mhurhangee/ep-ind-claims huggingface dataset:
A cleaner comprising: a suction head; a dust collector having a first end mounted on the suction head and including a first dust collecting chamber; an extension member slidably mounted on the dust collector at a second end opposite to the first end of the dust collector; characterized in that a first dirt removing member is disposed at one end of the extension member and having elasticity. a suction head; a dust collector having a first end mounted on the suction head and including a first dust collecting chamber; an extension member slidably mounted on the dust collector at a second end opposite to the first end of the dust collector; characterized in that a first dirt removing member is disposed at one end of the extension member and having elasticity.
Agricultural combine comprising a front end adapted for carrying a header via a feeder and an actuator, wherein the combine comprises a first connecting structure at an upper segment of the front end, and comprises a second connecting structure at a lower segment of the front end, wherein the agricultural combine further comprises an intermediate frame comprising a feeder connector adapted for connecting the feeder, an actuator connector for connecting the actuator is provided at the location of the second connecting structure, and wherein the intermediate frame further comprises second connection means for connecting to the second connecting structure, characterised in that the intermediate frame comprises first connection means for connecting to the first connecting structure.
Compact bus bar assembly for supplying power to a load, said bus bar assembly comprising: at least two electrically conductive tracks which are at least partly covered by an electrically insulating cover, said electrically conductive tracks each comprising at least one output terminal to be connected to said load, wherein said output terminals are formed as pin terminals having an electrically insulating sleeve formed from the electrically insulating cover and partly covering said terminals, characterized in that an outer surface of said insulating cover is provided with a plurality of ribs arranged in a region connecting said pin terminals. at least two electrically conductive tracks which are at least partly covered by an electrically insulating cover, said electrically conductive tracks each comprising at least one output terminal to be connected to said load, wherein said output terminals are formed as pin terminals having an electrically insulating sleeve formed from the electrically insulating cover and partly covering said terminals, characterized in that an outer surface of said insulating cover is provided with a plurality of ribs arranged in a region connecting said pin terminals.
A method for increasing the microbial mass in the rumen of a ruminant comprising the step of adding to the diet of said ruminant hydrolyzed proteins where said hydrolyzed proteins have a degree of hydrolysis of above 28% and/or have more than 23 mg α-amino nitrogen per gram of protein and/or have more than 10% free amino acids.
A positioning tag replacement method, comprising: obtaining, by a positioning server (300, 400), a moving trajectory of a first positioning tag and a moving trajectory of a second positioning tag, wherein the first positioning tag corresponds to a first positioned object, and the second positioning tag has no corresponding positioned object; and setting, by the positioning server, the second positioning tag to correspond to the first positioned object if the positioning server determines that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet a preset condition, characterized in that the positioning server determines that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet a preset condition comprises: if the positioning server determines that both the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag match a preset moving trajectory, and that a distance between the first positioning tag and the second positioning tag meets a threshold, determining, by the positioning server, that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet the preset condition. obtaining, by a positioning server (300, 400), a moving trajectory of a first positioning tag and a moving trajectory of a second positioning tag, wherein the first positioning tag corresponds to a first positioned object, and the second positioning tag has no corresponding positioned object; and setting, by the positioning server, the second positioning tag to correspond to the first positioned object if the positioning server determines that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet a preset condition, characterized in that the positioning server determines that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet a preset condition comprises: if the positioning server determines that both the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag match a preset moving trajectory, and that a distance between the first positioning tag and the second positioning tag meets a threshold, determining, by the positioning server, that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet the preset condition.
