mhurhangee/ep-ind-claims huggingface dataset:
Method for the galvanic deposition of zinc-nickel alloy layers from an alkaline zinc-nickel alloy bath with a zinc-nickel alloy electrolyte in the form of zinc and nickel ions and organic bath additives, wherein a zinc-nickel alloy bath containing 80 - 180 g/l NaOH and/or KOH, 5 - 15 g/l zinc and 0.6 - 4 g/l nickel is used, characterised in that the alloy bath contains 5 - 50 g/l chloride and/or bromide, and the anodic current density is set to a value in the range of 5 - 30 A/dm 2. wherein a zinc-nickel alloy bath containing 80 - 180 g/l NaOH and/or KOH, 5 - 15 g/l zinc and 0.6 - 4 g/l nickel is used, characterised in that the alloy bath contains 5 - 50 g/l chloride and/or bromide, and the anodic current density is set to a value in the range of 5 - 30 A/dm 2.
A musical instrument having a first portion which is a fingerboard portion designed to be operated by one hand of a player; a second portion which is a body portion designed to be operated by the other hand; sensing means (25, 88, 89) within each of the two portions for sensing hand and/or finger activity, position or movement thereof; means in one of the portions adapted to convert signals from the sensing means within each of the two portions into an output signal corresponding to music being played by the player by playing the musical instrument; and means enabling the two portions to communicate with one another; wherein the first and second portions (20,82) are separate interacting units; wherein the body portion is provided with a plurality of real or virtual strings (23,83) which may be actuated by being plucked by the player; wherein the the fingerboard portion and body portion are connected together so that actuation of one or more of the strings on the body portion by one hand will cause the output signal to correspond to one or more musical notes, the pitch of which is determined by the position of the fingers of the other hand on the fingerboard portion; characterised in that the instrument includes means to detect a degree of separation of the separate interacting units from one another and to modify the output signal in response thereto.
A method performed by a monitoring unit for tracking inventory at a work site, the inventory being stored in a plurality of storage locations (10, 11, 12), the method comprising: - receiving at least one first measurement result of the inventory from at least one transporting vehicle (30, 31, 32), which at least one first measurement result is indicative of at least part of the inventory (20, 21, 22) transported to, from, and/or between the plurality of storage locations (10, 11, 12) in the work site, said at least one first measurement result being measured by an on-board sensor of the at least one transporting vehicle (30, 31, 32), characterized in that: when the at least one transportation vehicle (30, 31, 32) is at a stand-still or when travelling below a speed threshold, and wherein said at least one first measurement result comprises at least one volume measurement result, and/or at least one weight measurement result, and - estimating an amount of the inventory based on the received at least one first measurement result, wherein estimating the amount of the inventory comprises estimating a volume, a weight, and/or a density of the inventory. - receiving at least one first measurement result of the inventory from at least one transporting vehicle (30, 31, 32), which at least one first measurement result is indicative of at least part of the inventory (20, 21, 22) transported to, from, and/or between the plurality of storage locations (10, 11, 12) in the work site, said at least one first measurement result being measured by an on-board sensor of the at least one transporting vehicle (30, 31, 32), characterized in that: when the at least one transportation vehicle (30, 31, 32) is at a stand-still or when travelling below a speed threshold, and wherein said at least one first measurement result comprises at least one volume measurement result, and/or at least one weight measurement result, and - estimating an amount of the inventory based on the received at least one first measurement result, wherein estimating the amount of the inventory comprises estimating a volume, a weight, and/or a density of the inventory.
Dosing cap for fitting on a dosing bottle having a dosing channel extending in a longitudinal direction having an outlet opening at the end side for a liquid that is to be dosed and that has a bottle-neck collar which surrounds an inner space and that has a dosing element, the dosing channel 20 being formed to extend in the longitudinal direction thereof, characterised in that the dosing element has a dosing pin and a dosing tip, wherein the dosing pin extends into the inner space and the dosing element extends through a lid base on the end face such that, outside an outer side of the lid base, the dosing element forms the dosing tip in the manner of a dome-like elevation, - the dosing channel has a first dosing section that tapers in the longitudinal direction up to a dosing diameter, wherein the dosing diameter ranges from 0.2mm to 1.2mm, - the dosing channel further has a second dosing section that connects to the first dosing section in the longitudinal direction by forming a first step and has a larger diameter (d3, d4) in comparison to the dosing diameter. - the dosing channel has a first dosing section that tapers in the longitudinal direction up to a dosing diameter, wherein the dosing diameter ranges from 0.2mm to 1.2mm, - the dosing channel further has a second dosing section that connects to the first dosing section in the longitudinal direction by forming a first step and has a larger diameter (d3, d4) in comparison to the dosing diameter.
