mhurhangee/ep-ind-claims huggingface dataset:
A filled syringe for introducing a liquid gelling collagen composition into the cavity of a cartilage defect, containing at least two separate chambers that open into a static mixer associated with the syringe, through which the content of each chamber can be mixed and dispensed simultaneously, wherein the at least one first chamber is filled with a liquid solution of native collagen having a concentration greater than 8 mg/ml to 16 mg/ml, wherein the pH of the collagen solution (based on a temperature of 21 °C) is 6 or less, and at least one separate second chamber is filled with a neutralizing buffer solution.
Laminated core of a rotor of an electrical machine, comprising at least two individual laminations with recesses, which are distributed over the circumference, for receiving magnets, wherein an end lamination (4, 40) is arranged on at least one side of the laminated core, which end lamination is provided with at least one lug (6, 6', 60, 60') for engaging into one of the recesses, characterized in that the lug (6, 6', 60, 60') is bent in such a way that it engages axially inwards into the recess.
Composite pane having at least one weak point for closing a vehicle opening, comprising at least one glass pane and at least one further pane, and an intermediate layer which connects the individual panes to one another, characterized in that the glass pane is provided with one or more weak points arranged offset with respect to one another, like a grid so as to avoid breakage along an elongated line, and in that, in the event of an object striking the composite pane, the glass pane breaks at the said one or more weak points, but the vehicle opening still remains closed at least by the deforming intermediate layer of the composite pane.
A filter system comprising a filter element (5, 5a) having a rectangular shape with two opposite outer peripheral sides (12; 12a 12, 13a), said filter element (5, 5a) being connectable to a filter housing (20, 20a), said filter element (5, 5a) comprising a filter material body (10, 10a), wherein said filter element (5, 5a) is adapted to assume a first state, in which it has a flat shape, and a second state, in which it has such a tubular shape, that said opposite outer peripheral sides (12, 12a, 13, 13a) of said filter element are directed towards each other and in which it is adapted for a filtering operation, wherein said filter element further comprises a locking means (11, 11a) for locking said filter element in said second state when arranged in said filter housing (20, 20a), provided on at least one of said two opposite outer peripheral sides (12, 12a, 13, 13a), wherein the filter system further comprises an anchoring device (8, 8a, 8b, 8c, 8d) arranged between said opposite outer peripheral sides (12, 12a,13, 13a) of the filter element in the second state, said anchoring device (8, 8a, 8b, 8c, 8d) having a locking means which is adapted to engage with the locking means (11, 11a) of said filter element (5, 5a) for locking the filter element (5, 5a) in said second state wherein the locking means of said anchoring device (8, 8a, 8b, 8c, 8d) are made of one or more profiled beams comprising a web, a bottom flange and a top flange, and the cross section of said profiled beam(s) displays at least an area delimited by said web, bottom flange, and a top flange, wherein the distance in said area between said top and bottom flanges decreases towards their free ends, characterized in that said locking means of said anchoring device (8, 8a, 8b, 8c, 8d) and said filter element (5, 5a) are formed with a complimentary shaped male-female configuration, and wherein said locking means of said anchoring device (8, 8a, 8b, 8c, 8d) is adapted to receive the locking means (11, 11a) of said filter element (5, 5a) through an axial relative displacement for locking said filter element (5, 5a) in said second state.
A cutting unit for a personal care device, such as a shaving apparatus, comprising an external cutting member and an internal cutting member which is moveable relative to the external cutting member in at least one direction of movement, which internal cutting member comprises a plurality of cutting elements each comprising a first cutting edge, wherein a projection of the first cutting edge in a virtual skin plane, which is located on a side of the external cutting member facing away from the internal cutting member and which extends parallel to said direction of movement and parallel to a skin surface when the cutting unit is in an operational position relative to the skin surface, encloses at least a first shearing angle with said direction of movement, and which external cutting member comprises a plurality of hair-entry apertures each comprising a second cutting edge for cooperation with at least one of the first cutting edges, wherein a projection of the second cutting edge in the virtual skin plane encloses at least a second shearing angle with the direction of movement, characterized in that, for at least P% (per cent) of all hair-entry apertures of the external cutting member which comprise a second cutting edge for cooperation with at least one of the first cutting edges of the internal cutting member, projections of the first and second cutting edges (50, 51) in a plane extending perpendicularly to the direction of movement enclose, respectively, a first inclination angle and a second inclination angle with the virtual skin plane of the cutting unit, wherein the first and second inclination angles and the first and second shearing angles are selected such that, at least in a starting position of cutting a virtual cylindrical hair with a diameter of 150 microns situated in a cutting position in the hair-entry aperture and extending perpendicularly to the virtual skin plane, the first cutting edge is in contact with the virtual cylindrical hair in a first contact position and the second cutting edge is in contact with the virtual cylindrical hair in a second contact position, wherein the first contact position is closer to the virtual skin plane than the second contact position, and wherein P is at least 60.
