mhurhangee/ep-ind-claims huggingface dataset:
A tapping device for beverage, comprising at least one beverage container, a tapping line and a tapping cock, wherein the tapping line extends at least to adjacent the tapping cock and connecting means for connection of the tapping line to the at least one beverage container, wherein a cleaning element is provided in the beverage container or the connecting means (6, 11), which cleaning element at broaching of a beverage container is situated near an end of the tapping line proximal to the beverage container and is movable through the tapping line under pressure of beverage from the beverage container, while abutting against an inside of the tapping line, such that beverage will propel the cleaning element in the tapping line, at least to near the tapping cock.
A method of controlling transmissions of data via an enhanced dedicated Channel, E-DCH; the method comprising: selecting a transport format combination, TFC; generating an enhanced uplink medium access control, MAC-e, protocol data unit, PDU, using the selected TFC; and forwarding the MAC-e PDU to a hybrid-automatic repeat request, H-ARQ, process for transmission, characterized by generating a list of available TFCs based on a plurality of dedicated channel medium access control, MAC-d, flows (325, 335); storing the list of available TFCs; wherein the selected TFC is selected from the list of available TFCs. selecting a transport format combination, TFC; generating an enhanced uplink medium access control, MAC-e, protocol data unit, PDU, using the selected TFC; and forwarding the MAC-e PDU to a hybrid-automatic repeat request, H-ARQ, process for transmission, characterized by generating a list of available TFCs based on a plurality of dedicated channel medium access control, MAC-d, flows (325, 335); storing the list of available TFCs; wherein the selected TFC is selected from the list of available TFCs.
An optical film comprising a base material and a plurality of convex microlenses arranged on the base material, the microlens having an α-region and a β-region, the β-region occupying the outer portion of the convex shape of the microlens and being positioned so as to cover the α-region, wherein a resin composition constituting the α-region has a test result of class 0 or class 1 in an adhesion test in conformity with ISO 2409 for measuring adhesiveness between the base material and the resin composition constituting the α-region, an average value of curls at four corners when the 50 mm-square optical film is dried at 60°C for 4 hours is 1.0 mm or less, a resin composition constituting the α-region includes at least one unit selected from the group consisting of a polyoxyalkylene glycol di(meth)acrylate unit, a polyester polyol di(meth)acrylate unit, and an aromatic ester diol di(meth)acrylate unit, and the base material is made from one selected from the group consisting of an acrylic resin, a polycarbonate resin, a polyester resin, a styrene resin, a vinyl chloride resin, a cellulose resin, and an imide resin.
A method for increasing a volume of hydraulic fluid in a reservoir of a transmission of a vehicle having a braking system, comprising: providing a retarder mounted to the transmission, to assist the braking system, an accumulator fluidly coupled to the retarder and to the reservoir, that includes an internal cavity, a piston disposed in the internal cavity of the accumulator, a solenoid, a valve, a cooler fluidly coupled to the accumulator, and a controller; enabling the solenoid from an off state to an on state; transferring fluid pressure from the valve to the piston; moving the piston from a first position to a second position in the internal cavity; discharging an amount of hydraulic fluid from the internal cavity of the accumulator to the reservoir to assist with a startup procedure wherein discharging the amount of hydraulic fluid from the internal cavity to the reservoir includes (i) discharging hydraulic fluid through at least one fluid path such that the hydraulic fluid does not pass through the cooler and (ii) discharging hydraulic fluid to the cooler through the at least one fluid path; and increasing the volume of hydraulic fluid in the reservoir. providing a retarder mounted to the transmission, to assist the braking system, an accumulator fluidly coupled to the retarder and to the reservoir, that includes an internal cavity, a piston disposed in the internal cavity of the accumulator, a solenoid, a valve, a cooler fluidly coupled to the accumulator, and a controller; enabling the solenoid from an off state to an on state; transferring fluid pressure from the valve to the piston; moving the piston from a first position to a second position in the internal cavity; discharging an amount of hydraulic fluid from the internal cavity of the accumulator to the reservoir to assist with a startup procedure wherein discharging the amount of hydraulic fluid from the internal cavity to the reservoir includes (i) discharging hydraulic fluid through at least one fluid path such that the hydraulic fluid does not pass through the cooler and (ii) discharging hydraulic fluid to the cooler through the at least one fluid path; and increasing the volume of hydraulic fluid in the reservoir.
