mhurhangee/ep-ind-claims huggingface dataset:
A dispensing assembly, the assembly comprising: A container comprising a plurality of panels, the panels defining a chamber and a dispensing region on the container; a removable section in the dispensing region, the removable section having a first portion outlining a first orifice and at least a second portion outlining a second orifice that subtends the first portion; a first component to remove only the first portion of the removable section and at least a second component to simultaneously remove both the first portion and at least the second portion of the removable section such that removal of the first component forms the first orifice and removal of the second component forms a second orifice into the chamber that incorporates the first orifice; and wherein the first portion and the second portion of the removable section are defined by perforations, scores, underscores, partial cuts through the material and combinations thereof, characterized in that the first portion and the second portion are merged in at least one zone such that the first dispensing orifice and the at least second dispensing orifice are each defined by a common edge of the dispensing region, and wherein the first portion of the removable section has an oval shape and the second portion of the removable section has a generally crescent shape that extends the oval shape of the first portion. A container comprising a plurality of panels, the panels defining a chamber and a dispensing region on the container; a removable section in the dispensing region, the removable section having a first portion outlining a first orifice and at least a second portion outlining a second orifice that subtends the first portion; a first component to remove only the first portion of the removable section and at least a second component to simultaneously remove both the first portion and at least the second portion of the removable section such that removal of the first component forms the first orifice and removal of the second component forms a second orifice into the chamber that incorporates the first orifice; and wherein the first portion and the second portion of the removable section are defined by perforations, scores, underscores, partial cuts through the material and combinations thereof,
Use of a laminated glass comprising an interlayer film for an exposed-edge design type side glass or an exposed-edge design type front glass of an automobile, wherein the interlayer film comprises a laminate of films each comprising a poly(vinyl acetal) resin and at least one plasticizer selected from the group consisting of triethylene glycol di-2-ethylhexanoate, tetraethylene glycol di-2-ethylhexanoate, triethylene glycol di-n-heptanoate, and tetraethylene glycol di-n-heptanoate, and which shows a temperature dependence of loss tangent in which the lowest-temperature side maximum of loss tangent appears at 30°C or lower when examining said laminate of films for dynamic viscoelasticity measured by the shear method.
A brake lining for railway vehicle to be used for disc brake system for railway vehicle, the brake lining comprising: a base plate; a sintered friction material into which a plurality of powder particles are sintered; and a friction material supporting mechanism that is disposed between the base plate and the sintered friction material and supports the sintered friction material, characterised in that the sintered friction material has a Young's modulus of 35.0 GPa or more. a base plate; a sintered friction material into which a plurality of powder particles are sintered; and a friction material supporting mechanism that is disposed between the base plate and the sintered friction material and supports the sintered friction material, characterised in that the sintered friction material has a Young's modulus of 35.0 GPa or more.
Assembly comprising a first closed space and connection device intended to connect in a seal manner the first closed space and a second closed space, with the first closed space comprising a first flange and a first door closing off in a sealed manner an opening delimited by the first flange, and the second closed space comprising a second flange and a second door closing off in a sealed manner a second opening delimited by the second flange, said connection device being mounted on a wall of the first closed space and comprising: - first means of securing intended to secure the first and second flanges to one another, - second means of securing and of detaching intended to secure the second door and the first door in a sealed manner and to detach the second door from the second flange, - third means for releasing intended to release the first door in relation to the first flange, - fourth means for opening intended to open a passage between the first and the second closed space, said device also comprising means for locking intended to lock the second means of securing and of detaching preventing the separation of the first and second doors as long as the connection between the two closed spaces is effective, said locking means being activated automatically by the actuating of the second means for securing. - first means of securing intended to secure the first and second flanges to one another, - second means of securing and of detaching intended to secure the second door and the first door in a sealed manner and to detach the second door from the second flange, - third means for releasing intended to release the first door in relation to the first flange, - fourth means for opening intended to open a passage between the first and the second closed space,
A method for defining an interactive graphic, the method comprising: defining interactive regions within the graphic as interactive buttons and associating a command with each interactive button; and automatically defining non-interactive regions within the graphic as non-interactive buttons, which are not associated with any command and associating interactive and non-interactive buttons with an interactive presentation plane, which includes and displays both the interactive and non-interactive buttons, wherein automatically defining non-interactive buttons is efficiently carried-out by balancing the number of non-interactive buttons and the total area that they cover, in accordance with an amount of memory allocated for definition and representation of the buttons. defining interactive regions within the graphic as interactive buttons and associating a command with each interactive button; and automatically defining non-interactive regions within the graphic as non-interactive buttons, which are not associated with any command and associating interactive and non-interactive buttons with an interactive presentation plane, which includes and displays both the interactive and non-interactive buttons, wherein automatically defining non-interactive buttons is efficiently carried-out by balancing the number of non-interactive buttons and the total area that they cover, in accordance with an amount of memory allocated for definition and representation of the buttons.
