mhurhangee/ep-ind-claims huggingface dataset:
A fluid filter and priming pump assembly comprising: a fluid filter housing; and a filter base attached to said fluid filter housing and configured to move fluid through said fluid filter housing, said filter base comprising: a first inlet oriented in a first direction, a second inlet oriented in a second direction different from said first direction, at least one of said first inlet and said second inlet being configurable to receive said fluid, an outlet configured to discharge said fluid, a first mount configured for mounting said filter base in a first orientation, and a second mount configured for mounting said filter base in a second orientation different from said first orientation characterized in that said second direction is opposite said first direction and said second orientation is opposite said first orientation. a first inlet oriented in a first direction, a second inlet oriented in a second direction different from said first direction, at least one of said first inlet and said second inlet being configurable to receive said fluid, an outlet configured to discharge said fluid, a first mount configured for mounting said filter base in a first orientation, and a second mount configured for mounting said filter base in a second orientation different from said first orientation characterized in that said second direction is opposite said first direction and said second orientation is opposite said first orientation.
A wheel for a human-propelled cart, the wheel having a first axial side and a second axial side and being configured to rotate about a rotation axis, the wheel comprising: a housing assembly comprising a structural hub and protrusions extending radially outward, the structural hub configured to couple with a cover, the protrusions comprising passages; a tread assembly configured to be received in the housing assembly via the second axial side of the wheel, the tread assembly comprising a frame and a tread, the frame configured to receive and/or engage the tread, the tread positioned generally outside and around the frame and configured to engage a surface on which the wheel is configured to roll, the frame including a radially outward portion, one or more protrusions extending radially inward from a radial inner surface of the frame, the protrusions including apertures configured to receive fasteners; and one or more fasteners used to couple the tread assembly with the housing assembly, each of the fasteners comprising: a head end configured to, in use, engage with a screwdriver or other tool via the first axial side of the wheel; and a working end opposite the head end; wherein the fasteners can be inserted through the passages in the protrusions of the housing assembly; wherein the fasteners are disposed so that the working ends of the fasteners engage apertures in the protrusions of the frame of the tread assembly. a housing assembly comprising a structural hub and protrusions extending radially outward, the structural hub configured to couple with a cover, the protrusions comprising passages; a tread assembly configured to be received in the housing assembly via the second axial side of the wheel, the tread assembly comprising a frame and a tread, the frame configured to receive and/or engage the tread, the tread positioned generally outside and around the frame and configured to engage a surface on which the wheel is configured to roll, the frame including a radially outward portion, one or more protrusions extending radially inward from a radial inner surface of the frame, the protrusions including apertures configured to receive fasteners; and one or more fasteners used to couple the tread assembly with the housing assembly, each of the fasteners comprising: a head end configured to, in use, engage with a screwdriver or other tool via the first axial side of the wheel; and a working end opposite the head end; wherein the fasteners can be inserted through the passages in the protrusions of the housing assembly; wherein the fasteners are disposed so that the working ends of the fasteners engage apertures in the protrusions of the frame of the tread assembly. a head end configured to, in use, engage with a screwdriver or other tool via the first axial side of the wheel; and a working end opposite the head end; wherein the fasteners can be inserted through the passages in the protrusions of the housing assembly; wherein the fasteners are disposed so that the working ends of the fasteners engage apertures in the protrusions of the frame of the tread assembly.
