mhurhangee/ep-ind-claims huggingface dataset:
An actinic-ray- or radiation-sensitive resin composition comprising a compound containing at least one phenolic hydroxyl group and at least one group with a phenolic hydroxyl group whose hydrogen atom is replaced by any of groups of general formula below, in which each of R 11, R 12 and R 13 independently represents an organic group with a carbon atom as an atom bonded to C of -(CR 11 R 12 R 13), provided that the organic groups represented by R 11, R 12 and R 13 contain carbon atoms totaling 4 or greater and that at least two of R 11, R 12 and R 13 may be bonded to each other to thereby form a ring selected from a cyclopentane ring, a cyclohexane ring, a norbornene ring, a norbornane ring, a bicyclo[2,2,2]octane ring and a bicyclo[3,1,1]heptane ring, M 11 represents a single bond or a bivalent connecting group, and Q 11 represents an alkyl group, a cycloalkyl, group or an aryl group. each of R 11, R 12 and R 13 independently represents an organic group with a carbon atom as an atom bonded to C of -(CR 11 R 12 R 13), provided that the organic groups represented by R 11, R 12 and R 13 contain carbon atoms totaling 4 or greater and that at least two of R 11, R 12 and R 13 may be bonded to each other to thereby form a ring selected from a cyclopentane ring, a cyclohexane ring, a norbornene ring, a norbornane ring, a bicyclo[2,2,2]octane ring and a bicyclo[3,1,1]heptane ring, M 11 represents a single bond or a bivalent connecting group, and Q 11 represents an alkyl group, a cycloalkyl, group or an aryl group.
Sealed capsule for the preparation of a beverage, in particular coffee, by introduction of fluid under pressure, comprising: a cup-shaped body having an essentially planar top flange, radially protruding towards the outside, a lateral wall and a flexible bottom wall, and a flexible cover welded to the flange of the cup-shaped body so as to define therewith a sealed chamber containing a dose of a granular material, in particular ground roasted coffee, for the preparation of the beverage, in particular espresso coffee; wherein the granular material is preliminarily compressed within said chamber in a direction perpendicular to the plane containing said flange, such as to form a compact panel of said material, and in said chamber a vacuum is provided to a degree such that the cover moves towards and at least tends to adhere to the upper surface of said panel; and wherein between the flange and the bottom wall the lateral wall of the cup-shaped body has an annular step formation which provides a local reduction in the cross-section of said chamber towards the bottom wall; the capsule being characterized in that: the bottom wall of the cup-shaped body is able to be deformed under the effect of the fluid introduced into the capsule, being displaced away from the cover, and in that: said step-like formation is provided closer to the bottom wall of the cup-shaped body than to the flange and provides a local reduction in the cross-section of said chamber of at least about 25%. a cup-shaped body having an essentially planar top flange, radially protruding towards the outside, a lateral wall and a flexible bottom wall, and a flexible cover welded to the flange of the cup-shaped body so as to define therewith a sealed chamber containing a dose of a granular material, in particular ground roasted coffee, for the preparation of the beverage, in particular espresso coffee; wherein the granular material is preliminarily compressed within said chamber in a direction perpendicular to the plane containing said flange, such as to form a compact panel of said material, and in said chamber a vacuum is provided to a degree such that the cover moves towards and at least tends to adhere to the upper surface of said panel; and wherein between the flange and the bottom wall the lateral wall of the cup-shaped body has an annular step formation which provides a local reduction in the cross-section of said chamber towards the bottom wall; the bottom wall of the cup-shaped body is able to be deformed under the effect of the fluid introduced into the capsule, being displaced away from the cover, and in that: said step-like formation is provided closer to the bottom wall of the cup-shaped body than to the flange and provides a local reduction in the cross-section of said chamber of at least about 25%. said step-like formation is provided closer to the bottom wall of the cup-shaped body than to the flange and provides a local reduction in the cross-section of said chamber of at least about 25%.
A rotation angle sensor, comprising: a movable sleeve that fits with a rotating shaft and movably attached to a box, the inner side of the movable sleeve provides a locking mechanism that is correspondingly connected to the rotating shaft; a fixed ring is connected to periphery edge of the movable sleeve, cogs are disposed along the periphery edge of the movable sleeve, and the box provides a gear reduction device comprising multi grade gears matched by cogs; the gear reduction device is fixedly joined to a circuit board component, a sensing component is adjacently connected thereof; wherein the upper section of the movable sleeve is disposed of threaded ring, and the inner side of the threaded ring provides the locking mechanism that is correspondingly connected to the rotating shaft; the fixed ring is screwly connected to periphery edge of the threaded ring, characterized in that the movable sleeve, the threaded ring and the fixed ring are all split-ring structures and comprise at least two concentric and coaxial arc-shaped components.
