mhurhangee/patent-ind-claim-en huggingface dataset:
A method of sawing at least one workpiece , consisting of a sheet or a sheet stack, using a sheet sizing system , wherein for the purpose of sawing the workpiece , lying on a support table of the sheet sizing system , is fed in a feed direction from a first work region , arranged upstream of a sawing line of the sheet sizing system viewed in the feed direction , of the support table to the sawing line and is by means of at least one sawing device of the sheet sizing system sawn along the sawing line into at least two workpiece parts and wherein at least one of the workpiece parts is transported past the sawing line into a second work region , arranged downstream of the sawing line of the sheet sizing system viewed in feed direction , of the support table , characterized in that the first work region and/or the second work region is/are bounded in a transverse direction oriented orthogonally to the feed direction by two stop rails located opposite one another and at least one of the workpiece parts is conveyed towards one of the stop rails , while at least one other of the workpiece parts , contacting the other stop rail , is sawn further at the sawing line .
Profile connector strip having a sealing device for joint sealing a joint between a construction component attached to a wall and the profile connector strip provided for connecting a finish layer of the wall , wherein an elongate support body of the sealing device - contains two opposing outer surfaces, wherein the one outer surface is connected to the profile connector strip by means of an external connecting device and the other outer surface can be connected to the construction component by means of an outer connecting device, and - has a load-bearing stability for positioning the profile connector strip with respect to the construction component during assembly, wherein a sealing tape is provided which covers a front face of the support body between its outer surfaces and maintains a leak-tight covering of the joint even during a relative movement of the two outer surfaces in the mounting position and a change to the support body caused thereby, and wherein the sealing tape and/or the support body is or are connected by means of a respective external connecting device to the profile connector strip or can be connected to the construction component and the external connecting device is substantially planar, characterised in that the sealing device or the sealing tape and the support body are formed free of portions of the profile connector strip and the component . - contains two opposing outer surfaces, wherein the one outer surface is connected to the profile connector strip by means of an external connecting device and the other outer surface can be connected to the construction component by means of an outer connecting device, and - has a load-bearing stability for positioning the profile connector strip with respect to the construction component during assembly, wherein a sealing tape is provided which covers a front face of the support body between its outer surfaces and maintains a leak-tight covering of the joint even during a relative movement of the two outer surfaces in the mounting position and a change to the support body caused thereby, and wherein the sealing tape and/or the support body is or are connected by means of a respective external connecting device to the profile connector strip or can be connected to the construction component and the external connecting device is substantially planar, characterised in that the sealing device or the sealing tape and the support body are formed free of portions of the profile connector strip and the component .
A device for the treatment of liquids (F), particularly for the treatment of, particularly calcareous, water within a water supply network (W), comprising: - a, particularly metallic, cylindrical hollow body , - an inlet (E) formed by a bore in the hollow body , - an outlet (A) formed by a bore in the hollow body , - a plurality of metallic sacrificial anodes (20; 20'; 30), a cavity (K) for the passage of the liquid (F) being formed in the hollow body between the inlet (E) and the outlet (A), characterized in that the metallic sacrificial anodes (20; 20'; 30) can be introduced and fastened into the cavity (K) in the hollow body each via an additional bore (19; 19'; 19") so that the sacrificial anodes (20; 20'; 30) are connected to the hollow body , wherein the bores (19; 19'; 19") for receiving the sacrificial anodes (20; 20'; 30) are arranged in series one after the other, that is, essentially along a longitudinal axis (L) of the device . - a, particularly metallic, cylindrical hollow body , - an inlet (E) formed by a bore in the hollow body , - an outlet (A) formed by a bore in the hollow body , - a plurality of metallic sacrificial anodes (20; 20'; 30),
Acoustic absorption structure including a plurality of resonators that are positioned against an internal surface (SI) of a skin , each comprising: - a first enclosure that has a first opening delimited by an edge that is pressed against the internal surface (SI) of the skin in such a way that the first enclosure and the skin delimit a first cavity , - a second enclosure in which the first enclosure is positioned, which is at least partially spaced apart from the first enclosure , and which delimits, with the first enclosure , a second cavity , - at least one acoustic orifice that passes through the first enclosure so as to establish a communication between the first and second cavities , - a porous region which forms part of the skin and by which it is possible, during operation, to make a medium in which soundwaves propagate communicate with the first cavity , the first enclosure comprising a first lateral wall which has a first edge (52.1) forming the first opening , characterized in that the first enclosure has at least one drainage orifice that passes through the first enclosure , this being positioned on the first lateral wall , close to the first edge (52.1) of the first lateral wall , and in that the second enclosure comprises at least one drainage hole that passes through the second enclosure , each drainage orifice and each drainage hole being configured to limit an accumulation of fluid in the resonator . - a first enclosure that has a first opening delimited by an edge that is pressed against the internal surface (SI) of the skin in such a way that the first enclosure and the skin delimit a first cavity , - a second enclosure in which the first enclosure is positioned, which is at least partially spaced apart from the first enclosure , and which delimits, with the first enclosure , a second cavity , - at least one acoustic orifice that passes through the first enclosure so as to establish a communication between the first and second cavities , - a porous region which forms part of the skin and by which it is possible, during operation, to make a medium in which soundwaves propagate communicate with the first cavity ,
