mhurhangee/ep-ind-claims huggingface dataset:
A device for opening and closing an article, particularly of natural or artificial leather, comprising a clasp casing and an assembly button configured to cooperate with said clasp casing, which clasp casing is provided with a mechanism having a locked configuration in which said article can be closed and an unlocked configuration in which said article may be opened, characterized in that said mechanism comprises a housing rotatably mounted relative to said clasp casing, between a stable first position and a second position, at least one locking member (60; 82) movably mounted in said clasp casing and configured to be driven by said housing, and a latch mounted movably with respect to translation in said clasp casing and configured to cooperate with said housing said mechanism being configured such that: when said housing is in its stable first position and said assembly button is inserted into said clasp casing, said at least one locking member (60; 82) immobilizes said assembly button at least with respect to translation; when said housing is caused to rotate and passes from its stable first position to its second position, said at least one locking member (60; 82) is displaced until said assembly button is released and said latch is translationally driven within said clasp casing until said assembly button is pushed out of said clasp casing; when said housing is in its second position, said latch immobilizes said housing and said at least one locking member (60; 82); and when said assembly button is re-inserted into said clasp casing, said assembly button pushes said latch which releases said housing and said at least one locking member (60; 82), said housing is caused to rotate and passes from its second position to its stable first position and said at least one locking member (60; 82) is displaced until said assembly button is immobilized at least with respect to translation. when said housing is in its stable first position and said assembly button is inserted into said clasp casing, said at least one locking member (60; 82) immobilizes said assembly button at least with respect to translation; when said housing is caused to rotate and passes from its stable first position to its second position, said at least one locking member (60; 82) is displaced until said assembly button is released and said latch is translationally driven within said clasp casing until said assembly button is pushed out of said clasp casing; when said housing is in its second position, said latch immobilizes said housing and said at least one locking member (60; 82); and when said assembly button is re-inserted into said clasp casing, said assembly button pushes said latch which releases said housing and said at least one locking member (60; 82), said housing is caused to rotate and passes from its second position to its stable first position and said at least one locking member (60; 82) is displaced until said assembly button is immobilized at least with respect to translation.
A method of testing the oxidation resistance of a superalloy or a coating alloy comprising the steps of:- a) applying a layer of salt on the surface of the superalloy or a coating alloy with a controlled salt flux, b) placing the superalloy or a coating alloy in a furnace, the furnace being at a predetermined temperature of at least 1000°C and containing an oxygen containing gas, c) maintaining the superalloy or a coating alloy in the furnace at the predetermined temperature for a predetermined period of time, d) removing the superalloy or a coating alloy from the furnace and allowing the alloy to cool to ambient temperature or other suitable temperature, e) repeating steps a) to d) for a predetermined number of times such that the salt is applied to the surface of the superalloy or a coating alloy at a salt flux level of 0.5 to 30μg cm -2 h -1, and f) weighing the alloy periodically to determine the oxidation resistance of the superalloy or a coating alloy, comprising at least weighing the alloy before the test and weighing the superalloy or a coating alloy at the end of the test. a) applying a layer of salt on the surface of the superalloy or a coating alloy with a controlled salt flux, b) placing the superalloy or a coating alloy in a furnace, the furnace being at a predetermined temperature of at least 1000°C and containing an oxygen containing gas, c) maintaining the superalloy or a coating alloy in the furnace at the predetermined temperature for a predetermined period of time, d) removing the superalloy or a coating alloy from the furnace and allowing the alloy to cool to ambient temperature or other suitable temperature, e) repeating steps a) to d) for a predetermined number of times such that the salt is applied to the surface of the superalloy or a coating alloy at a salt flux level of 0.5 to 30μg cm -2 h -1, and f) weighing the alloy periodically to determine the oxidation resistance of the superalloy or a coating alloy, comprising at least weighing the alloy before the test and weighing the superalloy or a coating alloy at the end of the test.
