mhurhangee/ep-ind-claims huggingface dataset:
A sealable vessel for cell isolation, culture and proliferation, the vessel being a container-like structural body in which isolation, culture and proliferation of target cells of interest can be performed, wherein the vessel comprises a cell separation unit, a primary culture unit and a main vessel unit; the cell separation unit is a structural body comprising a cell separation membrane having fine pores capable of isolating cells by attracting or activating movement of the target cells by utilizing chemotactic factors; the primary culture unit is a container-like structural body that has a culture surface for primary culture on which cells that have passed through the cell separation membrane can be cultured and a releasing structure through which cells and a liquid that have been held inside the primary culture unit can be freely released toward a unit having a culture surface for a subsequent step, the culture surface for primary culture having a size of 10 to 400 cm 2; and the main vessel unit is a container-like structural body that has a culture surface for cell proliferation on which cells that have been released from a culture unit for a preceding step can be cultured, the culture surface for cell proliferation being a culture surface different from the culture surface for primary culture of the primary culture unit, an area of the culture surface for cell proliferation being larger than that of a culture surface of the culture unit for the preceding step, the container-like structural body of the main vessel unit having a structure in which the cell separation unit and all of the culture unit/units for preceding step/steps can be stored. the vessel comprises a cell separation unit, a primary culture unit and a main vessel unit; the cell separation unit is a structural body comprising a cell separation membrane having fine pores capable of isolating cells by attracting or activating movement of the target cells by utilizing chemotactic factors; the primary culture unit is a container-like structural body that has a culture surface for primary culture on which cells that have passed through the cell separation membrane can be cultured and a releasing structure through which cells and a liquid that have been held inside the primary culture unit can be freely released toward a unit having a culture surface for a subsequent step, the culture surface for primary culture having a size of 10 to 400 cm 2; and the main vessel unit is a container-like structural body that has a culture surface for cell proliferation on which cells that have been released from a culture unit for a preceding step can be cultured, the culture surface for cell proliferation being a culture surface different from the culture surface for primary culture of the primary culture unit, an area of the culture surface for cell proliferation being larger than that of a culture surface of the culture unit for the preceding step, the container-like structural body of the main vessel unit having a structure in which the cell separation unit and all of the culture unit/units for preceding step/steps can be stored.
Tilting furniture with a concealment mechanism wherein the furniture comprises a tilting mechanism and an electronic circuit associated therewith, and comprises a main frame and a housing with an opening in which the tilting mechanism and the electronic circuit with a plurality of components are arranged, and comprising a concealment mechanism with: - a movable door arranged in correspondence with the housing, and which has the possibility of movement between a closed position wherein the tilting mechanism and the electronic circuit are concealed, and an open position which allows access to the tilting mechanism and the electronic circuit; - an opening element attached to the door such that, when said opening element is actuated, the door moves to the open position; - at least one fixing and guiding element attached to the door and the frame and whose length determines the maximum displacement of the door; characterised in that the opening element is a traction element that is attached to the door and protrudes from the housing of the furniture such that it is accessible to the user from outside the furniture. - a movable door arranged in correspondence with the housing, and which has the possibility of movement between a closed position wherein the tilting mechanism and the electronic circuit are concealed, and an open position which allows access to the tilting mechanism and the electronic circuit; - an opening element attached to the door such that, when said opening element is actuated, the door moves to the open position; - at least one fixing and guiding element attached to the door and the frame and whose length determines the maximum displacement of the door;
A method for in-flight start of a free turbine engine, the method comprising: rotating a propeller; generating electrical power at an electric generator embedded inside a propeller hub from rotation of the propeller; transmitting the electrical power from the electric generator to an engine starter mounted on a core of the engine via an electric power link; and driving the engine with the engine starter to a sufficient speed while providing fuel to a combustor to light the engine to achieve self-sustaining operation of the engine, characterised by: monitoring one of a power and a torque drawn by the propeller as a function of a current output of the electric generator and combining the current output with air density information to determine propeller drag for use in active drag limiting. rotating a propeller; generating electrical power at an electric generator embedded inside a propeller hub from rotation of the propeller; transmitting the electrical power from the electric generator to an engine starter mounted on a core of the engine via an electric power link; and driving the engine with the engine starter to a sufficient speed while providing fuel to a combustor to light the engine to achieve self-sustaining operation of the engine, characterised by: monitoring one of a power and a torque drawn by the propeller as a function of a current output of the electric generator and combining the current output with air density information to determine propeller drag for use in active drag limiting.
