mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a high-voltage energy storage device , for storing electrical energy, for a motor vehicle, in which storage modules (12a-c, 14a-c) are at least partially arranged in a mounting frame of a storage box of the high-voltage energy storage device , which has the following steps: a) provision of a floor cooling structure of the storage box , wherein the floor cooling structure has two cover elements and, running between the cover elements and able to be flowed-through by a cooling fluid, cooling channels ; b) provision of a side wall structure , formed separately from the floor cooling structure , of the storage box ; characterised by the following steps: c) joining the storage modules (12a-c, 14a-c) with the floor cooling structure in that the storage modules (12a-c, 14a-c) are connected with at least one of the cover elements ; and d) after step c): joining the floor cooling structure , joined with the storage modules (12a-c, 14a-c), with the side wall structure , as a result of which the storage modules (12a-c, 14a-c) are arranged in the mounting frame , delimited partly by the side wall structure and partly by the floor cooling structure , of the storage box . a) provision of a floor cooling structure of the storage box , wherein the floor cooling structure has two cover elements and, running between the cover elements and able to be flowed-through by a cooling fluid, cooling channels ; b) provision of a side wall structure , formed separately from the floor cooling structure , of the storage box ; c) joining the storage modules (12a-c, 14a-c) with the floor cooling structure in that the storage modules (12a-c, 14a-c) are connected with at least one of the cover elements ; and d) after step c): joining the floor cooling structure , joined with the storage modules (12a-c, 14a-c), with the side wall structure , as a result of which the storage modules (12a-c, 14a-c) are arranged in the mounting frame , delimited partly by the side wall structure and partly by the floor cooling structure , of the storage box .
Work vehicle including a cabin defined by a plurality of walls and a windscreen delimiting an inner space configured to accommodate a user of said work vehicle , said work vehicle comprising a holding system carried by at least one of said walls inside said inner space in face of said windscreen , said holding system being configured to define a plurality of holding positions for electronic devices to be used by said user, wherein said holding system comprises a support arm comprising at least an extremity portion configured to allow the fixation of said support arm to one of said walls and at least a holding element , each configured to be selectively fixed along said support arm and to define a support for an electronic device characterised in that said support arm is L-shaped and comprises a first portion parallel to ground and a second portion (8") perpendicular to said first portion , said first portion comprising a first extremity portion configured to be fixed to a first wall of said cabin and said second portion (8") comprising a second extremity portion configured to be fixed to a second wall of said cabin .
A leaning vehicle running-state light-emitting device configured to emit light corresponding to a leaning vehicle running-state class, the leaning vehicle running-state light-emitting device comprising: a case disposable on a vehicle body of a leaning vehicle and locatable at the rear of a driver seated on a seat of the leaning vehicle ; a light emitter housed in the case and including a light source (22a - 22d) ; a leaning vehicle running-state class data receiver which is housed in the case and to which leaning vehicle running-state class data is input, the leaning vehicle running-state class data being obtained by classifying data concerning a running state, including a turning state, of the leaning vehicle into a plurality of running state classes; and an illumination controller housed in the case and configured to control illumination of the light source (22a - 22d) based on the leaning vehicle running-state class data input to the leaning vehicle running-state class data receiver during traveling of the leaning vehicle 81); characterised in that the light source is configured to emit light at least in the left, right and rear directions with respect to the leaning vehicle . a case disposable on a vehicle body of a leaning vehicle and locatable at the rear of a driver seated on a seat of the leaning vehicle ; a light emitter housed in the case and including a light source (22a - 22d) ; a leaning vehicle running-state class data receiver which is housed in the case and to which leaning vehicle running-state class data is input, the leaning vehicle running-state class data being obtained by classifying data concerning a running state, including a turning state, of the leaning vehicle into a plurality of running state classes; and an illumination controller housed in the case and configured to control illumination of the light source (22a - 22d) based on the leaning vehicle running-state class data input to the leaning vehicle running-state class data receiver during traveling of the leaning vehicle 81); characterised in that
A method for aligning and processing at least one spherical, conical or oval fruit with at least one first inhomogeneity or with a first and a second inhomogeneity arranged opposite the first, wherein the fruit is received in an alignment receptacle and exposed to a flow of fluid from below with respect to a normal position, the flowing fluid producing a torque acting on one side of the fruit in the region of the inhomogeneity , which rotates the fruit in a direction of least flow resistance to such an extent that the fruit comes to rest in the alignment receptacle in a position in which the first or the second inhomogeneity points upward, characterized in that the upward-pointing inhomogeneity of the fruit is an opening, wherein the fruit is aligned such that the opening points upward in a first step and is processed in a second step, in which the opening is filled.
