mhurhangee/ep-ind-claims huggingface dataset:
Zerspanungswerkzeug, insbesondere Stirnfräser zur Bearbeitung von faserverstärkten Werkstoffen wie CFK, GFK oder mit Polyesterfäden verstärkten Kunststoffen, mit einer Mehrzahl von vier oder sechs Hauptspannuten (1, 2, 3,,4, 5, 6), welche mit einem jeweils nacheilenden Vorbearbeitungssteg einen Schneidkeil mit einer Vorbearbeitungsschneide (13, 14, 15, 16, 17, 18) bilden, eine der Mehrzahl Hauptspannuten (1, 2, 3,,4, 5, 6) entsprechende Mehrzahl jeweils einer der Hauptspannuten (1, 2, 3,,4, 5, 6) in Umfangsrichtung nacheilender Nebenspannuten (7, 8, 9, 10, 11, 12), welche jeweils einen Nachbearbeitungssteg von dem in Umfangsrichtung voreilenden Vorbearbeitungssteg in Umfangsrichtung beabstanden und mit dem Nachbearbeitungssteg einen Schneidkeil mit einer Nachbearbeitungsschneide (19, 20, 21, 22, 23, 24) bilden, dadurch gekennzeichnet, dass sich die Vorbearbeitungsschneiden (13, 14, 15, 16, 17, 18) abwechselnd einerseits mit Rechtsdrall um und andererseits unverdrallt oder zumindest mit einem gegenüber dem Rechtsdrall der direkt vorlaufenden Vorbearbeitungsschneide betragsmäßig kleineren Drall entlang der Werkzeugachse erstrecken, wobei sich die den rechtsverdrallten Vorbearbeitungsschneiden (13, 15, 17) nacheilenden Nachbearbeitungsschneiden (19, 21, 23) unverdrallt oder zumindest mit einem gegenüber dem Rechtsdrall der direkt vorlaufenden Vorbearbeitungsschneide betragsmäßig kleineren Drall entlang der Werkzeugachse erstrecken, und wobei sich die den unverdrallten oder zumindest mit dem gegenüber dem Rechtsdrall der direkt vorlaufenden Vorbearbeitungsschneide (13, 15, 17) betragsmäßig kleineren Drall verlaufenden Vorbearbeitungsschneiden (14, 16, 18) nacheilenden Nachbearbeitungsschneiden (20, 22, 24) rechtsverdrallt um die Werkzeugachse erstrecken.
A switch apparatus comprising: a first input terminal to which a first input signal is supplied; a second input terminal to which a second input signal having a level lower than a level of the first input signal is supplied; a first switch block configured for outputting the first input signal supplied from the first input terminal through a plurality of switching elements; a second switch block configured for outputting the second input signal supplied from the second input terminal through a plurality of switching elements; and a control terminal to which a control signal is supplied wherein the control signal is configured to control the first switch block when outputting the first input signal, and is configured to control the second switch block when outputting the second input signal; the apparatus being characterised in that: the first switch block is configured to have a smaller number of switching elements than that of the second switch block. a first input terminal to which a first input signal is supplied; a second input terminal to which a second input signal having a level lower than a level of the first input signal is supplied; a first switch block configured for outputting the first input signal supplied from the first input terminal through a plurality of switching elements; a second switch block configured for outputting the second input signal supplied from the second input terminal through a plurality of switching elements; and a control terminal to which a control signal is supplied wherein the control signal is configured to control the first switch block when outputting the first input signal, and is configured to control the second switch block when outputting the second input signal; the apparatus being characterised in that: the first switch block is configured to have a smaller number of switching elements than that of the second switch block. the first switch block is configured to have a smaller number of switching elements than that of the second switch block.
A conveyor for a packaging line, comprising at least one linear motor including a closed loop stator and a plurality of autonomous transport units movable along said stator and controlled individually, wherein each of said transport units comprises at least one driving mover, the conveyor being characterized in that each of said transport units further comprises at least one tensioning element and a flexible connection element that mutually connects said at least one driving mover and said at least one tensioning element, wherein in use said at least one tensioning element keeps the respective flexible connection element in a tensioned state.
