mhurhangee/ep-ind-claims huggingface dataset:
Process for the manufacture of sodium hyaluronate with defined molecular weight ranging from 60 to 2400 kDa and low polydispersity (1.4Mw/Mn) which comprises: a) a fermentation step of Streptococcus equi subsp. zooepidemicus CNCM 1-4645 in a suitable culture medium; b) an ultrafiltration step of the cell-free filtered solution, concentrating and diafiltering the solution in differential pressure conditions (ΔP) from 1.0 to 5.0 barg and at transmembrane pressure from 0.5 to 4.5 barg. a) a fermentation step of Streptococcus equi subsp. zooepidemicus CNCM 1-4645 in a suitable culture medium; b) an ultrafiltration step of the cell-free filtered solution, concentrating and diafiltering the solution in differential pressure conditions (ΔP) from 1.0 to 5.0 barg and at transmembrane pressure from 0.5 to 4.5 barg.
A device for mounting wind turbine components, to lift the components such as the segments forming the tower and the nacelle of a wind turbine, to the positions where these components are mounted to the structure of the wind turbine, characterised in that it comprises a lower portion and an upper portion coupled by means of a swivel joint, the lower portion being associated with a telescopic assembly provided with fastening means for securing to the segments of the already-mounted tower portion of the wind turbine, while a lift is movable along the whole of both portions and provided with other fastening means for securing the components (1, 2) of the wind turbine to be mounted, in order to lift these components (1, 2) of the wind turbine to be mounted to the mounting positions thereof, in movements from the lower portion of the tower, and wherein the device has a weight distribution that is greater at the lower portion than at the upper portion.
An abnormality determining device that determines abnormality of a reduction gear of a motor for a robot, the abnormality determining device comprising: a current value detecting unit configured to detect a current value which is a value of a drive current of the motor, characterized by a variance ratio calculating unit configured to group time-series current values detected in time series by the current value detecting unit at a predetermined time interval, for reducing influence of unevenness of the current values and for more accurately ascertaining the state of the reduction gear, calculate a variance value of the current values of each group, and calculate a variance ratio of each group by dividing the variance value of the current values of a corresponding group by a variance value of a reference current value of the motor when the reduction gear is normal; and a determination unit configured to determine that the reduction gear is abnormal when the variance ratio calculated by the variance ratio calculating unit is equal to or greater than a threshold value. a current value detecting unit configured to detect a current value which is a value of a drive current of the motor, characterized by a variance ratio calculating unit configured to group time-series current values detected in time series by the current value detecting unit at a predetermined time interval, for reducing influence of unevenness of the current values and for more accurately ascertaining the state of the reduction gear, calculate a variance value of the current values of each group, and calculate a variance ratio of each group by dividing the variance value of the current values of a corresponding group by a variance value of a reference current value of the motor when the reduction gear is normal; and group time-series current values detected in time series by the current value detecting unit at a predetermined time interval, for reducing influence of unevenness of the current values and for more accurately ascertaining the state of the reduction gear, calculate a variance value of the current values of each group, and calculate a variance ratio of each group by dividing the variance value of the current values of a corresponding group by a variance value of a reference current value of the motor when the reduction gear is normal; and a determination unit configured to determine that the reduction gear is abnormal when the variance ratio calculated by the variance ratio calculating unit is equal to or greater than a threshold value.
Method for providing laminate panels provided with individualized decors, in particular wood-based laminate panels, for a party B, in particular an end user, comprising the steps: - Providing at least one formatted laminate panel blank by a party A, in particular a laminate manufacturer, wherein the laminate panel blank comprises a carrier plate pressed with a coating as a print base coat and at least one backing and connecting elements inserted into the panel edges, - Printing of at least one decor individually selected by the party B, in particular the end user, on the laminate panel blank by digital printing; - Pressing at least one thermoplastic film coated with at least one lacquer layer onto the printed decoration as a wear layer, wherein the printing of the selected decoration and the pressing of the at least one thermoplastic film onto the printed decoration is performed at the point-of-sale. - Providing at least one formatted laminate panel blank by a party A, in particular a laminate manufacturer, wherein the laminate panel blank comprises a carrier plate pressed with a coating as a print base coat and at least one backing and connecting elements inserted into the panel edges, - Printing of at least one decor individually selected by the party B, in particular the end user, on the laminate panel blank by digital printing; - Pressing at least one thermoplastic film coated with at least one lacquer layer onto the printed decoration as a wear layer,
Electric fluid heater for a vehicle, comprising a heating block 1 comprising an inlet and an outlet for the fluid, a first channel for the fluid intended to flow between the inlet and the outlet, a first tube and a second tube characterized in that opposing ends of the first tube and the second tube are mounted in headers (5, 6), wherein the tubes (20a, 20b) comprise heating elements and wherein the first channel is delimited by a top plate and a bottom plate sealingly connected to the first tube, the second tube and the headers (5, 6).