An electrostatic rotary sprayer for coating product, this sprayer comprising: - a spraying cup; - a body; - a drive turbine assembled in the body and configured to rotate the spraying cup about an axis of rotation defined by the body; and - electrodes for charging the coating product sprayed by the spraying cup, these electrodes being assembled on a ring attached on the body and each supplied with high voltage through a resistance; characterized in that each resistance extends axially outside the ring and is equipped, at its end opposite the electrode that it supplies, with a first electrical connection plug for electrical connection, with a movement parallel to the axis of rotation, on a second plug of corresponding geometry provided on the body, and in that the ring is configured to be assembled and connected on the body, or disassembled and disconnected from the body while being equipped with the electrodes and the resistances. - a spraying cup; - a body; - a drive turbine assembled in the body and configured to rotate the spraying cup about an axis of rotation defined by the body; and - electrodes for charging the coating product sprayed by the spraying cup, these electrodes being assembled on a ring attached on the body and each supplied with high voltage through a resistance;
Process for preparing a tissue structure which is implantable in vivo in animals, said process being carried out in the absence of exogenous three-dimensional support matrix and comprising the implementation of a process for aggregation of stem cells or of cells undergoing differentiation comprising: (a) bringing stem cells or cells undergoing differentiation into contact, in vitro or ex vivo, with magnetic particles, said bringing into contact making it possible to obtain magnetised cells to which are bound, or in which are internalised, magnetic particles, and (b) exposing said magnetised cells to a magnetic field, said exposure enabling the formation of a cell aggregate. (a) bringing stem cells or cells undergoing differentiation into contact, in vitro or ex vivo, with magnetic particles, said bringing into contact making it possible to obtain magnetised cells to which are bound, or in which are internalised, magnetic particles, and (b) exposing said magnetised cells to a magnetic field, said exposure enabling the formation of a cell aggregate.
A system for remotely monitoring a nuclear power plant comprising means (12,14) for sensing process parameters relating to the nuclear power plant and generating a process data signal that is fed to a first storage device that stores said process data, the data stored on the first storage device is automatically transmitted via a communication link (18,22) to a remote computer including a second storage device that stores the transmitted process data, the remote computer including means for displaying and analysing the transmitted data characterised in that the remote computer includes a diagnostic program that can be run in accelerated time using data from said second storage device to predict the future behaviour of the nuclear power plant and interventions are simulated and run in accelerated time to understand the consequence of those interventions so that the development of an incident or accident can be monitored to a safe conclusion.
A method for identifying a fault by current differential protection, wherein said method comprises: measuring the currents of the two terminals of a two-terminal line system, the measured currents being full component currents, and calculating the corresponding fault component current vectors; characterized by obtaining an operate value by calculating a first difference between an absolute value of the sum of said fault component current vectors and a first preset value I set1; obtaining a restrain value by multiplying a second difference with a control factor, wherein said second difference is calculated between the maximum of the absolute values of said fault component current vectors and a second preset value I set2 or between the absolute value of the difference of said fault component current vectors and the second preset value I set2, and wherein the control factor is a function of the phase angles of the fault component currents; and identifying the fault as an external one or internal one by comparing said operate value with said restrain value. measuring the currents of the two terminals of a two-terminal line system, the measured currents being full component currents, and calculating the corresponding fault component current vectors; characterized by obtaining an operate value by calculating a first difference between an absolute value of the sum of said fault component current vectors and a first preset value I set1; obtaining a restrain value by multiplying a second difference with a control factor, wherein said second difference is calculated between the maximum of the absolute values of said fault component current vectors and a second preset value I set2 or between the absolute value of the difference of said fault component current vectors and the second preset value I set2, and wherein the control factor is a function of the phase angles of the fault component currents; and identifying the fault as an external one or internal one by comparing said operate value with said restrain value.
A polymer film comprising at least one layer, said at least one layer comprising: 5.0 to 95.0 wt.% of a heterogeneously branched ethylene polymer having polymer units derived from at least one C 3 -C 20 alpha-olefin and having a CBDI of less than 50.0%; and 95.0 to 5.0 wt.% of an ethylene-based polymer having at least a first peak and a second peak in a comonomer distribution analysis, wherein the first peak has a maximum at a log(Mw) value of 4.0 to 5.4 and a TREF elution temperature of 70.0°C to 100.0°C and the second peak has a maximum at a log(Mw) value of 5.0 to 6.0 and a TREF elution temperature of 40.0°C to 70.0°C.
