mhurhangee/patent-ind-claim-en huggingface dataset:
Method for repairing components of a turbomachine that are damaged by wear, in particular elements of a flow channel boundary, comprising the following method steps: - preparing the surface that is to be repaired, in order to provide a smooth and clean surface , material on the surface to be repaired being removed during the preparation of the surface to be repaired, in particular by mechanical, chip-removing machining, - applying a nickel-based brazing solder having a proportion of hard material particles to the surface in order to form a repair layer , - heat treating the component in order to braze the repair layer to the component under vacuum conditions, characterized in that the hard material particles comprise hard alloys based on cobalt or nickel. - preparing the surface that is to be repaired, in order to provide a smooth and clean surface , material on the surface to be repaired being removed during the preparation of the surface to be repaired, in particular by mechanical, chip-removing machining, - applying a nickel-based brazing solder having a proportion of hard material particles to the surface in order to form a repair layer , - heat treating the component in order to braze the repair layer to the component under vacuum conditions, characterized in that the hard material particles comprise hard alloys based on cobalt or nickel.
Outdoor unit for a heat pump, wherein the outdoor unit has a closed housing having at least one heat exchanger through which air flows, having at least one fan which draws air through the heat exchanger and conveys said air out of a housing opening and into the atmosphere, wherein - each heat exchanger through which air flows, each fan and further apparatuses are arranged in the housing , which has corresponding openings, each of which is secured by protective devices against penetration by foreign bodies, - each fan is attached to an air-permeable holder arranged inside the housing , - the air conveyed by each fan is guided into a respective nozzle which is arranged within and attached to the housing , - a grille is attached to the housing at the outlet of each air flow from the housing , characterised in that - a seal is provided between each nozzle and the respective grille, which seal decouples the vibrations of the grille and nozzle from one another. - each heat exchanger through which air flows, each fan and further apparatuses are arranged in the housing , which has corresponding openings, each of which is secured by protective devices against penetration by foreign bodies, - each fan is attached to an air-permeable holder arranged inside the housing , - the air conveyed by each fan is guided into a respective nozzle which is arranged within and attached to the housing , - a grille is attached to the housing at the outlet of each air flow from the housing , characterised in that - a seal is provided between each nozzle and the respective grille, which seal decouples the vibrations of the grille and nozzle from one another.
Device for serially treating hollow bodies made of thermoplastic material, in particular preforms made of thermoplastic material, comprising: - at least one individual member for transporting a hollow body; - at least one treatment rod which is associated with said transport member , the treatment rod being slidingly mounted axially relative to the transport member ; - control means for moving each treatment rod between a retracted position in which the treatment rod is retracted above the hollow body transported by the transport member , and an extended position in which the treatment rod is intended to be inserted axially into the transported hollow body by passing through a neck of said hollow body; characterized in that the control means are formed by an electric actuator , the controlled switching of the operation of the electric actuator being controlled individually by an electronic control unit to stop the associated treatment rod in its extended position; and in that it comprises means for servocontrolling the sliding travel of the treatment rod to its extended position so that, in its extended position, a free end of the treatment rod is stopped at a determined axial distance (D) from a bottom of the hollow body regardless of the axial dimension of the hollow body. - at least one individual member for transporting a hollow body; - at least one treatment rod which is associated with said transport member , the treatment rod being slidingly mounted axially relative to the transport member ; - control means for moving each treatment rod between a retracted position in which the treatment rod is retracted above the hollow body transported by the transport member , and an extended position in which the treatment rod is intended to be inserted axially into the transported hollow body by passing through a neck of said hollow body;
A core network entity, capable of sending paging request messages to a radio access network entity, for paging a user equipment according to a paging repetition scheme, said core network entity configured to: - provide in a paging request message: • a paging attempt count, • an intended number of paging attempts, • a paging area, and • an information element indicating if said core network entity recommends to page at reduced resources, wherein said core network entity recommends to page at reduced resources if said core network entity plans to do a subsequent paging with identical paging area after a current paging. - provide in a paging request message: • a paging attempt count, • an intended number of paging attempts, • a paging area, and • an information element indicating if said core network entity recommends to page at reduced resources, wherein said core network entity recommends to page at reduced resources if said core network entity plans to do a subsequent paging with identical paging area after a current paging. • a paging attempt count, • an intended number of paging attempts, • a paging area, and • an information element indicating if said core network entity recommends to page at reduced resources, wherein said core network entity recommends to page at reduced resources if said core network entity plans to do a subsequent paging with identical paging area after a current paging.
