mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a main body having a front side thereof open; and a door (100, 101) configured to open and close the open front side of the main body, wherein the door (100, 101) includes: a door frame; and a door panel including a panel body and first and second fixers (161, 166) provided at one surface of the panel body; and a door body on which the door panel is separably mounted and filled by a heat insulating member, the first fixer is coupled to the door frame, and the door body includes a cover fixer concavely formed to have the second fixer inserted thereinto and including a hole that is open toward an inside of the door body wherein the cover fixer includes: an accommodation space into which the second fixer is accommodated; and a fixer cap configured to cover the hole that is open toward the inside of the door body. a main body having a front side thereof open; and a door (100, 101) configured to open and close the open front side of the main body, wherein the door (100, 101) includes: a door frame; and a door panel including a panel body and first and second fixers (161, 166) provided at one surface of the panel body; and a door body on which the door panel is separably mounted and filled by a heat insulating member, the first fixer is coupled to the door frame, and the door body includes a cover fixer concavely formed to have the second fixer inserted thereinto and including a hole that is open toward an inside of the door body wherein the cover fixer includes: an accommodation space into which the second fixer is accommodated; and a fixer cap configured to cover the hole that is open toward the inside of the door body. a door frame; and a door panel including a panel body and first and second fixers (161, 166) provided at one surface of the panel body; and a door body on which the door panel is separably mounted and filled by a heat insulating member, the first fixer is coupled to the door frame, and the door body includes a cover fixer concavely formed to have the second fixer inserted thereinto and including a hole that is open toward an inside of the door body wherein the cover fixer includes: an accommodation space into which the second fixer is accommodated; and a fixer cap configured to cover the hole that is open toward the inside of the door body. an accommodation space into which the second fixer is accommodated; and a fixer cap configured to cover the hole that is open toward the inside of the door body.
A coiled tubing conveyance apparatus, comprising: a tubing injector; a guide roller frame having a coiled tubing reel attached thereto movably mounted on the tubing injector, the guide roller frame comprising at least one guide roller (108A, 108B) positioned on the guide roller frame to straighten a coiled tubing extended from the coiled tubing reel; and a transverse motion apparatus coupled to the tubing injector and the guide roller frame such that the guide roller frame is movable transversely with respect to a direction of motion of coiled tubing through the tubing injector, wherein the guide roller frame is mounted to the tubing injector using at least one linear bushing. a tubing injector; a guide roller frame having a coiled tubing reel attached thereto movably mounted on the tubing injector, the guide roller frame comprising at least one guide roller (108A, 108B) positioned on the guide roller frame to straighten a coiled tubing extended from the coiled tubing reel; and a transverse motion apparatus coupled to the tubing injector and the guide roller frame such that the guide roller frame is movable transversely with respect to a direction of motion of coiled tubing through the tubing injector, wherein the guide roller frame is mounted to the tubing injector using at least one linear bushing.
Catheter assembly for passing/bypassing an occlusion in veins/arteries, comprising a hollow catheter and a loop wire arranged therein, said loop wire having a first loop wire end extending out from a control end of the catheter and a second loop wire end of a loop extending from an operative end of the catheter, and being arranged in such a manner that it may be pushed further outwardly or inwardly, wherein the rigidity of the catheter and the loop wire are such that a moveable part of the second loop wire end extending from the operative end of the catheter forms a cutting loop which allows the separation and cutting action to be performed in a forward direction for said loop to form a bypass when advanced forward in the direction of an occlusion, and wherein the second loop wire end of said loop is supported by said catheter.
