mhurhangee/ep-ind-claims huggingface dataset:
A combined elevatable stage, comprising a main platform, sub-platforms and a main control system, the main platform includes a base structure, main platform fixing and guiding devices, and main platform actuating devices; the main platform fixing and guiding devices are positioned at both ends of the said base structure; elevatable sub-platforms are secured to the top of the said main platform; when the main platform moves vertically as a whole, the sub-platforms move vertically and relatively, or move individually; all the sub-platforms can move individually, synchronistically or in groups; characterized in that the base structure is a steel structure; the main platform actuating devices include symmetrically-disposed hydraulic cylinders and hydraulic driving means, and the top ends of said hydraulic cylinders are secured to a main truss beneath said base structure; said hydraulic cylinders are employed to elevate and support the base structure to move vertically.
An imaging system comprising: a. a light source; b. one or more cameras operably coupled to an objective lens to capture a plurality of fields; c. a stage configured to support a susbtrate, wherein said stage is configured to move along a defined path adjacent to said light source; d. an encoder mechanically operably coupled to said stage; e. a position processing module configured to receive positional information from said encoder and perform a plurality of calculations of a plurality of positions for said stage, wherein said plurality of calculations is a function of a velocity measurement or a position measurement of said stage and said position processing module is configured to output said plurality of calculations as a calibration waveform; f. a scanning mirror coupled to an axis adjacent to said defined path operably coupled to said position processing module to receive said calibration waveform; and g. a control module configured to operate components (a)-(f) synchronously. a. a light source; b. one or more cameras operably coupled to an objective lens to capture a plurality of fields; c. a stage configured to support a susbtrate, wherein said stage is configured to move along a defined path adjacent to said light source; d. an encoder mechanically operably coupled to said stage; e. a position processing module configured to receive positional information from said encoder and perform a plurality of calculations of a plurality of positions for said stage, wherein said plurality of calculations is a function of a velocity measurement or a position measurement of said stage and said position processing module is configured to output said plurality of calculations as a calibration waveform; f. a scanning mirror coupled to an axis adjacent to said defined path operably coupled to said position processing module to receive said calibration waveform; and g. a control module configured to operate components (a)-(f) synchronously.
A vascular filter device comprising: a filter comprising one or more filter elements, the one or more filter elements being movable from a capturing position to capture thrombus passing through a blood vessel to an open position to facilitate unrestricted blood flow, and a holder to hold the filter element in the capturing position, wherein the filter element is biased towards the open position, and the holder is configured to temporarily hold the filter element in the capturing position until elapse of a predetermined period of time, at least part of the holder extends through an opening in the filter element to hold the filter element in the capturing position, and characterised in that the filter comprises a plurality of filter elements, and in the capturing position the filter elements are arranged with the openings aligned radially in a straight line. a filter comprising one or more filter elements, the one or more filter elements being movable from a capturing position to capture thrombus passing through a blood vessel to an open position to facilitate unrestricted blood flow, and a holder to hold the filter element in the capturing position, wherein the filter element is biased towards the open position, and the holder is configured to temporarily hold the filter element in the capturing position until elapse of a predetermined period of time, at least part of the holder extends through an opening in the filter element to hold the filter element in the capturing position, and characterised in that the filter comprises a plurality of filter elements, and in the capturing position the filter elements are arranged with the openings aligned radially in a straight line.
Motor-driven articulated haptic interface arm comprising at least: - a frame; - an arm linked to said frame so as to be rotationally mobile about at least one axis, forces being liable to be applied to said arm by its environment; - motor means comprising a rotor, designed to deliver at least one maximum resistant torque about said axis opposing at least one part of said forces applied to said arm by its environment; - a main transmission for the transmission to said arm of said resistant torque generated by said motor means about said axis, said main transmission comprising a capstan-type cable reducer; - means for evaluating said resistant torque transmitted to said arm by said motor means; - means for braking the rotation of said arm about said axis; - means for activating said means for braking when said maximum resistant torque is reached by said motor means; - means for evaluating (101, 102, 103), after activation of said means for braking, the forces transmitted to said arm by said environment, comprising means for determining at least one piece of information representing a deformation of said transmission under the effect of said forces; - means for deactivating said means for braking when said piece of information representing a deformation of said transmission goes below a predetermined threshold value. - a frame; - an arm linked to said frame so as to be rotationally mobile about at least one axis, forces being liable to be applied to said arm by its environment; - motor means comprising a rotor, designed to deliver at least one maximum resistant torque about said axis opposing at least one part of said forces applied to said arm by its environment; - a main transmission for the transmission to said arm of said resistant torque generated by said motor means about said axis, said main transmission comprising a capstan-type cable reducer; - means for evaluating said resistant torque transmitted to said arm by said motor means; - means for braking the rotation of said arm about said axis; - means for activating said means for braking when said maximum resistant torque is reached by said motor means; - means for evaluating (101, 102, 103), after activation of said means for braking, the forces transmitted to said arm by said environment, comprising means for determining at least one piece of information representing a deformation of said transmission under the effect of said forces; - means for deactivating said means for braking when said piece of information representing a deformation of said transmission goes below a predetermined threshold value.
