mhurhangee/ep-ind-claims huggingface dataset:
A control pedal for a vehicle comprising: a pedal body having a single anchoring hole, a pedal arm comprising in its bottom part a pad and in the top part a pin for anchoring to the anchoring hole, wherein said pedal body comprises fixing means for fixing the body itself, which means enable the pedal body to turn in response to a pressure load on the pedal arm, said load bringing about actuation of an actuation fork, and wherein said pedal further comprises a mechanism for adjusting the height of the pedal arm from the floor of the vehicle, wherein controlled sliding means, acting on which is a drawing slide associated to the pedal arm, determine adjustment of said height and wherein said sliding means are set substantially parallel to the pedal arm, characterized in that the movement of the slide along said sliding means causes rotation of the pedal arm about the anchoring pin, thus varying the height thereof with respect to the floor of the vehicle, and in that said slide is constrained to the pedal arm by interposition of two connecting rods or of an engagement fork constrained by corresponding engagement pins (9,11) to the slide and to the pedal arm. a pedal body having a single anchoring hole, a pedal arm comprising in its bottom part a pad and in the top part a pin for anchoring to the anchoring hole, wherein said pedal body comprises fixing means for fixing the body itself, which means enable the pedal body to turn in response to a pressure load on the pedal arm, said load bringing about actuation of an actuation fork, and wherein said pedal further comprises a mechanism for adjusting the height of the pedal arm from the floor of the vehicle, wherein controlled sliding means, acting on which is a drawing slide associated to the pedal arm, determine adjustment of said height and wherein said sliding means are set substantially parallel to the pedal arm, characterized in that the movement of the slide along said sliding means causes rotation of the pedal arm about the anchoring pin, thus varying the height thereof with respect to the floor of the vehicle, and in that said slide is constrained to the pedal arm by interposition of two connecting rods or of an engagement fork constrained by corresponding engagement pins (9,11) to the slide and to the pedal arm. the movement of the slide along said sliding means causes rotation of the pedal arm about the anchoring pin, thus varying the height thereof with respect to the floor of the vehicle, and in that said slide is constrained to the pedal arm by interposition of two connecting rods or of an engagement fork constrained by corresponding engagement pins (9,11) to the slide and to the pedal arm.
A process for preparing an inert anode material or inert cathode coating material for aluminium electrolysis, which includes the following steps: A) putting aluminium into a reactor, injecting an inert gas to the reactor after vacuumizing, heating the reactor to a temperature of between 700 and 800 DEG C, adding the mixture of dried fluoroborate and fluorotitanate in the reactor and stirring quickly to enable a reaction for 4 to 6 hours to form titanium boride and cryolite, then isolating the titanium boride; and B) melting the obtained titanium boride with a carbon material, tamping the melt liquid on a carbon cathode surface, sintering the carbon cathode surface to form the inert cathode coating material for aluminium electrolysis; or, mixing the obtained titanium boride with the carbon material evenly, then high-pressure moulding the mixture, and finally sintering the moulded mixture at a high temperature to form the inert anode material for aluminium electrolysis.
A flow meter comprising a measuring channel adapted to be inserted in a pipe through which fluid is flowing, in which measuring channel at least two ultrasonic sensors (6, 8) are arranged, wherein a reflector is arranged at a transverse wall of the measuring channel remote from the ultrasonic sensors (6, 8), the reflector having a deposition-resistant surface structure, characterized in that resistance to deposition of the reflector is achieved through a bionic structure.
Cosmetic and/or dermatological composition for topical application, intended to protect the skin, characterized in that it comprises an efficient amount of extracts of Anchusa, of poppy and Passiflora petals or petal mucilage, in association.
A hair trimming device comprising: a body with a cutting blade assembly, a cutting guide on the body, the position of the cutting guide being adjustable relative to the cutting blade assembly to provide a cutting distance from a user's skin to enable hair to be cut to a desired length, and a locking unit to lock the cutting guide at a desired position relative to the cutting blade assembly, wherein the locking unit comprises a first locking element, a second locking element and a plurality of receiving recess, wherein a ridge is formed between adjacent receiving recesses, the first and second locking elements being movable relative to each other to alternately locate in the receiving recesses when the position of the cutting guide is adjusted relative to the cutting blade assembly to lock the cutting guide at different positions, characterized in that the first and second locking elements (64, 65) are being alternately locatable on one of the ridges when the other of the first and second locking elements is received in one of the receiving recesses. a body with a cutting blade assembly, a cutting guide on the body, the position of the cutting guide being adjustable relative to the cutting blade assembly to provide a cutting distance from a user's skin to enable hair to be cut to a desired length, and a locking unit to lock the cutting guide at a desired position relative to the cutting blade assembly, wherein the locking unit comprises a first locking element, a second locking element and a plurality of receiving recess, wherein a ridge is formed between adjacent receiving recesses, the first and second locking elements being movable relative to each other to alternately locate in the receiving recesses when the position of the cutting guide is adjusted relative to the cutting blade assembly to lock the cutting guide at different positions, characterized in that the first and second locking elements (64, 65) are being alternately locatable on one of the ridges when the other of the first and second locking elements is received in one of the receiving recesses.
