mhurhangee/patent-ind-claim-en huggingface dataset:
A pipe joint (100; 101) comprising: a cylindrical plug including a plug main body and a plug side rod case in which an in-plug passage is formed; a cylindrical socket in which a passage is formed; a plug side shutoff valve mounted in the plug and a socket side shutoff valve mounted in the socket for opening the passages (1A; 21A) of the plug and the socket when the plug is inserted into the socket and for shutting the passages (1A; 21A) of the plug and the socket when the plug is detached from the socket , wherein central axes of the passages of the plug and the socket do not form a straight line, and wherein the plug side shutoff valve comprises a plug side valve rod accommodated in the in-plug passage , characterised in that one end of the plug side valve rod is mounted against an elastic body , and another end of the plug side valve rod comprises a tapered locking portion which is locked by at least one locking ball accommodated in a locking ball channel formed at an end portion of the plug side rod case to open the plug side shutoff valve , when the plug and the socket are connected to each other. a cylindrical plug including a plug main body and a plug side rod case in which an in-plug passage is formed; a cylindrical socket in which a passage is formed; a plug side shutoff valve mounted in the plug and a socket side shutoff valve mounted in the socket for opening the passages (1A; 21A) of the plug and the socket when the plug is inserted into the socket and for shutting the passages (1A; 21A) of the plug and the socket when the plug is detached from the socket , wherein central axes of the passages of the plug and the socket do not form a straight line, and wherein the plug side shutoff valve comprises a plug side valve rod accommodated in the in-plug passage , characterised in that one end of the plug side valve rod is mounted against an elastic body , and another end of the plug side valve rod comprises a tapered locking portion which is locked by at least one locking ball accommodated in a locking ball channel formed at an end portion of the plug side rod case to open the plug side shutoff valve , when the plug and the socket are connected to each other.
Device for the controlled assistance of the grip, comprising - a first element wearable on a hand, and - a second element electrically connected to the first element characterized in that - the second element comprises o a ferromagnetic core whose opposite poles are connected to a pair of ferromagnetic plates inserted in the first element , and o an excitation coil comprising electrical conductors wrapped around said core, and in that the device further comprises - a power supply unit connected to said excitation coil for providing a supply voltage (V out ) at the terminals of the excitation coil , - a control unit adapted to control the supply voltage (V out ) delivered by said power supply unit . - a first element wearable on a hand, and - a second element electrically connected to the first element characterized in that - the second element comprises o a ferromagnetic core whose opposite poles are connected to a pair of ferromagnetic plates inserted in the first element , and o an excitation coil comprising electrical conductors wrapped around said core, o a ferromagnetic core whose opposite poles are connected to a pair of ferromagnetic plates inserted in the first element , and o an excitation coil comprising electrical conductors wrapped around said core, - a power supply unit connected to said excitation coil for providing a supply voltage (V out ) at the terminals of the excitation coil , - a control unit adapted to control the supply voltage (V out ) delivered by said power supply unit .
A head-mount type display device , for use as a head-mount type vision testing device mounted on a user's head , comprising: a device main body having a display device for displaying an image for the user, and an imaging device for imaging an eyeball of the user; a mounting fixture for mounting the device main body on the user's head ; and a controller configured to display an image of the eyeball imaged by the imaging device on the display device , in order that the user can recognize a positional displacement state of an eyeball caused by a positional displacement of the device main body mounted on the user's head using the mounting fixture . a device main body having a display device for displaying an image for the user, and an imaging device for imaging an eyeball of the user; a mounting fixture for mounting the device main body on the user's head ; and a controller configured to display an image of the eyeball imaged by the imaging device on the display device , in order that the user can recognize a positional displacement state of an eyeball caused by a positional displacement of the device main body mounted on the user's head using the mounting fixture .
An ablation device comprising: a body having a lumen for receiving a distal end of an endoscope ; a cover portion extending from a side of the body, the cover portion defining a recess between the cover portion and the body; an electrode platform having at least one electrode positioned thereon, the electrode platform movable between a covered position, where the at least one electrode is covered by the cover portion, and an exposed position, where the at least one electrode is at least partially exposed beyond the cover portion; and, at least one vacuum port formed in the electrode platform . a body having a lumen for receiving a distal end of an endoscope ; a cover portion extending from a side of the body, the cover portion defining a recess between the cover portion and the body; an electrode platform having at least one electrode positioned thereon, the electrode platform movable between a covered position, where the at least one electrode is covered by the cover portion, and an exposed position, where the at least one electrode is at least partially exposed beyond the cover portion; and, at least one vacuum port formed in the electrode platform .
