mhurhangee/ep-ind-claims huggingface dataset:
A molding device, comprising: an upper molding assembly, including an upper molding plate and a plurality of positioning columns detachably disposed on the upper molding plate, wherein the upper molding plate has a plurality of through holes respectively passed through by the plurality of positioning columns, at least one mold core and a plurality of matching columns surrounding the at least one mold core are disposed at the same side of the upper molding plate; and a lower molding assembly, including a lower molding plate and at least one formation mold, wherein the lower molding plate has at least one accommodating groove, a plurality of matching grooves surrounding the at least one accommodating groove and a plurality of positioning holes surrounding the at least one accommodating groove; the at least one formation mold is disposed in the at least one accommodating groove, and the at least one formation mold has a formation cavity corresponding to the at least one mold core; wherein each of the plurality of positioning columns is disposed respectively into each of the plurality of positioning holes, and each of the plurality of matching columns is disposed respectively into each of the plurality of matching grooves; wherein an article is formed by matching the at least one mold core and the formation cavity. an upper molding assembly, including an upper molding plate and a plurality of positioning columns detachably disposed on the upper molding plate, wherein the upper molding plate has a plurality of through holes respectively passed through by the plurality of positioning columns, at least one mold core and a plurality of matching columns surrounding the at least one mold core are disposed at the same side of the upper molding plate; and a lower molding assembly, including a lower molding plate and at least one formation mold, wherein the lower molding plate has at least one accommodating groove, a plurality of matching grooves surrounding the at least one accommodating groove and a plurality of positioning holes surrounding the at least one accommodating groove; the at least one formation mold is disposed in the at least one accommodating groove, and the at least one formation mold has a formation cavity corresponding to the at least one mold core; wherein each of the plurality of positioning columns is disposed respectively into each of the plurality of positioning holes, and each of the plurality of matching columns is disposed respectively into each of the plurality of matching grooves; wherein an article is formed by matching the at least one mold core and the formation cavity.
A packaging for a flexible container, in particular for a disposable bag for use in a bioreactor, comprising a bottom part for fixing a first portion of the container, a ceiling part for fixing an opposite, second portion of the container, a receiving space which is defined on a first side by the bottom part and on an opposite, second side by the ceiling part, and struts which are arranged between the bottom part and the ceiling part and fix a defined distance between the bottom part and the ceiling part, characterized in that in the bottom part and/or in the ceiling part a plurality of compartments are formed, which are accessible from the receiving space via a plurality of passage openings.
A method for designing a broaching tool for alloy material comprising the steps of: a) providing a geometry of a slot to be broached; b) providing a material dependent initial minimum tooth rise for finish broach inserts of a broach tool that includes multiple broach inserts, including performing cutting tests to empirically determine microstructure strained zones at different feed rates for a material of the slot; wherein the broach inserts include finish, semi-finish and rough broach inserts; wherein the initial minimum tooth rise is greater than 30 μm for a coarse-grained alloy material with an average grain size larger than 25 μm; and wherein the initial minimum tooth rise is greater than 32 μm for a fine-grained alloy material with an average grain size smaller than 25 μm, c) calculating a number of broach inserts and teeth per insert based upon steps a) and b); d) solid modeling the broach inserts from step c); e) importing data from steps a) and d) into a finite element modeling environment and calculating the stresses on the broach tool and deformation of the slot; f) determining whether the slot dimensions are within desired specifications based upon step e); and g) revising the broach tool if the slot is outside the desired specifications, and performing steps e)-g) until the slot is within desired specifications. a) providing a geometry of a slot to be broached; b) providing a material dependent initial minimum tooth rise for finish broach inserts of a broach tool that includes multiple broach inserts, including performing cutting tests to empirically determine microstructure strained zones at different feed rates for a material of the slot; wherein the broach inserts include finish, semi-finish and rough broach inserts; wherein the initial minimum tooth rise is greater than 30 μm for a coarse-grained alloy material with an average grain size larger than 25 μm; and wherein the initial minimum tooth rise is greater than 32 μm for a fine-grained alloy material with an average grain size smaller than 25 μm, c) calculating a number of broach inserts and teeth per insert based upon steps a) and b); d) solid modeling the broach inserts from step c); e) importing data from steps a) and d) into a finite element modeling environment and calculating the stresses on the broach tool and deformation of the slot; f) determining whether the slot dimensions are within desired specifications based upon step e); and g) revising the broach tool if the slot is outside the desired specifications, and performing steps e)-g) until the slot is within desired specifications.