Method for improving the regular, conventional box wing aircraft concept, comprising a fuselage , a pair of straight backward swept front wings , a pair of straight forward swept rear wings and a wingtip fence on each side as a structural connecting part between the wingtips, wherein the method comprises the design steps of: a) dividing the said backward swept front wings of the regular, conventional box wing aircraft configuration into root sections (13 or 37) and tip sections (14 or 34), wherein the tip sections (14 or 34) are more backward swept than the root sections (13 or 37), wherein the leading edge of the tip section is more backward swept than the leading edge of the root section; b) dividing the said forward swept rear wings of the regular, conventional box wing aircraft configuration into root sections (15 or 38) and tip sections (16 or 35), wherein the tip sections (16 or 35) are more forward swept than the root sections (15 or 38), wherein the trailing edge of the tip section is more forward swept than the trailing edge of the root section; and a step of fabricating the improved box wing aircraft. a) dividing the said backward swept front wings of the regular, conventional box wing aircraft configuration into root sections (13 or 37) and tip sections (14 or 34), wherein the tip sections (14 or 34) are more backward swept than the root sections (13 or 37), wherein the leading edge of the tip section is more backward swept than the leading edge of the root section; b) dividing the said forward swept rear wings of the regular, conventional box wing aircraft configuration into root sections (15 or 38) and tip sections (16 or 35), wherein the tip sections (16 or 35) are more forward swept than the root sections (15 or 38), wherein the trailing edge of the tip section is more forward swept than the trailing edge of the root section;
A method comprising: receiving, at a processor, detector data comprising data obtained by modulation spectroscopy and by direct absorbance spectroscopy representative of an absorbance of light emitted from a light source as the light passes through a volume of gas over a path length, the volume of gas comprising an analyte at an analyte concentration; analyzing the detector data using a first analysis method to obtain a first calculation of the analyte concentration, the first analysis method having a first target range, the first analysis method comprising modulation spectroscopy; analyzing the detector data using a second analysis method to obtain a second calculation of the analyte concentration, the second analysis method having a second target range that differs from and extends outside of the first target range, the second analysis method comprising direct absorbance spectroscopy; determining if the first calculation of the analyte concentration indicates that the analyte concentration is outside of the first target range, and promoting the second calculation as the analyte concentration if it is determined that the first calculation of the analyte concentration indicates that the analyte concentration is outside of the first target range, and using the second calculation of the analyte concentration to calibrate the first analysis method if the analyte concentration in the volume of gas is in a calibration range in which the first target range and the second target range overlap for compensating collisional broadening effects on a harmonic lineshape. receiving, at a processor, detector data comprising data obtained by modulation spectroscopy and by direct absorbance spectroscopy representative of an absorbance of light emitted from a light source as the light passes through a volume of gas over a path length, the volume of gas comprising an analyte at an analyte concentration; analyzing the detector data using a first analysis method to obtain a first calculation of the analyte concentration, the first analysis method having a first target range, the first analysis method comprising modulation spectroscopy; analyzing the detector data using a second analysis method to obtain a second calculation of the analyte concentration, the second analysis method having a second target range that differs from and extends outside of the first target range, the second analysis method comprising direct absorbance spectroscopy; determining if the first calculation of the analyte concentration indicates that the analyte concentration is outside of the first target range, and promoting the second calculation as the analyte concentration if it is determined that the first calculation of the analyte concentration indicates that the analyte concentration is outside of the first target range, and using the second calculation of the analyte concentration to calibrate the first analysis method if the analyte concentration in the volume of gas is in a calibration range in which the first target range and the second target range overlap for compensating collisional broadening effects on a harmonic lineshape.