Polypropylene composition being a binary blend comprising two propylene polymer fractions PPF1 and PPF2 in specific amounts: a) 30 to 50 wt% of propylene polymer fraction PPF1 being a propylene copolymer comprising propylene monomers and 1.50 to 7.00 mol% of one comonomer selected from C 4 -C 10 alpha-olefin and b) 70 to 50 wt% of propylene polymer fraction PPF2 being a propylene terpolymer comprising propylene monomers, 0.30 to 3.00 mol% of ethylene comonomer and 3.50 to 12.00 mol% of one comonomer selected from C 4 -C 10 alpha-olefin, characterized in that the polypropylene composition: i. has a melting temperature (Tm) in the range of 135 to 160 °C as determined by DSC according to ISO 11357. ii. satisfies the equation: Delta = Tm − SIT wherein Delta is in the range of 30 to 43 °C, and wherein Tm is the melting temperature, in °C, of the polypropylene composition, SIT is the sealing initiation temperature, in °C, of the polypropylene composition, as calculated from pellets via DSC analysis, the amount of PPF1 and PPF2 being relative to the total sum of the propylene polymer fractions PPF1 and PPF2. a) 30 to 50 wt% of propylene polymer fraction PPF1 being a propylene copolymer comprising propylene monomers and 1.50 to 7.00 mol% of one comonomer selected from C 4 -C 10 alpha-olefin and b) 70 to 50 wt% of propylene polymer fraction PPF2 being a propylene terpolymer comprising propylene monomers, 0.30 to 3.00 mol% of ethylene comonomer and 3.50 to 12.00 mol% of one comonomer selected from C 4 -C 10 alpha-olefin, characterized in that the polypropylene composition: i. has a melting temperature (Tm) in the range of 135 to 160 °C as determined by DSC according to ISO 11357. ii. satisfies the equation: Delta = Tm − SIT wherein Delta is in the range of 30 to 43 °C, and wherein Tm is the melting temperature, in °C, of the polypropylene composition, SIT is the sealing initiation temperature, in °C, of the polypropylene composition, as calculated from pellets via DSC analysis, the amount of PPF1 and PPF2 being relative to the total sum of the propylene polymer fractions PPF1 and PPF2. i. has a melting temperature (Tm) in the range of 135 to 160 °C as determined by DSC according to ISO 11357. ii. satisfies the equation: Delta = Tm − SIT wherein Delta is in the range of 30 to 43 °C, and wherein Tm is the melting temperature, in °C, of the polypropylene composition, SIT is the sealing initiation temperature, in °C, of the polypropylene composition, as calculated from pellets via DSC analysis, Tm is the melting temperature, in °C, of the polypropylene composition, SIT is the sealing initiation temperature, in °C, of the polypropylene composition, as calculated from pellets via DSC analysis,
A contact bar segment for use in an electrolytic cell for resting on an insulating capping board and contacting electrodes to provide electrical contact therewith, the contact bar comprising: a plurality of support sections comprising multiple support surfaces for resting on the insulating capping board and distributing weight; and a plurality of contact sections in an alternate configuration with the support sections, the contact sections defining recesses for receiving corresponding electrodes and providing electrical contact therewith. a plurality of support sections comprising multiple support surfaces for resting on the insulating capping board and distributing weight; and a plurality of contact sections in an alternate configuration with the support sections, the contact sections defining recesses for receiving corresponding electrodes and providing electrical contact therewith.
A pin assembly (10, 10a) for use in a planetary gear, comprising: a pin defining a blind bore therein, the blind bore extending axially from an opening and terminating with an end face, a plug (40, 40a) including a stopper portion (42, 42a), the stopper portion (42, 42a) including a circular base defining an outer perimeter, characterised in that the pin has an annular rib depending inwardly from an inner surface of the blind bore adjacent the opening; and wherein the outer perimeter of the stopper portion (42, 42a) engages the annular rib, thereby maintaining the plug (40, 40a) in the blind bore. a pin defining a blind bore therein, the blind bore extending axially from an opening and terminating with an end face, a plug (40, 40a) including a stopper portion (42, 42a), the stopper portion (42, 42a) including a circular base defining an outer perimeter, characterised in that the pin has an annular rib depending inwardly from an inner surface of the blind bore adjacent the opening; and wherein the outer perimeter of the stopper portion (42, 42a) engages the annular rib, thereby maintaining the plug (40, 40a) in the blind bore.