A method executable by a home device to placeshift an adaptive media stream comprising a plurality of segments to a remote device, the method comprising: initiating a gateway by the home device that allows a connection to be established from the remote device to the home device via a network; receiving a series of segment requests from the remote device at the home device via the connection to the remote device, wherein each of the series of segment requests identifies one of the plurality of segments of the adaptive media stream available from a content source, and wherein the identified segment of the adaptive media stream is selected by the remote device; obtaining, by the home device, the segment that is identified in each of the series of segment requests from the content source, so that the home device obtains the segment that is selected by the remote device from the content source; and forwarding each of the segments requested by the remote device and received from the content source to the remote device to thereby allow the remote device to assemble each of the segments of the adaptive media stream that were previously identified by the remote device and obtained from the content source via the home device for playback of the adaptive media stream on the remote device. initiating a gateway by the home device that allows a connection to be established from the remote device to the home device via a network; receiving a series of segment requests from the remote device at the home device via the connection to the remote device, wherein each of the series of segment requests identifies one of the plurality of segments of the adaptive media stream available from a content source, and wherein the identified segment of the adaptive media stream is selected by the remote device; obtaining, by the home device, the segment that is identified in each of the series of segment requests from the content source, so that the home device obtains the segment that is selected by the remote device from the content source; and forwarding each of the segments requested by the remote device and received from the content source to the remote device to thereby allow the remote device to assemble each of the segments of the adaptive media stream that were previously identified by the remote device and obtained from the content source via the home device for playback of the adaptive media stream on the remote device.
A pump tappet for converting a rotating movement of a cam-driven cam shaft into a linear reciprocating movement to be transmitted to a pump plunger while making a linear reciprocating movement together with the pump plunger, wherein the tappet comprises a tappet shaft; an outer ring disposed rotatably around an outer diameter surface of the tappet shaft; and a case which houses the shaft and the outer ring, the case including a cylindrical circumferential wall and an intermediate bottom provided at an intermediate position of the inner diameter surface of the cylindrical circumferential wall to partition a space extending in an up-down direction, characterized in that the case being formed by a cold forging process of pressing a central region of a round steel material from both surfaces thereby pushing a portion of the material at the central region radially outward, forcing the material to flow axially in the up-down direction, thereby leaving a continuous fiber flow in the intermediate bottom region, and the intermediate bottom of the case has a convex surface for contact with the pump plunger.
A compound of formula (I') R-Y1-Y2-CO-X (I') Wherein Y1 is selected from O, S, NH, N(C 1-6 -alkyl), SO or SO 2 and Y2 is (CH 2) n or CH(C 1-6 alkyl); n is 1 to 3, preferably 1; R is a linear unsubstituted C 10-24 unsaturated hydrocarbon group, said hydrocarbon group comprising at least 4 non-conjugated double bonds; X is CHal 3 for use in the treatment of squamous cell carcinoma or basal cell carcinoma. Wherein Y1 is selected from O, S, NH, N(C 1-6 -alkyl), SO or SO 2 and Y2 is (CH 2) n or CH(C 1-6 alkyl); n is 1 to 3, preferably 1; R is a linear unsubstituted C 10-24 unsaturated hydrocarbon group, said hydrocarbon group comprising at least 4 non-conjugated double bonds; X is CHal 3 for use in the treatment of squamous cell carcinoma or basal cell carcinoma.
An optical tape pick up system configured to perform direct read after write, DRAW, by using three laser spots comprising a main central spot and two satellite spots (14, 18), wherein the main central spot is used for writing onto optical tape and one of the satellite spots is used for verify data written by the main central spot immediately thereafter, the optical tape system comprising: a holographic optical element configured to split a laser beam into a zero order and +1 and -1 first order beams and to introduce wavefront error via diffaction into the first order beams but not the zero order beam; and an aspheric objective lens configured to focus the beams onto optical tape and to introduce wavefront error into the first order beams; wherein the wavefront error introduced by the holographic optical element has a specified polarity and magnitude to offset the wavefront error introduced by the aspheric objective lens so as to reduce the resulting wavefront error of the focused first order beams. a holographic optical element configured to split a laser beam into a zero order and +1 and -1 first order beams and to introduce wavefront error via diffaction into the first order beams but not the zero order beam; and an aspheric objective lens configured to focus the beams onto optical tape and to introduce wavefront error into the first order beams; wherein the wavefront error introduced by the holographic optical element has a specified polarity and magnitude to offset the wavefront error introduced by the aspheric objective lens so as to reduce the resulting wavefront error of the focused first order beams.