An end user or IOT device, comprising: a container environment comprising a plurality of containers (FIG. 4, containers 1-X) each having one or more applications and each container is associated with exactly one network slice (FIG. 4, slices 1-X) uniquely identifying the association; and a container manager (FIG. 4, container manager) configured to control communication between the applications and the network slices, wherein the container manager prohibits communication between a first application in a first container and a second application in a second container. a container environment comprising a plurality of containers (FIG. 4, containers 1-X) each having one or more applications and each container is associated with exactly one network slice (FIG. 4, slices 1-X) uniquely identifying the association; and a container manager (FIG. 4, container manager) configured to control communication between the applications and the network slices, wherein the container manager prohibits communication between a first application in a first container and a second application in a second container.
An articulated joint for orthopaedic orthoses or braces comprising a rest platform, two bodies (16, 17) connected to said platform, each of which is adapted to receive a longitudinal end provided with peripheral toothing (18, 19) of a respective bar or upright (20, 21), each bar or upright (20, 21) being respectively connected by means of a respective rotation pin (22, 23), to one of said two bodies (16, 17) and being pivotable in rotation relative to a respective longitudinal axis of the rotation pin (22, 23), each of said two bodies (16, 17) being hinged onto said platform by means of a common pin slidably applied on which there is a slider with peripheral toothing adapted to cooperate with the peripheral toothing of each respective bar or upright (20, 21), characterised in that one of said bodies (16, 17) comprises a first circular sector-shaped element (16") provided with peripheral toothing and pivotable about the longitudinal axis of said common pin, in that the other of said bodies (16, 17) comprises a second rotating nut-shaped element provided with internal teeth, in that said first element (16") and said second element cooperate with each other by means of the respective teeth so as to allow a synchronised rotation of the two bodies (16, 17) and thus of the two bars or uprights (20, 21) about the longitudinal axis of said common pin.
A control method for a goods processing apparatus having an ink-jet printhead, wherein the ink-jet printhead is mounted on a carriage and carries out a horizontal and a vertical motion, characterized by a control of a driving motor, which is connected to the carriage, in order to generate a vertical motion of the ink-jet printhead in the z-direction in addition to a motion of the ink-jet printhead prior to the printing process in the y-direction from a changing position or sealing position into at least one other position, particularly a printing position or cleaning position, wherein a print carrier is in the printing position moved in the transport direction x during the printing process and the ink-jet printhead is arranged stationarily, wherein the control of the driving motor takes place in a program-controlled manner, and wherein a subroutine of the control method for vertically adjusting a carriage of a printing module in the z-direction is invoked in at least one program step of a program for displacing the ink-jet printhead in the y-direction into one of the positions.
An antibody that binds and neutralizes the inhibitory activity of NKG2A for use in the treatment of disease in an individual having a cancer, wherein antibody competes with HLA-E for binding to NKG2A and the treatment comprises administering to the individual the antibody for at least one administration cycle in which the anti-NKG2A antibody is administered at least twice and in amounts effective to maintain between two successive administrations of the anti-NKG2A antibody, a blood concentration of anti-NKG2A antibody of at least 100 μg/ml, wherein the antibody comprises a CDR-H1 comprising the amino acid sequence SYWMN (SEQ ID NO: 8), a CDR-H2 comprising the amino acid sequence RIDPYDSETHY (SEQ ID NO: 9), a CDR-H3 comprising the amino acid sequence GGYDFDVGTLYWFFDV (SEQ ID NO: 12), a CDR-L1 comprising the amino acid sequence RASENIYSYLA (SEQ ID NO: 13), a CDR-L2 comprising the amino acid sequence NAKTLAE (SEQ ID NO: 14), and an CDR-L3 comprising the amino acid sequence QHHYGTPRT (SEQ ID NO: 15).