A method for extracting nucleic acids from a wax-embedded sample, comprising the steps of: 1. contacting the sample with a wax-solubilizing agent comprising at least one organic solvent immiscible with water, 2. optionally incubating the mixture obtained in step 1, 3. adding an aqueous lysis buffer comprising an anionic surfactant ion to the mixture still comprising the wax-solubilizing agent, 4. incubating the mixture obtained in step 3 to obtain a bi- or multi-phasic mixture, comprising at least an organic phase, said organic phase essentially comprising the dissolved wax and the wax-solubilizing agent, and an aqueous phase, said aqueous phase comprising the nucleic acids, wherein step 1 and 3 may as well be carried out as one combined step, wherein the anionic surfactant ion after incubation according to step 4 is essentially removed from the sample by precipitation using monovalent ions of alkali metals and/or divalent ions of alkaline earth metals, preferably selected from the group comprising Rb +, Cs +, Ca 2+, Sr 2+, Ba 2+, or a mixture thereof, prior to isolating and/or purifying the nucleic acid from the aqueous phase 1. contacting the sample with a wax-solubilizing agent comprising at least one organic solvent immiscible with water, 2. optionally incubating the mixture obtained in step 1, 3. adding an aqueous lysis buffer comprising an anionic surfactant ion to the mixture still comprising the wax-solubilizing agent, 4. incubating the mixture obtained in step 3 to obtain a bi- or multi-phasic mixture, comprising at least an organic phase, said organic phase essentially comprising the dissolved wax and the wax-solubilizing agent, and an aqueous phase, said aqueous phase comprising the nucleic acids, wherein step 1 and 3 may as well be carried out as one combined step, wherein the anionic surfactant ion after incubation according to step 4 is essentially removed from the sample by precipitation using monovalent ions of alkali metals and/or divalent ions of alkaline earth metals, preferably selected from the group comprising Rb +, Cs +, Ca 2+, Sr 2+, Ba 2+, or a mixture thereof, prior to isolating and/or purifying the nucleic acid from the aqueous phase
A method for digital pathology, the method comprising the following steps: a1) receiving a slide-holder comprising a tray basis with a plurality of slides mounted thereon in a receiving space of a slide-holder fixation arrangement in a first position; wherein in the first position, registration means of the slide-holder fixation arrangement are mechanically interacting with interacting portions of slide-holder registration points of the slide-holder; a2) processing a first slide of the plurality of slides; b1) moving the slide-holder to a second position; wherein in the second position, registration means of the slide-holder fixation arrangement are mechanically interacting with second slide-holder registration points of the slide-holder; and b2) processing a second slide of the plurality of slides; wherein, based on the interaction, a mechanical registration of each slide in relation to an imaging system is provided; characterized in that the slide-holder registration points are provided as bi-functional registration points, wherein the interacting portions, in addition to the mechanical registration, provide visible markers in images of the respective slides, and wherein each of said slide processing steps comprises: - acquiring an image of the slide and of a visible marker provided by the interacting portions; - identifying the visible marker in the acquired image, and - performing an optical registration with the tray basis of the image, using the identified marker as reference point. a1) receiving a slide-holder comprising a tray basis with a plurality of slides mounted thereon in a receiving space of a slide-holder fixation arrangement in a first position; wherein in the first position, registration means of the slide-holder fixation arrangement are mechanically interacting with interacting portions of slide-holder registration points of the slide-holder; a2) processing a first slide of the plurality of slides; b1) moving the slide-holder to a second position; wherein in the second position, registration means of the slide-holder fixation arrangement are mechanically interacting with second slide-holder registration points of the slide-holder; and b2) processing a second slide of the plurality of slides; - acquiring an image of the slide and of a visible marker provided by the interacting portions; - identifying the visible marker in the acquired image, and - performing an optical registration with the tray basis of the image, using the identified marker as reference point.
A hard metal insert (1, 29, 34) for a round-shank pick (19, 31, 38) on a rotatable roller of a milling machine, with a cylindrical body, a conical tip (3, 33) on the body and a soldering surface arranged transversely to a longitudinal direction of the body on a foot of the body, and with ribs (8, 30, 32) projecting radially from a lateral surface of the body, extending in the longitudinal direction, wherein a height of the ribs (8, 30, 32) above the body rises in the longitudinal direction towards the foot and a radially outwardly pointing web surface of the ribs (8, 30, 32) rises in the longitudinal direction towards the foot becomes continuously narrower in the longitudinal direction towards the foot, characterised in that the ribs (8, 30, 32) extend in the longitudinal direction up to the soldering surface.
A method of recirculating fluid in a printhead, the method comprising: generating ejection data specifying a nozzle of the printhead from which a drop is to be ejected and storing the ejection data in a first memory; generating recirculation data for the nozzle for which a recirculation operation is to be performed; storing the recirculation data in a second memory different from the first memory; and recirculating fluid in the nozzle on the basis of the recirculation data in advance of ejecting a drop from the nozzle on the basis of the ejection data, wherein the recirculation data is generated based on the respective ejection data for the nozzle; wherein the recirculation data stored in the second memory are compressed. generating ejection data specifying a nozzle of the printhead from which a drop is to be ejected and storing the ejection data in a first memory; generating recirculation data for the nozzle for which a recirculation operation is to be performed; storing the recirculation data in a second memory different from the first memory; and recirculating fluid in the nozzle on the basis of the recirculation data in advance of ejecting a drop from the nozzle on the basis of the ejection data, wherein the recirculation data is generated based on the respective ejection data for the nozzle; wherein the recirculation data stored in the second memory are compressed.