A streamlined wavy fin for finned tube heat exchangers, comprising a fin body, an airflow inlet on one end of the fin body, an airflow outlet on the other end of the fin body, and mounting holes for mounting tubes in the fin body, wherein several convex ripples and concave ripples are consecutively formed from the airflow inlet to the airflow outlet on the fin body in an orientation of the airflow streamlines; characterized in that the convex ripples and the concave ripples are provided within the boundaries of a ripple area set on the fin body, the boundaries of the ripple area located at the upper and the lower sides of the mounting holes are all streamlines; the connecting line of the wave crests of the same convex ripple and the connecting line of the wave troughs of the same concave ripple in neighbor are both streamlines; the distance between the connection line of the wave crests of the same convex ripple and the connection line of the wave troughs of the neighboring concave ripple or the number of the convex ripples and the concave ripples is determined according to the stream function values of the boundaries of the ripple area; the streamlines are such streamlines that on the central cross section of a channel formed by two neighboring plain fins corresponding to the fins of the fin body but without the ripples and at the same distance and having the same configuration of mounting holes no recirculation flow appears downstream the tubes.
A connection device for connecting a tubular film to an apparatus, wherein the connection device comprises: a base body, which forms a channel, wherein the channel extends along a channel axis and ends at an opening of the base body and emerges to the exterior; a clamping device, which surrounds the opening of the base body and which is designed to clamp the tubular film, after it has been pulled over the base body, in a clamping space, in such a way that the tubular film is fastened in a sealed manner and a powdered/granulated product can be transferred contamination-free between the base body and the tubular film; and characterised in that an introduction means, which at least partially surrounds the base body and the tubular film pulled over the base body, wherein the introduction means is designed to be displaced radially with respect to the channel axis, in such a way that it constricts the tubular film radially and thereby introduces it into the clamping space. a base body, which forms a channel, wherein the channel extends along a channel axis and ends at an opening of the base body and emerges to the exterior; a clamping device, which surrounds the opening of the base body and which is designed to clamp the tubular film, after it has been pulled over the base body, in a clamping space, in such a way that the tubular film is fastened in a sealed manner and a powdered/granulated product can be transferred contamination-free between the base body and the tubular film; and characterised in that an introduction means, which at least partially surrounds the base body and the tubular film pulled over the base body, wherein the introduction means is designed to be displaced radially with respect to the channel axis, in such a way that it constricts the tubular film radially and thereby introduces it into the clamping space.
A method of controlling a mobile station which performs communication with a base station that is connected to other mobile stations, comprising: receiving, from the base station, a mobile station specific value of a period used for judging whether an uplink signal to the base station is synchronized by timing advance; counting a period by a timer setting the period to the received value; and restarting the timer in response to receiving a timing adjustment value from the base station. receiving, from the base station, a mobile station specific value of a period used for judging whether an uplink signal to the base station is synchronized by timing advance; counting a period by a timer setting the period to the received value; and restarting the timer in response to receiving a timing adjustment value from the base station.
An adhesive connecting member optically connecting (a) an optical transmission medium or an optical component and (b) another optical transmission medium or another optical component by intervening between the (a) and the (b), and having a two or more layers structure comprising an adhesive positioned on a contacting surface of the (a) and a rubber member positioned on a contacting surface of the (b), wherein a refractive index of the adhesive is 1.35 to 1.55 and a refractive index of the rubber member is 1.35 to 1.55, characterized in that the adhesive is an acrylic adhesive or a silicone adhesive and has an adhesion of 20 to 2500 gf/25mm, the rubber member has type A durometer hardness by Japan Industrial Standard of 50 to 100, has a thickness of 1 to 30 μm, and has a glass transition temperature (Tg) of -30°C or more.