A poppet valve for a fuel gas, comprising a seat portion which has a conical inner peripheral surface with a center axis, and a conical portion which is supported at a position concentric with the seat portion and displaces along the center axis inside the seat portion while forming a throttled flow passage having an annular cross-section between the conical portion and the seat portion, characterized in that the poppet valve is configured to be disposed such that the fuel gas flowing through the poppet valve flows in the throttled flow passage in a direction in which a diameter of the conical portion decreases, an apex angle (θ61) of the conical portion is set to be greater than an apex angle (θ22) of the inner peripheral surface of the seat portion, a ratio of a length of the seat portion in the direction of the center axis to a maximum radius of the seat portion is set at unity or higher, and the conical portion is configured to contact an upstream end of the seat portion in a state where the conical portion is seated on the seat portion.
A manufacturing method for a dental object, comprising the steps of: - generating a digital dental object in a coordinate system that describes a shape of the dental object to be manufactured; - rotating the spatial orientation of the digital dental object in the coordinate system based on a digital reference object (100-R) in the coordinate system, wherein the orientation of the digital dental object (100-R) in the coordinate system is rotated until a spatial deviation between the digital dental object and the digital reference object (100- R) is below a predetermined value; and - manufacturing the dental object based on the digital dental object with the rotated spatial orientation. - generating a digital dental object in a coordinate system that describes a shape of the dental object to be manufactured; - rotating the spatial orientation of the digital dental object in the coordinate system based on a digital reference object (100-R) in the coordinate system, wherein the orientation of the digital dental object (100-R) in the coordinate system is rotated until a spatial deviation between the digital dental object and the digital reference object (100- R) is below a predetermined value; and - manufacturing the dental object based on the digital dental object with the rotated spatial orientation.
An electrically conductive bearing system (2, 60, 120) comprising: a support member (4, 64, 124) having an inner surface; a bearing element (12, 74, 138) provided at the inner surface of the support member (4, 64, 124), the bearing element (12, 74, 138) being rotatable relative to the support member (4, 64, 124); and an electrically conductive element (40, 102, 154) provided in the bearing element (12, 74, 138) forming an electrically conductive flow path to the support member (4, 64, 124), the electrically conductive element (40, 102, 154) extending into the bearing element (12, 74, 138). a support member (4, 64, 124) having an inner surface; a bearing element (12, 74, 138) provided at the inner surface of the support member (4, 64, 124), the bearing element (12, 74, 138) being rotatable relative to the support member (4, 64, 124); and an electrically conductive element (40, 102, 154) provided in the bearing element (12, 74, 138) forming an electrically conductive flow path to the support member (4, 64, 124), the electrically conductive element (40, 102, 154) extending into the bearing element (12, 74, 138).
A probe for injecting a surfactant into a trachea of a person, in particular a newborn or a premature baby, comprising: - a proximal portion defining a proximal passage, said proximal portion comprising a proximal end provided with a proximal connector and a distal end, opposite to the proximal end, and - a distal portion, defining a distal passage in fluid communication with the proximal passage, said distal portion being fixedly attached to the distal end of the proximal portion, the distal portion being made of a more flexible material than the proximal portion in order to facilitate its introduction into the duct and to avoid any damage to said duct, the probe being characterized in that the proximal portion has an external diameter comprised between 4/3 mm and 2.0 mm (between 4 Fr and 6 Fr), and in that the distal portion forms an angle ( α) comprised between 30° and 60° with the proximal portion. - a proximal portion defining a proximal passage, said proximal portion comprising a proximal end provided with a proximal connector and a distal end, opposite to the proximal end, and - a distal portion, defining a distal passage in fluid communication with the proximal passage, said distal portion being fixedly attached to the distal end of the proximal portion, the distal portion being made of a more flexible material than the proximal portion in order to facilitate its introduction into the duct and to avoid any damage to said duct, the probe being characterized in that the proximal portion has an external diameter comprised between 4/3 mm and 2.0 mm (between 4 Fr and 6 Fr), and in that the distal portion forms an angle ( α) comprised between 30° and 60° with the proximal portion.
