mhurhangee/ep-ind-claims huggingface dataset:
An absorbent sheet, wherein an absorbent polymer is provided inside a first space region having a periphery which is formed by bonding a first sheet and a second sheet, in the first space region, a plurality of resistance portions are formed by bonding the first sheet and the second sheet, each resistance portion having a linear shape or a dotted line shape disposed at an angle in a plan view which intersects a first direction corresponding to a front-back direction of the absorbent sheet, thereby increasing resistance to gravity movement of the absorbent polymer in the first space region in the first direction, wherein a plurality of the resistance portions are provided at intervals in the first direction to form a resistance portion row, and a pair of resistance portion rows separated in a second direction corresponding to a width direction of the absorbent sheet intersecting the first direction is formed inside the first space region, wherein one tip of a resistance portion of a first resistance portion row and a corresponding tip of a resistance portion of a second resistance portion row which is opposite to the first are arranged alternately in the first direction, and a spacing portion through which the absorbent polymer can pass is provided between the tip of the resistance portion of the first resistance portion row and the corresponding tip of the resistance portion of the second resistance portion row, and wherein the absorbent polymer is free to move in the first space region. an absorbent polymer is provided inside a first space region having a periphery which is formed by bonding a first sheet and a second sheet, in the first space region, a plurality of resistance portions are formed by bonding the first sheet and the second sheet, each resistance portion having a linear shape or a dotted line shape disposed at an angle in a plan view which intersects a first direction corresponding to a front-back direction of the absorbent sheet, thereby increasing resistance to gravity movement of the absorbent polymer in the first space region in the first direction, wherein a plurality of the resistance portions are provided at intervals in the first direction to form a resistance portion row, and a pair of resistance portion rows separated in a second direction corresponding to a width direction of the absorbent sheet intersecting the first direction is formed inside the first space region, wherein one tip of a resistance portion of a first resistance portion row and a corresponding tip of a resistance portion of a second resistance portion row which is opposite to the first are arranged alternately in the first direction, and a spacing portion through which the absorbent polymer can pass is provided between the tip of the resistance portion of the first resistance portion row and the corresponding tip of the resistance portion of the second resistance portion row, and wherein the absorbent polymer is free to move in the first space region.
A first radio apparatus comprising: radio communication means for communicating with a second radio apparatus by means of a point-to-point radio technology; and control means for performing a procedure for changing an operating radio channel of a forward link from the first radio apparatus to the second radio apparatus and an operating radio channel of a reverse link from the second radio apparatus to the first radio apparatus, wherein the procedure comprises transmitting to the second radio apparatus a first notification indicating a new reverse channel to be used as the operating radio channel of the reverse link and indicating at least one idle reverse channel different from the new reverse channel and available to use in the reverse link in order to allow the second radio apparatus to determine a further new forward channel to be used as the operating radio channel of the forward link from among at least one forward channel associated with the at least one idle reverse channel, and the procedure further comprises receiving from the second radio apparatus a second notification indicating the further new forward channel. radio communication means for communicating with a second radio apparatus by means of a point-to-point radio technology; and control means for performing a procedure for changing an operating radio channel of a forward link from the first radio apparatus to the second radio apparatus and an operating radio channel of a reverse link from the second radio apparatus to the first radio apparatus, wherein the procedure comprises transmitting to the second radio apparatus a first notification indicating a new reverse channel to be used as the operating radio channel of the reverse link and indicating at least one idle reverse channel different from the new reverse channel and available to use in the reverse link in order to allow the second radio apparatus to determine a further new forward channel to be used as the operating radio channel of the forward link from among at least one forward channel associated with the at least one idle reverse channel, and the procedure further comprises receiving from the second radio apparatus a second notification indicating the further new forward channel.