A component processing apparatus defining at least one component holding position for holding a component, such as comprising at least one of a semiconductor die, a substrate, a cooling plate, a package, an inverter casing, a spacer, and comprising at least one displaceable member associated with each component holding position, each displaceable member being configured and arranged to allow exerting force on a component held in the associated component holding position, the component processing apparatus being characterized in that: it is comprising at least one apparatus part that is susceptible to strain induced by force, in use, exerted by the at least one displaceable member on the respective component(s) held in the component holding position(s), and that has a Fiber Bragg Grating, FBG, strain sensor, wherein the FBG strain sensor is configured and arranged mechanically attached to the respective apparatus part to allow measuring strain of the respective apparatus part as induced by force, in use, exerted by the at least one displaceable member on the respective component(s).
A unit for handling and gathering flexible hoses, comprising a flame that supports at least one rotating member constituted by a pulley whose lateral surface is conveniently contoured to receive the side wall of the hose and that faces and is proximate to at least one abutment element constituted by a roller adapted to clamp the side wall of the hose on the opposite side with respect to said pulley, the actuated rotation of said at least one rotating member causing, by friction, the sliding of at least one at least partially flexible hose that is interposed between said rotating member and said abutment element, characterized in that it comprises at least two of said abutment elements each constituted by a said roller, both of which are adapted to clamp, in distinct points, the side wall of the hose on the opposite side with respect to said pulley, and a receptacle for the hose, said at least one member rotating in both directions in order to cause respectively the at least partial extraction of the hose from said receptacle and, vice versa, the reinsertion of the hose in said receptacle.
A bucket for a swinging rotor of a centrifugal separator, comprising: a bucket body in a bottomed cylindrical shape configured to accommodate a tube containing a sample to undergo a centrifugal treatment and pivotably and detachably supported by a rotor yoke of the centrifugal separator; a cover detachably attached to an opening of the bucket body and configured to close the opening; and a pair of attachment mechanisms provided at positions that divide the opening into two parts and configured to detachably attach the cover to the bucket body while the cover is pressed toward the bucket body, the cover including a lid portion including a pair of pressed portions that are pressed by the pair of attachment mechanisms and configured to cover the opening, characterized in that the bucket further comprises a seal member provided between the bucket body and the cover, and the cover further includes a handle portion formed integrally with the lid portion and projecting from the lid portion toward an opposite side of the bucket body, the handle portion being stretched between the pair of pressed portions, and a hole formed between the lid portion and the handle portion, the hole opening toward the outside of the cover and separating the lid portion and the handle portion. a bucket body in a bottomed cylindrical shape configured to accommodate a tube containing a sample to undergo a centrifugal treatment and pivotably and detachably supported by a rotor yoke of the centrifugal separator; a cover detachably attached to an opening of the bucket body and configured to close the opening; and a pair of attachment mechanisms provided at positions that divide the opening into two parts and configured to detachably attach the cover to the bucket body while the cover is pressed toward the bucket body, the cover including a lid portion including a pair of pressed portions that are pressed by the pair of attachment mechanisms and configured to cover the opening, characterized in that the bucket further comprises a seal member provided between the bucket body and the cover, and the cover further includes a handle portion formed integrally with the lid portion and projecting from the lid portion toward an opposite side of the bucket body, the handle portion being stretched between the pair of pressed portions, and a hole formed between the lid portion and the handle portion, the hole opening toward the outside of the cover and separating the lid portion and the handle portion.
A computer-implemented method for prospective quality assessment for imaging examination prior to acquisition, the method comprising: a) receiving sensor data of a body part of a patient to be imaged by a medical imaging apparatus (10, 20) using a medical imaging modality; b) generating a quality metric from the received sensor data using a data-driven model, wherein the data-driven model has been trained based on a training dataset that comprises a plurality of training examples, each training example comprises sensor data of the body part acquired in an imaging session and an associated quality metric derived from image data acquired using the medical imaging modality in the imaging session; and c) providing the generated quality metric for prospective quality assessment for imaging examination prior to acquisition, characterized in that the quality metric is a vector of numerical values, each numerical value representing a deviation of a position and/or a rotation of an anatomical feature in the image data acquired using the medical imaging modality from a desired position and/or rotation of the anatomical feature. a) receiving sensor data of a body part of a patient to be imaged by a medical imaging apparatus (10, 20) using a medical imaging modality; b) generating a quality metric from the received sensor data using a data-driven model, wherein the data-driven model has been trained based on a training dataset that comprises a plurality of training examples, each training example comprises sensor data of the body part acquired in an imaging session and an associated quality metric derived from image data acquired using the medical imaging modality in the imaging session; and c) providing the generated quality metric for prospective quality assessment for imaging examination prior to acquisition, characterized in that the quality metric is a vector of numerical values, each numerical value representing a deviation of a position and/or a rotation of an anatomical feature in the image data acquired using the medical imaging modality from a desired position and/or rotation of the anatomical feature.
