mhurhangee/ep-ind-claims huggingface dataset:
Positioning device for rotatably and rectilinearly positioning a card, with respect to a treatment unit with an axis of treatment in the z direction comprising a card holder for holding a card in a fixed position, wherein the card holder defines a virtual card surface plane coincident with the surface of a card facing the treatment unit once the card is placed in the card holder and wherein the card holder defines a virtual card center point coincident with the intersection point of the axis of treatment and the virtual card surface plane, a manipulator to which the card holder is attached, wherein the manipulator comprises a cardanic element with a first axis of rotation and a second axis of rotation and a virtual pivot point being the intersection of the first and the second axis of rotation (A1, A2), characterized in that the positioning device further comprises an x-y shifting unit configured to move the card holder in the x-y plane. a card holder for holding a card in a fixed position, wherein the card holder defines a virtual card surface plane coincident with the surface of a card facing the treatment unit once the card is placed in the card holder and wherein the card holder defines a virtual card center point coincident with the intersection point of the axis of treatment and the virtual card surface plane, a manipulator to which the card holder is attached, wherein the manipulator comprises a cardanic element with a first axis of rotation and a second axis of rotation and a virtual pivot point being the intersection of the first and the second axis of rotation (A1, A2), characterized in that the positioning device further comprises an x-y shifting unit configured to move the card holder in the x-y plane.
A document conveyance apparatus comprising: a first conveyance path extending linearly and along which a document placed on a sheet feeding tray is conveyed; a first image reading part which reads an image on one face of the document conveyed along the first conveyance path; a second conveyance path branched from the first conveyance path at a branch point on a downstream side of the first reading part in a conveyance direction of the document and formed to be curved, a second image reading part which reads an image on the other face of the document conveyed along the second conveyance path, a third conveyance path branched from the first conveyance path at the branch point and extending linearly in a same extending direction as an extending direction of the first conveyance path; and a branch guide provided at the branch point and guiding the document to the second conveyance path or to the third conveyance path, characterized in that the document conveyance apparatus further comprises: a cover for the third conveyance path, wherein the cover has an opening exposing a part of the third conveyance path, and a reading cover provided with a third image reading part which reads an image on the other face of the document conveyed along the third conveyance path or a standard cover not provided with the third image reading part is selectively attached to the opening. a first conveyance path extending linearly and along which a document placed on a sheet feeding tray is conveyed; a first image reading part which reads an image on one face of the document conveyed along the first conveyance path; a second conveyance path branched from the first conveyance path at a branch point on a downstream side of the first reading part in a conveyance direction of the document and formed to be curved, a second image reading part which reads an image on the other face of the document conveyed along the second conveyance path, a third conveyance path branched from the first conveyance path at the branch point and extending linearly in a same extending direction as an extending direction of the first conveyance path; and a branch guide provided at the branch point and guiding the document to the second conveyance path or to the third conveyance path, characterized in that the document conveyance apparatus further comprises: a cover for the third conveyance path, wherein the cover has an opening exposing a part of the third conveyance path, and a reading cover provided with a third image reading part which reads an image on the other face of the document conveyed along the third conveyance path or a standard cover not provided with the third image reading part is selectively attached to the opening. a cover for the third conveyance path, wherein the cover has an opening exposing a part of the third conveyance path, and a reading cover provided with a third image reading part which reads an image on the other face of the document conveyed along the third conveyance path or a standard cover not provided with the third image reading part is selectively attached to the opening.
Facade covering comprising facade panels (1,2) which can be connected to one another by means of a tongue and groove connection (3,4), and at least one support element acting as a storm protection, wherein the facade panels (1,2) are at least partially formed from a sheet metal forming the visible surface, which is profiled on the end faces to form the groove and tongue profile, and wherein the sheet metal adjacent to the tongue profile forms a fastening section for fastening the facade panel (1,2) to the substrate, the fastening section extending under the adjacent facade panel (1,2) when being connected to each other, and wherein the support element is arranged or can be arranged on the fastening section, characterized in that the support element comprises a stop engaging behind the groove profile of the adjacent facade panel (1, 2) in the connected state, the stop being held resiliently deflectable in that the support element has a first leg which is or can be rigidly arranged on the fastening section of the facade panel (1, 2) and a second leg which can be deflected, in particular pivoted, relative thereto, wherein the stop is formed on the second leg.