A resin cage for holding balls in a ball bearing, the resin cage comprising: a resin annular base portion; a plurality of resin claw portions which are arranged at constant intervals on a circumference of the base portion, protrude from the base portion; a pocket for accommodating the ball, which is formed between each part of adjacent ones of the claw portions; and a thinning recess formed in an end part of each of the claw portions, characterized in that the thinning recess is formed in a radially outer wall, from a top surface thereof, wherein the thickness of the end part of each of the claw portions, which is intrinsically and locally large, is suppressed by removing a part, thereby to form the thinning recess in order to perform thinning, a further thinning recess formed in a rear surface of the base portion, wherein the further thinning recess is formed more deeply in a part which is intrinsically thicker and is located just under each of the claw portions, wherein the further thinning recess has an annular shape, and the thickness of the cage is uniformized. a resin annular base portion; a plurality of resin claw portions which are arranged at constant intervals on a circumference of the base portion, protrude from the base portion; a pocket for accommodating the ball, which is formed between each part of adjacent ones of the claw portions; and a thinning recess formed in an end part of each of the claw portions, characterized in that the thinning recess is formed in a radially outer wall, from a top surface thereof, wherein the thickness of the end part of each of the claw portions, which is intrinsically and locally large, is suppressed by removing a part, thereby to form the thinning recess in order to perform thinning, a further thinning recess formed in a rear surface of the base portion, wherein the further thinning recess is formed more deeply in a part which is intrinsically thicker and is located just under each of the claw portions, wherein the further thinning recess has an annular shape, and the thickness of the cage is uniformized.
A display device which includes a panel module having a display surface on a front side of the panel module, a front cabinet surrounding a peripheral edge part of the panel module and a back cabinet covering a back side of the panel module, wherein the front cabinet comprises a plurality of flexible hook parts protruding toward the back cabinet from an inner surface of the front cabinet; characterized in that the display device further comprises a plurality of L-shaped fixing members fixing the front cabinet to the panel module, each of the L-shaped fixing members having an L shape when viewed from a side and including a latch plate having a hole part in which each of the flexible hook parts is latched and a contact plate which is in contact with a back surface of the panel module. wherein the plurality of L-shaped fixing members are separated from each other, and the front cabinet includes a plurality of supporting members (23a, 23b) formed to guide a respective L-shaped fixing member to a position where a corresponding flexible hook part is latched to the L-shaped fixing member.
Method for accessing a shared communication medium, known as the medium, access to the medium being of "carrier-sense multiple access" type, wherein, in order to be able to send a message over the medium, the message comprising an item of information representative of a message type, an electronic device waits for a waiting time before checking (208, 209) whether the medium is available for sending the message, the waiting time being determined (251, 252) randomly and being between a minimum waiting time and a maximum waiting time (Tmax), the method comprising, for each message to be sent, a step of: - determining the type of the message to be sent from among a first message type known as a "data message" and a second message type known as a "control message" on the basis of the item of information representative of a message type of said message to be sent, the method being characterized in that, a first list comprising at least the first message type being associated with a first maximum waiting time, and at least one second list comprising at least the second message type being associated with a second maximum waiting time: - the maximum waiting time Tmax is chosen so as to be equal to the maximum waiting time associated with the list comprising the type of the message to be sent, which is determined by the following formula: Tmax = min 2 txAttemps + macCSMAR 1 + macCSMAR 2 macSCPLength 2 with " txAttemps " and "macSCPLength" being predefined variables, the method being characterized in that values of the variables " macCSMAR1 " and "macCSMAR2" are determined on the basis of the type of message to be sent by the electronic device. - determining the type of the message to be sent from among a first message type known as a "data message" and a second message type known as a "control message" on the basis of the item of information representative of a message type of said message to be sent, - the maximum waiting time Tmax is chosen so as to be equal to the maximum waiting time associated with the list comprising the type of the message to be sent, which is determined by the following formula: Tmax = min 2 txAttemps + macCSMAR 1 + macCSMAR 2 macSCPLength 2 with " txAttemps " and "macSCPLength" being predefined variables, the method being characterized in that values of the variables " macCSMAR1 " and "macCSMAR2" are determined on the basis of the type of message to be sent by the electronic device.