Process for the synthesis of ω-functionalized acids, characterized in that said acids are of formula R-(CH 2) n -COOH, in which R represents COOH or NH 2 CH 2 and n represents an integer between 9 and 12, they are obtained from a feedstock of natural origin comprising unsaturated hydroxylated fatty acids in the acid, ester or polyol ester form comprising at least 18 carbon atoms per molecule and in that said process comprises the following stages: a) hydrogenation of the unsaturated hydroxylated fatty acids, resulting in saturated hydroxylated fatty acids, b) dehydration of the saturated hydroxylated fatty acids, resulting in monounsaturated fatty acids, c) oxidative cleavage at the double bond of the monounsaturated fatty acids, resulting in an α,ω-bifunctional compound from diacid or nitrile-acid. a) hydrogenation of the unsaturated hydroxylated fatty acids, resulting in saturated hydroxylated fatty acids, b) dehydration of the saturated hydroxylated fatty acids, resulting in monounsaturated fatty acids, c) oxidative cleavage at the double bond of the monounsaturated fatty acids, resulting in an α,ω-bifunctional compound from diacid or nitrile-acid.
A system for balanced charging of multiple series-connected battery cells, the system comprising: means adapted to selectably electrically couple resistors in parallel to respective battery cells; means adapted to determine a battery cell having a lowest voltage among the battery cells, resulting in a determined lowest battery cell; means adapted to determine respective voltage differences between the voltage of the determined lowest battery cell and voltages of each of the other battery cells; characterized by: means adapted to adjust currents applied to the battery cells all at once during a charging process as a function of the voltage differences and a threshold value to provide balanced charging of the battery cells, wherein the threshold value is a larger threshold value at a beginning of the charging process and a smaller threshold value as cell voltages increase. means adapted to selectably electrically couple resistors in parallel to respective battery cells; means adapted to determine a battery cell having a lowest voltage among the battery cells, resulting in a determined lowest battery cell; means adapted to determine respective voltage differences between the voltage of the determined lowest battery cell and voltages of each of the other battery cells; characterized by: means adapted to adjust currents applied to the battery cells all at once during a charging process as a function of the voltage differences and a threshold value to provide balanced charging of the battery cells, wherein the threshold value is a larger threshold value at a beginning of the charging process and a smaller threshold value as cell voltages increase.
Attaching fixture for a support element on a support column, together with a support column, wherein the attaching fixture has locking means (11, 12, 13, 15) by which the support element may be fixed to the upwards-extending support column, wherein the attaching fixture has a base body on which are provided two separate locating sections (6, 8) extending sideways from a connecting section (5, 10), with a locating hole (7, 9) for the support column punched out on each locating section (6, 8), wherein the locating holes (7, 9) are so arranged relative to one another that it is possible to insert through the support column using both locating holes (7, 9) at the same time, that the locking means (11, 12, 13, 15) include a clamping body and a support fixture formed on the base body, wherein the clamping body may be pressed with the support fixture in such a way on the support column inserted through both locating holes (7, 9) that the support column is clamped to the attaching fixture between the locating sections (6, 8) and the clamping body and is fixed with frictional locking, wherein the support fixture includes a support element with a support face which is so arranged in a flat angle to the longitudinal axis of the inserted support column that the support face in a first support face area has a greater clearance from the support column than a diameter of the clamping body, and in a second support face area has a smaller clearance from the support column than a diameter of the clamping body, characterised in that the clamping body is formed with rotation symmetry and has along the axis of rotation symmetry a section with a reduced diameter, which is matched to a cross-section of the support column.
A display apparatus comprising: a main body; a power receiver configured to receive power from a wireless power transmission apparatus positioned outside of the main body; a driver configured to move the power receiver with respect to the main body; and characterized by a controller configured to control the driver to move the power receiver toward the main body in response to the display apparatus being in a standby state or toward the wireless power transmission apparatus in response to the display apparatus being in a turn-on state. a main body; a power receiver configured to receive power from a wireless power transmission apparatus positioned outside of the main body; a driver configured to move the power receiver with respect to the main body; and characterized by a controller configured to control the driver to move the power receiver toward the main body in response to the display apparatus being in a standby state or toward the wireless power transmission apparatus in response to the display apparatus being in a turn-on state.