mhurhangee/patent-ind-claim-en huggingface dataset:
A saddled vehicle having an airbag device comprising: an inflator ; an airbag adapted to be expanded by gas discharged from the inflator ; and a retainer accommodating the airbag , the airbag being deployed upward from an opening of the retainer , wherein the retainer is disposed between a meter provided in front of a handle for steering and a headlight provided in front of the meter in a side view of the vehicle, the retainer is disposed between the meter and a wind screen provided in front of the meter in a side view of the vehicle, the retainer includes a retainer lower portion disposed below a display surface of the meter and an upper extending portion extending upward from a front end portion of the retainer lower portion , and the upper extending portion extends upward between the meter and the wind screen , and the opening is provided in an upper surface of the upper extending portion , characterized in that the retainer extends toward a rear upper side along the wind screen disposed to be inclined rear-upward in a side view of the vehicle, the opening provided in an upper surface of the retainer is located below an upper end of the wind screen , and the upper extending portion , of the retainer , extends upward relative to the display surface of the meter and covers the display surface from the upper side. an inflator ; an airbag adapted to be expanded by gas discharged from the inflator ; and a retainer accommodating the airbag , the airbag being deployed upward from an opening of the retainer , wherein the retainer is disposed between a meter provided in front of a handle for steering and a headlight provided in front of the meter in a side view of the vehicle, the retainer is disposed between the meter and a wind screen provided in front of the meter in a side view of the vehicle, the retainer includes a retainer lower portion disposed below a display surface of the meter and an upper extending portion extending upward from a front end portion of the retainer lower portion , and the upper extending portion extends upward between the meter and the wind screen , and the opening is provided in an upper surface of the upper extending portion , characterized in that the retainer extends toward a rear upper side along the wind screen disposed to be inclined rear-upward in a side view of the vehicle, the opening provided in an upper surface of the retainer is located below an upper end of the wind screen , and the upper extending portion , of the retainer , extends upward relative to the display surface of the meter and covers the display surface from the upper side.
A dispenser unit operated by a lever , for use in an espresso machine, comprising a housing mainly extending in a vertical direction between a lower base and an upper cross member , a shaft located within said housing and freely translating along said vertical extent, said shaft having an upper end and a lower end , a first opening formed in said lower base of the housing, said lower end of the shaft extending through said opening below the base , a disk attached to the lower end of said shaft perpendicular to the vertical axis thereof, a second opening formed in the upper cross member of said housing , aligned with the upper end of said shaft which projects out of said opening , an elastic member , reacting between said disk carried by the lower end of the shaft and said upper cross member of said housing , a rod-like lever , with one free end and with the opposite end operably connected to said upper end of said shaft with a cam and a cam follower mechanism interposed therebetween, said base of the housing being equipped with coupling means located at said first opening and adapted to receive and hold a portafilter for a given dose of coffee grounds, as well as means for actuating hot water supply into said portafilter when the latter is placed against said first opening , characterized in that said lever is mounted so as to be able to be angularly displaced about a pivot supported by said housing with an axis (X-X) perpendicular to the vertical axis of said shaft , in that the cam of said cam mechanism is mounted to said pivot and is able to be angularly displaced with said lever , in that the cam follower is connected to said upper end of said shaft , and in that the dispenser unit includes a DC electric motor , whose rotor is connected to said pivot , and operator-selectable means for connecting and disconnecting power supply to said motor .
Surgical gripping/holding instrument having two instrument branches which are coupled pivotably with respect to each other and which each have a distal gripping/holding portion , a proximal instrument actuating portion and an intermediate region which connects the distal and proximal portions preferably integrally, and having an instrument lock whose locking elements which can be brought into a latching engagement with each other are arranged or formed on the instrument branches , wherein the actuation of the instrument for opening and closing and the actuation of the instrument for locking and unlocking the instrument are functionally separated by the positioning of the instrument lock in the intermediate region of the instrument branches and thus can be carried out individually, characterized in that the intermediate regions of the instrument branches form the exclusive actuating elements for engaging and disengaging the instrument lock .
Adapter for a quick-change system for changing attachments on a construction machine which contains two bolt-like coupling elements parallel to one another arranged between parallel sides parts at a predetermined distance from one another to connect the adapter to a quick changer and a coupling element support attached releasably to one of the coupling elements to hold coupling elements, characterised in that the coupling element support is connected directly to the bolt-like coupling element secured against rotation via a releasable positive connection .