A method of fabricating a vacuum insulated refrigerator structure , the method comprising: injection molding a first layer of a first thermoplastic polymer material; injection molding a second layer of a second thermoplastic polymer material over at least a portion of the first layer ; injection molding a third layer of a third thermoplastic polymer material over at least a portion of the second layer to form a first component ; securing a second component to the first component to form a vacuum cavity therebetween; filling the vacuum cavity with a porous material ; evacuating the vacuum cavity ; wherein at least one of the first and third layers includes at least one structural reinforcement of increased thickness formed during the injection molding process, and wherein at least one of the first, second, and third polymer materials is impervious to at least one atmospheric gas. injection molding a first layer of a first thermoplastic polymer material; injection molding a second layer of a second thermoplastic polymer material over at least a portion of the first layer ; injection molding a third layer of a third thermoplastic polymer material over at least a portion of the second layer to form a first component ; securing a second component to the first component to form a vacuum cavity therebetween; filling the vacuum cavity with a porous material ; evacuating the vacuum cavity ; wherein at least one of the first and third layers includes at least one structural reinforcement of increased thickness formed during the injection molding process, and wherein at least one of the first, second, and third polymer materials is impervious to at least one atmospheric gas.
Laser processing device for laser processing of a wire , the device comprising a first laser beam source for emitting a first laser beam into a processing region for processing the wire , a second laser beam source for emitting a second laser beam into said processing region for processing the wire , wherein the first laser beam source and the second laser beam source are arranged in opposite directions to each other, in order to direct the first laser beam and the second laser beam to opposite sides of a point of the wire to be processed, characterized by a wire guide device for guiding the wire for movement of the wire in its longitudinal direction through the processing region and holding the wire during laser processing, and an aperture device comprising a first aperture and a second aperture which can be moved in a coupled manner such that alternately one of the first and second laser beams is let through into the processing region and the other is blocked out. a first laser beam source for emitting a first laser beam into a processing region for processing the wire , a second laser beam source for emitting a second laser beam into said processing region for processing the wire , wherein the first laser beam source and the second laser beam source are arranged in opposite directions to each other, in order to direct the first laser beam and the second laser beam to opposite sides of a point of the wire to be processed, characterized by a wire guide device for guiding the wire for movement of the wire in its longitudinal direction through the processing region and holding the wire during laser processing, and an aperture device comprising a first aperture and a second aperture which can be moved in a coupled manner such that alternately one of the first and second laser beams is let through into the processing region and the other is blocked out.
A carbon filler dispersant for dispersing a carbon filler in a liquid medium comprised of an aqueous solvent, comprising a hydroxyalkyl chitosan as a principal component, wherein the hydroxyalkyl chitosan has a weight average molecular weight of from 2,000 to 350,000, and wherein the hydroxyalkyl chitosan has a hydroxyalkylation degree of 0.5 or higher but 4 or lower.
Transmission device for a motor vehicle, having at least one coupling unit (S5a) comprising a friction-locking unit and a positive-locking unit connected in parallel with the friction-locking unit in the flow of force, having an actuator provided to actuate the friction-locking unit in a first actuating state and at least the positive-locking unit in a second actuating state, and having a counterpressure unit provided to make available a counterforce acting against the actuator in at least one operating state, wherein the counterpressure unit is provided to alter the counterforce during an operation, characterised in that the counterpressure unit is of a hydraulic or pneumatic design. wherein the counterpressure unit is provided to alter the counterforce during an operation, characterised in that the counterpressure unit is of a hydraulic or pneumatic design.