A method for producing nanocellulose, wherein cellulose based fibre raw material is processed mechanically to separate microfibrils, and wherein - the mechanical processing is performed by feeding a mixture of cellulose based fibre raw material and water at a low consistency of 1.5 to 4.5%, preferably 2 to 4%, through a ring-shaped refining gap having a width smaller than 0.1 mm and formed between an inner refining surface and an outer refining surface performing a relative movement in the direction of the periphery of the ring, the diameter of the ring-shaped gap becoming larger in the direction of feeding the mixture; - in the refining gap, the fibre raw material is subjected to processing forces varying in the direction of introducing said mixture, by means of refining zones (5a, 5b, 5c) provided one after each other in the feeding direction in the gap, whereby the refining surfaces differ in surface patterning and/or surface roughness; - the mixture of fibre raw material and water is guided past the refining surfaces in the feeding direction to different points of the refining zone; and, - the width of the refining gap is maintained by the combined effect of the feeding pressure of the mixture of fibre raw material and water fed into the refining gap and the axial force of the inner refining surface (1 a). - the mechanical processing is performed by feeding a mixture of cellulose based fibre raw material and water at a low consistency of 1.5 to 4.5%, preferably 2 to 4%, through a ring-shaped refining gap having a width smaller than 0.1 mm and formed between an inner refining surface and an outer refining surface performing a relative movement in the direction of the periphery of the ring, the diameter of the ring-shaped gap becoming larger in the direction of feeding the mixture; - in the refining gap, the fibre raw material is subjected to processing forces varying in the direction of introducing said mixture, by means of refining zones (5a, 5b, 5c) provided one after each other in the feeding direction in the gap, whereby the refining surfaces differ in surface patterning and/or surface roughness; - the mixture of fibre raw material and water is guided past the refining surfaces in the feeding direction to different points of the refining zone; and, - the width of the refining gap is maintained by the combined effect of the feeding pressure of the mixture of fibre raw material and water fed into the refining gap and the axial force of the inner refining surface (1 a).
Method for initializing a communication session between a plurality of terminals (TA, TB, TC, TD), said method comprising the following steps, implemented by a server: - obtaining (E4, E104, E204, E314) capability data for at least one of said terminals, said capability data obtained for a terminal relating to the capability of the terminal to receive and/or send a plurality of flows simultaneously; said method being characterized in that it furthermore comprises the following steps, implemented by said server: - determining (E6, E106, E206, E316) a set (ENS, ENS4, ENS5, ENS6) of flow transmission channels to be established between entities of a group of entities comprising said terminals, each channel needing to be established between a first entity of said group and a second entity of said group, the number and the type of the channels of said set depending on the service to be implemented for said session, said determination comprising, for each flow transmission channel of said set, determining, on the basis of said obtained capability data, a first entity of the group able to establish said channel and a second entity of the group, each channel being identified by an identifier of said first entity and an identifier of said second entity; - transmitting at least one entity identifier to at least one said first entity of said group for the purpose of establishing at least one flow transmission channel of said set, said at least one channel corresponding to said identifiers. - obtaining (E4, E104, E204, E314) capability data for at least one of said terminals, said capability data obtained for a terminal relating to the capability of the terminal to receive and/or send a plurality of flows simultaneously; - determining (E6, E106, E206, E316) a set (ENS, ENS4, ENS5, ENS6) of flow transmission channels to be established between entities of a group of entities comprising said terminals, each channel needing to be established between a first entity of said group and a second entity of said group, the number and the type of the channels of said set depending on the service to be implemented for said session, said determination comprising, for each flow transmission channel of said set, determining, on the basis of said obtained capability data, a first entity of the group able to establish said channel and a second entity of the group, each channel being identified by an identifier of said first entity and an identifier of said second entity; - transmitting at least one entity identifier to at least one said first entity of said group for the purpose of establishing at least one flow transmission channel of said set, said at least one channel corresponding to said identifiers.
