mhurhangee/ep-ind-claims huggingface dataset:
A landing gear assembly, comprising: a support member comprising a first semi-circular edge adjacent to an elongated surface extending to a second semi-circular edge aft of the first semi-circular edge, the support member defining a hollow cavity and a cylindrical cavity at its interior, wherein the support member has a grain structure grown in the direction of material being added and wherein the elongated surface comprises a rounded surface comprising a radius of curvature larger than a radius of curvature of the first semi-circular edge and the second semi-circular edge, wherein the support member further comprises a cutaway section on an open upper end of the support member, and wherein an external boundary of the upper open end comprises the cutaway section; a cylinder extending from the cylindrical cavity; an axle extending from the cylinder; and a torsion link (116, 118) coupled to the axle and a torsion interface located on an exterior of the support member. a support member comprising a first semi-circular edge adjacent to an elongated surface extending to a second semi-circular edge aft of the first semi-circular edge, the support member defining a hollow cavity and a cylindrical cavity at its interior, wherein the support member has a grain structure grown in the direction of material being added and wherein the elongated surface comprises a rounded surface comprising a radius of curvature larger than a radius of curvature of the first semi-circular edge and the second semi-circular edge, wherein the support member further comprises a cutaway section on an open upper end of the support member, and wherein an external boundary of the upper open end comprises the cutaway section; a cylinder extending from the cylindrical cavity; an axle extending from the cylinder; and a torsion link (116, 118) coupled to the axle and a torsion interface located on an exterior of the support member.
A simulated solid fuel burning fuel apparatus comprising: a simulated fuel bed (12, 13); at least one aperture (130, 132) defined in the simulated fuel bed; a source of simulated smoke; means for conveying the simulated smoke from said source through said at least one aperture (130, 132), so that the smoke rises from said at least one aperture (130, 132) above the simulated fuel bed; characterised in that the apparatus comprises a plurality of light sources (26, 226) and the light sources (26, 226) are configured to operatively direct light onto the smoke rising from the at least one aperture (130, 132), wherein the light is configured to selectively and/or locally illuminate the rising smoke to provide the illusion of flames. a simulated fuel bed (12, 13); at least one aperture (130, 132) defined in the simulated fuel bed; a source of simulated smoke; means for conveying the simulated smoke from said source through said at least one aperture (130, 132), so that the smoke rises from said at least one aperture (130, 132) above the simulated fuel bed; characterised in that the apparatus comprises a plurality of light sources (26, 226) and the light sources (26, 226) are configured to operatively direct light onto the smoke rising from the at least one aperture (130, 132), wherein the light is configured to selectively and/or locally illuminate the rising smoke to provide the illusion of flames.
An interconnector material which is arranged between a plurality of cells each composed of an anode layer, a solid electrolyte layer, and a cathode layer stacked sequentially, and electrically connects the plurality of cells to each other in series in a solid electrolyte fuel cell, wherein a dominant component of the material is a ceramic composition represented by the composition formula La(Fe 1-x Al x)O 3 in which x represents a molar ratio satisfying 0 < x < 0.5.
Rim electrode of a winding arrangement of a transducer, the rim electrode comprising - a hollow-cylindrical electrode middle section - and two annular shielding collars which form opposite ends of the rim electrode, - wherein each shielding collar adjoins the electrode middle section and is designed to be bent to the outside in relation to the electrode middle section, characterized in that the rim electrode consists of two electrode halves (43.1, 43.2) which each form one half of the electrode middle section and of each shielding collar. - a hollow-cylindrical electrode middle section - and two annular shielding collars which form opposite ends of the rim electrode, - wherein each shielding collar adjoins the electrode middle section and is designed to be bent to the outside in relation to the electrode middle section, characterized in that the rim electrode consists of two electrode halves (43.1, 43.2) which each form one half of the electrode middle section and of each shielding collar.
Waste disposal vehicle with at least one vehicle-mounted receptacle for waste materials, recyclable materials, or the like, and with at least one feed device for the lifting and emptying of at least one container that is to be emptied, wherein at its upper end the feed device is provided with a dumping aperture for the reception of material that is to be disposed of, which aperture forms the upper end of a dumping shaft that continues downwards, wherein as a function of communications with the at least one container that is to be emptied, suitable adjustments can be made automatically on the vehicle for the emptying of the container, wherein the receptacle is divided longitudinally into two compartments, and wherein a vertical partition, standing longitudinally with respect to the vehicle, is assigned to the dumping shaft in the lower region, to which at least one movable control device is connected at the top, for the blocking of a sub-region of the dumping shaft, and for the guiding of the dumped material into another part of the dumping shaft, characterised in that, two pivoting pistons (9, 10) are provided, each conveying into a respective compartment, which pistons can pivot about an axis, and with their front ends (9b, 10b), designed in the manner of clearing shields, clear a slipway (9a, 10a), shaped in the manner of a circular segment, and are held on arms (9c, 10c) on a drive shaft surrounding the axis, wherein the ability of the pistons (9, 10) to move differs depending on the position of the control device.