Liftable carrying device for loading and unloading a railway vehicle with cargo by means of a hoisting device, with: a carrying frame which at least comprises: - at least two longitudinal members which are connected together and which respectively run over a length (L T) in a first direction (R 1) and which are separated from each other in a second direction (R 2) which runs at right angles to the first direction (R 1), - a trafficable support for the cargo which extends in the first direction (R 1) along the at least two longitudinal members over a length and runs between the at least two longitudinal members, at least a first pair (P 1) and a second pair (P 2) of gripping edges for the hoisting device, wherein - the gripping edges of the first pair (P 1) and the gripping edges of the second pair (P 2), considered in the first direction (R 1), are disposed at a distance from each other, and - the gripping edges of each pair (P 1, P 2), considered in the second direction (R 2), are positioned opposite each other, - the second pair (P 2) of gripping edges, considered in the first direction (R 1), are positioned inside the length (L T) of the at least two longitudinal members characterized in that the first pair (P 1) of gripping edges, considered in the first direction (R 1), is disposed or can be disposed outside the length (L T) of the at least two longitudinal members. - at least two longitudinal members which are connected together and which respectively run over a length (L T) in a first direction (R 1) and which are separated from each other in a second direction (R 2) which runs at right angles to the first direction (R 1), - a trafficable support for the cargo which extends in the first direction (R 1) along the at least two longitudinal members over a length and runs between the at least two longitudinal members, at least a first pair (P 1) and a second pair (P 2) of gripping edges for the hoisting device, wherein - the gripping edges of the first pair (P 1) and the gripping edges of the second pair (P 2), considered in the first direction (R 1), are disposed at a distance from each other, and - the gripping edges of each pair (P 1, P 2), considered in the second direction (R 2), are positioned opposite each other, - the second pair (P 2) of gripping edges, considered in the first direction (R 1), are positioned inside the length (L T) of the at least two longitudinal members - the gripping edges of the first pair (P 1) and the gripping edges of the second pair (P 2), considered in the first direction (R 1), are disposed at a distance from each other, and - the gripping edges of each pair (P 1, P 2), considered in the second direction (R 2), are positioned opposite each other, - the second pair (P 2) of gripping edges, considered in the first direction (R 1), are positioned inside the length (L T) of the at least two longitudinal members characterized in that the first pair (P 1) of gripping edges, considered in the first direction (R 1), is disposed or can be disposed outside the length (L T) of the at least two longitudinal members.
Use of a composite solid polymer electrolyte, comprising polyvinyl alcohol, a plasticizer, a salt and a non-aqueous solvent for printing electronics, wherein the plasticizer is propylene carbonate, ethylene carbonate, dimethyl carbonate, ethylene glycol, diethylene glycol, polyethylene glycol, propylene glycol, or a mixture thereof and the non-aqueous solvent is dimethyl sulfoxide (DMSO), n-methyl formamide, or dimethyl formamide.
Lipid complex for its therapeutic use in promoting growth of the appendages, characterised in that it comprises a mixture of macadamia oil representing between 30 and 55% in weight of the complex, camelina oil representing between 20 and 35% in weight of the complex and grapeseed oil representing between 9 and 11% in weight of the complex, at least one plant-derived myristic acid ester representing between 1 and 15% in weight of the complex and at least one plant-derived palmitic acid ester representing between 5 and 30% in weight of the complex.
A clamp for separating bonded substrates (12, 22), said clamp having a lanar body with a substantially circular shape defining the periphery of said clamp, said body comprising: an annular exterior sidewall; a top surface; a wafer-engaging surface extending in substantially parallel alignment with said top surface, said wafer-engaging surface terminating at a point in the body that is spaced from the exterior sidewall; and an inwardly extending annular ridge, which slopes inward from said point, and away from the wafer-engaging surface, wherein said wafer-engaging surface and annular ridge cooperatively form an annular wafer-receiving groove, characterised in that the planar body is flexible. an annular exterior sidewall; a top surface; a wafer-engaging surface extending in substantially parallel alignment with said top surface, said wafer-engaging surface terminating at a point in the body that is spaced from the exterior sidewall; and an inwardly extending annular ridge, which slopes inward from said point, and away from the wafer-engaging surface, wherein said wafer-engaging surface and annular ridge cooperatively form an annular wafer-receiving groove, characterised in that the planar body is flexible.
