mhurhangee/patent-ind-claim-en huggingface dataset:
An introducer for providing access to a surgical site in a patient comprising: a sheath extending from a proximal portion to a distal portion along a longitudinal axis (L A ), the sheath including a coil having a plurality of turns (T1, T2, T3) spiraling about the longitudinal axis, wherein the coil has a reduced diameter configuration in which portions of the coil forming a multiplicity of the turns are spaced a first distance from the longitudinal axis in a radial direction orthogonal to the longitudinal axis, and an expanded diameter configuration in which the portions of the coil forming the multiplicity of the turns are spaced a second distance from the longitudinal axis in the radial direction, the second distance greater than the first distance characterized in that each turn includes a body that tapers in a first direction and transitions into a flange that is wider than the narrowest portion of the taper, and a recess positioned opposite the flange, each flange configured to passively sit within a portion of the recess of a next adjacent turn. a sheath extending from a proximal portion to a distal portion along a longitudinal axis (L A ), the sheath including a coil having a plurality of turns (T1, T2, T3) spiraling about the longitudinal axis, wherein the coil has a reduced diameter configuration in which portions of the coil forming a multiplicity of the turns are spaced a first distance from the longitudinal axis in a radial direction orthogonal to the longitudinal axis, and an expanded diameter configuration in which the portions of the coil forming the multiplicity of the turns are spaced a second distance from the longitudinal axis in the radial direction, the second distance greater than the first distance characterized in that each turn includes a body that tapers in a first direction and transitions into a flange that is wider than the narrowest portion of the taper, and a recess positioned opposite the flange, each flange configured to passively sit within a portion of the recess of a next adjacent turn.
Retention device for retaining substrates such as printed circuit boards, metal sheets, films or the like, comprising a suction face , wherein the suction face has a large number of suction nozzles , and wherein the suction nozzles can be acted on with a reduced pressure compared with ambient pressure by means of a reduced pressure provision device in order to provide a retention force for one or more substrates, characterised in that the reduced pressure provision device provides such a reduced pressure that the ratio of the cumulative pressure drop of all the suction nozzles and the cumulative pressure drop of all the suction nozzles and supply lines of the suction nozzles as far as the reduced pressure provision device is greater than 25%, in particular greater than 35%, preferably greater than 40%.
A housing unit for an electronic device, the housing unit comprising a heat sink for dissipating heat from the electronic device, and a plastic housing which comprises talc filled polypropylene (PP) material for connecting to the heat sink, characterized in that the housing unit further comprises at least one elastomer layer being provided between at least one part of the heat sink and at least one part of the plastic housing , the elastomer layer is adapted for preventing the plastic housing from receiving an expansion force of the heat sink , and the plastic housing and a heat sink sub-assembly, which comprises the heat sink and the at least one elastomer layer , are provided as a single piece. a heat sink for dissipating heat from the electronic device, and a plastic housing which comprises talc filled polypropylene (PP) material for connecting to the heat sink, the housing unit further comprises at least one elastomer layer being provided between at least one part of the heat sink and at least one part of the plastic housing , the elastomer layer is adapted for preventing the plastic housing from receiving an expansion force of the heat sink , and the plastic housing and a heat sink sub-assembly, which comprises the heat sink and the at least one elastomer layer , are provided as a single piece.
A method of processing test calls from elevator emergency telephones, characterized in comprising: receiving , at an elevator emergency call receiver unit , an incoming call attempt from an elevator emergency telephone , the call attempt including caller line identification, CLI, information; detecting , by the elevator emergency call receiver unit , the CLI information included in the received call attempt, and performing one of: a) disconnecting , by the elevator emergency call receiver unit , the call attempt to complete the test call processing; and b) in response to detecting , by the elevator emergency call receiver unit , the call attempt being released by the elevator emergency telephone within a predetermined time period, determining , by the elevator emergency call receiver unit , that the test call processing is completed. receiving , at an elevator emergency call receiver unit , an incoming call attempt from an elevator emergency telephone , the call attempt including caller line identification, CLI, information; detecting , by the elevator emergency call receiver unit , the CLI information included in the received call attempt, and performing one of: a) disconnecting , by the elevator emergency call receiver unit , the call attempt to complete the test call processing; and b) in response to detecting , by the elevator emergency call receiver unit , the call attempt being released by the elevator emergency telephone within a predetermined time period, determining , by the elevator emergency call receiver unit , that the test call processing is completed. a) disconnecting , by the elevator emergency call receiver unit , the call attempt to complete the test call processing; and b) in response to detecting , by the elevator emergency call receiver unit , the call attempt being released by the elevator emergency telephone within a predetermined time period, determining , by the elevator emergency call receiver unit , that the test call processing is completed.