A method for providing messaging session continuity between a plurality of messaging clients (14, 20, 26, 250, 252) of a messaging communication system (10, 170) comprising: establishing a first communication connection between a first messaging client and a message server; accumulating a plurality of client data that includes session history data for a messaging session using the first communication connection; transferring the plurality of client data that includes the session history data from the first messaging client to a second messaging client; and after the transferring, establishing a second communication connection between the second message client having the plurality of client data that includes the session history data and the message server. establishing a first communication connection between a first messaging client and a message server; accumulating a plurality of client data that includes session history data for a messaging session using the first communication connection; transferring the plurality of client data that includes the session history data from the first messaging client to a second messaging client; and after the transferring, establishing a second communication connection between the second message client having the plurality of client data that includes the session history data and the message server.
An abrasive article (200, 500, 600) comprising: a base; a mounting assembly coupled to the base, the mounting assembly comprising an upper mounting member and a separate and discrete lower mounting member, the upper mounting member coupled to the lower mounting member; a grinding segment; and a sector; the grinding segment coupled to the sector, wherein the sector is clamped between a surface (222, 223) of the upper mounting member and a surface of the lower mounting member, characterized in that the lower mounting member has surfaces defining a channel that extends through an arc of a particular circumference and has a radial width suitable for engagement of the upper mounting member therein. a base; a mounting assembly coupled to the base, the mounting assembly comprising an upper mounting member and a separate and discrete lower mounting member, the upper mounting member coupled to the lower mounting member; a grinding segment; and a sector; the grinding segment coupled to the sector, wherein the sector is clamped between a surface (222, 223) of the upper mounting member and a surface of the lower mounting member, characterized in that the lower mounting member has surfaces defining a channel that extends through an arc of a particular circumference and has a radial width suitable for engagement of the upper mounting member therein.
An integral artificial heart implantable in the pericardial cavity, comprising a right ventricle and left ventricle pulsing simultaneously, and the reactive right atrium and left atrium thereof are immersed in a pneumatic space having a variable vacuum D, which are driven, into operation, by a solenoid, acting sequentially, by repulsion, on the permanent magnet discs (20, 21) included in the elastic ventricular membranes (18, 19), which beat simultaneously in the ventricular spaces A1 and A2, and, in the opposite direction, in the pneumatic space D, which houses elastic tubes acting as atria. The said device is used to simultaneously eject systolic volumes, and accept the proportion of continuously returning venous blood to store in the atria, during the systole, such that the said continuous return is not interrupted by sequential systolic closure of the intake ports. The said device characterised in that it is made up of a rigid shell, divided into six hydraulic volumetric spaces A1, A2, B1, B2, C1, C2, and a pneumatic volumetric space D, and within the said shell a transverse structure is integrally built made of ventricular skirts (25, 26), frames (22, 23) and a skeletal structure, acting as an intermediate link, which holds the ventricular membranes (18,19) and the included permanent magnets (20, 21), and between the said membranes supports a cooled solenoid, which, when it interacts with the magnets (20, 21), constitutes the general animated electromagnetic device, where the said ventricular membranes (18,19), rigid parts of the shell and the ventricular skirts (25, 26) define the centre of the shell, the pneumatic volumetric space D, where elastic tubes (49, 50) of hydraulic atrium spaces (C1, C2) are immersed in its pneumatic atmosphere, while the same membranes (18, 19), skirts (25, 26) and the shell constitute the volumetric, hydraulic, ventricular spaces (A1, A2), the said device comprises non-return valves (31, 32, 33, 34) between the atria (C1, C2) and the ventricles (A1, A2), non-return valves (12, 13, 16, 17) between the ventricles (A1, A2) and their arterial outlets (2, 3), carbon dioxide and adrenaline sensors as well as baroreceptors (39, 40) connected to an interactive electronic control device, detached to the outside and as an essential accessory comprises a cooling radiator of the solenoid.