A compressor (20; 600) comprising: a housing assembly having a plurality of ports including a suction port and a discharge port; a male rotor mounted for rotation about an axis; a female rotor enmeshed with the male rotor and mounted in the housing for rotation about an axis for drawing a flow from the suction port, compressing the flow, and discharging the compressed flow through the discharge port; a first cavity group (116, 120; 616, 620) between the discharge port and the male rotor and female rotor, the first cavity group comprising: a first member separating a plurality of cells; and a foraminate cover member (130; 640, 644) atop the first cavity group first member; and characterised by a second cavity group (118, 122; 618, 622) between the discharge port and the male rotor and female rotor, the second cavity group positioned opposite the first cavity group about a flowpath through the compressor and comprising: a unitary single-piece first member separating a plurality of cells; and a foraminate cover member (132;642, 646) atop the second cavity group unitary single-piece first member. a housing assembly having a plurality of ports including a suction port and a discharge port; a male rotor mounted for rotation about an axis; a female rotor enmeshed with the male rotor and mounted in the housing for rotation about an axis for drawing a flow from the suction port, compressing the flow, and discharging the compressed flow through the discharge port; a first cavity group (116, 120; 616, 620) between the discharge port and the male rotor and female rotor, the first cavity group comprising: a first member separating a plurality of cells; and a foraminate cover member (130; 640, 644) atop the first cavity group first member; and characterised by a first member separating a plurality of cells; and a foraminate cover member (130; 640, 644) atop the first cavity group first member; and characterised by a second cavity group (118, 122; 618, 622) between the discharge port and the male rotor and female rotor, the second cavity group positioned opposite the first cavity group about a flowpath through the compressor and comprising: a unitary single-piece first member separating a plurality of cells; and a foraminate cover member (132;642, 646) atop the second cavity group unitary single-piece first member. a unitary single-piece first member separating a plurality of cells; and a foraminate cover member (132;642, 646) atop the second cavity group unitary single-piece first member.
An electromagnetic locking element for locking a joint orthosis or joint prosthesis, in particular a knee orthosis or knee prosthesis, comprising: - a solenoid with at least one coil (L1, L2) and at least one permanent magnet (PM1, PM2); - a pin, which can be retracted and extended with the aid of the solenoid for locking the joint, - one or several electrical energy stores (C1, C2, C3, C4), in particular capacitors, - an electrical control system, which, with the aid of semiconductor switches, discharges the energy store or stores (C1, C2, C3, C4) via the at least one coil (L1, L2) of the solenoid in such a way that the pin is extended, characterized in that the solenoid is designed to be bistable for retracting and extending the pin, and that the locking has a spring system with a first spring, which exerts a force on the armature or armatures of the solenoid towards the central stroke position when in a first stroke end position, and a second spring, which exerts a force on the armature or armatures towards the central stroke position when in a second stroke end position, wherein the armature or armatures is/are held, permanently magnetized, against the spring force in both stroke end positions when no current is present, wherein the spring deflections of the first and second springs (F1, F2) are preferably different in length and/or the first and second springs (F1, F2) exert forces of different strength on the armature or armatures in the respective stroke end position and/or have spring rates of different size. - a solenoid with at least one coil (L1, L2) and at least one permanent magnet (PM1, PM2); - a pin, which can be retracted and extended with the aid of the solenoid for locking the joint, - one or several electrical energy stores (C1, C2, C3, C4), in particular capacitors, - an electrical control system, which, with the aid of semiconductor switches, discharges the energy store or stores (C1, C2, C3, C4) via the at least one coil (L1, L2) of the solenoid in such a way that the pin is extended, characterized in that the solenoid is designed to be bistable for retracting and extending the pin, and that the locking has a spring system with a first spring, which exerts a force on the armature or armatures of the solenoid towards the central stroke position when in a first stroke end position, and a second spring, which exerts a force on the armature or armatures towards the central stroke position when in a second stroke end position, wherein the armature or armatures is/are held, permanently magnetized, against the spring force in both stroke end positions when no current is present, wherein the spring deflections of the first and second springs (F1, F2) are preferably different in length and/or the first and second springs (F1, F2) exert forces of different strength on the armature or armatures in the respective stroke end position and/or have spring rates of different size.
A setting and curing accelerator for hydraulic binders, comprising Al 2 (SO 4) 3 aluminum sulfate, Al 3 aluminum hydroxide and mineral acid in aqueous solution, characterized in that (in % by weight) the proportion of mineral acid is 1-5% H 3 PO 4 phosphoric acid and/or 0.5-3.0% H 3 BO 3 boric acid and the setting and curing accelerator does not contain 0.5-15% by weight formic acid.
