mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable lithium ion button cell comprises: a sealed housing comprising an inner casing and an outer casing, both casings having at least one flat area (1a; 3a) as top or bottom of the battery, and a round or oval sidewall (1c; 3b) vertically formed to the flat area, said sealed housing also comprising a round or oval insulation gasket having a footing rim and positioning between said sidewalls, said footing rim covering the opening end of said inner casing sidewall; said outer casing sidewall is crimped together with the gasket against the inner casing to seal the battery; said housing also contains electrolyte, and a first electrode and a second electrode inside the said sealed housing being spiral wound with separator to be a round or oval roll, said roll axis is vertical to the said flat areas of the casings; said electrodes have theirs one small area not coated with active materials, and the exposed metal at said area acts as conductor tab (7, 13) to connect the electrodes with said casings respectively; characterized in that at least one of the said conductor tabs is folded such that the thickness of the whole tab is at least doubled. a sealed housing comprising an inner casing and an outer casing, both casings having at least one flat area (1a; 3a) as top or bottom of the battery, and a round or oval sidewall (1c; 3b) vertically formed to the flat area, said sealed housing also comprising a round or oval insulation gasket having a footing rim and positioning between said sidewalls, said footing rim covering the opening end of said inner casing sidewall; said outer casing sidewall is crimped together with the gasket against the inner casing to seal the battery; said housing also contains electrolyte, and a first electrode and a second electrode inside the said sealed housing being spiral wound with separator to be a round or oval roll, said roll axis is vertical to the said flat areas of the casings; said electrodes have theirs one small area not coated with active materials, and the exposed metal at said area acts as conductor tab (7, 13) to connect the electrodes with said casings respectively; characterized in that at least one of the said conductor tabs is folded such that the thickness of the whole tab is at least doubled.
Optical module comprising a light source able to emit light rays, an optical projection element intended to project light rays originating from the light source in the form of a light beam in a main direction of emission and a shield, the shield being positioned between the light source and the optical element, wherein the shield is intended to form a cutoff, in particular of low-beam type, in the light beam projected by the optical projection element, the module furthermore comprising a reflector having a first focal point and a second focal point, the light source being positioned at the first focal point and the reflector being arranged such that light rays emitted by the light source are reflected by the reflector at the second focal point, the module furthermore including a style part one portion of which is positioned in front of the optical projection element in the main direction of emission, the module being characterized in that the reflector and the style part are formed integrally and form a mask, the shield comprising a central portion extending in a first, in particular horizontal, direction and at least one branch, the branch(es) extend from one longitudinal end of the central portion in a second direction, forming an angle with the first direction, and wherein said shield comprises at least one attachment means, situated on the or each branch of said shield, wherein the mask includes at least one joining means able to interact with said at least one attachment means of the shield.
A security device comprising a substrate provided with a surface relief microstructure which, in response to incident radiation, replays a hologram viewable within a viewing zone, the hologram comprising at least a first holographic image element defining a symbol in an image plane parallel to and spaced from the surface of the microstructure, the device exhibiting at least one further image in a plane parallel to and spaced from said image plane of the first holographic image element, characterized in that the spacing between the first holographic element image plane and the plane of the further image is at least 6mm such that, on tilting the device in a parallax direction through an angle of PhiMax on either side of a normal to the surface, where PhiMax is half the included angle of the viewing zone, the first holographic image element exhibits apparent movement relative to the further image, the rate of movement being at least 6mm per radian of tilt, and the amount of apparent movement of the symbol defined by the first holographic image element being at least equal its own width or maximum dimension in the parallax direction, in that the included angle of the viewing zone is no greater than 1 radian and the size of the surface relief microstructure in the parallax direction is less than 5 times the interplanar spacing, and in that the width of the symbol defined by the first holographic image element is at least 3mm along the parallax direction.
A thermal transfer sheet, comprising in this order: a substrate; a fluorescent layer; and a thermofusible ink layer; wherein the fluorescent layer contains a fluorescent material, and a vinyl acetate-vinylpyrrolidone copolymer, and wherein the thermofusible ink layer contains a colorant and a binder. a substrate; a fluorescent layer; and a thermofusible ink layer; wherein the fluorescent layer contains a fluorescent material, and a vinyl acetate-vinylpyrrolidone copolymer, and wherein the thermofusible ink layer contains a colorant and a binder.