A method implemented by a service function forwarder, SFF, comprising: receiving, by a receiver of the SFF , a service chain packet comprising a loop prevention field , the loop prevention field comprising a plurality of bits indicating whether an error has occurred during packet transmission; and determining, by a processor of the SFF , whether to forward the service chain packet based on a value in the loop prevention field being less than a predefined parameter, the predefined parameter based on a number of bits ( n ) in the loop prevention field. receiving, by a receiver of the SFF , a service chain packet comprising a loop prevention field , the loop prevention field comprising a plurality of bits indicating whether an error has occurred during packet transmission; and determining, by a processor of the SFF , whether to forward the service chain packet based on a value in the loop prevention field being less than a predefined parameter, the predefined parameter based on a number of bits ( n ) in the loop prevention field.
A method for weaving multi-ply gauze comprising: feeding first warps from a first beam and drawing first wefts across the first warps to form a tight plain-woven gauze layer A; concurrently feeding second warps from a second beam having a feeding speed higher than that of the first beam and drawing second wefts across the second warps to form a loosened plain-woven gauze layer B in comparison with the tension of the warps of the gauze layer A; and forming connection parts connecting the layer gauze A to the gauze layer B. feeding first warps from a first beam and drawing first wefts across the first warps to form a tight plain-woven gauze layer A; concurrently feeding second warps from a second beam having a feeding speed higher than that of the first beam and drawing second wefts across the second warps to form a loosened plain-woven gauze layer B in comparison with the tension of the warps of the gauze layer A; and forming connection parts connecting the layer gauze A to the gauze layer B.
Method for generating and maintaining an allocation of object data of an object to a changing physical position of the object in a sorting device that comprises at least one entry point for feeding objects to the sorting device and a plurality of transfer points at which selected objects can be discharged from the sorting device , with the steps of: - feeding in an object , of which at least one identity feature can be stored as part of the object data of the object , at an entry point of the sorting device, capturing identity data before, during or after such feeding in, and storing the identity data as part of the object data of the object , - on the basis of sorting data from which a sorting destination of the object can be derived for each object , determining a transfer point that is allocated to the object , - transporting the object as far as the specified transfer point , - discharging the object at the specified transfer point , characterised by the additional steps of: - capturing optical object data for each object discharged at the transfer point when the object has reached a predetermined position on the sorting device , at the transfer point or along a delivery path extending from the transfer point to a removal point , and storing the optical object data as an additional part of the object data of the object , - moving the object along the delivery path, - during the movement, tracking the discharged object on the basis of the optical object data by means of the tracking system, wherein the tracking comprises repeated determination of the position of the object along the delivery path at consecutive time intervals, until the object is removed, and storing a current position of the object as an additional part of the object data of the object . - feeding in an object , of which at least one identity feature can be stored as part of the object data of the object , at an entry point of the sorting device, capturing identity data before, during or after such feeding in, and storing the identity data as part of the object data of the object , - on the basis of sorting data from which a sorting destination of the object can be derived for each object , determining a transfer point that is allocated to the object , - transporting the object as far as the specified transfer point , - discharging the object at the specified transfer point , - capturing optical object data for each object discharged at the transfer point when the object has reached a predetermined position on the sorting device , at the transfer point or along a delivery path extending from the transfer point to a removal point , and storing the optical object data as an additional part of the object data of the object , - moving the object along the delivery path, - during the movement, tracking the discharged object on the basis of the optical object data by means of the tracking system,
A light guide film, wherein an upper surface of the light guide film is a light exit surface and a lower surface is a light incident surface ; the lower surface of the light guide film is smooth and used for being connected with a transparent substrate ; a plurality of hollow ultrastructures are disposed in the light guide film , each hollow ultrastructure comprises a conduction reflecting surface close to the lower surface of the light guide film , a top surface close to the upper surface of the light guide film , and a light exit reflecting surface connected with the conduction reflecting surface and the top surface , a gap between every two adjacent ultrastructures is a light exit gap , and a distance between the bottom line of the conduction reflecting surface and the light incident surface is 0.001-1 mm; characterized in that the conduction reflecting surface is a curved surface, and an included angle between a tangent plane at any point on the curved surface and the light incident surface is less than 10°, and the light guide film is made of a soft material. the conduction reflecting surface is a curved surface, and an included angle between a tangent plane at any point on the curved surface and the light incident surface is less than 10°, and the light guide film is made of a soft material.