A fluid discharging device that discharges fluid from a plurality of nozzles towards a continuous sheet member which is continuously transported in a transporting direction, the nozzles being arranged in a width direction of the continuous sheet member associated with an absorbent article, comprising: a plurality of valves that correspond to the nozzles and intermittently discharge the fluid from the nozzles by opening and closing operations; a head having the plurality of nozzles, and a controller that controls the opening and closing operations of each of the valves individually depending on a transportation amount of the continuous sheet member, wherein the controller has a shared adjustment value that is represented by a value indicating the transportation amount, and the controller shifts an open-close timing of at least several valves of the plurality of valves from a previously-determined open-close timing of the several valves, based on the shared adjustment value, wherein the head is provided with a supply path which supplies fluid to a flow path in the head, on the downstream side of the supply path, the flow path is divided into branches corresponding to the nozzles so that one branch path is formed for each nozzle, each branch path has a valve which opens and closes the flow path corresponding to the branch path, wherein the controller includes, for each of the valves, a first regulation value that sets up an opening timing and a second regulation value that sets up a closing timing, the first regulation value and the second regulation value are represented by the value indicating the transportation amount, and using the value indicating the transportation amount, the controller controls the opening and closing operations of each of the valves individually depending on the transportation amount, and the controller shifts the first regulation value and the second regulation value associated with each of the valves by the shared adjustment value. a plurality of valves that correspond to the nozzles and intermittently discharge the fluid from the nozzles by opening and closing operations; a head having the plurality of nozzles, and a controller that controls the opening and closing operations of each of the valves individually depending on a transportation amount of the continuous sheet member, wherein the controller has a shared adjustment value that is represented by a value indicating the transportation amount, and the controller shifts an open-close timing of at least several valves of the plurality of valves from a previously-determined open-close timing of the several valves, based on the shared adjustment value, wherein
A tape measure having a winding drum or reel rotatably mounted on a support structure, and a measuring tape attached to the drum so as to be coilable thereon, the support structure comprising a handle that extends radially beyond an upper half of the coiled tape and a bottom edge portion that extends radially beyond a lower half of the coiled tape, characterized in that the bottom edge portion comprises a hand grip, wherein the hand grip comprises one or more recessed or raised grip features.
Injection moulding nozzle comprising a material pipe that forms a flow channel with an inlet opening and an outlet opening, and a heating device that is thermally coupled to the material pipe, wherein the material pipe comprises two pipe sections (30, 40) that are connected to each other at a coupling point, wherein the inlet opening is arranged on the first pipe section and the outlet opening is arranged on the second pipe section, and wherein the first pipe section protrudes into the second pipe section at the coupling point, characterised in that the second pipe section is made of a material with higher thermal conductivity than the first pipe section and in that the first pipe section has a higher thermal expansion coefficient than the second pipe section.
A method of wireless communication operable at a scheduling entity, the method comprising: receiving a capability report from a user equipment, UE, the capability report indicating a capability of the UE to utilize at least one of carrier aggregation, CA, or one or more bandwidth parts; transmitting a command to the UE to reconfigure at least one of a CA configuration or a bandwidth part, BWP, configuration; determining an anticipated response timing of an acknowledgment, ACK, of the command based on the capability report received from the UE; configuring a timeline for completing the reconfiguration of the CA configuration or BWP configuration, the configuring the timeline comprising transmitting one of: the timeline to the UE in a radio resource control, RRC, message; the timeline to the UE in downlink control information, DCI; or ACK/NACK timing in DCI; and receiving the ACK according to the anticipated response timing. receiving a capability report from a user equipment, UE, the capability report indicating a capability of the UE to utilize at least one of carrier aggregation, CA, or one or more bandwidth parts; transmitting a command to the UE to reconfigure at least one of a CA configuration or a bandwidth part, BWP, configuration; determining an anticipated response timing of an acknowledgment, ACK, of the command based on the capability report received from the UE; configuring a timeline for completing the reconfiguration of the CA configuration or BWP configuration, the configuring the timeline comprising transmitting one of: the timeline to the UE in a radio resource control, RRC, message; the timeline to the UE in downlink control information, DCI; or ACK/NACK timing in DCI; and the timeline to the UE in a radio resource control, RRC, message; the timeline to the UE in downlink control information, DCI; or ACK/NACK timing in DCI; and receiving the ACK according to the anticipated response timing.