A method of increasing production of a recombinant protein, said method comprising culturing a host cell expressing said protein in cell culture medium comprising an effective amount of a triazine dye or supplemented with an effective amount of a triazine dye, wherein the host cell is a mammalian host cell and wherein the effective amount of triazine dye is ranged between 1 μM to 90 μM.
An air-conditioning apparatus, comprising: an air inlet through which air is suctioned; a fan configured to generate an air flow by suctioning the air from the air inlet; an electrical component box having a box body housing a control board configured to control an actuator provided in a main body, a lid that covers an opening of the box body, characterised in that the box further includes a flange part positioned in a flow path of the air flow, the flange part being for fastening the lid to the box body; and a flow straightening part that covers the flange part, the flow straightening part including a flow straightening plate having a curved surface or a slanting surface over the flange part to cover the flange part, and a back plate that supports the flow straightening plate and is fastened to the lid, the flow straightening plate having a through-hole at a position facing a screw hole of the flange part. an air inlet through which air is suctioned; a fan configured to generate an air flow by suctioning the air from the air inlet; an electrical component box having a box body housing a control board configured to control an actuator provided in a main body, a lid that covers an opening of the box body, characterised in that the box further includes a flange part positioned in a flow path of the air flow, the flange part being for fastening the lid to the box body; and a flow straightening part that covers the flange part, the flow straightening part including a flow straightening plate having a curved surface or a slanting surface over the flange part to cover the flange part, and a back plate that supports the flow straightening plate and is fastened to the lid, the flow straightening plate having a through-hole at a position facing a screw hole of the flange part.
A low NOx emitting furnace comprising: - a wall and a combustion chamber inside the wall, - a low NOx burner adapted to employ furnace gas recirculation inside the combustion chamber of the furnace, the burner comprising: - an elongated tube for connection to a combustion air supply, - a combustion air spinner defining an axis of the burner, - a plurality of first fuel gas spuds having fuel gas discharge orifices, wherein, - the tube being installed on the wall and extending a substantial distance from the wall into the combustion chamber, - a plurality of elongated air ports for connection to the combustion air supply and extending from the wall into the combustion chamber, downstream discharge ends of the air ports being spaced from the furnace wall and the spinner, - the fuel gas discharge orifices of the first fuel gas spuds being in a vicinity of a downstream end of the spinner, - a second fuel gas spud disposed between each adjacent pair of air ports, being connected to a fuel gas source, and having fuel discharge orifices downstream of the furnace wall and upstream of the discharge ends, characterized in that: - the combustion air spinner being connected to the tube so that a downstream end of the spinner is inside the combustion chamber and remote from the furnace wall, - said second fuel gas spud being arranged relative to the axis proximate radially outermost portions of the air ports. - a wall and a combustion chamber inside the wall, - a low NOx burner adapted to employ furnace gas recirculation inside the combustion chamber of the furnace, the burner comprising: - an elongated tube for connection to a combustion air supply, - a combustion air spinner defining an axis of the burner, - a plurality of first fuel gas spuds having fuel gas discharge orifices, wherein, - the tube being installed on the wall and extending a substantial distance from the wall into the combustion chamber, - a plurality of elongated air ports for connection to the combustion air supply and extending from the wall into the combustion chamber, downstream discharge ends of the air ports being spaced from the furnace wall and the spinner, - the fuel gas discharge orifices of the first fuel gas spuds being in a vicinity of a downstream end of the spinner, - a second fuel gas spud disposed between each adjacent pair of air ports, being connected to a fuel gas source, and having fuel discharge orifices downstream of the furnace wall and upstream of the discharge ends, - the combustion air spinner being connected to the tube so that a downstream end of the spinner is inside the combustion chamber and remote from the furnace wall, - said second fuel gas spud being arranged relative to the axis proximate radially outermost portions of the air ports.