A device comprising: generating means for reading a plurality of documents and generating a document image corresponding to the documents; and extracting means capable of extracting conditional output permission information and output inhibition information from the generated document image, wherein if the conditional output permission information and the output inhibition information are extracted by the extracting means, the generated document image is not output, characterized in that the extracting means is capable of extracting a condition and document identification information associated with the conditional output permission information, wherein if no output inhibition information is extracted and if a predetermined or larger number of pieces of the conditional output permission information associated with different pieces of the document identification information are extracted by the extracting means, the generated document image is not output, and wherein if no output inhibition information is extracted and if a smaller number than the predetermined number of pieces of the conditional output permission information associated with different pieces of the document identification information are extracted by the extracting means, and if all conditions associated with the smaller number of pieces of the conditional output permission information are satisfied, the generated document image is output. generating means for reading a plurality of documents and generating a document image corresponding to the documents; and extracting means capable of extracting conditional output permission information and output inhibition information from the generated document image, wherein if the conditional output permission information and the output inhibition information are extracted by the extracting means, the generated document image is not output, characterized in that the extracting means is capable of extracting a condition and document identification information associated with the conditional output permission information, wherein if no output inhibition information is extracted and if a predetermined or larger number of pieces of the conditional output permission information associated with different pieces of the document identification information are extracted by the extracting means, the generated document image is not output, and wherein if no output inhibition information is extracted and if a smaller number than the predetermined number of pieces of the conditional output permission information associated with different pieces of the document identification information are extracted by the extracting means, and if all conditions associated with the smaller number of pieces of the conditional output permission information are satisfied, the generated document image is output.
A pharmaceutical composition comprising an active ingredient selected from iloprost and salts thereof as an aerosol for pulmonary administration for use in the treatment of pulmonary hypertension, wherein an amount of the composition comprising an effective single dose from 1.5 μg to 5μg of the active ingredient is provided using an inhaler adapted or configured to emit, per inhalation phase, a predetermined volume of aerosol-free air immediately followed by a pre-determined volume of the aerosol, and provide said dose in aerosolised form for inhalation within a period of 2 minutes or less, and wherein the aerosol is administered in more than 12 breathing manoeuvres.
Transportation refrigeration unit for refrigeration trucks with at least one liquefier characterised by at least two airflow surfaces of a liquefying unit arranged angular to each other.
A method of providing protection for a superconducting electrical cable located in a utility power network, the method comprising: detecting a fault current on the superconducting electric cable; determining the cumulative total energy dissipated in the superconducting electrical cable from the fault current and at least one prior fault current over a predetermined time period; and determining whether to disconnect the superconducting electrical cable from the utility power network on the basis of said cumulative total energy dissipated. detecting a fault current on the superconducting electric cable; determining the cumulative total energy dissipated in the superconducting electrical cable from the fault current and at least one prior fault current over a predetermined time period; and determining whether to disconnect the superconducting electrical cable from the utility power network on the basis of said cumulative total energy dissipated.
An electric seat reversing structure of a baby stroller, comprising a supporting pedestal arranged on a frame of a baby stroller and an upper supporting stand, the upper supporting stand is rotatably connected with the supporting pedestal characterized in that the upper supporting stand is rotatably connected with the supporting pedestal through a rotating shaft driven by a motor, and an input end of the motor is connected with an output end of a control circuit.
A circuit board, comprising: a supporting substrate comprising a first region and a second region extending to be bent from the first region; a plurality of light emitting elements mounted to one surface of the first region of the supporting substrate; a through hole passing through the supporting substrate; and a connector inserted into the through hole and for supplying electric current to the plurality of light emitting elements, characterized in that, the through hole is formed in the second region. a supporting substrate comprising a first region and a second region extending to be bent from the first region; a plurality of light emitting elements mounted to one surface of the first region of the supporting substrate; a through hole passing through the supporting substrate; and a connector inserted into the through hole and for supplying electric current to the plurality of light emitting elements, characterized in that, the through hole is formed in the second region.
