mhurhangee/patent-ind-claim-en huggingface dataset:
A brake release mechanism for a spring brake actuator , in particular a parking or emergency spring brake actuator for use in a commercial vehicle, said release mechanism comprising: - a brake release bolt having a threaded portion , - a running nut engaging the threaded portion , said running nut being adapted to axially travel along the threaded portion in order to move a spring brake actuator piston against a force of an actuator power spring , - an indicator device comprising an indicator pin being at least partially accommodated in a receiving space of the release bolt , wherein the indicator device further comprises a pin actuator for axially moving the pin relative to the receiving space , wherein the pin actuator comprises an indicator cap being attached to the pin , the indicator cap comprising a basic body and at least one spacing element being attached to the basic body , the spacing element being configured to abut against the running nut wherein the brake release bolt comprises a spring element forcing the indicator pin towards a first direction and a locking piece being attached to the bolt , the pin actuator being configured to abut against the locking piece to limit a motion distance (d) of the pin in the first direction , characterized in that the indicator cap comprises 2-7 spacing elements , preferably 3 spacing elements and that the locking piece comprises at least one aperture for accommodating and guiding the spacing elements of the indicator cap . - a brake release bolt having a threaded portion , - a running nut engaging the threaded portion , said running nut being adapted to axially travel along the threaded portion in order to move a spring brake actuator piston against a force of an actuator power spring , - an indicator device comprising an indicator pin being at least partially accommodated in a receiving space of the release bolt , wherein the indicator device further comprises a pin actuator for axially moving the pin relative to the receiving space , wherein the pin actuator comprises an indicator cap being attached to the pin , the indicator cap comprising a basic body and at least one spacing element being attached to the basic body , the spacing element being configured to abut against the running nut wherein the brake release bolt comprises a spring element forcing the indicator pin towards a first direction and a locking piece being attached to the bolt , the pin actuator being configured to abut against the locking piece to limit a motion distance (d) of the pin in the first direction , characterized in that the indicator cap comprises 2-7 spacing elements , preferably 3 spacing elements and that the locking piece comprises at least one aperture for accommodating and guiding the spacing elements of the indicator cap .
System having a device for receiving a disposable bag , comprising: - a receptacle with a receptacle interior to receive the disposable bag , - a hollow temperature control wall that at least partially surrounds the receptacle interior of the receptacle and - a controller, by means of which the pressure of a temperature control medium arranged in the hollow temperature control wall is controlled and/or adjusted to at most about 1 bar, wherein the temperature control medium for controlling the temperature of the receptacle interior is accommodated in the hollow temperature control wall at a pressure of at most about 1 bar. - a receptacle with a receptacle interior to receive the disposable bag , - a hollow temperature control wall that at least partially surrounds the receptacle interior of the receptacle and - a controller, by means of which the pressure of a temperature control medium arranged in the hollow temperature control wall is controlled and/or adjusted to at most about 1 bar,
Device for controlling the oil temperature of an oil-injected compressor installation or vacuum pump with a compressor element that is provided with a gas inlet and an outlet for compressed gas that is connected to an oil separator that is connected by means of an injection pipe to the aforementioned compressor element , and whereby a cooler is affixed in a part of the injection pipe that can be bypassed by means of a bypass pipe , characterised in that the device is provided with an extra pipe that is intended to be connected in parallel with the bypass pipe and the cooler , and in which an energy recovery system can be connected, and that the device is provided with flow distribution means through the cooler , the bypass pipe and the extra pipe , and a controller for controlling these temperature (T out ) control means at the aforementioned outlet of the compressor element .
A fin of a heat exchanger comprising: a substrate including aluminum or an aluminum alloy, the substrate having a plurality of holes or a plurality of cutout portions in which a plurality of heat transfer tubes are to be disposed respectively; characterized in that the fin comprises an organic layer having a first organic layer , a second organic layer , and a third organic layer , wherein the second organic layer and the first organic layer are disposed on an end face of the substrate in order from a substrate side, the third organic layer , the second organic layer , and the first organic layer are disposed on a surface of the substrate in order from the substrate side, and the second organic layer and the first organic layer continuously cover the end face of the substrate and a surface of the third organic layer . a substrate including aluminum or an aluminum alloy, the substrate having a plurality of holes or a plurality of cutout portions in which a plurality of heat transfer tubes are to be disposed respectively; characterized in that the fin comprises an organic layer having a first organic layer , a second organic layer , and a third organic layer , wherein the second organic layer and the first organic layer are disposed on an end face of the substrate in order from a substrate side, the third organic layer , the second organic layer , and the first organic layer are disposed on a surface of the substrate in order from the substrate side, and the second organic layer and the first organic layer continuously cover the end face of the substrate and a surface of the third organic layer .
