mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical switching apparatus (1; 1'), comprising: - at least two power components , each including first and second power transistors, - an illumination control device of the transistors, configured to deliver a first control signal to each of the first transistors and a second control signal to each of the second transistors , - an electrical interconnect device (3; 6) connecting the illumination control device to the power components to transmit the first and second control signals to the first and second transistors, the interconnect device (3; 6) comprising several electrically conductive plates (31, 31', 32, 32'; 61, 61', 62, 62') extending parallel to one another, each of these electrically conductive plates being connected between a control electrode of one of the first or second power transistors and a corresponding output of the illumination control device , each first power transistor comprising first and second control electrodes, each second power transistor comprising third and fourth control electrodes , and the electrical interconnect device comprising first (31; 61), second (31'; 61'), third (32; 62) and fourth (32'; 62') electrically conductive plates electrically connecting the first , second , third and fourth control electrodes, respectively, to the respective outputs of the illumination control device , this electrical switching apparatus being characterized in that the first (31; 61) and second (31'; 61') electrically conductive plates have an identical shape and are superimposed with one another, the third (32; 62) and fourth (32'; 62') electrically conductive plates have an identical shape and are superimposed with one another, and the electrically conductive plates are stacked with one another, the first (31; 61) and second (31'; 61') electrically conductive plates being laterally offset relative to the third (32; 62) and fourth (32'; 62') electrically conductive plates so as to be superimposed with these third and fourth electrically conductive plates only at an overlap zone (Z64). - at least two power components , each including first and second power transistors, - an illumination control device of the transistors, configured to deliver a first control signal to each of the first transistors and a second control signal to each of the second transistors , - an electrical interconnect device (3; 6) connecting the illumination control device to the power components to transmit the first and second control signals to the first and second transistors,
An electronic system, comprising: a hand-held controller comprising: a proximity sensing circuit comprising a plurality of proximity sensors , the proximity sensors being configured to sense a plurality of instant proximity values, and the plurality of proximity sensors being disposed on different positions for detecting finger positions of a hand holding the hand-held controller ; and a physical information sensing circuit configured to sense a physical parameter; characterised by that the electronic system further comprises a computing application , executed by a processor , configured to retrieve the instant proximity values and the physical parameter, to calculate a plurality of maximum proximity values or minimum proximity values according to the instant proximity values and the physical parameter, the maximum proximity values or the minimum proximity values being utilized to update a plurality of threshold proximity values of the proximity sensors in determining near status or far status, wherein the physical information sensing circuit comprises a touch sensor, and the physical parameter comprises a percentage of touched area detected by the touch sensor. a hand-held controller comprising: a proximity sensing circuit comprising a plurality of proximity sensors , the proximity sensors being configured to sense a plurality of instant proximity values, and the plurality of proximity sensors being disposed on different positions for detecting finger positions of a hand holding the hand-held controller ; and a physical information sensing circuit configured to sense a physical parameter; a proximity sensing circuit comprising a plurality of proximity sensors , the proximity sensors being configured to sense a plurality of instant proximity values, and the plurality of proximity sensors being disposed on different positions for detecting finger positions of a hand holding the hand-held controller ; and a physical information sensing circuit configured to sense a physical parameter; characterised by that the electronic system further comprises a computing application , executed by a processor , configured to retrieve the instant proximity values and the physical parameter, to calculate a plurality of maximum proximity values or minimum proximity values according to the instant proximity values and the physical parameter, the maximum proximity values or the minimum proximity values being utilized to update a plurality of threshold proximity values of the proximity sensors in determining near status or far status, wherein the physical information sensing circuit comprises a touch sensor, and the physical parameter comprises a percentage of touched area detected by the touch sensor.
A laser comprising a distributed Bragg mirror, said laser being designed to emit a light radiation along a longitudinal direction (x) and comprising a waveguide formed at least partly in a stack of layers made of III-V materials comprising at least one active region configured to emit said light radiation, said mirror comprising lateral corrugations distributed periodically along a longitudinal direction (x) in a period Λ, said lateral corrugations being carried by at least a lateral plane (xz) defined by the longitudinal direction (x) and a first transverse direction (z) normal to the longitudinal direction (x), said lateral corrugations having a dimension d along a second transverse direction (y) normal to the longitudinal direction (x), said laser further comprising a top electrode arranged on the waveguide , along the first transverse direction (z), the lateral corrugations of the Brag mirror being located at least partly at the level of the lateral flanks of the top electrode , said lateral flanks extending parallel to the lateral plane (xz), said laser being characterised in that said lateral corrugations of the Bragg mirror are extending only on said lateral flanks of the top electrode . said laser being designed to emit a light radiation along a longitudinal direction (x) and comprising a waveguide formed at least partly in a stack of layers made of III-V materials comprising at least one active region configured to emit said light radiation, said mirror comprising lateral corrugations distributed periodically along a longitudinal direction (x) in a period Λ, said lateral corrugations being carried by at least a lateral plane (xz) defined by the longitudinal direction (x) and a first transverse direction (z) normal to the longitudinal direction (x), said lateral corrugations having a dimension d along a second transverse direction (y) normal to the longitudinal direction (x), said laser further comprising a top electrode arranged on the waveguide , along the first transverse direction (z), the lateral corrugations of the Brag mirror being located at least partly at the level of the lateral flanks of the top electrode , said lateral flanks extending parallel to the lateral plane (xz), said laser being characterised in that said lateral corrugations of the Bragg mirror are extending only on said lateral flanks of the top electrode .
