mhurhangee/ep-ind-claims huggingface dataset:
An automated medicine sorting and medicine dispensing system comprising: a medicine storage mechanism for storing a plurality of types of medicine; a medicine picking up mechanism for picking up medicines from said medicine storage mechanism; a rotating base comprising a housing chamber, a rotating pad that is set within said housing chamber and an electrical motor that drives said rotating pad to rotate, wherein said housing chamber is in communication with a medicine discharging passage; a portable medicine box for receiving medicines sorted and dispensed, said portable medicine box couples with said rotating pad, said portable medicine box comprises a plurality of medicine storage slots, said plurality of medicine storage slots are able to rotate around the axis of said portable medicine box; and a cup for receiving medicines sorted and dispensed, said cup couples with said rotating pad; wherein the automated medicine sorting and medicine dispensing system, is characterized in that said rotating pad comprises a medicine box coupling portion and a cup coupling portion, said medicine box coupling portion couples with said portable medicine box, said cup coupling portion couples with said cup, said medicine box coupling portion at least partly overlaps with said cup coupling portion. a medicine storage mechanism for storing a plurality of types of medicine; a medicine picking up mechanism for picking up medicines from said medicine storage mechanism; a rotating base comprising a housing chamber, a rotating pad that is set within said housing chamber and an electrical motor that drives said rotating pad to rotate, wherein said housing chamber is in communication with a medicine discharging passage; a portable medicine box for receiving medicines sorted and dispensed, said portable medicine box couples with said rotating pad, said portable medicine box comprises a plurality of medicine storage slots, said plurality of medicine storage slots are able to rotate around the axis of said portable medicine box; and a cup for receiving medicines sorted and dispensed, said cup couples with said rotating pad; wherein the automated medicine sorting and medicine dispensing system, is characterized in that said rotating pad comprises a medicine box coupling portion and a cup coupling portion, said medicine box coupling portion couples with said portable medicine box, said cup coupling portion couples with said cup, said medicine box coupling portion at least partly overlaps with said cup coupling portion.
A damping force generating mechanism for a shock absorber, the shock absorber comprising a first fluid chamber, a second fluid chamber, and a first passage (2a, 2b) which allows a fluid to flow between the first fluid chamber and the second fluid chamber, the damping force generating mechanism comprising: a damping valve (10a, 10b) which generates a damping force against a fluid flow through the first passage (2a, 2b); a throttle (12, 14) for narrowing an inflow to the first passage (2a, 2b) according to an applied displacement pressure, the displacement pressure including a pressure in one of the fluid chambers (41, 42) which biases the throttle (12, 14) in a direction to narrow the inflow to the first passage (2a, 2b) and a pressure that acts on the throttle (12, 14) in a direction opposite to the direction to narrow the inflow to the first passage (2a, 2b) depending on a velocity of the fluid flow through the throttle (12, 14); and a biasing member (25, 29) which biases the throttle (12, 14) in the direction opposite to the direction to narrow the inflow to the first passage (2a, 2b); characterized in that the mechanism further comprises a second passage which always connects the first fluid chamber and the second fluid chamber via a pair of orifices (16a, 17a); and a pressure chamber (18, 19), wherein a pressure introduced into the pressure chamber (18, 19) from the second passage between the pair of orifices (16a, 17a) exerts a force on the throttle (12, 14) in the direction opposite to the direction to narrow the inflow to the first passage (2a, 2b). a damping valve (10a, 10b) which generates a damping force against a fluid flow through the first passage (2a, 2b); a throttle (12, 14) for narrowing an inflow to the first passage (2a, 2b) according to an applied displacement pressure, the displacement pressure including a pressure in one of the fluid chambers (41, 42) which biases the throttle (12, 14) in a direction to narrow the inflow to the first passage (2a, 2b) and a pressure that acts on the throttle (12, 14) in a direction opposite to the direction to narrow the inflow to the first passage (2a, 2b) depending on a velocity of the fluid flow through the throttle (12, 14); and a biasing member (25, 29) which biases the throttle (12, 14) in the direction opposite to the direction to narrow the inflow to the first passage (2a, 2b); characterized in that the mechanism further comprises a second passage which always connects the first fluid chamber and the second fluid chamber via a pair of orifices (16a, 17a); and a pressure chamber (18, 19), wherein a pressure introduced into the pressure chamber (18, 19) from the second passage between the pair of orifices (16a, 17a) exerts a force on the throttle (12, 14) in the direction opposite to the direction to narrow the inflow to the first passage (2a, 2b).
