mhurhangee/ep-ind-claims huggingface dataset:
A diluting sampler for collecting a gaseous sample disposed at a temperature substantially higher than the normal temperature from a sample space, the sampler comprising: - a sampling tube having a first end for introducing a flow of sample into the sampling tube as well as a second end; and - a diluter for receiving the flow of sample from the second end of the sampling tube and for diluting the sample, the diluter comprising: - a tubular gas permeable first jacket forming a sample channel, into which the second end of the sampling tube opens; and - a tubular gas tight second jacket enclosing the first jacket and forming between the first jacket and the second jacket a dilution gas space for the dilution gas to be introduced through the first jacket into the sample channel, the second jacket being connected by its end situated on the side of the sampling tube to the sampling tube at a first connecting point, characterized in that - the outer diameter of the second end of the sampling tube is smaller than the inner diameter of the first jacket; and - the second end of the sampling tube projects into the first jacket to a second distance from the first connecting point for directing the dilution gas to form a substantially laminar protection flow disposed longitudinally to the sample channel and enclosing the flow of sample. - a sampling tube having a first end for introducing a flow of sample into the sampling tube as well as a second end; and - a diluter for receiving the flow of sample from the second end of the sampling tube and for diluting the sample, - a tubular gas permeable first jacket forming a sample channel, into which the second end of the sampling tube opens; and - a tubular gas tight second jacket enclosing the first jacket and forming between the first jacket and the second jacket a dilution gas space for the dilution gas to be introduced through the first jacket into the sample channel, the second jacket being connected by its end situated on the side of the sampling tube to the sampling tube at a first connecting point, - the outer diameter of the second end of the sampling tube is smaller than the inner diameter of the first jacket; and - the second end of the sampling tube projects into the first jacket to a second distance from the first connecting point for directing the dilution gas to form a substantially laminar protection flow disposed longitudinally to the sample channel and enclosing the flow of sample.
An implantable connector assembly for communicating an element from a source exterior of a patient or implanted within the patient to an implantable device within the patient, comprising a plug (16, 216) configured to operatively connect to one of the source and the implantable device, the plug (16, 216) including a plunger body; a receptacle (18, 218) configured to operatively connect to the other of the source and the implantable device, the receptacle (18, 218) including a sleeve and a stopper, the sleeve defining an opening sized for receiving the plunger body, the stopper resiliently mounted within the sleeve and biased toward the opening to cover and fluidly seal the opening for inhibiting contamination from entering within the sleeve when the plunger body is withdrawn from the sleeve, and characterized in that it further comprises a pair of communication structures (72, 108) positioned respectively on the plunger body and the sleeve, one of the pair of communication structures is configured to operatively connect to the source for receiving the element from the source and the other of the pair of communication structures is configured to operatively connect to the implantable device for directing the element to the implantable device, wherein inserting the plunger body into the sleeve displaces the stopper and removably couples the pair of communication structures (72, 108) for communication of the element therebetween, and wherein the element is electrical power, and the pair of communication structures (72, 108) are a pair of annular electrical conduits (94, 110) positioned respectively about the plunger body and the sleeve, the pair of annular electrical conduits (94, 110) configured to removably connect for communicating the electrical power therebetween.
An electronics enclosure comprising: a plurality of walls, wherein at least one wall of the plurality of walls comprises a fibrous thermoelectric material, a thermally and electrically conductive mesh (14, 18), and a matrix material, a first layer comprising the fibrous thermoelectric material, wherein the first layer defines a plane; a second layer comprising the thermally and electrically conductive mesh (14, 18) electrically coupled to the fibrous thermoelectric material, wherein the second layer is parallel to the plane and configured to facilitate heat transfer between the second layer and the first layer in a direction parallel to the plane; and the matrix material in which the first layer comprising the fibrous thermoelectric material and the second layer comprising the thermally and electrically conductive mesh (14, 18) are embedded. a plurality of walls, wherein at least one wall of the plurality of walls comprises a fibrous thermoelectric material, a thermally and electrically conductive mesh (14, 18), and a matrix material, a first layer comprising the fibrous thermoelectric material, wherein the first layer defines a plane; a second layer comprising the thermally and electrically conductive mesh (14, 18) electrically coupled to the fibrous thermoelectric material, wherein the second layer is parallel to the plane and configured to facilitate heat transfer between the second layer and the first layer in a direction parallel to the plane; and the matrix material in which the first layer comprising the fibrous thermoelectric material and the second layer comprising the thermally and electrically conductive mesh (14, 18) are embedded.