A decontamination method of reducing or removing tritium radiation from tritium radiation-polluted water, the method comprising the steps of: a first step of performing an addition treatment in an addition treatment tank, the addition treatment including adding 0.5-6 parts by weight of a mineral powder obtained by pulverizing a mineral comprising one or more selected from silicon dioxide ore, old shellfish fossil and radium ore, and 0.5-6 parts by weight of a nano-level carbon liquid that is a pulverized nano-carbon of particle size of 0.1 mm to 0.1 -9 mm which is mixed into purified water, to 100 parts by weight of tritium radioactive contaminated water heated to 30-80 °C; a second step of pumping the addition treated water from the addition treatment tank to a mineral solid filled tank by a hydraulic pump of 1 to 7 atmosphere pressure, the mineral solid filled tank being filled with a mineral solid in which the mineral is crushed to a predetermined size; a third step of passing the pumped addition treated water through the mineral solid filled tank, while the pumped addition treated water is colliding with the mineral solid; a fourth step of returning the treated water passed through the mineral solid filled tank to the addition treatment tank by the hydraulic pump; and, a fifth step of performing a circulation process of repeating the second to fourth steps (S2 to S4) for 20 to 80 minutes. a first step of performing an addition treatment in an addition treatment tank, the addition treatment including adding 0.5-6 parts by weight of a mineral powder obtained by pulverizing a mineral comprising one or more selected from silicon dioxide ore, old shellfish fossil and radium ore, and 0.5-6 parts by weight of a nano-level carbon liquid that is a pulverized nano-carbon of particle size of 0.1 mm to 0.1 -9 mm which is mixed into purified water, to 100 parts by weight of tritium radioactive contaminated water heated to 30-80 °C; a second step of pumping the addition treated water from the addition treatment tank to a mineral solid filled tank by a hydraulic pump of 1 to 7 atmosphere pressure, the mineral solid filled tank being filled with a mineral solid in which the mineral is crushed to a predetermined size; a third step of passing the pumped addition treated water through the mineral solid filled tank, while the pumped addition treated water is colliding with the mineral solid; a fourth step of returning the treated water passed through the mineral solid filled tank to the addition treatment tank by the hydraulic pump; and, a fifth step of performing a circulation process of repeating the second to fourth steps (S2 to S4) for 20 to 80 minutes.
An image-processing method for performing image-formation through an inkjet printing method, comprising the steps of: detecting dots forming a step-change part of an outline of a half-tone image of characters and/or graphics; and transforming dots surrounding the dots forming the step-change part detected in the detecting step; wherein one of different transformation methods is selected according to an inclination of the outline of the half-tone image prior to the transforming step in order to produce the dot data in the transforming step; characterised in that: the transforming step comprises transforming dots surrounding the dots forming the step-change part detected in the detecting step into respective dot data each having a size that is smaller than a size of the detected dots forming the step-change part; wherein the half-tone image prior to the transforming step comprises first dots of a first size and second dots of a second size smaller than the first size; and wherein the selection of one of the different transformation methods is also based on whether the number of the first dots in the entire half-tone image is smaller than the number of the second dots in the entire half-tone image. detecting dots forming a step-change part of an outline of a half-tone image of characters and/or graphics; and transforming dots surrounding the dots forming the step-change part detected in the detecting step; wherein one of different transformation methods is selected according to an inclination of the outline of the half-tone image prior to the transforming step in order to produce the dot data in the transforming step; characterised in that: the transforming step comprises transforming dots surrounding the dots forming the step-change part detected in the detecting step into respective dot data each having a size that is smaller than a size of the detected dots forming the step-change part; wherein the half-tone image prior to the transforming step comprises first dots of a first size and second dots of a second size smaller than the first size; and wherein the selection of one of the different transformation methods is also based on whether the number of the first dots in the entire half-tone image is smaller than the number of the second dots in the entire half-tone image. the transforming step comprises transforming dots surrounding the dots forming the step-change part detected in the detecting step into respective dot data each having a size that is smaller than a size of the detected dots forming the step-change part; wherein the half-tone image prior to the transforming step comprises first dots of a first size and second dots of a second size smaller than the first size; and wherein the selection of one of the different transformation methods is also based on whether the number of the first dots in the entire half-tone image is smaller than the number of the second dots in the entire half-tone image.
