mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a population of cells expressing markers characteristic of the definitive endoderm lineage, comprising the steps of: a. culturing a population of human pluripotent stem cells, b. differentiating the population of human pluripotent stem cells to a population of cells expressing markers characteristic of the definitive endoderm lineage in medium lacking serum and supplemented with BSA and a factor selected from the group consisting of insulin and IGF-1, wherein the medium is further supplemented with GDF-8 and 14-Prop-2-en-1-yl-3,5,7,14,17,23,27-heptaazatetracyclo[19.3.1.1∼2,6∼.1∼8,12∼] heptacosa-1,2,3,5,8,9,11,21,23-nonaen-16-one. a. culturing a population of human pluripotent stem cells, b. differentiating the population of human pluripotent stem cells to a population of cells expressing markers characteristic of the definitive endoderm lineage in medium lacking serum and supplemented with BSA and a factor selected from the group consisting of insulin and IGF-1, wherein the medium is further supplemented with GDF-8 and 14-Prop-2-en-1-yl-3,5,7,14,17,23,27-heptaazatetracyclo[19.3.1.1∼2,6∼.1∼8,12∼] heptacosa-1,2,3,5,8,9,11,21,23-nonaen-16-one.
A sliding apparatus for a sliding door, comprising: a front top roller part including an upper outer bracket and an upper inner bracket which are fitted and fixed to both upper ends of a front door while being connected to each other by an upper connecting bar, and are formed to slide in both lateral directions after moving forward; a front bottom roller part including a lower outer bracket and a lower inner bracket which are fitted and fixed to both lower ends of the front door while being connected to each other by a lower connecting bar, and are formed to slide in both lateral directions after moving forward; a rear roller part including rear outer brackets and rear inner brackets which are formed at both upper ends and both lower ends of a rear door formed on one side of the front door, so as to slide the rear door; a front rail part including guide rails which are formed on the upper and lower end surfaces of a rear door frame and the upper and lower surfaces of the rear inner bracket, such that the upper inner bracket of the front top roller part and the lower inner bracket of the front bottom roller part slide while moving forward along the guide rails; and a straight rail part including straight rails which are formed at the upper and lower ends of a housing, so as to slide the front door and the rear door in both lateral directions, characterized in that each of the rear outer bracket and the rear inner bracket of the rear roller part includes a rear horizontal roller so as to slide along the straight rail, and connecting rod rollers are formed on the front door side of the rear inner brackets so as to come into rolling contact with the rear portion of the upper connecting bar and the lower connecting bar and thus slide.
Crusher having a crushing member which is driven in an operatively connected manner by way of an eccentric element, such that material for crushing that can be introduced into the crusher can be comminuted by way of a crushing movement of the crushing member that can be generated by way of the eccentric element, wherein at least one eccentric bushing is provided which is connected by way of an active surface to the eccentric element by way of frictional engagement, characterized in that the eccentric bushing has a pressure medium chamber which is formed into the eccentric bushing such that, when the pressure medium chamber is pressurized, the frictional engagement between the eccentric element and the eccentric bushing can be varied.
A downhole integrity testing tool comprising: a substantially cylindrical assembly (12,14) having first and second ends adapted for connection in a work string; an anchor mechanism configured to grip a section of tubular in a well bore; and a packer assembly being settable to create a seal between the tool and the tubular to thereby allow the flow of fluids into a sealed area to perform an integrity test; wherein the anchor mechanism is resettable and characterised in that: the tool is configured to operate in: a first configuration wherein the anchor mechanism and the packer assembly are unset so that rotation of the work string is transmitted through the tool; a second configuration wherein the anchor mechanism is set to grip the tubular and the packer assembly is unset so that fluid may be circulated through the tool without movement of the tool; and a third configuration wherein the anchor mechanism and the packer assembly are both set in order to perform an integrity test. a substantially cylindrical assembly (12,14) having first and second ends adapted for connection in a work string; an anchor mechanism configured to grip a section of tubular in a well bore; and a packer assembly being settable to create a seal between the tool and the tubular to thereby allow the flow of fluids into a sealed area to perform an integrity test; wherein the anchor mechanism is resettable and characterised in that: the tool is configured to operate in: a first configuration wherein the anchor mechanism and the packer assembly are unset so that rotation of the work string is transmitted through the tool; a second configuration wherein the anchor mechanism is set to grip the tubular and the packer assembly is unset so that fluid may be circulated through the tool without movement of the tool; and a third configuration wherein the anchor mechanism and the packer assembly are both set in order to perform an integrity test. a first configuration wherein the anchor mechanism and the packer assembly are unset so that rotation of the work string is transmitted through the tool; a second configuration wherein the anchor mechanism is set to grip the tubular and the packer assembly is unset so that fluid may be circulated through the tool without movement of the tool; and a third configuration wherein the anchor mechanism and the packer assembly are both set in order to perform an integrity test.