A communications method, characterized by comprising: receiving, by a network device, an updated policy and charging control, PCC, rule of a multicast service; and sending, by the network device to a first base station corresponding to a first multicast session of the multicast service, update information of the first multicast session based on the updated PCC rule; and characterized in that the receiving, by a network device, an updated PCC rule of a multicast service comprises: receiving, by the network device, the updated PCC rule by using a third policy session, wherein the third policy session corresponds to a multicast session of the multicast service, and the multicast session comprises the first multicast session, wherein the third policy session is in a one-to-one correspondence with the multicast session or wherein the third policy session is created for the multicast service. receiving, by a network device, an updated policy and charging control, PCC, rule of a multicast service; and sending, by the network device to a first base station corresponding to a first multicast session of the multicast service, update information of the first multicast session based on the updated PCC rule; and characterized in that the receiving, by a network device, an updated PCC rule of a multicast service comprises: receiving, by the network device, the updated PCC rule by using a third policy session, wherein the third policy session corresponds to a multicast session of the multicast service, and the multicast session comprises the first multicast session, wherein the third policy session is in a one-to-one correspondence with the multicast session or wherein the third policy session is created for the multicast service.
A targeting device for guiding a drill arrangement (11, 12) for forming an arc-shaped bore in an assembly of adjacent bones or bone fragments, comprising: a support frame (2; 5; 7); a pivoting device mounted to the support frame (2; 5; 7) and being arranged to receive the drill arrangement (11; 12) and to allow a pivoting movement of the drill arrangement (11; 12) along an arc-shaped path having a predetermined radius of curvature r c around a pivot axis; characterized in that the support frame (2; 5; 7) is provided with at least three fixation devices (3; 4; 6) each configured to fix one of the bones (14; 15; 16) or fragments of the bone assembly, respectively, to define a fixed position in space of the bone assembly (14; 15; 16) with respect to the pivoting device when the bone assembly is installed to the support frame (2; 5; 7). a support frame (2; 5; 7); a pivoting device mounted to the support frame (2; 5; 7) and being arranged to receive the drill arrangement (11; 12) and to allow a pivoting movement of the drill arrangement (11; 12) along an arc-shaped path having a predetermined radius of curvature r c around a pivot axis; characterized in that the support frame (2; 5; 7) is provided with at least three fixation devices (3; 4; 6) each configured to fix one of the bones (14; 15; 16) or fragments of the bone assembly, respectively, to define a fixed position in space of the bone assembly (14; 15; 16) with respect to the pivoting device when the bone assembly is installed to the support frame (2; 5; 7).
Method for preparing samples for an electron microscope, in particular for a cryo-electron microscope, said method comprising the following steps: - fastening a carrier in a holding device, wherein the holding device is located in an air-conditionable chamber, - applying a sample liquid to the carrier for wetting the surface of the carrier with sample liquid, - diverting the excess sample liquid located on the carrier by means of a diverting means arranged on a pivotable blotting device and receiving the sample liquid in the diverting means, wherein the blotting device is moved towards the carrier by means of a control device for diverting the sample liquid by means of the diverting means, - detecting the change in the optical properties of the diverting means resulting from the excess sample liquid being received in the diverting means using an optical sensor device, which has a light source and a receiver, wherein the light source illuminates the diverting means and the receiver detects the change in the optical properties, and the change in the optical properties of the diverting means is supplied to the control device, - moving the blotting device away from the carrier owing to the change in the optical properties of the diverting means which is detected by the optical sensor device and supplied to the control device. - fastening a carrier in a holding device, wherein the holding device is located in an air-conditionable chamber, - applying a sample liquid to the carrier for wetting the surface of the carrier with sample liquid, - diverting the excess sample liquid located on the carrier by means of a diverting means arranged on a pivotable blotting device and receiving the sample liquid in the diverting means, wherein the blotting device is moved towards the carrier by means of a control device for diverting the sample liquid by means of the diverting means, - detecting the change in the optical properties of the diverting means resulting from the excess sample liquid being received in the diverting means using an optical sensor device, which has a light source and a receiver, wherein the light source illuminates the diverting means and the receiver detects the change in the optical properties, and the change in the optical properties of the diverting means is supplied to the control device, - moving the blotting device away from the carrier owing to the change in the optical properties of the diverting means which is detected by the optical sensor device and supplied to the control device.
