mhurhangee/ep-ind-claims huggingface dataset:
A portable hood characterized in that the portable hood comprises: a base unit sitting on a foundation; a head unit having a sucking unit allowing air to be introduced thereto and a discharging unit discharging the air introduced into the sucking unit; a columnar unit connecting the head unit with the base unit such that the head unit is spaced apart upward from the base unit; characterized in that a roll filter unit is installed in the head unit and having a purification filter capable of being discharged past the sucking unit to the outside of the head unit, wherein the roll filter unit comprises: a filter roll installed rotatably in the head unit with the purification filter wound on the filter roll, and a filter transportation unit installed in the head unit such that the filter transportation unit is located at a side opposite to the filter roll with the sucking unit placed between the filter transportation unit and the filter roll, the filter transportation unit configured to discharge the purification filter extending past the sucking unit from the filter roll to an upper side of the head unit. a base unit sitting on a foundation; a head unit having a sucking unit allowing air to be introduced thereto and a discharging unit discharging the air introduced into the sucking unit; a columnar unit connecting the head unit with the base unit such that the head unit is spaced apart upward from the base unit; characterized in that a roll filter unit is installed in the head unit and having a purification filter capable of being discharged past the sucking unit to the outside of the head unit, wherein the roll filter unit comprises: a filter roll installed rotatably in the head unit with the purification filter wound on the filter roll, and a filter transportation unit installed in the head unit such that the filter transportation unit is located at a side opposite to the filter roll with the sucking unit placed between the filter transportation unit and the filter roll, the filter transportation unit configured to discharge the purification filter extending past the sucking unit from the filter roll to an upper side of the head unit. a filter roll installed rotatably in the head unit with the purification filter wound on the filter roll, and a filter transportation unit installed in the head unit such that the filter transportation unit is located at a side opposite to the filter roll with the sucking unit placed between the filter transportation unit and the filter roll, the filter transportation unit configured to discharge the purification filter extending past the sucking unit from the filter roll to an upper side of the head unit.
An in-wall frame system for sliding doors, the system comprising a first abutment post connected, by means of an upper crossmember, to a pair of second front abutment posts (5a, 5b) of a pocket provided with a seat formed by a series of crossmembers (7a, 7b), which are arranged in pairs parallel to each other, said sliding door being accommodatable slidingly between the internal side walls thereof, and which are in turn connected at one end to a third rear abutment post, characterized in that said system comprises also an alignment device, said alignment device comprising a single profile, which can be arranged in the interspace between said internal side walls formed by said crossmembers (7a, 7b) of said pocket, and which has a length equal to the distance between said first abutment post and said third rear abutment post, said single profile being connectable to said first abutment post, to said pair of second front abutment posts (5a, 5b), and to said third rear abutment post.
Arrangement of components (10, 20) for transmitting electrical current from a current-supplying component to a current-discharging component, comprising a first component which is the component which supplies current to the arrangement or the component which discharges current from the arrangement, wherein the first component comprises a first metal material and has on at least one surface at least one resilient plate which is formed from the first metal material on this surface, wherein the at least one plate is formed from the first metal material on the surface of the first component in such a manner that it is connected in a connection region in a monolithic manner to the first component, and extends from the connection region up to a free end, and in that, when it is redirected from the idle position thereof in the direction towards the surface of the first component, it applies a resilient force which is directed away from the surface of the component and a second component which is in direct contact with the at least one plate of the first component, characterised in that the at least one plate is formed only from a layer, which surrounds the surface, of the first metal material. a first component which is the component which supplies current to the arrangement or the component which discharges current from the arrangement, wherein the first component comprises a first metal material and has on at least one surface at least one resilient plate which is formed from the first metal material on this surface, wherein the at least one plate is formed from the first metal material on the surface of the first component in such a manner that it is connected in a connection region in a monolithic manner to the first component, and extends from the connection region up to a free end, and in that, when it is redirected from the idle position thereof in the direction towards the surface of the first component, it applies a resilient force which is directed away from the surface of the component and a second component which is in direct contact with the at least one plate of the first component, characterised in that the at least one plate is formed only from a layer, which surrounds the surface, of the first metal material.
