mhurhangee/ep-ind-claims huggingface dataset:
A method for adaptive resource sharing between at least two radio access technologies in a cell, performed by a network node (14, 15, 17, 18, 21), comprising the steps of: acquiring cell load measurements for at least two radio access technologies, RATs, in a cell; acquiring traffic information for said cell; acquiring an indicator of interruption delay parameters for user equipment in said cell; determining filter coefficients based on said acquired traffic information and said acquired indicator, wherein said filter coefficients are determined to generate a first filter response time in a case a variation of said traffic information for said cell over a predetermined time is above a first threshold value (Thr_1) or in a case said indicator is below a second threshold value (Thr_2), wherein said filter coefficients are determined to generate a second filter response time in a case said variation is not above said first threshold value or in a case said indicator is not below said second threshold value, and wherein said first filter response time is longer than said second filter response time; applying a filter with said filter coefficients to said cell load measurements; and performing resource sharing between said at least two RATs based on said filtered cell load measurements. acquiring cell load measurements for at least two radio access technologies, RATs, in a cell; acquiring traffic information for said cell; acquiring an indicator of interruption delay parameters for user equipment in said cell; determining filter coefficients based on said acquired traffic information and said acquired indicator, wherein said filter coefficients are determined to generate a first filter response time in a case a variation of said traffic information for said cell over a predetermined time is above a first threshold value (Thr_1) or in a case said indicator is below a second threshold value (Thr_2), wherein said filter coefficients are determined to generate a second filter response time in a case said variation is not above said first threshold value or in a case said indicator is not below said second threshold value, and wherein said first filter response time is longer than said second filter response time; applying a filter with said filter coefficients to said cell load measurements; and performing resource sharing between said at least two RATs based on said filtered cell load measurements.
A method of automatically operating a continuously variable hydro-mechanical transmission of a vehicle responsive to a commanded shuttle shift, comprising steps of: determining a vehicle start speed of operation of the transmission and a commanded vehicle end speed thereof for the shuttle shift; and a. if the start speed and the end speed are greater than predetermined first threshold values therefor, then performing the shuttle shift by changing a direction of operation of the transmission while holding a swash plate of a hydrostatic power unit of the transmission tilted in one direction; and characterized in that the method comprising the further step b. if the start speed and the end speed are both below the predetermined threshold values therefor, respectively, then performing the shuttle shift by changing the direction of operation of the transmission and the direction of tilt of the swash plate while holding the vehicle at least substantially stationary. determining a vehicle start speed of operation of the transmission and a commanded vehicle end speed thereof for the shuttle shift; and a. if the start speed and the end speed are greater than predetermined first threshold values therefor, then performing the shuttle shift by changing a direction of operation of the transmission while holding a swash plate of a hydrostatic power unit of the transmission tilted in one direction; and characterized in that the method comprising the further step b. if the start speed and the end speed are both below the predetermined threshold values therefor, respectively, then performing the shuttle shift by changing the direction of operation of the transmission and the direction of tilt of the swash plate while holding the vehicle at least substantially stationary. a. if the start speed and the end speed are greater than predetermined first threshold values therefor, then performing the shuttle shift by changing a direction of operation of the transmission while holding a swash plate of a hydrostatic power unit of the transmission tilted in one direction; and characterized in that the method comprising the further step b. if the start speed and the end speed are both below the predetermined threshold values therefor, respectively, then performing the shuttle shift by changing the direction of operation of the transmission and the direction of tilt of the swash plate while holding the vehicle at least substantially stationary.
A method for manufacturing a cathode active material for a lithium secondary battery, the method comprising: (a) uniformly mixing a nickel compound and a manganese compound; (b) adding a lithium compound to a resultant of (a) and performing a baking treatment to obtain a layered cathode active material represented by the following general formula: [General Formula] Li x Ni y Mn z M α O 2 where z>y, z≥0.5, x≥1, 0≤α≤1, and M is at least one metal selected from the group consisting of B, Li, Mg, Al, Ca, Sr, Cr, V, Ti, Fe, Co, Ni, Zr, Zn, Si, Y, Nb, Ga, Sn, Mo, W, and combinations thereof; and (c) coating fluorine on a surface of the layered cathode active material characterised in that the coating is done by a solid state reaction method using heat treatment so that the fluorine coated surface has a spinel-like phase, wherein the solid state reaction method comprises mixing the layered cathode active material with polyvinylidene fluoride (PVdF) and performing heat treatment at 300 to 600°C for 5 to 10 hours. (a) uniformly mixing a nickel compound and a manganese compound; (b) adding a lithium compound to a resultant of (a) and performing a baking treatment to obtain a layered cathode active material represented by the following general formula: [General Formula] Li x Ni y Mn z M α O 2 where z>y, z≥0.5, x≥1, 0≤α≤1, and M is at least one metal selected from the group consisting of B, Li, Mg, Al, Ca, Sr, Cr, V, Ti, Fe, Co, Ni, Zr, Zn, Si, Y, Nb, Ga, Sn, Mo, W, and combinations thereof; and (c) coating fluorine on a surface of the layered cathode active material characterised in that the coating is done by a solid state reaction method using heat treatment so that the fluorine coated surface has a spinel-like phase, wherein the solid state reaction method comprises mixing the layered cathode active material with polyvinylidene fluoride (PVdF) and performing heat treatment at 300 to 600°C for 5 to 10 hours.