A process for producing petrochemicals from crude oil, the process comprising: passing the crude oil and hydrogen into a hydroprocessing reactor, the hydroprocessing reactor comprising one or more hydroprocessing catalysts that produce a hydrotreated oil; separating the hydrotreated oil into a lesser boiling point fraction and a greater boiling point fraction, where the greater boiling point fraction is a hydrocarbon containing stream having a boiling point of at least 500°C, and the lesser boiling point fraction is a hydrocarbon containing stream having a boiling point of less than 500°C; passing the lesser boiling point fraction to a pyrolysis section of a steam cracker to produce a pyrolysis effluent comprising olefins, aromatics, or both; passing the greater boiling point fraction to a gasifier, where the gasifier produces hydrogen; and passing at least a portion of the hydrogen produced by the gasifier to the hydroprocessing reactor. passing the crude oil and hydrogen into a hydroprocessing reactor, the hydroprocessing reactor comprising one or more hydroprocessing catalysts that produce a hydrotreated oil; separating the hydrotreated oil into a lesser boiling point fraction and a greater boiling point fraction, where the greater boiling point fraction is a hydrocarbon containing stream having a boiling point of at least 500°C, and the lesser boiling point fraction is a hydrocarbon containing stream having a boiling point of less than 500°C; passing the lesser boiling point fraction to a pyrolysis section of a steam cracker to produce a pyrolysis effluent comprising olefins, aromatics, or both; passing the greater boiling point fraction to a gasifier, where the gasifier produces hydrogen; and passing at least a portion of the hydrogen produced by the gasifier to the hydroprocessing reactor.
Welding workstation for carrying out manual welding operations comprising: - a welding device adapted to provide the necessary heat and/or pressure for welding objects ; characterised in that : said welding device comprising a laser source; and in that the welding workstation further comprises: - a vision system configured to show said objects during the welding operations to an operator carrying out the welding operations; said vision system comprising, in turn: - image acquisition means configured to capture images of said objects during the welding operations; and - viewer means wearable by the operator and electrically connected to said image acquisition means ; said viewer means being configured to show the images captured by said image acquisition means to the operator; wherein said image acquisition means comprise an objective arranged coaxially to said laser source. - a welding device adapted to provide the necessary heat and/or pressure for welding objects ; said welding device comprising a laser source; and in that the welding workstation further comprises: - a vision system configured to show said objects during the welding operations to an operator carrying out the welding operations; - a vision system configured to show said objects during the welding operations to an operator carrying out the welding operations; said vision system comprising, in turn: - image acquisition means configured to capture images of said objects during the welding operations; and - viewer means wearable by the operator and electrically connected to said image acquisition means ; said viewer means being configured to show the images captured by said image acquisition means to the operator; - image acquisition means configured to capture images of said objects during the welding operations; and - viewer means wearable by the operator and electrically connected to said image acquisition means ; said viewer means being configured to show the images captured by said image acquisition means to the operator; wherein said image acquisition means comprise an objective arranged coaxially to said laser source.
An electronically commutated electric motor comprising a stator with at least one stator coil , a magnetized rotor rotatable relative to the stator about an axis of rotation and comprising at least two opposite magnet poles (N,S) generating an excitation field, a static magnetic field sensor detecting the excitation field and generating a rectangular sensor signal with signal edges (Eas), a full-wave signal period (P) as well as half-wave lengths (LN,LS) of a N- and a S-signal level, respectively, a motor energizing device driving the at least one stator coil , the motor energizing device being triggered by a trigger signal to generate a revolving stator field, characterized by a memory unit to save parameter values, and an evaluation unit generating the trigger signal, wherein the evaluation unit generates the symmetric trigger signal by a shift compensation of an asymmetric shift of the signal edges (Eas) of the sensor signal, the shift compensation being calculated on the basis of the position of the received sensor signal edge (Eas,n), the full-wave signal period (P) as well as of the half-wave lengths (LN,LS) of the sensor signal. a stator with at least one stator coil , a magnetized rotor rotatable relative to the stator about an axis of rotation and comprising at least two opposite magnet poles (N,S) generating an excitation field, a static magnetic field sensor detecting the excitation field and generating a rectangular sensor signal with signal edges (Eas), a full-wave signal period (P) as well as half-wave lengths (LN,LS) of a N- and a S-signal level, respectively, a motor energizing device driving the at least one stator coil , the motor energizing device being triggered by a trigger signal to generate a revolving stator field, characterized by a memory unit to save parameter values, and an evaluation unit generating the trigger signal, wherein the evaluation unit generates the symmetric trigger signal by a shift compensation of an asymmetric shift of the signal edges (Eas) of the sensor signal, the shift compensation being calculated on the basis of the position of the received sensor signal edge (Eas,n), the full-wave signal period (P) as well as of the half-wave lengths (LN,LS) of the sensor signal.
