mhurhangee/ep-ind-claims huggingface dataset:
A latch assembly for a storage device comprising: a case having an interior space which extends in a first direction wherein the case includes a protruding pin (316, 317) protruding from a surface thereof and configured to pass-through a through-hole portion of a storage device; a locking lever including a lever portion which is rotatable about a first rotation axis extending in a second direction intersecting the first direction, a plate portion which extends from the lever portion and which is exposed at the case, an arm portion which extends in the second direction from the plate portion, and a first locking portion which protrudes from the arm portion and is configured to be disposed in an expansion hole portion of a storage device, wherein the plate portion extends from a first side of the arm portion and the first locking portion extends from a second side of the arm portion opposite the first side, and wherein the first locking portion is disposed in a position corresponding to the protruding pin, and wherein, as the lever portion rotates about the first rotation axis, the first locking portion comes into contact with the protruding pin; and a first elastic member (340, 345) in the interior space of the case, the first elastic member configured to elastically connect the case and the locking lever in the interior space of the case. a case having an interior space which extends in a first direction wherein the case includes a protruding pin (316, 317) protruding from a surface thereof and configured to pass-through a through-hole portion of a storage device; a locking lever including a lever portion which is rotatable about a first rotation axis extending in a second direction intersecting the first direction, a plate portion which extends from the lever portion and which is exposed at the case, an arm portion which extends in the second direction from the plate portion, and a first locking portion which protrudes from the arm portion and is configured to be disposed in an expansion hole portion of a storage device, wherein the plate portion extends from a first side of the arm portion and the first locking portion extends from a second side of the arm portion opposite the first side, and wherein the first locking portion is disposed in a position corresponding to the protruding pin, and wherein, as the lever portion rotates about the first rotation axis, the first locking portion comes into contact with the protruding pin; and wherein the plate portion extends from a first side of the arm portion and the first locking portion extends from a second side of the arm portion opposite the first side, and wherein the first locking portion is disposed in a position corresponding to the protruding pin, and wherein, as the lever portion rotates about the first rotation axis, the first locking portion comes into contact with the protruding pin; and a first elastic member (340, 345) in the interior space of the case, the first elastic member configured to elastically connect the case and the locking lever in the interior space of the case.
A dishwasher washing dishes according to washing, rinsing, and drying steps, comprising: a tub, which is provided with a rack for accommodating dishes, and a washing nozzle for spraying washing water; a sump in which the washing water supplied to the tub is collected; a filter device provided to the sump, and allowing foreign substances of the washing water to be filtered; and a cleaning unit which clears away the foreign substances accumulated in the filter device, wherein the filter device includes a first filter configured to filter foreign substances from the washing water introduced from the tub and a second filter provided at an outer side of the first filter and configured to filter foreign substances from the washing water, characterized in that the cleaning unit includes an operating member which is movable and a motor configured to provide a driving force to the operation member, the operating member is provided at an outer side of the first filter, and at least a portion of the operating member is disposed at the inner side of the second filter, the operating member includes a frame forming outer appearance thereof, cleaning elements provided at an outer side of the frame to contact the second filter, and a cleaning fixing part fixing the cleaning elements to the frame, and the frame includes a plurality of members having a ring shape being spaced apart in a vertical direction. a tub, which is provided with a rack for accommodating dishes, and a washing nozzle for spraying washing water; a sump in which the washing water supplied to the tub is collected; a filter device provided to the sump, and allowing foreign substances of the washing water to be filtered; and a cleaning unit which clears away the foreign substances accumulated in the filter device, wherein the filter device includes a first filter configured to filter foreign substances from the washing water introduced from the tub and a second filter provided at an outer side of the first filter and configured to filter foreign substances from the washing water, characterized in that the cleaning unit includes an operating member which is movable and a motor configured to provide a driving force to the operation member, the operating member is provided at an outer side of the first filter, and at least a portion of the operating member is disposed at the inner side of the second filter, the operating member includes a frame forming outer appearance thereof, cleaning elements provided at an outer side of the frame to contact the second filter, and a cleaning fixing part fixing the cleaning elements to the frame, and the frame includes a plurality of members having a ring shape being spaced apart in a vertical direction.
Sound detector comprising a housing provided with a first opening towards the outside for measuring static pressure and sound, said detector including a microphone delivering signals representative of the sound entering via the first opening, said housing also including a pressure sensor delivering signals representative of a static pressure and of a sound of a frequency lower than the frequencies captured by the microphone; where said microphone detects the sound entering through the first opening through a membrane; characterised in that said membrane is impervious and made of polyimide, and in that said membrane is inserted between two substrate layers of a printed circuit supporting electronic circuits integrated into the sound detector.