An adhesive sheet comprising: an adhesive layer formed of an electrically peelable adhesive composition and capable of being peeled off an adherend upon application of a voltage; and a conduction substrate comprising a substrate and a conductive layer formed from a material selected from a metal or conductive polymer; wherein the electrically peelable adhesive composition comprises a polymer, and an ionic liquid, wherein an anion of the ionic liquid is a bis(fluorosulfonyl)imide anion. an adhesive layer formed of an electrically peelable adhesive composition and capable of being peeled off an adherend upon application of a voltage; and a conduction substrate comprising a substrate and a conductive layer formed from a material selected from a metal or conductive polymer; wherein the electrically peelable adhesive composition comprises a polymer, and an ionic liquid, wherein an anion of the ionic liquid is a bis(fluorosulfonyl)imide anion.
An optical fluid analyzer, comprising: a light source configured to generate input light; a fluid cell configured to receive a fluid; a first optical element configured to seal the fluid cell on a first side thereof, the first optical element further configured to direct the input light into the fluid cell on the first side thereof, wherein the first optical element comprises a ball lens coupled between the light source and the first side of the fluid cell, the ball lens being coated with a filter response coating on opposing ends thereof; a second optical element configured to seal the fluid cell on a second side thereof opposite the first side, the second optical element further configured to receive output light from the fluid cell via the second side thereof; a spectrometer configured to receive the output light via the second optical element and to obtain a spectrum of the fluid based on the output light; a rotation device coupled to the ball lens and configured to rotate the ball lens between a first orientation in which the input light passes through the ball lens without passing through the filter response coating and a second orientation in which the input light passes through the filter response coating of the ball lens; and a machine learning engine configured to receive the spectrum and to generate a result defining at least one parameter of the fluid, wherein the optical fluid analyzer is configured to operate in a calibration mode to calibrate the machine learning engine when the ball lens is in the second orientation. a light source configured to generate input light; a fluid cell configured to receive a fluid; a first optical element configured to seal the fluid cell on a first side thereof, the first optical element further configured to direct the input light into the fluid cell on the first side thereof, wherein the first optical element comprises a ball lens coupled between the light source and the first side of the fluid cell, the ball lens being coated with a filter response coating on opposing ends thereof; a second optical element configured to seal the fluid cell on a second side thereof opposite the first side, the second optical element further configured to receive output light from the fluid cell via the second side thereof; a spectrometer configured to receive the output light via the second optical element and to obtain a spectrum of the fluid based on the output light; a rotation device coupled to the ball lens and configured to rotate the ball lens between a first orientation in which the input light passes through the ball lens without passing through the filter response coating and a second orientation in which the input light passes through the filter response coating of the ball lens; and a machine learning engine configured to receive the spectrum and to generate a result defining at least one parameter of the fluid, wherein the optical fluid analyzer is configured to operate in a calibration mode to calibrate the machine learning engine when the ball lens is in the second orientation.
A device for treatments of endoscopic resection/removal of tissues, comprising: - a handpiece apt to be held by an user; - an external tubular element comprising a proximal end, a distal end and a cutting aperture disposed at said distal end; - an internal tubular element apt to be pivotally received in said external tubular element and comprising a proximal end, a distal end and a cutting tip at its distal end; - wherein the proximal end of each of the external tubular element and internal tubular element are supported by the handpiece - guide means for rotating and/or oscillating said inner tubular element with respect to said external tubular element; wherein said guide means comprise an electric motor, a control unit and electric feeding means for said electric motor, said guide means being contained inside the handpiece; wherein said control unit comprises at least a main electronic circuit, to regulate the functions and the speed of the electric motor and of a plurality of pushbutton controls placed on the external surface of said guide means, in a position corresponding to pushbuttons provided on the external surface of the handpiece and characterized in that said guide means are contained inside a body insertable in a removable way inside said handpiece, said body being tight; the body axially extends inside the handpiece and only said handpiece is disposable. - a handpiece apt to be held by an user; - an external tubular element comprising a proximal end, a distal end and a cutting aperture disposed at said distal end; - an internal tubular element apt to be pivotally received in said external tubular element and comprising a proximal end, a distal end and a cutting tip at its distal end; - wherein the proximal end of each of the external tubular element and internal tubular element are supported by the handpiece - guide means for rotating and/or oscillating said inner tubular element with respect to said external tubular element; wherein said guide means comprise an electric motor, a control unit and electric feeding means for said electric motor, said guide means being contained inside the handpiece; wherein said control unit comprises at least a main electronic circuit, to regulate the functions and the speed of the electric motor and of a plurality of pushbutton controls placed on the external surface of said guide means, in a position corresponding to pushbuttons provided on the external surface of the handpiece and characterized in that said guide means are contained inside a body insertable in a removable way inside said handpiece, said body being tight; the body axially extends inside the handpiece and only said handpiece is disposable.
