mhurhangee/patent-ind-claim-en huggingface dataset:
Dishwasher for the batch washing of wash items, wherein the dishwasher comprises a wash chamber , which is arranged to accommodate wash items and in which spray members (34a-b) for spraying out washing liquid and rinsing liquid are disposed; a wash tank , which is arranged to contain washing liquid which during a wash phase shall be supplied to the wash chamber via the spray members (34a-b); a recirculating rinse tank , which is arranged to contain used rinsing liquid which during a rinse phase shall be supplied to the wash chamber via the spray members (34a-b); members for supplying final-rinse liquid which during a final-rinse phase shall be supplied to the wash chamber via the spray members (34a-b); and a collecting device , which is arranged to collect liquid which has been sprayed out into the wash chamber via the spray members (34a-b), the dishwasher being characterized by a pump , which is arranged to pump used rinsing liquid from the collecting device to the recirculating rinse tank . a wash chamber , which is arranged to accommodate wash items and in which spray members (34a-b) for spraying out washing liquid and rinsing liquid are disposed; a wash tank , which is arranged to contain washing liquid which during a wash phase shall be supplied to the wash chamber via the spray members (34a-b); a recirculating rinse tank , which is arranged to contain used rinsing liquid which during a rinse phase shall be supplied to the wash chamber via the spray members (34a-b); members for supplying final-rinse liquid which during a final-rinse phase shall be supplied to the wash chamber via the spray members (34a-b); and a collecting device , which is arranged to collect liquid which has been sprayed out into the wash chamber via the spray members (34a-b), the dishwasher being characterized by a pump , which is arranged to pump used rinsing liquid from the collecting device to the recirculating rinse tank .
A pulse generator for an indirect time of flight system comprising: a first counter configured to receive a phase setting sent from the outside of the pulse generator and determine a phase of a pulse to be outputted based on the phase setting, wherein the determined phase is usable for distance measurement to a distance measurement target using an input signal; aD-type flip-flop configured to receive the output of the first counter as a clock (CK) and output a value of an input (D) from an output (Q) on the basis of the clock (CK); an AND gate configured to receive a clock inputted to the pulse generator and an output of the D-type flip-flop ; and a second counter , wherein the second counter is a programmable counter and is configured to count output clocks of the AND gate and determine a frequency of the pulse based on the count of the output clocks of the AND gate . a first counter configured to receive a phase setting sent from the outside of the pulse generator and determine a phase of a pulse to be outputted based on the phase setting, wherein the determined phase is usable for distance measurement to a distance measurement target using an input signal; aD-type flip-flop configured to receive the output of the first counter as a clock (CK) and output a value of an input (D) from an output (Q) on the basis of the clock (CK); an AND gate configured to receive a clock inputted to the pulse generator and an output of the D-type flip-flop ; and a second counter , wherein the second counter is a programmable counter and is configured to count output clocks of the AND gate and determine a frequency of the pulse based on the count of the output clocks of the AND gate .
A compound having the structure of formula (III): wherein the C 2-4 alkyl is selected from the group consisting of ethyl, isopropyl, n-propyl, butyl, and t-butyl, or an N-oxide, crystalline form, hydrate, or pharmaceutically acceptable salt thereof. wherein the C 2-4 alkyl is selected from the group consisting of ethyl, isopropyl, n-propyl, butyl, and t-butyl, or an N-oxide, crystalline form, hydrate, or pharmaceutically acceptable salt thereof.
A semiconductor die arrangement comprising a first die including at least one semiconductor device; a second die including at least one semiconductor device; a third die including at least one semiconductor device, the third die mounted on the first die in a stacked configuration and electrically connected to the semiconductor device of the first die; a lead frame associated with the first die and comprising one or more lead fingers , wherein the lead finger comprises a wider portion adjacent the first die and a narrower portion configured to provide an external connection to the die arrangement, and wherein the second die is mounted to the wider portion on one of the lead fingers and electrically connected to a further element by a bond wire , in which the further element comprises a terminal of the semiconductor device of the first die .
