mhurhangee/ep-ind-claims huggingface dataset:
PEGylated uricase for use in a method of therapy in a patient while preventing infusion reactions, the method comprising the steps of: a) determining uric acid level in a biological sample from said patient at least 2 hours after each administration of PEGylated uricase; and b) discontinuing the PEGylated uricase therapy thereby preventing infusion reactions when said uric acid level is more than 4 mg/dl and less than 6 mg/dl; wherein the biological sample is selected from the group consisting of blood, serum and plasma. a) determining uric acid level in a biological sample from said patient at least 2 hours after each administration of PEGylated uricase; and b) discontinuing the PEGylated uricase therapy thereby preventing infusion reactions when said uric acid level is more than 4 mg/dl and less than 6 mg/dl;
A housing device comprising: - sealing material - an annular case having a split portion at at least one location in a circumferential direction thereby forming a plurality of split segments (12d, 12u), and being for enclosing an outer circumferential surface of a fluid pipe in a sealed state by way of the sealing material; and - a clamp that is configured to cause the plurality of split segments (12d, 12u) that make up the case to be joined when the split portion is clamped; - wherein bolt holes for respectively permitting insertion therethrough of adjustment bolts are provided at either end of the case; and - characterised in that protrusions are formed in such fashion as to protrude in the circumferential direction only at locations on joint surfaces provided at ends in the circumferential direction of the split segments (12d, 12u) that are at either end, in a pipe axial direction of the fluid pipe, of the case, the protrusions not being formed within a region toward an interior in the pipe axial direction from the bolt holes. - sealing material - an annular case having a split portion at at least one location in a circumferential direction thereby forming a plurality of split segments (12d, 12u), and being for enclosing an outer circumferential surface of a fluid pipe in a sealed state by way of the sealing material; and - a clamp that is configured to cause the plurality of split segments (12d, 12u) that make up the case to be joined when the split portion is clamped; - wherein bolt holes for respectively permitting insertion therethrough of adjustment bolts are provided at either end of the case; and - characterised in that protrusions are formed in such fashion as to protrude in the circumferential direction only at locations on joint surfaces provided at ends in the circumferential direction of the split segments (12d, 12u) that are at either end, in a pipe axial direction of the fluid pipe, of the case, the protrusions not being formed within a region toward an interior in the pipe axial direction from the bolt holes.
Flat floodlight having at least one flat radiating surface and an edge region surrounding said flat radiating surface, comprising at least one aerodynamic component (100, 200), wherein the aerodynamic component (100, 200) has an aerodynamic side (101, 201) and is mounted in the edge region such that the aerodynamic side (101, 201) reduces the flow resistance of the flat floodlight, wherein the aerodynamic side (101, 201) extends from the front side of the flat floodlight to the rear side thereof.
An optical member comprising: a substrate; and an antireflection film on the substrate, the antireflection film including a porous layer at the surface thereof, the porous layer containing silicon oxide particles and a binder, the porous layer being provided with a fluororesin on at least part of the surface of the porous layer, characterized in that a part of the fluororesin is present in the porous layer such that the atomic ratio of the fluorine concentration at the surface of the porous layer to the fluorine concentration at a depth of 25 nm from the surface is in the range of 4 to 12; the atomic ratio of fluorine to silicon at the surface of the porous layer is in the range of 0.5 to 3; and the porous layer contains a plurality of chainlike silicon oxide particles which are bound to each other. a substrate; and an antireflection film on the substrate, the antireflection film including a porous layer at the surface thereof, the porous layer containing silicon oxide particles and a binder, the porous layer being provided with a fluororesin on at least part of the surface of the porous layer, characterized in that a part of the fluororesin is present in the porous layer such that the atomic ratio of the fluorine concentration at the surface of the porous layer to the fluorine concentration at a depth of 25 nm from the surface is in the range of 4 to 12; the atomic ratio of fluorine to silicon at the surface of the porous layer is in the range of 0.5 to 3; and the porous layer contains a plurality of chainlike silicon oxide particles which are bound to each other.
A drive device for moving a movable part of a piece of furniture, comprising: a housing that can be connected to a body of the furniture; an actuator, which is connected to the housing; a first toothed rack, which can be moved by the actuator along an axis of movement between a first end position and a second end position; a second toothed rack which is firmly connected to the housing; and a toothed actuating element which engages with the first toothed rack and the second toothed rack and can be connected to the movable part of the furniture. a housing that can be connected to a body of the furniture; an actuator, which is connected to the housing; a first toothed rack, which can be moved by the actuator along an axis of movement between a first end position and a second end position; a second toothed rack which is firmly connected to the housing; and a toothed actuating element which engages with the first toothed rack and the second toothed rack and can be connected to the movable part of the furniture.
