mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a printed circuit board comprising: a pattern of electrical contacts on a first surface of the printed circuit board, the pattern comprising a first portion and a second portion, the first portion being operative to receive a first connector portion and the second portion being operative to receive a second connector portion, the first portion being compliant with a first communications link type and the first and second portions being jointly compliant with a second communications link type; a select circuit to select one of a direct connection and a capacitive connection between portions of conductive traces; first conductive traces (612(a), 612(b), 614) coupled to the first portion and connections for a first device, the first conductive traces being selectively configurable by the select circuit according to a selected one of the first and second communications link types; and second conductive traces (616, 618) coupled to the second portion and the connections for the first device. a printed circuit board comprising: a pattern of electrical contacts on a first surface of the printed circuit board, the pattern comprising a first portion and a second portion, the first portion being operative to receive a first connector portion and the second portion being operative to receive a second connector portion, the first portion being compliant with a first communications link type and the first and second portions being jointly compliant with a second communications link type; a select circuit to select one of a direct connection and a capacitive connection between portions of conductive traces; first conductive traces (612(a), 612(b), 614) coupled to the first portion and connections for a first device, the first conductive traces being selectively configurable by the select circuit according to a selected one of the first and second communications link types; and second conductive traces (616, 618) coupled to the second portion and the connections for the first device. a pattern of electrical contacts on a first surface of the printed circuit board, the pattern comprising a first portion and a second portion, the first portion being operative to receive a first connector portion and the second portion being operative to receive a second connector portion, the first portion being compliant with a first communications link type and the first and second portions being jointly compliant with a second communications link type; a select circuit to select one of a direct connection and a capacitive connection between portions of conductive traces; first conductive traces (612(a), 612(b), 614) coupled to the first portion and connections for a first device, the first conductive traces being selectively configurable by the select circuit according to a selected one of the first and second communications link types; and second conductive traces (616, 618) coupled to the second portion and the connections for the first device.
An in vitro method of differentiation from human stem cells to hepatocytes, comprising the steps providing embryonic stem cells or induced pluripotent stem cells (iPS), inducing the pluripotent stem cells by incubation with a humoral differentiation-inducing factor selected from the group consisting of Activin and bFGF, transducing the pluripotent stem cells comprising the mesendodermal cells, the endodermal cells and hepatic stem cells with one or more genes selected from HEX, HNF4A, HNF6 and SOX17 genes into stem cells using an adenovirus vector and culturing the cells together with hepatozyte growth factor to obtain hepatocytes. providing embryonic stem cells or induced pluripotent stem cells (iPS), inducing the pluripotent stem cells by incubation with a humoral differentiation-inducing factor selected from the group consisting of Activin and bFGF, transducing the pluripotent stem cells comprising the mesendodermal cells, the endodermal cells and hepatic stem cells with one or more genes selected from HEX, HNF4A, HNF6 and SOX17 genes into stem cells using an adenovirus vector and culturing the cells together with hepatozyte growth factor to obtain hepatocytes.
A stator for a rotary injection valve, comprising a single stator body having a stator sealing surface and a plurality of ports on the stator sealing surface including a sample port to receive a flow of a chromatographic sample, a mobile phase port to receive a flow of a mobile phase, a waste port to dispense the flow of the chromatographic sample to waste and a column port to provide the flow of the mobile phase to a chromatographic column, the single stator body further including a sample load channel disposed therein below the stator sealing surface; the sample load channel extending between a first port and a second port in the stator sealing surface.