An outflow valve (102,104) for use in an aircraft, said outflow valve comprising: a frame configured for coupling to an aircraft, said frame defining an interior direction towards an interior of the aircraft, and an exterior direction towards an exterior of the aircraft; and a gate pivotally coupled to said frame, said gate pivotally moveable between a closed position and an exhaust position to direct airflow from the interior of the aircraft to the exterior of the aircraft; wherein: a portion of said frame, which is a forward portion in a mounted state of the valve, comprises a flange extending in the interior direction to maintain a limited gap between an edge of said gate, which is a forward edge in a mounted state of the valve, and the forward portion of said frame while said gate is pivotally moved between the closed position and the exhaust position; and said gate is further configured for pivotal movement to a scoop position to direct airflow from the exterior of the aircraft to the interior of the aircraft, characterised in that said gate forward edge is located nearer a portion of said frame, which is a rearward portion in a mounted stet of the valve, than said frame forward portion when said gate is in the scoop position. a frame configured for coupling to an aircraft, said frame defining an interior direction towards an interior of the aircraft, and an exterior direction towards an exterior of the aircraft; and a gate pivotally coupled to said frame, said gate pivotally moveable between a closed position and an exhaust position to direct airflow from the interior of the aircraft to the exterior of the aircraft; wherein: a portion of said frame, which is a forward portion in a mounted state of the valve, comprises a flange extending in the interior direction to maintain a limited gap between an edge of said gate, which is a forward edge in a mounted state of the valve, and the forward portion of said frame while said gate is pivotally moved between the closed position and the exhaust position; and said gate is further configured for pivotal movement to a scoop position to direct airflow from the exterior of the aircraft to the interior of the aircraft, characterised in that said gate forward edge is located nearer a portion of said frame, which is a rearward portion in a mounted stet of the valve, than said frame forward portion when said gate is in the scoop position. a portion of said frame, which is a forward portion in a mounted state of the valve, comprises a flange extending in the interior direction to maintain a limited gap between an edge of said gate, which is a forward edge in a mounted state of the valve, and the forward portion of said frame while said gate is pivotally moved between the closed position and the exhaust position; and said gate is further configured for pivotal movement to a scoop position to direct airflow from the exterior of the aircraft to the interior of the aircraft, characterised in that said gate forward edge is located nearer a portion of said frame, which is a rearward portion in a mounted stet of the valve, than said frame forward portion when said gate is in the scoop position.
A method for producing a drinking straw in a continuous method, having the following features: - pulling a paper strip from a paper strip roll (13, 13'), wherein the paper strip has a first edge and a second edge which are arranged parallel to a longitudinal axis of the paper strip, - feeding the paper strip in a longitudinal axial conveying direction to a formatting apparatus, - shaping the paper strip to form a hollow tube in the formatting apparatus, wherein the first edge is on the inside and the second edge is on the outside, and a part of the paper strip overlaps the first edge and defines an overlapping region which is or will be configured longitudinally axially on the hollow tube, - sealing the hollow tube by means of a hot-melt gluing apparatus (34, 34') and - cutting the hollow tube to length to form drinking straws, wherein the paper strip has a specific weight of 200 g/m2 to 480 g/m2, wherein the diameter of the drinking straw is or will be controlled or regulated via a distance of a sealer section or a seam sealer from a garniture bed of the formatting apparatus. - pulling a paper strip from a paper strip roll (13, 13'), wherein the paper strip has a first edge and a second edge which are arranged parallel to a longitudinal axis of the paper strip, - feeding the paper strip in a longitudinal axial conveying direction to a formatting apparatus, - shaping the paper strip to form a hollow tube in the formatting apparatus, wherein the first edge is on the inside and the second edge is on the outside, and a part of the paper strip overlaps the first edge and defines an overlapping region which is or will be configured longitudinally axially on the hollow tube, - sealing the hollow tube by means of a hot-melt gluing apparatus (34, 34') and - cutting the hollow tube to length to form drinking straws,
Working station, in particular assembly work station, at which manual and/or partially automated working processes, in particular assembly processes, can be carried out by a user, components to be produced in particular being items of furniture or portions of items of furniture and the working station comprising: a control device; a display device (11, 12, 13) connected to the control device; and one or more tools and/or a plurality of magazines for individual parts for working the component, the display device (11, 12, 13) being configured to impart working information to the user, which working information relates to the manual and/or semi-automatic working processes; the control device being designed to generate the working information from CAD data of the component and to input said information into the display device (11, 12, 13), and characterised in that the working information comprises information relating to the tools and/or magazines to be used, and the display device is suitable for identifying and optically marking the tools and/or magazines and/or parts or components based on the working information. a control device; a display device (11, 12, 13) connected to the control device; and one or more tools and/or a plurality of magazines for individual parts for working the component, the display device (11, 12, 13) being configured to impart working information to the user, which working information relates to the manual and/or semi-automatic working processes; the control device being designed to generate the working information from CAD data of the component and to input said information into the display device (11, 12, 13), and characterised in that the working information comprises information relating to the tools and/or magazines to be used, and the display device is suitable for identifying and optically marking the tools and/or magazines and/or parts or components based on the working information.