An artificial ventricle comprising: - at least one ventricular chamber defined by a containment wall, said containment wall having an inner surface and an outer surface and defining an inner volume V; - at least one active layer arranged to externally wind said ventricular chamber, said or each active layer comprising at least one fluidic actuator arranged to exert a variable pressure P var on said containment wall to cyclically pass said ventricular chamber between a compressed configuration wherein there is V = V c and an expanded configuration wherein there is V = V e > V c; said artificial ventricle characterized in that said containment wall is made of deformable material, and in that, when passing from said expanded configuration to said compressed configuration, said containment wall is configured to form and/or to increase inner folds for reducing said inner volume V. - at least one ventricular chamber defined by a containment wall, said containment wall having an inner surface and an outer surface and defining an inner volume V; - at least one active layer arranged to externally wind said ventricular chamber, said or each active layer comprising at least one fluidic actuator arranged to exert a variable pressure P var on said containment wall to cyclically pass said ventricular chamber between a compressed configuration wherein there is V = V c and an expanded configuration wherein there is V = V e > V c; said artificial ventricle characterized in that said containment wall is made of deformable material, and in that, when passing from said expanded configuration to said compressed configuration, said containment wall is configured to form and/or to increase inner folds for reducing said inner volume V.
A mechanical-to-electrical sensing structure made from an SOI wafer having a device layer, an oxide layer and a handle layer, the structure comprising: first and second movable blocks (12, 14) formed in the handle layer; a first hinge between the first and second movable blocks (12, 14) and coupled to the first and second movable blocks (12, 14), the first hinge being formed in the handle layer; characterized in that the structure also comprises: a first gauge between the first and second movable blocks (12, 14) and separated from the first hinge, and aligned to provide that a moment tending to rotate one of the first or second movable blocks (12, 14) relative to the other about the first hinge applies a tensile or compressive force along a length of the first gauge, the first gauge being formed from the device layer; and wherein the oxide layer and the handle layer between the first gauge and the first hinge are not present. first and second movable blocks (12, 14) formed in the handle layer; a first hinge between the first and second movable blocks (12, 14) and coupled to the first and second movable blocks (12, 14), the first hinge being formed in the handle layer; characterized in that the structure also comprises: a first gauge between the first and second movable blocks (12, 14) and separated from the first hinge, and aligned to provide that a moment tending to rotate one of the first or second movable blocks (12, 14) relative to the other about the first hinge applies a tensile or compressive force along a length of the first gauge, the first gauge being formed from the device layer; and wherein the oxide layer and the handle layer between the first gauge and the first hinge are not present. a first gauge between the first and second movable blocks (12, 14) and separated from the first hinge, and aligned to provide that a moment tending to rotate one of the first or second movable blocks (12, 14) relative to the other about the first hinge applies a tensile or compressive force along a length of the first gauge, the first gauge being formed from the device layer; and wherein the oxide layer and the handle layer between the first gauge and the first hinge are not present.
An arrangement comprising a combustor assembly and a system for controlling the combustor assembly, the combustor assembly comprising a combustor and a fuel nozzle assembly, the combustor comprising a casing, the fuel nozzle assembly positioned at least partially within the casing and comprising a fuel nozzle, the fuel nozzle assembly further defining a head end; characterised in that the system comprises a viewing device having a direct or an indirect view of at least a portion of the head end and configured for capturing an image of at least a portion of the head end; and a processor communicatively coupled to the viewing device, the processor configured to compare the image to a standard image for the head end.
A method of manufacturing a component for a gas turbine engine, the method comprising: applying a thermoplastic polymer sheet over a composite body of the component, the composite body being formed from fibre-reinforced composite material; applying a shield over part of the composite body, the shield terminating at an end which overlies the thermoplastic polymer sheet and defines an interface between shielded and unshielded regions of the component; and pressing the shield into the thermoplastic polymer sheet so that the thermoplastic polymer sheet deforms around the end of the shield, such that the exterior profile of the component at the interface between the shielded and unshielded regions is flush. applying a thermoplastic polymer sheet over a composite body of the component, the composite body being formed from fibre-reinforced composite material; applying a shield over part of the composite body, the shield terminating at an end which overlies the thermoplastic polymer sheet and defines an interface between shielded and unshielded regions of the component; and pressing the shield into the thermoplastic polymer sheet so that the thermoplastic polymer sheet deforms around the end of the shield, such that the exterior profile of the component at the interface between the shielded and unshielded regions is flush.