Adapter for a connector, notably for a multi-terminal connector, of the type comprising at least one insert and one housing comprising, within it, at least one insert, the insert comprising at least one cavity capable of at least partially housing an optical contact element, the insert having a front face on which each cavity emerges, the adapter comprising at least one cell capable of housing an alignment sleeve, notably slit, the adapter having a front face on which each cell emerges, the adapter being configured to be disposed with its front face bearing against the front face of the insert so as to have each alignment sleeve housed in a cell which receives a ferrule of an optical contact element housed in a cavity, the adapter comprising at least one removable fixing means inside the housing of a connector, in its configuration of bearing by its front face against the front face of the insert, the adapter comprising at least one clipping tab arranged on one of its lateral faces on its front face, the clipping tab being able to be snap-clipped into a clipping notch arranged in the internal wall of the housing of a connector, characterized in that it has a disengagement space allowing access by a part of an unclipping tool, such as a nose of gripping tongs, to a clipping tab, from the rear face of the adapter opposite its front face, and between one of its lateral faces and the internal wall of the housing of a connector, in order to achieve the unclipping of the adapter from the housing.
A method of mapping a plurality of different bit sequences ( u) to a plurality of different signal points ( x) in a constellation, the number ( Nb) of bit sequences ( u) being greater than the number of signal points ( x), said method comprising, for a device in a telecommunication network, the act of: - determining, for each signal point ( x) in the constellation, a number ( Nb) of bit sequences ( u) to be mapped to said each signal point ( x), the numbers ( Nb) of bit sequences ( u) being distributed according to a discrete Gaussian distribution among the constellation, said method being characterized by further comprising the act of: - selecting in the plurality of bit sequences ( u), for each signal point ( x) in the constellation, a set comprising the determined number ( Nb) of bit sequences ( u) that minimize the maximal Hamming distance among the selected sets. - determining, for each signal point ( x) in the constellation, a number ( Nb) of bit sequences ( u) to be mapped to said each signal point ( x), the numbers ( Nb) of bit sequences ( u) being distributed according to a discrete Gaussian distribution among the constellation, said method being characterized by further comprising the act of: - selecting in the plurality of bit sequences ( u), for each signal point ( x) in the constellation, a set comprising the determined number ( Nb) of bit sequences ( u) that minimize the maximal Hamming distance among the selected sets. - selecting in the plurality of bit sequences ( u), for each signal point ( x) in the constellation, a set comprising the determined number ( Nb) of bit sequences ( u) that minimize the maximal Hamming distance among the selected sets.
A polyurethane resin-bonded pigment produced by bringing self-dispersible carbon black having a surface acidic group as a pigment having a surface acidic group into contact with a water-dispersible polyurethane resin having an acid number on a solid content basis of 20 to 200 mg KOH/g in an aqueous medium, the water-dispersible polyurethane resin having a tertiary amino group only at an end thereof, and having an anionic polar group or a nonionic polar chain in its molecular chain, the water-dispersible polyurethane resin being obtained by reacting (II-a) a polyisocyanate polyurethane resin having an isocyanate end group with (II-b) an alkanolamine, the polyisocyanate polyurethane resin (II-a) being a resin in which a polyol compound having an anionic polar group or a nonionic polar chain that can be dispersed in the aqueous medium and having two or more hydroxyl groups in its molecule, is bonded to a polyisocyanate in an excess molar amount with respect to the polyol compound via a urethane bond.
Methylpolysiloxane mixture, comprising methylpolysiloxanes having Me 3 Si chain end groups und Me 2 SiO units, wherein the molar M:D ratio in the methylpolysiloxane mixture is from 1:5.5 to 1:15 and the sum total of the proportions of all cyclic methylpolysiloxanes is 25 to 55% by mass.