A connector, comprising: an attachment part that includes a terminal stand; a panel on which the attachment part is provided; a connector main body that includes a connection terminal connected to a cable, the connection terminal being fastened and fixed to the terminal stand in a state in which the connector main body is mounted to the attachment part; a cable shield shell that covers an introduction part for the cable in the connector main body; and a connection part shield shell that covers a fastening area between the connection terminal and the terminal stand so as to accommodate the cable shield shell inside the connection part shield shell, characterised in that the cable shield shell is connected to a shield layer of the cable, and the cable shield shell is fixed to the panel via a fastening part of the connection part shield shell, wherein the panel includes a screw hole, the cable shield shell includes a shell main body and a fixing piece having a hole section formed at a side of the shell main body, the connection part shield shell includes a bolt insertion hole, the screw hole of the panel, the hole section of the cable shield shell and the bolt insertion hole of the connection part are communicated with each other with a bolt inserted therethrough so that the connection part shield shell is electrically conducted with the panel and the fixing piece of the cable shield shell is pinched by the panel and the connection part shield shell. an attachment part that includes a terminal stand; a panel on which the attachment part is provided; a connector main body that includes a connection terminal connected to a cable, the connection terminal being fastened and fixed to the terminal stand in a state in which the connector main body is mounted to the attachment part; a cable shield shell that covers an introduction part for the cable in the connector main body; and a connection part shield shell that covers a fastening area between the connection terminal and the terminal stand so as to accommodate the cable shield shell inside the connection part shield shell, characterised in that the cable shield shell is connected to a shield layer of the cable, and the cable shield shell is fixed to the panel via a fastening part of the connection part shield shell, wherein the panel includes a screw hole, the cable shield shell includes a shell main body and a fixing piece having a hole section formed at a side of the shell main body, the connection part shield shell includes a bolt insertion hole, the screw hole of the panel, the hole section of the cable shield shell and the bolt insertion hole of the connection part are communicated with each other with a bolt inserted therethrough so that the connection part shield shell is electrically conducted with the panel and the fixing piece of the cable shield shell is pinched by the panel and the connection part shield shell.
A method comprising: receiving configuration information by a user equipment, in the following also referred to as UE, the configuration information applies to selecting WLAN or 3GPP Radio Access Technology, in the following also referred to as RAT; determining, by the UE, if the UE may perform WLAN offload by evaluating 3GPP Radio Access Network, in the following also referred to as RAN, conditions where at least one RAN condition is related to a radio signal strength or radio signal quality in 3GPP RAT; and determining, by the UE, if there is at least one suitable WLAN cell by evaluating WLAN conditions; characterized by determining, by the UE, which traffic is candidate traffic for WLAN off load based on an UE capability, wherein the UE capability means that the UE has capability to only offload all traffic or no traffic, or has capability to do offload on APN level, wherein if one flow for a certain APN is offloaded, all flows for this APN shall be offloaded; and steering, by the UE, the determined candidate traffic to WLAN if the UE may perform WLAN offload and if there is at least one suitable WLAN cell, otherwise steering the determined traffic to 3GPP RAT. receiving configuration information by a user equipment, in the following also referred to as UE, the configuration information applies to selecting WLAN or 3GPP Radio Access Technology, in the following also referred to as RAT; determining, by the UE, if the UE may perform WLAN offload by evaluating 3GPP Radio Access Network, in the following also referred to as RAN, conditions where at least one RAN condition is related to a radio signal strength or radio signal quality in 3GPP RAT; and determining, by the UE, if there is at least one suitable WLAN cell by evaluating WLAN conditions; characterized by determining, by the UE, which traffic is candidate traffic for WLAN off load based on an UE capability, wherein the UE capability means that the UE has capability to only offload all traffic or no traffic, or has capability to do offload on APN level, wherein if one flow for a certain APN is offloaded, all flows for this APN shall be offloaded; and steering, by the UE, the determined candidate traffic to WLAN if the UE may perform WLAN offload and if there is at least one suitable WLAN cell, otherwise steering the determined traffic to 3GPP RAT.