A passenger seat comprising: (a) a pan frame pivotally coupled to a seat back; (b) a seat pan pivotally coupled to the pan frame; (c) a tilting mechanism coupled to the seat pan and the pan frame, said tilting mechanism is configured to rotate the seat pan between an upright position and a sleeper position; and (d) an automatic release mechanism, wherein the automatic release mechanism is configured to return the seat pan to the upright position when the seat back is in an upright position wherein the tilting mechanism comprises a clutch assembly coupled to the pan frame, wherein the clutch assembly comprises a fixed component and a variable component, wherein the variable component is coupled to the seat pan such that the clutch assembly is configured to lock the seat pan into position relative to the pan frame when the variable component is engaged with the fixed component. (a) a pan frame pivotally coupled to a seat back; (b) a seat pan pivotally coupled to the pan frame; (c) a tilting mechanism coupled to the seat pan and the pan frame, said tilting mechanism is configured to rotate the seat pan between an upright position and a sleeper position; and (d) an automatic release mechanism, wherein the automatic release mechanism is configured to return the seat pan to the upright position when the seat back is in an upright position
An apparatus for producing powder particles by plasma atomization of a feed material in the form of an elongated member, comprising: a) a plasma torch including: an injection probe for receiving the feed material; and an atomization nozzle configured to: receive a forward portion of the feed material from the injection probe, be supplied with plasma, produce one or more plasma jets, and melt a surface of a forward end of the feed material by exposure to the one or more plasma jets; wherein the one or more plasma jets are selected from an annular plasma jet and a combination of an annular plasma jet and a plurality of converging plasma jets, the atomization nozzle comprising a central aperture for receiving the forward end of the feed material and an internal face tapering off toward the central aperture; b) a cooling chamber mounted to the plasma torch downstream of the atomization nozzle. a) a plasma torch including: an injection probe for receiving the feed material; and an atomization nozzle configured to: receive a forward portion of the feed material from the injection probe, be supplied with plasma, produce one or more plasma jets, and melt a surface of a forward end of the feed material by exposure to the one or more plasma jets; wherein the one or more plasma jets are selected from an annular plasma jet and a combination of an annular plasma jet and a plurality of converging plasma jets, the atomization nozzle comprising a central aperture for receiving the forward end of the feed material and an internal face tapering off toward the central aperture; b) a cooling chamber mounted to the plasma torch downstream of the atomization nozzle.
Pulse meter comprising a first electrode and second electrode adapted to be arranged in contact with a patient body part, the first and the second electrode (4, 5) being arranged on a first arm and a second arm, respectively, the first and second arm (1, 2) extending out from a central portion, and the respective first ends (4a, 5a) of the first and second arm (1, 2) are arranged to be bent away from each other when the pulse meter is being arranged into the applied position on the patient body part, characterized in that the first and second arm (1, 2) and the central portion together form a curved bow, the curved bow is equipped with means, such as at least one tension strip, cord potentiometer, light or laser emitter and reflector, for measuring the amount of bending of the bow or the distance between the arms of the bow, and thereby monitoring the breathing of the patient, that the first and second electrode (4, 5) are arranged to the curved bow and are facing inwards, that in an applied position on the patient body part, the first and second arms (1, 2) are biased against each other with a force, wherein said force is inflicted from the first and second electrode (4, 5) to the patient body part.
A salt of 1-methyl-5-{2-propoxy-5-[[1-methyl-1-(2-pyrrolidin-1-yl)ethyl] aminosulfonyl]phenyl}-3-propyl-1,6-dihydro-7H-pyrazolo[4,3-D]pyrimidin-7-one represented by following formula and pharmaceutically acceptable polymorph, solvate, hydrate, dehydrate, co-crystal, anhydrid, or amorphous form thereof: wherein X is maleic acid.
A method of producing a Si single crystal ingot by a CZ method, comprising: detecting a concentration distribution of atomic vacancy in a radial direction of wafers cut out from plural crystal positions of a Si single crystal ingot grown by a precedent pulling treatment; and feeding back the detecting results to a subsequent pulling treatment to adjust a pulling rate profile in the subsequent pulling wherein the detecting of the atomic vacancy in a silicon wafer comprises: oscillating an ultrasonic pulse onto a wafer sample cut out from a given site of the silicon wafer and provided on its surface with a thin-film transducer; calculating a reduction quantity of elastic constant associated with a drop of the temperature of the wafer sample at a temperature region of not higher than 25 K, from a change in sonic velocity of the ultrasonic pulse propagated through the wafer sample; and quantitatively evaluating a type and a concentration of atomic vacancy existing in the wafer sample from the calculated reduction quantity of elastic constant. detecting a concentration distribution of atomic vacancy in a radial direction of wafers cut out from plural crystal positions of a Si single crystal ingot grown by a precedent pulling treatment; and feeding back the detecting results to a subsequent pulling treatment to adjust a pulling rate profile in the subsequent pulling wherein the detecting of the atomic vacancy in a silicon wafer comprises: oscillating an ultrasonic pulse onto a wafer sample cut out from a given site of the silicon wafer and provided on its surface with a thin-film transducer; calculating a reduction quantity of elastic constant associated with a drop of the temperature of the wafer sample at a temperature region of not higher than 25 K, from a change in sonic velocity of the ultrasonic pulse propagated through the wafer sample; and quantitatively evaluating a type and a concentration of atomic vacancy existing in the wafer sample from the calculated reduction quantity of elastic constant. oscillating an ultrasonic pulse onto a wafer sample cut out from a given site of the silicon wafer and provided on its surface with a thin-film transducer; calculating a reduction quantity of elastic constant associated with a drop of the temperature of the wafer sample at a temperature region of not higher than 25 K, from a change in sonic velocity of the ultrasonic pulse propagated through the wafer sample; and quantitatively evaluating a type and a concentration of atomic vacancy existing in the wafer sample from the calculated reduction quantity of elastic constant.