Connecting rod for a reciprocating piston machine, with - a hollow-cylindrical connecting rod bushing for receiving a piston pin of the reciprocating piston machine, - a hollow-cylindrical connecting rod bearing having a bearing axis running parallel to a cylinder axis of the connecting rod bushing for mounting a crank pin of the reciprocating piston machine, and - an elongated shaft extending perpendicularly to the bearing axis between the connecting rod bushing and the connecting rod bearing for connecting the connecting rod bushing to the connecting rod bearing, wherein the connecting rod bearing comprises a connecting rod saddle which is materially connected to the shaft, a connecting rod cap which is materially separated from the shaft and a connecting rod joint connecting the connecting rod saddle to the connecting rod cap in a form fitting manner, wherein the connecting rod joint comprises a Hirth serration between the connecting rod saddle and the connecting rod cap, characterized in that the Hirth serration includes a central angle (α) of less than 360°, and the connecting rod joint further comprises a plane surface defined by the connecting rod saddle and a mating surface defined by the connecting rod cap, the mating surface extending along a plane parallel to the surface. - a hollow-cylindrical connecting rod bushing for receiving a piston pin of the reciprocating piston machine, - a hollow-cylindrical connecting rod bearing having a bearing axis running parallel to a cylinder axis of the connecting rod bushing for mounting a crank pin of the reciprocating piston machine, and - an elongated shaft extending perpendicularly to the bearing axis between the connecting rod bushing and the connecting rod bearing for connecting the connecting rod bushing to the connecting rod bearing, wherein the connecting rod bearing comprises a connecting rod saddle which is materially connected to the shaft, a connecting rod cap which is materially separated from the shaft and a connecting rod joint connecting the connecting rod saddle to the connecting rod cap in a form fitting manner, wherein the connecting rod joint comprises a Hirth serration between the connecting rod saddle and the connecting rod cap, characterized in that the Hirth serration includes a central angle (α) of less than 360°, and the connecting rod joint further comprises a plane surface defined by the connecting rod saddle and a mating surface defined by the connecting rod cap, the mating surface extending along a plane parallel to the surface.
A fiber optic connector, comprising: a housing comprising a rear end and a front end with a longitudinal passageway extending from the rear end to the front end and a locking feature, wherein a part of the rear portion of the housing comprises a round cross-section and a part of the front portion of the housing comprises a non-round cross-section (NRCS) with a transition region disposed between the rear portion and the front portion, wherein the transition region comprises a threaded portion; and a ferrule comprising a fiber bore extending from a rear end to a front end. a housing comprising a rear end and a front end with a longitudinal passageway extending from the rear end to the front end and a locking feature, wherein a part of the rear portion of the housing comprises a round cross-section and a part of the front portion of the housing comprises a non-round cross-section (NRCS) with a transition region disposed between the rear portion and the front portion, wherein the transition region comprises a threaded portion; and a ferrule comprising a fiber bore extending from a rear end to a front end.
