mhurhangee/ep-ind-claims huggingface dataset:
Method for establishing communication between a user and at least one recipient, said method being implemented by a terminal and being characterized in that it comprises, prior to said communication being established, an identifier masking phase comprising the following steps, for at least one recipient: - intercepting an identifier of a recipient entered by said user; - modifying a signal containing said identifier, said signal being intended to display said identifier or to establish said communication, the modification step comprising a step of replacing, in said signal, at least one character forming said identifier with at least one masking character, delivering a masked identifier, such that the modified identifier is not able to be interpreted by another user. - intercepting an identifier of a recipient entered by said user; - modifying a signal containing said identifier, said signal being intended to display said identifier or to establish said communication, the modification step comprising a step of replacing, in said signal, at least one character forming said identifier with at least one masking character, delivering a masked identifier, such that the modified identifier is not able to be interpreted by another user.
Hinge strip with assembly aid for installing shower partitions, with a fixed frame arranged on a wall, and a door or the like to be attached to the fixed frame, wherein the fixed frame is secured to the wall by fittings (11, 12) and the door can be connected in articulated fashion to the fixed frame by means of an upper and a lower hinge strip (1, 1'), wherein the hinge strip consists in each case of two strip sections which are connected in articulated fashion by means of a joint pin, wherein the first strip part can be connected to the fixed frame section and the second strip part serves to secure the door, and integrated in at least in one hinge strip in the jointed arm (2.1) of a strip part is an assembly aid, characterised in that the assembly aid in the jointed arm (2.1) of the first strip part of the lower hinge strip comprises a collar screw which is adjustable in the direction of the substrate of the shower partition, wherein, due to the pressure exerted in this situation by the collar screw onto the substrate, the fixed frame can be secured.
A method of manufacturing a stator, comprising: a first step of producing an insulated conductor by forming an enamel layer on an outer periphery of the insulated conductor and forming an extruded resin coating layer on an outer periphery of the enamel layer; a next step of forming straight in-slot conductor portions and coil end portions; a subsequent step of changing the extruded resin coating layer of the in-slot conductor portions into a crystalline resin state by heating and maintaining the extruded resin coating layer of the coil end portions in an amorphous resin state by cooling; a subsequent step of deforming the insulated conductor into a shape having bent coil end portions to produce a plurality of wave winding coils (WA, WA); a next step of winding the wave winding coils (WA, WA) together in an overlapping state into a cage shape to form an insulated conductor coil; a subsequent step of mounting the insulated conductor coil of the cage shape to a core; and a next step of heating the extruded resin coating layer of the insulated conductor coil to a temperature higher than or equal to a glass transition temperature to render the extruded resin coating layer into a crystalline resin state. a first step of producing an insulated conductor by forming an enamel layer on an outer periphery of the insulated conductor and forming an extruded resin coating layer on an outer periphery of the enamel layer; a next step of forming straight in-slot conductor portions and coil end portions; a subsequent step of changing the extruded resin coating layer of the in-slot conductor portions into a crystalline resin state by heating and maintaining the extruded resin coating layer of the coil end portions in an amorphous resin state by cooling; a subsequent step of deforming the insulated conductor into a shape having bent coil end portions to produce a plurality of wave winding coils (WA, WA); a next step of winding the wave winding coils (WA, WA) together in an overlapping state into a cage shape to form an insulated conductor coil; a subsequent step of mounting the insulated conductor coil of the cage shape to a core; and a next step of heating the extruded resin coating layer of the insulated conductor coil to a temperature higher than or equal to a glass transition temperature to render the extruded resin coating layer into a crystalline resin state.
An electrical contact element, whereas the contact element has at least one groove and an optical fiber runs in the groove, characterized in that the optical fiber is designed as a sensor, and the groove starts at a connection side (1.2), remote from the plug-in side (1.1), of the contact element and runs to the plug-in side (1.1) and ends again at the connection side (1.2).
