mhurhangee/ep-ind-claims huggingface dataset:
Medical instrument, with a cannula through which shafts of other instruments having different shaft diameters can be guided, with a seal (14, 42, 66) comprising an opening (16, 44, 70) with a variable opening cross section through which the shafts having different shaft diameters can be guided sealingly, with an expansion device for expanding the opening (16, 44, 70) of the seal (14, 42, 66), which expansion device has an expansion cone with a plurality of slats that are mounted pivotably on an annular body and form an expansion body that narrows from the proximal end to the distal end and that is connected to the seal (14, 42, 66) in the area of the opening (16, 44, 70), characterized in that the slats are connected to the annular body via film hinges.
A synthetic collagen peptide conjugate with at least one metal binding ligand selected from: (a) a collagen peptide conjugate with metal binding ligands at the ends covalently attached to the peptide, each optionally with a divalent linker, having a central collagen-based core composed of nine repeating units of the tripeptide -(Pro-Hyp-Gly) 9 - [- 9 -] and having a nitrilotriacetic metal binding unit at the N-terminus and a His-His-NH 2 [-His 2] metal binding unit at the C-terminus; (b) a collagen peptide conjugate with one metal binding ligand covalently attached to the peptide in the center, optionally with a divalent linker, having a central collagen-based core composed of Acetyl-(Pro-Hyp-Gly) 4 --Pro-Lys-Gly--(Pro-Hyp-Gly) 4 -NH 2 [Ac- 4 -- -- 4 -NH 2] and having a 4'-methyl-2,2'-bipyridine-4-carbonyl [-byp] metal binding unit at the ε-amino group of the lysyl residue; and (c) a collagen peptide conjugate with metal binding ligands at the ends covalently attached to the peptide, each optionally with a divalent linker, and with one metal binding ligand covalently attached to the peptide in the center, optionally with a divalent linker, having a central collagen-based core composed of -(Pro-Hyp-Gly) 4 --Pro-Lys-Gly-(Pro-Hyp-Gly) 4 - [- 4 -- -- 4 -] and having a nitrilotriacetic metal binding unit at the N-terminus, a His-His-NH 2 [-His 2] metal binding unit at the C-terminus, and a 4'-methyl-2,2'-bipyridine-4-carbonyl [-byp] metal binding unit at the ε-amino group of the lysyl residue. (a) a collagen peptide conjugate with metal binding ligands at the ends covalently attached to the peptide, each optionally with a divalent linker, having a central collagen-based core composed of nine repeating units of the tripeptide -(Pro-Hyp-Gly) 9 - [- 9 -] and having a nitrilotriacetic metal binding unit at the N-terminus and a His-His-NH 2 [-His 2] metal binding unit at the C-terminus; (b) a collagen peptide conjugate with one metal binding ligand covalently attached to the peptide in the center, optionally with a divalent linker, having a central collagen-based core composed of Acetyl-(Pro-Hyp-Gly) 4 --Pro-Lys-Gly--(Pro-Hyp-Gly) 4 -NH 2 [Ac- 4 -- -- 4 -NH 2] and having a 4'-methyl-2,2'-bipyridine-4-carbonyl [-byp] metal binding unit at the ε-amino group of the lysyl residue; and (c) a collagen peptide conjugate with metal binding ligands at the ends covalently attached to the peptide, each optionally with a divalent linker, and with one metal binding ligand covalently attached to the peptide in the center, optionally with a divalent linker, having a central collagen-based core composed of -(Pro-Hyp-Gly) 4 --Pro-Lys-Gly-(Pro-Hyp-Gly) 4 - [- 4 -- -- 4 -] and having a nitrilotriacetic metal binding unit at the N-terminus, a His-His-NH 2 [-His 2] metal binding unit at the C-terminus, and a 4'-methyl-2,2'-bipyridine-4-carbonyl [-byp] metal binding unit at the ε-amino group of the lysyl residue.