A front jaw for a touring ski binding, comprising: a) a base and b) at least one recess or transit opening in the base; c) two lateral sole retainers which lie opposite each other in relation to a longitudinal axis of the front jaw and comprise a boot retainer pin each and which, in a pivoted-in state, co-operate with complementary bearings formed on a ski boot, in order to define a pivoting axis for the ski boot which extends substantially transverse to the longitudinal axis of the front jaw, and which can be adjusted between the pivoted-in state, in which the complementary bearings of the ski boot engage with the boot retainer pins, and a pivoted-away state in which the complementary bearings of the ski boot no longer engage with the boot retainer pins; d) spring elements for tensioning the lateral sole retainers; e) a tensioning lever for moving the sole retainers from the pivoted-in state to the pivoted-away state in which they release the ski boot from a downhill skiing position or a walking position; and f) optionally, a latching lever for latching the lateral sole retainers in the walking position, characterised in that g) the at least one recess or transit opening is covered by at least one cover made of an elastic material, h) the base forms a constrainer for the cover and presses the cover towards and preferably against the upper side of the ski when the front jaw is fitted on the ski. a) a base and b) at least one recess or transit opening in the base; c) two lateral sole retainers which lie opposite each other in relation to a longitudinal axis of the front jaw and comprise a boot retainer pin each and which, in a pivoted-in state, co-operate with complementary bearings formed on a ski boot, in order to define a pivoting axis for the ski boot which extends substantially transverse to the longitudinal axis of the front jaw, and which can be adjusted between the pivoted-in state, in which the complementary bearings of the ski boot engage with the boot retainer pins, and a pivoted-away state in which the complementary bearings of the ski boot no longer engage with the boot retainer pins; d) spring elements for tensioning the lateral sole retainers; e) a tensioning lever for moving the sole retainers from the pivoted-in state to the pivoted-away state in which they release the ski boot from a downhill skiing position or a walking position; and f) optionally, a latching lever for latching the lateral sole retainers in the walking position, characterised in that g) the at least one recess or transit opening is covered by at least one cover made of an elastic material, h) the base forms a constrainer for the cover and presses the cover towards and preferably against the upper side of the ski when the front jaw is fitted on the ski.
A thermoplastic composition, comprising: a poly(arylene ether); a poly(alkenyl aromatic); an organophosphate ester flame retardant; a functionalized polysiloxane comprising a C 1 -C 10 aminoalkyl group comprising a primary or secondary amine; and an organic acid; wherein the thermoplastic composition has at least one smoke density property selected from the group consisting of a smoke density at four minutes of 5 to 250 as determined by ASTM E662 at a sample thickness of 1.5 to 3.2 millimeters, and a corrected maximum smoke density of 20 to 300 in the initial 20 minutes as determined by ASTM E662 at a sample thickness of 1.5 to 3.2 millimeters. a poly(arylene ether); a poly(alkenyl aromatic); an organophosphate ester flame retardant; a functionalized polysiloxane comprising a C 1 -C 10 aminoalkyl group comprising a primary or secondary amine; and an organic acid; wherein the thermoplastic composition has at least one smoke density property selected from the group consisting of a smoke density at four minutes of 5 to 250 as determined by ASTM E662 at a sample thickness of 1.5 to 3.2 millimeters, and a corrected maximum smoke density of 20 to 300 in the initial 20 minutes as determined by ASTM E662 at a sample thickness of 1.5 to 3.2 millimeters.