An assembly comprising: a substrate that is provided with at least one electrical contact, the substrate comprising a semiconductor substrate that comprises an opto-electronic device; a flexible printed circuit membrane comprising an electrically insulating film and an electrically conducting layer that is at least partially covering the insulating film, wherein the conducting layer is at least locally accessible from outside of the membrane, the conducting layer being a metal layer comprising a thin film of gold and/or copper, and a ball-shaped gold stud that is arranged using thermosonic bonding for electrically connecting the at least one electrical contact and the conducting layer at a position where the conducting layer is accessible, to form an electrical connection between the substrate and the membrane. a substrate that is provided with at least one electrical contact, the substrate comprising a semiconductor substrate that comprises an opto-electronic device; a flexible printed circuit membrane comprising an electrically insulating film and an electrically conducting layer that is at least partially covering the insulating film, wherein the conducting layer is at least locally accessible from outside of the membrane, the conducting layer being a metal layer comprising a thin film of gold and/or copper, and a ball-shaped gold stud that is arranged using thermosonic bonding for electrically connecting the at least one electrical contact and the conducting layer at a position where the conducting layer is accessible, to form an electrical connection between the substrate and the membrane.
A process for preparing bromine-containing polymers, comprising a Friedel-Crafts alkylation reaction of pentabromobenzyl halide with a polymer reactant having one or more six-membered aromatic ring(s) in its repeat unit, wherein said reaction takes place in a solvent in the presence of at least one Friedel-Crafts catalyst, wherein the polymer starting material is represented by Formula III or Formula IV: wherein in Formula III, R is a linear or branched aliphatic chain or bromine; k is independently an integer from 0 to 4; A is selected from the group consisting of null, -CH 2 CH 2 -, -CH 2 CH=CHCH 2 -, -CH(CH 3)CH 2 - and -CH 2 -CH=C(CH 3)CH 2 -; n and m are the number of units in the polymer chain; and wherein in Formula IV, X is selected from the group consisting of null, O, S, -CH 2 -, -CH 2 CH 2 -, and n is the number of units in the polymer chain.
A tool-holding device for agricultural machines, in particular a mulching unit for cutting grass, hedges, tendrils and the like, comprising a frame, which is designed to be removably connected with traction means, and comprising a pair of adjacent, mainly longitudinally extending arms, each having a first end (8,12) associated with the frame via first articulation means and a second end associated with the traction means of the agricultural machine via second articulation means, wherein the frame consists of a stirrup, which is composed of a first leg and a second leg, with at least one leg (5, 6) being designed to support the machine, characterized in that the second leg is rotatably connected via a first joint to the first leg and the rotation relative to the other leg is elastically loaded.
A liposome of irinotecan or irinotecan hydrochloride, characterized in that the said liposome comprises irinotecan or irinotecan hydrochloride, a neutral phospholipid and cholesterol, and the weight ratio of cholesterol to the neutral phospholipid is 1: 3 5. characterized in that said weight ratio of the neutral phospholipid to irinotecan or irinotecan hydrochloride is of 2~5: 1, preferably 2.5~4: 1 and in that said neutral phospholipid comprises hydrogenated soybean phosphatidylcholine.
Use of sericin in the culture of retinal pigment epithelium cells or RPE precursor cells, wherein sericin is added to the culture medium to promote pigmentation of cultured RPE cells or RPE precursor cells.
A memory, comprising: a plurality of SRAM cells; a plurality of power supply leads (101, 102, 103, 104) corresponding to the plurality of SRAM cells, each SRAM cell coupled to its corresponding power supply lead to receive power; a plurality of write assist circuits corresponding to the plurality of power supply leads, wherein each power supply lead couples to a power supply node through its corresponding write assist circuit, each write assist circuit configured to lower a power supply voltage on its corresponding power supply lead during a write operation on the corresponding SRAM cell; and a pre-charge assist circuit (200, 300) including a plurality of pre-charge switches (215, 310, 305, 310), the memory characterised in that the pre-charge assist circuit (200, 300) is configured to couple the plurality of power supply leads together to share charge subsequent to each write operation. a plurality of SRAM cells; a plurality of power supply leads (101, 102, 103, 104) corresponding to the plurality of SRAM cells, each SRAM cell coupled to its corresponding power supply lead to receive power; a plurality of write assist circuits corresponding to the plurality of power supply leads, wherein each power supply lead couples to a power supply node through its corresponding write assist circuit, each write assist circuit configured to lower a power supply voltage on its corresponding power supply lead during a write operation on the corresponding SRAM cell; and a pre-charge assist circuit (200, 300) including a plurality of pre-charge switches (215, 310, 305, 310),