A light comprising: a housing having a bottom, a top, and a central axis , the housing including an upper portion ; a light support member disposed within the housing , the light support member including a body defining a central aperture that extends along the central axis , a plurality of light support surfaces arranged around a perimeter of the light support member , and a top support member , wherein the central aperture is open at a top and a bottom end of the light support member ; first LEDs supported on the plurality of light support surfaces , the first LEDs supported on the plurality of light support surfaces arranged to emit light in a 360 degree pattern; second LEDs attached to the top support member ; and a battery pack to power the first LEDs and the second LEDs. a housing having a bottom, a top, and a central axis , the housing including an upper portion ; a light support member disposed within the housing , the light support member including a body defining a central aperture that extends along the central axis , a plurality of light support surfaces arranged around a perimeter of the light support member , and a top support member , wherein the central aperture is open at a top and a bottom end of the light support member ; first LEDs supported on the plurality of light support surfaces , the first LEDs supported on the plurality of light support surfaces arranged to emit light in a 360 degree pattern; second LEDs attached to the top support member ; and first LEDs supported on the plurality of light support surfaces , the first LEDs supported on the plurality of light support surfaces arranged to emit light in a 360 degree pattern; second LEDs attached to the top support member ; and a battery pack to power the first LEDs and the second LEDs.
A method performed by a V2X application enabler, VAE, client, of a V2X User Equipment, UE, arranged for communication with a VAE server, the method comprising: • sending , to the VAE server, a first message to register for receiving intelligent transport, ITS, messages with respect to a first geographic area, said message comprising : - an identifier of the V2X UE, and - an identifier of the first geographic area that the V2X UE wishes to register for association with the V2X UE at the VAE server; • receiving , from the VAE server, a second message indicating acknowledgement of a registration action requested in the first message. • sending , to the VAE server, a first message to register for receiving intelligent transport, ITS, messages with respect to a first geographic area, said message comprising : - an identifier of the V2X UE, and - an identifier of the first geographic area that the V2X UE wishes to register for association with the V2X UE at the VAE server; - an identifier of the V2X UE, and - an identifier of the first geographic area that the V2X UE wishes to register for association with the V2X UE at the VAE server; • receiving , from the VAE server, a second message indicating acknowledgement of a registration action requested in the first message.
A method for concurrently manufacturing two different types of smoking article using a smoking article manufacturing machine that comprises a filter rod feeder , a rod attachment unit for attaching rods of smokable material to each longitudinal end of a dual length filter rod received from the filter rod feeder , and a cutter to cut the dual length filter rod into two filter rod segments (1") so that each segment (1"), together with the rod of smokable material attached to each segment (1"), forms a smoking article, the method comprising supplying the filter rod feeder with filter rods that comprise filter tow and which are configured so that the two filter rod segments (1") cut from a dual length filter rod by the cutter will each have a different characteristic.
A method for operating an engine of a rotorcraft, the method comprising: obtaining an engine parameter indicative of torque of the engine ; detecting a decrease of the torque of the engine ; obtaining and evaluating at least one rotorcraft parameter indicative of at least one command to control the rotorcraft to determine whether one of an autorotation mode and a powered flight mode of the rotorcraft has been commanded; when the powered flight mode of the rotorcraft has been commanded and the decrease of the torque has been detected, detecting a shaft shear of the engine and transmitting a signal indicative of the shaft shear; when the autorotation mode of the rotorcraft has been commanded and the decrease of the torque has been detected, disabling detection of the shaft shear during operation in the autorotation mode. obtaining an engine parameter indicative of torque of the engine ; detecting a decrease of the torque of the engine ; obtaining and evaluating at least one rotorcraft parameter indicative of at least one command to control the rotorcraft to determine whether one of an autorotation mode and a powered flight mode of the rotorcraft has been commanded; when the powered flight mode of the rotorcraft has been commanded and the decrease of the torque has been detected, detecting a shaft shear of the engine and transmitting a signal indicative of the shaft shear; when the autorotation mode of the rotorcraft has been commanded and the decrease of the torque has been detected, disabling detection of the shaft shear during operation in the autorotation mode.