A multi-mixer system in a multi-standard receiver configured in order to support multiple wireless communication standards, wherein: - the multi mixer system comprises a plurality of mixers (122_1-122_M) and a filter module, - the filter module is adapted for providing different frequency responses for the output signals from the output nodes of the mixers (122_1-122_M), - the plurality of mixers (122_1, 122_2) includes a first mixer (122_1) and a second mixer (122_2), - the first and the second mixers (122_1, 122_2) are adapted for receiving an input signal and for mixing the input signal with a corresponding local oscillation signal, - each of the first and second mixers (122_1, 122_2) is selectively and separately enabled, - based on a communication standard of the input signal, each of the first and second mixers (122_1-122_M) is selectively and separately enabled to mix an input signal to generate output signals at corresponding output nodes of the mixers (122_1-122_M), - the filter module is an N-order filter (224_1-224_M) and comprises two filters (224_1-224_M) which are connected in cascade and - the output nodes of the mixers (122_1-122_M) are connected to different input nodes of the two filters (224_1-224_M), respectively. - the multi mixer system comprises a plurality of mixers (122_1-122_M) and a filter module, - the filter module is adapted for providing different frequency responses for the output signals from the output nodes of the mixers (122_1-122_M), - the plurality of mixers (122_1, 122_2) includes a first mixer (122_1) and a second mixer (122_2), - the first and the second mixers (122_1, 122_2) are adapted for receiving an input signal and for mixing the input signal with a corresponding local oscillation signal, - each of the first and second mixers (122_1, 122_2) is selectively and separately enabled, - based on a communication standard of the input signal, each of the first and second mixers (122_1-122_M) is selectively and separately enabled to mix an input signal to generate output signals at corresponding output nodes of the mixers (122_1-122_M), - the filter module is an N-order filter (224_1-224_M) and comprises two filters (224_1-224_M) which are connected in cascade and - the output nodes of the mixers (122_1-122_M) are connected to different input nodes of the two filters (224_1-224_M), respectively.
An in vitro method for identifying an individual having an altered risk for developing recurrent myocardial infarction, comprising detecting the single nucleotide polymorphism in the nucleotide sequence of SEQ ID NO:54323 in said individual's nucleic acids, wherein said individual has an increased risk for developing recurrent myocardial infarction due to the presence of G at position 101 of SEQ ID NO:54323 or the presence of C at position 101 of its complement.
A frothing device for frothing milk, comprising a steam supply line, an air supply line and a milk supply line and a mixing area, wherein the air supply line leads into the steam supply line or is joined thereto in the mixing area, wherein provision is made in the area of the air supply line for a compressed air source for blowing in the air, wherein provision is made for at least one air quantity limiting device, which effects or regulates, respectively, a blowing of the air into the air supply line as a function of the steam pressure/pressure prevailing in the steam supply line, or wherein at least one air quantity limiting device is arranged upstream of the compressed air source and is embodied such that it effects or regulates, respectively, a blowing of the air into the air supply line as a function of a low pressure prevailing between the air quantity limiting device and the compressed air source, characterized in that - the air quantity limiting device encompasses an actuator in the steam supply line and a limiting member, which is coupled to said actuator, in the air supply line, - the actuator is embodied as piston or as membrane, and/or - the limiting member is embodied as a feeder, which can be inserted into the air supply line. - the air quantity limiting device encompasses an actuator in the steam supply line and a limiting member, which is coupled to said actuator, in the air supply line, - the actuator is embodied as piston or as membrane, and/or - the limiting member is embodied as a feeder, which can be inserted into the air supply line.