A method of processing lightfield data representative of a scene, said lightfield data comprising a plurality of elements organized in a set of views of the scene, 4-dimensional coordinates being associated with each element of said plurality of elements, wherein the method comprises: - associating a ray with each element, said ray being obtained from the 4-dimensional coordinates associated with each said element; - determining a depth information for each said element; - determining an origin of each said ray in the scene according to said depth information; - grouping rays with a same origin in the scene to form a plurality of groups; - for at least one pair of groups of said plurality of groups, establishing a relationship between a first group of rays and a second group of rays forming said at least one pair, a weight being associated with said relationship and determined by: ∘ for each ray of said first group, calculating a difference between a ray of said second group and said ray of said first group, when the element associated with said ray of said second group is comprised in a neighborhood of the element associated with said ray of said first group; ∘ determining said weight by summing said differences; - graph-based processing said lightfield data according to said plurality of groups and said relationship, graph nodes of the graph being based on said groups and graph edges of the graph being based on said relationship. - associating a ray with each element, said ray being obtained from the 4-dimensional coordinates associated with each said element; - determining a depth information for each said element; - determining an origin of each said ray in the scene according to said depth information; - grouping rays with a same origin in the scene to form a plurality of groups; - for at least one pair of groups of said plurality of groups, establishing a relationship between a first group of rays and a second group of rays forming said at least one pair, a weight being associated with said relationship and determined by: ∘ for each ray of said first group, calculating a difference between a ray of said second group and said ray of said first group, when the element associated with said ray of said second group is comprised in a neighborhood of the element associated with said ray of said first group; ∘ determining said weight by summing said differences; ∘ for each ray of said first group, calculating a difference between a ray of said second group and said ray of said first group, when the element associated with said ray of said second group is comprised in a neighborhood of the element associated with said ray of said first group; ∘ determining said weight by summing said differences; - graph-based processing said lightfield data according to said plurality of groups and said relationship, graph nodes of the graph being based on said groups and graph edges of the graph being based on said relationship.
A blood collecting device comprising: a puncture hole portion; a container having an opening portion and a closing portion, and holding the opening portion in an upward-facing state, the container being adapted to be movable to a position below the puncture hole portion; a fixing unit for fixing a blood collecting target in a state where the blood collecting target faces the puncture hole portion; a compression body for pressurizing the blood collecting target; a pressure source (132, 503) for applying negative pressure to the puncture hole portion; and a puncture unit (101, 120) positioned below the puncture hole portion, for puncturing the blood collecting target through the puncture hole portion after the blood collecting target has been pressurized by the compression body, negative pressure has been applied to the puncture hole portion by the pressure source and the container has been moved away from the position below the puncture hole portion; wherein the container and the puncture unit are configured such as to be replaceable after blood collecting. a puncture hole portion; a container having an opening portion and a closing portion, and holding the opening portion in an upward-facing state, the container being adapted to be movable to a position below the puncture hole portion; a fixing unit for fixing a blood collecting target in a state where the blood collecting target faces the puncture hole portion; a compression body for pressurizing the blood collecting target; a pressure source (132, 503) for applying negative pressure to the puncture hole portion; and a puncture unit (101, 120) positioned below the puncture hole portion, for puncturing the blood collecting target through the puncture hole portion after the blood collecting target has been pressurized by the compression body, negative pressure has been applied to the puncture hole portion by the pressure source and the container has been moved away from the position below the puncture hole portion; wherein the container and the puncture unit are configured such as to be replaceable after blood collecting.
A recording apparatus comprising: a medium support unit that is capable of moving by driving of a motor in a moving direction and is capable of supporting a medium; a recording unit for recording an image onto the medium supported on the medium support unit; and a control unit configured to cause the motor to execute an assist operation for assisting the movement of the medium support unit when recognizing the movement of the medium support unit without depending on the driving of the motor; wherein a strength of the assist force in the assist operation is configured so that the medium support unit is not propelled by the assist force's self. a medium support unit that is capable of moving by driving of a motor in a moving direction and is capable of supporting a medium; a recording unit for recording an image onto the medium supported on the medium support unit; and a control unit configured to cause the motor to execute an assist operation for assisting the movement of the medium support unit when recognizing the movement of the medium support unit without depending on the driving of the motor; wherein a strength of the assist force in the assist operation is configured so that the medium support unit is not propelled by the assist force's self.
Lift and propulsion device for a vertical or short take-off and landing aerodyne, by the effect of lift obtained by blowing an airflow produced by an airflow generator (2; 2A, 2B; 2C, 2D) over lift airfoils connected to a support structure, the device comprising two substantially rectilinear longitudinal airfoils disposed on either side of the support structure and substantially parallel to the roll axis of the device, the two longitudinal airfoils being symmetrical to each other with respect to the plane defined by the roll axis and the yaw axis, characterized in that the airflow generator comprises at least one blower the axis whereof is vertical or at a maximum angle of approximately 30° to the yaw axis, mounted in the support structure, with a maximum diameter that corresponds to the extreme rotation diameter of the blower blades, more than 50% of the width ( l 1) of the support structure.