A tubing string for use in a subterranean well, the tubing string comprising: at least one well screen; at least one first flow control device which selectively prevents and permits substantially unrestricted flow through the well screen; and at least one second flow control device, the second flow control device being remotely operable, and wherein the second flow control device variably restricts flow through the well screen, characterized by, further comprising at least one optical waveguide which is operative to sense at least one property of a fluid which flows through the well screen, and wherein the optical waveguide is positioned external to the well screen. at least one well screen; at least one first flow control device which selectively prevents and permits substantially unrestricted flow through the well screen; and at least one second flow control device, the second flow control device being remotely operable, and wherein the second flow control device variably restricts flow through the well screen, characterized by, further comprising at least one optical waveguide which is operative to sense at least one property of a fluid which flows through the well screen, and wherein the optical waveguide is positioned external to the well screen.
An antibody that specifically recognizes glypican-3, which comprises a heavy chain variable region and a light chain variable region, and its heavy chain variable region comprises: CDR1 of the amino acid sequence of SEQ ID NO: 73, CDR2 of the amino acid sequence of SEQ ID NO: 74 and CDR3 of the amino acid sequence of SEQ ID NO: 75; and its light chain variable region comprises CDR1 of the amino acid sequence of SEQ ID NO: 76, CDR2 of the amino acid sequence of SEQ ID NO: 77 and CDR3 of the amino acid sequence of SEQ ID NO: 78.
Apparatus for separating one or more material fractions from at least one material stream of flowable loose bulk material, preferably composed of fragments of recyclable plastics, - having a directing device by way of which the material stream is guided under the action of gravity, - having an optical scanning device for spectroscopic identification of composition-dependent or nature-dependent properties of individual fragments contained in the material stream, and - having a separation device for mechanical separation of the individual fragments contained in the material stream in dependence upon identification results of the optical scanning device, wherein the directing device is configured as the outer surface of a rotational solid or truncated pyramid that widens towards the bottom, and the optical scanning device has a light source for generating a light beam, which light source is arranged in the axial projection of the rotational solid or truncated pyramid within the base surface thereof, and a rotating optical deflecting element which is arranged to deflect the light beam in such a way that the latter intersects the material stream that is distributed over the outer surface of the directing device in a scanning plane below the rotational solid or truncated pyramid, characterised in that above the directing device there are arranged a plurality of sector-shaped silos (11a-11h) from which a plurality of material streams are guided by way of the directing device, and for each of the silos (11a-11h) there are provided below the directing device two or more corresponding selection channels (15a, 15b) arranged on different radii from the axis of the rotational solid or truncated pyramid, and the directing device has substantially vertically extending separating bars for separating different material streams as they pass along the directing device. - having a directing device by way of which the material stream is guided under the action of gravity, - having an optical scanning device for spectroscopic identification of composition-dependent or nature-dependent properties of individual fragments contained in the material stream, and - having a separation device for mechanical separation of the individual fragments contained in the material stream in dependence upon identification results of the optical scanning device,
A straw for containing a biological material, the straw consisting of a polymeric member having an axial body defining an axial passage between a pair of body ends, the axial body having an exterior surface, an interior surface and a thickness between the exterior surface and the interior surface, wherein the thickness between the exterior surface and the interior surface is between about 0.1 mm and about 0.3 mm, and the straw is further characterized by being formed of a polymeric matrix including an additive dye with at least one maximum absorbance wavelength; and a laser etched mark in the form of a two-dimensional bar code on the exterior surface of the axial body, the laser etched mark being formed by a laser source matched to the at least one maximum absorbance wavelength of the dye, wherein the straw remains unwarped and impermeable to fluids. a polymeric matrix including an additive dye with at least one maximum absorbance wavelength; and a laser etched mark in the form of a two-dimensional bar code on the exterior surface of the axial body, the laser etched mark being formed by a laser source matched to the at least one maximum absorbance wavelength of the dye, wherein the straw remains unwarped and impermeable to fluids.