A lubricant additive concentrate comprising a mineral base oil component and a component or mixture of components selected from the group consisting of: (a) the aminoalkylphosphonic acid dialkyl ester N,N-bis(2-hydroxylethyl)aminomethylphosphonic acid diethyl ester having the formula: (b) the cyclized product N,N-bis(2-hydroxylethyl) aminomethylphosphonic acid diethyl ester having the formula: and a mixture of (a) and (b); wherein the aminoalkylphosphonic acid dialkyl ester is present in an amount of greater than 50 wt% based on the total weight percent of the additive concentrate and/or the cyclized product is present in an amount of greater than 20 wt% based on the total weight percent of the additive concentrate. (a) the aminoalkylphosphonic acid dialkyl ester N,N-bis(2-hydroxylethyl)aminomethylphosphonic acid diethyl ester having the formula: (b) the cyclized product N,N-bis(2-hydroxylethyl) aminomethylphosphonic acid diethyl ester having the formula: and a mixture of (a) and (b);
A light-emitting device comprising, in the order mentioned: a light-emitting layer containing two or more light-emitting portions, an interference layer, an intermediate layer, and and a fine concavo-convex pattern, wherein the interference layer is formed of 2 to 100 layers, is disposed over a second surface of the light-emitting layer which surface is opposite to a first surface of the light-emitting layer, and reflects, toward the first surface, light emitted from the light-emitting layer, wherein the fine concavo-convex pattern has a cross-sectional shape which has portions projected and recessed with respect to the light-emitting layer, and reflects light emitted from the light-emitting layer, and wherein at least part of the intermediate layer fills in the spaces of the concavo-convex pattern and has a refractive index of 0.9n to 2.0n, where n denotes a refractive index of the two or more light-emitting portions with respect to light which has a main light-emitting wavelength and is emitted from the light-emitting layer. a light-emitting layer containing two or more light-emitting portions, an interference layer, an intermediate layer, and and a fine concavo-convex pattern,
Pliers part comprising a storage device for the storage of at least one accessory part, where a) the pliers part comprises a base body and a lid, b) the base body comprises an open cross section which can at least partially be closed by the lid under the formation of an inner chamber and c) the accessory part is arranged in the inner chamber, characterised in that the accessory part is an exchangeable cutting element (10, 11), clamping element (20, 21) or pressing element which is held for the storage in the pliers part by the same holding mechanism in the inner chamber as being held in an operating position at a pliers head and/or the pliers part is a pliers head or a pliers jaw (3,4). a) the pliers part comprises a base body and a lid, b) the base body comprises an open cross section which can at least partially be closed by the lid under the formation of an inner chamber and c) the accessory part is arranged in the inner chamber,
Method for drilling an ophthalmic lens, comprising the following steps of: - storing the desired shape and dimensions of a drill hole (701; 702; 703) in the ophthalmic lens and the position at which this drill hole (701; 702; 703) opens onto one of the faces (11, 12) of the ophthalmic lens, - positioning a drilling tool opposite the stored position of the hole (701; 702; 703) to be drilled, - determining a control setpoint for the transverse movement and the axial feed of the drilling tool, and - drilling the ophthalmic lens in accordance with said control setpoint, characterized in that the control setpoint for the transverse movement and the axial feed of the drilling tool causes the tip of this drilling tool, during at least one drilling pass, to follow a helical or pseudo-helical trajectory (H; H1, H2; H3) depending on the desired shape and dimensions of the drill hole (701; 702; 703), and in that the axial feed of the tool during said drilling pass varies such that it is slower close to the faces (11, 12) of the ophthalmic lens than in the central part of the thickness of the ophthalmic lens. - storing the desired shape and dimensions of a drill hole (701; 702; 703) in the ophthalmic lens and the position at which this drill hole (701; 702; 703) opens onto one of the faces (11, 12) of the ophthalmic lens, - positioning a drilling tool opposite the stored position of the hole (701; 702; 703) to be drilled, - determining a control setpoint for the transverse movement and the axial feed of the drilling tool, and - drilling the ophthalmic lens in accordance with said control setpoint,
Method for baking bakery, Viennese pastry and pastry products, wherein: - dough pieces are deposited on a solid support plate; - said plate loaded with dough pieces is transferred to at least one baking chamber, through an inlet; wherein it consists in: - placing said plate on transport means being in the form of at least two endless chains, spaced apart laterally, leaving between them at least one heating space designed capable of permitting the direct heating by convection of at least the underside of the solid support plate; and - directly preheating from below said plate through each heating space, at the level of a preheating station located at the level of said inlet. - dough pieces are deposited on a solid support plate; - said plate loaded with dough pieces is transferred to at least one baking chamber, through an inlet; - placing said plate on transport means being in the form of at least two endless chains, spaced apart laterally, leaving between them at least one heating space designed capable of permitting the direct heating by convection of at least the underside of the solid support plate; and - directly preheating from below said plate through each heating space, at the level of a preheating station located at the level of said inlet.