An inflatable article including at least one inflatable bladder having an air inlet and an inflation device extending along a longitudinal axis (A), said inflation device including: • a vacuum tube having a first end portion fixed to the air inlet , the vacuum tube having a length at least equal to the largest cross dimension of said vacuum tube; • a venturi device configured to be mounted to the first end portion of the vacuum tube , the venturi device including a main axial aperture whose section is smaller than the cross section of the vacuum tube, the main axial aperture being configured to be connected to an air source, for the axial entry of a primary air stream generated by said air source, and at least one secondary aperture , distinct from the main axial aperture , for the entry of a secondary air stream generated by the vacuum created in the vacuum tube by the primary air stream, characterized in that the vacuum tube extends inside the inflatable bladder over at least half of its length. • a vacuum tube having a first end portion fixed to the air inlet , the vacuum tube having a length at least equal to the largest cross dimension of said vacuum tube; • a venturi device configured to be mounted to the first end portion of the vacuum tube , the venturi device including a main axial aperture whose section is smaller than the cross section of the vacuum tube, the main axial aperture being configured to be connected to an air source, for the axial entry of a primary air stream generated by said air source, and at least one secondary aperture , distinct from the main axial aperture , for the entry of a secondary air stream generated by the vacuum created in the vacuum tube by the primary air stream,
Labelling device , comprising a label dispenser and a transfer device for transferring a row (R1) of labels dispensed to the transfer device to an article web (A), the transfer device having at least one slide assembly mounted thereon in a vertically adjustable manner for pressing the labels onto the article web (A), the slide assembly comprising a base plate and a plurality of pressure elements , wherein the slide assembly further comprises at least one cassette module assembled with the base plate , one or more of the pressure elements being arranged on each cassette module , characterized in that the cassette module is fastened to the base plate by means of a coupling element , wherein the coupling element is dimensioned so as to be insertable for guiding the slide assembly along a guide plane (E).
A panel for attenuating noise comprising: a face skin ; a base skin ; a cellular core connected to and forming a plurality of cells between the face skin and the base skin , wherein the cellular core is defined by a cell structure having a plurality of cell walls extending between the face skin and the base skin defining each of the plurality of cells ; and a septum disposed within each of the plurality of cells , the septum defining a first chamber proximate the face skin and a second chamber proximate the base skin , the septum continuously slanted to define a plane intersecting the face skin and the base skin at a non-orthogonal angle, wherein the face skin comprises a plurality of perforations fully through the face skin and in fluid communication with the first chamber characterised by the septum comprising a perforation in the form of a corner notch through a face having a perforated area, wherein the first chamber and the second chamber are in fluid communication via the perforation . a face skin ; a base skin ; a cellular core connected to and forming a plurality of cells between the face skin and the base skin , wherein the cellular core is defined by a cell structure having a plurality of cell walls extending between the face skin and the base skin defining each of the plurality of cells ; and a septum disposed within each of the plurality of cells , the septum defining a first chamber proximate the face skin and a second chamber proximate the base skin , the septum continuously slanted to define a plane intersecting the face skin and the base skin at a non-orthogonal angle, wherein the face skin comprises a plurality of perforations fully through the face skin and in fluid communication with the first chamber characterised by the septum comprising a perforation in the form of a corner notch through a face having a perforated area, wherein the first chamber and the second chamber are in fluid communication via the perforation .
A cell culture media for growth, maintenance and induction of reversion to a less mature state of a cell, the cell culture medium comprising a MUC1* activating ligand, wherein the cell is a mature, somatic, stem or progenitor cell, and wherein the MUC1* activating ligand is an NME family protein, and wherein the NME family protein is NME7-AB or NME6 in dimeric form.
A quick release valve, which has a chamber , an inlet opening leading into the chamber, a connection opening for connecting to a space to be pressurised, at least one outlet opening and a piston , which is moveable under the influence of air pressure between a first position closing the outlet opening and a second position opening the outlet opening, which chamber has a first surface and the mouths of the connection opening and the outlet openings open up onto said first surface, and the piston has a closing surface , which in said first position is arranged to settle against said first surface and to cover the mouths of the connection opening and outlet openings, and the quick release valve has a bypass route for leading pressurised gas into the connection opening past the piston in the first position, characterised in that , the piston is a part placed in the chamber , which part moves freely under the influence of air pressure.