Method for producing a veneer part comprising a braid or web consisting of at least two substantially strip-like bands (1a, 1b), at least one of the strip-like bands (1a, 1b) being made of veneer wood and being obtained by cutting a corresponding veneer wood blank, one of the sides of the at least one strip-like band (1a, 1b) made of veneer wood or the veneer wood blank thereof being provided with an adhesion promoter layer, the strip-like bands (1a, 1b) being arranged to form the braid or web and the braid or web being compressed to obtain the veneer part having a substantially flat surface, characterized in that the adhesion promoter layer is immobilized on a textile and/or paper layer, in that the wood fibers of the at least one strip-like band (1a, 1b) made of veneer wood or the veneer wood blank thereof are broken up, and in that at least the at least one strip-like band (1a, 1b) made of veneer wood having a thickness of at most 0.75 mm is used such that the total thickness of the veneer part obtained is at most 1.5 mm and the veneer part has a bending strength which allows the veneer part to be bent by an angle (α) of 90° with a bending radius of less than 10 mm.
A game apparatus, comprising: an object arranging means for arranging a first object and a second object in a first virtual game world, and performing a movement control on at least one of the first object and the second object; a first game image display controlling means for generating a game image panoramically or planarly representing the first virtual game world including the first object and the second object being arranged by the object arranging means, and displaying it on a first display portion; a determining means for determining whether or not a positional relationship between the first object and the second object satisfies a predetermined condition in the first virtual game world; and a second game image display controlling means for, when the determination result by said determining means is affirmative, setting a virtual camera in a three-dimensional second virtual game world on the basis of at least one of a first object position and a second object position in the first virtual game world, arranging at least one of the first object and the second object in the second virtual game world, generating a game image by shooting the second virtual game world with the virtual camera in such a manner as to include at least one of said first object and said second object which are arranged, and displaying it on a second display portion. an object arranging means for arranging a first object and a second object in a first virtual game world, and performing a movement control on at least one of the first object and the second object; a first game image display controlling means for generating a game image panoramically or planarly representing the first virtual game world including the first object and the second object being arranged by the object arranging means, and displaying it on a first display portion; a determining means for determining whether or not a positional relationship between the first object and the second object satisfies a predetermined condition in the first virtual game world; and a second game image display controlling means for, when the determination result by said determining means is affirmative, setting a virtual camera in a three-dimensional second virtual game world on the basis of at least one of a first object position and a second object position in the first virtual game world, arranging at least one of the first object and the second object in the second virtual game world, generating a game image by shooting the second virtual game world with the virtual camera in such a manner as to include at least one of said first object and said second object which are arranged, and displaying it on a second display portion.
An apparatus comprising: a scanning mirror capable of angular movement on two axes, the two axes including a slow-scan axis and a fast-scan axis; and a control system to excite the scanning mirror to move on the fast-scan axis at a resonant frequency of the scanning mirror, and to generate a slow-scan drive signal to cause the scanning mirror to move on the slow-scan axis, characterized in that the control system is operative to phase lock the slow-scan drive signal to an incoming vertical sync signal received from an external video source so that the movement of the scanning mirror on the slow-scan axis is phase locked to the incoming video frame rate. a scanning mirror capable of angular movement on two axes, the two axes including a slow-scan axis and a fast-scan axis; and a control system to excite the scanning mirror to move on the fast-scan axis at a resonant frequency of the scanning mirror, and to generate a slow-scan drive signal to cause the scanning mirror to move on the slow-scan axis, characterized in that the control system is operative to phase lock the slow-scan drive signal to an incoming vertical sync signal received from an external video source so that the movement of the scanning mirror on the slow-scan axis is phase locked to the incoming video frame rate.