A method of manufacturing a heater module for an aerosol-generating device, the method comprising: preparing a heat transfer pipe having a hollow shape and including a thermal conductive material; forming an assembly of the heat transfer pipe and a cover by insert molding in which heat transfer pipe is placed in a mold (7a and 7b) and resin is injected into the mold, such that one end of the cover is integrally coupled to an end of the heat transfer pipe while a side wall of the cover is spaced apart from the heat transfer pipe and surrounds the heat transfer pipe; arranging a heater on an outer surface of the heat transfer pipe; and sealing, with a sealing stopper, a space between the heat transfer pipe and the cover such that internal pressure of the space is lower than atmospheric pressure. preparing a heat transfer pipe having a hollow shape and including a thermal conductive material; forming an assembly of the heat transfer pipe and a cover by insert molding in which heat transfer pipe is placed in a mold (7a and 7b) and resin is injected into the mold, such that one end of the cover is integrally coupled to an end of the heat transfer pipe while a side wall of the cover is spaced apart from the heat transfer pipe and surrounds the heat transfer pipe; arranging a heater on an outer surface of the heat transfer pipe; and sealing, with a sealing stopper, a space between the heat transfer pipe and the cover such that internal pressure of the space is lower than atmospheric pressure.
Fluid circulation valve of the type comprising: - a body comprising a through channel for said fluid, - a mobile flap for sealing said channel, having a support guide, - a rotary drive shaft mounted in the body to which the support guide of the flap is linked in rotation, - bearings arranged between the body and the rotary drive shaft, and - an axial locking between the shaft and the body, the axial locking of the shaft being obtained directly by the cooperation between at least one of the bearings and the support guide of the flap, said bearing or bearings being brought into axial contact with the support guide characterized in that said support guide forms part of the flap. - a body comprising a through channel for said fluid, - a mobile flap for sealing said channel, having a support guide, - a rotary drive shaft mounted in the body to which the support guide of the flap is linked in rotation, - bearings arranged between the body and the rotary drive shaft, and - an axial locking between the shaft and the body, the axial locking of the shaft being obtained directly by the cooperation between at least one of the bearings and the support guide of the flap, said bearing or bearings being brought into axial contact with the support guide
A method for producing a bovine serum composition, comprising: a step of obtaining a buffy coat and a fraction containing leukocytes and platelets and having a heavier specific gravity than that of the buffy coat by continuous centrifugation from bovine whole blood anticoagulated with an anticoagulant, and a step of promoting and activating an interaction between leukocytes and platelets in the fraction obtained in step and activating the same by incubating the fraction at 10°C to 40°C for not less than 5 min to cause secretion or release of a humoral factor from the leukocytes and/or platelets, and performing a recoagulation treatment of blood components including the humoral factor with a re-coagulating agent, wherein the fraction with a heavier specific gravity than that of the buffy coat is a fraction having a higher leukocyte concentration than that of the buffy coat. a step of obtaining a buffy coat and a fraction containing leukocytes and platelets and having a heavier specific gravity than that of the buffy coat by continuous centrifugation from bovine whole blood anticoagulated with an anticoagulant, and a step of promoting and activating an interaction between leukocytes and platelets in the fraction obtained in step and activating the same by incubating the fraction at 10°C to 40°C for not less than 5 min to cause secretion or release of a humoral factor from the leukocytes and/or platelets, and performing a recoagulation treatment of blood components including the humoral factor with a re-coagulating agent,
A microwave oven comprising: a cooking chamber; a magnetron configured to provide a high frequency wave to inside of the cooking chamber; a high voltage transformer comprising a core, a primary coil wound around the core, and a secondary coil wound around the core and configured to transform a voltage, which is provided to the microwave oven, to the magnetron; and a Thermo Protector configured to block a current from being applied to the primary coil when the HVT is overheated; and, a fixing holder configured to fix the TP, the fixing holder comprising; a fixing part, which makes contact with the secondary coil such that the TP is fixed to an outer side of the secondary coil, and a support part, which extends from the fixing part and makes contact with an outer surface of the TP characterized in that the support part comprises a reinforcing rib protruding from the side of the support part in contact with the TP, such that the TP comes into close contact with the secondary coil. a cooking chamber; a magnetron configured to provide a high frequency wave to inside of the cooking chamber; a high voltage transformer comprising a core, a primary coil wound around the core, and a secondary coil wound around the core and configured to transform a voltage, which is provided to the microwave oven, to the magnetron; and a Thermo Protector configured to block a current from being applied to the primary coil when the HVT is overheated; and, a fixing holder configured to fix the TP, the fixing holder comprising; a fixing part, which makes contact with the secondary coil such that the TP is fixed to an outer side of the secondary coil, and a support part, which extends from the fixing part and makes contact with an outer surface of the TP characterized in that the support part comprises a reinforcing rib protruding from the side of the support part in contact with the TP, such that the TP comes into close contact with the secondary coil.