An assembly comprised of: a) a cutting insert having a central axis extending therethrough, wherein the insert is intended to machine a workpiece by rotation of the insert about the central axis and wherein the insert is comprised of a body having: 1) a top surface and a bottom surface; 2) at least one side therebetween extending around the entire body; and 3) a cutting edge extending along the entire intersection of the at least one side and the top surface, wherein the cutting edge circumference lies within a single plane; b) a rotatable toolholder upon which the cutting insert is mounted, wherein the toolholder is adapted to rotate the insert about the central axis at a predetermined rotational speed and wherein the toolholder is adapted to present the cutting edge circumference to the workpiece in a continuous sequential fashion and wherein the cutting insert is secured to the first end of the toolholder; wherein projections extend from the bottom surface of the cutting insert, the projections being matable with recesses within the toolholder to provide a positive coupling between the insert and the toolholder when the cutting insert is urged against the rotatable toolholder for rotationally securing the cutting insert to the toolholder, wherein the insert further includes projections on the top surface that are identical to the projections on the bottom surface such that the insert is invertible and may be positively driven by the toolholder in either position; characterized in that the projections (130,135) extend beyond the single plane of the cutting edge and are positioned between the axis of the insert and a peripheral groove extending inwardly of the cutting edge. a) a cutting insert having a central axis extending therethrough, wherein the insert is intended to machine a workpiece by rotation of the insert about the central axis and wherein the insert is comprised of a body having: 1) a top surface and a bottom surface; 2) at least one side therebetween extending around the entire body; and 3) a cutting edge extending along the entire intersection of the at least one side and the top surface, wherein the cutting edge circumference lies within a single plane; 1) a top surface and a bottom surface; 2) at least one side therebetween extending around the entire body; and 3) a cutting edge extending along the entire intersection of the at least one side and the top surface, wherein the cutting edge circumference lies within a single plane; b) a rotatable toolholder upon which the cutting insert is mounted, wherein the toolholder is adapted to rotate the insert about the central axis at a predetermined rotational speed and wherein the toolholder is adapted to present the cutting edge circumference to the workpiece in a continuous sequential fashion and wherein the cutting insert is secured to the first end of the toolholder;
A method for managing the delivery of multimedia contents to users' communications terminals over a communications network, comprising transcoding the multimedia contents to be delivered, said transcoding including further steps: - determining a transcoding method based on historical information, stored in a database, of previous transcoding operations; - performing a transcoding of the multimedia contents to be delivered according to the determined transcoding method ( 430,435;455) to obtain transcoded multimedia contents to be delivered, and - updating the historical information in said database according to the performed transcoding of the multimedia contents to be delivered, characterized in that said historical information includes a statistic frequency of a plurality of transcoded multimedia contents obtained as a result of previous transcoding operations. - determining a transcoding method based on historical information, stored in a database, of previous transcoding operations; - performing a transcoding of the multimedia contents to be delivered according to the determined transcoding method ( 430,435;455) to obtain transcoded multimedia contents to be delivered, and - updating the historical information in said database according to the performed transcoding of the multimedia contents to be delivered,
A combination comprising a towing vehicle, in particular a tractor, and an agricultural harvester towed thereby, in particular a bale press or a loading wagon, wherein the harvester has at least one working assembly (4, 5, 6, 7) for conveying and/or processing crop material and is drivingly connected to the towing vehicle to be supplied with drive power by the towing vehicle for operation of the at least one working assembly (4, 5, 6, 7), with a control device operable in a harvesting mode to predetermine a travel speed (v) for the combination in dependence on detected operating parameters of the harvester and the towing vehicle, characterised in that the travel speed (v) predetermined by the control device is so selected that the combination achieves at least one harvesting aim which can be predetermined by the machine operator while ensuring safe operation, and the control device is operable to take account of a plurality of harvesting aims, wherein weighting of the harvesting aims relative to each other can be predetermined by the machine operator.
A liquid cartridge, comprising: a front surface; an upper surface (39,141) facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus, the upward direction is a direction opposite to the direction of force of gravity; a liquid outlet portion facing a first direction at the front surface; a circuit board disposed on the upper surface (39,141); and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is disposed above the circuit board in the upward direction; and a positioning surface is configured to restrict movement of the liquid cartridge in the upward direction and a downward direction, and the positioning surface is disposed above the liquid outlet portion in the upward direction and disposed below the circuit board in the upward direction. a front surface; an upper surface (39,141) facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus, the upward direction is a direction opposite to the direction of force of gravity; a liquid outlet portion facing a first direction at the front surface; a circuit board disposed on the upper surface (39,141); and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is disposed above the circuit board in the upward direction; and wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is disposed above the circuit board in the upward direction; and a positioning surface is configured to restrict movement of the liquid cartridge in the upward direction and a downward direction, and the positioning surface is disposed above the liquid outlet portion in the upward direction and disposed below the circuit board in the upward direction.
