mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a heterogeneous material joined body, wherein the method comprises: irradiating a first laser to a surface of a glass layer to form two or more etched lines on the surface of the glass layer ; providing a resin layer on the glass layer with the etched lines formed; and irradiating a second laser to the surface of the glass layer with the resin layer provided, so that the etched lines and the surface of the glass layer are filled with the resin layer to join the resin layer and the glass layer , wherein light transmissivity of the glass layer with the etched lines formed at a wavelength of 1,064 nm to light transmissivity of the glass layer at a wavelength of 1,064 nm is 40% or more and 98% or less, and the second laser is irradiated in a direction from the glass layer to the resin layer with focus on the surface of the glass layer which is in contact with the resin layer . irradiating a first laser to a surface of a glass layer to form two or more etched lines on the surface of the glass layer ; providing a resin layer on the glass layer with the etched lines formed; and irradiating a second laser to the surface of the glass layer with the resin layer provided, so that the etched lines and the surface of the glass layer are filled with the resin layer to join the resin layer and the glass layer , wherein light transmissivity of the glass layer with the etched lines formed at a wavelength of 1,064 nm to light transmissivity of the glass layer at a wavelength of 1,064 nm is 40% or more and 98% or less, and the second laser is irradiated in a direction from the glass layer to the resin layer with focus on the surface of the glass layer which is in contact with the resin layer .
An ultraviolet (UV) light-emitting module for disinfecting one or more components, the UV light-emitting module comprising: an enclosure comprising: a rear wall ; a face plate spaced from the rear wall and comprising a light-transmitting aperture; and at least one sidewall extending between the rear wall and the face plate; and at least one UV light emitter within the enclosure, wherein a ventilation opening is located in one or more walls selected from the rear wall and the at least one sidewall; characterized in that the ultraviolet (UV) light-emitting module comprises three or more UV light emitter supports within the enclosure , wherein the three or more UV light emitter supports comprise an aluminum UV light emitter support located between a first fluoropolymer UV light emitter support and a second fluoropolymer UV light emitter support . an enclosure comprising: a rear wall ; a face plate spaced from the rear wall and comprising a light-transmitting aperture; and at least one sidewall extending between the rear wall and the face plate; and a rear wall ; a face plate spaced from the rear wall and comprising a light-transmitting aperture; and at least one sidewall extending between the rear wall and the face plate; and at least one UV light emitter within the enclosure, wherein a ventilation opening is located in one or more walls selected from the rear wall and the at least one sidewall; characterized in that the ultraviolet (UV) light-emitting module comprises three or more UV light emitter supports within the enclosure , wherein the three or more UV light emitter supports comprise an aluminum UV light emitter support located between a first fluoropolymer UV light emitter support and a second fluoropolymer UV light emitter support .
A device, comprising: an expansion machine for generating mechanical energy by expanding vapor of a working medium; a generator connected to a shaft of the expansion machine and used for generating electric energy from mechanical energy of the expansion machine; wherein the expansion machine and the generator form a structural unit ; characterized by an exhaust vapor chamber between the expansion machine and the generator, and wherein, when the expansion machine is in operation, working medium expanded into the exhaust vapor chamber contacts the generator; and means for feeding, in particular injecting, a liquid working medium into the exhaust vapor chamber. an expansion machine for generating mechanical energy by expanding vapor of a working medium; a generator connected to a shaft of the expansion machine and used for generating electric energy from mechanical energy of the expansion machine; wherein the expansion machine and the generator form a structural unit ; characterized by an exhaust vapor chamber between the expansion machine and the generator, and wherein, when the expansion machine is in operation, working medium expanded into the exhaust vapor chamber contacts the generator; and means for feeding, in particular injecting, a liquid working medium into the exhaust vapor chamber.