A gasket, having at least two annular projections and at least one annular valley on its sliding surface, the sliding surface being at least partially provided with immobilized polymer chains, the annular projections including a first projection nearest to a top surface and any other projection , outer diameters of the other projection (L14b, L14c) being in the range of 94 to 98% with respect to an outer diameter of the first projection (L14a) taken as 100%, characterized in that outer diameters of the annular valley (L15a, L15b) being in the range of 85 to 92% with respect to an outer diameter of the first projection (L14a) taken as 100%. the sliding surface being at least partially provided with immobilized polymer chains, the annular projections including a first projection nearest to a top surface and any other projection , outer diameters of the other projection (L14b, L14c) being in the range of 94 to 98% with respect to an outer diameter of the first projection (L14a) taken as 100%,
Composite lining element for a tyre mould comprising first and second bodies which are able to mould, at least in part, the one same tread pattern in a tread of the tyre and each delimiting an exterior moulding surface and an opposite interior surface , the said composite lining element further comprising at least a means (16; 30 to 36; 40, 42) of assembling the first and second bodies, characterized in that the interior surfaces of the said bodies being kept by the said assembly means at least locally in a separated position that creates an interior space .
A molten metal stirring device configured to stir, in a continuous casting device that continuously molds products by pouring a molten metal of a conductive metal into a mold , a molten metal to be poured into the mold or a molten metal in the mold, the molten metal stirring device , comprising a cylindrical case with open upper side immersed in the molten metal (M), and a pipe housed in the case , wherein the case has an outer cylinder and an inner cylinder housed in the outer cylinder , a gap for circulating cooling air is formed between the outer cylinder and the inner cylinder , the inner cylinder has a vent hole communicating the inside of the inner cylinder and the gap to form a cooling air passage extending from the inner cylinder to the gap via the vent hole , a magnetic field device in a state in which the pipe is inserted is housed inside the inner cylinder , in the magnetic field device, magnetic lines of force from the magnetic field device penetrate the inner cylinder and the outer cylinder to reach the molten metal (M), or the magnetic lines of force running in the molten metal are strongly magnetized to penetrate the inner cylinder and the outer cylinder to reach the magnetic field device , further, a first electrode penetrating the inner cylinder and the outer cylinder is provided of which one end is exposed in the inner cylinder , and the other end is exposed to the outside of the outer cylinder to be in contact with the molten metal, the one end of the first electrode is electrically connected to a lead wire running in the pipe , further a second electrode attached to the outer cylinder is provided, and the position where the second electrode is attached to the outer cylinder is set at a position where the current flowing through the molten metal between the second electrode and the first electrode crosses the magnetic lines of force to generate a Lorentz force that rotationally drives the molten metal about the longitudinal axis.
A unit for imparting mechanical perturbations to the posture of an individual comprising: - At least a striker comprising an actuator and a contacting head movable along a rectilinear direction by the actuator so as to impart a perturbation to a target on the individual; - A structure (S) supporting the striker on the ground during the operation of imparting the perturbation; - An electronic control unit programmed to control the contacting head during the perturbation imparting operation; characterized in that - a load cell is connected to the contacting head to provide the electronic control unit with a force feedback during the perturbation imparting operation about an impulse load applied to the individual; and - The load cell is applied to the contacting head so as to measure only a component of the impulse perturbation force parallel to an axis (A) of translation of the contacting head . - At least a striker comprising an actuator and a contacting head movable along a rectilinear direction by the actuator so as to impart a perturbation to a target on the individual; - A structure (S) supporting the striker on the ground during the operation of imparting the perturbation; - An electronic control unit programmed to control the contacting head during the perturbation imparting operation; characterized in that - a load cell is connected to the contacting head to provide the electronic control unit with a force feedback during the perturbation imparting operation about an impulse load applied to the individual; and - The load cell is applied to the contacting head so as to measure only a component of the impulse perturbation force parallel to an axis (A) of translation of the contacting head .