A method for downloading a digital content file from a content distribution network, CDN, residing within a content distribution system, the method comprising: receiving a CDN list from a content directory server that includes one or more CDNs residing within the content distribution system and also includes a rank and a weight for each of the one or more CDNs; selecting a CDN from the CDN list from which to download the digital content file based on a bandwidth test to evaluate the available bandwidth between the CDN and a content player machine, wherein the selected CDN either is a highest ranked CDN from the CDN list that is determined from the bandwidth test to be capable of downloading a portion of the digital content file to the content player machine at a maximum average bit rate supported by the content player machine or, in the event that the bandwidth test does not identify a CDN capable of downloading a portion of the digital content file to a content player machine at said maximum average bit rate supported by the content player machine, is that CDN that has a weighted bandwidth greater than or equal to the weighted bandwidth associated with any other CDN included in the CDN list, the weighted bandwidth for a CDN being computed by multiplying the bandwidth determined during the bandwidth test and the weight from the CDN list; launching a buffering thread configured to download digital content associated with the digital content file from the selected CDN and to store the digital content in a content buffer; and launching a playback thread configured to play the digital content stored in the content buffer. receiving a CDN list from a content directory server that includes one or more CDNs residing within the content distribution system and also includes a rank and a weight for each of the one or more CDNs; selecting a CDN from the CDN list from which to download the digital content file based on a bandwidth test to evaluate the available bandwidth between the CDN and a content player machine, wherein the selected CDN either is a highest ranked CDN from the CDN list that is determined from the bandwidth test to be capable of downloading a portion of the digital content file to the content player machine at a maximum average bit rate supported by the content player machine or, in the event that the bandwidth test does not identify a CDN capable of downloading a portion of the digital content file to a content player machine at said maximum average bit rate supported by the content player machine, is that CDN that has a weighted bandwidth greater than or equal to the weighted bandwidth associated with any other CDN included in the CDN list, the weighted bandwidth for a CDN being computed by multiplying the bandwidth determined during the bandwidth test and the weight from the CDN list; launching a buffering thread configured to download digital content associated with the digital content file from the selected CDN and to store the digital content in a content buffer; and launching a playback thread configured to play the digital content stored in the content buffer.
A device for dispensing a loose solid material, comprising a plurality of coplanar vibrating elements arranged flanked to one another such as to restingly support the material vertically flowing from an hopper, each of which is associated to a piezoelectric means suitable for converting an electrical excitation signal into a mechanical vibration which can cause a fall of material from the vibrating element, characterised in that it comprises heating means (240, 245) for heating the plane of the vibrating elements that contacts the material, wherein the heating means comprise one or more heating elements (240, 245) suitable for emanating heat and are in contact with the vibrating elements directly or indirectly through a structure of a heat-conductive material that supports the vibrating elements.
A multiple beam reflector antenna, comprising: at least one reflector (124; 444), a plurality of feed horns (114; 312; 412) feeding the at least one reflector (124; 444), each feed horn (114; 312; 412) in the plurality of feed horns (114; 312; 412) terminating in a feed horn aperture (116; 320; 420); and a metamaterial lens (120; 322; 422) interposed between at least one feed horn aperture (116; 320; 420) of the plurality of feed horns (114; 312; 412) and the at least one reflector (124; 444), characterised in that a value of electric permittivity ε is substantially equal to a value of magnetic permeability μ at one of a substantially flat lower surface (118; 324; 426) of the metamaterial lens (120; 322; 422) and a substantially flat top surface of the metamaterial lens (120; 322; 422), so that the wave impedance at the lower surface and the top surface is substantially equal to the wave impedance of free space. at least one reflector (124; 444), a plurality of feed horns (114; 312; 412) feeding the at least one reflector (124; 444), each feed horn (114; 312; 412) in the plurality of feed horns (114; 312; 412) terminating in a feed horn aperture (116; 320; 420); and a metamaterial lens (120; 322; 422) interposed between at least one feed horn aperture (116; 320; 420) of the plurality of feed horns (114; 312; 412) and the at least one reflector (124; 444), characterised in that a value of electric permittivity ε is substantially equal to a value of magnetic permeability μ at one of a substantially flat lower surface (118; 324; 426) of the metamaterial lens (120; 322; 422) and a substantially flat top surface of the metamaterial lens (120; 322; 422), so that the wave impedance at the lower surface and the top surface is substantially equal to the wave impedance of free space.