Process for treating, in particular for coating, seeds, comprising at least: - a step of dispersing, in an aqueous medium, a hydratable compound, the hydratable compound being present in the dispersion at a concentration of at least 4.5% by weight relative to the total weight of the dispersion, and - a step of bringing the dispersion thus obtained into contact with seeds, characterized in that the step of bringing the dispersion into contact with the seeds is carried out at the latest 180 s after the hydratable compound has been brought into contact with the aqueous medium, and in that said hydratable compound is chosen from galactomannans and derivatives thereof. - a step of dispersing, in an aqueous medium, a hydratable compound, the hydratable compound being present in the dispersion at a concentration of at least 4.5% by weight relative to the total weight of the dispersion, and - a step of bringing the dispersion thus obtained into contact with seeds, the step of bringing the dispersion into contact with the seeds is carried out at the latest 180 s after the hydratable compound has been brought into contact with the aqueous medium, and in that said hydratable compound is chosen from galactomannans and derivatives thereof.
An interface structure for detachably interfacing a surgical robot arm to a surgical instrument , the interface structure comprising: a main body , the main body comprising an aperture defining a linear path; and a cover covering a portion of the main body comprising the aperture, the cover comprising a slot communicating with the aperture, the main body and the cover defining therebetween a channel; a drive transfer element being movable relative to the main body along the linear path and within the channel so as to enable transfer of linear drive between the surgical robot arm and the surgical instrument , the drive transfer element comprising: a drive transfer element recess being releasably engageable with an interface protrusion ; and a drive transfer element protrusion being releasably engageable with an interface recess ; the drive transfer element protrusion comprising a cavity in communication with the drive transfer element recess so as to enable the interface protrusion engageable with the drive transfer element recess to project into the cavity, wherein the drive transfer element comprises a central portion which comprises the drive transfer element protrusion and the drive transfer element recess, and an extending portion which extends from the central portion and is movable within said channel, the drive transfer element recess being provided to a first side of the extending portion and the drive transfer element protrusion being provided to a second side of the extending portion, the drive transfer element permitting the interface protrusion engageable therewith to project from the first side through to the second side. a main body , the main body comprising an aperture defining a linear path; and a cover covering a portion of the main body comprising the aperture, the cover comprising a slot communicating with the aperture, the main body and the cover defining therebetween a channel; a drive transfer element being movable relative to the main body along the linear path and within the channel so as to enable transfer of linear drive between the surgical robot arm and the surgical instrument , the drive transfer element comprising: a drive transfer element recess being releasably engageable with an interface protrusion ; and a drive transfer element protrusion being releasably engageable with an interface recess ; the drive transfer element protrusion comprising a cavity in communication with the drive transfer element recess so as to enable the interface protrusion engageable with the drive transfer element recess to project into the cavity, a drive transfer element recess being releasably engageable with an interface protrusion ; and a drive transfer element protrusion being releasably engageable with an interface recess ; the drive transfer element protrusion comprising a cavity in communication with the drive transfer element recess so as to enable the interface protrusion engageable with the drive transfer element recess to project into the cavity,
A method of supporting application services in a cellular network, the method comprising: an access node (110; 110A, 110B) of the cellular network receiving a message from a further access node (110; 110A, 110B) of the cellular network; the access node (110; 110A, 110B) extracting , from the received message , topology information indicating one or more application services supported by an application service platform (150; 150A, 150B) located at the further access node (110; 110A, 110B), wherein the topology information further indicates application services supported on a higher hierarchical level than the application service platform (150; 150A, 150B) located at the further access node (110; 110A, 110B); the access node (110; 110A, 110B) storing the topology information in a topology database (180; 180A, 180B); the access node (110; 110A, 110B) determining further topology information indicating one or more application services supported by an application service platform (150; 150A, 150B) located at the access node (110; 110A, 110B); the access node (110; 110A, 110B) including the further topology information into a further message ; and the access node (110; 110A, 110B) sending the further message , via an X2 interface, to the further access node (110; 110A, 110B) for storing the further topology information in another topology database (180; 180A, 180B). an access node (110; 110A, 110B) of the cellular network receiving a message from a further access node (110; 110A, 110B) of the cellular network; the access node (110; 110A, 110B) extracting , from the received message , topology information indicating one or more application services supported by an application service platform (150; 150A, 150B) located at the further access node (110; 110A, 110B), wherein the topology information further indicates application services supported on a higher hierarchical level than the application service platform (150; 150A, 150B) located at the further access node (110; 110A, 110B); the access node (110; 110A, 110B) storing the topology information in a topology database (180; 180A, 180B); the access node (110; 110A, 110B) determining further topology information indicating one or more application services supported by an application service platform (150; 150A, 150B) located at the access node (110; 110A, 110B); the access node (110; 110A, 110B) including the further topology information into a further message ; and the access node (110; 110A, 110B) sending the further message , via an X2 interface, to the further access node (110; 110A, 110B) for storing the further topology information in another topology database (180; 180A, 180B).