Device for producing a high-purity medical glass container from a hollow cylindrical glass blank extending along an axial direction and having at least one open end, the glass blank having a moulded section extending in the axial direction from the open end, which section is in a mouldable state, the device comprising: a. a first moulding tool having a moulding pin, the moulding pin being able to be moved via the open end of the hollow cylindrical glass blank in the moulded section thereof along the axial direction, the moulding pin being fixed in a fixing unit of the first moulding tool; b. a second moulding tool, via which at least the moulded section of the hollow cylindrical glass blank can be deformed, the moulded section being able to be deformed by the second moulding tool in such a way that an inner surface of the moulded section is in contact with the moulding pin, whereby the moulded section forms a channel, characterised in that the fixing unit has at least two jaw-type elements (21, 22) which can be pressed extensively on the moulding pin, whereby the moulding pin can be force-lockingly fixed. a. a first moulding tool having a moulding pin, the moulding pin being able to be moved via the open end of the hollow cylindrical glass blank in the moulded section thereof along the axial direction, the moulding pin being fixed in a fixing unit of the first moulding tool; b. a second moulding tool, via which at least the moulded section of the hollow cylindrical glass blank can be deformed, the moulded section being able to be deformed by the second moulding tool in such a way that an inner surface of the moulded section is in contact with the moulding pin, whereby the moulded section forms a channel,
Method for preparing a powder based on oxide(s) of yttrium, of aluminium and optionally of at least one other element comprising the following steps: a) a step of adding at least one monomer and at least one polymer from the polyether family to a solution comprising the yttrium, the aluminium and optionally at least one other element, the yttrium, the aluminium and optionally at least the other element being in cationic form, the monomer(s) comprising at least one ethylenic group and at least one polar group capable of forming hydrogen bonds; b) a step of obtaining a gel trapping said solution by polymerisation of the monomer(s) added in a); c) a step of obtaining a xerogel by dehydration of the gel obtained in b); d) a step of obtaining said powder by heat treatment of the xerogel obtained in c). a) a step of adding at least one monomer and at least one polymer from the polyether family to a solution comprising the yttrium, the aluminium and optionally at least one other element, the yttrium, the aluminium and optionally at least the other element being in cationic form, the monomer(s) comprising at least one ethylenic group and at least one polar group capable of forming hydrogen bonds; b) a step of obtaining a gel trapping said solution by polymerisation of the monomer(s) added in a); c) a step of obtaining a xerogel by dehydration of the gel obtained in b); d) a step of obtaining said powder by heat treatment of the xerogel obtained in c).
An absorbent article comprising: a chassis comprising an outer layer, an absorbent layer and inner layer, wherein the chassis further comprises: a first portion, a second portion having a top edge, a waist margin (121,221) extending along the second portion top edge, wherein a length of the waist margin is separated from the second portion top edge by a void (145,245) extending along a section of the second portion top edge, a center portion extending between the first and second portions, and a plurality of side panels connected with the first portion and second portion, wherein the first portion, second portion and side panels form a waist opening and first and second leg openings; and a pouch attached to the chassis second portion outer layer, the pouch having a margin extending along a top edge of the pouch, wherein a length of the pouch margin is separated from the pouch top edge by a void (147,247) extending along a section of the pouch top edge; wherein the second portion waist margin void and the pouch margin void form first and second handles (141,241,143,243). a first portion, a second portion having a top edge, a waist margin (121,221) extending along the second portion top edge, wherein a length of the waist margin is separated from the second portion top edge by a void (145,245) extending along a section of the second portion top edge, a center portion extending between the first and second portions, and a plurality of side panels connected with the first portion and second portion, wherein the first portion, second portion and side panels form a waist opening and first and second leg openings; and a pouch attached to the chassis second portion outer layer, the pouch having a margin extending along a top edge of the pouch, wherein a length of the pouch margin is separated from the pouch top edge by a void (147,247) extending along a section of the pouch top edge; wherein the second portion waist margin void and the pouch margin void form first and second handles (141,241,143,243).