An apparatus comprising: (a) a reinforcement clip comprising a crown , legs , and teeth , wherein the reinforcement clip is configured to enclose a staple line , wherein the legs of the reinforcement clip comprise a width sufficiently wide to overlay the width of the staple line , wherein the teeth are configured to anchor tissue, wherein the crown comprises a deformable material; and (b) a surgical applier , wherein the applier is in selective communication with the reinforcement clip , wherein the applier is configured to deliver the reinforcement clip to a surgical site, wherein the applier is further configured to clamp the reinforcement clip , thereby anchoring the reinforcement clip , wherein the surgical applier is further configured to clamp the reinforcement clip over the staple line ; wherein the applier has jaws connected to a shaft ; characterized in that the reinforcement clip is malleable such that the jaws of the applier may be closed around the reinforcement clip causing the reinforcement clip to collapse around staples where tissue has been severed and stapled, wherein the reinforcement clip is operable to retain its collapsed shape such that the applier may be removed while leaving the reinforcement clip clamped around the staples and severed tissue . (a) a reinforcement clip comprising a crown , legs , and teeth , wherein the reinforcement clip is configured to enclose a staple line , wherein the legs of the reinforcement clip comprise a width sufficiently wide to overlay the width of the staple line , wherein the teeth are configured to anchor tissue, wherein the crown comprises a deformable material; and (b) a surgical applier , wherein the applier is in selective communication with the reinforcement clip , wherein the applier is configured to deliver the reinforcement clip to a surgical site, wherein the applier is further configured to clamp the reinforcement clip , thereby anchoring the reinforcement clip , wherein the surgical applier is further configured to clamp the reinforcement clip over the staple line ; wherein the applier has jaws connected to a shaft ; characterized in that the reinforcement clip is malleable such that the jaws of the applier may be closed around the reinforcement clip causing the reinforcement clip to collapse around staples where tissue has been severed and stapled, wherein the reinforcement clip is operable to retain its collapsed shape such that the applier may be removed while leaving the reinforcement clip clamped around the staples and severed tissue .
Flame dish for providing a pleasant atmosphere, comprising a burner which can be connected to a fuel supply, and at least one reflector , arranged laterally in relation to the flame generated by it when in operation, wherein the reflector exhibits an indentation, configured in the manner of a dish, in which the flame is produced, such that the flame produced by the reflector , when the flame dish is in operation, is mounted in the radial direction at least partially in relation to its height, and wherein the reflector has a reflective surface for the reflection of the flame such as to enlarge the appearance image of the flame, i.e. to enlarge the image of the flame as it appears to the observer.
A computer implemented method for identifying candidate disease-causing genetic variants of an individual, said method comprising: (a) providing to a computer processor coupled to a computer memory: (i) variant prioritization information for a set of genetic variants obtained by polynucleotide sequencing of the individual and by scoring the impacts of variant proteins on gene function, (ii) a description of the disease phenotypes of the individual, and (iii) a set of gene ontologies that comprise HPO terms, (b) using said computer processor to prioritize, with respect to their relevance to an individual's genetic disorder, said set of genetic variants by combining via an algorithm the variant prioritization information with a likelihood of association of the gene with the individual's disease as inferred from the linkage of a set of disease phenotypes exhibited by the individual to said genes as represented in said set of gene ontologies; and (c) automatically identifying and reporting on a user interface a list of genes harboring the genetic variants of the individual, prioritized by step (b). (a) providing to a computer processor coupled to a computer memory: (i) variant prioritization information for a set of genetic variants obtained by polynucleotide sequencing of the individual and by scoring the impacts of variant proteins on gene function, (ii) a description of the disease phenotypes of the individual, and (iii) a set of gene ontologies that comprise HPO terms, (i) variant prioritization information for a set of genetic variants obtained by polynucleotide sequencing of the individual and by scoring the impacts of variant proteins on gene function, (ii) a description of the disease phenotypes of the individual, and (iii) a set of gene ontologies that comprise HPO terms, (b) using said computer processor to prioritize, with respect to their relevance to an individual's genetic disorder, said set of genetic variants by combining via an algorithm the variant prioritization information with a likelihood of association of the gene with the individual's disease as inferred from the linkage of a set of disease phenotypes exhibited by the individual to said genes as represented in said set of gene ontologies; and (c) automatically identifying and reporting on a user interface a list of genes harboring the genetic variants of the individual, prioritized by step (b).
