mhurhangee/ep-ind-claims huggingface dataset:
An X-ray diffraction apparatus comprising: an X-ray source configured to generate an X-ray beam; a first incident path configured to let the generated X-ray beam pass therethrough with a predetermined divergence angle; a second incident path configured to let the generated X-ray beam be reflected by a multilayer film mirror and let the reflected X-ray beam pass therethrough in parallel with the X-ray beam having passed through the first incident path; a movement mechanism configured to move the X-ray source, the first incident path, and the second incident path in a predetermined direction while preserving respective relative positions thereof; an incident slit configured to let an X-ray beam to be incident on a sample pass therethrough; and a sample support stage configured to support the sample at a position fixed relative to the incident slit, wherein the movement mechanism switches an X-ray beam to be passed through the incident slit between the X-ray beams having passed through the first incident path or the second incident path. an X-ray source configured to generate an X-ray beam; a first incident path configured to let the generated X-ray beam pass therethrough with a predetermined divergence angle; a second incident path configured to let the generated X-ray beam be reflected by a multilayer film mirror and let the reflected X-ray beam pass therethrough in parallel with the X-ray beam having passed through the first incident path; a movement mechanism configured to move the X-ray source, the first incident path, and the second incident path in a predetermined direction while preserving respective relative positions thereof; an incident slit configured to let an X-ray beam to be incident on a sample pass therethrough; and a sample support stage configured to support the sample at a position fixed relative to the incident slit, wherein the movement mechanism switches an X-ray beam to be passed through the incident slit between the X-ray beams having passed through the first incident path or the second incident path.
A belt attachment for bucket elevators that has: - An upper lock, - A lower lock, - A central piece in the shape of a wedge introduced through the opening of the ends of the sections of the belt to be attached and placed between both ends of the same, the entire assembly, the upper and lower locks, the ends of the belt and central piece being secured by attachment means that pass through all of the elements, characterized in that the belt attachment comprises a progressive tightening assembly based on the use of an eccentric piece, wherein said progressive tightening assembly comprises a piece arranged after the connection formed by the upper and lower locking pieces and the central wedged piece and which has arms on which the eccentric piece rotates and which by rotating, presses and clamps the core of the belt between the piece and the eccentric piece. - An upper lock, - A lower lock, - A central piece in the shape of a wedge introduced through the opening of the ends of the sections of the belt to be attached and placed between both ends of the same, the entire assembly, the upper and lower locks, the ends of the belt and central piece being secured by attachment means that pass through all of the elements, characterized in that the belt attachment comprises a progressive tightening assembly based on the use of an eccentric piece,
A security paper printing press having a printing unit (19; 23; 19'; 23') comprising at least one imaging cylinder (18, 22, 18', 22'), at the printing point (06; 07; 06'; 07') of which the printing point (06; 07), in sections of passing printing material in a cycle of fixed cycle length (Lz) with respect to the printing material feed at the printing point (06; 07; 06'; 07'), can be printed with print images of a same print image length, The invention and a dryer device having a dryer (14, 16, 36), comprising a one or multi-part drying means that in the printing material path is downstream of the printing point (06, 07, 06', 07'), by way of which printing materials passing through the dryer (14; 16; 36) can be subjected to radiation for the purpose of drying the same, characterized in that a control unit is provided for controlling the drying means of the dryer (14; 16; 36) with respect to activating and deactivating the same, which is in signal connection with a transmitter providing signals (S K) representing the machine phase and/or the progress of the printing material, and which per cycle effectuates a switching on and off of, or at least part of, the drying means after a sequence comprising at least one active and at least one inactive phase (P AN, P AB), in correlation with the position of the machine and/or printing material phase, that the drying means of the dryer (14; 16; 36) is formed by an array of a plurality of adjacent radiation sources (38 k,i) extending over the maximum width of the printing substrate (B02 max), i.e. a number of at least 50 over the maximum width of the printing substrate (B02 max) and/or in a resolution of at least 70 adjacent radiation sources (38 k,i) per meter, and that radiation sources (38 k,i) for forming several dryer elements (38 k) of variable width and/or position spaced apart from one another can be variably combined into several groups spaced apart from one another of radiation sources (38 k,i) that can be commonly activated and deactivated.
A system for separating at least two of the fractions solid particles, liquid and gas, from a fluid being moved from an inlet portion of the system to outlet portion (5, 7, 9) for each of said fractions, the system including: at least one screening device (23, 25); a pipe system (3, 15, 21, 24) conducting the fluid and its fractions through the system, characterized in that the system comprising at least one transport and/or intermediate storage container (17, 19) arranged for receiving the solid fraction of the fluid, and that the at least one transport and/or intermediate storage container (17, 19) is in fluid communication with an underpressure-generating device (11, 13) connected to the system.