Polyamide pre-expanded particles, having a peak temperature of a maximum endothermic peak of 150 °C or higher and 275 °C or lower on a DSC curve obtained while being heated from 30 °C to 280 °C under a condition of a heating rate of 10 °C/min using a differential scanning calorimeter, wherein a width of the maximum endothermic peak is 30 °C or greater and 80 °C or smaller when a straight line approximating the DSC curve on a high temperature side relative to the maximum endothermic peak after an end of melting is used as a baseline, the width corresponding to a difference between an extrapolated melting start temperature which is a temperature at an intersection point between a tangent line at an inflection point of the maximum endothermic peak on a low temperature side and the baseline, and an extrapolated melting end temperature which is a temperature at an intersection point between a tangent line at an inflection point of the maximum endothermic peak on a high temperature side and the baseline, and wherein the particles contain water in a ratio of 4.5 mass% or more and 15 mass% or less, the peak temperature of a maximum endothermic peak, the width of the maximum endothermic peak and the water ratio being determined according to the methods disclosed in the description. having a peak temperature of a maximum endothermic peak of 150 °C or higher and 275 °C or lower on a DSC curve obtained while being heated from 30 °C to 280 °C under a condition of a heating rate of 10 °C/min using a differential scanning calorimeter, wherein a width of the maximum endothermic peak is 30 °C or greater and 80 °C or smaller when a straight line approximating the DSC curve on a high temperature side relative to the maximum endothermic peak after an end of melting is used as a baseline, the width corresponding to a difference between an extrapolated melting start temperature which is a temperature at an intersection point between a tangent line at an inflection point of the maximum endothermic peak on a low temperature side and the baseline, and an extrapolated melting end temperature which is a temperature at an intersection point between a tangent line at an inflection point of the maximum endothermic peak on a high temperature side and the baseline, and wherein the particles contain water in a ratio of 4.5 mass% or more and 15 mass% or less, the peak temperature of a maximum endothermic peak, the width of the maximum endothermic peak and the water ratio being determined according to the methods disclosed in the description.
A biopsy incision device comprising a proximal side, to be arranged on a skin surface, and a distal side, said distal side comprising a blade actuator associated with at least one cutting blade, said blade actuator and said at least one cutting blade being suspended at a pivoting point on said distal side, such that said blade actuator and said at least one cutting blade may pivot around a pivoting axis, such that said at least one cutting blade may cut said skin surface, wherein the at least one cutting blade is formed with two cutting blades, arranged such that their proximal edges substantially meet, wherein the blades are configured with a curvature, characterized in that the two cutting blades are configured to pivot around the common pivoting axis which is formed at the pivoting point.
An electronic device comprising: a first housing; a second housing; a flexible display disposed from one surface of the first housing to one surface of the second housing across an area in which the hinge module is disposed; a hinge cover disposed between at least a part of the first housing and at least a part of the second housing and configured to accommodate and cover at least a part of a hinge module; at least one hinge module coupled to the first housing and the second housing and configured to allow rotation of the first housing and the second housing with respect to each other between a folded position and an unfolded position; a first battery accommodated in the first housing; a first circuit board accommodated in the first housing, the first circuit board includes a part disposed between the first battery and the hinge cover and the part providing an area to which at least one flexible printed circuit board, FPCB, is connected; and wherein the at least one FPCB extends from an interior of the first housing to an interior of the second housing, and is at least partially disposed between the hinge cover and the flexible display, wherein a portion of the at least one FPCB is disposed between the first battery and the part of the first circuit board. a first housing; a second housing; a flexible display disposed from one surface of the first housing to one surface of the second housing across an area in which the hinge module is disposed; a hinge cover disposed between at least a part of the first housing and at least a part of the second housing and configured to accommodate and cover at least a part of a hinge module; at least one hinge module coupled to the first housing and the second housing and configured to allow rotation of the first housing and the second housing with respect to each other between a folded position and an unfolded position; a first battery accommodated in the first housing; a first circuit board accommodated in the first housing, the first circuit board includes a part disposed between the first battery and the hinge cover and the part providing an area to which at least one flexible printed circuit board, FPCB, is connected; and wherein the at least one FPCB extends from an interior of the first housing to an interior of the second housing, and is at least partially disposed between the hinge cover and the flexible display, wherein a portion of the at least one FPCB is disposed between the first battery and the part of the first circuit board.
A computer-implemented method comprising: authenticating a login credential of a user by a scheduler, wherein the login credential is included in an original service request of the user for a database service; determining the user has privileges for the original service request by the scheduler; creating a modified service request from the original service request by the scheduler based on a predefined role corresponding to the privileges of the user; and forwarding, by the scheduler, the modified service request to a DBaaS, Database as a Service, platform, wherein an instance (150, 152) of database service can be assigned to the user in response to the modified service request, wherein authenticating the login credential of the user comprises authenticating the user by the scheduler and authenticating the scheduler by the DBaaS platform, and wherein authenticating the user by the scheduler comprises decrypting a cookie stored on the scheduler using a private key of the user. authenticating a login credential of a user by a scheduler, wherein the login credential is included in an original service request of the user for a database service; determining the user has privileges for the original service request by the scheduler; creating a modified service request from the original service request by the scheduler based on a predefined role corresponding to the privileges of the user; and forwarding, by the scheduler, the modified service request to a DBaaS, Database as a Service, platform, wherein an instance (150, 152) of database service can be assigned to the user in response to the modified service request, wherein authenticating the login credential of the user comprises authenticating the user by the scheduler and authenticating the scheduler by the DBaaS platform, and wherein authenticating the user by the scheduler comprises decrypting a cookie stored on the scheduler using a private key of the user.