A process for preparing a poly(ethylene-2,5-furandicarboxylate) polymer having a number average molecular weight of at least 25,000, as determined by GPC based on polystyrene standards, wherein the process comprises (a) a first step which is (i) a transesterification step wherein dimethyl-2,5-furandicarboxylate ester (diester) is transesterified with ethylene glycol (diol) in the presence of a transesterification catalyst; or (ii) providing a molten reaction mixture comprising bis(2-hydroxyethyl)-2,5-furandicarboxylate; (b) a polycondensation step at reduced pressure, preferably below 1 mbar and at elevated temperature, preferably below 240 °C, wherein under melt conditions the product prepared in step (a) is reacted in the presence of a polycondensation catalyst and removing the condensate from the reactor; (c) drying and/or crystallizing the obtained condensate at a temperature from 90 to 160 °C; and (d) subjecting the polymer of step (c) to post condensation conditions comprising a elevated temperature treatment ending at a temperature of at least 190 °C to thereby obtain a poly(ethylene-2,5-furandicarboxylate) polymer having a number average molecular weight of at least 25,000. (a) a first step which is (i) a transesterification step wherein dimethyl-2,5-furandicarboxylate ester (diester) is transesterified with ethylene glycol (diol) in the presence of a transesterification catalyst; or (ii) providing a molten reaction mixture comprising bis(2-hydroxyethyl)-2,5-furandicarboxylate; (i) a transesterification step wherein dimethyl-2,5-furandicarboxylate ester (diester) is transesterified with ethylene glycol (diol) in the presence of a transesterification catalyst; or (ii) providing a molten reaction mixture comprising bis(2-hydroxyethyl)-2,5-furandicarboxylate; (b) a polycondensation step at reduced pressure, preferably below 1 mbar and at elevated temperature, preferably below 240 °C, wherein under melt conditions the product prepared in step (a) is reacted in the presence of a polycondensation catalyst and removing the condensate from the reactor; (c) drying and/or crystallizing the obtained condensate at a temperature from 90 to 160 °C; and (d) subjecting the polymer of step (c) to post condensation conditions comprising a elevated temperature treatment ending at a temperature of at least 190 °C to thereby obtain a poly(ethylene-2,5-furandicarboxylate) polymer having a number average molecular weight of at least 25,000.
An unloading system for an agricultural working machine, comprising: - a harvested material storage container, - at least one transverse screw conveyor disposed inside the harvested material storage container, - a discharge pipe conduit with a vertical pipe inclined at an angle to the at least one transverse screw conveyor and a discharge pipe connected to the vertical pipe, wherein screw conveyors are disposed in the discharge pipe conduit, wherein, in order to unload the harvested material storage container, harvested material located in the harvested material storage container is fed to the screw conveyors by means of the at least one transverse screw conveyor, - a drive system for driving the at least one transverse screw conveyor in a continuously variable manner, as well as - a control device for controlling the drive system, characterized in that the drive system comprises a screw conveyor drive train for driving the screw conveyors in the discharge pipe conduit and a drive means for driving the at least one transverse screw conveyor, wherein the screw conveyor drive train and the drive means are disposed on opposite sides of the harvested material storage container, wherein, on the side of the screw conveyor drive train, a hydraulic pump is disposed which drives the drive means comprising at least one hydraulic motor steplessly in a continuously variable manner. - a harvested material storage container, - at least one transverse screw conveyor disposed inside the harvested material storage container, - a discharge pipe conduit with a vertical pipe inclined at an angle to the at least one transverse screw conveyor and a discharge pipe connected to the vertical pipe, wherein screw conveyors are disposed in the discharge pipe conduit, wherein, in order to unload the harvested material storage container, harvested material located in the harvested material storage container is fed to the screw conveyors by means of the at least one transverse screw conveyor, - a drive system for driving the at least one transverse screw conveyor in a continuously variable manner, as well as - a control device for controlling the drive system,
A waterproof footwear product, for instance a boot or high-top, comprising an upper and an outsole that is fixed to the upper, wherein the upper includes: - a liner, with an inward surface that encloses an interior void for accommodating a foot, and defining a foot portion and a leg portion that extends upwards from the foot portion; - a moulded water-proof shell that envelops at least the foot portion of the liner; wherein the liner is formed of a plurality of overlapping and adjoining layers (54, 55, 56, 57), that jointly form a laminate and include: - a first layer consisting essentially of a flexible fabric with a high strength; - a second layer consisting essentially of a compressible open-cell foam, and - a third layer consisting essentially of a waterproof but water vapour permeable membrane; wherein the leg portion of the liner extends beyond the shell to form a shaft, with one or more shaft portions (48, 50, 52) of the liner remaining exposed and uncovered by the shell, wherein the