mhurhangee/ep-ind-claims huggingface dataset:
A method for differentiating pluripotent stem cells into cardiomyocytes, said method comprising the steps of: a) providing pluripotent cells at a density of 3 - 7x10 5 /cm 2 b) incubating said cells for 12-48 hours in an insulin free medium comprising 0.3-10 μM of a compound of formula c) incubating said cells for 24-72 hours in an insulin free medium comprising 1-10 μM Wnt- C59, wherein the pluripotent stem cells are human, primate, rodent or dog pluripotent stem cells. a) providing pluripotent cells at a density of 3 - 7x10 5 /cm 2 b) incubating said cells for 12-48 hours in an insulin free medium comprising 0.3-10 μM of a compound of formula c) incubating said cells for 24-72 hours in an insulin free medium comprising 1-10 μM Wnt- C59,
A refrigerator comprising: a main body having a front side thereof open; and a door (101, 102) configured to open and close the open front side of the main body, wherein the door (101, 102) includes: a door body; an upper door cap coupled to an upper end of the door body and having an upper coupling portion formed therein, a door panel separably mounted on the door body, and including an upper trim having an upper trim protrusion that is accommodated in the upper coupling portion while the door panel is mounted on the door body; characterized in that the door further includes: a fixing cover coupled to the upper door cap to cover a portion of an upper surface of the upper door cap, and configured to prevent the upper trim protrusion from being separated from the upper coupling portion when the upper trim protrusion is accommodated in the upper coupling portion, wherein the upper trim protrusion includes an upper trim hole formed to allow the fixing cover to be inserted thereinto while the door panel is mounted on the door body. a main body having a front side thereof open; and a door (101, 102) configured to open and close the open front side of the main body, wherein the door (101, 102) includes: a door body; an upper door cap coupled to an upper end of the door body and having an upper coupling portion formed therein, a door panel separably mounted on the door body, and including an upper trim having an upper trim protrusion that is accommodated in the upper coupling portion while the door panel is mounted on the door body; characterized in that the door further includes: a fixing cover coupled to the upper door cap to cover a portion of an upper surface of the upper door cap, and configured to prevent the upper trim protrusion from being separated from the upper coupling portion when the upper trim protrusion is accommodated in the upper coupling portion, wherein the upper trim protrusion includes an upper trim hole formed to allow the fixing cover to be inserted thereinto while the door panel is mounted on the door body. a fixing cover coupled to the upper door cap to cover a portion of an upper surface of the upper door cap, and configured to prevent the upper trim protrusion from being separated from the upper coupling portion when the upper trim protrusion is accommodated in the upper coupling portion, wherein the upper trim protrusion includes an upper trim hole formed to allow the fixing cover to be inserted thereinto while the door panel is mounted on the door body.
A crusher comprising at least a first crushing blade and a second crushing blade which are arranged to be rotary, one of the crushing blades being also arranged to move back and forth along a linear path, and the rotating axes of the first crushing blade and the second crushing blade being parallel with the linear direction of movement of the second crushing blade, characterized in that the crusher comprises means (4, 6a, 6b) for moving the second crushing blade substantially harmonically back and forth along a linear path, and that the crusher also comprises an eccentric shaft and a slide fitted to transmit the movement of the eccentric shaft to the second crushing blade so that the slide is fitted to remain stationary with respect to the eccentric shaft in the direction of the linear movement to generate constrained back-and-forth linear movement of the second crushing blade.
System for distributing objects that is intended to be interposed between an upstream machine delivering an inlet flow of objects in the form of a single row and a downstream machine requiring an outlet flow of objects in the form of a controlled plurality of rows, having a conveyor belt configured to support and convey the objects in the direction of the flow, a diverter configured to divert the inlet flow towards one of the rows of the outlet flow, and a means for creating sets, configured to separate the inlet flow into sets of a predetermined quantity of objects, said means for creating sets being disposed immediately upstream of the rows of the outlet flow and having a longitudinal passage and at least one endless belt that extends parallel to the passage and that is wound around two rollers, characterized by at least two fingers that are fastened to said at least one endless belt, each of said fingers being intended, when it moves in the direction of the flow, to separate the objects that are situated downstream from those situated upstream of said finger.
A primary wire for a marine or undersea cable having a conductive core and an insulating sheath, said sheath having an inner layer of a polyalkene as a primary insulation, with a wall thickness of at least 0.35mm, and an outer jacket of radiation-crosslinked polymer comprising a compound based on a poly-vinylidene fluoride (PVdF) homopolymer and a copolymer of hexafluoropropene and 1.1'-difluoroethylene having a thickness of at least 0.15mm.