A screw assembly characterised by comprising: a screw with a longitudinal axis including a proximal end with ahead portion and a distal end with a threaded portion; an insert operably coupled with the head portion and configured to rotate relative to the head portion about the longitudinal axis, wherein the insert comprises at least a first portion spaced apart from a second portion, wherein the first portion and second portion are independently rotatable with respect to the head portion of the screw; and wherein the insert further comprises at least two extensions projecting radially away from the longitudinal axis and one extension is disposed on the first portion and one extension is disposed on the second portion; and a body member operably coupled with the insert and configured to pivot relative to the insert about a transverse axis normal to a plane parallel to the longtudinal axis. a screw with a longitudinal axis including a proximal end with ahead portion and a distal end with a threaded portion; an insert operably coupled with the head portion and configured to rotate relative to the head portion about the longitudinal axis, wherein the insert comprises at least a first portion spaced apart from a second portion, wherein the first portion and second portion are independently rotatable with respect to the head portion of the screw; and wherein the insert further comprises at least two extensions projecting radially away from the longitudinal axis and one extension is disposed on the first portion and one extension is disposed on the second portion; and
A downhole crossover tool (200,500), comprising: external means for communicating fluid flow through an external port in a first axial bore of the external means; internal means (220,600) positioning in the first axial bore for communicating the fluid flow from a second axial bore of the internal means (220,600) to the first axial bore through an internal port (222, 522, 606) in the second axial bore of the internal means (220, 600); characterised by means (223,224,225) disposed on the crossover tool for rotatably supporting the internal means (220,600) within the first axial bore of the external means; and means (222,310,420,522,606) disposed on the internal means (220,600) for rotating the internal means (220,600) relative to the external means, wherein the means (222,310,420,522,606) for rotating the internal means (220,600) tends to rotate the internal means (220,600) in response to the fluid flow communicated in the second axial bore at least until the internal port (222,522,606) aligns with the external port. external means for communicating fluid flow through an external port in a first axial bore of the external means; internal means (220,600) positioning in the first axial bore for communicating the fluid flow from a second axial bore of the internal means (220,600) to the first axial bore through an internal port (222, 522, 606) in the second axial bore of the internal means (220, 600); characterised by means (223,224,225) disposed on the crossover tool for rotatably supporting the internal means (220,600) within the first axial bore of the external means; and means (222,310,420,522,606) disposed on the internal means (220,600) for rotating the internal means (220,600) relative to the external means, wherein the means (222,310,420,522,606) for rotating the internal means (220,600) tends to rotate the internal means (220,600) in response to the fluid flow communicated in the second axial bore at least until the internal port (222,522,606) aligns with the external port.
An in-vehicle electronic device comprising: at least one guide portion (5, 6) provided in a fixed portion; a moving member movably reciprocatively supported by the at least one guide portion (5, 6); a device main body mounted on the moving member; and a drive portion configured to reciprocate the moving member along the at least one guide portion (5, 6), wherein the drive portion is provided with at least one drive arm (21, 26) supported rotatably about a rotation shaft (15, 16) located between the drive portion and the fixed portion and configured to apply reciprocating force to the moving member, and a drive source configured to rotate the at least one drive arm (21, 26), and characterized in that the at least one drive arm (21, 26) has an elastic portion (21c, 26c), and deflection is imparted to the elastic portion (21c, 26c), the moving member is urged against the at least one guide portion (5, 6) by elastic force exerted by the deflection of the elastic portion (21c, 26c) in the direction of the axial center line of the rotation shaft (15, 16).
Refrigeration appliance, in particular household refrigeration appliance having a refrigerant circuit which comprises a compressor, an evaporator and a shut-off valve between an outlet of the compressor and an inlet of the evaporator, a heater for defrosting the evaporator and a control unit, which is configured to prepare for defrosting of the evaporator by operating the compressor with the shut-off valve closed, wherein the control unit is configured to operate the compressor in a time period between the closing of the shut-off valve and the switching-on of the heater, characterised in that the control unit is connected to a temperature sensor and is configured to switch off the compressor when a first limit value of the temperature detected by the temperature sensor is undershot and to close the shut-off valve before a defrosting of the evaporator if a second limit value of the temperature which lies higher than the first limit value is undershot.