An optical coupling apparatus, comprising: a monochromatic light source , configured to emit monochromatic light; a monochromatic light photodetector , configured to receive the monochromatic light; and a monochromatic light transmission medium (12; 22), wherein at least a portion of the monochromatic light transmission medium (12; 22) is disposed between the monochromatic light source and the monochromatic light photodetector , and the monochromatic light is transmitted to the monochromatic light photodetector via the monochromatic light transmission medium (12; 22), wherein a wavelength of the monochromatic light is shorter than a wavelength of infrared light, characterized in that a permittivity of the monochromatic light transmission medium (12; 22) is greater than or equal to a first predetermined permittivity threshold. a monochromatic light source , configured to emit monochromatic light; a monochromatic light photodetector , configured to receive the monochromatic light; and a monochromatic light transmission medium (12; 22), wherein at least a portion of the monochromatic light transmission medium (12; 22) is disposed between the monochromatic light source and the monochromatic light photodetector , and the monochromatic light is transmitted to the monochromatic light photodetector via the monochromatic light transmission medium (12; 22), wherein a wavelength of the monochromatic light is shorter than a wavelength of infrared light, characterized in that a permittivity of the monochromatic light transmission medium (12; 22) is greater than or equal to a first predetermined permittivity threshold.
A method of controlling at least one cooling fan of a cooling system to direct ambient air in accordance with at least one inlet in a main frame of a self-propelled vehicle , each of the at least one cooling fan operable in a first direction and an opposing second direction, the method comprising the steps of: obtaining perception data from a perception system supported by the main frame, characterised by the perception data corresponding to a field of vision which includes one or more of the at least one inlet and at least a portion of an associated working area ; automatically determining one or more characteristics relating to contamination of the cooling system, based at least on the provided perception data ; and generating output signals to one or more of the at least one cooling fan based on at least one of the determined one or more contaminant characteristics , wherein the one or more output signals are generated to dynamically modify a maximum operating speed , a fan direction , a frequency of fan direction reversal or a duration of fan direction reversal for the one or more of the at least one cooling fan based on at least one of the determined one or more contaminant characteristics. obtaining perception data from a perception system supported by the main frame, characterised by the perception data corresponding to a field of vision which includes one or more of the at least one inlet and at least a portion of an associated working area ; automatically determining one or more characteristics relating to contamination of the cooling system, based at least on the provided perception data ; and generating output signals to one or more of the at least one cooling fan based on at least one of the determined one or more contaminant characteristics , wherein the one or more output signals are generated to dynamically modify a maximum operating speed , a fan direction , a frequency of fan direction reversal or a duration of fan direction reversal for the one or more of the at least one cooling fan based on at least one of the determined one or more contaminant characteristics.
A biowaste collection system comprising a vehicle such as a truck having a chassis fitted with a tank for storing biowaste and a hopper for receiving said waste, and a washing module having means for washing the container, the washing means and the receiving hopper being arranged in two separate and adjacent areas on the chassis of a treatment space of the truck , means for separating said areas being fitted on the one hand with means for securing containers in a tilted emptying position and on the other hand with means for moving the containers secured to the separating means on the chassis of the vehicle between two positions, above the washing means and above the receiving hopper respectively, and driving means rotating said separating means about a vertical axis in the treatment space of the truck , characterized in that: - said system has mechanical means for collecting biowaste containers having at least one gripping arm and suitable for moving each container between a location on the ground and at least one emptying position on the vehicle , - the receiving hopper is located in the vicinity of a first side wall of the vehicle comprising the gripping arm , and the washing means being positioned in the vicinity of a second side wall, - the separating means consist of a wall separating the areas of the washing means and the receiving hopper respectively when said wall is in a stable, immobile position, said wall being provided, on each of its faces, with means for securing a biowaste container , and - the containers are secured by the securing means at a height such that the opening thereof is positioned at a distance from the chassis allowing the opening of a hinged closure cover. - said system has mechanical means for collecting biowaste containers having at least one gripping arm and suitable for moving each container between a location on the ground and at least one emptying position on the vehicle , - the receiving hopper is located in the vicinity of a first side wall of the vehicle comprising the gripping arm , and the washing means being positioned in the vicinity of a second side wall, - the separating means consist of a wall separating the areas of the washing means and the receiving hopper respectively when said wall is in a stable, immobile position, said wall being provided, on each of its faces, with means for securing a biowaste container , and - the containers are secured by the securing means at a height such that the opening thereof is positioned at a distance from the chassis allowing the opening of a hinged closure cover.