An apparatus for reducing the thermal inertia of a component within an electronic display (100, 110), comprising an ambient light sensor adapted to measure ambient light contacting the display (100, 110), a temperature sensor (35, 30, 36) adapted to measure the temperature of the component, a fan (40, 42, 43) adapted to force cooling gas over the component, and a microprocessor in electrical communication with the ambient light sensor, the fan (40, 42, 43), and the temperature sensor (35, 30, 36), the microprocessor being adapted to increase the speed of the fan (40, 42, 43) when a substantial increase in ambient light is measured by the ambient light sensor prior to measuring a substantial increase in the temperature of the component by the temperature sensor (35, 30, 36).
Mechanical seal arrangement comprising: - a rotating slide ring having a first slide surface and a stationary slide ring having a second slide surface which define a sealing gap between them, - wherein the first and second slide surfaces have different hardnesses, - characterized in that the harder slide surface has a diamond coating and the softer slide surface is produced from carbon composite material, wherein the carbon composite material is a silicon carbide graphite composite material comprising silicon carbide, graphite and free silicon, and - an average initial roughness (R a 1) of the first slide surface of the diamond coating is smaller than an average initial roughness (R a 2) of the second slide surface made from carbon composite material. - a rotating slide ring having a first slide surface and a stationary slide ring having a second slide surface which define a sealing gap between them, - wherein the first and second slide surfaces have different hardnesses, - characterized in that the harder slide surface has a diamond coating and the softer slide surface is produced from carbon composite material, wherein the carbon composite material is a silicon carbide graphite composite material comprising silicon carbide, graphite and free silicon, and - an average initial roughness (R a 1) of the first slide surface of the diamond coating is smaller than an average initial roughness (R a 2) of the second slide surface made from carbon composite material.
A method of controlling movement of a robotic cleaning device over an area to be cleaned, being characterized in comprising: the steps: storing at least one representation of the area over which the robotic cleaning device is to move; receiving an instruction to execute a cleaning program; localizing, in response to the instruction, the robotic cleaning device relative to the stored representation; and moving over the area to be cleaned as stipulated by the cleaning program by taking into account the stored representation. storing at least one representation of the area over which the robotic cleaning device is to move; receiving an instruction to execute a cleaning program; localizing, in response to the instruction, the robotic cleaning device relative to the stored representation; and moving over the area to be cleaned as stipulated by the cleaning program by taking into account the stored representation.
Method for identifying workpieces (20, 20a-20e), a production machine producing a large number of workpieces (20, 20a-20e) and the produced workpieces (20, 20a-20e) being distributed in a sorted manner to a plurality of workpiece collecting units (17a-17e), the produced workpieces (20, 20a-20e) being taken to the workpiece collecting units (17a-17e) by means of an automation device, and identification elements (24, 24a-24e) being arranged on the workpiece collecting units (17a-17e), which identification elements each directly and/or indirectly carry information regarding the workpieces (20, 20a-20e) on the workpiece collecting units (17a-17e), characterized in that the identification elements (24, 24a-24e) provided by a provision device, which identification elements each directly and/or indirectly carry information regarding the workpieces (20, 20a-20e) on the workpiece collecting units (17a-17e), are taken from the location of the provision device to a transfer zone in the working region of the automation device by means of a conveying device, and in that the automation device takes each provided identification element (24, 24a-24e) from the transfer zone to the associated workpiece collecting unit (17a-17e).
A cleaning method for a female screw, the method comprising: producing a jet of a cleaning liquid from a nozzle in a direction tilted from a central axis of the female screw without inserting the nozzle in the female screw; and directing the jet to impinge on a thread of the female screw while rotating the jet about the axis; characterised in that the jet intersects with the axis (33, 62) and impinges on the thread. producing a jet of a cleaning liquid from a nozzle in a direction tilted from a central axis of the female screw without inserting the nozzle in the female screw; and directing the jet to impinge on a thread of the female screw while rotating the jet about the axis; characterised in that the jet intersects with the axis (33, 62) and impinges on the thread.