Heat exchange module comprising at least a first heat exchanger and a ventilation device intended to generate an air flow towards the motor-vehicle heat exchanger, the first heat exchanger and the ventilation device being positioned in relation to one another in such a way that an air flow set in motion by the ventilation device is fed into the heat exchanger, the ventilation device comprising at least one first and one second cross-flow fan for moving an air flow to the heat exchanger and a guide means comprising a plurality of air guiding elements shaped to guide the air set in motion by the cross-flow fans towards the heat exchanger, the air guiding elements being shaped to delimit at least one air passage towards the heat exchanger and being mounted with the ability to move between a position in which said at least one air passage is open and a position in which said at least one air passage is at least partially closed, each air guiding element comprising an air guiding surface and a swivel pin of the guiding element, the swivel pins extending parallel to one another, projections (8', 9') of each swivel pin in a plane orthogonal to the swivel pins being referred to as projections (8', 9'), characterized in that the at least one first and one second cross-flow fan are disposed laterally one on each side of the guiding elements, the cross-flow fans extending parallel to the guiding elements, and in that a total cross section of the guiding elements has a median direction parallel to the guiding elements so as to delimit a first half section between the first fan and the median direction and a second half section between the second fan and the median direction, the guiding elements being shaped so that a distance between the heat exchanger and each projection (8', 9') is less than a distance between the heat exchanger and the adjacent projection (8") situated in the same half section (3-1, 3-2) and closer to the related fan.
Module for applying a medium to narrow-necked channels, lines, pipes and/or the like of washware, in particular endoscopes, arranged in a washing container of a cleaning device, the module comprising a medium distribution device which has a plurality of inlet-side connections (E1 - E4) and outlet-side connections (A1 - A8), wherein the inlet-side connections (E1 - E4) are fluidically connected to the outlet-side connections (A1 - A8), characterised by a carrier flange, which has a working cylinder, wherein the working cylinder is fluidically connected to an inlet-side connection (E1 - E4), and wherein the working cylinder provides a piston rod which has an armature at its end, which armature interacts with a connection device (13, 14) of a washware carrier (9, 10).
Method for separating at least a light phase from a heavy phase, which phases are present in a mixture, wherein the heavy phase is a liquid phase and the light phase is either a liquid phase or a solid phase, wherein either the heavy phase is comprised of black liquor from the boiling step of a process for producing pulp according to the kraft process and the light phase is comprised of crude tall oil soap comprised in the black liquor, wherein the method comprises the step of a) in a first separating step, performing a first separation of the mixture in a first centrifugal separator (131,132,133;200;300), resulting in a first heavy fraction comprised of the heavy phase with only small amounts of impurities in the form of the light phase and a first light fraction comprised of the light phase with impurities in the form of the heavy phase; characterized in that the method further comprises the step of b) in a second separating step, performing a second separation of the first light fraction in a second centrifugal separator (141;400) of purificator type, resulting in a second heavy fraction comprised of the heavy phase with impurities in the form of the light phase and a second light fraction comprised of the light phase with only small amounts of impurities in the form of the heavy phase; wherein at least the second centrifugal separator (141;400) is of hermetically closed type. a) in a first separating step, performing a first separation of the mixture in a first centrifugal separator (131,132,133;200;300), resulting in a first heavy fraction comprised of the heavy phase with only small amounts of impurities in the form of the light phase and a first light fraction comprised of the light phase with impurities in the form of the heavy phase; characterized in that the method further comprises the step of b) in a second separating step, performing a second separation of the first light fraction in a second centrifugal separator (141;400) of purificator type, resulting in a second heavy fraction comprised of the heavy phase with impurities in the form of the light phase and a second light fraction comprised of the light phase with only small amounts of impurities in the form of the heavy phase;
A method for preparing a population of induced dermal papillae cells, said method comprising: obtaining a population of human induced pluripotent stem cells (hIPSC); differentiating the population of hIPSCs to generate an intermediate population of induced pluripotent stem cell-derived neural crest cells (hIPSC-NC) comprising (i) culturing the hIPSC under conditions to form clusters; (ii) culturing the clusters in suspension to form spheres; (iii) plating the spheres on the surface of a substrate selected from plastic or a substrate coated with fibronectin or polyornithine selecting adherent cells from the population of induced hIPSC-NC; and passaging said adherent hIPSC-NC in serum containing media to generate a population of human induced pluripotent stem cell-derived dermal papillae cells (hIPSC-DP); wherein the population of induced hIPSC-NC comprises the markers Sox10, Foxd3, and CD47, and lacks the markers OCT4 and SSEA4; wherein the population of induced hIPSC-DP comprises the markers P-75 and nestin. obtaining a population of human induced pluripotent stem cells (hIPSC); differentiating the population of hIPSCs to generate an intermediate population of induced pluripotent stem cell-derived neural crest cells (hIPSC-NC) comprising (i) culturing the hIPSC under conditions to form clusters; (ii) culturing the clusters in suspension to form spheres; (iii) plating the spheres on the surface of a substrate selected from plastic or a substrate coated with fibronectin or polyornithine (i) culturing the hIPSC under conditions to form clusters; (ii) culturing the clusters in suspension to form spheres; (iii) plating the spheres on the surface of a substrate selected from plastic or a substrate coated with fibronectin or polyornithine selecting adherent cells from the population of induced hIPSC-NC; and passaging said adherent hIPSC-NC in serum containing media to generate a population of human induced pluripotent stem cell-derived dermal papillae cells (hIPSC-DP); wherein the population of induced hIPSC-NC comprises the markers Sox10, Foxd3, and CD47, and lacks the markers OCT4 and SSEA4; wherein the population of induced hIPSC-DP comprises the markers P-75 and nestin.