Process for producing an all-rubber tire for a piece of mobile machinery, composed of a main body composed of a radially inner base portion that comes into contact with a wheel rim and a radially outer elastic portion , and having a tread portion and two lateral tire flanks which cover the sides at least of the elastic portion , where the base portion and the elastic portion are each constructed by multilayer winding of a calendered rubber mixture, and where the tread portion and the two lateral tire flanks are likewise formed from rubber mixtures, characterized in that the all-rubber tire is produced in a two-stage construction process, where the main body is constructed and vulcanized in the first stage, where the vulcanized main body is completed with the tread portion and the lateral tire flanks in the second stage, and then the tire is vulcanized once again. characterized in that the all-rubber tire is produced in a two-stage construction process, where the main body is constructed and vulcanized in the first stage, where the vulcanized main body is completed with the tread portion and the lateral tire flanks in the second stage, and then the tire is vulcanized once again.
An unmanned aerial vehicle, comprising a fuselage and an undercarriage mounted on the fuselage , wherein the undercarriage comprises: a power assembly disposed within the fuselage , the power assembly comprising a first connecting member and a drive apparatus configured to drive the first connecting member to perform a reciprocating linear motion; wherein the first connecting member is perpendicular to the main axis of the fuselage ; an undercarriage body comprising two first connecting rods hinged on the first connecting member , and two second connecting rods , wherein one end of each of the second connecting rods is hinged on the power assembly and the other end is hinged on one of the first connecting rod ; when the first connecting member performs the reciprocating linear motion, the undercarriage body being driven to be unfolded or folded into the fuselage ; wherein the drive apparatus comprises a motor and a screw rod connected to the motor , the first connecting member being sleeved on the screw rod and being screwed to the screw rod ; wherein a middle portion of the first connecting member bends toward a direction away from the motor ; wherein the power assembly further comprises a second connecting member that is fixed to the screw rod and that is at an end opposite to the motor , one end of each of the second connecting rods being hinged on the second connecting member , and the other end thereof being hinged on the first connecting rod . a power assembly disposed within the fuselage , the power assembly comprising a first connecting member and a drive apparatus configured to drive the first connecting member to perform a reciprocating linear motion; wherein the first connecting member is perpendicular to the main axis of the fuselage ; an undercarriage body comprising two first connecting rods hinged on the first connecting member , and two second connecting rods , wherein one end of each of the second connecting rods is hinged on the power assembly and the other end is hinged on one of the first connecting rod ; when the first connecting member performs the reciprocating linear motion, the undercarriage body being driven to be unfolded or folded into the fuselage ; wherein the drive apparatus comprises a motor and a screw rod connected to the motor , the first connecting member being sleeved on the screw rod and being screwed to the screw rod ; wherein a middle portion of the first connecting member bends toward a direction away from the motor ; wherein the power assembly further comprises a second connecting member that is fixed to the screw rod and that is at an end opposite to the motor , one end of each of the second connecting rods being hinged on the second connecting member , and the other end thereof being hinged on the first connecting rod .
An autonomous tractor for autonomously crossing farmland, comprising one or more sensors for detection of obstacles when crossing the farmland , a coupler for coupling an agricultural machine chosen from a group of agricultural machines each of which are able to be coupled to the tractor, and a connector for connecting the tractor to a road haulage truck for transport of the tractor over the road, wherein the direction of movement of the tractor for crossing the farmland is perpendicular to the direction of movement when the tractor is transported over the road, for which the tractor has one set of wheels arranged such that the wheels can pivot such that their axis undergoes a 90° rotation to meet the perpendicular directions of movement, or two sets of wheels, a first set of which corresponds to the movement when crossing the farmland, and a second set of which corresponds to transport of the tractor over the road.
A system for performing droplet inflation , comprising at least one microfluidic channel ; a fluid reservoir, an inflator associated with the fluid reservoir, more than one inflator nozzles associated with the inflator , the inflator being connected to and in communication with the microfluidic channel at a different inflation interface for each inflator nozzle , wherein the at least one microfluidic channel comprises one or more droplets flowing therein, wherein one or both sides of the microfluidic channel comprise a region of expansion at the inflation interfaces such that a cross-sectional area of the microfluidic channel at the inflation interface expands to accommodate inflated droplets , and wherein each fluid reservoir, inflator and inflator nozzle comprise at least one fluid therein (inflation fluid); and multiple electrode pairs (161A/B, 162A/B, 163A/B) that control interface disruption at the inflation interface .