A side vehicle-body structure of a vehicle, comprising: a rear suspension suspending a rear wheel; a side panel constituting a side face of the vehicle at a higher level than a rear-suspension attachment portion to attach the rear suspension to the vehicle; a seatbelt retractor attached to a cabin-inside face of the side panel; a frame member forming a closed-cross section extending vertically in corporation with the side panel; and a reinforcing member attached to the side panel, wherein said reinforcing member comprises a retractor attachment portion (Na, Ba) to attach said seatbelt retractor, a gusset portion to partition the closed-cross section of said frame member vertically, and a vibration-damping joint portion joined to said side panel via a vibration-damping material, and said reinforcing member is formed integrally by a member which is configured to be continuous over a range of said retractor attachment portion (Na, Ba), said gusset portion and said vibration-damping joint portion, characterized in that said gusset portion is provided with a plurality of flanges (52a, 52b, 52c) which are joined to walls (4a, 4b, 4d) of a C pillar of said frame member forming the closed cross-section. a rear suspension suspending a rear wheel; a side panel constituting a side face of the vehicle at a higher level than a rear-suspension attachment portion to attach the rear suspension to the vehicle; a seatbelt retractor attached to a cabin-inside face of the side panel; a frame member forming a closed-cross section extending vertically in corporation with the side panel; and a reinforcing member attached to the side panel, wherein said reinforcing member comprises a retractor attachment portion (Na, Ba) to attach said seatbelt retractor, a gusset portion to partition the closed-cross section of said frame member vertically, and a vibration-damping joint portion joined to said side panel via a vibration-damping material, and said reinforcing member is formed integrally by a member which is configured to be continuous over a range of said retractor attachment portion (Na, Ba), said gusset portion and said vibration-damping joint portion, characterized in that said gusset portion is provided with a plurality of flanges (52a, 52b, 52c) which are joined to walls (4a, 4b, 4d) of a C pillar of said frame member forming the closed cross-section.
Method for applying a layer having a relief on a flat surface of a substrate, the method comprising the following steps: - securing the substrate with the surface onto which the relief is to be provided on top; - applying a layer of a curable liquid on the upper surface of the substrate; - bringing a flexible mould having a relief being the negative of the relief to be provided on the substrate, into contact with at least a part of the upper surface of the liquid layer; - curing the liquid layer while the mould is in contact with the curable liquid; and - separating the mould from the substrate, characterized in that - initially the mould is brought into contact with the upper surface of the liquid layer in a bent position while the substrate is kept flat wherein the profile of the mould is a catenary; and - subsequently the mould is brought into contact over an increasing surface area keeping the mould in a bent position until the complete liquid layer is in contact with the mould and at least the part of the mould in contact with the liquid layer is flat, keeping the substrate flat, wherein the profile of the mould not being in contact with the surface is kept as the same catenary by moving ends of the mould along a curve that constrains the remaining profile of the mould not being in contact with the surface over the whole process of bringing the mould into contact with the surface. - securing the substrate with the surface onto which the relief is to be provided on top; - applying a layer of a curable liquid on the upper surface of the substrate; - bringing a flexible mould having a relief being the negative of the relief to be provided on the substrate, into contact with at least a part of the upper surface of the liquid layer; - curing the liquid layer while the mould is in contact with the curable liquid; and - separating the mould from the substrate, - initially the mould is brought into contact with the upper surface of the liquid layer in a bent position while the substrate is kept flat wherein the profile of the mould is a catenary; and - subsequently the mould is brought into contact over an increasing surface area keeping the mould in a bent position until the complete liquid layer is in contact with the mould and at least the part of the mould in contact with the liquid layer is flat, keeping the substrate flat, wherein the profile of the mould not being in contact with the surface is kept as the same catenary by moving ends of the mould along a curve that constrains the remaining profile of the mould not being in contact with the surface over the whole process of bringing the mould into contact with the surface.
Gas range with a burner fitted with central flame points, which is provided with an inner gas mixing chamber for supplying the central flame points with combustion gas, a connection base attached underneath the burner and an ignition electrode (1, 1') connected to the connection base, which has an electrode (3, 3') and a ceramic casing (2, 2') surrounding this, on the surface of which a structure (4, 23') for limiting the ignition direction of the electrode (3, 3') is formed, which forces an ignition in the direction of the central flame points, characterised in that outside the gas mixing chamber a projection is integrally moulded which projects out of the outer circumference of the gas mixing chamber and in which an ignition groove is located, out of which the combustion gas flows after having been introduced into the gas mixing chamber, wherein the structure (34, 23') forces an ignition in the direction of the ignition groove and an arc is first created between the electrode (3, 3') and the projection.