Electrical installation switch with a modular construction comprising a supporting frame and comprising a base module, wherein the base module can be latched in at one of a plurality of latching locations in the supporting frame and is intended to receive a removable switching rocker and has, on the rocker side, a recess for receiving a lighting unit as withdrawable part, into the recess.
An apparatus comprising a processor coupled to a memory (152, 154) wherein the processor and the memory (152, 154) are configured to provide a rich execution environment and a trusted execution environment, wherein the memory and processes (122, 128, 140) in the trusted execution environment are protected from access or modification by applications (116, 117) executing within the rich execution environment, and wherein the processor is configured to: install, within the rich execution environment, a first client application, wherein the first client application comprises a signature generated based on a service provider private key; determine that the first client application requires services from a trusted application; send a request for installation of the trusted application to an outside entity; receive, within the rich execution environment, one or more messages, wherein the one or more messages comprise a service provider public key corresponding to the service provider private key, and data for installing the trusted application; securely transfer the one or more messages to the trusted execution environment; configure, within the trusted execution environment a security domain, wherein the security domain is associated with the service provider public key; install, within the trusted execution environment, the trusted application; associate the trusted application with the security domain; and configure an access control list within the security domain, wherein access to the trusted application is controlled by the access control list. install, within the rich execution environment, a first client application, wherein the first client application comprises a signature generated based on a service provider private key; determine that the first client application requires services from a trusted application; send a request for installation of the trusted application to an outside entity; receive, within the rich execution environment, one or more messages, wherein the one or more messages comprise a service provider public key corresponding to the service provider private key, and data for installing the trusted application; securely transfer the one or more messages to the trusted execution environment; configure, within the trusted execution environment a security domain, wherein the security domain is associated with the service provider public key; install, within the trusted execution environment, the trusted application; associate the trusted application with the security domain; and configure an access control list within the security domain, wherein access to the trusted application is controlled by the access control list.
Pet security device for vehicles, comprising a harness provided with straps, wherein the harness comprises: - two first straps, each of them including at one end a fastening element; - a second strap that crosses the first straps; and - a third strap, whose ends are attached to the ends of the second strap, the second strap has a U-shape, the central portion of the U-shape being attached to the first straps, and the third strap is attached to the ends of the first straps opposite to the fastening elements, characterized in that it also comprises a fourth strap that is detachably attached to the second strap on one end and that includes at other end a fastening element. - two first straps, each of them including at one end a fastening element; - a second strap that crosses the first straps; and - a third strap, whose ends are attached to the ends of the second strap, the second strap has a U-shape, the central portion of the U-shape being attached to the first straps, and the third strap is attached to the ends of the first straps opposite to the fastening elements, characterized in that it also comprises a fourth strap that is detachably attached to the second strap on one end and that includes at other end a fastening element. the second strap has a U-shape, the central portion of the U-shape being attached to the first straps, and the third strap is attached to the ends of the first straps opposite to the fastening elements, characterized in that it also comprises a fourth strap that is detachably attached to the second strap on one end and that includes at other end a fastening element.
Ventilation device for a battery, comprising: a housing configured for being attached to a battery casing in a sealing manner and comprising at least one lateral wall; a breathable filter configured for separating an interior of the battery casing from a breathing chamber within the housing; a venting membrane configured for separating the breathing chamber from an exterior environment in a gas tight manner; and a breathing sprout fluidly connecting the breathing chamber and the environment, bypassing the venting membrane, wherein a flow area of the venting membrane is at least two times larger than the flow area of the breathing sprout. a housing configured for being attached to a battery casing in a sealing manner and comprising at least one lateral wall; a breathable filter configured for separating an interior of the battery casing from a breathing chamber within the housing; a venting membrane configured for separating the breathing chamber from an exterior environment in a gas tight manner; and a breathing sprout fluidly connecting the breathing chamber and the environment, bypassing the venting membrane, wherein a flow area of the venting membrane is at least two times larger than the flow area of the breathing sprout.