A flexible substrate attaching method comprising the steps of: pre-fixing a flexible substrate on a carrier substrate with a first fixation structure; forming a thin film on the flexible substrate, and forming a pattern of the thin film via a patterning process; the pattern of the thin film contacting at least a part of the flexible substrate and at least a part of the carrier substrate simultaneously to play the function of consolidating the flexible substrate onto the carrier substrate, wherein the pattern of the thin film comprises: a plurality of interlaced horizontal and longitudinal strip-like structures separating the flexible substrate into a plurality of regions, each of the regions corresponding to a flexible panel. pre-fixing a flexible substrate on a carrier substrate with a first fixation structure; forming a thin film on the flexible substrate, and forming a pattern of the thin film via a patterning process; the pattern of the thin film contacting at least a part of the flexible substrate and at least a part of the carrier substrate simultaneously to play the function of consolidating the flexible substrate onto the carrier substrate, wherein the pattern of the thin film comprises: a plurality of interlaced horizontal and longitudinal strip-like structures separating the flexible substrate into a plurality of regions, each of the regions corresponding to a flexible panel.
A cable for railways of electrical track vehicles, which comprises a copper and steel containing electrical conductor and a sheath of insulating material surrounding the same, characterized in that at least one layer of single wires is stranded around a copper core of the conductor which comprises steel wires as well as copper wires.
Chronograph watch comprising a chronograph movement with a time base of frequency F, start, stop and return-to-zero control means (11, 13), an analogue display dial using a centre seconds hand driven by a chronograph wheel which also drives, via gear trains, the hands of other counters and a hand of a counter comprising a graduation in fractions of a second, the fraction-of-a-second hand being driven in rotation by a sensing arm, pivoted on a plate or a bridge of the movement, whose tilting is controlled by chronograph stop means and whose amplitude of displacement is controlled by its beak coming to abutment on a circular cam (19, 20) driven by the chronograph wheel and comprising x elementary cams of angular aperture α each corresponding to an integer number of seconds that is a divisor of 60, said elementary cams all having the same contour determining the displacement of the sensing arm and allowing a second to be divided into fractions of a second, characterized in that the return-to-zero means of the fraction-of-a-second counter are formed by a lever acting on a pin fixed on the sensing arm or on an additional arm integral with said sensing arm.
A seal assembly for sealing a gap between radially spaced apart co-axial first rotatable and second rotatable shafts (42,44) of a gas turbine engine, said seal assembly comprising a brush seal and a plurality of seal projections extending radially outwardly from said brush seal, said brush seal sealingly couplable to the first rotatable shaft such that said plurality of seal projections are contactable with the second rotatable shaft to facilitate sealing between the first and second rotatable shafts; characterised in that: said seal assembly further comprises a fastener assembly for retaining said brush seal against an abutment extending outwardly from said first rotatable shaft such that, in use, said brush seal rotates concurrently with and at the same rotational speed of said first rotational shaft and is sealingly couplable to said first rotational shaft. said seal assembly further comprises a fastener assembly for retaining said brush seal against an abutment extending outwardly from said first rotatable shaft such that, in use, said brush seal rotates concurrently with and at the same rotational speed of said first rotational shaft and is sealingly couplable to said first rotational shaft.
An expansible scoring cage adapted to be carried over a balloon of a balloon angioplasty catheter, said cage comprising: an assembly having a plurality of scoring elements arranged according to helical winding, said helical scoring elements, wherein the assembly is adapted to assume a radially collapsed configuration and adapted to expand to a radially expanded configuration, wherein the assembly is adapted to return to its radially collapsed configuration; wherein the scoring cage has a distal end, a proximal end and wherein the plurality of helical scoring elements longitudinally extend from the distal end to the proximal end; characterized in that the plurality of helical scoring elements are coupled via a plurality of struts comprising two bends in opposite directions, which struts connect two adjacent helical scoring elements at locations offset and spaced along the longitudinal axis of the expansible scoring cage to accommodate the radially expanded and the radially collapsed configurations, preventing any of the plurality of helical scoring elements or plurality of struts to detach or stray away from a profile of the expansible scoring cage upon axial and rotational reaction forces exerted to the expansible scoring cage during use. an assembly having a plurality of scoring elements arranged according to helical winding, said helical scoring elements, wherein the assembly is adapted to assume a radially collapsed configuration and adapted to expand to a radially expanded configuration, wherein the assembly is adapted to return to its radially collapsed configuration; wherein the scoring cage has a distal end, a proximal end and wherein the plurality of helical scoring elements longitudinally extend from the distal end to the proximal end; characterized in that the plurality of helical scoring elements are coupled via a plurality of struts comprising two bends in opposite directions, which struts connect two adjacent helical scoring elements at locations offset and spaced along the longitudinal axis of the expansible scoring cage to accommodate the radially expanded and the radially collapsed configurations, preventing any of the plurality of helical scoring elements or plurality of struts to detach or stray away from a profile of the expansible scoring cage upon axial and rotational reaction forces exerted to the expansible scoring cage during use.