Full body climbing harness comprising: • a pair of leg loops, • a belt, • a pair of shoulder straps comprising first and second shoulder straps (4a, 4b), • a hasp connected to the pair of leg loops, the hasp closing the belt et defining a frontal fixing point, • a first strap forming at least a part of the belt and at least a part of the first shoulder strap, • a second strap forming at least a part of the belt and at least a part of the second shoulder strap, • a first adjustment device configured to adjust both the circumference of the belt and the length of the first shoulder strap, • a second adjustment device configured to adjust both the circumference of the belt and the length of the second shoulder strap, characterized in that the hasp comprises: - a first deflecting element through which the first strap passes so that the portion of first strap forming a front part of the first shoulder strap is in contact with the part of strap forming the belt, the part of strap forming the belt leaving the first deflecting element in the direction of a lumbar part of the belt; - a second deflecting element formed in the hasp and through which the second strap passes so that the second adjustment device is configured to adjust both both the circumference of the belt and the length of the second shoulder strap and in that the first strap and the second strap do not participate in the adjustment of the leg loops. • a pair of leg loops, • a belt, • a pair of shoulder straps comprising first and second shoulder straps (4a, 4b), • a hasp connected to the pair of leg loops, the hasp closing the belt et defining a frontal fixing point, • a first strap forming at least a part of the belt and at least a part of the first shoulder strap, • a second strap forming at least a part of the belt and at least a part of the second shoulder strap, • a first adjustment device configured to adjust both the circumference of the belt and the length of the first shoulder strap, • a second adjustment device configured to adjust both the circumference of the belt and the length of the second shoulder strap, - a first deflecting element through which the first strap passes so that the portion of first strap forming a front part of the first shoulder strap is in contact with the part of strap forming the belt, the part of strap forming the belt leaving the first deflecting element in the direction of a lumbar part of the belt; - a second deflecting element formed in the hasp and through which the second strap passes so that the second adjustment device is configured to adjust both both the circumference of the belt and the length of the second shoulder strap and
A pneumatic braking system for a wheeled cargo trailer, comprising: a set of pneumatically-operated brakes; a glad hands connector (145, 143, 147) coupled to the set of pneumatically-operated brakes; and an adapter operable to provide a pneumatic connection with the pneumatic braking system, wherein the glad hands connector has a first pair of pneumatic couplings (148. 150), a pair of pneumatic conduits extending between the set of pneumatically-operated brakes and the glad hands connector, wherein the adapter further includes a second pair of pneumatic couplings adapted to be attached to a pneumatic source and a third pair of pneumatic couplings adapted to be attached to the first pair of pneumatic couplings of the glad hands connector to provide a pneumatic connection between the adapter and the glad hands connector, characterized in that said pneumatic braking system further comprising a pair of pneumatic conduits (164, 166) that are releasably attachable to the first pair of pneumatic couplings of the glad hands connector and to the third pair of pneumatic couplings of the adapter. a set of pneumatically-operated brakes; a glad hands connector (145, 143, 147) coupled to the set of pneumatically-operated brakes; and an adapter operable to provide a pneumatic connection with the pneumatic braking system, wherein the glad hands connector has a first pair of pneumatic couplings (148. 150), a pair of pneumatic conduits extending between the set of pneumatically-operated brakes and the glad hands connector, wherein the adapter further includes a second pair of pneumatic couplings adapted to be attached to a pneumatic source and a third pair of pneumatic couplings adapted to be attached to the first pair of pneumatic couplings of the glad hands connector to provide a pneumatic connection between the adapter and the glad hands connector, characterized in that said pneumatic braking system further comprising a pair of pneumatic conduits (164, 166) that are releasably attachable to the first pair of pneumatic couplings of the glad hands connector and to the third pair of pneumatic couplings of the adapter.