A bag comprising: a film folded to define a containable space, the film comprising a first area and a second area both facing the containable space; an elongated tearing guide piece directly or indirectly bonded to the first area; an elongated belt-shaped base disposed between the tearing guide piece and the second area along the tearing guide piece; characterized by a tab defined by a cut portion penetrating through the first area of the film, the tearing guide piece, and the belt-shaped base; and a surrounding seal area intersecting the tearing guide piece in a width direction, the surrounding seal area bonding the first area and the second area to define an area surrounding the tab, wherein the cut portion does not penetrate through to the second area. a film folded to define a containable space, the film comprising a first area and a second area both facing the containable space; an elongated tearing guide piece directly or indirectly bonded to the first area; an elongated belt-shaped base disposed between the tearing guide piece and the second area along the tearing guide piece; characterized by a tab defined by a cut portion penetrating through the first area of the film, the tearing guide piece, and the belt-shaped base; and a surrounding seal area intersecting the tearing guide piece in a width direction, the surrounding seal area bonding the first area and the second area to define an area surrounding the tab, wherein the cut portion does not penetrate through to the second area.
An absorbent composite, comprising: (a) a nonwoven top layer comprising hydrophilic fibers; and (b) an absorbent core directly or indirectly attached to the nonwoven top layer, the absorbent core comprising a plurality of layers including (i) at least one physically entangled nonwoven layer, and (ii) at least one bonded carded nonwoven layer and/or at least one thermal bonded high-loft nonwoven web; wherein the absorbent composite includes (i) a composite-rate of absorption of less than 8 seconds for a 5 ml liquid sample as determined by D824-94, and (ii) a composite-run-off value of less than 15% as determined by ISO 9073-11. (a) a nonwoven top layer comprising hydrophilic fibers; and (b) an absorbent core directly or indirectly attached to the nonwoven top layer, the absorbent core comprising a plurality of layers including (i) at least one physically entangled nonwoven layer, and (ii) at least one bonded carded nonwoven layer and/or at least one thermal bonded high-loft nonwoven web;
A method for interconnecting a first flex printed circuit board with a second flex PCB, the method comprising: providing (202, 302) the first flex PCB with holes at contact locations to be electrically coupled to the second flex PCB, wherein the first flex PCB includes conductive material at the holes, and wherein the conductive material is provided on both sides of the first flex PCB at the holes in an annular ring shape; providing (204, 304) the second flex PCB with electrical pads corresponding to the holes at the contact locations; applying (206, 306) a non-conductive material between the first PCB and the and second PCB with clearances for each of the electrical pads; aligning (208, 308) the first PCB with the second PCB so that the holes in the first PCB are in line with the corresponding electrical pads on the second PCB; bonding (212, 310) a portion of flat areas on the first and second PCBs (12, 16) together; dispensing (214, 312) a conductive adhesive into the holes to fill the space created by the holes, corresponding clearances of the non-conductive material, and the corresponding electrical pads, wherein the conductive adhesive is dispensed onto the conductive material on both sides of the first flex PCB; wherein dispensing conductive adhesive into the holes is performed by a syringe technique or a dispense jetting technique; and curing (216, 314) the conductive adhesive. providing (202, 302) the first flex PCB with holes at contact locations to be electrically coupled to the second flex PCB, wherein the first flex PCB includes conductive material at the holes, and wherein the conductive material is provided on both sides of the first flex PCB at the holes in an annular ring shape; providing (204, 304) the second flex PCB with electrical pads corresponding to the holes at the contact locations; applying (206, 306) a non-conductive material between the first PCB and the and second PCB with clearances for each of the electrical pads; aligning (208, 308) the first PCB with the second PCB so that the holes in the first PCB are in line with the corresponding electrical pads on the second PCB; bonding (212, 310) a portion of flat areas on the first and second PCBs (12, 16) together; dispensing (214, 312) a conductive adhesive into the holes to fill the space created by the holes, corresponding clearances of the non-conductive material, and the corresponding electrical pads, wherein the conductive adhesive is dispensed onto the conductive material on both sides of the first flex PCB; wherein dispensing conductive adhesive into the holes is performed by a syringe technique or a dispense jetting technique; and curing (216, 314) the conductive adhesive.