Light guide for motor vehicle illuminating devices, comprising a light coupling-in portion and a light guiding portion which extends from the light coupling-in portion along a guide curve and is delimited by a first side surface and a second side surface , which side surfaces each extend from the light coupling-in portion and extend opposite one another, the light guiding portion having at least one wave portion in which the first and the second side surfaces extend in a waved manner along the guide curve such that part of the light that can be guided in the light guiding portion can be coupled out through the first or the second side surface of the wave portion , the first side surface and the second side surface each being, in the wave portion , curved in the same direction along their course along the extension of the light guiding portion , characterized in that the first and/or the second side surface is convex when viewed in sections perpendicular to the guide curve .
Method of verifying the conformance of a beer sample with a reference beer attributed to the same beer type as the beer sample, wherein at least 15 reference beer samples of the reference beer are brewed with the same ingredients and the same process parameters, with detection of measurement signals for the absorption spectrum of the individual reference beer samples by means of infrared absorption spectroscopy and performance of a main component analysis for the measurement signals in which a factor load P R ( i,j ) is determined for each main component for the individual reference beer samples, where i denotes the reference beer sample and j the main component, and wherein a measurement signal for the absorption spectrum of the beer sample to be verified for conformance with the reference beer is detected by means of infrared absorption spectroscopy and the factor loads P B ( i ) of this measurement signal are determined for the main components ascertained for the reference beer samples, characterized in that the infrared absorption spectroscopy involves passing infrared radiation having a wavenumber covering the range between 950 and 3050 through the reference beer samples and the beer sample, in that at least 15 main components are ascertained in the main component analysis of the reference beer samples, in that the factor loads P R ( i,j ) for each reference beer sample and for each main component are used to ascertain a reference value R i j = P R i j − μ P j σ P j where μ P ( j ) denotes the average of all factor loads of the jth component and σ P ( j ) the standard deviation of these factor loads, in that a reference interval k n ∑ i = 1 n ∑ j = 1 m R i j − k ∑ j = 1 m σ R j ... k n ∑ i = 1 n ∑ j = 1 m R i j + k ∑ i = 1 m σ R j is formed, where n is the number of reference beer samples, m is the number of main components, σ R ( j ) is the standard deviation of all reference values of the jth main component and k is a non-zero constant, and the factor loads P B ( i ) of the measurement signal for the absorption spectrum of the beer sample to be verified for conformance with the reference beer, the averages μ P ( j ) of the factor loads of the reference beer samples for the individual main components and the standard deviations σ P ( j ) of these factor loads are used to form a characteristic value B = k ∑ j = 1 m P B j − μ P j σ P j which is compared with the reference interval and, if the characteristic value B is outside the reference interval, a fault in the production of the beer sample is indicated.
Hydraulic cylinder-piston unit with a cylinder having a interior cylinder chamber confined by means of an interior cylinder wall and two end walls , with a piston guided in the interior cylinder chamber by means of a piston rod and with an elastically deformable compensating sealing element which is guided in the interior cylinder chamber and is movable relative to the piston , wherein a compensating spring is arranged between the compensating sealing element and the nearest end wall confining the interior cylinder chamber , wherein the compensating sealing element is guided on the interior cylinder wall by means of two sealing rings spaced apart from each other, wherein the compensating spring is supported directly on the compensating sealing element and wherein the compensating sealing element is additionally guided on the piston rod by means of an interior sealing ring , characterized in that the interior sealing ring is arranged offset in the direction of the piston to the portion of the compensating sealing element confined by the sealing rings .
