mhurhangee/patent-ind-claim-en huggingface dataset:
- A double Cardan joint comprising a driving fork , which is mounted so as to rotate around a longitudinal axis of its; a driven fork , which is mounted so as to rotate around a longitudinal axis of its; a central body , which is mounted so as to rotate around a longitudinal axis of its; a first cross shaft to connect the driving fork and the central body to one another; a second cross shaft to connect the driven fork and the central body to one another; a first protection cap connected to the central body ; and a second protection cap connected to the driven fork ; and characterized in that the second protection cap is coupled to the driven fork in a rotary manner so as to rotate, relative to the driven fork , around a rotation axis , which is transverse, in particular orthogonal, to the longitudinal axis of the driven fork .
Intramedullary tibia alignment system for aligning a proximal tibial resection cutting instrument, the intramedullary tibia alignment system having an alignment rod for adjusting the alignment system individually to a tibia , a tibial resection guide for guiding the cutting instrument and being connected to a proximal end portion of the alignment rod and a tibial alignment jig for orientating the tibial resection guide relative to the tibia and being connected to the alignment rod proximal to the tibial resection guide , wherein the tibial alignment jig has a sliding rail adapted to be connected to a head of the tibia at its proximal end portion, and a casing slidably receiving the sliding rail along a sliding axis (S), characterized in that the casing is attached to the alignment rod via a pivoting axis (P) such that the alignment rod and the sliding rail are kept pivotable to each other, and the tibial alignment jig further comprises a user adjustment element rotatably held by the alignment rod around a rotational axis (R) and functionally connected to the casing by a link element such that a rotation of the user adjustment element relative to the alignment rod is converted into a pivoting movement of the alignment rod relative to the sliding rail , wherein the user adjustment element and the alignment rod are adapted to interlock with each other at a plurality of rotational positions of the user adjustment element , which plurality of rotational positions correspond to different orientations of the alignment rod in accordance with the pivoting movement of the alignment rod .
A method for visualizing 3D image data of a 3D sensor that is configured failsafe in terms of safety standards for machine safety or electro-sensitive protective devices, wherein the 3D image data comprise a plurality of 3D points forming a lateral 2D arrangement with a respective depth value, in particular a depth map, wherein connected segments are formed from connected 3D points and the segments are displayed, wherein two respective 3D points are connected in the same segment if they are laterally adjacent and also differ in their depth value by at most a depth threshold (z), characterized in that a surface mesh is formed for a connected segment and the segment is displayed as the associated surface mesh , in that a shadowing mesh is generated and displayed for shadowing boundaries , and in that surface mesh and shadowing mesh are visually distinguishable so that shadowing is visible in a safety application.
A laser annealing device comprising an annealing chamber, in which a laser generator is provided, an annealing window , through which a laser passes, and characterized by two light-cutting plates oppositely provided above the annealing window are also provided in the annealing chamber, wherein a light-cutting end face of each of the light-cutting plates is a wedge-shaped end face, wherein the wedge-shaped end face consists of two planes forming an included angle, wherein the upper plane in the two planes forming an included angle and the plane, in which the annealing window lies, form an included angle of 40 to 50 degrees; or wherein the wedge-shaped end face is a semicylinder, a semielliptic cylinder or a parabolic cylinder.
Device to determine flatness deviations in a continuously moving material in a measurement region during the treatment of the strip-shaped material , particularly during the hot-rolling of a steel strip, wherein the device comprises a TOF camera and the TOF camera is arranged over the strip-shaped material such that a recording of an area of the material by the TOF camera can be made transversely and/or along the movement direction and the TOF camera has an evaluation unit which is designed to determine a flatness deviation from the recording wherein the device has a synchronising device which is designed such that the TOF camera , taking into account the speed of movement of the strip-shaped material , makes recordings which enable a stringing together of areas to determine flatness deviations in the material.