A dishwasher comprising: a tub at least partially defining a treating chamber having an access opening ; a dishrack ; a guide rail assembly slidably mounting the dishrack to the tub and comprising: a guide rail mounted to one of the dishrack and tub and having at least one integral axle with a first raceway and terminating in a deflector , at least one wheel having a rim with a face defining an axle opening and a second raceway located in the face , and a set of ball bearings located in the second raceway , wherein the axle opening is sized to receive the axle such that the at least one wheel can be slid onto the axle until the first and second raceways axially align and the ball bearings in the second raceway are deflected by the deflector into the second raceway until the first and second raceways are aligned and the ball bearings extend into both the first and second raceways , wherein the ball bearings each have a ball diameter (BD), characterised in that the deflector defines a depth spaced from the first raceway a distance equal to 1/6 to 1/2 the ball diameter (BD). a tub at least partially defining a treating chamber having an access opening ; a dishrack ; a guide rail assembly slidably mounting the dishrack to the tub and comprising: a guide rail mounted to one of the dishrack and tub and having at least one integral axle with a first raceway and terminating in a deflector , at least one wheel having a rim with a face defining an axle opening and a second raceway located in the face , and a set of ball bearings located in the second raceway , wherein the axle opening is sized to receive the axle such that the at least one wheel can be slid onto the axle until the first and second raceways axially align and the ball bearings in the second raceway are deflected by the deflector into the second raceway until the first and second raceways are aligned and the ball bearings extend into both the first and second raceways , a guide rail mounted to one of the dishrack and tub and having at least one integral axle with a first raceway and terminating in a deflector , at least one wheel having a rim with a face defining an axle opening and a second raceway located in the face , and a set of ball bearings located in the second raceway , wherein the axle opening is sized to receive the axle such that the at least one wheel can be slid onto the axle until the first and second raceways axially align and the ball bearings in the second raceway are deflected by the deflector into the second raceway until the first and second raceways are aligned and the ball bearings extend into both the first and second raceways , wherein the ball bearings each have a ball diameter (BD),
Coating device for coating motor vehicle body parts with a multi-axis robot having a multi-axis robot hand on which an application device is mounted applying the coating agent as coating agent paths, characterised in that the application device is a print head which discharges the coating agent from a plurality of coating agent nozzles, and a position detection system is provided for detecting the spatial position of the print head and/or the component surface to be coated, with a sensor which detects the course of a guide path on the component surface to be coated in order to position the print head with reference to the course of the guide path.
Power supply system for a water-bound device , having a first DC voltage bus for a first DC voltage and having a second DC voltage bus for a second DC voltage, having a first power source , wherein the first power source has a generator system which comprises a first winding system for supplying the first DC voltage bus and which comprises a second winding system for supplying the second DC voltage bus , having a second power source , characterized in that the water-bound device comprises a first zone and a second zone , wherein the first power source is provided in the first zone for supplying at least one DC voltage bus of the at least two DC voltage buses and wherein the second power source is provided in the second zone for supplying at least one DC voltage bus of the at least two DC voltage buses , wherein, in particular, the power supply system is at least partially divided in a manner dependent on zone, wherein the first DC voltage bus can be divided into sections (61 to 66) and division is performed by means of MV switching devices , wherein the first DC voltage bus is at a medium voltage, and in that the second DC voltage bus can also be divided into sections (61 to 66) and division is performed by means of LV switching devices , wherein the second DC voltage bus is at a low voltage.
A solid state material comprising a plurality of reconfigurable polar molecules , wherein each of the reconfigurable polar molecules has the following structure: wherein R 1 and R 2 are each independently a C 2 -C 4 alkyl group, a C 2 -C 4 alkenyl group, a C 2 -C 4 alkynyl group, a cyano group, or any combination thereof; R 3 is a positively charged ionic group; R 4 is a negatively charged ionic group; and R 5 is a first non-polar support portion and R 6 is a second non-polar support portion ; wherein the first support portion and the second support portion comprise pillared clays; and wherein the first support portion and the second support portion are mirror images of one another; and wherein the plurality of the reconfigurable polar molecules are ordered in a lattice. wherein R 1 and R 2 are each independently a C 2 -C 4 alkyl group, a C 2 -C 4 alkenyl group, a C 2 -C 4 alkynyl group, a cyano group, or any combination thereof; R 3 is a positively charged ionic group; R 4 is a negatively charged ionic group; and R 5 is a first non-polar support portion and R 6 is a second non-polar support portion ; wherein the first support portion and the second support portion comprise pillared clays; and wherein the first support portion and the second support portion are mirror images of one another; and wherein the plurality of the reconfigurable polar molecules are ordered in a lattice.