An embolic device comprising a body having proximal and distal sides, with a radiopaque marker positioned within the body and held adjacent the distal side by at least one filament, characterized in that: the at least one filament (i) extends from the marker, (ii) is attached to the proximal side of the body, and (iii) has a length configured to allow the at least one filament to be slack when the body is expanded and to cause the marker to align with the body when the body is in a compressed configuration. the at least one filament (i) extends from the marker, (ii) is attached to the proximal side of the body, and (iii) has a length configured to allow the at least one filament to be slack when the body is expanded and to cause the marker to align with the body when the body is in a compressed configuration.
A fuel cell, comprising: a power generating element having a solid oxide electrolyte layer, a first electrode arranged on one principal surface of the solid oxide electrolyte layer, and a second electrode arranged on the other principal surface of the solid oxide electrolyte layer; a first separator arranged on the first electrode, wherein the first separator has a first separator body and a plurality of first channel forming portions arranged at intervals from one another so as to protrude toward the first electrode side from the first separator body and dividedly forming a plurality of first channels between the first separator body and the first electrode; a second separator arranged on the second electrode, wherein the second separator has a second separator body, and a plurality of second channel forming portions arranged at intervals from one another so as to protrude toward the second electrode side from the second separator body and dividedly forming a plurality of second channels between the second separator body and the second electrode; and a first porous body arranged between the plurality of first channel forming portions and the first electrode; wherein the first separator has a via hole electrode (12c1) extending from a surface of the first channel forming portion on a side opposite to the first separator body to a surface of the first separator body on a side opposite to the first channel forming portion, and the first porous body has a porous main body formed of an insulating member, and an electrode formed in the porous main body and electrically connecting the via hole electrode (12c1) and the first electrode. a power generating element having a solid oxide electrolyte layer, a first electrode arranged on one principal surface of the solid oxide electrolyte layer, and a second electrode arranged on the other principal surface of the solid oxide electrolyte layer; a first separator arranged on the first electrode, wherein the first separator has a first separator body and a plurality of first channel forming portions arranged at intervals from one another so as to protrude toward the first electrode side from the first separator body and dividedly forming a plurality of first channels between the first separator body and the first electrode; a second separator arranged on the second electrode, wherein the second separator has a second separator body, and a plurality of second channel forming portions arranged at intervals from one another so as to protrude toward the second electrode side from the second separator body and dividedly forming a plurality of second channels between the second separator body and the second electrode; and a first porous body arranged between the plurality of first channel forming portions and the first electrode;
A ball socket assembly, comprising: a housing with an inner bore; a bearing received in said inner bore of said housing, said bearing being made as a monolithic piece of a plastic material, and said bearing having a curved bearing surface which surrounds a ball cavity; a ball stud having a ball portion and a shank portion, said ball portion being received in said ball cavity of said bearing, and said ball portion having an equator; said curved bearing surface of said bearing being in slidable contact with said ball portion of said ball stud on opposite axial sides of said equator; and said plastic material of said bearing comprising 8-12 mass percent polytetrafluoroethylene, 2-6 mass percent carbon fibers, and the remainder acetal. a housing with an inner bore; a bearing received in said inner bore of said housing, said bearing being made as a monolithic piece of a plastic material, and said bearing having a curved bearing surface which surrounds a ball cavity; a ball stud having a ball portion and a shank portion, said ball portion being received in said ball cavity of said bearing, and said ball portion having an equator; said curved bearing surface of said bearing being in slidable contact with said ball portion of said ball stud on opposite axial sides of said equator; and said plastic material of said bearing comprising 8-12 mass percent polytetrafluoroethylene, 2-6 mass percent carbon fibers, and the remainder acetal.
An electroluminescence device comprising at least one electroluminescence light source for emitting a primary radiation, preferably having wavelengths between 200nm and 490nm, and at least one color-converting element, arranged in the path of the rays of the primary radiation, for partial absorption of the primary radiation and emission of a secondary radiation, and wherein the color-converting element comprises a first planar surface which faces the electroluminescence light source and a second surface which has a structure for improving the light outcoupling from the color-converting element, characterized by the color-converting element having a dimension in the radiation direction of the primary radiation which is smaller than an average scattering length of the primary radiation in the color-converting element.