A device for securing a tether comprising: a locking member configured to receive a plug and comprising a proximal end, a distal end, and a lumen therethrough; and a plug slidable within the lumen of the locking member to secure a portion of a tether within the lumen , the plug comprising an exterior surface and at least one protrusion , the plug having a size and shape that corresponds to the size and shape of the lumen such that sliding the plug into the locking member frictionally secures the tether between the at least one protrusion and locking member , wherein the locking member comprises a wall portion comprising an interior surface , and wherein the plug is configured to rotate within the locking member in response to tension in the tether after the tether has been frictionally secured between the locking member and the plug , wherein the rotation of the plug further frictionally secures the tether against the exterior surface of the plug and the interior surface of the locking member . a locking member configured to receive a plug and comprising a proximal end, a distal end, and a lumen therethrough; and a plug slidable within the lumen of the locking member to secure a portion of a tether within the lumen , the plug comprising an exterior surface and at least one protrusion , the plug having a size and shape that corresponds to the size and shape of the lumen such that sliding the plug into the locking member frictionally secures the tether between the at least one protrusion and locking member , wherein the locking member comprises a wall portion comprising an interior surface , and wherein the plug is configured to rotate within the locking member in response to tension in the tether after the tether has been frictionally secured between the locking member and the plug , wherein the rotation of the plug further frictionally secures the tether against the exterior surface of the plug and the interior surface of the locking member .
A method for signal processing in optical coherence tomography by means of a tunable light source, which comprises the steps: - tuning the light source and sensing a signal intensity of the light source in linear dependence on the respective wave number k of the tunable light source and producing a signal intensity distribution in dependence on k; - applying a window function to the sensed signal intensity distribution and producing a weighted signal intensity distribution; and - applying a fast Fourier transform, FFT, to the weighted signal intensity distribution; wherein, in the tuning of the light source, the tuned frequency spectrum is limited to a passband of the window function, wherein, for a determination of the spectrum shape of the light source in the k-space, the temporal curve of the signal intensity and the sweep speed curve are measured, characterized in that the sweep speed curve is determined with the aid of a Mach-Zehnder interferometer, MZI, in that two Fiber-Bragg gratings of known reflection wavelength are arranged in the beam propagation path between interferometer and detector, and a modulation frequency of the tunable light source, which is proportional to the sweep speed, is sensed and plotted versus time, so that the modulation frequency curve comprises two dips at a certain wavelength or wave number, and wherein the sweep speed curve is determined from the obtained MZI signal curve by short time Fourier transform. - tuning the light source and sensing a signal intensity of the light source in linear dependence on the respective wave number k of the tunable light source and producing a signal intensity distribution in dependence on k; - applying a window function to the sensed signal intensity distribution and producing a weighted signal intensity distribution; and - applying a fast Fourier transform, FFT, to the weighted signal intensity distribution;
A power cable assembly device adapted to be arranged in the spaces between neighbouring power cores of a power cable , comprising an extruded profiled body made of a polymer material and adapted to the cross-sectional shape and elongation of the power cable, said profiled body comprising a first wall , a second wall and a third wall , said first wall being convex and having first and second opposite end portions , the first wall having an exterior surface adapted to face a jacket of the power cable , said profiled body further comprising a chamber wall extending from said second wall to said third wall , said chamber wall having an interior surface defining a chamber , said profiled body defining a slit between said second wall and said third wall to said chamber , said chamber being adapted to receive a fibre optic cable via said slit , wherein said second wall is concave and has third and fourth opposite end portions , said third wall being concave and having fifth and sixth end portions , the third end portion of said second wall being connected to said first end portion of said first wall , the fifth end portion of said third wall being connected to said second end portion of the first wall , said second and third walls being adapted to face a pair of neighbouring power cores , wherein the fourth end portion of the second wall and the sixth end portion of the third wall define together said slit to said chamber inside said profiled body , said slit extending in the elongation of the profile for allowing introduction of a fibre optic cable into said chamber , wherein at least a portion of said interior surface is provided with a semi-conductive material characterised in that at least a portion of said exterior surface is provided with a semi-conductive material , said interior surface and said exterior surface being electrically interconnected by said semi-conductive material .
A cryptographic architecture comprising: a processor interface comprising a set of cryptographic registers , the processor interface being accessible by at least one processing unit , the at least one processing unit being separate from the cryptographic architecture ; and a cryptographic permutation unit comprising circuitry to perform a cryptographic permutation using data stored within the set of cryptographic registers , wherein the at least one processing unit instructs the cryptographic permutation and accesses a result of the cryptographic permutation using the processor interface , wherein the set of cryptographic registers comprise one or more control registers and one or more data registers that are accessible to the at least one processing unit , wherein the set of cryptographic registers are memory mapped to the address space of the at least one processing unit , wherein the cryptographic architecture is configured to indicate a completion of the cryptographic permutation via one of: setting a control flag within the control registers ; and triggering an interrupt via the processor interface for the at least one processing unit . a processor interface comprising a set of cryptographic registers , the processor interface being accessible by at least one processing unit , the at least one processing unit being separate from the cryptographic architecture ; and a cryptographic permutation unit comprising circuitry to perform a cryptographic permutation using data stored within the set of cryptographic registers , wherein the at least one processing unit instructs the cryptographic permutation and accesses a result of the cryptographic permutation using the processor interface , wherein the set of cryptographic registers comprise one or more control registers and one or more data registers that are accessible to the at least one processing unit , wherein the set of cryptographic registers are memory mapped to the address space of the at least one processing unit , wherein the cryptographic architecture is configured to indicate a completion of the cryptographic permutation via one of: setting a control flag within the control registers ; and triggering an interrupt via the processor interface for the at least one processing unit . setting a control flag within the control registers ; and triggering an interrupt via the processor interface for the at least one processing unit .