An aqueous composition for semi-permanent straightening and/or volume reduction of keratin fibers, especially human hair, characterized in that it comprises glyoxylic acid, hydrates thereof, or their salts at a concentration in the range of 0.5 to 30% by weight, and a polyethylene glycol alkyl ether according to the general structure R 2 - O - (CH 2 CH 2 O) n H wherein R 2 is a saturated alkyl chain with 9 to 16 C atoms and n is a value in the range of 8 to 16 at a concentration in the range of 0.5 to 15% by weight, and it has a pH 4.0 or below, wherein all concentrations are calculated to the total of the composition, wherein the composition is free of sulfur-based reducing agents. and a polyethylene glycol alkyl ether according to the general structure R 2 - O - (CH 2 CH 2 O) n H wherein R 2 is a saturated alkyl chain with 9 to 16 C atoms and n is a value in the range of 8 to 16 at a concentration in the range of 0.5 to 15% by weight, and it has a pH 4.0 or below, wherein all concentrations are calculated to the total of the composition, wherein the composition is free of sulfur-based reducing agents.
A feeding assembly for an agricultural vehicle, comprising: a pickup comprising a pickup reel carrying a plurality of tines; a rotor comprising a plurality of rotor fins disposed rearwardly from the pickup; and a windguard assembly comprising a pair of movable support arms and a windguard coupled to the support arms, the windguard comprising a tube and a plurality of windguard tines coupled to the tube, the windguard being movable from a first position to a second position that is elevated relative to the first position; a windguard retainer (220, 220A) configured to engage the windguard when the windguard is in the second position and retain the windguard in the second position, wherein the windguard tines are configured to move without moving an entirety of the windguard while the windguard is in the second position, and wherein the support arms are pivotable about a first axis of rotation and the windguard tines are pivotable about a second axis of rotation that is non-coaxial with the first axis of rotation, the windguard tines being configured to pivot toward and/or away from the pickup to dislodge a crop material blockage; characterized by: an actuator configured to selectively activate and pivot at least one of the windguard tines without moving the entirety of the windguard. a pickup comprising a pickup reel carrying a plurality of tines; a rotor comprising a plurality of rotor fins disposed rearwardly from the pickup; and a windguard assembly comprising a pair of movable support arms and a windguard coupled to the support arms, the windguard comprising a tube and a plurality of windguard tines coupled to the tube, the windguard being movable from a first position to a second position that is elevated relative to the first position; a windguard retainer (220, 220A) configured to engage the windguard when the windguard is in the second position and retain the windguard in the second position, wherein the windguard tines are configured to move without moving an entirety of the windguard while the windguard is in the second position, and wherein the support arms are pivotable about a first axis of rotation and the windguard tines are pivotable about a second axis of rotation that is non-coaxial with the first axis of rotation, the windguard tines being configured to pivot toward and/or away from the pickup to dislodge a crop material blockage;
Body of a commercial vehicle having at least one frame element, at least one door and at least one hinge unit holding the door on the frame element, wherein at least one reinforcement element is provided and the at least one reinforcement element is connected to a hinge bearing of the hinge unit, characterised in that the hinge bearing of the hinge unit is connected to the frame element, in that the at least one reinforcement element is connected to the frame element in a positive-locking manner, in that the at least one reinforcement element is arranged at one end of the hinge bearing above and/or below the hinge bearing, in that the hinge bearing has at least one limb pointing away from the frame element and in that the at least one limb is connected to the at least one reinforcement element.
A method for operating a shale shaker to separate solids from a solids laden fluid, the shale shaker comprising a basket for holding at least one screen and a vibratory mechanism (5,8) for vibrating said basket to an acceleration value, the method comprising the steps of using a control apparatus to continuously monitor magnitude of the load of solids laden fluid in the basket and the control apparatus adjusting the acceleration value induced in said basket according to the magnitude of the load characterised in that said acceleration is stepped down to a low acceleration value below a low load threshold.
A method comprising: performing panning on loudspeaker channels based on coordinates of a first geometry of speakers to produce virtual loudspeaker channels; and transforming, with a first transform that is based on a spherical wave model, the virtual loudspeaker channels to produce a hierarchical set of elements that describes a sound field. performing panning on loudspeaker channels based on coordinates of a first geometry of speakers to produce virtual loudspeaker channels; and transforming, with a first transform that is based on a spherical wave model, the virtual loudspeaker channels to produce a hierarchical set of elements that describes a sound field.
