mhurhangee/ep-ind-claims huggingface dataset:
Process for producing components made of an aluminium alloy for vehicles and white goods, comprising the steps of: - providing thixotropic billets made of an aluminium alloy; - sizing said billets depending on a ratio between weight and size of the component to be produced, thereby obtaining crop ends of material; - heating said crop ends in a range of temperatures during which both a solid phase and a liquid phase coexist with a prevalence in the solid phase (more than 50%) in heating means; - loading, through loading means, said heated crop ends in an injecting vessel made of non-magnetic steel for further workings with machines with specific characteristics for products of the Semi Solid Material, SSM, type; - removing, through scalping devices, an external part of said crop ends that has become cooled when passing from the heating means to the loading means; - firstly injecting said scalped crop ends through a press; - secondly injecting said crop ends through said press in 18 milliseconds by using a closed-loop control system and increasing the injection unit power with respect to a closing unit of the press; - thirdly injecting said crop ends by coining the finished part in order to remove all porosities; - extracting the molding through extracting means; - depositing the molding from said extracting means onto a conveyor belt; and - controlling a quality of the obtained molding, said molding being then sent to downstream mechanical workings and/or an heat treatment. - providing thixotropic billets made of an aluminium alloy; - sizing said billets depending on a ratio between weight and size of the component to be produced, thereby obtaining crop ends of material; - heating said crop ends in a range of temperatures during which both a solid phase and a liquid phase coexist with a prevalence in the solid phase (more than 50%) in heating means; - loading, through loading means, said heated crop ends in an injecting vessel made of non-magnetic steel for further workings with machines with specific characteristics for products of the Semi Solid Material, SSM, type; - removing, through scalping devices, an external part of said crop ends that has become cooled when passing from the heating means to the loading means; - firstly injecting said scalped crop ends through a press; - secondly injecting said crop ends through said press in 18 milliseconds by using a closed-loop control system and increasing the injection unit power with respect to a closing unit of the press; - thirdly injecting said crop ends by coining the finished part in order to remove all porosities; - extracting the molding through extracting means; - depositing the molding from said extracting means onto a conveyor belt; and - controlling a quality of the obtained molding, said molding being then sent to downstream mechanical workings and/or an heat treatment.
Safety workbench having a working area which is accessible through a working opening on a front side of the safety workbench, having a control device for controlling components of the safety workbench, and having a sensor device which captures movements in front of the front side of the safety workbench, is connected to the control device and comprises at least two sensors (46, 48, 50) or sensor arrays, characterized in that the sensors (46, 48, 50) or sensor arrays are passive infrared sensors (46, 48, 50) or passive infrared sensor arrays, the capture regions (56, 58, 60; 80, 86) of which are arranged beside one another in front of the front side of the safety workbench, and in that the control device or the sensor device deduces, from the response behaviour of at least some of the passive infrared sensors (46, 48, 50) or passive infrared sensor arrays, whether a movement captured in front of the front side of the safety workbench runs approximately parallel to the front side or has a directional component parallel to the front side and whether the speed of the movement in the direction approximately parallel to the front side of the safety workbench exceeds a predetermined threshold value.
Needle-holding cartridge (1; 1a) for cosmetic treatments comprising a casing (2; 20), which comprises a first part (2a; 21), intended to be rested on a zone of the body of a patient in which a cosmetic treatment has to be performed, and a second part (2b; 22) intended to be inserted and locked in an appropriate seat obtained in an end of a device for cosmetic treatments, wherein inside the first part (2a; 21) of the casing (2; 20) a support element is arranged, which can slide inside the casing (2; 20); wherein onto the support element a plurality of needles is fixed that can protrude from the casing (2; 20) through an opening (5; 5a) placed at a first end (6; 6a) of the casing (2; 20), wherein the support element is provided with a rod-shaped appendage, a portion of which protrudes from the casing (2; 20) through a hole obtained at a second end (9; 9a) of the casing (2; 20), opposite the first end (6; 6a), characterized in that it further comprises a first ring-shaped sealing element that surrounds the appendage and is inserted into a seat obtained at said second end (9; 9a) of the casing (2; 20), wherein a sheath-shaped second sealing element is placed on said portion of the appendage.