A ball joint , comprising: a housing ; a stud having a spherical bearing surface disposed in said housing; and a bearing having a concave spherical bearing surface brought into sliding abutment with said spherical bearing surface of said stud; said bearing being of fiber-reinforced polymer resin material including carbon fibers ; characterised in that said bearing is formed as a substantially homogeneous, monolithic piece of fiber-reinforced polyamide wherein said carbon fibers extend circumferentially about said concave spherical bearing surface relative to a common longitudinal axis of the bearing and the stud . a housing ; a stud having a spherical bearing surface disposed in said housing; and a bearing having a concave spherical bearing surface brought into sliding abutment with said spherical bearing surface of said stud; said bearing being of fiber-reinforced polymer resin material including carbon fibers ; characterised in that said bearing is formed as a substantially homogeneous, monolithic piece of fiber-reinforced polyamide wherein said carbon fibers extend circumferentially about said concave spherical bearing surface relative to a common longitudinal axis of the bearing and the stud .
Pellets comprising an active pharmaceutical ingredient belonging to the class II or IV according to Biopharmaceutics Classification System, wherein the pellets further comprise a mixture of microcrystalline cellulose and colloidal silicon dioxide at a weight ratio from 9:1 to 6.5:3.5, wherein the active pharmaceutical ingredient is incorporated in SEDDS comprising a mixture of a medium chain triglyceride and a non-ionic surfactant and wherein the pellets are produced by extrusion/spheronization.
A chest-worn strap for use with a swimming heart rate electronics module , the strap comprising: a substantially elastic section having a first length configured to stretch when the strap is worn; a substantially inelastic section having a second length positioned at least partially in a front portion of the strap and configured to cover at least a portion of a user's chest; a first electrode and a second electrode spaced apart from one another and positioned on an inner surface of the substantially inelastic section , the electrodes configured to contact the user's skin and provide an electronic heart signal corresponding to the heartbeat of the user; the chest-worn strap being characterised in that the second length is at least twice the first length. a substantially elastic section having a first length configured to stretch when the strap is worn; a substantially inelastic section having a second length positioned at least partially in a front portion of the strap and configured to cover at least a portion of a user's chest; a first electrode and a second electrode spaced apart from one another and positioned on an inner surface of the substantially inelastic section , the electrodes configured to contact the user's skin and provide an electronic heart signal corresponding to the heartbeat of the user; the chest-worn strap being characterised in that the second length is at least twice the first length.
A cutting element for use in a hair cutting device, the cutting element comprising: an optical waveguide having a sidewall which is substantially parallel to the longitudinal axis of the optical waveguide, wherein a portion of the sidewall forms a cutting face for contacting hair, wherein the cutting face has a structure comprising a plurality of indentations configured to allow light to couple out through the sidewall to increase the amount of light able to couple to hair.
Spreading and screeding device for manufacturing a screed floor , comprising: - a displaceable frame ; - a roller connected to the frame for levelling the screed floor; and - a pressing and spreading roller , connected to the frame and placed functionally in front of the roller during use, for spreading and pressing screed floor material , and - an auger , characterized in that the auger is connected to the frame and positioned above the pressing and spreading roller for spreading screed floor material over the width of the device, wherein the frame is provided with at least one opening arranged in a side for ejecting an excess of screed floor material laterally through the at least one opening. - a displaceable frame ; - a roller connected to the frame for levelling the screed floor; and - a pressing and spreading roller , connected to the frame and placed functionally in front of the roller during use, for spreading and pressing screed floor material , and - an auger ,