Dishwasher, in particular household dishwasher, having a control facility for performing a wash cycle to clean items to be washed based on a selectable wash program and having a drain pump that can be set, in particular be controlled or regulated, by the control facility for pumping off wash fluid from the dishwasher, wherein at least one wash program can be selected, wherein at least one pump-off sequence (A, A 2, A 3) is automatically performed, which comprises at least three pump-off phases (AP 1, AP 2, AP 3), during which the drain pump is activated in each instance, with a break (P 1, P 2) being provided between successive pump-off phases (AP 1, AP 2, AP 3) of the at least three pump-off phases (AP 1, AP 2, AP 3), during which break (P 1, P 2) the drain pump is deactivated, characterised in that a monitoring facility is provided to monitor a wash fluid stream conveyed by the drain pump, termination of the first pump-off phase (AP 1) of the pump-off phases (AP 1, AP 2, AP 3) being provided when a drop below a minimum value for the wash fluid stream is identified by means of the monitoring facility, and wherein the drain pump features an electric motor, the monitoring facility being configured to monitor at least one electrical operating parameter of the electric motor.
An apparatus for folding or unfolding at least one medical implant by using at least two tension threads (11, 11'), wherein the apparatus includes: - a shaft including a reception or retaining area for receiving the implant; - a tensioning device for altering a shape of the foldable and/or unfoldable implant by means of the tension threads (11, 11'); and - a separation device for separating the tension threads (11, 11') from the implant by cutting through the tension threads (11, 11'); wherein the tensioning device includes at least one pulling device which is arranged and/or provided for applying tension on the implant by means of the tension threads (11, 11') in order to alter the shape of the implant and for reducing a tension having been applied on the implant by means of the tension threads (11, 11'); wherein the separation device includes a cutting device for cutting through the tension threads (11, 11') or consists thereof; and wherein an interior of the shaft is permeable or can be passed in at least sections thereof in the longitudinal direction of the shaft, wherein the shaft has a wall, wherein the shaft includes at least one shaft aperture, through which the tension threads (11, 11') for folding and unfolding the implant can enter and/or leave, characterized in that the separation device is part of a sleeve and comprised within a side aperture of the sleeve, in that the sleeve is arranged in an interior or in an exterior of the shaft of the apparatus in a state of use of the apparatus such that tension threads (11, 11') can be led through both the aperture of the shaft and the side aperture of the sleeve from the exterior of the apparatus into an interior of the apparatus, and in that the side aperture of the sleeve comprises at least at least one first recess and one second recess, wherein at least the first recess has an extension in a dimension of the apparatus which differs from an extension of at least the second recess in the same dimension of the apparatus and wherein the first recess and the second recess are separated from one another by a bar. - a shaft including a reception or retaining area for receiving the implant; - a tensioning device for altering a shape of the foldable and/or unfoldable implant by means of the tension threads (11, 11'); and - a separation device for separating the tension threads (11, 11') from the implant by cutting through the tension threads (11, 11');
A composition comprising: a plurality of hard particles comprising a metal nitride and_at least one of a metal boride, a metal carbide, a metal oxide, a metal silicide, a metal carbonitride, a solid state solution of any thereof, or a particulate mixture of any thereof; a plurality of lubricant nanoparticles having an average particle size of less than or equal to 500 nm, based on largest length dimension of individual particles measured by visual examination of microscopy image, and an open architecture comprising fissures, separations, or other discontinuities in the outer surfaces of the nanoparticle providing an opening to internal portions of the nanoparticles; and an organic medium intercalated in the lubricant nanoparticles; wherein the composition consists of between 0.25 - 5.0 percent, by weight, of a combination of said lubricant nanoparticles and hard particles; wherein the hard particles comprise between 1 and 99 percent by weight based on the total weight of the particles in the composition; wherein the metal nitride is selected from the group consisting of cubic boron nitrides, silicon nitrides, titanium nitrides, zirconium nitrides, hafnium nitrides, tungsten nitrides, solid state solutions of any thereof, and particulate mixtures of any thereof; and wherein the metal oxide is selected from the group consisting of aluminum oxides, cerium oxides, titanium oxides, zirconium oxides, solid state solutions of any thereof, and particulate mixtures of any thereof. a plurality of hard particles comprising a metal nitride and_at least one of a metal boride, a metal carbide, a metal oxide, a metal silicide, a metal carbonitride, a solid state solution of any thereof, or a particulate mixture of any thereof; a plurality of lubricant nanoparticles having an average particle size of less than or equal to 500 nm, based on largest length dimension of individual particles measured by visual examination of microscopy image, and an open architecture comprising fissures, separations, or other discontinuities in the outer surfaces of the nanoparticle providing an opening to internal portions of the nanoparticles; and an organic medium intercalated in the lubricant nanoparticles; wherein the composition consists of between 0.25 - 5.0 percent, by weight, of a combination of said lubricant nanoparticles and hard particles; wherein the hard particles comprise between 1 and 99 percent by weight based on the total weight of the particles in the composition; wherein the metal nitride is selected from the group consisting of cubic boron nitrides, silicon nitrides, titanium nitrides, zirconium nitrides, hafnium nitrides, tungsten nitrides, solid state solutions of any thereof, and particulate mixtures of any thereof; and wherein the metal oxide is selected from the group consisting of aluminum oxides, cerium oxides, titanium oxides, zirconium oxides, solid state solutions of any thereof, and particulate mixtures of any thereof.