A system for releasing a stereoscopic video film, wherein the system comprises a data processing unit configured to receive and process a monoscopic video film and to release the stereoscopic video film, wherein the monoscopic video film has been recorded using a video recording device of the system having only a single objective, wherein the data processing unit is configured to receive a motion information allocated to the monoscopic video film or to determine the motion information to be allocated to the monoscopic video film and to evaluate the received or identified motion information characterizing a motion direction of the video recording device in regard to a filmed object, wherein the data processing unit is configured to generate a stereoscopic video film from two content-identical and temporally delayed monoscopic video films, characterized in that the data processing unit, on the availability of a first motion component of the video recording device in the direction of the optical axis of the single objective during a sequence of at least two successive frames, will select only the left half or only the right half of the frames of the monoscopic video film for the presentation of the content-identical and temporally delayed monoscopic video films as a stereoscopic video film.
Epoxy resin obtainable by curing with an hardening agent an epoxy precursor formulation containing at least a tetrafunctional epoxy precursor and the reactive diluent 1,4-Butandioldiglycidylether, wherein the hardening agent is 4,4'-diaminodiphenyl sulfone and the amount of the hardening agent expressed as phr is lower than the stoichiometric amount of 55,46 with respect to the epoxy rings of both the reactive diluent and epoxy precursor, which stoichiometric amount is calculated according to the method as described in the present description, and is in the range 27,75 to 49,91, and wherein said epoxy resin contains 20% by weight of BDE.
An assembly system comprising a battery cell and an assembly device for the battery cell, wherein the battery cell comprises an end cap and a housing with an opening, characterized in that the opening of the housing is downward and that the assembly device comprises: a supporting member configured to support the end cap, wherein the supporting member comprises: a supporting face configured to support the end cap; and a recessed portion which is recessed from the supporting face in a direction away from the pressing-down mechanism, the recessed portion being configured to avoid an electrode terminal on the end cap; and a pressing-down mechanism arranged above the supporting member, the pressing-down mechanism being configured to press down a wall of the housing opposite the opening to enable the housing to fit with the end cap, so that the end cap closes off the opening. a supporting member configured to support the end cap, wherein the supporting member comprises: a supporting face configured to support the end cap; and a recessed portion which is recessed from the supporting face in a direction away from the pressing-down mechanism, the recessed portion being configured to avoid an electrode terminal on the end cap; and a pressing-down mechanism arranged above the supporting member, the pressing-down mechanism being configured to press down a wall of the housing opposite the opening to enable the housing to fit with the end cap, so that the end cap closes off the opening.