A transmission comprising an input shaft, an output shaft, and a planetary gearset being driven by the input shaft and being couplable to the output shaft in a high gear mode and a low gear mode of the transmission, the input and output shafts (30, 32) being arranged rotatably and coaxially along an axis, wherein the planetary gearset comprises a sun gear connected to the input shaft, a ring gear that is axially movable, and at least one planet gear rotatably supported on a planet gear carrier that is connected to the output shaft, wherein the transmission further comprises a coupling disc connected to the input shaft, an axially moveable coupling sleeve being configured to selectively connect the planet gear carrier with the coupling disc in an engaged position of the coupling sleeve to provide the high gear mode, and a synchronizer ring characterized in that the synchronizer ring is arranged between the coupling sleeve and the ring gear, wherein the synchronizer ring is configured to transfer an axial motion of the ring gear in a first direction towards the coupling sleeve and the coupling disc, and wherein the coupling sleeve is moveable from an unengaged position into the engaged position at least in part by the synchronizer ring. the planetary gearset comprises a sun gear connected to the input shaft, a ring gear that is axially movable, and at least one planet gear rotatably supported on a planet gear carrier that is connected to the output shaft, wherein the transmission further comprises a coupling disc connected to the input shaft, an axially moveable coupling sleeve being configured to selectively connect the planet gear carrier with the coupling disc in an engaged position of the coupling sleeve to provide the high gear mode, and a synchronizer ring characterized in that the synchronizer ring is arranged between the coupling sleeve and the ring gear, wherein the synchronizer ring is configured to transfer an axial motion of the ring gear in a first direction towards the coupling sleeve and the coupling disc, and wherein the coupling sleeve is moveable from an unengaged position into the engaged position at least in part by the synchronizer ring.
Conveying device for conveying goods, particularly for conveying goods in the form of a sheet, comprising at least one conveyor belt with an outer contact face against which the goods to be conveyed are placed during conveyance, and a main negative pressure holding area adjacent to the conveyor belt, the main negative pressure holding area being configured for holding or releasing the goods against or from said conveyor belt by negative pressure, the conveyor belt comprising at least one suction chamber on the contact face forming an additional negative pressure holding area, the suction chamber of the conveyor belt being in fluid communication with negative pressure holding means through at least one opening transversely going through the conveyor belt, characterised in that the suction chamber of the conveyor belt is a longitudinal channel that is open at its ends.
An epoxy resin composition for use in a carbon fiber reinforced composite material, containing at least the following components and, wherein the content of is 20 to 80 mass% and the content of is 10 to 50 mass% per 100 mass% as the total amount of the mixed epoxy resins.: An epoxy resin with one or more amine type glycidyl groups at the meta position(s), having the structure represented by the following general formula: (where each of R 1 to R 4 denotes at least one selected from the group consisting of hydrogen atom, aliphatic hydrocarbon group with 1 to 4 carbon atoms, alicyclic hydrocarbon group with 4 or less carbon atoms, and halogen atoms): An epoxy resin with two or more four- or larger-membered ring structures and one amine type glycidyl group or ether type glycidyl group directly bonded to one of the ring structures.: An epoxy resin with one or more amine type glycidyl groups at the meta position(s), having the structure represented by the following general formula: (where each of R 1 to R 4 denotes at least one selected from the group consisting of hydrogen atom, aliphatic hydrocarbon group with 1 to 4 carbon atoms, alicyclic hydrocarbon group with 4 or less carbon atoms, and halogen atoms): An epoxy resin with two or more four- or larger-membered ring structures and one amine type glycidyl group or ether type glycidyl group directly bonded to one of the ring structures.
A control system configured to control a motor, the control system comprising: a pulse-width modulation module configured to generate three duty cycle values based on three voltage requests, respectively, wherein a plurality of solid-state switches (420, 422) are configured to control three phases of the motor in response to the three duty cycle values, respectively; a pulse skip determination module that is configured to generate a pulse skip signal; and a duty cycle adjustment module that is configured to selectively prevent the plurality of solid-state switches (420, 422) from switching during intervals specified by the pulse skip signal, characterised in that the pulse skip signal is based on a series of integer values, wherein the series of integer values is a pseudorandom number sequence. a pulse-width modulation module configured to generate three duty cycle values based on three voltage requests, respectively, wherein a plurality of solid-state switches (420, 422) are configured to control three phases of the motor in response to the three duty cycle values, respectively; a pulse skip determination module that is configured to generate a pulse skip signal; and a duty cycle adjustment module that is configured to selectively prevent the plurality of solid-state switches (420, 422) from switching during intervals specified by the pulse skip signal, characterised in that the pulse skip signal is based on a series of integer values, wherein the series of integer values is a pseudorandom number sequence.