A case for a pair of earbuds (202a, 202b), the case comprising: a housing having one or more cavities configured to receive the pair of earbuds; a lid attached to the housing and operable between a closed position where the lid is aligned over the one or more cavities and an open position where the lid is displaced from the one or more cavities; and a first pair of electrical contacts that interface to a first earbud of the pair of earbuds; a second pair of electrical contacts that interface to a second earbud of the pair of earbuds; a case battery; a processor implementing an earbud detector configured to detect when an earbud of the pair of earbuds is placed in a cavity of the one or more cavities; a power source interface configured to couple the case to a power source; and charging circuitry configured to initiate charging of the earbud when the earbud detector detects that the earbud is placed into the cavity; the processor implementing data communications circuitry configured to receive data from the power source through the power source interface and to transmit firmware updates to the pair of earbuds through the first and the second pair of electrical contacts; wherein the earbud detector, the charging circuitry and the data communications circuitry are operatively coupled to the pair of earbuds through the first and second pairs of electrical contacts. a housing having one or more cavities configured to receive the pair of earbuds; a lid attached to the housing and operable between a closed position where the lid is aligned over the one or more cavities and an open position where the lid is displaced from the one or more cavities; and a first pair of electrical contacts that interface to a first earbud of the pair of earbuds; a second pair of electrical contacts that interface to a second earbud of the pair of earbuds; a case battery; a processor implementing an earbud detector configured to detect when an earbud of the pair of earbuds is placed in a cavity of the one or more cavities; a power source interface configured to couple the case to a power source; and charging circuitry configured to initiate charging of the earbud when the earbud detector detects that the earbud is placed into the cavity; the processor implementing data communications circuitry configured to receive data from the power source through the power source interface and to transmit firmware updates to the pair of earbuds through the first and the second pair of electrical contacts; wherein the earbud detector, the charging circuitry and the data communications circuitry are operatively coupled to the pair of earbuds through the first and second pairs of electrical contacts.
A signaling device including a panel made from plastic provided, on its rear face, with a metal profile arranged to cooperate with means for fixing said panel to a support, of the pole or foot type, characterized in that the rear face of the panel and at least one face of the profile include respective male and female assembly means arranged to allow an assembly between said profile and said panel, said male assembly means of the panel being designed in a thermoformable material allowing them to go, once inserted into said female assembly means of the profile, under the effect of a temperature increase, from an initial shape to a final shape complementary to that of said female assembly means of the profile, and to keep said final shape under the effect of a temperature drop, and in that said male assembly means of said panel include at least one longitudinal rib whose initial shape has a substantially I-shaped cross-section while said female assembly means of said profile include at least one longitudinal groove having an undercut cross-section.
A two-wheeled automobile comprising a front wheel brake operation element for braking a front wheel and a linked brake operation element for linking and braking the front wheel and a rear wheel, wherein the front wheel is fitted with a disk brake that actuates in response to operation of the front wheel brake operation element and a drum brake that actuates in response to operation of the linked brake operation element such that the disk brake is disposed on one side in a vehicle width direction and a brake drum of the drum brake opens on the one side in the vehicle width direction, a brake panel of the drum brake is disposed in a radially inward direction of a brake disk of the disk brake, one end part of an anchor pin is embedded in the brake panel such that one end face of the anchor pin is disposed further inward in the vehicle width direction than the brake disk, and an outer end face of a camshaft support portion provided on the brake panel in order to pivotably support a camshaft is disposed further inward in the vehicle width direction than the brake disk. a front wheel brake operation element for braking a front wheel and a linked brake operation element for linking and braking the front wheel and a rear wheel, a disk brake that actuates in response to operation of the front wheel brake operation element and a drum brake that actuates in response to operation of the linked brake operation element such that the disk brake is disposed on one side in a vehicle width direction and a brake drum of the drum brake opens on the one side in the vehicle width direction, a brake panel of the drum brake is disposed in a radially inward direction of a brake disk of the disk brake, one end part of an anchor pin is embedded in the brake panel such that one end face of the anchor pin is disposed further inward in the vehicle width direction than the brake disk, and an outer end face of a camshaft support portion provided on the brake panel in order to pivotably support a camshaft is disposed further inward in the vehicle width direction than the brake disk.