Method for the additive manufacture of three-dimensional metallic components , wherein the components are built layer-by-layer or section-by-section under vacuum conditions by fusing a metallic material with the component at a processing location by means of a radiation source with a high energy density, wherein the metallic material is supplied as a wire , wherein the wire is preheated under vacuum conditions before reaching the processing location, characterised in that the melting energy is applied by a laser beam , wherein the wire is directly electrically preheated by means of resistance heating or inductively.
Method for occupant restraint control on board of a vehicle , the method comprising the steps: capturing information on a position and / or movement of the occupant relative to a cabin of the vehicle by means of a cabin monitoring system on board of the vehicle ; capturing, by means of one or more sensors on board of the vehicle , information on a state of motion of the vehicle ; correlating the information on the position and/or movement of the occupant relative to the cabin with the information on the state of motion of the vehicle to determine whether the position and / or movement of the occupant is due to a voluntary or involuntary movement of the occupant; activating one or more pre-crash restraint systems for the occupant if the correlation of the previous step indicates an involuntary movement of the occupant. capturing information on a position and / or movement of the occupant relative to a cabin of the vehicle by means of a cabin monitoring system on board of the vehicle ; capturing, by means of one or more sensors on board of the vehicle , information on a state of motion of the vehicle ; correlating the information on the position and/or movement of the occupant relative to the cabin with the information on the state of motion of the vehicle to determine whether the position and / or movement of the occupant is due to a voluntary or involuntary movement of the occupant; activating one or more pre-crash restraint systems for the occupant if the correlation of the previous step indicates an involuntary movement of the occupant.
An antibody comprising an antibody antigen binding domain which binds human PD-1 and comprises a heavy chain variable region (Vh) comprising SEQ ID NO: 24, and a light chain variable region (Vk) comprising SEQ ID NO: 26, wherein the antibody is monospecific.
Repeating gun comprising a bolt having a bolt body movable between a locked position and an unlocked position, and a trigger mechanism having a trigger , a sear movable between a cocking position and a releasing position, a transfer element movable by actuation of the trigger between a holding position for holding the sear in the cocked position and a release position for moving the sear into the releasing position, and a catch element movable transversely to the bolt body for limiting an axial movement of the bolt during opening, characterized in that a control cam is arranged on the bolt body to move the catch element into a securing position when the bolt body is moved into the unlocked position and a blocking element cooperating with the transfer element is arranged on the catch element for preventing a movement of the transfer element into the release position when the catch element moves into the securing position.
A gyratory crusher bottomshell comprising: an annular wall extending around a longitudinal axis of the bottomshell, the annular wall having a radially outward facing surface , a radially inward facing surface , an annular axial upper end and an annular axial lower end; at least one hatch opening provided through the annular wall ; characterised in that : at a border region of the wall surrounding the hatch opening a radial thickness of the wall is not greater than a radial wall thickness over a remainder region of the wall outside of the border region at the same corresponding axial position of the hatch opening . an annular wall extending around a longitudinal axis of the bottomshell, the annular wall having a radially outward facing surface , a radially inward facing surface , an annular axial upper end and an annular axial lower end; at least one hatch opening provided through the annular wall ; characterised in that : at a border region of the wall surrounding the hatch opening a radial thickness of the wall is not greater than a radial wall thickness over a remainder region of the wall outside of the border region at the same corresponding axial position of the hatch opening .
A call processing method, comprising: initiating, by a caller application server or a caller terminal, a reattempt call to a callee terminal in response to a call failure, and sending, by the caller application server or the caller terminal, prompt information to be displayed on the callee terminal during the reattempt call ; wherein the prompt information is customized prompt information edited by the caller terminal and comprises at least one of: caller identity information or calling purpose information. initiating, by a caller application server or a caller terminal, a reattempt call to a callee terminal in response to a call failure, and sending, by the caller application server or the caller terminal, prompt information to be displayed on the callee terminal during the reattempt call ; wherein the prompt information is customized prompt information edited by the caller terminal and comprises at least one of: caller identity information or calling purpose information.