A method for wireless communications at a user equipment, UE, said method comprising: determining a synchronization status of a network in which said UE is located, said determining comprising: periodically searching a plurality of cells of said network for synchronization signals broadcast within said network, characterised by measuring at least two synchronization signal peaks corresponding to at least two cells of said plurality of cells;and determining that the timing of the signal peaks is indicative of a synchronous network or an asynchronous network. determining a synchronization status of a network in which said UE is located, said determining comprising: periodically searching a plurality of cells of said network for synchronization signals broadcast within said network, characterised by measuring at least two synchronization signal peaks corresponding to at least two cells of said plurality of cells;and determining that the timing of the signal peaks is indicative of a synchronous network or an asynchronous network. periodically searching a plurality of cells of said network for synchronization signals broadcast within said network, characterised by measuring at least two synchronization signal peaks corresponding to at least two cells of said plurality of cells;and determining that the timing of the signal peaks is indicative of a synchronous network or an asynchronous network.
Tyre valve, comprising a valve channel having a valve body enclosing a valve seat, having at least one connecting means for connecting the valve body to a valve base, wherein the valve body comprises a valve part inserted in the valve channel and displaceable in the axial direction therein, sealingly bearing against the valve seat of the valve body in the closed position of the valve, and wherein the connecting means of the valve body is disposed in a connecting segment at a distance in the axial direction from the functional valve segment of the valve body, and the valve body is implemented as a single piece characterised in that the valve part is held operatively against the valve seat by means of a pressure spring and to open the valve the valve part is to be moved against the force of the pressure spring.
Method for aiding/assisting the driving of a vehicle, in particular a vehicle travelling in a guided manner, and even more particularly a vehicle guided by a rail track, said method comprising, for at least one portion of the driving: - at least one iteration of a phase referred to as the acquisition phase, comprising a step (106, 108) of indicating at least one instruction, referred to as a driving instruction, to said vehicle by a driver driving said vehicle on said portion with a view to complying with a predetermined set speed, and - a so-called assistance phase (200, 300) comprising an indication (208; 302) of at least one driving instruction previously stored for said portion according to: • at least one vehicle location data item, and • data relating to the nature and location of said at least one driving instruction; characterized in that said acquisition phase comprises, following said indication step, the following steps: o determination of an energy consumption of said vehicle implementing the at least one driving instruction on said portion, and o when said energy consumption is less than an energy consumption previously determined for said vehicle on said portion, storage, for said instruction, of data relating to: • the nature of said instruction, and • a location of the vehicle at the time of the indication of said instruction. - at least one iteration of a phase referred to as the acquisition phase, comprising a step (106, 108) of indicating at least one instruction, referred to as a driving instruction, to said vehicle by a driver driving said vehicle on said portion with a view to complying with a predetermined set speed, and - a so-called assistance phase (200, 300) comprising an indication (208; 302) of at least one driving instruction previously stored for said portion according to: • at least one vehicle location data item, and • data relating to the nature and location of said at least one driving instruction; • at least one vehicle location data item, and • data relating to the nature and location of said at least one driving instruction; o determination of an energy consumption of said vehicle implementing the at least one driving instruction on said portion, and o when said energy consumption is less than an energy consumption previously determined for said vehicle on said portion, storage, for said instruction, of data relating to: • the nature of said instruction, and • a location of the vehicle at the time of the indication of said instruction. • the nature of said instruction, and • a location of the vehicle at the time of the indication of said instruction.