A peripheral assembly for multipoint locks of the type that comprises a box-like body accommodating at least one sliding latch with a niche and at least one actuation rod for said at least one sliding latch which is pivoted on an inner wall of said box-like body and can move between an extracted configuration and a retracted configuration with respect to said box-like body as a result of corresponding translations of said rod along a path inside said box-like body which is defined by at least one first slot thereof within which at least one first plug is engaged which is integral with an inner wall of said box-like body, characterized in that: - said actuation rod comprises at least one contoured second slot slideably accommodating a peg for pivoting said at least one sliding latch, said peg being provided with an eccentric projection which can be accommodated, in the configuration of total extraction of said sliding latch, in a respective recess of said second slot, - at least one rocker arm, which is pivoted on said plug which is integral with said inner wall of said box-like body, comprises an end tab which is contoured and adapted to abut on said niche, of the rim of said sliding latch, of shape and dimensions substantially complementary to those of said tab, the insertion of said tab into said niche blocking the rotation of said sliding latch, - a projection of said rod, facing and protruding toward said inner wall of said box-like body to which said plug is coupled, is aligned with a portion of said at least one rocker arm, a translation of said rod causing the abutment of said projection on said portion of said rocker arm, with forcing of the rotation of said rocker arm, with respect to the plug, away from said niche of said sliding latch. - said actuation rod comprises at least one contoured second slot slideably accommodating a peg for pivoting said at least one sliding latch, said peg being provided with an eccentric projection which can be accommodated, in the configuration of total extraction of said sliding latch, in a respective recess of said second slot, - at least one rocker arm, which is pivoted on said plug which is integral with said inner wall of said box-like body, comprises an end tab which is contoured and adapted to abut on said niche, of the rim of said sliding latch, of shape and dimensions substantially complementary to those of said tab, the insertion of said tab into said niche blocking the rotation of said sliding latch, - a projection of said rod, facing and protruding toward said inner wall of said box-like body to which said plug is coupled, is aligned with a portion of said at least one rocker arm, a translation of said rod causing the abutment of said projection on said portion of said rocker arm, with forcing of the rotation of said rocker arm, with respect to the plug, away from said niche of said sliding latch.
A hook-and-loop fastener comprising a base fabric having existing on a surface thereof a plurality of hook engagement elements, wherein monofilaments constituting the hook engagement elements are formed of a polybutylene terephthalate-based polyester characterised in that the polybutylene terephthalate-based polyester contains 0.2 to 8% by mass of a polyester elastomer.
Cathode composition for an alkali metal-sulfur cell comprising - elemental sulfur and - at least one polyacrylonitrile-sulfur composite material comprising covalently and/or ionically bound sulfur, characterized in that the polyacrylonitrile-sulfur composite material has sulfur domains having a diameter of less than 1000 nm. - elemental sulfur and - at least one polyacrylonitrile-sulfur composite material comprising covalently and/or ionically bound sulfur, characterized in that the polyacrylonitrile-sulfur composite material has sulfur domains having a diameter of less than 1000 nm.
Blue- to yellow-emitting luminophore from the class of the orthosilicates having essentially the EA 2 SiO 4:D structure, characterized in that the luminophore includes, as component EA, at least one of the elements EA = Sr, Ba, Ca or Mg, alone or in combination, where the activating doping D consists of Eu and where SiO 2 has been introduced in deficiency, such that a modified substoichiometric orthosilicate is present, where the orthosilicate has been stabilized with SE and N with SE = rare earth metal, where the stoichiometry of the modified orthosilicate corresponds to the formula EA 2-x-a SE x Eu a Si 1-y O 4-x-2y N x where the proportion a of Eu is between a = 0.01 and 0.20, where the proportion x is between 0.003 and 0.02 and where the factor y, which is the crucial factor for the deficiency, is in the range of 0.002 ≤ y ≤ 0.02.