A needle-less injector having a housing (2, 3) comprising: two or more separate chambers defined within said injector for containing liquid to be injected; - each chamber comprising - a liquid outlet positioned at the front end of the injector; and - a dispensing member in contact with the liquid in said chambers and movable in a first direction to reduce the volume of said chamber to cause the liquid contained therein to be expelled through said liquid outlet; the needleless injector further comprising a drive means for actuating said injector, characterised in that the distance between the liquid outlet for each of said chambers is at least 20 mm. two or more separate chambers defined within said injector for containing liquid to be injected; - each chamber comprising - a liquid outlet positioned at the front end of the injector; and - a dispensing member in contact with the liquid in said chambers and movable in a first direction to reduce the volume of said chamber to cause the liquid contained therein to be expelled through said liquid outlet; - each chamber comprising - a liquid outlet positioned at the front end of the injector; and - a dispensing member in contact with the liquid in said chambers and movable in a first direction to reduce the volume of said chamber to cause the liquid contained therein to be expelled through said liquid outlet; - a liquid outlet positioned at the front end of the injector; and - a dispensing member in contact with the liquid in said chambers and movable in a first direction to reduce the volume of said chamber to cause the liquid contained therein to be expelled through said liquid outlet; the needleless injector further comprising a drive means for actuating said injector, characterised in that the distance between the liquid outlet for each of said chambers is at least 20 mm.
A method for measuring a flatness of a sheet material, comprising: projecting a bright and dark pattern made up of bright parts and dark parts onto a surface of a sheet material travelling in a lengthwise direction; picking up an image of the bright and dark pattern with image pickup device (2, 21, 22) to acquire a pattern image, the image pickup device (2, 21, 22) having a field of view larger than a width of the sheet material; and analyzing the acquired pattern image to measure the flatness of the sheet material, wherein a bright and dark pattern in which a bright part is disposed at a predetermined set pitch in respective longitudinal and lateral directions is formed by light emitted from an LED light source including a plurality of LEDs disposed at a predetermined pitch in the respective longitudinal and lateral directions, the bright and dark pattern is projected onto the surface of the sheet material such that the longitudinal direction of the bright and dark pattern lies along a lengthwise direction of the sheet material, and the lateral direction of the bright and dark pattern lies along a width direction of the sheet material, the image pickup device (2, 21, 22) is disposed at a location where the image pickup device (2, 21, 22) can receive light of the bright and dark pattern specularly reflected at the surface of the sheet material, and among current values to be applied to each LED included in the LED light source, the current value to be applied to an LED corresponding to a bright part resulting from specularly reflected light received by the image pickup device (2, 21, 22) is set to be minimum such that the light emitting intensity of the concerned LED is lower than that of other LEDs. a bright and dark pattern in which a bright part is disposed at a predetermined set pitch in respective longitudinal and lateral directions is formed by light emitted from an LED light source including a plurality of LEDs disposed at a predetermined pitch in the respective longitudinal and lateral directions, the bright and dark pattern is projected onto the surface of the sheet material such that the longitudinal direction of the bright and dark pattern lies along a lengthwise direction of the sheet material, and the lateral direction of the bright and dark pattern lies along a width direction of the sheet material, the image pickup device (2, 21, 22) is disposed at a location where the image pickup device (2, 21, 22) can receive light of the bright and dark pattern specularly reflected at the surface of the sheet material, and among current values to be applied to each LED included in the LED light source, the current value to be applied to an LED corresponding to a bright part resulting from specularly reflected light received by the image pickup device (2, 21, 22) is set to be minimum such that the light emitting intensity of the concerned LED is lower than that of other LEDs.
A method of handling a cell selection for a communication device, characterized by the method comprising the following steps performed by the communication device: performing the cell selection in a first one of a normal mode and a coverage enhancement mode, to select a cell; and camping on the cell in a second one of the normal mode and the coverage enhancement mode; wherein at least one first parameter, one first criterion and/or at least one dedicated resource of the coverage enhancement mode for performing the cell selection are different from at least one second parameter, one second criterion and/or at least one dedicated resource of the normal mode for performing the cell selection, wherein the coverage enhancement mode is a mode in which the communication device can complete cell selection easier and/or faster under relaxed requirements; wherein the communication device performs the cell selection in the coverage enhancement mode, if the first one of the normal mode and the coverage enhancement mode is the normal mode and a number of failed cell selections is greater than a first threshold. performing the cell selection in a first one of a normal mode and a coverage enhancement mode, to select a cell; and camping on the cell in a second one of the normal mode and the coverage enhancement mode; wherein at least one first parameter, one first criterion and/or at least one dedicated resource of the coverage enhancement mode for performing the cell selection are different from at least one second parameter, one second criterion and/or at least one dedicated resource of the normal mode for performing the cell selection, wherein the coverage enhancement mode is a mode in which the communication device can complete cell selection easier and/or faster under relaxed requirements; wherein the communication device performs the cell selection in the coverage enhancement mode, if the first one of the normal mode and the coverage enhancement mode is the normal mode and a number of failed cell selections is greater than a first threshold.