Medical device for inserting endoscopic instruments into a body cavity of a patient in an endoscopic operation, having a trocar sleeve which has a distal end for arrangement in the body cavity, and having a connecting piece which has a through-passage and which, when the device is in the inserted state, is connected to the trocar sleeve at a proximal end of said trocar sleeve, the connecting piece having an feed-in portion over which the through-passage enlarges in a funnel shape to the end of the connecting piece remote from the trocar sleeve and having an insertion portion which can be inserted in the proximal end of the trocar sleeve, which proximal end can be created by cutting the trocar sleeve to length at any desired point at least within a connecting portion of the longitudinal extent of the trocar sleeve, characterised in that the trocar sleeve has at least a portion of its longitudinal extent over which it is adapted to be collapsible in such a way that the trocar sleeve, in the state in which it is laid down on a support having a horizontal supporting surface, in which case the longitudinal extent of the trocar sleeve lies horizontally, collapses at least over that portion of its longitudinal extent over which it is adapted to be collapsible, in which case portions of the wall of the trocar sleeve which are opposite one another across the cross-section rest against one another, and in that, to anchor the trocar sleeve against being withdrawn from the body cavity during the operation, the device has a distal annular balloon (3, 3') which is solidly connected to the trocar sleeve and which can be filled with a filling medium.
A luminous dental floss tool, comprising: a detachable dental floss component, an illumination system, and a handle, wherein the detachable dental floss component includes: a connecting portion connecting the detachable dental floss component and the handle, a working portion comprising a dental flossing thread (131, 132), the working portion having a first opening and configured such that the dental flossing thread (131, 132) can enter between the teeth of a user, and an observation window provided between the working portion and the connecting portion, the observation window including a second opening distinct from the first opening, the second opening facilitating observation of the teeth of the user during cleaning; the illumination system includes a light source system, a circuit system, a switch, and a power supply system, the light source system is connected to the power supply system through the circuit system; the handle includes a connecting end configured to connect to the detachable dental floss component; and the dental floss component is detachably connected to the handle, the circuit system and the power supply system are mounted in the handle; and the switch is mounted on the handle. the detachable dental floss component includes: a connecting portion connecting the detachable dental floss component and the handle, a working portion comprising a dental flossing thread (131, 132), the working portion having a first opening and configured such that the dental flossing thread (131, 132) can enter between the teeth of a user, and an observation window provided between the working portion and the connecting portion, the observation window including a second opening distinct from the first opening, the second opening facilitating observation of the teeth of the user during cleaning; a connecting portion connecting the detachable dental floss component and the handle, a working portion comprising a dental flossing thread (131, 132), the working portion having a first opening and configured such that the dental flossing thread (131, 132) can enter between the teeth of a user, and an observation window provided between the working portion and the connecting portion, the observation window including a second opening distinct from the first opening, the second opening facilitating observation of the teeth of the user during cleaning; the illumination system includes a light source system, a circuit system, a switch, and a power supply system, the light source system is connected to the power supply system through the circuit system; the handle includes a connecting end configured to connect to the detachable dental floss component; and the dental floss component is detachably connected to the handle, the circuit system and the power supply system are mounted in the handle; and the switch is mounted on the handle.
A sensor apparatus, comprising: a drive circuit section (11A, 11B) for outputting a drive signal; a detection device, into which a drive signal from the drive circuit section (11A, 11B) is inputted; a detection circuit section (13A, 13B) for fetching a response signal from the detection device; a process circuit section (14A, 14B), into which the response signal from the detection circuit section (13A, 13B) is inputted and which fetches a sense signal from this response signal; a failure diagnosis circuit for setting as a failure diagnosis object section at least anyone of the drive circuit section (11A, 11B), the detection device, the detection circuit section (13A, 13B) and the process circuit section (14A, 14B), to determine whether the failure diagnosis object section is normal or abnormal; and an output circuit section having an output terminal arranged for digitally outputting in a time division system a failure detection signal from the failure diagnosis circuit and the sense signal from the process circuit section (14A, 14B), wherein the sensor apparatus is configured such that a period of time required for an output concerning the failure detection signal from the failure diagnosis object section to reach the output terminal through the failure diagnosis circuit is shorter than a period of time required for an output concerning the sense signal from the failure diagnosis object section to reach the output terminal. a drive circuit section (11A, 11B) for outputting a drive signal; a detection device, into which a drive signal from the drive circuit section (11A, 11B) is inputted; a detection circuit section (13A, 13B) for fetching a response signal from the detection device; a process circuit section (14A, 14B), into which the response signal from the detection circuit section (13A, 13B) is inputted and which fetches a sense signal from this response signal; a failure diagnosis circuit for setting as a failure diagnosis object section at least anyone of the drive circuit section (11A, 11B), the detection device, the detection circuit section (13A, 13B) and the process circuit section (14A, 14B), to determine whether the failure diagnosis object section is normal or abnormal; and an output circuit section having an output terminal arranged for digitally outputting in a time division system a failure detection signal from the failure diagnosis circuit and the sense signal from the process circuit section (14A, 14B), wherein the sensor apparatus is configured such that a period of time required for an output concerning the failure detection signal from the failure diagnosis object section to reach the output terminal through the failure diagnosis circuit is shorter than a period of time required for an output concerning the sense signal from the failure diagnosis object section to reach the output terminal.