Air-insulated medium-voltage switching assembly of metal-encapsulated and partitioned areas which can be arranged in a modular fashion and are connectable to one another each having a cabinet-like housing of sheet metal, in which in each case a number of separate chambers (16;18;20) assigned to different functional units and at least partially open to the front are formed, which are accessible via in each case assigned metal door wings (26; 28; 30) pivotably hinged to the housing and to be opened or closed separately by operating staff, characterized in that in the edge regions, in each case opposite to one another in the closed position, circumferential metal ledges are provided spaced apart and running in parallel and alternatingly projecting rectangularly from the inner surfaces of the respective door wing opening and from the housing front face regions enclosing the door wing opening in the housing are provided for the door wings (26; 28; 30) and the housing, which form a circumferential fault arc protection in the type of a labyrinth seal for the respective chamber in the closed position of the door wings, in that a support rail longitudinally displaceable by a certain path for a number of locking bolts shifted to one another in the longitudinal direction of the rail is arranged offset outward with respect to the projecting ledges forming the labyrinth in the door wing edge region opposite the pivotable edge of the respective door wing hinged to the housing, which support rail is displaceable between the end positions of the predetermined displacement path via a handle arranged on the outer surface of the door wing and coupled to the support rail, and in that a number of bolt receptions corresponding to the number and the distance of the locking bolts is arranged positioned in the assigned front face region of the housing in such a way that the locking bolts engage the assigned bolt receptions in the one displacement end position of the support rail, however are withdrawn from engagement with the assigned bolt receptions in the other displacement end position.
An elastomeric membrane for a medical elastomer pump for conveying a medical fluid, wherein the elastomeric membrane forms a pump volume for receiving and conveying the medical fluid and is elastically stretched in a filled state of the pump volume at least partially filled with the medical fluid, as a result of which the elastically stretched elastomeric membrane exerts a conveying pressure (p) on the pump volume so as to convey the medical fluid, characterized in that the elastomeric membrane has a plurality of bulge portions (10, 11, 12, 13) that, at least in the filled state, curve outward so as to each form a bulge (14, 15, 16, 17), wherein the bulges (14, 15, 16, 17) each form a pump volume portion (3a, 3b, 3c, 3d) of the pump volume.
A use of frozen pellets said pellets comprising a milk fluid, a sweetener, a flavour, and a stabilizer mix, for preparing a frozen beverage wherein said frozen pellets and a liquid are mixed such that the pellets lose their pellet shape and size and a substantially homogeneous frozen beverage is obtained, and wherein said frozen pellets are, pellets of relatively uniform shape and size, and said pellets have a diameter of from about 1 to about 20 mm, and wherein the pellets are prepared without overrun, and said frozen pellets comprise first frozen pellets comprising a milk fluid, a cream fluid, a sweetener, a flavouring, and a stabilizer mix, wherein said milk fluid is about 25% to about 78% by weight of said first frozen pellets and wherein the combined amount of said cream fluid and said milk fluid is from about 62% to about 90% by weight of said first frozen pellets.
A structured package, comprising a plurality of package layers, wherein adjacent package layers are in contact with each other and the flow channels of adjacent package layers often intersect in an open manner, wherein at least one package layer comprises a plurality of structural elements and the structural elements are designed and arranged so as to form a first fine structuring, and wherein adjacent structural elements have a first spacing (a), wherein the package layer comprises a plurality of bulges, wherein at least one bulge has a circumferential edge, which are designed and arranged so as to form a second fine structuring, and wherein adjacent bulges have a second spacing (b), wherein the structural elements and the bulges are designed without holes, a corrugation pattern is superimposed on the first and the second fine structuring (3, 5), and the corrugation pattern forms adjacent flow channels.
A wire for piston rings, wherein the wire is made of steel which consists of: 0.50 to 0.80% by weight of C, 0.05 to 1.00% by weight of Si, 0.2 to 1.00% by weight of Mn, 11.0 to 14.0% by weight of Cr, 0.20 to 2.0% by weight of Mo, 0.03 to 0.15% by weight of V, and the remaining portion being Fe and impurities, of which P is limited to 0.05% by weight, S is limited to 0.03% by weight and N is limited to 0.04% by weight, an area ratio of carbide particles having a circle-equivalent diameter of 0.2 μm or greater but 5 μm or less in a structure in a transverse section of the wire is equal to or less than 10%, and a Vickers hardness of the wire is equal to or greater than 350 but equal to or less than 450. 0.50 to 0.80% by weight of C, 0.05 to 1.00% by weight of Si, 0.2 to 1.00% by weight of Mn, 11.0 to 14.0% by weight of Cr, 0.20 to 2.0% by weight of Mo, 0.03 to 0.15% by weight of V,
Vertical shading with a canvas shaft, rotatably mounted in a housing, from which a shading element can be unwound, wherein the front end of the shading element is fastened on an extension profile which can be extended downwards, wherein the housing is held by at least two mounting brackets, wherein at least one of the mounting brackets has a housing receptacle, which can be adjusted at least in vertical direction with respect to a basic body of the bracket, characterised in that the at least one of the mounting brackets has at least one adjusting screw, wherein the housing receptacle is movable with respect to the basic body of the bracket by means of the adjusting screw.