A method for transmitting data, the method comprising: determining, by a transmitting device, a plurality of codebooks, wherein each codebook is generated by applying a unitary rotation to a baseline multidimensional constellation to produce a multidimensional mother constellation, wherein the unitary rotation is selected to optimize a distance function of the multidimensional mother constellation while maintaining a Euclidean distance of the multidimensional mother constellation, and applying a set of operations to the multidimensional mother constellation to produce a set of constellation points, and storing the set of constellation points as the codebook; wherein the distance function is a function of the distances of the projections of the points in the multidimensional mother constellation; encoding, by the transmitting device, a first data associated with a first data layer by selecting a first codeword from a first codebook, where the first codebook is assigned exclusively to the first data layer; encoding, by the transmitting device, a second data associated with a second data layer by selecting a second codeword from a second codebook and assigning the second codebook exclusively to the second data layer; and transmitting, by the transmitting device, the first codeword and the second codeword. determining, by a transmitting device, a plurality of codebooks, wherein each codebook is generated by applying a unitary rotation to a baseline multidimensional constellation to produce a multidimensional mother constellation, wherein the unitary rotation is selected to optimize a distance function of the multidimensional mother constellation while maintaining a Euclidean distance of the multidimensional mother constellation, and applying a set of operations to the multidimensional mother constellation to produce a set of constellation points, and storing the set of constellation points as the codebook; wherein the distance function is a function of the distances of the projections of the points in the multidimensional mother constellation; encoding, by the transmitting device, a first data associated with a first data layer by selecting a first codeword from a first codebook, where the first codebook is assigned exclusively to the first data layer; encoding, by the transmitting device, a second data associated with a second data layer by selecting a second codeword from a second codebook and assigning the second codebook exclusively to the second data layer; and transmitting, by the transmitting device, the first codeword and the second codeword.
A beverage supply apparatus configured to supply two or more kinds of beverages, the beverage supply apparatus comprising: a plurality of nozzles (5a-c; 50; 51; 52) configured to discharge the two or more kinds of beverages; a touch panel configured to display selection options of the two or more kinds of beverages and receives a selection operation for selecting one of the two or more kinds of beverages; a plurality of physical buttons (3a-c) that corresponds to the plurality of nozzles and that is configured to receive a request to discharge the beverage selected by the selection operation; and a control section configured to specify a physical button corresponding to a nozzle from which the beverage selected by the selection operation is discharged from among the plurality of the physical buttons, the control section being configured to control the touch panel to indicate the specified physical button. a plurality of nozzles (5a-c; 50; 51; 52) configured to discharge the two or more kinds of beverages; a touch panel configured to display selection options of the two or more kinds of beverages and receives a selection operation for selecting one of the two or more kinds of beverages; a plurality of physical buttons (3a-c) that corresponds to the plurality of nozzles and that is configured to receive a request to discharge the beverage selected by the selection operation; and a control section configured to specify a physical button corresponding to a nozzle from which the beverage selected by the selection operation is discharged from among the plurality of the physical buttons, the control section being configured to control the touch panel to indicate the specified physical button.
A flat bottle comprising a cylindrical body portion and a bottom portion which closes a lower opening section of the body portion, and the flat bottle having a flattened shape in lateral cross-section which has a major axis (La) and a minor axis (Sa) perpendicular to each other at a point on a bottle axis, wherein a bottom wall portion of the bottom portion comprises: a grounding portion positioned at an outer circumferential edge of the bottom wall portion; a rising circumferential wall portion connected to an inside of the grounding portion in a bottle radial direction and extending upward; an annular movable wall portion projecting from an upper end part of the rising circumferential wall portion toward inside of the rising circumferential wall portion in the bottle radial direction; and a recessed circumferential wall portion extending upward from an inner end of the movable wall portion in the bottle radial direction, wherein the annular movable wall portion is arranged to be movable around a connected portion between the annular movable wall portion and the rising circumferential wall portion so as to move the recessed circumferential wall portion upward, characterised in that a length of the bottom portion along the major axis is 1.2 to 2.0 times a length of the bottom portion along the minor axis, and a length (2L2) of the movable wall portion along the major axis is 0.8 to 2.5 times a length (2S2) of the movable wall portion along the minor axis. a grounding portion positioned at an outer circumferential edge of the bottom wall portion; a rising circumferential wall portion connected to an inside of the grounding portion in a bottle radial direction and extending upward; an annular movable wall portion projecting from an upper end part of the rising circumferential wall portion toward inside of the rising circumferential wall portion in the bottle radial direction; and a recessed circumferential wall portion extending upward from an inner end of the movable wall portion in the bottle radial direction, wherein the annular movable wall portion is arranged to be movable around a connected portion between the annular movable wall portion and the rising circumferential wall portion so as to move the recessed circumferential wall portion upward, characterised in that a length of the bottom portion along the major axis is 1.2 to 2.0 times a length of the bottom portion along the minor axis, and a length (2L2) of the movable wall portion along the major axis is 0.8 to 2.5 times a length (2S2) of the movable wall portion along the minor axis.