A device for facilitating treatment via a vascular wall defining a vascular lumen containing an occlusion therein, the device comprising: a handle assembly configured to be positioned over an intravascular device, the handle assembly comprising: a handle body threadedly connected to a handle cap, the handle cap being configured to rotate relative to the handle body; and at least one grip sleeve configured to grip a shaft of the intravascular device in response to a rotation of the handle cap relative to the handle body, wherein the handle cap is configured to apply a compressive force to the at least one grip sleeve and the compressive force causes the at least one grip sleeve to bulge; the intravascular device comprising: a shaft having a distal end and a proximal end; a tip fixed to the distal end of the shaft; and a hub fixed to the proximal end of the shaft; wherein the handle assembly is disposed about a proximal portion of the shaft; wherein a guidewire is disposable in a lumen defined by the shaft. a handle assembly configured to be positioned over an intravascular device, the handle assembly comprising: a handle body threadedly connected to a handle cap, the handle cap being configured to rotate relative to the handle body; and at least one grip sleeve configured to grip a shaft of the intravascular device in response to a rotation of the handle cap relative to the handle body, a handle body threadedly connected to a handle cap, the handle cap being configured to rotate relative to the handle body; and at least one grip sleeve configured to grip a shaft of the intravascular device in response to a rotation of the handle cap relative to the handle body, wherein the handle cap is configured to apply a compressive force to the at least one grip sleeve and the compressive force causes the at least one grip sleeve to bulge; the intravascular device comprising: a shaft having a distal end and a proximal end; a tip fixed to the distal end of the shaft; and a hub fixed to the proximal end of the shaft; a shaft having a distal end and a proximal end; a tip fixed to the distal end of the shaft; and a hub fixed to the proximal end of the shaft; wherein the handle assembly is disposed about a proximal portion of the shaft;
A method of coating an electrode slurry on a current collector, the method comprising: forming a lower slurry layer by discharging a slurry through a first discharge port on the current collector moving in a coating direction by using an apparatus for coating an electrode slurry, composed of a lower plate, a middle plate and an upper plate; moving the apparatus in a direction opposite to a discharge direction; and forming an upper slurry layer by discharging a slurry through a second discharge port positioned to be spaced from a downstream side in a coating direction, on the lower slurry layer, wherein ends of the lower plate, the middle plate, and the upper plate are located on a same straight line, and wherein a ratio of an average thickness (D 1) of the lower slurry layer and an average thickness (D 2) of the upper slurry layer is 1:3 to 3:1. forming a lower slurry layer by discharging a slurry through a first discharge port on the current collector moving in a coating direction by using an apparatus for coating an electrode slurry, composed of a lower plate, a middle plate and an upper plate; moving the apparatus in a direction opposite to a discharge direction; and forming an upper slurry layer by discharging a slurry through a second discharge port positioned to be spaced from a downstream side in a coating direction, on the lower slurry layer, wherein ends of the lower plate, the middle plate, and the upper plate are located on a same straight line, and wherein a ratio of an average thickness (D 1) of the lower slurry layer and an average thickness (D 2) of the upper slurry layer is 1:3 to 3:1.
A node connector (69,74,75) suitable for at one of plural spaced apart nodes in a double layer grid-type of space frame for interconnecting at the one node plural framing members of the frame which extend between spaced apart nodes of the frame, the frame having spaced major surfaces in which the nodes are located, the framing members including longitudinal (51,52,57,58,59) and transverse (53, 61) chord members which define the major surfaces and diagonal struts spacing the major surfaces from each other and optional torsion braces, each node having associated with it plural struts which extend to respective different nodes in the other surface of the frame; wherein the node connector has an elongate body defining an open-ended passage having an axis extending along the length of the body which is configured and sized to enable a longitudinal chord member to extend continuously through and beyond the body with the cooperation between the passage and the chord member holding a longitudinal axis of the chord member in substantial alignment with the passage axis; and it defines plural strut and transverse chord member connection surfaces (78, 79, 80, 81, 82, 83, 84, 85, 86, 87) extending laterally from the body substantially parallel to respective planes which intersect substantially centrally of the passage, the connection surfaces enabling struts and transverse chord members substantially disposed in respective ones of the planes to be connected to the node connector, in which at least one of the connection surfaces associated with a particular diagonal plane has sufficient length along the body to enable a pair of struts to be connected to the body via that surface, characterised in that at least two adjacent ones of the connection surfaces are defined by an element of the node connector which is branched into at least two arms, the arms defining the respective surfaces.
An illumination device, comprising: a housing defining an interior region; a light source; a pendulum supporting the light source, at least a portion of the pendulum being disposed within the interior region of the housing; a support member coupled to the housing and the pendulum and configured to allow pivotal movement of the pendulum and the light source relative to the housing; characterised by an electrically powered driving means mounted on the pendulum and configured to produce the pivotal movement of the pendulum. a housing defining an interior region; a light source; a pendulum supporting the light source, at least a portion of the pendulum being disposed within the interior region of the housing; a support member coupled to the housing and the pendulum and configured to allow pivotal movement of the pendulum and the light source relative to the housing; characterised by an electrically powered driving means mounted on the pendulum and configured to produce the pivotal movement of the pendulum.