A patient interface (100, 451) for delivering pressurized breathable gas to a patient, the patient interface comprising: a sealing portion (210, 450) made from silicone and adapted to form a seal with the patient's face, the sealing portion comprising: an opening (211, 455) adapted to receive the pressurized breathable gas; an outer sealing margin configured to seal with the patient's face; and a transition region between the opening and the outer sealing margin that gradually increases in size from the opening to the outer sealing margin, wherein the opening defines an interior surface configured to be in communication with the pressurized breathable gas in use, and the outer sealing margin is formed as a continuous extension of the interior surface, wherein the outer sealing margin comprises: a nose tip engagement portion adapted to form a seal with the patient's nose tip; an upper lip engagement portion adapted to form a seal with the patient's upper lip and/or base of the patient's nares; and nostril engagement flaps adapted to form a seal with the patient's nares, wherein the sealing portion is constructed such that the nose tip engagement portion, the upper lip engagement portion, and the nostril engagement flaps are all configured to extend or curve outwardly from a supporting wall of the sealing portion defining an air path. an opening (211, 455) adapted to receive the pressurized breathable gas; an outer sealing margin configured to seal with the patient's face; and a transition region between the opening and the outer sealing margin that gradually increases in size from the opening to the outer sealing margin, wherein the opening defines an interior surface configured to be in communication with the pressurized breathable gas in use, and the outer sealing margin is formed as a continuous extension of the interior surface, wherein the outer sealing margin comprises: a nose tip engagement portion adapted to form a seal with the patient's nose tip; an upper lip engagement portion adapted to form a seal with the patient's upper lip and/or base of the patient's nares; and nostril engagement flaps adapted to form a seal with the patient's nares, wherein the sealing portion is constructed such that the nose tip engagement portion, the upper lip engagement portion, and the nostril engagement flaps are all configured to extend or curve outwardly from a supporting wall of the sealing portion defining an air path. a nose tip engagement portion adapted to form a seal with the patient's nose tip; an upper lip engagement portion adapted to form a seal with the patient's upper lip and/or base of the patient's nares; and nostril engagement flaps adapted to form a seal with the patient's nares, wherein the sealing portion is constructed such that the nose tip engagement portion, the upper lip engagement portion, and the nostril engagement flaps are all configured to extend or curve outwardly from a supporting wall of the sealing portion defining an air path.
A syringe exostructure comprising: a main body (108, 122) configured to removably receive a syringe having a syringe barrel and a syringe plunger; a drive plunger reciprocatably mounted on the main body; a plunger bar slidably received in an axial channel on the drive plunger and configured to removably couple to the syringe plunger when the syringe is introduced into the main body; a drive pawl assembly (114, 116, 118) fixed to an upper surface of the drive plunger and configured to transfer forward motion of the drive plunger to the plunger bar as the drive plunger is advanced and to disengage from the plunger bar when the drive plunger is retracted; and a locking pawl assembly fixed to the main body and extending through a slot formed in the bottom of the axial channel in the drive plunger and configured to engage the plunger bar and allow the plunger bar to be advanced by the drive plunger as the drive plunger is advanced but prevents the plunger bar from being retracted by the drive plunger as the drive plunger is retracted. a main body (108, 122) configured to removably receive a syringe having a syringe barrel and a syringe plunger; a drive plunger reciprocatably mounted on the main body; a plunger bar slidably received in an axial channel on the drive plunger and configured to removably couple to the syringe plunger when the syringe is introduced into the main body; a drive pawl assembly (114, 116, 118) fixed to an upper surface of the drive plunger and configured to transfer forward motion of the drive plunger to the plunger bar as the drive plunger is advanced and to disengage from the plunger bar when the drive plunger is retracted; and a locking pawl assembly fixed to the main body and extending through a slot formed in the bottom of the axial channel in the drive plunger and configured to engage the plunger bar and allow the plunger bar to be advanced by the drive plunger as the drive plunger is advanced but prevents the plunger bar from being retracted by the drive plunger as the drive plunger is retracted.