A method of feeding web and reclosures to a form fill seal machine, including the steps of: providing a web; providing reclosures transversely across the web, wherein the reclosure includes a first profile free of a leading flange and a second profile including a leading flange , wherein the leading flange is sealed to the web; and feeding the web, including the traverse reclosures, to a filling tube of a form fill seal machine, wherein the first profile includes at least one first interlocking element and the second profile includes at least one second interlocking element , wherein the at least one first interlocking element is interlocked with the at least one second interlocking element during the step of feeding the web; wherein the first profile includes a first trailing flange and the second profile includes a second trailing flange ; and wherein the leading flange is a consumer side flange and the first and second trailing flanges are respective first and second product side flanges. providing a web; providing reclosures transversely across the web, wherein the reclosure includes a first profile free of a leading flange and a second profile including a leading flange , wherein the leading flange is sealed to the web; and feeding the web, including the traverse reclosures, to a filling tube of a form fill seal machine, wherein the first profile includes at least one first interlocking element and the second profile includes at least one second interlocking element , wherein the at least one first interlocking element is interlocked with the at least one second interlocking element during the step of feeding the web; wherein the first profile includes a first trailing flange and the second profile includes a second trailing flange ; and wherein the leading flange is a consumer side flange and the first and second trailing flanges are respective first and second product side flanges.
An implantable medical device , comprising: a housing ; a circuit board structure arranged within in the housing and comprising at least one flexible section (141A-141C); an electronic module comprising at least one electronic component arranged on the circuit board structure ; and an energy storage device for providing electrical energy for operation of the implantable medical device ; wherein the energy storage device is a solid-state battery mounted on the circuit board structure , characterized by an energy generation device connected to the energy storage device being a secondary cell, wherein the energy generation device is configured to convert patient energy to electrical energy for charging the energy storage device .
A brush head for an oral cleaning device for cleaning teeth with a combination of brushing and emitting of a cleaning agent , the brush head comprising: a platen with a first face , a first bristle set extending from the first face for brushing the teeth, a nozzle comprising an orifice for emitting the cleaning agent from the orifice towards a direction pointing away from the first face of the platen , and characterized by an actuator for moving at least a part of the first bristle set relative to a path of the cleaning agent from the orifice such that the brush head is configurable to adopt a first configuration in which the path is at least partially blocked by said at least part of the first bristle set , and a second configuration in which the path is cleared of said at least part of the first bristle set . a platen with a first face , a first bristle set extending from the first face for brushing the teeth, a nozzle comprising an orifice for emitting the cleaning agent from the orifice towards a direction pointing away from the first face of the platen , and characterized by an actuator for moving at least a part of the first bristle set relative to a path of the cleaning agent from the orifice such that the brush head is configurable to adopt a first configuration in which the path is at least partially blocked by said at least part of the first bristle set , and a second configuration in which the path is cleared of said at least part of the first bristle set .
Process for producing a second gas turbine, in which, proceeding from a first gas turbine, a first ceramic thermal barrier coating is removed from first turbine blades or vanes of the first gas turbine and new, second ceramic thermal barrier coatings are applied to the first turbine blades or vanes from which the coating has been removed to produce second turbine blades or vanes, characterized in that the new, second ceramic thermal barrier coatings differ significantly from the first ceramic thermal barrier coating , in which case a difference means that the layer nature is different due to the single-layer or two-layer nature of the ceramic thermal barrier coatings , and wherein the second turbine blades or vanes are incorporated in the second gas turbine. for producing a second gas turbine, in which, proceeding from a first gas turbine, a first ceramic thermal barrier coating is removed from first turbine blades or vanes of the first gas turbine and new, second ceramic thermal barrier coatings are applied to the first turbine blades or vanes from which the coating has been removed to produce second turbine blades or vanes, characterized in that the new, second ceramic thermal barrier coatings differ significantly from the first ceramic thermal barrier coating , in which case a difference means that the layer nature is different due to the single-layer or two-layer nature of the ceramic thermal barrier coatings , and wherein the second turbine blades or vanes are incorporated in the second gas turbine.