A method of obtaining multipoint transmission to a user equipment via a first and a second cell (C1, C2) of a wireless communication network, where the first cell provides a first radio link to the user equipment at a first frequency, the method being performed by a radio network controller and comprising: ordering the second cell to set up a second radio link to the user equipment at the first frequency in order to obtain multipoint transmission to the user equipment, and notifying (44; 48) the first cell that it is a primary radio link participating in said multipoint transmission in order to simplify decoding of data in a feedback channel, wherein the notifying of participation in multipoint transmission is performed using control plane signalling in the form of a modified existing radio resource control message concerning the reconfiguration of the radio link, said control plane signalling being separate from user data transmitted on the corresponding radio link. ordering the second cell to set up a second radio link to the user equipment at the first frequency in order to obtain multipoint transmission to the user equipment, and notifying (44; 48) the first cell that it is a primary radio link participating in said multipoint transmission in order to simplify decoding of data in a feedback channel, wherein the notifying of participation in multipoint transmission is performed using control plane signalling in the form of a modified existing radio resource control message concerning the reconfiguration of the radio link, said control plane signalling being separate from user data transmitted on the corresponding radio link.
Positive electrode active substance particles for non-aqueous electrolyte secondary batteries, comprising an oxide having a spinel structure and comprising at least Li and Mn as main components and an oxide comprising at least Li and Zr, in which the oxide comprising at least Li and Zr forms a mixed phase comprising two or more phases, and a content of the oxide comprising at least Li and Zr in the positive electrode active substance particles is 0.1 to 4% by weight, wherein the oxide comprising at least Li and Zr comprises Li 2 ZrO 3 as a main phase which forms a mixed phase with at least one other phase selected from the group consisting of Li 4 ZrO 4, Li 6 Zr 2 O 7 and Li 8 ZrO 6, and a ratio of the main phase to the at least one other phase in the mixed phase is 99:1 to 92:8, and wherein the positive electrode active substance particles for non-aqueous electrolyte secondary batteries are obtainable by mixing a lithium/manganese composite oxide having a spinel structure and comprising at least Li and Mn as main components with 0.1 to 4% by weight of an oxide comprising at least Li and Zr.
Method for decoding a signal (y (t)) sent over a bandwidth-expanding communication channel said decoding implying both channel estimation and signal decoding, comprising the steps of lowpass filtering the received signal (y(t)) with a lowpass filter (f), and sampling the filtered received signal (y (t)) with a sampling frequency (f s) lower than the sampling frequency given by the Shannon theorem, but greater than the rate of innovation (p) of said received signal (y (t)), for generating a set of sampled values (y (nT s)), wherein these steps are used for both channel estimation and signal detection. lowpass filtering the received signal (y(t)) with a lowpass filter (f), and sampling the filtered received signal (y (t)) with a sampling frequency (f s) lower than the sampling frequency given by the Shannon theorem, but greater than the rate of innovation (p) of said received signal (y (t)), for generating a set of sampled values (y (nT s)), wherein these steps are used for both channel estimation and signal detection.
Dishwasher, in particular domestic dishwasher, the liquid system of which has a washing solution reservoir for making available washing solution for the washing cycle of a subsequent dishwashing program, characterised in that - in order to fill the washing solution reservoir with washing solution, hot water can be obtained from an external hot water supply via a hot water inlet (13, 14) and can be introduced into the liquid system and - a controller is provided with which at least one washing program for controlling a washing cycle for washing dishes in a washing chamber and at least one preceding pre-heating program for controlling a pre-heating cycle for the washing solution to be temporarily stored in the washing solution reservoir can be called up, wherein the pre-heating cycle is limited to one pump phase during which the hot water can be pumped into the washing solution reservoir or the pre-heating cycle comprises a re-heating phase during which the hot water can be re-heated. - in order to fill the washing solution reservoir with washing solution, hot water can be obtained from an external hot water supply via a hot water inlet (13, 14) and can be introduced into the liquid system and - a controller is provided with which at least one washing program for controlling a washing cycle for washing dishes in a washing chamber and at least one preceding pre-heating program for controlling a pre-heating cycle for the washing solution to be temporarily stored in the washing solution reservoir can be called up, wherein the pre-heating cycle is limited to one pump phase during which the hot water can be pumped into the washing solution reservoir or the pre-heating cycle comprises a re-heating phase during which the hot water can be re-heated.