Method for operating a sensor arrangement in a motor vehicle on the basis of a DSI protocol, having the following features: a. the sensor arrangement comprises at least one processing unit and at least one active sensor unit (20A - 20F) having a transmitter for transmitting a signal (30, 32, 34) and a receiver for receiving an echo signal (31, 33, 35), said transmitter and receiver being connected to one another via a bus of two lines, and b. the communication between the processing unit and the active sensor unit (20A - 20F) occurs repeatedly in a sequence having the following part phases: ∘ in a CRM phase "Command and Response Mode", bidirectional communication takes place between the processing unit and the active sensor unit (20A - 20F), ∘ in a power phase, a transmission of energy from the processing unit to the active sensor unit (20A - 20F) takes place, and ∘ in a PDCM phase "Periodic Data Collection Mode", after a synchronizing signal that is transmitted from the processing unit, a unidirectional transmission of data takes place from the active sensor unit (20A - 20F) to the processing unit. a. the sensor arrangement comprises at least one processing unit and at least one active sensor unit (20A - 20F) having a transmitter for transmitting a signal (30, 32, 34) and a receiver for receiving an echo signal (31, 33, 35), said transmitter and receiver being connected to one another via a bus of two lines, and b. the communication between the processing unit and the active sensor unit (20A - 20F) occurs repeatedly in a sequence having the following part phases: ∘ in a CRM phase "Command and Response Mode", bidirectional communication takes place between the processing unit and the active sensor unit (20A - 20F), ∘ in a power phase, a transmission of energy from the processing unit to the active sensor unit (20A - 20F) takes place, and ∘ in a PDCM phase "Periodic Data Collection Mode", after a synchronizing signal that is transmitted from the processing unit, a unidirectional transmission of data takes place from the active sensor unit (20A - 20F) to the processing unit. ∘ in a CRM phase "Command and Response Mode", bidirectional communication takes place between the processing unit and the active sensor unit (20A - 20F), ∘ in a power phase, a transmission of energy from the processing unit to the active sensor unit (20A - 20F) takes place, and ∘ in a PDCM phase "Periodic Data Collection Mode", after a synchronizing signal that is transmitted from the processing unit, a unidirectional transmission of data takes place from the active sensor unit (20A - 20F) to the processing unit.
Device for the production of plastic grille for vehicles made in one single piece, characterised in that it comprises: • at least a feed unit, of the shut-off or diverter type, for shutting off the flow of material or diverting it to other cavities, which allows complete parts with two or more components to be obtained every time the mould is opened; • an injection unit suitable for shutting off or diverting the flow of plastic material by means of a two- or multi-way valve without operating directly on the tip of the nozzle; • a rotational mould comprising four identical punches mounted on the fixed part of the press all complete with their own injection system and four dies, two of which to obtain the central part of the grille with the mesh and the other two to obtain the rim or logo or any other element desired on the grille of different colour or material and wherein the injection of the part is on the same side as the ejection and therefore the plastic part always remains stationary and in contact with the injection points, and wherein the device comprises a combination of injectors which alternate in sequence during moulding. • at least a feed unit, of the shut-off or diverter type, for shutting off the flow of material or diverting it to other cavities, which allows complete parts with two or more components to be obtained every time the mould is opened; • an injection unit suitable for shutting off or diverting the flow of plastic material by means of a two- or multi-way valve without operating directly on the tip of the nozzle; • a rotational mould comprising four identical punches mounted on the fixed part of the press all complete with their own injection system and four dies, two of which to obtain the central part of the grille with the mesh and the other two to obtain the rim or logo or any other element desired on the grille of different colour or material
A content delivery method comprising: using a delivery server to monitor a wireless network to determine if network conditions correspond to network preferences for content delivery, the network preferences being related to at least one of a price of content delivery and a network speed condition, and specified in metadata associated with the content and communicated to the delivery server; delivering content if network conditions correspond to the network preferences specified in the metadata; and if network conditions do not correspond to the network preferences, storing the content at the delivery server for future delivery when network conditions correspond to the network preferences specified in the metadata. using a delivery server to monitor a wireless network to determine if network conditions correspond to network preferences for content delivery, the network preferences being related to at least one of a price of content delivery and a network speed condition, and specified in metadata associated with the content and communicated to the delivery server; delivering content if network conditions correspond to the network preferences specified in the metadata; and if network conditions do not correspond to the network preferences, storing the content at the delivery server for future delivery when network conditions correspond to the network preferences specified in the metadata.