An apparatus, including: a chassis; at least one backplane coupled to the chassis in a primarily horizontal orientation, wherein the at least one backplane is configured to be coupled to by at least one electronic component; and a power supply unit transversely mounted in the chassis and configured to supply electrical power to at least one electronic component coupled to the at least one backplane; wherein a length of the power supply unit runs transverse to a front of the chassis; and in operation an airflow through the power supply unit flows in a direction transverse to an airflow through the chassis the apparatus further comprising: an inlet plenum at a first end of the length of the power supply unit configured to direct air flowing perpendicular to the length of the power supply unit into a housing of the power supply unit; and an exit plenum at a second end of the length of the power supply unit configured to direct air exiting from the housing of the power supply unit into the airflow through the chassis; wherein airflows which are present during operation of the apparatus are provided to remove waste heat from the at least one electronic component. a chassis; at least one backplane coupled to the chassis in a primarily horizontal orientation, wherein the at least one backplane is configured to be coupled to by at least one electronic component; and a power supply unit transversely mounted in the chassis and configured to supply electrical power to at least one electronic component coupled to the at least one backplane; wherein a length of the power supply unit runs transverse to a front of the chassis; and in operation an airflow through the power supply unit flows in a direction transverse to an airflow through the chassis the apparatus further comprising: an inlet plenum at a first end of the length of the power supply unit configured to direct air flowing perpendicular to the length of the power supply unit into a housing of the power supply unit; and an exit plenum at a second end of the length of the power supply unit configured to direct air exiting from the housing of the power supply unit into the airflow through the chassis; an inlet plenum at a first end of the length of the power supply unit configured to direct air flowing perpendicular to the length of the power supply unit into a housing of the power supply unit; and an exit plenum at a second end of the length of the power supply unit configured to direct air exiting from the housing of the power supply unit into the airflow through the chassis; wherein airflows which are present during operation of the apparatus are provided to remove waste heat from the at least one electronic component.
Knitted fabric piece having a leg portion which is to be pulled over at least a portion of a leg, wherein in a worn position, on the inside of the leg portion having a peripheral portion, is provided at least one manually grippable pulling element (7, 7') for pulling the knitted fabric piece over the portion of the leg, wherein the leg portion is at least in portions embodied to be compressive, wherein the pulling element (7, 7') is embodied so as to encircle the circumference in an annular manner, wherein the annular pulling element (7, 7'), as well as the leg portion in a region overlapping the pulling element (7, 7'), is compressive, characterized in that the compressive annular pulling element (7, 7') is disposed on the inside at a longitudinal position which is spaced apart from an upper and a lower periphery of the leg portion.
An image forming apparatus that forms an image on a medium based on image data, the image forming apparatus comprising: a head unit that moves in a predetermined scanning direction and on which a first nozzle which discharges first ink (Mk) including a black color material, a second nozzle which discharges second ink (Lk) being a gray ink having higher brightness than that of the first ink, and a third nozzle which discharges third ink (MLk) being a gray ink having higher brightness than that of the first ink and the second ink are arrayed in the scanning direction; and a control portion that performs image forming processing which forms the image on the medium by discharging ink from the head unit and thus forming dot array while moving the head unit in the scanning direction, wherein the control portion is set to perform a conversion process which sets a type and an amount of the ink which is discharged from the head unit according to color data included in the image data and to use the first ink in combination with both the second ink and the third ink according to the color data of the darkest point in the conversion process. a head unit that moves in a predetermined scanning direction and on which a first nozzle which discharges first ink (Mk) including a black color material, a second nozzle which discharges second ink (Lk) being a gray ink having higher brightness than that of the first ink, and a third nozzle which discharges third ink (MLk) being a gray ink having higher brightness than that of the first ink and the second ink are arrayed in the scanning direction; and a control portion that performs image forming processing which forms the image on the medium by discharging ink from the head unit and thus forming dot array while moving the head unit in the scanning direction, wherein the control portion is set to perform a conversion process which sets a type and an amount of the ink which is discharged from the head unit according to color data included in the image data and to use the first ink in combination with both the second ink and the third ink according to the color data of the darkest point in the conversion process.