A method for encoding and compressing a digital n-bit gray scale image data stream, where 9 ≼ n ≼ 24, into a JPEG compressed data stream, comprising the steps of: - accessing each gray scale image data pixel of said n-bit data stream sequentially, - applying 3 mathematical transformations to each of n-bit luminance values retrieved from said gray scale image data pixels, - storing the results of said mathematical transformations into three 8-bit sub-pixel memory locations as an 8-bit RGB encoded image data pixel, - outputting said 8-bit RGB encoded image data pixels sequentially as an 8-bit RGB encoded image data stream, - compressing said 8-bit RGB encoded image data stream via the JPEG standard, characterized in that, said 3 mathematical transformations applied to each n-bit pixel data value are defined as: R = v 3 ∗ s G = v ∗ s R ∗ s B = v ∗ s 3 R ∗ G, wherein ν is the n-bit luminance value, where 9 ≼ n ≼ 24, stored in a data pixel of the original digital high quality gray scale image, s is a scaling factor depending on the bit range of the gray value, and R,G and B are respectively the 8-bit values of the three 8-bit pixel channels in an RGB-encoded image. - accessing each gray scale image data pixel of said n-bit data stream sequentially, - applying 3 mathematical transformations to each of n-bit luminance values retrieved from said gray scale image data pixels, - storing the results of said mathematical transformations into three 8-bit sub-pixel memory locations as an 8-bit RGB encoded image data pixel, - outputting said 8-bit RGB encoded image data pixels sequentially as an 8-bit RGB encoded image data stream, - compressing said 8-bit RGB encoded image data stream via the JPEG standard,
A method comprising: locating, in a source signal, a source signal content insertion trigger, the source signal being a video signal; determining a trigger position in the source signal where the source signal content insertion trigger is located, the trigger position being specified by a single frame, the determining of the trigger position comprising obtaining a framecount for the source signal that identifies the trigger position; transcoding the source signal to obtain an output signal, the output signal being a digital signal; locating, in the output signal, the trigger position, the locating of the trigger position comprising: keeping a framecount of frames output during transcoding; and matching the framecount of frames output during transcoding to the trigger position identified by the framecount for the source signal; and inserting into the output signal, at the trigger position, an output signal content insertion trigger. locating, in a source signal, a source signal content insertion trigger, the source signal being a video signal; determining a trigger position in the source signal where the source signal content insertion trigger is located, the trigger position being specified by a single frame, the determining of the trigger position comprising obtaining a framecount for the source signal that identifies the trigger position; transcoding the source signal to obtain an output signal, the output signal being a digital signal; locating, in the output signal, the trigger position, the locating of the trigger position comprising: keeping a framecount of frames output during transcoding; and matching the framecount of frames output during transcoding to the trigger position identified by the framecount for the source signal; and keeping a framecount of frames output during transcoding; and matching the framecount of frames output during transcoding to the trigger position identified by the framecount for the source signal; and inserting into the output signal, at the trigger position, an output signal content insertion trigger.
Device for supporting a spinal column in the region of the transverse or spinous processions of two adjacent vertebrae or for spreading two adjacent ribs, comprising: at a least a first body and a second body, each body having a receptacle for a transverse or spinous process of a vertebra or for a rib; and a rotational joint between the first body and the second body, such that the first body and the second body are rotatable relative to one another about a common axis of rotation, wherein the distance between the receptacles of the first body and the second body can be adjusted by means of the rotational movement of the first body relative to the second body, wherein the receptacle of the first body and/or of the second body has raised edge regions which prevent slipping of the transverse process or spinous process or a rib from the receptacle, characterized in that the receptacles of the first body and the second body have a convex surface, such that the transverse or spinous processes of adjacent vertebrae or adjacent ribs can be received therein at least in a rotational angle of 0° to 180°, preferably 0° to 270°, of the first body to the second body. at a least a first body and a second body, each body having a receptacle for a transverse or spinous process of a vertebra or for a rib; and a rotational joint between the first body and the second body, such that the first body and the second body are rotatable relative to one another about a common axis of rotation, wherein the distance between the receptacles of the first body and the second body can be adjusted by means of the rotational movement of the first body relative to the second body, wherein the receptacle of the first body and/or of the second body has raised edge regions which prevent slipping of the transverse process or spinous process or a rib from the receptacle, characterized in that the receptacles of the first body and the second body have a convex surface, such that the transverse or spinous processes of adjacent vertebrae or adjacent ribs can be received therein at least in a rotational angle of 0° to 180°, preferably 0° to 270°, of the first body to the second body.