A device for printing on a sheet-like substrate , wherein the device comprises at least one printing module (3-5), at least one first deflection roller for transporting the substrate, and at least one feed device, wherein the substrate can be fed by means of the feed device to the first deflection roller , wherein the at least one printing module (3-5) is arranged such that a first side of the substrate can be printed on in a section of the substrate that rests against the deflection roller or is arranged in a feed section, wherein the device comprises at least one control and evaluation device , wherein a spatial position of the substrate can be determined by means of the control and evaluation device, wherein the device comprises at least one cover device for closing holes in a subsection of the surface of the first deflection roller , and wherein the at least one cover device is disposed so as to be stationary relative to the axis of rotation of the deflection roller , characterized in that a positioning device for the at least one printing module (3-5) can be controlled as a function of the spatial position by means of the control and evaluation device , wherein the device comprises at least one additional deflection roller , wherein the substrate can be transported from the first deflection roller to the additional deflection roller , wherein the first and the additional deflection roller are in contact with one another at at least one transfer point or section or wherein a minimum distance between the deflection rollers corresponds to the substrate thickness, wherein at least one subsection of a surface of the first and of the additional deflection roller is perforated in order to provide a negative pressure in the vicinity of the surface, wherein the device comprises at least one fastening means for securing the substrate to at least one subsection of a surface of the first and of the additional deflection roller , wherein the device comprises at least one device for generating a negative pressure in the at least one subsection of the surface of the first and of the additional deflection roller , by means of which negative pressure the substrate is secured to the surface, wherein the negative pressure within the additional deflection roller is greater than a negative pressure in the first deflection roller .
Cosmetic method for reducing the subcutaneous adipose tissue in a localized area of an adult human body, the method consists of the following steps: a) heating a localized area of the human body with heating means that are at a temperature of not more than 45° C, b) subsequently, cooling this area with cooling means that are at a temperature comprised between 2°C and 6°C, characterized by , c) subsequently, heating this area with heating means that are at a temperature of not more than 45° C. a) heating a localized area of the human body with heating means that are at a temperature of not more than 45° C, b) subsequently, cooling this area with cooling means that are at a temperature comprised between 2°C and 6°C, characterized by , c) subsequently, heating this area with heating means that are at a temperature of not more than 45° C.
Rubber composition based at least on a reinforcing filler comprising silica and on an elastomer matrix comprising a modified diene elastomer, characterized in that : - the content of silica is greater than or equal to 80 phr, preferably greater than or equal to 100 phr - the content of modified diene elastomer is greater than or equal to 75 phr, and - the modified diene elastomer comprises macromolecules comprising, within their structure, an n-functional branching unit, n having a value of at least 1, consisting of a group comprising at least two silicon atoms which are substituted by elastomer branches and connected together via a polymeric or non-polymeric hydrocarbon group with a valency of at least 2 which can comprise at least one heteroatom chosen from N, O, P, S, the bond between a silicon atom and this hydrocarbon group with a valency of at least 2 being produced via a divalent spacer group. - the content of silica is greater than or equal to 80 phr, preferably greater than or equal to 100 phr - the content of modified diene elastomer is greater than or equal to 75 phr, and - the modified diene elastomer comprises macromolecules comprising, within their structure, an n-functional branching unit, n having a value of at least 1, consisting of a group comprising at least two silicon atoms which are substituted by elastomer branches and connected together via a polymeric or non-polymeric hydrocarbon group with a valency of at least 2 which can comprise at least one heteroatom chosen from N, O, P, S, the bond between a silicon atom and this hydrocarbon group with a valency of at least 2 being produced via a divalent spacer group.