Method for communicating, to a remote equipment (DSRV), information relating to conditions of operation of a local equipment (STBN), said method comprising: - a step of software configuration of a computation unit of the local equipment capable of executing a plurality of computation operations by incorporation of a series of computation functions having at least one primitive parameter (Di) for a variable, - a step of measurement, by said local equipment, of at least one value of said at least one primitive parameter representative of said conditions of operation, - a step of processing, by said local equipment, using said series of computation functions having said at least one measured value for variable and producing a result, - a step of transmission, to said remote equipment, of a notification (Ntf(Di)) relating to said at least one primitive parameter and generated when said result conforms to a predetermined criterion, for said at least one given primitive parameter, said series of computation functions is generated from a predefined declination model relating to said given primitive parameter. - a step of software configuration of a computation unit of the local equipment capable of executing a plurality of computation operations by incorporation of a series of computation functions having at least one primitive parameter (Di) for a variable, - a step of measurement, by said local equipment, of at least one value of said at least one primitive parameter representative of said conditions of operation, - a step of processing, by said local equipment, using said series of computation functions having said at least one measured value for variable and producing a result, - a step of transmission, to said remote equipment, of a notification (Ntf(Di)) relating to said at least one primitive parameter and generated when said result conforms to a predetermined criterion, for said at least one given primitive parameter, said series of computation functions is generated from a predefined declination model relating to said given primitive parameter.
A porous tantalum rod comprising a fastening structure formed on one end of the porous tantalum rod, characterized in that , a through hole formed on the center of the porous tantalum rod; and the porous tantalum material used on the porous tantalum rod produced by foam impregnation and having a foam structure with three-dimensional interconnecting pores, wherein the foam structure has a foam skeleton, tantalum particles accumulated on the foam skeleton, and multiple sintering neck structures formed between the tantalum particles, wherein the porous tantalum material is produced by sintering the tantalum powder having an average diameter of less than 50μm and oxygen content less than 0.1%, wherein the produced porous tantalum material has 30-85% of porosity and 150-600μm of pore diameter, and the sintering neck structures are formed between at least 50%-95% of the tantalum particles.
A sealing assembly, enabling to fill and seal a reservoir of a disposable gas lighter or a gas reservoir for all type of lighter, comprising: - a reservoir body with a substantially cylindrical well provided in the reservoir body, having an inner wall , - a plug , intended to be received in said well, said plug having a front section and a rear section , the front section comprising radial projections and at least one recess to provide a fluid passage in a first axial position of the plug inserted in the well , the rear section having a circular bulge portion , and a weld portion adapted to be melted by welding, wherein the plug is adapted to be moved from the first axial position (P1) to a second axial position (P2) providing a temporary seal position in which a gastight contact is provided between the circular bulge portion of the plug and the inner wall of the well, and further from the second axial position (P2) to a third axial position (P3) providing a definitive seal position, wherein the weld portion of the plug is welded to the reservoir so that the plug is joined in a gastight manner to the inner wall of the reservoir, the fluid passage being provided by the at least one recess in the first axial position (P1), so that the first axial position (P1) is an inserted position of the plug in which a fluid communication is provided between an inner portion of the reservoir and outside. - a reservoir body with a substantially cylindrical well provided in the reservoir body, having an inner wall , - a plug , intended to be received in said well, said plug having a front section and a rear section , the front section comprising radial projections and at least one recess to provide a fluid passage in a first axial position of the plug inserted in the well , the rear section having a circular bulge portion , and a weld portion adapted to be melted by welding,
A method of isolating and purifying (-)-Ambrox from a reaction mixture, comprising one or more of the compounds (II), (III) and (IV) said method comprising the step of selectively crystallizing (-)-Ambrox from the mixture comprising one or more of the compounds (II), (III) and (IV), whereby (-)-Ambrox is caused to crystallize from a solvent, whilst the compounds (II), (III) and (IV) remain dissolved in the crystallizing solvent.