An axial-flow blower , comprising: a blower body , having accommodated therein a fan and an electric motor driving the fan to rotate, a rotation shaft of the fan defining a longitudinal axis, wherein the blower body has a protective cover , the protective cover defining an air inlet of the blower body ; a blow pipe , removably attached to the blower body , wherein a side of the blower body facing toward an air outlet of the blow pipe is called a downstream side, and a side facing toward the air inlet of the blower body is called an upstream side; and a tapered member is provided between the electric motor and the air inlet of the blower body ; wherein the tapered member gradually narrows toward the air inlet and an upstream end of the tapered member is connected to the protective cover , characterized in that an umbrella-like protrusion is formed on the upstream end of the tapered member , and an annular receiving part is formed on a central part of the protective cover , the annular receiving part consisting of multiple circumferentially spaced fan-shaped parts , and the umbrella-like protrusion being snap-fitted to the fan-shaped parts . a blower body , having accommodated therein a fan and an electric motor driving the fan to rotate, a rotation shaft of the fan defining a longitudinal axis, wherein the blower body has a protective cover , the protective cover defining an air inlet of the blower body ; a blow pipe , removably attached to the blower body , wherein a side of the blower body facing toward an air outlet of the blow pipe is called a downstream side, and a side facing toward the air inlet of the blower body is called an upstream side; and a tapered member is provided between the electric motor and the air inlet of the blower body ; wherein the tapered member gradually narrows toward the air inlet and an upstream end of the tapered member is connected to the protective cover ,
Drawer with a front panel, a rear wall, a base , two frames which extend in the depth direction of the drawer and are designed as hollow-wall frames, the frames each receiving in their rear region an adjusting device for adjusting the alignment of a front panel of the drawer , the adjusting device having a holder , an adjusting unit , an adjusting device and a bearing part , wherein the adjusting unit is adjustable relative to the holder by means of the adjusting device , wherein the adjusting unit is adjustable guided in two opposite directions, the adjusting unit being adjustable relative to the holder in the height direction of the drawer , wherein the adjusting unit has two adjustable supporting sections which cooperate with counter bearings (10.16, 10.17), wherein the supporting sections are each adjustable on an eccentric path, and wherein the eccentric paths are oriented in opposite directions, wherein one support section adjusts the adjusting unit in and the other support section adjusts the holder in the opposite direction to the height direction.
An in vitro or ex vivo method for delivering a cargo into a cell, the method comprising: - contacting a cell with one or more photoresponsive organic particles and a cargo, wherein the cargo is not bound to the one or more photoresponsive organic particles, and wherein the organic particle is selected from the group consisting of a polymer particle, a protein particle, a lipid particle, and a combination thereof, thereby obtaining a mixture of the cell, the cargo, and the one or more photoresponsive organic particles; and - irradiating the mixture of the cell, the cargo, and the one or more photoresponsive organic particles with electromagnetic radiation, thereby causing permeabilization of a barrier of the cell and delivering the cargo into the cell; or - contacting a cell with one or more photoresponsive organic particles, wherein the organic particle is selected from the group consisting of a polymer particle, a protein particle, a lipid particle, and a combination thereof, thereby obtaining a mixture of the cell and the one or more photoresponsive organic particles; - irradiating the mixture of the cell and the one or more photoresponsive organic particles with electromagnetic radiation, thereby causing permeabilization of a barrier of the cell; and - contacting the mixture of the cell and the one or more photoresponsive organic particles with a cargo, thereby delivering the cargo into the cell. - contacting a cell with one or more photoresponsive organic particles and a cargo, wherein the cargo is not bound to the one or more photoresponsive organic particles, and wherein the organic particle is selected from the group consisting of a polymer particle, a protein particle, a lipid particle, and a combination thereof, thereby obtaining a mixture of the cell, the cargo, and the one or more photoresponsive organic particles; and - irradiating the mixture of the cell, the cargo, and the one or more photoresponsive organic particles with electromagnetic radiation, thereby causing permeabilization of a barrier of the cell and delivering the cargo into the cell; or - contacting a cell with one or more photoresponsive organic particles, wherein the organic particle is selected from the group consisting of a polymer particle, a protein particle, a lipid particle, and a combination thereof, thereby obtaining a mixture of the cell and the one or more photoresponsive organic particles; - irradiating the mixture of the cell and the one or more photoresponsive organic particles with electromagnetic radiation, thereby causing permeabilization of a barrier of the cell; and - contacting the mixture of the cell and the one or more photoresponsive organic particles with a cargo, thereby delivering the cargo into the cell.