A method for disabling communication in a multiprocessor fabric, the method comprising: receiving a configuration for the multiprocessor fabric, wherein the multiprocessor fabric comprises a plurality of processors and a plurality of communication elements, wherein each of the plurality of communication elements comprises a memory, wherein the configuration specifies disabling of communication paths between one or more of: one or more processors and one or more communication elements; one or more processors and one or more other processors; or one or more communication elements and one or more other communication elements; automatically configuring the multiprocessor fabric in hardware to disable the communication paths specified by the configuration so that security barriers are erected in the hardware that stop the flow of data and control, and which provide isolation of and between regions of the multiprocessor fabric; operating the multiprocessor fabric to execute a software application, wherein the multiprocessor fabric operates according to the configuration, wherein decrypted data are processed in an isolated region of the multiprocessor fabric. receiving a configuration for the multiprocessor fabric, wherein the multiprocessor fabric comprises a plurality of processors and a plurality of communication elements, wherein each of the plurality of communication elements comprises a memory, wherein the configuration specifies disabling of communication paths between one or more of: one or more processors and one or more communication elements; one or more processors and one or more other processors; or one or more communication elements and one or more other communication elements; one or more processors and one or more communication elements; one or more processors and one or more other processors; or one or more communication elements and one or more other communication elements; automatically configuring the multiprocessor fabric in hardware to disable the communication paths specified by the configuration so that security barriers are erected in the hardware that stop the flow of data and control, and which provide isolation of and between regions of the multiprocessor fabric; operating the multiprocessor fabric to execute a software application, wherein the multiprocessor fabric operates according to the configuration, wherein decrypted data are processed in an isolated region of the multiprocessor fabric.
A method of mounting an electrical component on a base part having an inclined support surface for a compensation of mechanical tolerances and an improved thermal connection of the component, wherein a first wedge surface of a wedge element made of metal or another thermally conductive material is arranged on the support surface, and a lateral force is exerted on the wedge element from the narrow side of the wedge element, so that the first wedge surface moves on the support surface until a second wedge surface of the wedge element remote from the support surface reaches a desired position, and wherein the electrical component is arranged on the second wedge surface, characterized in that the wedge element is fixed to the base part and held in the desired position using a first fastening element, in particular a screw, and the lateral force from the narrow side of the wedge element is afterwards no longer exerted, thus means for exerting the lateral force and reaching the desired position are only necessary during assembly and then no longer.
An energy harvesting syringe, comprising: a housing; a plunger that is displaceable relative to the housing to draw fluid into a reservoir or to expel fluid from the reservoir; characterized by: an electrical generator (120, 122) integral with the syringe, wherein the electrical generator (120, 122) comprises a ferromagnetic element on the plunger, and conductive coils around a portion of the housing, to convert motion associated with displacement of the plunger into electrical energy; and a memory component integral with the syringe, wherein the memory component is powered by at least some of the electrical energy to store one or more data points associated with operation of the syringe. a housing; a plunger that is displaceable relative to the housing to draw fluid into a reservoir or to expel fluid from the reservoir; characterized by: an electrical generator (120, 122) integral with the syringe, wherein the electrical generator (120, 122) comprises a ferromagnetic element on the plunger, and conductive coils around a portion of the housing, to convert motion associated with displacement of the plunger into electrical energy; and a memory component integral with the syringe, wherein the memory component is powered by at least some of the electrical energy to store one or more data points associated with operation of the syringe. an electrical generator (120, 122) integral with the syringe, wherein the electrical generator (120, 122) comprises a ferromagnetic element on the plunger, and conductive coils around a portion of the housing, to convert motion associated with displacement of the plunger into electrical energy; and a memory component integral with the syringe, wherein the memory component is powered by at least some of the electrical energy to store one or more data points associated with operation of the syringe.
A trimmer device, comprising: a circular inner mounting block (30; 30') having a first central aperture for receiving a turret shaft (110; 110') of a processing turret, the inner mounting block (30; 30') having at least one inner bore; a circular outer mounting block (32; 32') having a second central aperture for receiving the turret shaft, the outer mounting block (32; 32') having a larger diameter than the inner mounting block (30; 30'), the outer mounting block (32; 32') having at least one outer bore; at least one inner trimmer spindle (12; 12') positioned through the at least one inner bore, a first end of the inner trimmer spindle (12; 12') including a pilot having at least one inner spindle blade for trimming an interior of an article; and at least one outer trimmer spindle (14; 14') positioned through the at least one outer bore, the outer trimmer spindle (14; 14') including at least one outer spindle blade positioned at a first end for trimming an exterior of the article; characterized in that at least one of the inner mounting block (30; 30') or the outer mounting block (32; 32') is rotatable about the turret shaft and relative to the other of the inner mounting block (30; 30') or the outer mounting block (32; 32') such that the relative rotation of the inner and outer mounting blocks generates a variation of the distance between the inner spindle (12; 12') and the outer spindle (14; 14') to adjust for a diameter of the article such that the article may be positioned between the inner spindle blade and the outer spindle blade for trimming. a circular inner mounting block (30; 30') having a first central aperture for receiving a turret shaft (110; 110') of a processing turret, the inner mounting block (30; 30') having at least one inner bore; a circular outer mounting block (32; 32') having a second central aperture for receiving the turret shaft, the outer mounting block (32; 32') having a larger diameter than the inner mounting block (30; 30'), the outer mounting block (32; 32') having at least one outer bore; at least one inner trimmer spindle (12; 12') positioned through the at least one inner bore, a first end of the inner trimmer spindle (12; 12') including a pilot having at least one inner spindle blade for trimming an interior of an article; and at least one outer trimmer spindle (14; 14') positioned through the at least one outer bore, the outer trimmer spindle (14; 14') including at least one outer spindle blade positioned at a first end for trimming an exterior of the article; characterized in that at least one of the inner mounting block (30; 30') or the outer mounting block (32; 32') is rotatable about the turret shaft and relative to the other of the inner mounting block (30; 30') or the outer mounting block (32; 32') such that the relative rotation of the inner and outer mounting blocks generates a variation of the distance between the inner spindle (12; 12') and the outer spindle (14; 14') to adjust for a diameter of the article such that the article may be positioned between the inner spindle blade and the outer spindle blade for trimming.