Ophthalmic lens of progressive lens type, comprising: - an optical base component substantially transparent for at least one wavelength of visible light, said optical base component being a progressive correcting lens, and - at least one layer placed on a face of the optical base component, substantially transparent and having a variable refractive index at said wavelength, wherein the layer is structured in such a way that at least one second-order derivative of the variable refractive index with respect to a linear spatial coordinate (x, y) along the face of the optical base component, expressed in millimetres, is greater than 10 -4 mm -1 /e, in absolute value and at at least one point of said face, e being the thickness of the variable refractive index layer expressed in millimetres, and wherein the refractive index variation of the layer has no symmetry of revolution, characterized in that the layer is structured also in such a way that absolute values of second-order derivatives of the variable refractive index with respect to, respectively, a horizontal spatial coordinate (x) and a vertical spatial coordinate (y) along the face of the optical component in condition of use of the lens by a wearer, and expressed in millimetres, and an absolute value of a mixed second-order derivative of the variable refractive index with respect to both horizontal (x) and vertical (y) spatial coordinates, are less than 10 -4 mm -1 /e at any point of the meridian line linking a far vision point and a near vision point of the lens in the face of the optical base component. - an optical base component substantially transparent for at least one wavelength of visible light, said optical base component being a progressive correcting lens, and - at least one layer placed on a face of the optical base component, substantially transparent and having a variable refractive index at said wavelength,
Method for controlling an evaporator burner, which has an electrically heatable evaporator chamber to which heating oil to be burned is supplied, and which has a fan for supplying the combustion air, characterized in that an actual evaporator chamber temperature value (T VDKIst) is regulated to a setpoint evaporator chamber temperature value (T VDKSoll) when the burner is in operation, namely by varying the amount of air supplied to the burner, which is carried out by means of controlling a rotational speed of the fan according to a function dependent on the actual evaporator chamber temperature value (T VDKIst) in that the rotational speed of the fan is increased when the actual evaporator chamber temperature value (T VDKIst) is higher than the setpoint evaporator chamber temperature value (T VDKSoll), and the rotational speed of the fan is reduced when the actual evaporator chamber temperature value (T VDKIst) is lower than the setpoint evaporator chamber temperature value (T VDKSoll).
Method for manufacturing hybrid imogolite nanotubes, characterised in that it comprises the following steps: (i) dissolving an aluminium precursor in an aqueous solution, (ii) under stirring, adding to the aluminium solution obtained at the end of step (i) at least one silicon alkoxide of which the silicon has hydrolysable substituents and at least one non-hydrolysable substituent, with the Al/Si molar ratio necessarily being between 1 and 4, (iii) under stirring, adding a base to the aluminosilicate solution obtained at the end of step (ii), until obtaining a base/Al molar ratio between 1 and 3, (iv) maintaining stirring for a duration of at least 15 hours, (v) heating the solution obtained at the end of step (iv) to a temperature of 50 to 150 °C, for a duration of 2 to 8 days. (i) dissolving an aluminium precursor in an aqueous solution, (ii) under stirring, adding to the aluminium solution obtained at the end of step (i) at least one silicon alkoxide of which the silicon has hydrolysable substituents and at least one non-hydrolysable substituent, with the Al/Si molar ratio necessarily being between 1 and 4, (iii) under stirring, adding a base to the aluminosilicate solution obtained at the end of step (ii), until obtaining a base/Al molar ratio between 1 and 3, (iv) maintaining stirring for a duration of at least 15 hours, (v) heating the solution obtained at the end of step (iv) to a temperature of 50 to 150 °C, for a duration of 2 to 8 days.
A method for producing a ceramic-aluminum bonded body obtained by bonding a ceramic member and an aluminum member (22, 23), the aluminum member (22, 23) before bonding being composed of aluminum having a purity of 99.0 mass% or higher and 99.9 mass% or lower, the method comprising: a heat treatment step of subjecting the aluminum member (22, 23) to a heat treatment in a range of 400°C or higher and 645°C or lower; and a bonding step of bonding the aluminum member (22, 23) after the heat treatment step and the ceramic member via a brazing filler material (24, 25) including Si. a heat treatment step of subjecting the aluminum member (22, 23) to a heat treatment in a range of 400°C or higher and 645°C or lower; and a bonding step of bonding the aluminum member (22, 23) after the heat treatment step and the ceramic member via a brazing filler material (24, 25) including Si.