Asphalt composition, comprising - asphalt or an asphalt mixture, - a binder containing silicon carbide which can be heated via microwaves, characterised in that the silicon carbide is present in particle form in the binder, wherein the equivalence diameter of the silicon carbide particles contained in the binder is less than 60 μm. - asphalt or an asphalt mixture, - a binder containing silicon carbide which can be heated via microwaves,
Light-weight component for a body or a body part of a motor vehicle, wherein the light-weight component forms a closed frame and comprises side parts (12, 14) produced at least partially as castings from an aluminium or magnesium die-casting alloy as well as at least one reinforcement profile or reinforcement plate (16, 18, 29) located between these side parts, wherein the opposite end regions of the reinforcement profile or plate (16, 18, 29) are, by adhesive force and positively, joined to both side parts (12, 14) by casting round, characterised in that the reinforcement profiles or plates (16, 18, 29) are produced as profiled steel sheets or cast steel profiles, the two side parts (12, 14) and at least one cross-connection between the side parts being cast as a single piece.
A method comprising: supplying a plurality of nickel-enriched braze powder particles to a cold spray system through a particle supply inlet, wherein the nickel-enriched braze powder particles comprises a braze alloy powder of 20-45 microns combined with a fine nickel powder comprising 2-8 micron nickel powder; accelerating the nickel-enriched braze powder particles through a transfer tube and out an exit in the transfer tube towards a substrate to produce a braze cold-sprayed substrate bonded by plastic deformation; forming a hole in the braze cold-sprayed substrate, wherein a diameter of a braze material coating on the braze cold-sprayed substrate extends beyond a diameter of the hole; positioning a component surface proximate to the braze cold-sprayed substrate and within the hole; and heating the braze cold-sprayed substrate to bond the braze cold-sprayed substrate to the component surface as a reflow process. supplying a plurality of nickel-enriched braze powder particles to a cold spray system through a particle supply inlet, wherein the nickel-enriched braze powder particles comprises a braze alloy powder of 20-45 microns combined with a fine nickel powder comprising 2-8 micron nickel powder; accelerating the nickel-enriched braze powder particles through a transfer tube and out an exit in the transfer tube towards a substrate to produce a braze cold-sprayed substrate bonded by plastic deformation; forming a hole in the braze cold-sprayed substrate, wherein a diameter of a braze material coating on the braze cold-sprayed substrate extends beyond a diameter of the hole; positioning a component surface proximate to the braze cold-sprayed substrate and within the hole; and heating the braze cold-sprayed substrate to bond the braze cold-sprayed substrate to the component surface as a reflow process.
Deployable barrier arrangement for selectively blocking a passage in an aircraft cabin, wherein the barrier arrangement comprises a substantially longitudinal barrier member and a joint unit for fixing the barrier member to an inner wall of the aircraft cabin, wherein the joint unit is configured to allow for a movement of the barrier member between a stowed position in which the barrier member extends substantially parallel to the inner wall of the aircraft cabin and a deployed position in which the barrier member extends at an angle (α) of approximately 60° to 120° to the inner wall of the aircraft cabin to block the passage, and wherein the joint unit is further configured to allow for a rotational movement of the barrier member about a longitudinal axis of the barrier member, characterised in that the joint unit comprises a tilted guide surface and the barrier member comprises a complementary tilted contact surface, wherein the contact surface of the barrier member and the guide surface of the joint unit bear against each other.
A negative electrode for a lithium secondary battery comprising: a mesh-type current collector having openings and formed from wire rods, the current collector having an aperture ratio of from 20% to 80% corresponding to the percentage of the collector's area occupied by openings; and a lithium thin film having portions inserted into the openings and a non-inserted portion that is not inserted; wherein the thickness of the inserted portion (d 210) is 20% to 60% of the thickness of the whole lithium thin film (d 200), the remainder of the openings being empty space, and the thickness of the non-inserted portion (d 220) is 40% to 80% of the thickness of the whole lithium thin film. a mesh-type current collector having openings and formed from wire rods, the current collector having an aperture ratio of from 20% to 80% corresponding to the percentage of the collector's area occupied by openings; and a lithium thin film having portions inserted into the openings and a non-inserted portion that is not inserted; wherein the thickness of the inserted portion (d 210) is 20% to 60% of the thickness of the whole lithium thin film (d 200), the remainder of the openings being empty space, and the thickness of the non-inserted portion (d 220) is 40% to 80% of the thickness of the whole lithium thin film.