A control unit for an endoscope and for a robot, said endoscope being adapted to generate an intra-operative endoscopic image of a blood vessel tree within an anatomical region and said robot being adapted to move the endoscope within the anatomical region, the control unit comprising: an endoscope controller adapted to generate an endoscopic path within the anatomical region, wherein the endoscopic path is derived from a matching of a graphical representation of the intra-operative endoscopic image of the blood vessel tree to a graphical representation of a pre-operative three-dimensional image of the blood vessel tree; and a robot controller adapted to convert endoscopic position commands from the endoscope controller into robot actuator commands and to command the robot to move the endoscope within the anatomical region in accordance with the endoscopic path. an endoscope controller adapted to generate an endoscopic path within the anatomical region, wherein the endoscopic path is derived from a matching of a graphical representation of the intra-operative endoscopic image of the blood vessel tree to a graphical representation of a pre-operative three-dimensional image of the blood vessel tree; and a robot controller adapted to convert endoscopic position commands from the endoscope controller into robot actuator commands and to command the robot to move the endoscope within the anatomical region in accordance with the endoscopic path.
A medical system for treating a tissue region, comprising: a medical device having a first, second, and third electrode positionable in proximity to the tissue region, the first and third electrodes positioned on opposite sides of, and adjacent to, the second electrode; a ground electrode positionable away from the tissue region; and a control unit having a radiofrequency generator coupled to the first, second, and third electrodes, the radiofrequency generator programmed to: direct an electrical current between the second electrode and the ground electrode to ablate at least a first portion of the tissue region; and direct an electrical current between the first electrode and the third electrode to ablate at least a second portion of the tissue region, the second portion of the tissue region surrounding the first portion of the tissue region. a medical device having a first, second, and third electrode positionable in proximity to the tissue region, the first and third electrodes positioned on opposite sides of, and adjacent to, the second electrode; a ground electrode positionable away from the tissue region; and a control unit having a radiofrequency generator coupled to the first, second, and third electrodes, the radiofrequency generator programmed to: direct an electrical current between the second electrode and the ground electrode to ablate at least a first portion of the tissue region; and direct an electrical current between the first electrode and the third electrode to ablate at least a second portion of the tissue region, the second portion of the tissue region surrounding the first portion of the tissue region. direct an electrical current between the second electrode and the ground electrode to ablate at least a first portion of the tissue region; and direct an electrical current between the first electrode and the third electrode to ablate at least a second portion of the tissue region, the second portion of the tissue region surrounding the first portion of the tissue region.
Method for the anti-corrosion treatment of a metallic component, characterized by the method steps of: - copper-passivating by means of a water rinse with added copper nitrate solution, - subsequently coating with a powder coating material which has a polyester resin fraction and an epoxy resin fraction, where the component is iron-phosphated beforehand. - copper-passivating by means of a water rinse with added copper nitrate solution, - subsequently coating with a powder coating material which has a polyester resin fraction and an epoxy resin fraction, where
Inductive charging arrangement for motor vehicles having a first induction apparatus, which is arranged in particular in a stationary manner, and a second induction apparatus, which can be mounted on the motor vehicle, wherein the first induction apparatus comprises a first coil device and the second induction apparatus comprises a second coil device and the first coil device and the second coil device are suitable and intended for inductive energy transmission, and wherein the second induction apparatus comprises a control device which is suitable and intended for influencing the currents flowing between the second coil device and a load and/or for enabling a predetermined current flow, wherein the control device comprises an electric rectifier unit and an electric voltage multiplier unit, characterized by a switching device enabling switching between the rectifier unit and the voltage multiplier unit, wherein the switching device is operated at a frequency higher than 10 kHz and lower than 200 kHz, and wherein the charging arrangement comprises a switching control device which is suitable and intended to control a switching state of the switching device and the switching control device is suitable and intended to synchronize switching times of the switching device to a working frequency of a coil current of the second coil device. wherein the first induction apparatus comprises a first coil device and the second induction apparatus comprises a second coil device and the first coil device and the second coil device are suitable and intended for inductive energy transmission, and wherein the second induction apparatus comprises a control device which is suitable and intended for influencing the currents flowing between the second coil device and a load and/or for enabling a predetermined current flow, wherein the control device comprises an electric rectifier unit and an electric voltage multiplier unit, characterized by a switching device enabling switching between the rectifier unit and the voltage multiplier unit, wherein the switching device is operated at a frequency higher than 10 kHz and lower than 200 kHz, and wherein the charging arrangement comprises a switching control device which is suitable and intended to control a switching state of the switching device and the switching control device is suitable and intended to synchronize switching times of the switching device to a working frequency of a coil current of the second coil device.
A method of smoothing the surface of a ceramic matrix composite material part that presents a surface that is undulating and rough, the method being characterized in that a refractory vitreous coating is also deposited directly on the accessible surface of the part, the vitreous coating containing, in percentages by weight: 55% to 70% silica, 5% to 20% alumina, 5% to 15% baryte (BaO), and 5% to 10% lime.