Method for reducing the SO 3 concentration in a mixture comprising methane sulfonic acid and SO 3, the method comprising: i. providing a mixture comprising methane sulfonic acid and SO 3, ii. determining the amount of an additive necessary to reduce the concentration of SO 3 in the mixture by forming a reaction product between the additive and SO 3, iii. introducing said predetermined amount of the additive into the mixture; iv. optionally repeating steps ii. and iii., wherein the determination of the amount of additive necessary to reduce the concentration of SO 3 in the mixture is performed by measuring conductivity and/or density of the reaction mixture, and wherein the additive comprises water. i. providing a mixture comprising methane sulfonic acid and SO 3, ii. determining the amount of an additive necessary to reduce the concentration of SO 3 in the mixture by forming a reaction product between the additive and SO 3, iii. introducing said predetermined amount of the additive into the mixture; iv. optionally repeating steps ii. and iii.,
A precast wall system, comprising: a plurality of interconnected precast panels (102, 104, 106, 108, 110), each precast panel having a top end plate, a bottom end plate, a plurality of vertical bars disposed between and attached to the end plates and a cementitious material encasing the vertical bars and defining a plurality of sides (714, 716, 718, 720) of the respective panel; wherein a second plurality of the interconnected precast panels are arranged on and vertically adjacent to a first plurality of the interconnected precast panels, and the top end plate of each panel corresponding to the first plurality is connected to the bottom end plate of a respective one of the panels corresponding to the second plurality; a support frame disposed between and attached to a first pair (106a, 106b) of vertically interconnected precast panels and a second pair (102a, 102b) of vertically interconnected precast panels that are disposed opposite to the first pair characterized in that a lower precast panel of the first pair of vertically interconnected precast panels includes a gusset plate extending from an internal side of the lower precast panel, the support frame includes a first cross beam interconnected to a higher precast panel of the first pair of vertically interconnected precast panels and a higher precast panel of the second pair of vertically interconnected precast panels, and the support frame further includes a brace member having a first end connected to the cross beam and a second end connected to the gusset plate of the lower one of the first pair of precast panels, and wherein the lower precast panel of the first pair of precast panels and the lower precast panel of the second pair of precast panels each has a beam segment having a first end encased in the cementitious material of the respective panel and a second end extending from an internal side of the respective panel, and the gusset plate of each of the lower precast panels is supported by the beam segment of the respective lower precast panel.
A multifunctional controller (10A, 10B) for a satellite, comprising: - reconfiguration functions for reconfiguring components of an onboard computer, OBC, of the satellite in an event of a mal-function, wherein the components of the OBC include central processing units, CPUs; - control functions for controlling a distribution of energy to satellite components, - wherein the reconfiguration functions and the control functions are implemented together in a single chip, characterized in that the chip is integrated in a separate housing and separated from the CPUs by the housing. - reconfiguration functions for reconfiguring components of an onboard computer, OBC, of the satellite in an event of a mal-function, wherein the components of the OBC include central processing units, CPUs; - control functions for controlling a distribution of energy to satellite components, - wherein the reconfiguration functions and the control functions are implemented together in a single chip,
A drainage channel for casting into a floor, wherein the drainage channel along its longitudinal direction is adapted to conduct drain water towards a drain, and wherein the drainage channel includes at least one concrete anchor for fastening in the cast floor, and a concave shell form including at least one upper rim extending in longitudinal direction of the drainage channel, the upper rim bordering the cast floor and which by casting of the drainage channel into the floor is located at or immediately under the surface level of the floor, characterised in that the upper rim has a sharp-edge at a transition from an upper surface to an interface towards the floor, and where the sharp edge is provided by cutting off an end part of a sheet, whereby the sharp edge appears as a corner formed by an end face or section and a plane surface, which is largely rectangular, and where the sharp edged interface is approximately parallel with the longitudinal centre plane of the drainage channel and approximately perpendicular to the floor surface, and wherein the concrete anchor includes a surface (315a, 315b) which is mounted in continuation of the sharp edged interface.
A vehicle having a power storage mechanism (510, 520) storing electric power supplied from an external power supply through a charging cable that outputs a signal indicating a value of a current which can be supplied, said vehicle comprising: a charger that is connected to said charging cable and controls a value of a current supplied to said power storage mechanism (510, 520); and a control unit, wherein said control unit calculates a first charging current value in accordance with a state of said power storage mechanism (510, 520), calculates a second charging current value in accordance with the value of the current which represents the current capacity of the charging cable and an efficiency of said charger, sets a smaller one of said first charging current value and said second charging current value as a third charging current value, and controls said charger such that a value of a current supplied from said charger to said power storage mechanism (510, 520) is equal to said third charging current value. a charger that is connected to said charging cable and controls a value of a current supplied to said power storage mechanism (510, 520); and a control unit, wherein said control unit calculates a first charging current value in accordance with a state of said power storage mechanism (510, 520), calculates a second charging current value in accordance with the value of the current which represents the current capacity of the charging cable and an efficiency of said charger, sets a smaller one of said first charging current value and said second charging current value as a third charging current value, and controls said charger such that a value of a current supplied from said charger to said power storage mechanism (510, 520) is equal to said third charging current value.