A suspension (DS) for a train (TV) of a vehicle having wheels adapted to roll, said device (DS) comprising a spring (RS) and a shock absorber (AS) connected in parallel, and comprises further i) an inertial circuit (CI) comprising at least a first pipe (T1) having predefined length and section, and capable of producing fluid inertia in a controlled manner, ii) a jack (VS) mounted in parallel with said springs (RS) and shock absorber (AS) and comprising a chamber (CH) coupled to said first pipe (T1), and iii) means of control (MC) adapted to control OLER the said fluid inertia generated by said inertial circuit (IC) as a function of at least one information representative of a current value of at least one chosen parameter of the vehicle, said first pipe (T1) comprises first and second ends respectively coupled to inlets/outlets of said chamber (CH) and of a fluid reservoir (RF, CH'), and said control means (MC) comprises first action means (MA1) installed between said inlets/outlets of the chamber (CH) and of said fluid reservoir (RF, CH') in order to control the connection/disconnection of said first pipe (T1), said inertial circuit (CI) including a second pipe (T2) having predetermined length and section, and having a first end connected to said second end of the first pipe (T1) and a second end coupled to said input/output of the fluid reservoir (RF, CH'), said control means (MC) include an ant also second means of action (MA2) installed between said first end of the second pipe (T2) and said input/output of the fluid reservoir (RF, CH') to control the connection/disconnection of said second pipe (T2), characterized in that said inertial circuit (CI) comprises a third pipe (T3) having predefined length and section, and having a first end connected to said second end of the second pipe (T2) and a second end coupled to said inlet/outlet of the fluid reservoir (RF, CH'), and in that said control means (MC) also comprise third action means (MA3) installed between said first end of the third pipe (T3) and said inlet/outlet of the fluid reservoir (RF, CH') in order to control the connection/disconnection of said third pipe (T3).
A system for monitoring a lubricant supplying at least one aircraft engine, comprising: a lubricant sensor , which measures a lubricant quantity value indicative of an amount of lubricant supplying the engine; a data acquisition unit , which reads the lubricant quantity value from the lubricant sensor at a fixed time interval; a message generation unit , characterized in that the message generation unit is arranged to generate a lubricant quantity monitoring message according to the lubricant quantity value read at the fixed time interval, wherein the lubricant quantity monitoring message comprises flight-phase lubricant quantity monitoring information for a specific flight phase of the engine and lubricant addition information comprising information of whether lubricant is added during a flight stop and quantity of lubricant addition, wherein the flight-phase lubricant quantity monitoring information is based on each said lubricant quantity value; and wherein the quantity of lubricant addition is determined according to lubricant quantity detected during the flight stop, wherein the lubricant quantity monitoring message further comprises lubricant consumption information, and the lubricant consumption information is calculated according to the flight-phase lubricant quantity monitoring information for a specific flight phase of the engine and/or the lubricant addition information, to evaluate a performance of the engine. a lubricant sensor , which measures a lubricant quantity value indicative of an amount of lubricant supplying the engine; a data acquisition unit , which reads the lubricant quantity value from the lubricant sensor at a fixed time interval; a message generation unit , characterized in that the message generation unit is arranged to generate a lubricant quantity monitoring message according to the lubricant quantity value read at the fixed time interval, wherein the lubricant quantity monitoring message comprises flight-phase lubricant quantity monitoring information for a specific flight phase of the engine and lubricant addition information comprising information of whether lubricant is added during a flight stop and quantity of lubricant addition, wherein the flight-phase lubricant quantity monitoring information is based on each said lubricant quantity value; and wherein the quantity of lubricant addition is determined according to lubricant quantity detected during the flight stop, wherein the lubricant quantity monitoring message further comprises lubricant consumption information, and the lubricant consumption information is calculated according to the flight-phase lubricant quantity monitoring information for a specific flight phase of the engine and/or the lubricant addition information, to evaluate a performance of the engine.