A method of making an engineered decellularized tissue comprising a portion of a structural component embedded therein, comprising: combining matrix-producing cells with a hydrogel to produce a cell-seeded hydrogel, wherein the hydrogel comprises fibrinogen and thrombin; forming the cell-seeded hydrogel on, in, around, and/or within a portion of a structural component; and culturing and decellularizing the cell-seeded hydrogel under appropriate conditions so as to produce an engineered decellularized tissue comprising a portion of the structural component embedded therein, wherein a portion of the structural component is not embedded in the engineered decellularized tissue. combining matrix-producing cells with a hydrogel to produce a cell-seeded hydrogel, wherein the hydrogel comprises fibrinogen and thrombin; forming the cell-seeded hydrogel on, in, around, and/or within a portion of a structural component; and culturing and decellularizing the cell-seeded hydrogel under appropriate conditions so as to produce an engineered decellularized tissue comprising a portion of the structural component embedded therein, wherein a portion of the structural component is not embedded in the engineered decellularized tissue.
A lockable quick coupling for releasably connecting a hose to an implantable apparatus, having a first attachment piece which can be connected to the hose, and a second attachment piece which can be connected to the apparatus, wherein the attachment pieces (14, 16) can be rotated relative to each other in the locked state, characterized in that the quick coupling has a retaining nut enclosing the one attachment piece and being lockable to the other attachment piece such that between the retaining nut and the other attachment piece a cavity is formed in which the one attachment piece is held, and that in the cavity a spring is provided for exerting a force from the retaining nut to the one attachment piece in the direction to the other attachment piece.
A sealing device comprising: a first side lip slidably coming into close contact with an axial end surface of its mate member; and a second side lip arranged closer to an object of sealing than said first side lip at a radial outer side of said first side lip, wherein the second side lip extends toward the axial end surface of its mate member, characterized in that said second side lip has such a shape that its axial height H2 in a free state is smaller than an axial height H1 of the first side lip, whereby an interference allowance thereof is smaller than that of said first side lip. a first side lip slidably coming into close contact with an axial end surface of its mate member; and a second side lip arranged closer to an object of sealing than said first side lip at a radial outer side of said first side lip, wherein the second side lip extends toward the axial end surface of its mate member, characterized in that said second side lip has such a shape that its axial height H2 in a free state is smaller than an axial height H1 of the first side lip, whereby an interference allowance thereof is smaller than that of said first side lip.
Sensor for measuring current in a conductor, the sensor comprising a stack comprising at least one isolation layer and at least two metallization layers (101,102) stacked in a first direction (z), the sensor comprising a first winding of conductive material and a second winding of conductive material, the first winding and the second winding each comprising a first part (5, 205,305) formed in a metallization layer (101,102) comprised in the stack and mainly extending in a second direction (y) and having a first centre of gravity (105, 210,310) and a second part (7, 207, 307) formed in a metallization layer (101,102) comprised in the stack and mainly extending in a direction opposite to the second direction (y) and having a second centre of gravity (106, 211, 311), the first centre of gravity of the first winding and the second centre of gravity of the first winding being comprised in a first plane, the first centre of gravity (210,310) of the second winding and the second centre of gravity (211,311) of the second winding being comprised in a second plane, characterized in that the first plane intersects with the second plane in a common intersection line in the second direction (y), wherein the first direction (z) and the second direction (y) are orthogonal directions and the sensor further comprises measurement means arranged to measure current through the first winding and current through the second winding, said first and second windings being configured such that a changing magnetic field due to the current to be measured generates said current through the first winding and the second winding.