A composition for use in preventing rotavirus infection, wherein said composition is a microfiltration retentate of whey, or a dehydrated product thereof, and wherein said composition retains activity against rotavirus infection after heat treatment.
Multiaxial inertial movement sensor comprising: - a first sensor; and - a second sensor; - a structure for coupling in rotation about an axis Z, comprising an oscillating element, the oscillations of which in the plane XY about the axis Z are transmitted to said structure by the kinetic energy of excitation of an exciter, and configured in order to carry out a transmission of movement between, respectively: - the first sensor via a first excitation mass having a first degree of freedom in translation along a first axis of excitation in a plane XY perpendicular to the axis Z; and - the second sensor via a second excitation mass having a second degree of freedom in translation along a second axis of excitation of the plane XY, the second axis of excitation of the second excitation mass being different than the first axis of excitation of the first excitation mass; the inertial sensor being characterised in that it comprises a gyroscope having a disc oscillating in the plane XY, having a degree of freedom in rotation about the axis Z, and comprising a central ring coupled to an outer excitation ring at least partly forming the coupling structure, the central ring having at least one degree of freedom in rotation about a first axis of the plane XY and at least partly transmitting a Coriolis force in order to measure a movement of rotation along a second axis of the plane XY perpendicular to the first axis; and wherein the coupling structure comprises, for each of the first and second sensor (400, 500), a link configured to transform the movement of rotation along the axis Z of the coupling structure into a movement of translation in the plane XY; and wherein the outer excitation ring is coupled, via the links, to the excitation masses (520, 420) of the first sensor and of the second sensor in order to transmit, to said masses, movements of linear excitation in the plane XY. - a first sensor; and - a second sensor; - a structure for coupling in rotation about an axis Z, comprising an oscillating element, the oscillations of which in the plane XY about the axis Z are transmitted to said structure by the kinetic energy of excitation of an exciter, and configured in order to - the first sensor via a first excitation mass having a first degree of freedom in translation along a first axis of excitation in a plane XY perpendicular to the axis Z; and - the second sensor via a second excitation mass having a second degree of freedom in translation along a second axis of excitation of the plane XY, the second axis of excitation of the second excitation mass being different than the first axis of excitation of the first excitation mass;
A top drive system for coupling a top drive to a tool, the system comprising: a drive stem having first friction surfaces and a load coupling, wherein the load coupling is a threaded coupling configured to engage with a threaded coupling on a tool stem of a tool adaptor; a swivel disposed about the drive stem; a transmission unit having: second friction surfaces parallel to the first friction surfaces; and shoulders proximate a bottom of the transmission unit, wherein said shoulders are configured to convey torque between the transmission unit and the tool stem; a transmission selector movable to an "on" position or an "off" position, wherein when the transmission selector is in the "on" position, the first friction surfaces engage with the second friction surfaces such that the drive stem moves synchronously with the transmission unit; and a swivel selector movable to an "on" position or an "off" position, wherein when the swivel selector is in the "on" position, the transmission unit moves synchronously with the swivel. a drive stem having first friction surfaces and a load coupling, wherein the load coupling is a threaded coupling configured to engage with a threaded coupling on a tool stem of a tool adaptor; a swivel disposed about the drive stem; a transmission unit having: second friction surfaces parallel to the first friction surfaces; and shoulders proximate a bottom of the transmission unit, wherein said shoulders are configured to convey torque between the transmission unit and the tool stem; second friction surfaces parallel to the first friction surfaces; and shoulders proximate a bottom of the transmission unit, wherein said shoulders are configured to convey torque between the transmission unit and the tool stem; a transmission selector movable to an "on" position or an "off" position, wherein when the transmission selector is in the "on" position, the first friction surfaces engage with the second friction surfaces such that the drive stem moves synchronously with the transmission unit; and a swivel selector movable to an "on" position or an "off" position, wherein when the swivel selector is in the "on" position, the transmission unit moves synchronously with the swivel.
Electronic power module including at least one semiconductor component which is disposed on a carrier, and a cooling body which is in thermal contact with the semiconductor component, wherein the carrier consists of a semiconductor material and at the same time serves as a cooling body, characterised in that on the carrier itself a conductive structure, with which the at least one electronic semiconductor component is contacted, is formed by doping.