Motor vehicle comprising an in-vehicle climate control device , said climate control device comprising: - a climate setting module for adjusting at least one climate parameter inside the motor vehicle , said climate setting module comprising a ventilation duct unit having a vent element , said ventilation duct unit forming an air passage for air from the inside of the climate setting module into the in-cabin room of the vehicle via the vent element , - a display module that is constructed to display a graphical content, whereby said display module at least partially forms an outer wall of the vent element , - a control unit that is configured to determine (S1) a value of the at least one climate parameter being adjusted by the climate setting module ; assign (S2) an image parameter to each climate parameter; determine (S3) a value of said assigned image parameter depending on the determined value of the respective climate parameter to represent said determined value of said respective climate parameter; provide (S4) an image signal describing a graphical element , said graphical element being an image representing said determined value of said respective climate parameter; and transmit (S5) said provided image signal to the display module , characterised in that said display module extends from a front seat area to the back seat area of the motor vehicle's interior, and said image is an abstract image of a temperature, an air flow , an air quality, an air filter function, an air draft, and/or an air ionization function. - a climate setting module for adjusting at least one climate parameter inside the motor vehicle , said climate setting module comprising a ventilation duct unit having a vent element , said ventilation duct unit forming an air passage for air from the inside of the climate setting module into the in-cabin room of the vehicle via the vent element , - a display module that is constructed to display a graphical content, whereby said display module at least partially forms an outer wall of the vent element , - a control unit that is configured to determine (S1) a value of the at least one climate parameter being adjusted by the climate setting module ; assign (S2) an image parameter to each climate parameter; determine (S3) a value of said assigned image parameter depending on the determined value of the respective climate parameter to represent said determined value of said respective climate parameter; provide (S4) an image signal describing a graphical element , said graphical element being an image representing said determined value of said respective climate parameter; and transmit (S5) said provided image signal to the display module , characterised in that said display module extends from a front seat area to the back seat area of the motor vehicle's interior, and said image is an abstract image of a temperature, an air flow , an air quality, an air filter function, an air draft, and/or an air ionization function.
Hydraulic arrangement for managing fluid level in a tank configured to store oil for the operation of at least one hydraulic circuit of an off-road vehicle, said hydraulic arrangement comprising: - a first pump configured to suck oil from a source of oil towards a transmission hydraulic circuit of said vehicle via a related conduit , said source being the discharge of said transmission hydraulic circuit , - a second pump configured to suck oil from said tank towards said hydraulic circuits , - a spilling conduit fluidly connecting said conduit with said tank for allowing a part of fluid sucked by said first pump to fill said tank , - a first filter fluidly interposed in said spilling conduit configured to filter oil before its entering into said tank - a level management module configured to maintain the pressure of oil into said tank below a predetermined pressure threshold and, if said pressure increases, to drain the excessive oil into said source . - a first pump configured to suck oil from a source of oil towards a transmission hydraulic circuit of said vehicle via a related conduit , said source being the discharge of said transmission hydraulic circuit , - a second pump configured to suck oil from said tank towards said hydraulic circuits , - a spilling conduit fluidly connecting said conduit with said tank for allowing a part of fluid sucked by said first pump to fill said tank , - a first filter fluidly interposed in said spilling conduit configured to filter oil before its entering into said tank - a level management module configured to maintain the pressure of oil into said tank below a predetermined pressure threshold and, if said pressure increases, to drain the excessive oil into said source .
A downhill grip for a bicycle, comprising an inner sleeve , a grip element enclosing the inner sleeve , and only a sole fixing element connectible to the inner sleeve , for fixing the bicycle grip to a bicycle handlebar, wherein the fixing element is arranged on an inner side of the bicycle grip and at least partially surrounds a clamping region of the inner sleeve for clamping the inner sleeve on the bicycle handlebar, characterized in that the grip element is designed to be substantially rotationally symmetric with respect to a grip longitudinal axis over its entire length, wherein tabs and protrusions can be connected with the grip element in the region of the fixing element and the grip element has a larger circumference in an outer region than in an inner region so that the grip element has a conically tapering shape from the outer region to the inner region , the inner portion being gripped by the thumb and the index finger and the outer portion being gripped by the small finger. an inner sleeve , a grip element enclosing the inner sleeve , and only a sole fixing element connectible to the inner sleeve , for fixing the bicycle grip to a bicycle handlebar, wherein the fixing element is arranged on an inner side of the bicycle grip and at least partially surrounds a clamping region of the inner sleeve for clamping the inner sleeve on the bicycle handlebar, characterized in that the grip element is designed to be substantially rotationally symmetric with respect to a grip longitudinal axis over its entire length, wherein tabs and protrusions can be connected with the grip element in the region of the fixing element and the grip element has a larger circumference in an outer region than in an inner region so that the grip element has a conically tapering shape from the outer region to the inner region , the inner portion being gripped by the thumb and the index finger and the outer portion being gripped by the small finger.