Adduct composition of - at least one diisocyanate A) and - at least one hydroxy- or amino-functionalized alkylsulfonic acid (derivative) B), characterized in that the adduct composition comprises at least 15% of the alkylsulfonic acid (derivative) radicals, derived from the alkylsulfonic acid (derivative) B), bonded to an allophanate and/or biuret group and/or to a group derived from an allophanate and/or biuret group by addition of diisocyanate A). - at least one diisocyanate A) and - at least one hydroxy- or amino-functionalized alkylsulfonic acid (derivative) B),
A secondary battery, comprising: an electrode body including a positive electrode, a negative electrode, and a separator which is positioned on an outermost surface of the electrode body; a battery case that accommodates the electrode body; and an insulating film that is held in contact with the electrode body and the battery case,: a thermal expansion coefficient of the battery case is lower than those of the insulating film and the separator, portions of the insulating film, which are held in contact with the electrode body and the battery case, are adhered to the separator, which is positioned on the outermost surface of the electrode body, and the battery case, respectively, a first 90 degree peeling strength of an adhesion portion between the insulating film and the battery case is higher than a second 90 degree peeling strength of an adhesion portion between the insulating film and the separator, the first 90 degree peeling strength is equal to or greater than 15 mN/cm, and the second 90 degree peeling strength is equal to or greater than 5 mN/cm. an electrode body including a positive electrode, a negative electrode, and a separator which is positioned on an outermost surface of the electrode body; a battery case that accommodates the electrode body; and an insulating film that is held in contact with the electrode body and the battery case,: a thermal expansion coefficient of the battery case is lower than those of the insulating film and the separator, portions of the insulating film, which are held in contact with the electrode body and the battery case, are adhered to the separator, which is positioned on the outermost surface of the electrode body, and the battery case, respectively, a first 90 degree peeling strength of an adhesion portion between the insulating film and the battery case is higher than a second 90 degree peeling strength of an adhesion portion between the insulating film and the separator, the first 90 degree peeling strength is equal to or greater than 15 mN/cm, and the second 90 degree peeling strength is equal to or greater than 5 mN/cm. a thermal expansion coefficient of the battery case is lower than those of the insulating film and the separator, portions of the insulating film, which are held in contact with the electrode body and the battery case, are adhered to the separator, which is positioned on the outermost surface of the electrode body, and the battery case, respectively, a first 90 degree peeling strength of an adhesion portion between the insulating film and the battery case is higher than a second 90 degree peeling strength of an adhesion portion between the insulating film and the separator, the first 90 degree peeling strength is equal to or greater than 15 mN/cm, and the second 90 degree peeling strength is equal to or greater than 5 mN/cm.
A storage system comprising: a first set of parallel rails or tracks extending in the X-direction, and a second set of parallel rails or tracks extending in a Y-direction transverse to the first set in a substantially horizontal plane to form a grid pattern comprising a plurality of grid spaces; a plurality of stacks of containers located beneath the rails, and arranged such that each stack is located within a footprint of a single grid space; a multiplicity of load handling devices, each load handling device being configured to selectively move laterally in the X and Y directions, above the stacks on the rails, each load handling device comprises a container-receiving space located above the rails, for accommodating a container from the stacks and each load handling device comprises a lifting device arranged to lift a container from a stack into the container receiving space; characterised in that each load handling device has a footprint that occupies only a single grid space in the storage system, such that a load handling device occupying one grid space does not obstruct another load handling device occupying or traversing the adjacent grid spaces in the X and Y directions. a first set of parallel rails or tracks extending in the X-direction, and a second set of parallel rails or tracks extending in a Y-direction transverse to the first set in a substantially horizontal plane to form a grid pattern comprising a plurality of grid spaces; a plurality of stacks of containers located beneath the rails, and arranged such that each stack is located within a footprint of a single grid space; a multiplicity of load handling devices, each load handling device being configured to selectively move laterally in the X and Y directions, above the stacks on the rails, each load handling device comprises a container-receiving space located above the rails, for accommodating a container from the stacks and each load handling device comprises a lifting device arranged to lift a container from a stack into the container receiving space; characterised in that each load handling device has a footprint that occupies only a single grid space in the storage system, such that a load handling device occupying one grid space does not obstruct another load handling device occupying or traversing the adjacent grid spaces in the X and Y directions.
A method for optimizing the capacity of a mobile radio network which at least comprises one base station BS, one base station controller BSC and one switching center MSC, wherein a) at least one group of mobile subscribers is provided and each mobile subscriber has got a mobile terminal, by means of which he communicates via the mobile radio network; b) only one radio channel with only one time slot is allocated by the base station BS to the mobile terminals, in which radio channel the signal transmission for the unidirectional communication will take place, characterized in that c) only one separate unidirectional transmission channel between a base station controller BSC and the switching center MSC will be allocated to the group, via which transmission channel only one speaker of the group reaches the other group members in a unidirectional manner by means of his mobile terminal, and the switching center MSC administers conversation requests and only allows one speaker in one group. a) at least one group of mobile subscribers is provided and each mobile subscriber has got a mobile terminal, by means of which he communicates via the mobile radio network; b) only one radio channel with only one time slot is allocated by the base station BS to the mobile terminals, in which radio channel the signal transmission for the unidirectional communication will take place, c) only one separate unidirectional transmission channel between a base station controller BSC and the switching center MSC will be allocated to the group, via which transmission channel only one speaker of the group reaches the other group members in a unidirectional manner by means of his mobile terminal, and the switching center MSC administers conversation requests and only allows one speaker in one group.