A propulsion unit having a propeller for an aircraft comprising: - a nacelle which is intended to be assembled on a structural element of the aircraft ; - a propeller which is rotatably mounted in the nacelle about a longitudinal axis (X) of rotation by means of a hub , the propeller comprising blades evenly distributed around the hub , the blades being pivotally mounted by a root on the hub between a deployed position in which they extend radially with respect to the axis (X) of rotation and a folded position in which they are received longitudinally against the nacelle ; - propulsion means which drive the propeller in rotation; - indexing means for stopping the propeller in at least one indexed angular position (θi) relative to the nacelle ; characterised in that the indexing means are formed by an stepping electric motor which comprises a rotor which is coupled to the hub of the propeller . - a nacelle which is intended to be assembled on a structural element of the aircraft ; - a propeller which is rotatably mounted in the nacelle about a longitudinal axis (X) of rotation by means of a hub , the propeller comprising blades evenly distributed around the hub , the blades being pivotally mounted by a root on the hub between a deployed position in which they extend radially with respect to the axis (X) of rotation and a folded position in which they are received longitudinally against the nacelle ; - propulsion means which drive the propeller in rotation; - indexing means for stopping the propeller in at least one indexed angular position (θi) relative to the nacelle ;
A multi-parameter sonde comprising: a plurality of independent sensors each having a distal sensing surface and a proximal end ; and a base that operably connects to the proximal end of each of the sensors; wherein adjacent distal sensing surfaces substantially contact each other to form a continuous distal sensing surface comprising the plurality of independent sensors, wherein each of the plurality of independent sensors comprise: an inner corner edge ; a pair of side surfaces extending from the inner corner edge and ending at an outer edge , wherein the side surfaces define a plane and the planes are separated from each other by a side angle ; and an outer facing surface that connects the pair of side surfaces at the outer edge, thereby forming a three-sided sensor housing, and wherein in use the side surfaces of adjacent sensors are in substantially continuous contact. a plurality of independent sensors each having a distal sensing surface and a proximal end ; and a base that operably connects to the proximal end of each of the sensors; wherein adjacent distal sensing surfaces substantially contact each other to form a continuous distal sensing surface comprising the plurality of independent sensors, wherein each of the plurality of independent sensors comprise: an inner corner edge ; a pair of side surfaces extending from the inner corner edge and ending at an outer edge , wherein the side surfaces define a plane and the planes are separated from each other by a side angle ; and an outer facing surface that connects the pair of side surfaces at the outer edge, thereby forming a three-sided sensor housing, and an inner corner edge ; a pair of side surfaces extending from the inner corner edge and ending at an outer edge , wherein the side surfaces define a plane and the planes are separated from each other by a side angle ; and an outer facing surface that connects the pair of side surfaces at the outer edge, thereby forming a three-sided sensor housing, and wherein in use the side surfaces of adjacent sensors are in substantially continuous contact.
Inhaler for the inhalation of a formulation from a carrier that is preferably in the form of a belt, strip, blister and/or film, particularly a blister, wherein the carrier is set oscillating (S) by the impact of an air current (L) for the purpose of, or during, the delivery and/or dispersion of the formulation , wherein the carrier is held only on one side so as to be movable by means of a spring portion that is deformable by spring resilience in order to oscillate, and the inhaler is embodied such that the carrier can be set oscillating (S) with a defined movement, amplitude and/or frequency, characterised in that an oblique fin adapted to be impacted by the air current (L) is associated with the carrier and wherein the oblique fin onto which the air current (L) can flow is mounted on a free end of the carrier .
A device comprising: a semiconductor light emitting device comprising a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region ; a wavelength converting structure disposed over the light emitting layer; a light blocking structure disposed along a sidewall of the semiconductor light emitting device and the wavelength converting structure , the light blocking structure comprising a pigment; and a reflective layer disposed between the light blocking structure and the semiconductor structure , characterized in that , the reflective layer includes alternating first and second insulating layers, the first insulating layers having a different index of refraction from the second insulating layers. a semiconductor light emitting device comprising a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region ; a wavelength converting structure disposed over the light emitting layer; a light blocking structure disposed along a sidewall of the semiconductor light emitting device and the wavelength converting structure , the light blocking structure comprising a pigment; and a reflective layer disposed between the light blocking structure and the semiconductor structure , characterized in that , the reflective layer includes alternating first and second insulating layers, the first insulating layers having a different index of refraction from the second insulating layers.