Embankment structure or earth body, wherein a closed pipeline is laid on a reinforcing element of geosynthetic material, in particular of polymeric geosynthetic material, and/or is connected thereto, wherein the pipeline is of such tensile strength that it is usable as a horizontal reinforcement, characterized in that the structure or the earth body comprises a plurality of earth material layers arranged substantially horizontally above one another and reinforcing elements arranged between earth material layers, wherein, in the region of the reinforcing elements, in each case a closed pipeline is arranged which is usable as an element of a geothermal system, wherein the pipeline is arranged in a meandering shape within an earth material layer such that a number of first, substantially straight horizontal pipeline sections (3.1) extends substantially at right angles to the air-side edge of this earth material layer.
Mounting device for receiving at least one preparation vessel for food with a heating device, comprising at least one receiving portion for the preparation vessel and at least three contact sockets (5a, 5b, 5c, 5d, 5e) for at least partially receiving corresponding contact pins (6a, 6b, 6c) on the preparation vessel, characterized in that at least a first one of the contact sockets comprises at least one signaling means, that the signaling means generates at least one insertion signal when one of the contact pins is inserted at least partially into the first contact socket, that when the insertion signal is present, at least one other of the contact sockets (5a, 5b, 5d, 5e) can be supplied with a working voltage, and that without the insertion signal being present, none of the contact sockets (5a, 5b, 5c, 5d, 5e) can be supplied with a working voltage, that the first of the contact sockets is electrically connected to a ground contact, and that the receiving device has a control device which controls the electrical contacting of the contact sockets dependent on the presence and absence of an insertion signal.
A securing assembly adapted to secure objects to a structure, the assembly including: attachment means adapted to attach said assembly to an object in use; an elongate rod, the rod having a first end and a second end, the first end connectable to the attachment means, the second end connectable to an adjustment means; a base adapted to connect said adjustment means to said structure in use, whereby said adjustment means includes a pair of arms separated by a bridging portion, wherein said arms form a diamond shape and said bridging portion in use is adjustable by altering a distance between the arms to change the shape of said diamond to tension said assembly and thus to provide tension between said object and said structure by way of said assembly to secure said object to said structure in use. attachment means adapted to attach said assembly to an object in use; an elongate rod, the rod having a first end and a second end, the first end connectable to the attachment means, the second end connectable to an adjustment means; a base adapted to connect said adjustment means to said structure in use, whereby said adjustment means includes a pair of arms separated by a bridging portion, wherein said arms form a diamond shape and said bridging portion in use is adjustable by altering a distance between the arms to change the shape of said diamond to tension said assembly and thus to provide tension between said object and said structure by way of said assembly to secure said object to said structure in use.
Dishwasher, in particular a household dishwasher, comprising a washing container that provides a washing chamber and is used to receive washware to be cleaned, and comprising a fresh water container arranged next to the washing container, and comprising a pipeline that is guided through the fresh water container at least in regions, which pipeline is formed as a corrugated pipeline and is fluidically connected to the washing container on both the input side and the output side, characterised in that the corrugated pipeline provides an air guiding duct that extends in the longitudinal direction of the pipe at least in regions and that fluidically interconnects adjacent wave peaks, and/or in that the corrugated pipeline is formed without corrugations in the longitudinal direction of the pipe, at least in regions, over a portion in the circumferential direction, and/or in that the corrugated pipeline has a corrugated contour that extends helically at least in regions about an axis in the longitudinal direction of the pipe.