agent which influences hydrogen bonding stability in solution comprises a divalent cation. wherein said modulator comprises a first heteroatom-substituted aliphatic, wherein said first heteroatom-substituted aliphatic is an aliphatic alcohol, wherein the main chain of said aliphatic alcohol comprises 8 to 16 carbon atoms, and wherein said endotoxin masker is a detergent and/or an active pharmaceutical ingredient, wherein said API is a protein API,
Household appliance, in particular household dishwasher, with a functional container, in particular dishwasher cavity, an insulation arrangement provided on the outside of the functional container, in particular dishwasher cavity, for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, and a fastening facility for mechanically fastening the insulation arrangement for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, to the functional container, in particular dishwasher cavity, wherein the insulation arrangement for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, has an insulation element for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, and wherein the insulation element for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, is manufactured as a single piece of plastic material, which, in a cured and/or cross-linked state, preferably has adhesive properties so that the insulation element for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, with a surface facing the functional container, in particular dishwasher cavity, adheres to the functional container, in particular dishwasher cavity, characterised in that - the insulation element adhering to the surface on the functional container, in particular dishwasher cavity, facing the functional container, in particular dishwasher cavity, for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, can be separated from the functional container, in particular dishwasher cavity, in a non-destructive manner and - the fastening facility is spring pretensioned so that the fastening facility presses the insulation arrangement for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, against the functional container, in particular dishwasher cavity, when a predefined contact pressure is reached, wherein the fastening facility is screwed or clamped to the functional container, in particular dishwasher cavity. - the insulation element adhering to the surface on the functional container, in particular dishwasher cavity, facing the functional container, in particular dishwasher cavity, for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, can be separated from the functional container, in particular dishwasher cavity, in a non-destructive manner and - the fastening facility is spring pretensioned so that the fastening facility presses the insulation arrangement for thermally and/or acoustically insulating the functional container, in particular dishwasher cavity, against the functional container, in particular dishwasher cavity, when a predefined contact pressure is reached, wherein the fastening facility is screwed or clamped to the functional container, in particular dishwasher cavity.
An insect pest control agent for adhesion to an insect pest, comprising: cis-1,1,1,4,4,4-hexafluoro-2-butene, characterized in that the content of cis-1,1,1,4,4,4-hexafluoro-2-butene in the insect pest control agent is not smaller than 0.74 w/v% and not greater than 10 w/v%.
A method comprising: establishing a first vector of weighted presences of a set of vehicle features in a first vehicle; establishing a second vector of weighted presences of the set of vehicle features in a second vehicle; calculating a value of a distance function based on an inner product of the first vector and the second vector, wherein the value of the distance function establishes a similarity score between the first vehicle and the second vehicle; and recommending an update for the second vehicle when the similarity score exceeds a predetermined threshold value, wherein the update includes at least one of a software update, a firmware update, and a security patch. establishing a first vector of weighted presences of a set of vehicle features in a first vehicle; establishing a second vector of weighted presences of the set of vehicle features in a second vehicle; calculating a value of a distance function based on an inner product of the first vector and the second vector, wherein the value of the distance function establishes a similarity score between the first vehicle and the second vehicle; and recommending an update for the second vehicle when the similarity score exceeds a predetermined threshold value, wherein the update includes at least one of a software update, a firmware update, and a security patch.
A method for adjusting a movement stroke of a gripper (3, 5) in a gripper weaving machine, wherein the gripper (3, 5) is driven to move back and forth using a transmission part (31, 32), wherein a drive element (12, 26) rotating with a drive shaft of the gripper weaving machine can be drivingly coupled via a transmission mechanism (24, 25) to the transmission part (31, 32), wherein the transmission mechanism (24, 25) can be fastened to the drive element (12, 26) in various eccentric positions, wherein the transmission part (31, 32) can be driven by the drive element (12, 26) to oscillate between extreme transmission part positions, and wherein an amplitude of an oscillation of the transmission part (31, 32) is settable by varying an eccentric position in order to adjust a movement stroke of the gripper (3, 5), characterized in that the method comprises holding the transmission part (31, 32) in a selected transmission part position while the transmission mechanism (24, 25) is unfastened from the drive element (12, 26), and moving the drive element (12, 26) relative to the transmission part (31, 32) from a first angular position associated with said selected transmission part position for a first movement stroke of the gripper (3, 5) defined by a first eccentric position into a second angular position associated with said selected transmission part position for a second movement stroke of the gripper (3, 5) defined by a second eccentric position.