A process for the preparation of a compound of formula IV: said process comprising the step of contacting a compound of formula II: with an organoaluminium aryl compound under conditions sufficient to form said compound of formula IV, wherein Ar is a member selected from the group consisting of an aromatic ring, an aromatic heterocyclic ring, a biaryl ring system, a fused aromatic ring, a polyaromatic system, two or more aromatic rings bridged by a methylene group, and a meta -substituted diarylmethane system; each R 1 is hydrogen or a protecting group; and R 2 is a member selected from the group consisting of hydrogen and a protecting group which is identical or different from R 1. Ar is a member selected from the group consisting of an aromatic ring, an aromatic heterocyclic ring, a biaryl ring system, a fused aromatic ring, a polyaromatic system, two or more aromatic rings bridged by a methylene group, and a meta -substituted diarylmethane system; each R 1 is hydrogen or a protecting group; and R 2 is a member selected from the group consisting of hydrogen and a protecting group which is identical or different from R 1.
A tissue piece treating method for executing an immersion treatment process using different types of liquid chemicals by supplying and draining each of the different types of liquid chemicals in a predetermined order to and from a treatment tank inside which a basket accommodating a tissue piece is disposed, characterized in that, in the method, a liquid supply/drain cycle, for (a) draining a liquid chemical from the treatment tank in such an amount that the entire basket is exposed in the treatment tank during execution of the immersion treatment process by each of the liquid chemicals; and (b) supplying the drained liquid chemical into the treatment tank so that the entire basket is immersed, is repeatedly executed so as to perform agitation of the liquid chemical.
A surgical system for penetrating tissue, which comprises an obturator including an obturator housing (102, 400) and an obturator member extending from the obturator housing, the obturator member defining a longitudinal axis along which the obturator extends from trailing to leading ends thereof, and having a leading penetrating member (120, 300) adapted to penetrate tissue, the system further comprising a outer member mounted about the obturator member, the outer member being adapted for longitudinal movement between a first position corresponding to a first operative condition of the penetrating inembe (120, 300) and a second position corresponding to a second operative condition of the penetrating member, characterised by, the penetrating member defining, from leading to trailing, a cylindrical element (130, 302) having a generally arcuate leading surface and a generally planar dissecting element (132, 304) extending from the cylindrical element (130, 302), wherein said generally arcuate leading surface (134, 306) is atraumatic to tissue and extends a predetermined distance beyond said generally planar dissecting element (132, 304), and wherein the generally planar dissecting element defines side surfaces (136, 308) obliquely arranged with respect to the longitudinal axis.
A device for producing light, the device comprising - an input for receiving a feeding signal via a ballast, the feeding signal being configured to feed the device, - a driver for driving a light circuit for producing the light, - a first receiver for receiving a definition signal, the definition signal being configured to define at least a type of the ballast, and - a controller for, in response to a reception of the definition signal, adapting a function of the device, the function of the device comprising a reporting function of the device, the reporting function providing an information signal, the device further comprising - a transmitter for transmitting the information signal to an apparatus. - an input for receiving a feeding signal via a ballast, the feeding signal being configured to feed the device, - a driver for driving a light circuit for producing the light, - a first receiver for receiving a definition signal, the definition signal being configured to define at least a type of the ballast, and - a controller for, in response to a reception of the definition signal, adapting a function of the device, the function of the device comprising a reporting function of the device, the reporting function providing an information signal, - a transmitter for transmitting the information signal to an apparatus.
A mucosal vaccine preparation for use in a method of prevention or treatment of a microbial infection, which comprises a composite of a nanogel and a vaccine antigen, wherein the nanogel is cholesterol-bearing pullulan having a cationic functional group, wherein the cationic functional group is an amino group and wherein the nanogel comprises 5 to 30 said amino groups per 100 glucose monosaccharides of cholesterol-bearing pullulan, and wherein the vaccine preparation is administered via the transnasal mucosal route.
Pivot arbor for a timepiece movement comprising at least one pivot made of a non-magnetic metal material, at at least one of the ends thereof, to limit the sensitivity thereof to magnetic fields, said non-magnetic metal material is a non-magnetic light metal or a non-magnetic alloy of said light metal, characterized in that at least the external surface of said pivot is coated with an anodic oxide layer of said material having a thickness comprised between 2 μm and 50 μm and a hardness greater than 300 HV.