A composite structure comprising: at least two layers of shape memory alloy; and at least one fiber reinforced polymeric layer in between said at least two layers of shape memory alloy, wherein an interface between a metal foil layer and the fiber reinforced polymeric layer is structured to provide a gradient layer that transitions from a nickel-titanium metal surface to a polymeric matrix . at least two layers of shape memory alloy; and at least one fiber reinforced polymeric layer in between said at least two layers of shape memory alloy,
A bending machine for material in wire, bar or strip form, in particular for producing bows for reinforced concrete construction, comprising a carrier frame , at least one bending head , at least one feed device with which the material to be bent can be fed to the at least one bending head , and a cutting device arranged between the at least one bending head and the at least one feed device , formed from at least one blade and at least one counterpart blade , wherein the at least one blade and the at least one counterpart blade are moveable relative to each other, wherein the at least one counterpart blade of the cutting device is arranged at a first spacing relative to the bending head and is immovably connected to the carrier frame , and the at least one blade of the cutting device is arranged at a device moveable relative to the carrier frame , wherein the moveable device is at a second spacing relative to the bending head , that is greater than the first spacing of the at least one counterpart blade relative to the bending head , wherein the moveable device at which the at least one blade of the cutting device is arranged is the at least one feed device , wherein the at least one feed device has a first end towards the at least one bending head and a second opposite end , wherein the at least one blade of the cutting device is arranged at the first end and the at least one feed device is mounted at the second end to the carrier frame pivotably about a pivot point so that a relative movement between the at least one blade and the at least one counterpart blade of the cutting device can be caused by a pivotal movement of the at least one feed device about the pivot point to carry out a cut, characterised in that there is provided a lever arm which is connected at an end to the first end of the at least one feed device and is mounted at an opposite end pivotably about a pivot point to the carrier frame of the bending machine , wherein the lever arm and the at least one feed device include an angle of substantially 90°.
Camshaft adjuster for a camshaft device having an inner camshaft and having an outer camshaft arranged concentrically with respect to said inner camshaft, wherein the camshaft adjuster has at least one rotor , one stator and at least one compensating element for compensating axial and/or radial and/or angular tolerances, and the stator is rotationally conjointly connectable at least indirectly via a drive gear to the outer camshaft and the rotor is rotationally conjointly connectable to the inner camshaft , wherein the drive gear , as a component separate from the stator , is fastenable rotationally conjointly on the outer camshaft , and the stator is mountable rotatably on the inner camshaft , characterized in that multiple compensating elements are provided, which are preferably provided so as to be arranged in a uniformly distributed manner in a circumferential direction, wherein the compensating elements are designed to be rotationally rigid in the circumferential direction and are provided so as to be arranged and fastened between the stator and the drive gear axially spaced apart from the stator , wherein the compensating elements have in each case one central fastening portion which is provided for the fastening to the stator and which is adjoined, at each end side, by an outer fastening portion for the fastening to the drive gear .
A solid pharmaceutical composition for use in the treatment of one or more diseases selected from the group consisting of fever, osteoarthritis, rheumatoid arthritis, migraine, neurodegenerative diseases, cardiovascular diseases, osteoporosis, asthma, lupus and psoriasis, dysmenorrhea, premature labor, glaucoma, gout, ankylosing spondylitis, bursitis, heat burn, sprain, and contusion comprising a free acid form of (S)-6-chloro-7-(1,1-dimethylethyl)-2-trifluoromethyl-2H-1-benzopyran-3-carboxylic acid, wherein the pharmaceutical composition contains as an excipient tromethamine or meglumine in the range of 10 to 50% (weight/whole pharmaceutical composition weight).
Apparatus for terminating a floor section comprising slab or stone paving , having a fastening limb extending in parallel with the floor and a terminating limb which protrudes from this fastening limb and is bent backwards to form a fold at its end opposite the fastening limb and having a U-shaped plug-on profile which can be plugged onto this terminating limb , characterised in that a web which is inclined downwards from the fastening limb and forms a channel together with the terminating limb is arranged between the fastening limb and the terminating limb , and in that the two limbs of the U of the plug-on profile resiliently engage, under tension, around the end of the terminating limb which is bent backwards to form a fold.
A watch component with improved breakage resistance, comprising a glass substrate transparent to visible light and having a lateral dimension of the order of a few centimetres or less and a thickness of the order of millimetres or less; the substrate being coated with a passivation layer , directly in contact with the surface of the substrate and having a thickness of less than 1000 nm, the passivation layer comprising at least one refractory ceramic comprising at least 1 % atomic hydrogen. a glass substrate transparent to visible light and having a lateral dimension of the order of a few centimetres or less and a thickness of the order of millimetres or less; the substrate being coated with a passivation layer , directly in contact with the surface of the substrate and having a thickness of less than 1000 nm, the passivation layer comprising at least one refractory ceramic comprising at least 1 % atomic hydrogen.
Nanoparticles comprising sterol, preferably cholesterol and at least one component from Quillaja saponaria Molina which is quillaja saponin, for use in the treatment in a human of cancer, characterized in that said nanoparticles do not comprise a phospholipid.