A sole structure for an article of footwear , comprising: a sole base member that forms a portion of the ground-contact surface of the sole structure; a rigid cantilevered stud having an attached end and an opposing free end , wherein the attached end is secured to the sole base member and the free end extends away from the attached end and forms a portion of the ground-contact surface of the sole structure during at least some times during a step cycle; and a static traction element having at least one wall , the at least one wall extending from the sole base member at a position proximate to the attached end of the rigid cantilevered stud, and wherein the at least one wall forms at least a portion of the ground contact surface in the area of the sole base member proximate to the attached end of the rigid cantilevered stud. a sole base member that forms a portion of the ground-contact surface of the sole structure; a rigid cantilevered stud having an attached end and an opposing free end , wherein the attached end is secured to the sole base member and the free end extends away from the attached end and forms a portion of the ground-contact surface of the sole structure during at least some times during a step cycle; and a static traction element having at least one wall , the at least one wall extending from the sole base member at a position proximate to the attached end of the rigid cantilevered stud, and wherein the at least one wall forms at least a portion of the ground contact surface in the area of the sole base member proximate to the attached end of the rigid cantilevered stud.
An apparatus for installation or removal of a turbine blade , the apparatus comprising: an operative head configured to engage an axial sidewall of a turbine blade base ; and a mount removably coupled to a portion of a turbomachine assembly by a coupler , wherein the operative head is slidably coupled to the mount such that the operative head selectively engages the axial sidewall of the turbine blade base, and wherein the operative head is shaped to impart an axial and a circumferential force against the turbine blade base , a vibrating assembly including a vibratory drive mechanism coupled to the operative head, characterized in that the apparatus further comprises a spring axially coupled to the operative head , wherein the spring in an equilibrium position axially separates the operative head from the turbine blade base . an operative head configured to engage an axial sidewall of a turbine blade base ; and a mount removably coupled to a portion of a turbomachine assembly by a coupler , wherein the operative head is slidably coupled to the mount such that the operative head selectively engages the axial sidewall of the turbine blade base, and wherein the operative head is shaped to impart an axial and a circumferential force against the turbine blade base , a vibrating assembly including a vibratory drive mechanism coupled to the operative head, characterized in that the apparatus further comprises a spring axially coupled to the operative head , wherein the spring in an equilibrium position axially separates the operative head from the turbine blade base .
A fitting arrangement for windows, doors or the like having a locking bar which is adjustable in length and which comprises a first and a second part bar which are displaceable relative to one another along a longitudinal axis (L) of the locking bar , wherein a toothed arrangement is provided at the first part bar , and wherein a mating toothed arrangement is provided at the second part bar , said toothed arrangement and mating toothed arrangement being configured to engage into one another in order to fix the two part bars relative to one another depending on the desired length of the locking bar , characterized in that the mating toothed arrangement is rotatably supported about an axis of rotation (D) at the second part bar between a blocked position, in which it engages into the toothed arrangement , and a release position, in which it releases the toothed arrangement for a displacement of the part bars relative to one another.
Dummy vehicle for performing tests for driver assistance systems, the dummy vehicle comprising: a vehicle element which represents a part of a vehicle to be simulated, wherein the vehicle element forms an envelope structure , wherein the envelope structure comprises an outer layer and an inner layer , wherein the outer layer in the envelope structure is arranged further outside than the inner layer , characterized in that the outer layer is transparent for sensor signals of sensors of the driver assistance system, wherein the inner layer is sensor sensitive for sensor signals of sensors of the driver assistance system, wherein the thickness of the outer layer and the thickness of the inner layer are configured such that the surface area of the inner surface of the inner layer comprises at least 70 % of the outer surface of the outer layer . a vehicle element which represents a part of a vehicle to be simulated, wherein the vehicle element forms an envelope structure , wherein the envelope structure comprises an outer layer and an inner layer , wherein the outer layer in the envelope structure is arranged further outside than the inner layer , characterized in that the outer layer is transparent for sensor signals of sensors of the driver assistance system, wherein the inner layer is sensor sensitive for sensor signals of sensors of the driver assistance system, wherein the thickness of the outer layer and the thickness of the inner layer are configured such that the surface area of the inner surface of the inner layer comprises at least 70 % of the outer surface of the outer layer .
A fuel tank (T) comprising a tank body (Ta) and a built-in component , which includes a head portion , a neck portion , and a shoulder portion , the built-in component being anchored to the tank body with a parison (S) wrapped around the neck portion during molding of the tank body, wherein the head portion and the neck portion are formed with at least one hollowed portion , which is open to an end surface of the head portion, characterized in that a cap member is provided to seal an opening of the at least one hollowed portion. the head portion and the neck portion are formed with at least one hollowed portion , which is open to an end surface of the head portion, characterized in that a cap member is provided to seal an opening of the at least one hollowed portion.