An apparatus, comprising: an electronic circuit, configured to receive data to be transmitted over an optical cable that comprises multiple optical fibers, and to convert the data into a modulating signal; an electro-acoustic transducer, configured to convert the modulating signal into an acoustic wave; and a coupler, which is mechanically coupled around a section of the optical cable comprising the multiple optical fibers, wherein the coupler is affixed to both ends of the section and is configured to apply to the ends of the section a longitudinal stretching force that varies responsively to the acoustic wave, so as to modulate the data onto an optical carrier traversing one of the optical fibers within the optical cable. an electronic circuit, configured to receive data to be transmitted over an optical cable that comprises multiple optical fibers, and to convert the data into a modulating signal; an electro-acoustic transducer, configured to convert the modulating signal into an acoustic wave; and a coupler, which is mechanically coupled around a section of the optical cable comprising the multiple optical fibers, wherein the coupler is affixed to both ends of the section and is configured to apply to the ends of the section a longitudinal stretching force that varies responsively to the acoustic wave, so as to modulate the data onto an optical carrier traversing one of the optical fibers within the optical cable.
Mechatronic multiple plug system (S n) having at least two plug connectors which each have a main contact having a main plug contact and having a main counter contact as well as each having an auxiliary contact lagging with respect to the main contact during an unplugging procedure, said auxiliary contact having an auxiliary plug contact and having an auxiliary counter contact, - characterised in that, in order to extinguish an arc occurring during the unplugging procedure, one single semiconductor electronic system which is combined with the plug connectors is provided, which is connected in series to the auxiliary contact of each plug connector via a diode to avoid a short circuit during an unplugging procedure of one single plug connector, and - wherein the semiconductor electronic system has two semiconductor switches (10a, 10b) which are connected in series and an energy store which is connected to the semiconductor switches (10a, 10b), said energy store tapping between the semiconductor switches (10a, 10b) to charge the arc voltage occurring during the unplugging procedure. - characterised in that, in order to extinguish an arc occurring during the unplugging procedure, one single semiconductor electronic system which is combined with the plug connectors is provided, which is connected in series to the auxiliary contact of each plug connector via a diode to avoid a short circuit during an unplugging procedure of one single plug connector, and - wherein the semiconductor electronic system has two semiconductor switches (10a, 10b) which are connected in series and an energy store which is connected to the semiconductor switches (10a, 10b), said energy store tapping between the semiconductor switches (10a, 10b) to charge the arc voltage occurring during the unplugging procedure.
A skeleton for an umbrella or a canopy comprising: a main center rod; an upper fixing member fixed on an upper end of the main center rod; a main supporting rod for supporting an umbrella fabric or a tarpaulin, and one end of the main supporting rod is hinged to the upper fixing member; a push handle coaxial with the main center rod and movable up and down along the main center rod; and a sub-supporting rod, one end of the sub-supporting rod is hinged to the push handle, and the other end of the sub-supporting rod is hinged to the main supporting rod via a middle connecting piece,when the skeleton is spread by pushing the push handle up along the main center rod, an interior angle formed by the main center rod and the sub-supporting rod, in the triangle formed by the main supporting rod, the main center rod and the sub-supporting rod, is an obtuse angle characterized in that, the skeleton further comprising a connecting rod and a hook, wherein, one end of the connecting rod is fixedly provided on the upper fixing member; the hook has a connecting end and a hook end, the connecting end is connectable with the other end of the connecting rod, and the hook end can be inserted in a hole in the push handle for applying a pulling force to the push handle.