Disk of a rotor comprising, relative to the principal axis of the disk, an annular radial web, a radially central hub located at the inner radial end of the web and a rim located at the outer radial end of the web, the web comprising an upstream face and a downstream face, each of the upstream face or downstream face extending in a radial plane relative to the main axis of the disk, and a plurality of orifices through which bolts (32, 34) are to pass for the attachment of at least one annular flange forming part of another adjacent rotor disk on either the upstream face or the downstream face of the web, or on both faces, wherein said upstream face and/or said downstream face of the web comprises a globally annular shaped indentation, the bottom of which is set back along the axial direction inwards into the web, relative to the remaining part of said upstream face and/or said downstream face and that extends radially outwards from the hub of the disk towards the rim, and that surrounds a radially inner part of each of the orifices of the web, at a distance. the web comprising an upstream face and a downstream face, each of the upstream face or downstream face extending in a radial plane relative to the main axis of the disk, and a plurality of orifices through which bolts (32, 34) are to pass for the attachment of at least one annular flange forming part of another adjacent rotor disk on either the upstream face or the downstream face of the web, or on both faces, wherein said upstream face and/or said downstream face of the web comprises a globally annular shaped indentation, the bottom of which is set back along the axial direction inwards into the web, relative to the remaining part of said upstream face and/or said downstream face and that extends radially outwards from the hub of the disk towards the rim, and that surrounds a radially inner part of each of the orifices of the web, at a distance.
A furnace for removing impurities from metal melts, preferably aluminum or copper-based, wherein the heatable furnace vessel is equipped with a refractory lining, has a U-shaped cross-section as well as a furnace inner space and the furnace vessel is disposed so as to be pivotable from a vertical starting position (90° position) around a rotational axis to a horizontal position (0° position) and back to the starting position, characterized in that the furnace vessel comprises an inlet opening at one of the two narrow sides and an outlet opening for the cleaned melt at the other opposite narrow side, which are disposed at the height of the rotational axis, and in its starting position the furnace inner space is divided into two sections (21, 22) by means of at least one provided weir, wherein the weir comprises a passage opening for the melt in its bottom area and extends in height at least beyond the rotational axis of the furnace vessel, and a gutter-shaped channel, which is configured for the flow of the metal melts in the horizontal position of the furnace vessel, is arranged in the inner space of the furnace along one of the longitudinal sides in the refractory lining, and means (26, 27) for supplying purge gas are disposed in the bottom area in the starting position of the furnace vessel.
A reception device configured to receive digital video broadcast - terrestrial signals compliant with a DVB-T2 standard, the signals including at least two different profiles including a first profile and a second profile, and to perform a channel scanning process for each of a plurality of reception frequency bands, and for each of the plurality of reception frequency bands, to demodulate a signal having the first profile which is a first received profile or a predetermined profile, and if the second profile is detected, to demodulate a signal having the second profile, or if the second profile is not detected, to skip the demodulating process for the second profile at a current frequency band. to receive digital video broadcast - terrestrial signals compliant with a DVB-T2 standard, the signals including at least two different profiles including a first profile and a second profile, and to perform a channel scanning process for each of a plurality of reception frequency bands, and for each of the plurality of reception frequency bands, to demodulate a signal having the first profile which is a first received profile or a predetermined profile, and if the second profile is detected, to demodulate a signal having the second profile, or if the second profile is not detected, to skip the demodulating process for the second profile at a current frequency band.
A composition for use in the treatment of Amyotrophic Lateral Sclerosis ("ALS") or a related disorder selected from Primary Lateral Sclerosis, Progressive Muscular Atrophy, Pseudobulbar Palsy and Progressive Bulbar Palsy and Fronto Temporal Dementia, comprising (i) acamprosate, or a salt thereof, or a sustained-release formulation thereof, and (ii) baclofen, or a salt thereof, or a sustained-release formulation thereof.
An apparatus (30, 50) for modulating one or more nerves within a body of a patient, the apparatus comprising: a source of energy configured for generating an electric field; a plurality of electrodes (45, 345) coupled to the source of energy; an interface (351, 42) coupled to the electrodes and configured for positioning against an outer skin surface of the patient, wherein the interface comprises two membranes and the apparatus further comprises two corresponding electrodes, and wherein the two corresponding electrodes are spaced from each membrane by about 0.25 to 4 times the diameter of the corresponding membrane; a conductive medium electrically coupling the electrodes with the interface; a housing having an outer enclosure enclosing the electrodes and the conductive medium, wherein at least a portion of the outer enclosure comprises the interface, and wherein the source of energy is configured to deliver one or more electrical impulses from the electrodes through the conductive medium to the interface, and the outer skin surface to a nerve at a target region within the patient. a source of energy configured for generating an electric field; a plurality of electrodes (45, 345) coupled to the source of energy; an interface (351, 42) coupled to the electrodes and configured for positioning against an outer skin surface of the patient, wherein the interface comprises two membranes and the apparatus further comprises two corresponding electrodes, and wherein the two corresponding electrodes are spaced from each membrane by about 0.25 to 4 times the diameter of the corresponding membrane; a conductive medium electrically coupling the electrodes with the interface; a housing having an outer enclosure enclosing the electrodes and the conductive medium, wherein at least a portion of the outer enclosure comprises the interface, and wherein the source of energy is configured to deliver one or more electrical impulses from the electrodes through the conductive medium to the interface, and the outer skin surface to a nerve at a target region within the patient.