An anti-icing heating cable device adapted for mounting in or on man-made structures including gutters, drainpipes and roofs, comprising an electrical heating cable including at least one electrical conducting wire (5, 5a, 5b) surrounded by an insulator, characterized in that the anti-icing heating cable device further comprises a tubular metal pipe comprising an inner cavity within which the electrical heating cable is mounted, and in that a thermal regulation filler is mounted inside the inner cavity between the electrical heating cable and metal pipe, the thermal regulation filler comprising particles or beads of insulating material.
A circuit for controlling a thyristor into conducting state, the thyristor being in a rectifier, which rectifier is adapted to supply a DC voltage to a DC voltage circuit, wherein the circuit comprises a pulse transformer comprising a primary winding and a secondary winding, means for generating voltage pulses on the primary winding of the pulse transformer, a trigger capacitor adapted to be charged from the voltage pulses in the secondary winding of the pulse transformer, a zener diode adapted to be triggered with the voltage of the trigger capacitor, when the voltage of the trigger capacitor exceeds the breakdown voltage of the zener diode, characterized in that an auxiliary thyristor adapted to be triggered with the current from the trigger capacitor flowing via the zener diode, the cathode of the auxiliary thyristor is connected to the gate of the thyristor for triggering the thyristor with the current from the trigger capacitor flowing via the auxiliary thyristor.
Centrifugal spreader with a storage container which has at least one lower part which tapers to form a hopper and is closed off by a metering device which is arranged on the lower part so as to be rotatable about a vertical axis by means of a plain bearing, characterized in that the plain bearing has bearing surface elements which are fastened to the lower part and support the metering device from below and are arranged on a circle, wherein the bearing surface elements each have just one enlarged, spot-like, in particular flattened, hemispherical support surface.
A multifunctional leveling meter for convenient positioning using nano adhesive stickers comprising a leveling ruler which is a hollow section bar, wherein the leveling ruler is provided with a horizontal leveler and a vertical leveler, respectively, the horizontal leveler is arranged within a first end of the leveling ruler, and the vertical leveler is arranged on a first side of the leveling ruler, wherein the first side surface of the leveling ruler is configured to be sticked and fixed with at least two nano adhesive stickers for convenient positioning, an adhesive sticker positioning structure is arranged against each of the nano adhesive stickers; a second end of the leveling ruler is provided with an angle measuring device capable of 360° all directional measurement and a swing type deflection measuring structure for cooperatively observing whether the first side surface is inclined or not, the swing type deflection measuring structure comprises a swing connecting rod, a counterweight cone and an alignment needle, wherein the counterweight cone is mounted in the middle of the swing connecting rod, and the alignment needle vertically points to the counterweight cone, wherein the adhesive sticker positioning structure comprises a positioning and mounting base inserted into the leveling ruler and a positioning and mounting plate, and the upper surface of the positioning and mounting plate is provided with a cavity for accommodating nano adhesive stickers; directional insertion slots are respectively provided on a first side and a second opposite side of the positioning and mounting base, and insertion portions fitted with the directional insertion slots are provided on a first side and a second opposite side of the positioning and mounting plate, the positioning and mounting plate and the positioning and mounting base are integrally assembled by inserting the insertion portions into the positioning and insertion slots.
A method of making a bagworm spin a long silk thread, wherein the length of the continuously spun silk thread is 1 metre or longer, the method comprising a process of making the bagworm hang its legs on a rail and continuously spin the silk thread as it moves along the rail, wherein the bagworm has its nest, wherein the rail has a width smaller than the maximum width between the left and right legs when the bagworm used spread out the legs and wherein the rail is such that the bagworm can hang its legs on the rail. wherein the bagworm has its nest, wherein the rail has a width smaller than the maximum width between the left and right legs when the bagworm used spread out the legs and wherein the rail is such that the bagworm can hang its legs on the rail.