A dental self-adhesive resin cement system, comprising: a polymerizable composition, having a first component and a second component in a 1:1 ratio by weight, the first component comprising an acidic monomer, and the second component comprising a basic filler selected from the group consisting of: Portland cement, tricalcium silicate, dicalcium silicate, calcium oxide, and calcium hydroxide; wherein the first component comprises 10-40% by weight of the acidic monomer, and the second component comprises 5-50% by weight of the basic filler; and wherein the composition has a pH before polymerization of pH 4 or less and a pH after polymerization of pH 8 or more. a polymerizable composition, having a first component and a second component in a 1:1 ratio by weight, the first component comprising an acidic monomer, and the second component comprising a basic filler selected from the group consisting of: Portland cement, tricalcium silicate, dicalcium silicate, calcium oxide, and calcium hydroxide; wherein the first component comprises 10-40% by weight of the acidic monomer, and the second component comprises 5-50% by weight of the basic filler; and wherein the composition has a pH before polymerization of pH 4 or less and a pH after polymerization of pH 8 or more.
A method for offloading network traffic of user equipment from a Radio-Access-Network to a Wireless-local-Area-Network, comprising: determining, by a network node of the Radio-Access-Network, a network identity that is valid for the Radio-Access-Network and the Wireless-local-Area-Network; assigning the network identity to the user equipment, wherein the network identity is constructed to correspond to a temporary offload identifier for authorizing the offloading; and providing the network identity to at least one node of the Wireless-local-Area-Network and the user equipment. determining, by a network node of the Radio-Access-Network, a network identity that is valid for the Radio-Access-Network and the Wireless-local-Area-Network; assigning the network identity to the user equipment, wherein the network identity is constructed to correspond to a temporary offload identifier for authorizing the offloading; and providing the network identity to at least one node of the Wireless-local-Area-Network and the user equipment.
A retroreflective article having a set of a large number of hexagonal retroreflective elements, the retroreflective article comprising: a hexagonal retroreflective element having three quadrilateral reflective lateral faces (face a, face b, and face c), each of the quadrilateral reflective lateral faces sharing three edge lines (HD, HE, and HF) and one apex with each other and being defined by six outer circumferential edges (AE, EC, CD, DB, BF, and FA), the hexagonal retroreflective element having an optical axis passing through the apex and located at an equal distance from the three reflective lateral faces (face a, face b, and face c), wherein at least one reflective lateral face (face a, face b, and/or, face c) is divided into a pair of an upper secondary reflective lateral face (face a1, face b1, and/or face c1) and a lower secondary reflective lateral face (face a2, face b2, and/or face c2), and two secondary reflective lateral faces constituting the pair of the secondary reflective lateral faces are not on same plane, characterized by the retroreflective elements being cube corner retroreflective elements, the upper and lower secondary reflective lateral faces being partitioned by a line segment (EF, FD, and/or DE) connected by apexes (E, F, and/or D) constituting the reflective lateral face. a hexagonal retroreflective element having three quadrilateral reflective lateral faces (face a, face b, and face c), each of the quadrilateral reflective lateral faces sharing three edge lines (HD, HE, and HF) and one apex with each other and being defined by six outer circumferential edges (AE, EC, CD, DB, BF, and FA), the hexagonal retroreflective element having an optical axis passing through the apex and located at an equal distance from the three reflective lateral faces (face a, face b, and face c), wherein at least one reflective lateral face (face a, face b, and/or, face c) is divided into a pair of an upper secondary reflective lateral face (face a1, face b1, and/or face c1) and a lower secondary reflective lateral face (face a2, face b2, and/or face c2), and two secondary reflective lateral faces constituting the pair of the secondary reflective lateral faces are not on same plane, characterized by the retroreflective elements being cube corner retroreflective elements, the upper and lower secondary reflective lateral faces being partitioned by a line segment (EF, FD, and/or DE) connected by apexes (E, F, and/or D) constituting the reflective lateral face.