An article for body decoration consisting of a substrate comprising a surface coated with a repositionable hypoallergenic adhesive and a surface decorated with a plurality of decorative elements (2, 3) covering at least 99% of the surface of the substrate, with the substrate consisting of a multilayer lamination comprising at least two laminated layers (4, 5) decorated with the decorative elements (2, 3), at least a portion of which has a full minimum dimension greater than two millimetres, characterized in that the substrate comprises an hypoallergenic coating on the decorated surface.
A driving device, comprising: a driving device body having a drive gear, that is provided in one structure at a movable section of a wind turbine and meshes with a ring gear provided in another structure at the movable section of the wind turbine, and including a brake mechanism that brakes rotation transmitted to the drive gear or rotation output from the drive gear, characterized by further comprising: an abnormality detection unit for monitoring a force generated between the ring gear and the drive gear, wherein output from the drive gear of the driving device body to the ring gear is stopped and a brake by the brake mechanism on rotation is released, when the abnormality detection unit detected an abnormality. a driving device body having a drive gear, that is provided in one structure at a movable section of a wind turbine and meshes with a ring gear provided in another structure at the movable section of the wind turbine, and including a brake mechanism that brakes rotation transmitted to the drive gear or rotation output from the drive gear, characterized by further comprising: an abnormality detection unit for monitoring a force generated between the ring gear and the drive gear, wherein output from the drive gear of the driving device body to the ring gear is stopped and a brake by the brake mechanism on rotation is released, when the abnormality detection unit detected an abnormality. an abnormality detection unit for monitoring a force generated between the ring gear and the drive gear, wherein output from the drive gear of the driving device body to the ring gear is stopped and a brake by the brake mechanism on rotation is released, when the abnormality detection unit detected an abnormality.
A desolventizer-toaster, DT, system comprising: a housing containing a plurality of processing zones each defined by a pair ofadjacent trays vertically spaced from one another, including a first tray,a second tray vertically elevated above and adjacent to the first tray to define a processing zone therebetween; an ejector having an inlet and outlet both located between the first tray and the second tray in the processing zone they define; and a vent having an inlet located between the first tray and the second tray. a housing containing a plurality of processing zones each defined by a pair ofadjacent trays vertically spaced from one another, including a first tray,a second tray vertically elevated above and adjacent to the first tray to define a processing zone therebetween; an ejector having an inlet and outlet both located between the first tray and the second tray in the processing zone they define; and a vent having an inlet located between the first tray and the second tray.
Magazine for a firearm, comprising a magazine body having at least one slit in each of the two sides, a feeder comprising a slide receptacle, and a loading aid, characterized in that the loading aid comprises a first and second slide (30, 40) which are designed so as to be able to be coupled inside the slide receptacle by means of a latch, and the feeder comprises at least one hole in the direction of the slide receptacle, for uncoupling the latch.
An installation for producing supplementary electrical energy for an electricity network, including at least first and second water reservoirs, the first water reservoir (110; 210; 311, 312; 315; 411 to 415; 511, 512) being situated at a first level and the second water reservoir (120; 220; 311, 312; 420; 520) being situated at a second level lower than the first level with a level difference of at least 5 meters, at least one communicating pipe (140; 240; 340; 342; 441, 442; 541) between the first water reservoir (110; 210; 311, 312; 315; 411 to 415; 511, 512) and the second water reservoir (120; 220; 311, 312; 420; 520) having a slope of at least 3% and being provided with at least one remote-controlled valve (150; 250; 350; 352; 451; 541), a hydro-electric generating system (130; 230; 330; 332; 432; 532), a pumping installation (431; 531), and a control circuit, the installation being characterized in that the first water reservoir (210; 311, 312; 411 to 415; 511, 512) situated at ground level comprises at least one individual reservoir that is integrated in underground or semi-underground manner in the foundations of a first artificial building (200; 301, 302, 303) that needs to be built for a primary function of sheltering goods or people independently of a secondary function of producing electricity, and in that the second water reservoir (220, 420, 520) situated at ground level using a natural slope of the ground comprises at least one individual reservoir that is integrated in underground or semi-underground manner in the foundations of a second artificial building that needs to be built for a primary function of sheltering goods or people independently of a secondary function of producing electricity, and in that said individual reservoirs integrated in underground or semi-underground manner in the foundations of artificial buildings (200; 200A; 300) have for each of the first and second water reservoirs a cumulative volume in the range 1000 m 3 to 150, 000 m 3.