Method for observing biological species (CB) on a culture medium (MC) contained in a container having at least one translucent face (CP, BU), the method comprising the steps consisting of: a) directing a light beam (FL) onto one portion of said translucent face, so as to define at least one illuminated region (M1) and at least one non-illuminated region (M0) of said face; and b) acquiring an image of a portion (M2) of the surface of said culture medium illuminated by said light beam, the acquisition being carried out through said or at least one said non-illuminated region (M0) of said translucent face and along an optical acquisition axis forming a non-zero angle (α) with the direction of propagation of said light beam. a) directing a light beam (FL) onto one portion of said translucent face, so as to define at least one illuminated region (M1) and at least one non-illuminated region (M0) of said face; and b) acquiring an image of a portion (M2) of the surface of said culture medium illuminated by said light beam, the acquisition being carried out through said or at least one said non-illuminated region (M0) of said translucent face and along an optical acquisition axis forming a non-zero angle (α) with the direction of propagation of said light beam.
Pressurized-gas bottle bundle with a tamper-proof securing means, having multiple pressurized-gas bottles (2, 2', 2") which are accommodated in a bundle framework and which are connected to common piping which is provided with at least one extraction valve , wherein the extraction valve is arranged in the region of an access opening which is delimited by frame elements of the bundle framework , characterized in that , for tamper-proof securing, provision is made of a securing element which, in the state of installation, extends with a securing portion transversely over the extraction valve and which is provided with at least two connecting elements , said connecting elements extending, in the state of installation, through respective bores which are arranged in frame elements , which frame elements are situated opposite one another at the access opening , and being provided in each case with a holding portion which, in the state of installation, is arranged on that side of the bore which is situated opposite the securing portion .
A semiconductor device, comprising: a substrate having a trench formed therein and made of silicon carbide, said trench being opened on one main surface side and having a side wall surface ; a gate insulating film formed on said side wall surface in contact therewith; and a gate electrode formed on said gate insulating film in contact therewith, wherein said substrate includes a source region having a first conductivity type arranged to be exposed at said side wall surface, a body region having a second conductivity type which is arranged on a position opposite to said one main surface with respect to said source region, is in contact with said source region, and is exposed at said side wall surface, and wherein a square region with each side of 100 nm in said side wall surface of said trench where a channel region is to be formed has a surface roughness of not more than 1.0 nm in RMS, and said side wall surface consists of a (0-11-2) plane microscopically constituted by alternately providing a (0-33-8) plane and another plane which is connected to said (0-33-8) plane and is different from said (0-33-8) plane. a substrate having a trench formed therein and made of silicon carbide, said trench being opened on one main surface side and having a side wall surface ; a gate insulating film formed on said side wall surface in contact therewith; and a gate electrode formed on said gate insulating film in contact therewith, wherein said substrate includes a source region having a first conductivity type arranged to be exposed at said side wall surface, a body region having a second conductivity type which is arranged on a position opposite to said one main surface with respect to said source region, is in contact with said source region, and is exposed at said side wall surface, and wherein a square region with each side of 100 nm in said side wall surface of said trench where a channel region is to be formed has a surface roughness of not more than 1.0 nm in RMS, and said side wall surface consists of a (0-11-2) plane microscopically constituted by alternately providing a (0-33-8) plane and another plane which is connected to said (0-33-8) plane and is different from said (0-33-8) plane.
Die-casting machine for a casting plant for the production of castings in aluminium or its alloys, comprising: - a cradle rotatable on command with respect to a transverse rotation axis (X); - a fixed die-holder suitable to support a fixed die , placed on board the cradle , fixed to the cradle and disposed in proximity of the rotation axis (X) ; - a carriage ; - a movable die-holder suitable to support a movable die , placed on board the carriage and facing the fixed die-holder ; - a die movement group for moving the movable die-holder , arranged on board the carriage ; - a die group comprising a well wherein the die group is provided with the fixed die-holder and the moveable die-holder ; wherein the die-casting machine is characterized in that the carriage is disposed on board the cradle , on the side opposite the rotation axis (X) with respect to the fixed die-holder , translatable on command along a longitudinal translation axis (Y), orthogonal the rotation axis (X); - a cradle rotatable on command with respect to a transverse rotation axis (X); - a fixed die-holder suitable to support a fixed die , placed on board the cradle , fixed to the cradle and disposed in proximity of the rotation axis (X) ; - a carriage ; - a movable die-holder suitable to support a movable die , placed on board the carriage and facing the fixed die-holder ; - a die movement group for moving the movable die-holder , arranged on board the carriage ; - a die group comprising a well wherein the die group is provided with the fixed die-holder and the moveable die-holder ;