A composition for production of an artificially engineered immune cell having at least one artificially engineered immune regulatory gene selected from Dgka gene and Dgk^ gene, comprising: one or more guide nucleic acids or nucleic acids encoding the same; and an editor protein or a nucleic acid encoding the same, wherein the editor protein is Streptococcus pyogenes-derived Cas9 protein, wherein the guide nucleic acid and the editor protein are capable of forming a guide nucleic acid-editor protein complex, and the guide nucleic acid-editor protein complex is capable of inducing one or more indels in a nucleic acid sequence of any one or more of Dgka gene and Dgk^ζ gene of an immune cell, and wherein the guide nucleic acid has a sequence capable of targeting a target sequence selected from SEQ ID NOs: 19, 20, 21, and 23 in an exon region of Dgka gene, or the target sequence selected from SEQ ID NOs: 109, 110, 111, 112, 113, 116, 120, 121, and 123 in an exon region of Dgkζ gene. one or more guide nucleic acids or nucleic acids encoding the same; and an editor protein or a nucleic acid encoding the same, wherein the editor protein is Streptococcus pyogenes-derived Cas9 protein, wherein the guide nucleic acid and the editor protein are capable of forming a guide nucleic acid-editor protein complex, and the guide nucleic acid-editor protein complex is capable of inducing one or more indels in a nucleic acid sequence of any one or more of Dgka gene and Dgk^ζ gene of an immune cell, and wherein the guide nucleic acid has a sequence capable of targeting a target sequence selected from SEQ ID NOs: 19, 20, 21, and 23 in an exon region of Dgka gene, or the target sequence selected from SEQ ID NOs: 109, 110, 111, 112, 113, 116, 120, 121, and 123 in an exon region of Dgkζ gene.
Assembly of a vehicle structure and a headlight, having a dimensionally stable, box-shaped housing ; a light unit disposed in the housing ; a translucent front pane sealing the housing towards the front relative to the direction of travel; mountings provided on the housing for connecting the housing to the vehicle structure as well as impact protection integrated in the housing ; wherein the impact protection is configured as a rupture device which has at least one strip-shaped, flexurally sensitive region of reduced wall thickness configured in the wall of the housing , and the flexurally sensitive region at least partially extends approximately transversely to the direction of the potential impact loading, and a rupture element supported against the vehicle structure is provided on at least one point of the flexurally sensitive region; wherein targeted continuous rupturing of the flexurally sensitive region is able to be achieved by means of the rupture element ; wherein the rupture element is configured as a flexurally rigid foot and the one end of the foot is fixedly connected to the outer face of the housing wall, and the other end is supported against the vehicle structure, characterized in that the end of the flexurally rigid foot supported against the vehicle structure has a rounded head which is located in a depression of a component of the vehicle structure and in the event of an impact is pivotably guided in the depression .
Self-ventilated electrodynamic rotary machine having a housing which at least partially axially encloses the rotary machine , wherein the electrodynamic rotary machine has a drive side and a ventilation side, wherein on the ventilation side at least one fan is connected in a rotationally fixed manner to a shaft and generates a main air flow when said shaft rotates about an axis , wherein the fan is provided with a cover which directs the main cooling air flow generated by the fan onto the housing , wherein means are provided on the cover for at least improving the cooling of the housing, wherein these means have at least one air guide element which provides an additional cooling air flow , characterised in that the air guide element , viewed in the circumferential direction, is of segmented design and is detachably fixed to the cover , wherein the cover and the air guide element(s) are separate parts that can be retrofitted to the cover depending on the thermal requirements of the electrical machine .