Device for securing to a component, in particular tolerance compensation element, having a first sleeve and a second sleeve which can be secured on and/or in the first sleeve by means of a screw connection, wherein the first sleeve and the second sleeve each have a passage, wherein a screw can be screwed through the passages and preferably through the component into a thread of a retention means, wherein the rotation direction of the thread (3, 4) of the screw connection differs from the rotation direction of the retention means, wherein there is formed on the second sleeve a carrier device which can cooperate with the screw, wherein a releasable torsion prevention means is arranged and wherein the first sleeve and the second sleeve are retained by the torsion prevention means in a defined position screwed one in the other, characterised in that the torsion prevention means is produced by means of a breaking element which extends from the first sleeve into the passage.
An in vitro method for detecting binding of a candidate MHC-binding peptide to an MHC molecule, comprising: contacting an MHC molecule that is isolated from a blood sample with a set of distinct polynucleotide-peptide conjugates in a solution, each said polynucleotide-peptide conjugate comprising a peptide conjugated, via a linker, to a polynucleotide specifically identifying the peptide and comprising a cDNA, wherein each of said polynucleotide-peptide conjugate is not immobilized; allowing binding between said MHC molecule and said peptides of said polynucleotide-peptide conjugates to reach equilibrium; immobilizing said MHC molecule to a solid support; amplifying a sequence of the polynucleotide of each polynucleotide-peptide conjugate bound to said MHC molecule immobilized on said solid support, and determining the amplified sequence by high throughput sequencing, thereby identifying the corresponding peptide portion as an MHC-binding peptide. contacting an MHC molecule that is isolated from a blood sample with a set of distinct polynucleotide-peptide conjugates in a solution, each said polynucleotide-peptide conjugate comprising a peptide conjugated, via a linker, to a polynucleotide specifically identifying the peptide and comprising a cDNA, wherein each of said polynucleotide-peptide conjugate is not immobilized; allowing binding between said MHC molecule and said peptides of said polynucleotide-peptide conjugates to reach equilibrium; immobilizing said MHC molecule to a solid support; amplifying a sequence of the polynucleotide of each polynucleotide-peptide conjugate bound to said MHC molecule immobilized on said solid support, and determining the amplified sequence by high throughput sequencing, thereby identifying the corresponding peptide portion as an MHC-binding peptide.
A secure element comprising: a first die; a first resistive random access memory, ReRAM, array configured as a content addressable memory, CAM, located on the first die, wherein the CAM comprises a first block of a plurality of ReRAM cells configured for storing a first reference pattern and a second block of a plurality of ReRAM cells configured for receiving a first input pattern; a first plurality of bit lines connected to the first block of a plurality of ReRAM cells; a second plurality of bit lines connected to the second block of a plurality of ReRAM cells; a compare circuit for comparing the first plurality of bit lines connected to the first block of a plurality of ReRAM cells to the second plurality of bit lines connected to the second block of a plurality of ReRAM cells; and a second ReRAM array configured as a random access memory, RAM, located on the first die, wherein the RAM comprises a third block of a plurality of ReRAM cells configured for storing a second reference pattern, wherein the first reference pattern comprises a reference authentication cryptographic key stored in the first block of a plurality of ReRAM cells in the CAM and the first input pattern comprises an input authentication cryptographic key provided during an authentication cycle, wherein the compare circuit is located outside of the first ReRAM array and the second ReRAM array. a first die; a first resistive random access memory, ReRAM, array configured as a content addressable memory, CAM, located on the first die, wherein the CAM comprises a first block of a plurality of ReRAM cells configured for storing a first reference pattern and a second block of a plurality of ReRAM cells configured for receiving a first input pattern; a first plurality of bit lines connected to the first block of a plurality of ReRAM cells; a second plurality of bit lines connected to the second block of a plurality of ReRAM cells; a compare circuit for comparing the first plurality of bit lines connected to the first block of a plurality of ReRAM cells to the second plurality of bit lines connected to the second block of a plurality of ReRAM cells; and a second ReRAM array configured as a random access memory, RAM, located on the first die, wherein the RAM comprises a third block of a plurality of ReRAM cells configured for storing a second reference pattern, wherein the first reference pattern comprises a reference authentication cryptographic key stored in the first block of a plurality of ReRAM cells in the CAM and the first input pattern comprises an input authentication cryptographic key provided during an authentication cycle, wherein the compare circuit is located outside of the first ReRAM array and the second ReRAM array.