shell extends upwards and only partially along the leg portion of the liner, to define a front shell portion on a shin-side of the shaft, a rear shell portion on a calf-side of the shaft, and lateral shell portions on opposite lateral sides of the shaft, and wherein the lateral shell portions have a reduced thickness to locally increase an in-plane flexibility and allow the front and rear shell portions to temporarily deflect outwards when a foot is inserted into the interior void. - a liner, with an inward surface that encloses an interior void for accommodating a foot, and defining a foot portion and a leg portion that extends upwards from the foot portion; - a moulded water-proof shell that envelops at least the foot portion of the liner; wherein the liner is formed of a plurality of overlapping and adjoining layers (54, 55, 56, 57), that jointly form a laminate and include: - a first layer consisting essentially of a flexible fabric with a high strength; - a second layer consisting essentially of a compressible open-cell foam, and - a third layer consisting essentially of a waterproof but water vapour permeable membrane; - a first layer consisting essentially of a flexible fabric with a high strength; - a second layer consisting essentially of a compressible open-cell foam, and - a third layer consisting essentially of a waterproof but water vapour permeable membrane; wherein the leg portion of the liner extends beyond the shell to form a shaft, with one or more shaft portions (48, 50, 52) of the liner remaining exposed and uncovered by the shell, wherein the shell extends upwards and only partially along the leg portion of the liner, to define a front shell portion on a shin-side of the shaft, a rear shell portion on a calf-side of the shaft, and lateral shell portions on opposite lateral sides of the shaft, and wherein the lateral shell portions have a reduced thickness to locally increase an in-plane flexibility and allow the front and rear shell portions to temporarily deflect outwards when a foot is inserted into the interior void.
System consisting of a machine processing printing material and an auxiliary device for installing the machine (1, 1a-c) on a floor, wherein the auxiliary device comprises a multi-part base plate with openings or depressions for adjustment feet (10, 10a-c) of the machine, wherein the auxiliary device is disposed on the floor underneath the machine, and wherein the adjustment feet (10, 10a-c)of the machine are disposed in the openings or depressions of the auxiliary device, characterized in that the base plate has guides (11, 12, 14) for lines (13, 13a-d) of the machine and in that the lines (13, 13a-d) of the machine are disposed in the guides (11, 12, 14) of the auxiliary device.
Method of estimating a position variation of a motion of an apparatus between a first instant and a second instant, said apparatus being intended to capture a sequence of images, a first image being captured at said first instant, a second image being captured at said second instant, said motion being an ego-motion of the apparatus between the first image and the second image including a 3D rotation of the apparatus and a position variation of the apparatus in the 3D space, said position variation including a position and a velocity, wherein estimating said position variation comprises performing a particle filtering for estimating said position and velocity from the probabilistic-weighted average of the particles, said particle filtering using successive images captured by said apparatus and using an estimation of said 3D rotation and having a parameterization for taking into account a quality of said 3D rotation estimation, wherein each particle is a virtual apparatus, and wherein said 3D rotation is estimated by performing a RANSAC type algorithm, based on visual measurements in said captured images, providing an inlier rate ( τ inlier), and said parameterization of the particle filtering taking into account a quality of said 3D rotation estimation includes said inlier rate.
A steerable introducer comprising a shaft with a proximal end portion, a distal end portion, and a shaft longitudinal axis extending between the proximal end portion and the distal end portion; a steerable distal tip section attached to the distal end portion of the shaft, the steerable distal tip section comprising an articulation support member; a retro flex pull wire (46(d)) extending from the proximal end portion of the shaft to the distal end portion of the shaft, wherein the retroflex pull wire (46(d)) is anchored at a first anchor position on a distal pull ring portion of the articulation support member, the first anchor position being laterally offset from the shaft longitudinal axis in a first direction; at least one tension pull wire (46(a)) extending from the proximal end portion of the shaft to the distal end portion of the shaft, wherein the at least one tension pull wire (46(a)) is anchored at a second anchor position on a proximal pull ring portion of the articulation support member, the second anchor position being (i) laterally offset from the shaft longitudinal axis in a second direction and (ii) angularly offset from the first anchor position on the distal pull ring portion by a first angle, wherein the first direction is different from the second direction; wherein tension on the retroflex pull wire (46(d)) causes the steerable distal tip section to bend in the first direction; characterized in that the tension on the tension pull (46(a)) wire opposes shaft bending in the first direction, and the first angle is about 180 degrees.