A medical device , comprising: a flexible shaft extending along a longitudinal axis from a distal end to a proximal end , the flexible shaft including a first reduced cross-sectional area portion extending along a distal portion of a length thereof; and a braid applied overlappingly over a portion of the first reduced cross-sectional area portion of the flexible shaft , a first layer of the braid applied proximally over the flexible shaft from a braid distal end to a first braid end point distal of a proximal end of the first reduced cross-sectional area portion, a second layer of the braid applied distally over the first layer from the first braid end point to a second end point proximal of the braid distal end, and a third layer applied proximally over the second layer proximally beyond the proximal end of the first reduced cross-sectional area to a third braid end point along the shaft . a flexible shaft extending along a longitudinal axis from a distal end to a proximal end , the flexible shaft including a first reduced cross-sectional area portion extending along a distal portion of a length thereof; and a braid applied overlappingly over a portion of the first reduced cross-sectional area portion of the flexible shaft , a first layer of the braid applied proximally over the flexible shaft from a braid distal end to a first braid end point distal of a proximal end of the first reduced cross-sectional area portion, a second layer of the braid applied distally over the first layer from the first braid end point to a second end point proximal of the braid distal end, and a third layer applied proximally over the second layer proximally beyond the proximal end of the first reduced cross-sectional area to a third braid end point along the shaft .
A method for detecting activation of a brown/beige fat cell or brown/beige adipose tissue (BAT) in a biological sample taken from a mammal to be diagnosed, wherein the biological sample comprises fat cells, adipose tissue, blood, serum, or exosomes derived from BAT; the method comprising measuring the amount of miR-92 in said sample, wherein said amount is reduced in activated BAT when compared to non-activated BAT.
Child seat for mounting on a motor vehicle seat, comprising a seat element and at least one support leg for supporting the child seat on a ground, in particular the footwell of the motor vehicle, an indicating device being provided which is designed to indicate a ground contact of the support leg with the ground, in particular the footwell, the support leg having at least one upper telescopic section and a lower telescopic section which can be displaced with respect to one another in order to lengthen and shorten the supporting leg, wherein an operative connection is present between the lower telescopic section and the display device, which is designed such that a displacement of the lower section in relation to the upper section leads to a triggering of the display device due to a ground contact of the support leg end, the operative connection comprising a rod with a length of at least 10 cm.
A method for producing a semifinished product , which comprises or is an inlay for a document, comprising the steps: providing at least one first plastic material and providing at least one second plastic material different to the first plastic material , carrying out an injection-compression molding method using the first and second plastic materials in order to form the inlay , wherein the inlay has a uniform thickness perpendicularly to its planar extent. providing at least one first plastic material and providing at least one second plastic material different to the first plastic material , carrying out an injection-compression molding method using the first and second plastic materials in order to form the inlay , wherein the inlay has a uniform thickness perpendicularly to its planar extent.
A method of analyzing a biological sample obtained from an individual, the biological sample including a plurality of nucleic acid molecules, the plurality of nucleic acid molecules being cell-free, each nucleic acid molecule of the plurality of nucleic acid molecules being double-stranded with a first strand having a first portion and a second strand, wherein the first portion of the first strand of at least some of the plurality of nucleic acid molecules has no complementary portion from the second strand, is not hybridized to the second strand, and is at a first end of the first strand, the method comprising: for each nucleic acid molecule of the plurality of nucleic acid molecules: measuring a property of the first strand and/or the second strand that is proportional to a length of the first strand that overhangs the second strand; determining a jagged end value using the measured properties of the plurality of nucleic acid molecules, wherein the jagged end value provides a collective measure that a strand overhangs another strand in the plurality of nucleic acid molecules; comparing the jagged end value to a reference value; and determining a level of a condition of the individual based on the comparison. for each nucleic acid molecule of the plurality of nucleic acid molecules: measuring a property of the first strand and/or the second strand that is proportional to a length of the first strand that overhangs the second strand; determining a jagged end value using the measured properties of the plurality of nucleic acid molecules, wherein the jagged end value provides a collective measure that a strand overhangs another strand in the plurality of nucleic acid molecules; comparing the jagged end value to a reference value; and determining a level of a condition of the individual based on the comparison.