A method for measuring a caliper of creped tissue paper, the method comprising: using at least one processing device: obtaining an image of a web of creped tissue paper; and identifying a caliper measurement of the web using the image, the caliper measurement based on a dominant frequency of the web and a standard deviation of the intensity of diffusely-reflected light from the web. obtaining an image of a web of creped tissue paper; and identifying a caliper measurement of the web using the image, the caliper measurement based on a dominant frequency of the web and a standard deviation of the intensity of diffusely-reflected light from the web.
A connection element (10, 10', 10", 10"', 10x, 10y) for a support frame system with at least two support frame elements (500, 520), comprising at least two part elements (12, 14) which are configured substantially in U form, which can be or are joined together in mirror-inverted form, namely can be or are plugged into one another in mirror-inverted form, with the first part element being connectable or connected to at least one fastening element (100, 200, 300) and with the second part element being connected to at least one positioning element and/or having at least one positioning element, with the at least one positioning element protruding at the front side after the joining of the two part elements (12, 14) or plugging the two part elements (12, 14) into one another,
A luminescent solar concentrator comprising an aqueous microemulsion including at least one photoluminescent compound, wherein said aqueous microemulsion comprises: - from 20% by weight to 90% by weight of water with respect to the total weight of surfactant + co-surfactant + water; - from 3% by weight to 25% by weight of at least one surfactant with respect to the total weight of surfactant + co-surfactant + water; - from 6% by weight to 50% by weight of at least one co-surfactant with respect to the total weight of surfactant + co-surfactant + water; - from 1% by weight to 90% by weight of at least one organic solvent immiscible with water with respect to the total weight of organic solvent immiscible with water + water; - from 0.02% by weight to 2% by weight of at least one photoluminescent compound with respect to the total weight of photoluminescent compound + organic solvent immiscible with water. - from 20% by weight to 90% by weight of water with respect to the total weight of surfactant + co-surfactant + water; - from 3% by weight to 25% by weight of at least one surfactant with respect to the total weight of surfactant + co-surfactant + water; - from 6% by weight to 50% by weight of at least one co-surfactant with respect to the total weight of surfactant + co-surfactant + water; - from 1% by weight to 90% by weight of at least one organic solvent immiscible with water with respect to the total weight of organic solvent immiscible with water + water; - from 0.02% by weight to 2% by weight of at least one photoluminescent compound with respect to the total weight of photoluminescent compound + organic solvent immiscible with water.
A troubleshooting method based on network function virtualization, comprising: obtaining, by a virtualized network function manager, VNFM, node, fault information of at least one virtualized network function, VNF, node that provides a virtualized network service and fault information of at least one network function virtualization infrastructure, NFVI, node that provides virtual resources for the virtual network service; and performing, by the VNFM node, a fault correlation analysis on the virtualized network service, the at least one VNF node, and the at least one NFVI node according to the fault information of the at least one VNF node and the fault information of the at least one NFVI node. obtaining, by a virtualized network function manager, VNFM, node, fault information of at least one virtualized network function, VNF, node that provides a virtualized network service and fault information of at least one network function virtualization infrastructure, NFVI, node that provides virtual resources for the virtual network service; and performing, by the VNFM node, a fault correlation analysis on the virtualized network service, the at least one VNF node, and the at least one NFVI node according to the fault information of the at least one VNF node and the fault information of the at least one NFVI node.
A method of determining usage of a construction machine by determining a volume of material milled including a milling drum, the milling drum having a drum width, the method comprising: (a) detecting with at least one profile sensor at least one profile parameter of a ground surface in front of the milling drum; (b) detecting with at least one distance sensor at least one distance parameter corresponding to a distance traveled by the construction machine; characterized by (c) determining with at least one depth sensor at least one depth parameter corresponding to a milling depth of the milling drum, and (d) determining the volume of material milled at least partially as a function of the profile parameter, the depth parameter and the distance parameter. (a) detecting with at least one profile sensor at least one profile parameter of a ground surface in front of the milling drum; (b) detecting with at least one distance sensor at least one distance parameter corresponding to a distance traveled by the construction machine; characterized by (c) determining with at least one depth sensor at least one depth parameter corresponding to a milling depth of the milling drum, and (d) determining the volume of material milled at least partially as a function of the profile parameter, the depth parameter and the distance parameter.