A process of manufacturing a flexible optical circuit having an adhesive face for affixing the flexible optical circuit to a surface during installation and a removable carrier film for protecting said adhesive face until installation of the flexible optical circuit, the process comprising: (a) providing a carrier film comprising an adhesive sufficiently strong to hold optical fibers in place; (b) disposing an adhesive layer in discrete patches on a portion of said carrier film, leaving portions of said carrier film exposed, said adhesive layer having a downward adhesive face and an upward adhesive face, said downward adhesive face and the adhesive of said carrier film being configured such that said carrier film is removable from said downward adhesive face for exposing the downward adhesive face, without disruption of said downward adhesive face, and the exposed downward adhesive face provides said adhesive face for affixing the flexible optical circuit to a surface; (c) routing one or more fibers on said exposed portions of said carrier film and on said upward adhesive face of the adhesive layer, wherein the routed one or more fibers overlay both an exposed portion of said carrier film and a discrete patch of said upward adhesive face of the adhesive layer; (d) applying a coating over the upward adhesive face, said carrier film and said fibers to define an optical circuit; and (e) optionally parting said carrier film to separate said optical circuit from other optical circuits on said carrier film; wherein the adhesive force between said carrier film and fiber is less than the adhesive force between adhesive layer and fiber so that removal of said carrier film for installing the flexible optical circuit does not disturb the downward adhesive face nor the one or more fibers. (a) providing a carrier film comprising an adhesive sufficiently strong to hold optical fibers in place; (b) disposing an adhesive layer in discrete patches on a portion of said carrier film, leaving portions of said carrier film exposed, said adhesive layer having a downward adhesive face and an upward adhesive face, said downward adhesive face and the adhesive of said carrier film being configured such that said carrier film is removable from said downward adhesive face for exposing the downward adhesive face, without disruption of said downward adhesive face, and the exposed downward adhesive face provides said adhesive face for affixing the flexible optical circuit to a surface; (c) routing one or more fibers on said exposed portions of said carrier film and on said upward adhesive face of the adhesive layer, wherein the routed one or more fibers overlay both an exposed portion of said carrier film and a discrete patch of said upward adhesive face of the adhesive layer; (d) applying a coating over the upward adhesive face, said carrier film and said fibers to define an optical circuit; and (e) optionally parting said carrier film to separate said optical circuit from other optical circuits on said carrier film;
A method of switching 3rd Generation Partnership Project, 3GPP, access from Evolved Packet System, EPS, to a fifth Generation System, 5GS, the method performed by a second Access and Mobility Management Function, AMF, the method comprising: receiving, from a User Equipment, UE, a registration request message, wherein the registration request message includes a first 5G-GUTI, wherein the first 5G-GUTI was assigned by a first AMF of a Public Land Mobile Network, PLMN, and the first 5G-GUTI includes ID information of the first AMF and the second AMF and wherein the UE undergoes handover for 3GPP access from the EPS to a fifth Generation System, 5GS, of the PLMN, wherein the UE registered with the first AMF of the 5GS through a non-3GPP access; and assigning a second 5G-GUTI that is common to both the 3GPP access and the non-3GPP access, wherein the second 5G-GUTI is used by the UE for both the 3GPP access and the non-3GPP access and is generated from updating the first 5G-GUTI; sending, to the UE, a registration accept message including the second 5G-GUTI. receiving, from a User Equipment, UE, a registration request message, wherein the registration request message includes a first 5G-GUTI, wherein the first 5G-GUTI was assigned by a first AMF of a Public Land Mobile Network, PLMN, and the first 5G-GUTI includes ID information of the first AMF and the second AMF and wherein the UE undergoes handover for 3GPP access from the EPS to a fifth Generation System, 5GS, of the PLMN, wherein the UE registered with the first AMF of the 5GS through a non-3GPP access; and assigning a second 5G-GUTI that is common to both the 3GPP access and the non-3GPP access, wherein the second 5G-GUTI is used by the UE for both the 3GPP access and the non-3GPP access and is generated from updating the first 5G-GUTI; sending, to the UE, a registration accept message including the second 5G-GUTI.
An antimicrobial composition for extending the shelf-life of water, feed or feed ingredients, the antimicrobial composition comprising an organic acid aqueous solution that comprises: a short-chain acid aqueous solution buffered to a pH between pH 1 and 5, wherein the short-chain acid is acetic acid, propionic acid, or a mixture thereof at a concentration of 80 to 98 wt. % of the total organic acid content in the organic acid aqueous solution; and pelargonic acid at a concentration in a range of 2 to 20 wt. % of the total organic acid content in the organic acid aqueous solution. a short-chain acid aqueous solution buffered to a pH between pH 1 and 5, wherein the short-chain acid is acetic acid, propionic acid, or a mixture thereof at a concentration of 80 to 98 wt. % of the total organic acid content in the organic acid aqueous solution; and pelargonic acid at a concentration in a range of 2 to 20 wt. % of the total organic acid content in the organic acid aqueous solution.