A golf club head comprising: a body having a first arm and a second arm extending outwardly therefrom, the first arm and second arm defining between the arms a substantially V-shaped space that extends through the golf club head; a bar having a first end having a first mounting member connected to a free end of the first arm and a second end having a second mounting member connected to a free end of the second arm, the first and second mounting members removably securing the bar to a rearmost end of the first and second arms; and a weighted member positioned along the bar. a body having a first arm and a second arm extending outwardly therefrom, the first arm and second arm defining between the arms a substantially V-shaped space that extends through the golf club head; a bar having a first end having a first mounting member connected to a free end of the first arm and a second end having a second mounting member connected to a free end of the second arm, the first and second mounting members removably securing the bar to a rearmost end of the first and second arms; and a weighted member positioned along the bar.
A coaxial two-wheeled vehicle that, when a traveling direction is defined as a roll axis, can realize a turning action by a tilting movement of a turning operation portion toward the roll direction, characterized in that the turning operation portion is disposed between legs of a passenger and has a structure that is arranged to not restrain a movement of the leg in forward/backward directions of the vehicle, and a portion of the turning operation portion is arranged to come into contact with an inside leg of the passenger so that a turning operation is performed.
Apparatus for orientating a tobacco product containing a strip component, characterised in that the apparatus comprises: means for producing an image of the tobacco product; means for determining an apparent width of the strip component from the image; means for determining an amount of rotation based on the apparent width; and means for rotating the tobacco product relative to the imaging means by the determined amount of rotation. means for producing an image of the tobacco product; means for determining an apparent width of the strip component from the image; means for determining an amount of rotation based on the apparent width; and means for rotating the tobacco product relative to the imaging means by the determined amount of rotation.
An apparatus for depositing a ceramic coating on a part, the apparatus comprising: a chamber; a source of a ceramic coating material, positioned to communicate the coating material to the part in the chamber; a plurality of thermal hoods, each thermal hood being configured so as to maintain the effective coating temperature surrounding the part during the coating process when the part is in a coating position and the thermal hood is in an operative position; a carrier for carrying the part, wherein the carrier is configured such that in a first position of the carrier the part is held in the coating position which is located between the source and the operative position of the thermal hood; and means for moving a hood of the plurality of thermal hoods from the operative position and replacing the hood with another hood of the plurality of hoods. a chamber; a source of a ceramic coating material, positioned to communicate the coating material to the part in the chamber; a plurality of thermal hoods, each thermal hood being configured so as to maintain the effective coating temperature surrounding the part during the coating process when the part is in a coating position and the thermal hood is in an operative position; a carrier for carrying the part, wherein the carrier is configured such that in a first position of the carrier the part is held in the coating position which is located between the source and the operative position of the thermal hood; and means for moving a hood of the plurality of thermal hoods from the operative position and replacing the hood with another hood of the plurality of hoods.
A liquid hand dishwashing cleaning composition comprising: a. from 5% to 50% by weight of the total composition of a surfactant system; and b. polyvinyl alcohol, wherein the polyvinyl alcohol has a degree of hydrolysis of from 40% to 86%, wherein the polyvinyl alcohol is present at a level of from 0.05% to 5.0%by weight of the composition. a. from 5% to 50% by weight of the total composition of a surfactant system; and b. polyvinyl alcohol, wherein the polyvinyl alcohol has a degree of hydrolysis of from 40% to 86%, wherein the polyvinyl alcohol is present at a level of from 0.05% to 5.0%by weight of the composition.