Device for cleaning vehicle surfaces such as headlamps, comprising at least one nozzle carrier for mounting on a cleaning liquid supply tube (4a, 4b), the nozzle carrier defining at least one cleaning liquid supply conduit for a pressurized cleaning fluid and being provided with at least one cleaning fluid distribution chamber, said chamber communicating with said cleaning liquid supply conduit and with at least one spray nozzle mounted on said nozzle carrier, wherein said distribution chamber is provided with at least one inlet port which in a non-pressurized state is closed by a fluid valve and wherein said fluid valve is designed as a springless valve, wherein the fluid valve comprises a resilient diaphragm-type sealing member, wherein the resilient diaphragm-type sealing member defines a valve body, which in a non-pressurized condition sealingly engages a valve seat and may be disengaged from the valve seat by the pressure of the cleaning fluid, wherein the resilient diaphragm-type sealing member comprises a cup-shaped diaphragm provided with a peripheral mounting flange, the diaphragm defining a substantially flat sealing surface yieldingly engaging the valve seat and being displaceable relative to the mounting flange upon the action of the fluid pressure, wherein the diaphragm-type sealing member forms the bottom of the cleaning liquid distribution chamber, characterized in that the peripheral mounting flange is held in the valve housing by a cup-shaped cover, which is snap-fitted in a receiving opening of the nozzle carrier, the cover defining a compensation volume allowing displacement of the sealing member.
Device for turning a workpiece, characterised in that it comprises: - a frame; - a carriage, translationally mobile in said frame; - means for jacking in order to displace said carriage; - a gripping interface for said workpiece, mobile in rotation around a pivot axis (X 12), relative to said carriage; - a plate, rigidly secured to said interface and extending radially relative to the pivot axis; - a rod, mounted pivotingly around a fixed rod axis relatively to said frame, and of which a free end provided to be removable secured to an anchor (A-D) on said plate. characterised in that the plate comprises at least three, preferably four, anchors (A-D) radially separated from the turning axis, with said anchors being preferably equidistant between them, and substantially arranged on a circle around the turning axis. - a frame; - a carriage, translationally mobile in said frame; - means for jacking in order to displace said carriage; - a gripping interface for said workpiece, mobile in rotation around a pivot axis (X 12), relative to said carriage; - a plate, rigidly secured to said interface and extending radially relative to the pivot axis; - a rod, mounted pivotingly around a fixed rod axis relatively to said frame, and of which a free end provided to be removable secured to an anchor (A-D) on said plate.
A purified substantially homogenous cell population isolated from human retinal tissue of a 14 to 18 week old fetus comprising at least 80% human retinal progenitor cells having the following positive surface markers: SSEA4, CD73, PTK7, and PSA-NCAM, and lacking the neural stem cell markers CD15 and CD133.
A method of cleaning a heat-transfer surface connected to a masonry structure of a combustion boiler, in which method the surface is cleaned by blasting solid particles onto it, in essentially water-free conditions, characterised in that a metal surface, in particular steel surface, is cleaned,_the blasting is carried out at a pressure of 8-12 bar, using particles of nickel slag, with - a hardness of greater than 6° on the Mohs scale of hardness, especially greater than 6° and at maximum approximately 8° on the Mohs scale, - a density of 3.1-4.2 g/cm 3, most suitably 3.3-3.9 g/cm 3, for example 3.5-3.8 g/cm 3, - a bulk density which is greater than 1.8 g/cm 3, especially 1.85 g/cm 3 or greater, and - the particle size used is 0.3-2.5 mm. - a hardness of greater than 6° on the Mohs scale of hardness, especially greater than 6° and at maximum approximately 8° on the Mohs scale, - a density of 3.1-4.2 g/cm 3, most suitably 3.3-3.9 g/cm 3, for example 3.5-3.8 g/cm 3, - a bulk density which is greater than 1.8 g/cm 3, especially 1.85 g/cm 3 or greater, and - the particle size used is 0.3-2.5 mm.
Wire-rope-installation unit which comprises a wire rope and a device which is intended for installing the wire rope, is fastened at one end of the wire rope and has a connecting element, which is arranged at the end of the wire rope, wherein the installation device has a sleeve, which engages around a lateral surface of an end portion of the wire rope, characterized in that outer strands of the wire rope are separated off from the wire rope in a rope portion in which the wire rope is arranged within the sleeve.