A rubber product containing a glass fiber and a film formed on the surface of the glass fiber, wherein for forming the film, a fiber processing agent was attached to the glass fiber in the form of a liquid, with an amount of the fiber processing agent attached to the glass fiber of 10 to 40 weight% in terms of solids relative to the weight of the glass fiber after the attachment, and then a drying was carried out, wherein the attached fiber processing agent was a dispersion comprising a rubber latex and an epoxy resin as dispersoids, with the proportions in terms of solids out of the dispersoids in the fiber processing agent being 35 to 95 weight% of the rubber latex and 5 to 65 weight% of the epoxy resin, with a total of the weight percentage of the rubber latex and the weight percentage of the epoxy resin being 100 weight%.
A method for customizing a control element of a motor vehicle characterized in that the method comprises the steps of: - selecting by a user a series of preferential functions from a library of functions of controlling a vehicle: - associating each preferential function with respectively one location of a touch layer disposed in a docking area, said location of the touch layer being configured to control said preferential function; - carrying out a removable panel with a series of visual symbols, each of the visual symbols corresponding to a preferential function defined by the user, - positioning the panel opposite the touch layer. - selecting by a user a series of preferential functions from a library of functions of controlling a vehicle: - associating each preferential function with respectively one location of a touch layer disposed in a docking area, said location of the touch layer being configured to control said preferential function; - carrying out a removable panel with a series of visual symbols, each of the visual symbols corresponding to a preferential function defined by the user, - positioning the panel opposite the touch layer.
A MIMO communication system used in a line-of-sight environment (a) the system having a transmission side where a plurality of transmission antennas have fixed positions and are horizontally arranged with respect to the ground and a reception side where a plurality of reception antennas have fixed positions and are horizontally arranged with respect to the ground, the system being characterized in that: (b) the plurality of reception antennas receive direct waves from the plurality of transmission antennas and reflected waves from the ground, and (c) a channel matrix calculation processing means, on the transmission or reception side or both of the transmission and the reception sides, for calculating a channel matrix using the direct waves and the reflected waves for constructing orthogonal channels. (a) the system having a transmission side where a plurality of transmission antennas have fixed positions and are horizontally arranged with respect to the ground and a reception side where a plurality of reception antennas have fixed positions and are horizontally arranged with respect to the ground, the system being characterized in that: a transmission side where a plurality of transmission antennas have fixed positions and are horizontally arranged with respect to the ground and a reception side where a plurality of reception antennas have fixed positions and are horizontally arranged with respect to the ground, the system being characterized in that: (b) the plurality of reception antennas receive direct waves from the plurality of transmission antennas and reflected waves from the ground, and (c) a channel matrix calculation processing means, on the transmission or reception side or both of the transmission and the reception sides, for calculating a channel matrix using the direct waves and the reflected waves for constructing orthogonal channels.
Support (100; 200; 300; 400) for smartphone comprising: - a frame intended to support said smartphone, - a tubular support element connected to said frame in such manner that said frame rotates around an axis of said tubular support element to adjust said smartphone in position; said tubular support element comprising engaging means, - a locking element (12; 212; 312) movably mounted in said frame to engage with said engaging means of said tubular support element to lock said frame in position characterized in that said frame comprises: - a lower jaw intended to be disposed under a lower edge of the smartphone, - an upper jaw intended to be disposed above an upper edge of the smartphone, - an intermediate jaw disposed between the lower jaw and the upper jaw to hold a rear part of the smartphone, - two columns disposed between the lower jaw and the intermediate jaw, said columns being perpendicular to the jaws and mutually parallel in such manner to be disposed behind the smartphone, - two spacers disposed between the intermediate jaw and the upper jaw, - fixing means to fix the jaws (1, 2, 4) to the columns, wherein said tubular support element is engaged in through radial holes of the columns, in such manner to be disposed behind the smartphone, parallel to the jaws (1, 2, 4) and orthogonally to the columns. - a frame intended to support said smartphone, - a tubular support element connected to said frame in such manner that said frame rotates around an axis of said tubular support element to adjust said smartphone in position; said tubular support element comprising engaging means, - a locking element (12; 212; 312) movably mounted in said frame to engage with said engaging means of said tubular support element to lock said frame in position - a lower jaw intended to be disposed under a lower edge of the smartphone, - an upper jaw intended to be disposed above an upper edge of the smartphone, - an intermediate jaw disposed between the lower jaw and the upper jaw to hold a rear part of the smartphone, - two columns disposed between the lower jaw and the intermediate jaw, said columns being perpendicular to the jaws and mutually parallel in such manner to be disposed behind the smartphone, - two spacers disposed between the intermediate jaw and the upper jaw, - fixing means to fix the jaws (1, 2, 4) to the columns,