Motor device for a switch actuator of an electric switch, the motor device comprising - a brushless three-phase motor - and an electronic control device for controlling the three-phase motor, - the control device having: - a rectifier unit for rectifying a supply voltage (U1, U2) of the motor device when the supply voltage (U1, U2) is an AC voltage, and for protecting against polarity reversal when the supply voltage (U1, U2) is a DC voltage, - a voltage measurement unit for recording a rectifier output voltage of the rectifier unit, - a switch unit for generating a pulse width-modulated drive AC voltage for the three-phase motor from the rectifier output voltage - and a control unit for driving the switch unit depending on the rectifier output voltage, characterized in that the control unit is able to generate pulse width modulation signals for each phase of the three-phase motor whose degrees of modulation are inversely proportional to an amplitude of the rectifier output voltage. - a brushless three-phase motor - and an electronic control device for controlling the three-phase motor, - the control device having: - a rectifier unit for rectifying a supply voltage (U1, U2) of the motor device when the supply voltage (U1, U2) is an AC voltage, and for protecting against polarity reversal when the supply voltage (U1, U2) is a DC voltage, - a voltage measurement unit for recording a rectifier output voltage of the rectifier unit, - a switch unit for generating a pulse width-modulated drive AC voltage for the three-phase motor from the rectifier output voltage - and a control unit for driving the switch unit depending on the rectifier output voltage,
An assembly comprising - a crane substructure for mounting a crane on a vehicle, with a crane base for mounting a crane column of the crane which is pivotably mounted about a pivot axis that is substantially vertical in the mounted position of the crane substructure, and - at least one tool holder for receiving a tool which can be arranged on or is arranged on a crane arm of the crane, characterized in that the assembly comprises at least one moving device, wherein the tool holder can be moved by the at least one moving device between at least one transport position for transporting a tool and at least one coupling position for coupling and/or uncoupling a tool on the crane arm. - a crane substructure for mounting a crane on a vehicle, with a crane base for mounting a crane column of the crane which is pivotably mounted about a pivot axis that is substantially vertical in the mounted position of the crane substructure, and - at least one tool holder for receiving a tool which can be arranged on or is arranged on a crane arm of the crane,
Method for manufacturing a covering element, wherein into a main body of the covering element, on at least one side edge, preferably on opposite side edges, of the covering element, preferably corresponding tongue-and-groove connection geometries, in particular in the form of click connections, are provided and wherein at least one electrically conductive functional layer is arranged on a seating surface of the main body, characterized in that the functional layer is applied in such a way and/or the tongue-and-groove connection geometry is provided into the main body in such a way that at least one side edge of the functional layer projects beyond the seating surface, and in that the side edge of the functional layer projecting beyond the seating surface is folded over at least one side end face of the main body.
A formulation comprising (a) a humanized monoclonal anti-CD22 antibody comprising: - a light chain variable region gL1 consisting of the amino acid sequence: - a light chain constant region of human kappa light chain; - a heavy chain variable region gH7 consisting of the amino acid sequence and, - a heavy chain constant region of human gamma-4 heavy chain; wherein the antibody is present at a concentration of from 1 mg/ml to 50 mg/ml; and (b) an aqueous solution comprising a succinate buffer and having pH 4.0 to pH 6.5, wherein the buffer concentration is 1 mM to 100mM; wherein the formulation does not contain a cryoprotectant or surfactant, and the antibody is stable for at least 3 weeks at -80°C to 8°C, wherein stability is determined by assaying at least one of the percentage of high molecular weight species, the percentage of low molecular weight species, or the percentage of acidic species compared to a control; wherein the control is a replica of the formulation that has not been subjected to storage; wherein the percentage of the protein component of the formulation in high molecular weight species after storage is 10% or less of the total protein; wherein the percentage of the protein component of the formulation in low molecular weight species after storage is 10% or less of the total protein, and, wherein the formulation displays not more than a 10% increase in the percentage of acidic species after storage. (a) a humanized monoclonal anti-CD22 antibody comprising: - a light chain variable region gL1 consisting of the amino acid sequence: - a light chain constant region of human kappa light chain; - a heavy chain variable region gH7 consisting of the amino acid sequence and, - a heavy chain constant region of human gamma-4 heavy chain; wherein the antibody is present at a concentration of from 1 mg/ml to 50 mg/ml; and - a light chain variable region gL1 consisting of the amino acid sequence: - a light chain constant region of human kappa light chain; - a heavy chain variable region gH7 consisting of the amino acid sequence and, - a heavy chain constant region of human gamma-4 heavy chain; (b) an aqueous solution comprising a succinate buffer and having pH 4.0 to pH 6.5, wherein the buffer concentration is 1 mM to 100mM;
Overvoltage protection arrangement for an electrical system insulated by way of an insulating fluid, having a resistor column containing resistor elements and that is arranged in a housing, and a feedthrough for connecting the electrical system to the resistor column, characterized in that the housing is designed to be filled with an electrically insulating protective gas, and in that a contact device (8, 9, 10, 11), able to be driven mechanically from outside the housing, for closing and/or disconnecting an electrical connection between the resistor column and the feedthrough is provided in the housing, and in that the feedthrough has a second part that is designed such that it projects into the housing surrounding the resistor column and is surrounded by the protective gas in the installed state.
A heat transfer tube support structure used in a heat exchanger having a vessel, heat transfer tubes disposed in the vessel, tube support plates disposed in the vessel and having heat transfer tube insertion holes opened in a thickness direction, a peripheral edge support member for supporting the peripheral edges of the tube support plates, and inner peripheral portion support members for supporting the inner peripheral portions of the tube support plates, characterized in that a relation of D1 / D2 < 0.6 is established, wherein the distance from the support position of the tube support plate, which is located nearest to the peripheral edge to the center position of the tube support plate in the support positions of the tube support plate supported by the inner peripheral portion support members is shown by D1, and the distance from the support position of the tube support plate supported by the peripheral edge support member to the center position of the tube support plate is shown by D2.