A composite anchoring body including an elastic body and at least one rack, in which the elastic body is a straight strip polyhedron with a wide bottom and a narrow top, the bottom, the left end and right end are all plane, and the top is a curve formed by a zigzag connection between planes, the bottom is isosceles trapezoid, a number of racks are embedded at intervals in the length L direction of the elastic body, the racks comprise saw teeth, the tooth crest of the saw teeth of the racks is parallel to the long sides of all planes forming the curve, a horizontal plane of the elastic body is provided with a plurality of yielding portions uniformly distributed in the length L direction, and one rack is adjacent to at least one of yielding portions in the width W direction of the elastic body.
A vent assembly comprising: a housing defining a cavity, a first end and a second end, wherein the second end comprises a coupling structure, wherein the first end defines a window in fluid communication with the cavity, wherein the window has a window perimeter; a vent media spanning the cavity of the housing, wherein the vent media is breathable and forms a watertight seal to the housing at a perimeter of the vent media; characterized in that the first end comprises a screen structure within the window perimeter of the window comprising repeating structures defining open areas. a housing defining a cavity, a first end and a second end, wherein the second end comprises a coupling structure, wherein the first end defines a window in fluid communication with the cavity, wherein the window has a window perimeter; a vent media spanning the cavity of the housing, wherein the vent media is breathable and forms a watertight seal to the housing at a perimeter of the vent media; characterized in that the first end comprises a screen structure within the window perimeter of the window comprising repeating structures defining open areas.
A rimless toilet pan including: a forward end; a rearward end; a pan bowl; a flushing outlet in fluid communication with the pan bowl; a flushing water inlet in fluid communication with the pan bowl; an inwardly facing first sidewall extending substantially around the top of the pan bowl; a substantially horizontal ledge extending substantially around the bottom of the first sidewall; an inwardly facing second sidewall extending substantially around the pan bowl under the horizontal ledge; and a flushing water flow splitter substantially adjacent a rearward end of the first sidewall, the flow splitter in fluid communication with the flushing water inlet and having a leftwards outlet and a rightwards outlet; characterized in that the toilet pan includes a flushing water flow balancer on a frontwards part of the first sidewall, the flow balancer including an inwardly facing projection (40a, 40b, 40c) extending vertically through at least part of the height of the first sidewall and being positioned substantially symmetrically in relation to a forward to rearward centreline of the toilet pan, the flow balancer includes leftward and rightward angled surfaces which meet at an innermost edge that is substantially aligned with the forward to rearward centreline of the toilet pan, wherein the leftward and rightward angled surfaces are substantially triangular in shape and taper from a relatively wide lower part to a narrowed or pointed upper part. a forward end; a rearward end; a pan bowl; a flushing outlet in fluid communication with the pan bowl; a flushing water inlet in fluid communication with the pan bowl; an inwardly facing first sidewall extending substantially around the top of the pan bowl; a substantially horizontal ledge extending substantially around the bottom of the first sidewall; an inwardly facing second sidewall extending substantially around the pan bowl under the horizontal ledge; and a flushing water flow splitter substantially adjacent a rearward end of the first sidewall, the flow splitter in fluid communication with the flushing water inlet and having a leftwards outlet and a rightwards outlet; characterized in that the toilet pan includes a flushing water flow balancer on a frontwards part of the first sidewall, the flow balancer including an inwardly facing projection (40a, 40b, 40c) extending vertically through at least part of the height of the first sidewall and being positioned substantially symmetrically in relation to a forward to rearward centreline of the toilet pan, the flow balancer includes leftward and rightward angled surfaces which meet at an innermost edge that is substantially aligned with the forward to rearward centreline of the toilet pan, wherein the leftward and rightward angled surfaces are substantially triangular in shape and taper from a relatively wide lower part to a narrowed or pointed upper part.
Apparatus with circuitry comprising at least one mechanical switch serving to open and/or close an electric contact and a processor unit serving to perform first query and a second query of a contact state (1/0) of the contact, with the processor unit further serving to provide an output signal on the basis of information on a change of the contact state (1/0) of the contact detected by means of the first and second queries (A1, A2), characterized in that the processor unit is configured to perform the second query after the first query with a timing so that the second query precedes an expected bounce of the contact.