A non-aqueous composition comprising: (i) particles formed of a carbonate salt; and (ii) an acid in solid form, characterized in that the acid is TXA-NH3 + (protonated tranexamic acid). (i) particles formed of a carbonate salt; and (ii) an acid in solid form,
A timepiece comprising: a first display region that performs display related to a first function; a second display region that performs display related to a second function; and an indicating hand that indicates the first display region when the first function is executed, and indicates the second display region when the second function is executed; characterized in that: the time piece further comprises: a first operation unit that is arranged at a position close to the first display region rather than the second display region, and that performs an operation related to the first function; and a second operation unit that is arranged at a position close to the second display region rather than the first display region, and that performs an operation related to the second function. a first display region that performs display related to a first function; a second display region that performs display related to a second function; and an indicating hand that indicates the first display region when the first function is executed, and indicates the second display region when the second function is executed; characterized in that: the time piece further comprises: a first operation unit that is arranged at a position close to the first display region rather than the second display region, and that performs an operation related to the first function; and a second operation unit that is arranged at a position close to the second display region rather than the first display region, and that performs an operation related to the second function. a first operation unit that is arranged at a position close to the first display region rather than the second display region, and that performs an operation related to the first function; and a second operation unit that is arranged at a position close to the second display region rather than the first display region, and that performs an operation related to the second function.
A Coriolis mass flow meter comprising: a measurement tube having a curved tube portion that allows fluid to be measured to flow in one direction; an oscillation exciter unit configured to provide the measurement tube with oscillations; and a displacement detection unit configured to detect a Coriolis force by displacement of the measurement tube at two points of the measurement tube, the two points being located on an outbound tube and an inbound tube, wherein wing-shaped strips (24a, 24b) configured to enhance the displacement protrude outward of each of the outbound tube and the inbound tube, and the displacement detection unit detects the displacement occurred when the fluid to be measured flows in the measurement tube and enhanced by the two wing-shaped strips (24a, 24b); characterized in that the measurement tube is mounted within a holder including a plate-shaped upper member and a plate-shaped lower member provided respectively with groove portions (22a, 22b) to accommodate the curved tube portion; the curved tube portion is interposed between the upper member and the lower member and is accommodated in the groove portions (22a, 22b); and the wing-shaped strips (24a, 24b) are provided on the upper member or the lower member. a measurement tube having a curved tube portion that allows fluid to be measured to flow in one direction; an oscillation exciter unit configured to provide the measurement tube with oscillations; and a displacement detection unit configured to detect a Coriolis force by displacement of the measurement tube at two points of the measurement tube, the two points being located on an outbound tube and an inbound tube, wherein wing-shaped strips (24a, 24b) configured to enhance the displacement protrude outward of each of the outbound tube and the inbound tube, and the displacement detection unit detects the displacement occurred when the fluid to be measured flows in the measurement tube and enhanced by the two wing-shaped strips (24a, 24b); characterized in that the measurement tube is mounted within a holder including a plate-shaped upper member and a plate-shaped lower member provided respectively with groove portions (22a, 22b) to accommodate the curved tube portion; the curved tube portion is interposed between the upper member and the lower member and is accommodated in the groove portions (22a, 22b); and the wing-shaped strips (24a, 24b) are provided on the upper member or the lower member.
Device for the removal of flat blanks, in particular pack blanks made of thin cardboard, from a store of superimposed blanks, namely a blank magazine, preferably in conjunction with the production of cigarette packs, wherein an in each case bottom blank is graspable by a rotatable removal member, namely a rolling segment by means of suction air through suckers (48, 54) and is able to be deposited in a transfer station, in particular being driven by conveying members of a subsequent blank path, wherein the rolling segment is movable along a rectilinear movement path by a first transmission, namely a linear transmission for the removal operation and is simultaneously rotatable at least along a part of a circle by a second transmission, namely a rotary transmission, characterized in that the rotary transmission consists exclusively of pivotable levers (37, 38, 43), which necessarily bring about the rotary movement of the rolling segment on account of interlinking as a result of the linear movement of a rotation axis or of a shaft of the rolling segment.
A header assembly comprising: a header; a distribution member disposed within the header and having at least one distribution opening: characterized by a regulating member disposed movably on the distribution member to regulate the distribution opening; and a driving member configured to drive the regulating member via magnetic force to move so as to regulate the distribution opening. a header; a distribution member disposed within the header and having at least one distribution opening: characterized by a regulating member disposed movably on the distribution member to regulate the distribution opening; and a driving member configured to drive the regulating member via magnetic force to move so as to regulate the distribution opening.