A tower crane comprising a tower on which a boom is pivotally mounted around an orientation axis, said boom being displaceable in elevation and in lowering between a lowered position and a raised position, said tower crane being configurable between a service configuration in which the boom is controlled in rotation on the tower around the orientation axis, and a safety configuration in which the boom is in a raised position and is released in rotation on the tower around the orientation axis in order to be able to be oriented in the direction of the wind, said tower crane comprising at least one wind load system (2; 3; 4; 5) mounted on the boom and adjustable between a retracted configuration used in the service configuration and in which the wind load system (2; 3; 4; 5) offers a reduced surface exposed to the wind, and a deployed configuration used in the safety configuration and in which the wind load system (2; 3; 4; 5) offers an extended surface exposed to the wind which is greater than the reduced surface exposed to the wind, said tower crane being characterized in that the wind load system (2; 3; 4; 5) is designed to move from retracted configuration towards the deployed configuration under the effect of its own weight alone when the boom is raised to move from the lowered position to the raised position.
A method to manage Internet Protocol, IP, flow mobility for a wireless device , the method comprising: by the wireless device : establishing a packet data network, PDN, connection via a first wireless access network; sending to a PDN gateway a suggested set of IP flow mobility rules for the PDN connection; receiving from the PDN gateway an accepted set of IP flow mobility rules, wherein the accepted set of IP flow mobility routing rules includes a routing rule that comprises an applicability field that determines whether the routing rule applies to future IP flows established after the routing rule takes effect or to both existing IP flows and to future IP flows; performing an IP access attachment via a second wireless access network; requesting addition of IP access via the second wireless access network to the established PDN connection; and after confirmation of addition of the IP access via the second wireless access network to the established PDN connection, subsequently assigning one or more IP flows to the IP access via the second wireless access network. establishing a packet data network, PDN, connection via a first wireless access network; sending to a PDN gateway a suggested set of IP flow mobility rules for the PDN connection; receiving from the PDN gateway an accepted set of IP flow mobility rules, wherein the accepted set of IP flow mobility routing rules includes a routing rule that comprises an applicability field that determines whether the routing rule applies to future IP flows established after the routing rule takes effect or to both existing IP flows and to future IP flows; performing an IP access attachment via a second wireless access network; requesting addition of IP access via the second wireless access network to the established PDN connection; and after confirmation of addition of the IP access via the second wireless access network to the established PDN connection, subsequently assigning one or more IP flows to the IP access via the second wireless access network.
A method for detecting zygomycosis, comprising measuring zygomycota in a specimen derived from an animal, comprising subjecting said specimen to an acid treatment, and performing an immunoassay using an anti-chitosan antibody, and thereby detecting said zygomycosis. subjecting said specimen to an acid treatment, and performing an immunoassay using an anti-chitosan antibody, and thereby detecting said zygomycosis.
A method in a communications network for determining a first model for use in predicting conditions on carrier frequencies in the communications network, the method comprising: obtaining measurements of conditions on a plurality of carrier frequencies; and determining a first model based on the obtained measurements that takes as input the conditions on a first subset of the plurality of carrier frequencies and outputs a prediction of the conditions on a second subset of the plurality of carrier frequencies, based on the conditions of the first subset of carrier frequencies; characterized in that the method further comprises: determining a second model wherein the second model takes as input an indication of each of the frequencies in the second subset of the plurality of carrier frequencies and outputs a measurement configuration indicating an IDLE mode measurement configuration for a User Equipment, UE, that may be used to collect measurements that may be provided as input to the first model. obtaining measurements of conditions on a plurality of carrier frequencies; and determining a first model based on the obtained measurements that takes as input the conditions on a first subset of the plurality of carrier frequencies and outputs a prediction of the conditions on a second subset of the plurality of carrier frequencies, based on the conditions of the first subset of carrier frequencies; characterized in that the method further comprises: determining a second model wherein the second model takes as input an indication of each of the frequencies in the second subset of the plurality of carrier frequencies and outputs a measurement configuration indicating an IDLE mode measurement configuration for a User Equipment, UE, that may be used to collect measurements that may be provided as input to the first model.