A pack for smoking articles comprising: a group of smoking articles; an inner wrap, which wraps the group of smoking articles and has: an upper wall, a rear wall and a smoking article extraction opening, which is also obtained through the upper wall; a rigid outer container, which is cup-shaped, houses the inner wrap and has: an open upper end, a lower wall opposite the open upper end, a front wall and a rear wall opposite one another, and two side walls opposite one another; a lid, which is cup-shaped and is hinged to the outer container along a hinge so as to rotate, relative to the outer container, between an open position and a closed position; and a closing tab, which is connected to the inner wrap, closes the smoking article extraction opening and has an end connected to a wall, in particular the front wall, of the lid; the pack is characterized in that it comprises at least one restraining element which is provided with a rear portion that is arranged between the rear wall of the outer container and the rear wall of the inner wrap and with an upper portion which is hinged relative to the rear portion along a folding line, is folded relative to the rear portion, and is above a part of the upper wall of the inner wrap and a part of the closing tab which is at the upper wall of the inner wrap; and wherein the restraining element is configured to maintain the closing tab folded towards the front wall of the outer container at a rear corner of the inner wrap defined between the upper wall and the rear wall. a group of smoking articles; an inner wrap, which wraps the group of smoking articles and has: an upper wall, a rear wall and a smoking article extraction opening, which is also obtained through the upper wall; a rigid outer container, which is cup-shaped, houses the inner wrap and has: an open upper end, a lower wall opposite the open upper end, a front wall and a rear wall opposite one another, and two side walls opposite one another; a lid, which is cup-shaped and is hinged to the outer container along a hinge so as to rotate, relative to the outer container, between an open position and a closed position; and a closing tab, which is connected to the inner wrap, closes the smoking article extraction opening and has an end connected to a wall, in particular the front wall, of the lid; the pack is characterized in that it comprises at least one restraining element which is provided with a rear portion that is arranged between the rear wall of the outer container and the rear wall of the inner wrap and with an upper portion which is hinged relative to the rear portion along a folding line, is folded relative to the rear portion, and is above a part of the upper wall of the inner wrap and a part of the closing tab which is at the upper wall of the inner wrap; and wherein the restraining element is configured to maintain the closing tab folded towards the front wall of the outer container at a rear corner of the inner wrap defined between the upper wall and the rear wall.
A structural core comprising a nonwoven fibrous reinforcement web of carbon nanotubes, the web being coated with a thermoset or thermoplastic resin wherein: (i) the carbon nanotubes are oriented within the reinforcement web such that, after resin coating, the ratio of modulus in the plane of the web in a first direction to the modulus in a second direction orthogonal to the first direction is no greater than 2.0, (ii) the in-plane Young's modulus of the resin coated web is at least 14 GPa, and (iii) the coating resin comprises from 15 to 75 weight percent of the weight of web plus resin. (i) the carbon nanotubes are oriented within the reinforcement web such that, after resin coating, the ratio of modulus in the plane of the web in a first direction to the modulus in a second direction orthogonal to the first direction is no greater than 2.0, (ii) the in-plane Young's modulus of the resin coated web is at least 14 GPa, and (iii) the coating resin comprises from 15 to 75 weight percent of the weight of web plus resin.
A method for manufacturing a light emitting diode, LED package, the method comprising: preparing a package body comprising a first lead frame and a second lead frame, the first lead frame formed with a cavity and inserted on one side of a bottom surface of the cavity to be exposed and the second lead frame inserted on the other side of the bottom surface of the cavity to be exposed; mounting an LED chip on the bottom surface of the cavity and electrically connecting the LED chip with the first lead frame and the second lead frame; forming a molding portion by putting a molding resin in the cavity mounted with the LED chip; connecting a first mold disposed corresponding to the molding portion and formed with a through hole of which an inner surface is either linearly or non-linearly inclined with respect to an upper surface of the package body; connecting a second mold having a mold pattern disposed corresponding to the through hole, to an upper surface of the first mold; forming a lens portion on the molding portion by putting a transparent resin in the through hole of the first mold and the mold pattern of the second mold; and separating the first mold and the second mold from the package body; wherein the through hole of the first mold covers a larger area than an opening area of the cavity and the forming of the molding portion puts the molding resin to a height lower than the upper surface of the package body. preparing a package body comprising a first lead frame and a second lead frame, the first lead frame formed with a cavity and inserted on one side of a bottom surface of the cavity to be exposed and the second lead frame inserted on the other side of the bottom surface of the cavity to be exposed; mounting an LED chip on the bottom surface of the cavity and electrically connecting the LED chip with the first lead frame and the second lead frame; forming a molding portion by putting a molding resin in the cavity mounted with the LED chip; connecting a first mold disposed corresponding to the molding portion and formed with a through hole of which an inner surface is either linearly or non-linearly inclined with respect to an upper surface of the package body; connecting a second mold having a mold pattern disposed corresponding to the through hole, to an upper surface of the first mold; forming a lens portion on the molding portion by putting a transparent resin in the through hole of the first mold and the mold pattern of the second mold; and separating the first mold and the second mold from the package body; wherein the through hole of the first mold covers a larger area than an opening area of the cavity and the forming of the molding portion puts the molding resin to a height lower than the upper surface of the package body.