A fluid printhead, comprising: a plurality of heater elements configured to be driven to nucleate bubbles in fluid so that the fluid is ejected from the printhead in the form of drops; a plurality of drive elements, each drive element configured to selectively drive a corresponding one of the plurality of heater elements in accordance with a printer controller; and a drop detection system comprising a plurality of drop detection cells, each drop detection cell configured to detect a change in electrical resistance of a corresponding one of the plurality of heater elements that occurs upon drop formation, wherein each of the plurality of drive elements is a MOSFET drive element comprising a gate, a source and a drain, and each drop detection cell is electrically connected to the drain of a corresponding drive element, characterised in that each drop detection cell is configured to detect a voltage slope change at the drain of the corresponding drive element. a plurality of heater elements configured to be driven to nucleate bubbles in fluid so that the fluid is ejected from the printhead in the form of drops; a plurality of drive elements, each drive element configured to selectively drive a corresponding one of the plurality of heater elements in accordance with a printer controller; and a drop detection system comprising a plurality of drop detection cells, each drop detection cell configured to detect a change in electrical resistance of a corresponding one of the plurality of heater elements that occurs upon drop formation, wherein each of the plurality of drive elements is a MOSFET drive element comprising a gate, a source and a drain, and each drop detection cell is electrically connected to the drain of a corresponding drive element, characterised in that each drop detection cell is configured to detect a voltage slope change at the drain of the corresponding drive element.
Meter electronics for vibratory flowmeter friction compensation, the meter electronics comprising an interface configured to communicate with a flowmeter assembly of a vibratory flowmeter and receive a vibrational response and a processing system coupled to the interface and configured to measure a mass flow rate ( ṁ) of a fluid using the vibrational response, with the processing system being characterized by: the processing system being configured to determine a fluid velocity using the mass flow rate ( ṁ), a fluid density ( ρ), and a cross-sectional flow area, determine a friction factor ( f) using the fluid velocity, density ( ρ), and a vibratory flowmeter pressure drop (Δ P), and determine a compensation factor using the friction factor ( f). the processing system being configured to determine a fluid velocity using the mass flow rate ( ṁ), a fluid density ( ρ), and a cross-sectional flow area, determine a friction factor ( f) using the fluid velocity, density ( ρ), and a vibratory flowmeter pressure drop (Δ P), and determine a compensation factor using the friction factor ( f).
An apparatus for clinical-audiometric investigation, provided with a box-like body that contains at least one audio source of an acoustic signal and at least one detector of the return signal from an external auditory canal, said box-like body being associated with at least one processing and control device, said return signal detector comprising a velocity sensor and a pressure sensor, which measure the acoustic velocity and pressure signals at the same point, wherein said box-like body is substantially cylindrical and hollow and has said audio source arranged therein at one end and terminates at the other end with a frustum-shaped adapter for coupling to the external auditory canal, characterised in that said signal detector, including the velocity sensor and pressure sensor, is arranged inside the box-like body in an intermediate position between said audio source and the said frustum-shaped adapter for coupling to the external auditory canal from which said return signal arrives.
An arc deposition system comprising: a coating chamber; a central cathode target disposed within the coating chamber; at least two anodes surrounding the central cathode target, wherein each anode is configured to be positively biased with respect to the central cathode target such that each anode independently induces an associated racetrack erosion profile on the central cathode target; and at least two magnetic components located within the central cathode target for guiding an associated arc that forms its associated racetrack erosion profile, each anode of the at least two anodes having an associated magnetic component. a coating chamber; a central cathode target disposed within the coating chamber; at least two anodes surrounding the central cathode target, wherein each anode is configured to be positively biased with respect to the central cathode target such that each anode independently induces an associated racetrack erosion profile on the central cathode target; and at least two magnetic components located within the central cathode target for guiding an associated arc that forms its associated racetrack erosion profile, each anode of the at least two anodes having an associated magnetic component.
A product display apparatus including: a shelving unit defining a plurality of vertically arranged shelves; a base mounted to one of the shelves; an elongate arm slidably connected to the base; an actuator for extending and retracting the arm; at least one first sensor that senses the presence of an object at: (i) a first predetermined distance; and (ii) a second predetermined distance; a control module that causes the actuator to extend and retract the arm in response to feedback from the at least one first sensor; a connecting means at or near a first axial end of the arm; and a product secured to the first axial end of the arm via the connecting means. a shelving unit defining a plurality of vertically arranged shelves; a base mounted to one of the shelves; an elongate arm slidably connected to the base; an actuator for extending and retracting the arm; at least one first sensor that senses the presence of an object at: (i) a first predetermined distance; and (ii) a second predetermined distance; a control module that causes the actuator to extend and retract the arm in response to feedback from the at least one first sensor; a connecting means at or near a first axial end of the arm; and a product secured to the first axial end of the arm via the connecting means.