A method of characterizing a fluid medium with the help of a photoelectric transducer having at least one semiconductor substrate possessing at least one space charge zone, the method being characterized in that it comprises the following steps: • making a reception surface for receiving the fluid medium on at least one face of the photoelectric transducer; • putting the fluid medium for characterizing into contact with the reception surface so as to make an interface between the substrate and the fluid medium; • lighting a plurality of zones of the interface successively in time through the fluid medium with the help of an amplitude-modulated light beam in order to create photogenerated electric charges; • for each lighted zone of the interface, recovering the values of at least one photoelectric magnitude of value that depends on the lighting conditions and on the electronic properties of the interface between the substrate and the fluid medium; • creating at least one one- or two-dimensional matrix of values of the recovered photoelectric magnitude; and • from the matrix that has been created of values of the photoelectric magnitude, determining an electronic signature that is characteristic of the fluid medium. • making a reception surface for receiving the fluid medium on at least one face of the photoelectric transducer; • putting the fluid medium for characterizing into contact with the reception surface so as to make an interface between the substrate and the fluid medium; • lighting a plurality of zones of the interface successively in time through the fluid medium with the help of an amplitude-modulated light beam in order to create photogenerated electric charges; • for each lighted zone of the interface, recovering the values of at least one photoelectric magnitude of value that depends on the lighting conditions and on the electronic properties of the interface between the substrate and the fluid medium; • creating at least one one- or two-dimensional matrix of values of the recovered photoelectric magnitude; and • from the matrix that has been created of values of the photoelectric magnitude, determining an electronic signature that is characteristic of the fluid medium.
A wood-type golf club head, comprising: a ball striking face; and a club head body engaged or integrally formed with the ball striking face, wherein the club head body includes a crown portion, the crown portion including: a fixed portion proximal to the ball striking face, and a removable weight portion, which is configured to be coupled with the fixed portion on a side of the crown portion away from the ball striking face; and at least one receptacle defined in the removable weight portion and at least one weight insert at least partially located within the at least one receptacle, wherein the at least one weight insert is configured to be mounted within the at least one receptacle, wherein the club head body further includes an interior portion with a frame member defined therein, and wherein the removable weight portion is attached to the frame member. a ball striking face; and a club head body engaged or integrally formed with the ball striking face, wherein the club head body includes a crown portion, the crown portion including: a fixed portion proximal to the ball striking face, and a removable weight portion, which is configured to be coupled with the fixed portion on a side of the crown portion away from the ball striking face; and at least one receptacle defined in the removable weight portion and at least one weight insert at least partially located within the at least one receptacle, wherein the at least one weight insert is configured to be mounted within the at least one receptacle, a fixed portion proximal to the ball striking face, and a removable weight portion, which is configured to be coupled with the fixed portion on a side of the crown portion away from the ball striking face; and at least one receptacle defined in the removable weight portion and at least one weight insert at least partially located within the at least one receptacle, wherein the at least one weight insert is configured to be mounted within the at least one receptacle,
An electrical connection element for a turbine engine, the electrical connection element comprising: a connector; a tubular coupling; conductors connected to the connector by the tubular coupling surrounding an end of the conductors; an insert for providing protection against wear of the conductors, the insert being disposed in the tubular coupling around the conductors, the insert comprising a tubular end and a substantially tubular central body containing the conductors and provided over at least a fraction of its length with a series of spacers extending substantially radially outwards and bearing against an inside surface of the tubular coupling of the connection element so as to hold the central body at a distance from the inside surface, the spacers comprising parallel disks that are spaced apart from one another along the central body; characterized in that, the disks are connected together and to the tubular end by longitudinal bridges of material that are elastically deformable and that form the central body, the insert is made as a single piece of plastics material and is mounted slidably inside the tubular coupling.
A method of treating a surface of aluminium or an aluminium alloy by means of a wet chemical process, wherein a surface of aluminium or an aluminium alloy is pretreated, anodically oxidised, rinsed and hot compacted, characterised in that partial hot compaction is carried out in water at a temperature of more than 96°C up to 100°C or by treatment with saturated steam at over 98°C in the course of up to 30 sec/μm layer thickness of a conversion layer, then a material containing organosilicon network formers is brought into contact with the partially hot compacted surface and subsequently cured at a temperature of up to 250°C.