Hydrodynamic machine for producing a braking torque, in particular a hydrodynamic retarder, comprising a first blade wheel, in particular a rotor, and a second blade wheel, in particular a stator, arranged concentrically thereto, which wheels together form a toroidal working space, with a hydraulic system which has an open-loop and closed-loop control unit, a pump, a heat exchanger, a valve (16, 25), a working medium reservoir, and a line system, wherein a volumetric flow circulation of the working medium through the line system and the working space can be produced by means of the pump, wherein the valve (16, 25) is a pressure-regulated valve by means of which of the braking power or the braking torque can be controlled under open-loop/closed-loop control, characterized in that the pressure-regulated valve (16, 25) is controlled under open-loop/closed-loop control by way of a pressure differential control (21, 22, 23).
A rasp for use as an orthopaedic cutting tool, comprising: an elongate metallic cutting insert having (i) a work surface which includes a plurality of cutting teeth which are configured to remove portions of the patient's bone, and (ii) an interface surface which is opposite to the work surface, and a body which contacts the interface surface and is moulded to the cutting insert, characterised in that the cutting teeth extend across the width of the cutting insert and are spaced apart along the cutting insert, the work surface having relief surfaces between pairs of adjacent cutting teeth, the relief surfaces having a plurality of chemically etched holes formed in them which extend from the interface surface to the relief surfaces such that at least some, preferably all, of the plurality of chemically etched holes are at least partially filled by a portion of the body. an elongate metallic cutting insert having (i) a work surface which includes a plurality of cutting teeth which are configured to remove portions of the patient's bone, and (ii) an interface surface which is opposite to the work surface, and a body which contacts the interface surface and is moulded to the cutting insert, characterised in that the cutting teeth extend across the width of the cutting insert and are spaced apart along the cutting insert, the work surface having relief surfaces between pairs of adjacent cutting teeth, the relief surfaces having a plurality of chemically etched holes formed in them which extend from the interface surface to the relief surfaces such that at least some, preferably all, of the plurality of chemically etched holes are at least partially filled by a portion of the body.
A sanitary tissue product comprising a plurality of polypropylene filaments and a plurality of wood pulp fibers wherein said fibrous structure exhibits a pore volume distribution such that greater than 40% of the total pore volume present in the fibrous structure exists in pores of radii of from 121 μm to 200 μm, determined according to the Pore Volume Distribution Test Method disclosed herein.
A (meth)acrylic conductive material comprising a (meth)acrylic elastomer and a conductive agent, wherein the (meth)acrylic elastomer is prepared by bulk polymerizing a monomer component comprising a (meth)acrylic monomer represented by formula: wherein R 1 indicates a hydrogen atom or a methyl group, and R 2 indicates an alkyl group with 1 to 10 carbon atoms optionally having a hydroxyl group or a halogen atom or an alkoxyalkyl group with 2 to 12 carbon atoms optionally having a hydroxyl group, and the (meth)acrylic elastomer is characterized by a weight average molecular weight of 2 million to 3 million, and a molecular weight distribution (weight average molecular weight/number average molecular weight) of 1 to 6, wherein the weight average molecular weight and the molecular weight distribution are determined, in terms of polystyrene, using gel permeation chromatography with tetrahydrofuran as solvent, and wherein the content of the (meth)acrylic monomer represented by formula in the monomer component is 95% by mass or greater. wherein R 1 indicates a hydrogen atom or a methyl group, and R 2 indicates an alkyl group with 1 to 10 carbon atoms optionally having a hydroxyl group or a halogen atom or an alkoxyalkyl group with 2 to 12 carbon atoms optionally having a hydroxyl group, and the (meth)acrylic elastomer is characterized by a weight average molecular weight of 2 million to 3 million, and a molecular weight distribution (weight average molecular weight/number average molecular weight) of 1 to 6, wherein the weight average molecular weight and the molecular weight distribution are determined, in terms of polystyrene, using gel permeation chromatography with tetrahydrofuran as solvent, and wherein the content of the (meth)acrylic monomer represented by formula in the monomer component is 95% by mass or greater.