A chip-scale scanning lidar comprising: a substrate; a two dimensional scanning micromirror for a transmit beam on the substrate; a two dimensional scanning micromirror for a receive beam on the substrate; a laser diode on the substrate; a photodetector on the substrate; a first waveguide on the substrate coupled to a front facet of the laser diode; a first grating outcoupler on the substrate coupled to the first waveguide; a second waveguide on the substrate coupled to a rear facet of the laser diode; a second grating outcoupler on the substrate coupled to the second waveguide; a first fixed micromirror in a dielectric layer (24, 36, 37), the first fixed micromirror optically coupled to the first grating outcoupler; a second fixed micromirror in the dielectric layer (24, 36, 37), the second fixed micromirror optically coupled to the second grating outcoupler; a third fixed micromirror in the dielectric layer (24, 36, 37), the third fixed micromirror optically coupled to the two dimensional scanning micromirror for the receive beam; and a focusing component in the dielectric layer (24, 36, 37), the focusing component optically coupled to the third fixed micromirror; wherein the photodetector is optically coupled to the second fixed micromirror and the third fixed micromirror for coherent detection; the first fixed micromirror being arranged to redirect light from the first grating outcoupler to the two dimensional scanning micromirror for the transmit beam; and wherein the dielectric layer (24, 36, 37) is aligned to and bonded to the substrate over the laser diode and photodetector. a substrate; a two dimensional scanning micromirror for a transmit beam on the substrate; a two dimensional scanning micromirror for a receive beam on the substrate; a laser diode on the substrate; a photodetector on the substrate; a first waveguide on the substrate coupled to a front facet of the laser diode; a first grating outcoupler on the substrate coupled to the first waveguide; a second waveguide on the substrate coupled to a rear facet of the laser diode; a second grating outcoupler on the substrate coupled to the second waveguide; a first fixed micromirror in a dielectric layer (24, 36, 37), the first fixed micromirror optically coupled to the first grating outcoupler; a second fixed micromirror in the dielectric layer (24, 36, 37), the second fixed micromirror optically coupled to the second grating outcoupler; a third fixed micromirror in the dielectric layer (24, 36, 37), the third fixed micromirror optically coupled to the two dimensional scanning micromirror for the receive beam; and a focusing component in the dielectric layer (24, 36, 37), the focusing component optically coupled to the third fixed micromirror; wherein the photodetector is optically coupled to the second fixed micromirror and the third fixed micromirror for coherent detection; the first fixed micromirror being arranged to redirect light from the first grating outcoupler to the two dimensional scanning micromirror for the transmit beam; and wherein the dielectric layer (24, 36, 37) is aligned to and bonded to the substrate over the laser diode and photodetector.
A method for treating a textile product, comprising bringing the textile product into contact with a treatment liquid obtained by mixing the following component, the following component and water: component: an internal olefin sulfonate having 16 or more and 24 or less carbons; and component: a softening base for textile products; wherein the component is one or more compounds selected from a clay mineral and a silicone compound; and wherein a mass ratio of the content of an internal olefin sulfonate having 16 carbons (A C16) and the content of an internal olefin sulfonate having 17 or more and 24 or less carbons (A C17-C24), (A C16) / (A C17-C24), in the component is 0 or more and 0.6 or less. component: an internal olefin sulfonate having 16 or more and 24 or less carbons; and component: a softening base for textile products; wherein the component is one or more compounds selected from a clay mineral and a silicone compound; and wherein a mass ratio of the content of an internal olefin sulfonate having 16 carbons (A C16) and the content of an internal olefin sulfonate having 17 or more and 24 or less carbons (A C17-C24), (A C16) / (A C17-C24), in the component is 0 or more and 0.6 or less.
A method of coating a field joint of a pipeline, the method comprising: placing at least one body comprising a thermoplastics material around the field joint; and heating the body in a mould cavity around the field joint to effect thermal expansion of the thermoplastics material; characterised by constraining thermal expansion of the body in the mould cavity to apply elevated pressure between the body and pipe sections joined at the field joint. placing at least one body comprising a thermoplastics material around the field joint; and heating the body in a mould cavity around the field joint to effect thermal expansion of the thermoplastics material; characterised by constraining thermal expansion of the body in the mould cavity to apply elevated pressure between the body and pipe sections joined at the field joint.