A mechanical connection arrangement for panels (1, 2), comprising a first panel, a second panel and a mechanical locking device for locking the first panel to the second panel, wherein a surface of the first panel and a surface of the second panel are parallel and in contact in a locked position of the first and second panels (1, 2), the mechanical locking device comprising at least one rod-shaped element at said surface of the first panel and at least one corresponding insertion recess at said surface of the second panel, wherein the rod-shaped element is configured to be inserted in the insertion recess, a lateral surface of the rod-shaped element extends at a first angle (α) from the surface of the first panel, a lateral surface of the insertion recess extends into the second panel at a second angle (β) from the surface of the second panel, characterized in that a difference between the first angle (α) and the second angle (β) is in a range of about 0.5° to about 6° in an unlocked position of the first and second panels (1, 2), wherein the rod-shaped element and the insertion recess are configured such that a difference between the first angle (α) and the second angle (β) is smaller in the locked position compared to when in the unlocked position, wherein the first panel further comprises a second rod-shaped element extending at the same angle as said rod-shaped element, wherein the second rod-shaped element is shorter than said rod-shaped element..
A method for the manufacture of a concrete building product comprising the steps of: a) admixing a cementitious composition comprising: water, sand, pigment, reactive fine filler, cement and additives; b) feeding the mixed cementitious composition into a re-usable mould to form green-state building product; c) curing the green-state building product in a curing station; d) de-moulding the cured building product, e) conveying the cured building product through a surface preparation zone where the upper surface, in use, of the product is prepared to facilitate subsequent application thereto of a surface coating; f) conveying the cured building product through a coating zone where the cured building product is provided with a surface coating on its prepared upper surface, and g) the surface preparation of said upper surface includes the application of a primer coat thereto, characterised in that in step a): a1) the water, sand, pigment, reactive fine filler, cement and an air entraining agent are mixed under atmospheric pressure; and, a2) a super-plasticiser is then added to the cementitious composition, which is thereafter mixed in a second step in a partial vacuum. a) admixing a cementitious composition comprising: water, sand, pigment, reactive fine filler, cement and additives; b) feeding the mixed cementitious composition into a re-usable mould to form green-state building product; c) curing the green-state building product in a curing station; d) de-moulding the cured building product, e) conveying the cured building product through a surface preparation zone where the upper surface, in use, of the product is prepared to facilitate subsequent application thereto of a surface coating; f) conveying the cured building product through a coating zone where the cured building product is provided with a surface coating on its prepared upper surface, and g) the surface preparation of said upper surface includes the application of a primer coat thereto, a1) the water, sand, pigment, reactive fine filler, cement and an air entraining agent are mixed under atmospheric pressure; and, a2) a super-plasticiser is then added to the cementitious composition, which is thereafter mixed in a second step in a partial vacuum.
A financial transaction network in which at least one first host computer system is at least temporarily connected to at least one second host computer system comprising one or more interlinked hosting platforms which are at least temporarily connected to at least one front end terminal, and wherein the connections between the first host computer system and each second host computer system, and between each second host computer system and each front end terminal is one or more optical fiber channels, wherein the communication data and/or the key data between the first host computer system and the second host computer system is encrypted utilizing a one time pad key and a quantum key distribution protocol, wherein the communication data and/or the key data between the second host computer system and the front end terminal is encrypted utilizing a one time pad key and a quantum key distribution protocol, wherein the second host computer system comprises an optical devices module for the communication between the second host computer system and the first host computer system and an optical devices module for the communication between the second host computer system and the front end terminal, wherein for the communication between the front end terminal and the first host computer system an optical channel is provided between the two optical devices modules present in the second host computer system.
An antibody or an antigen binding fragment thereof capable of specific binding to kidney associated antigen 1 (KAAG1) having the amino acid sequence set forth in SEQ ID NO.: 2 for use in the treatment of renal papillary cell carcinoma comprising tumor cells expressing SEQ ID NO.:2.