A wire electric discharge machine including a reel which is supported by a column and around which a wire electrode is wound, and an upper wire guide and a lower wire guide which support the wire electrode that is drawn out from the reel, and carrying out electric discharge machining of a workpiece fixed on a table by relatively moving the wire electrode extended between the upper wire guide and the lower wire guide with respect to the workpiece according to a command of a machining program, the wire electric discharge machine being characterised by comprising: wire electrode slanting amount storage means storing a relationship between a weight of the reel and a slanting amount of the extended wire electrode; reel weight acquiring means configured to determine the weight of the reel during electric discharge machining; compensation amount calculating means configured to determine the slanting amount of the wire electrode corresponding to the weight of the reel determined by the reel weight acquiring means by referring to the wire electrode slanting amount storage means, and to determine a compensation amount for the slanting of the wire electrode from the determined slanting amount; and control means configured to relatively move the wire electrode with respect to the workpiece so as to compensate the slanting of the wire electrode by the compensation amount for the slanting of the wire electrode determined by the compensation amount calculating means. wire electrode slanting amount storage means storing a relationship between a weight of the reel and a slanting amount of the extended wire electrode; reel weight acquiring means configured to determine the weight of the reel during electric discharge machining; compensation amount calculating means configured to determine the slanting amount of the wire electrode corresponding to the weight of the reel determined by the reel weight acquiring means by referring to the wire electrode slanting amount storage means, and to determine a compensation amount for the slanting of the wire electrode from the determined slanting amount; and control means configured to relatively move the wire electrode with respect to the workpiece so as to compensate the slanting of the wire electrode by the compensation amount for the slanting of the wire electrode determined by the compensation amount calculating means.
A method for preparing an aqueous suspension comprising microfibrillated cellulose and inorganic particulate material, the method comprising a step of grinding a fibrous substrate comprising cellulose in an aqueous environment in the presence of an inorganic particulate material and a grinding medium to obtain microfibrillated cellulose having a fibre steepness of from 20 to 50, wherein the term "grinding medium" means a medium other than the inorganic particulate material.
A method comprising: inputting contrast enhancement data for at least one organ of a patient, at least one patient attribute of the patient, and a test bolus data or bolus tracking data to a trained regressor, said regressor being a neural network; receiving a contrast agent administration protocol from the regressor, based on the contrast enhancement data, the at least one patient attribute and the test bolus or bolus tracking data. inputting contrast enhancement data for at least one organ of a patient, at least one patient attribute of the patient, and a test bolus data or bolus tracking data to a trained regressor, said regressor being a neural network; receiving a contrast agent administration protocol from the regressor, based on the contrast enhancement data, the at least one patient attribute and the test bolus or bolus tracking data.
A light emitting device, comprising: a substrate; a first conductivity type semiconductor layer on the substrate; an active layer on the first conductivity type semiconductor layer; and a second conductivity type semiconductor layer on the active layer; a resin layer under a lower surface of the substrate, and a reflective layer under the resin layer and including a light scattering pattern configured to reflect light emitted by the active layer in directions away from the reflective layer, wherein the resin layer is disposed between the substrate and the reflective layer, wherein the light scattering pattern of reflective layer includes a plurality of projections or grooves on the upper surface of the reflective layer, wherein the light scattering pattern of the reflective layer is disposed in the resin layer, characterized in that the substrate comprises a light scattering pattern having a projection or groove shape on an upper surface of the substrate and configured to scatter the light emitted by the active layer, wherein a lower surface of the light scattering pattern of the reflective layer is disposed on the same horizontal plane with a lower surface of the resin layer, and wherein the second conductivity type semiconductor layer comprises a light extraction pattern having a projection or groove shape on the upper surface of the second conductivity type semiconductor layer and configured to extract the light emitted by the active layer from the second conductivity type semiconductor layer. a substrate; a first conductivity type semiconductor layer on the substrate; an active layer on the first conductivity type semiconductor layer; and a second conductivity type semiconductor layer on the active layer; a resin layer under a lower surface of the substrate, and a reflective layer under the resin layer and including a light scattering pattern configured to reflect light emitted by the active layer in directions away from the reflective layer, wherein the resin layer is disposed between the substrate and the reflective layer, wherein the light scattering pattern of reflective layer includes a plurality of projections or grooves on the upper surface of the reflective layer, wherein the light scattering pattern of the reflective layer is disposed in the resin layer, characterized in that the substrate comprises a light scattering pattern having a projection or groove shape on an upper surface of the substrate and configured to scatter the light emitted by the active layer, wherein a lower surface of the light scattering pattern of the reflective layer is disposed on the same horizontal plane with a lower surface of the resin layer, and wherein the second conductivity type semiconductor layer comprises a light extraction pattern having a projection or groove shape on the upper surface of the second conductivity type semiconductor layer and configured to extract the light emitted by the active layer from the second conductivity type semiconductor layer.