A transdermal drug delivery system consisting of, a backing layer; a drug-containing matrix layer; and a release layer, wherein the drug-containing matrix layer comprises (a) donepezil or a pharmaceutically acceptable salt thereof as an active ingredient in an amount ranging from 5 to 40 % by weight, based on the total weight of the drug-containing matrix layer; and (b) an acrylate-rubber hybrid as an adhesive in an amount ranging from 60 to 90 % by weight, based on the total weight of the drug- containing matrix layer, wherein the acrylate-rubber hybrid is an acrylic polymer comprising a C 4 ∼ C 18 alkyl acrylate monomer grafted with a rubber macromer having a glass transition temperature of not more than -30°C. (a) donepezil or a pharmaceutically acceptable salt thereof as an active ingredient in an amount ranging from 5 to 40 % by weight, based on the total weight of the drug-containing matrix layer; and (b) an acrylate-rubber hybrid as an adhesive in an amount ranging from 60 to 90 % by weight, based on the total weight of the drug- containing matrix layer, wherein the acrylate-rubber hybrid is an acrylic polymer comprising a C 4 ∼ C 18 alkyl acrylate monomer grafted with a rubber macromer having a glass transition temperature of not more than -30°C.
An aerosol generating device comprising: a cartridge configured to store an aerosol generating material; and a main body configured to accommodate the cartridge , wherein the cartridge comprises: a housing that includes an accommodation space that is configured to accommodate the aerosol generating material; and at least one resistance element (520; 520a-d) that passes through the housing in a thickness direction of the housing , and the main body comprises at least one contact element that is configured to be electrically connected to the at least one resistance element (520; 520a-d) in a case where the cartridge is accommodated in the main body , wherein the aerosol generating device further comprises a processor configured to estimate a remaining amount of the aerosol generating material based on a resistance change amount of the at least one resistance element (520; 520a-d) due to a current applied to the at least one resistance element (520; 520a-d) through the at least one contact element . a cartridge configured to store an aerosol generating material; and a main body configured to accommodate the cartridge , wherein the cartridge comprises: a housing that includes an accommodation space that is configured to accommodate the aerosol generating material; and at least one resistance element (520; 520a-d) that passes through the housing in a thickness direction of the housing , and a housing that includes an accommodation space that is configured to accommodate the aerosol generating material; and at least one resistance element (520; 520a-d) that passes through the housing in a thickness direction of the housing , and the main body comprises at least one contact element that is configured to be electrically connected to the at least one resistance element (520; 520a-d) in a case where the cartridge is accommodated in the main body , wherein the aerosol generating device further comprises a processor configured to estimate a remaining amount of the aerosol generating material based on a resistance change amount of the at least one resistance element (520; 520a-d) due to a current applied to the at least one resistance element (520; 520a-d) through the at least one contact element .
A method for producing a molded body comprising (a) a step for press-molding a mixture comprising hydraulic lime and water at a pressure of 5 N/mm 2 or greater and (b) a step for submitting the press-molded body obtained in (a) to carbon dioxide gas curing.
Self-propelled construction machine , in particular road milling machine, recycler, stabilizer or surface miner, comprising - a machine frame , - at least three travelling devices , - at least one working device , in particular a milling drum, for working the ground pavement , - at least one profile sensor device for measuring at least one ground pavement profile extending transverse to the direction of travel (F), wherein the profile sensor device is arranged in front of the working device as seen in the direction of travel (F), - an evaluation device and a storage device connected to the same, wherein the evaluation device is connected to the profile sensor device and the ground pavement profile data measured by the profile sensor device are stored in the storage device, characterized in that the profile sensor device measures ground pavement data in at least one first location (X), wherein at least one second sensor device is provided which, after the construction machine has travelled a section corresponding to the distance (d) between the working device and the profile sensor device , determines, in the first location (X), at least one distance value between the ground surface and the working device , wherein the evaluation device references the ground pavement profile data stored in the storage device measured in the at least one first location (X) to the at least one distance value measured in the first location by means of the second sensor device . - a machine frame , - at least three travelling devices , - at least one working device , in particular a milling drum, for working the ground pavement , - at least one profile sensor device for measuring at least one ground pavement profile extending transverse to the direction of travel (F), wherein the profile sensor device is arranged in front of the working device as seen in the direction of travel (F), - an evaluation device and a storage device connected to the same, wherein the evaluation device is connected to the profile sensor device and the ground pavement profile data measured by the profile sensor device are stored in the storage device, the profile sensor device measures ground pavement data in at least one first location (X), wherein at least one second sensor device is provided which, after the construction machine has travelled a section corresponding to the distance (d) between the working device and the profile sensor device , determines, in the first location (X), at least one distance value between the ground surface and the working device , wherein the evaluation device references the ground pavement profile data stored in the storage device measured in the at least one first location (X) to the at least one distance value measured in the first location by means of the second sensor device .