A data compression method for generating a compressed representation of at least a portion of an individual's genome, comprising: receiving an input file comprising a representation of the at least a portion of the individual's genome in the form of a sequence of variants defined relative to a reference genome; accessing a reference database comprising a plurality of reference lists of genetic variants from other individuals, each reference list comprising a sequence of genetic variants from a single, phased haplotype; identifying two mosaics of segments from the reference lists which match the at least a portion of the individual's genome to within a threshold accuracy, each mosaic representing a single one of the two haplotypes of the individual's genome in the at least a portion of the individual's genome for which the compressed representation is to be generated, each of the segments comprising a portion of the sequence of genetic variants from one of the reference lists; and generating the compressed representation, the generating comprising encoding the two mosaics and deviations from the two mosaics. receiving an input file comprising a representation of the at least a portion of the individual's genome in the form of a sequence of variants defined relative to a reference genome; accessing a reference database comprising a plurality of reference lists of genetic variants from other individuals, each reference list comprising a sequence of genetic variants from a single, phased haplotype; identifying two mosaics of segments from the reference lists which match the at least a portion of the individual's genome to within a threshold accuracy, each mosaic representing a single one of the two haplotypes of the individual's genome in the at least a portion of the individual's genome for which the compressed representation is to be generated, each of the segments comprising a portion of the sequence of genetic variants from one of the reference lists; and generating the compressed representation, the generating comprising encoding the two mosaics and deviations from the two mosaics.
An apparatus that enables backup service layer entities, the apparatus comprising: a processor; and a memory coupled with the processor, the memory comprising executable instructions stored thereon that when executed by the processor cause the processor to effectuate operations comprising: obtaining, from an application entity, a request message to register with the apparatus, wherein the apparatus is a service layer registrar entity; based on the request message, reporting the request message to a server; based on the reported request message, obtaining a list of one or more inactive service layer entities (114, 115) that are used as backup for the application entity, wherein the reported request message comprises a reliability requirement for active service layer entities or inactive service layer entities; sending an inactive registration request to create an inactive service layer entity for the application entity; and triggering the created inactive service layer entity of the list of one or more inactive service layer entities to become active when the apparatus is non-functional, wherein a determination of non-functional is based on the apparatus not meeting the reliability requirement. a processor; and a memory coupled with the processor, the memory comprising executable instructions stored thereon that when executed by the processor cause the processor to effectuate operations comprising: obtaining, from an application entity, a request message to register with the apparatus, wherein the apparatus is a service layer registrar entity; based on the request message, reporting the request message to a server; based on the reported request message, obtaining a list of one or more inactive service layer entities (114, 115) that are used as backup for the application entity, wherein the reported request message comprises a reliability requirement for active service layer entities or inactive service layer entities; sending an inactive registration request to create an inactive service layer entity for the application entity; and triggering the created obtaining, from an application entity, a request message to register with the apparatus, wherein the apparatus is a service layer registrar entity; based on the request message, reporting the request message to a server; based on the reported request message, obtaining a list of one or more inactive service layer entities (114, 115) that are used as backup for the application entity, wherein the reported request message comprises a reliability requirement for active service layer entities or inactive service layer entities; sending an inactive registration request to create an inactive service layer entity for the application entity; and triggering the created inactive service layer entity of the list of one or more inactive service layer entities to become active when the apparatus is non-functional, wherein a determination of non-functional is based on the apparatus not meeting the reliability requirement.
A method of producing a print product, the product comprising: - a print substrate (10, 12; 10') bearing a printed image (14, 16); and - a fastener (20; 20'; 20a - 20f) applied to said print substrate (10, 12; 10'), the method comprising a step of using a jetting-type printer for printing both said printed image (14, 16) and the fastener (20; 20'; 20a - 20f) onto said print substrate (10, 12; 10'), characterized in that the fastener (20; 20'; 20a - 20f) is a three-dimensional printed object. - a print substrate (10, 12; 10') bearing a printed image (14, 16); and - a fastener (20; 20'; 20a - 20f) applied to said print substrate (10, 12; 10'), the method comprising a step of using a jetting-type printer for printing both