A roof display device for vehicles, in particular for taxi vehicles, having at least one holding apparatus for fastening to a roof area of the vehicle and having at least one roof display body which is securely connected to the holding apparatus , said roof display body having a roof sign for signaling a functional state, wherein the roof display device has a main display body including a main roof sign for signaling a main function and at least one additional display body including an additional roof sign for signaling an additional function, wherein the holding apparatus has a holder via which the main display body is coupled to the additional display body , wherein the additional display body is formed as a cap which is fastened by form-fit and/or force-fit and/or material-fit to the front face of the holder , wherein the holder has a carrier plate which separates the space between the main display body and the additional display body , and wherein the light sources of the main display body and of the additional display body are controllable via an electrical lead which is integrated into the foot of the holding apparatus , wherein the foot protrudes from the holder which is arranged in a securing area between the main display body and the additional display body , characterized in that one or several base light radiating light sources are arranged on a side of the carrier plate which is facing the main display body and one light radiating light source is arranged on a side of the carrier plate which is facing the additional display body .
A working fluid composition for a refrigerating machine, comprising: a refrigerating machine oil comprising a copolymer of ethylene and an α-olefin as a base oil; and a hydrocarbon refrigerant, wherein the hydrocarbon refrigerant is a hydrocarbon having 2 to 4 carbon atoms, and the proportion of the hydrocarbon refrigerant in the total amount of the refrigerant is 50% by mass or more. a refrigerating machine oil comprising a copolymer of ethylene and an α-olefin as a base oil; and a hydrocarbon refrigerant, wherein the hydrocarbon refrigerant is a hydrocarbon having 2 to 4 carbon atoms, and the proportion of the hydrocarbon refrigerant in the total amount of the refrigerant is 50% by mass or more.
A brake system, comprising: a brake controller ; a hydraulic brake actuator including a moveable member; a brake stack ; an electromechanical valve assembly in electronic communication with the brake controller and in fluid communication with the hydraulic brake actuator; and a tangible, non-transitory memory configured to communicate with the brake controller, characterised by the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the brake controller, cause the brake controller to perform operations comprising: sending, by the brake controller, a current signal to the electromechanical valve assembly; receiving, by the brake controller, a pressure feedback signal; increasing, by the brake controller, a value of the current signal; and determining, by the brake controller, a contact current value based upon the pressure feedback signal. a brake controller ; a hydraulic brake actuator including a moveable member; a brake stack ; an electromechanical valve assembly in electronic communication with the brake controller and in fluid communication with the hydraulic brake actuator; and a tangible, non-transitory memory configured to communicate with the brake controller, characterised by the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the brake controller, cause the brake controller to perform operations comprising: sending, by the brake controller, a current signal to the electromechanical valve assembly; receiving, by the brake controller, a pressure feedback signal; increasing, by the brake controller, a value of the current signal; and determining, by the brake controller, a contact current value based upon the pressure feedback signal. sending, by the brake controller, a current signal to the electromechanical valve assembly; receiving, by the brake controller, a pressure feedback signal; increasing, by the brake controller, a value of the current signal; and determining, by the brake controller, a contact current value based upon the pressure feedback signal.
A contact adhesive comprising: (a) a metallocene-catalyzed ethylene/alpha -olefin multi-block copolymer including ethylene and one or more copolymerizable alpha -olefin comonomer in polymerized form; (b) a mixture of polyethylene wax and Fischer-Tropsch wax, having a penetration hardness value of less than 5 dmm at 25°C, measured in accordance with ASTM D1321, wherein the drop point (measured according to ASTM D 3954) of the wax, individually or as a mixture, is from 60 to 160°C, and the weight average (Mw) molecular weight of the wax, individually or as a mixture, ranges from 200 to 7000 Daltons and the wax is added at levels of 0.5 to 15 wt% based on the total weight of the adhesive; (c) a plasticizer; and (d) a tackifier; wherein the contact adhesive is free from polypropylene based polymer and/or polypropylene based wax; and wherein the contact adhesive passes a blocking test of 84% relative humidity, 22 °C (72°F) with 1 kg weight for at least 500 hours, measured in accordance with the method described in paragraph 61 of the description. (a) a metallocene-catalyzed ethylene/alpha -olefin multi-block copolymer including ethylene and one or more copolymerizable alpha -olefin comonomer in polymerized form; (b) a mixture of polyethylene wax and Fischer-Tropsch wax, having a penetration hardness value of less than 5 dmm at 25°C, measured in accordance with ASTM D1321, wherein the drop point (measured according to ASTM D 3954) of the wax, individually or as a mixture, is from 60 to 160°C, and the weight average (Mw) molecular weight of the wax, individually or as a mixture, ranges from 200 to 7000 Daltons and the wax is added at levels of 0.5 to 15 wt% based on the total weight of the adhesive; (c) a plasticizer; and (d) a tackifier; wherein the contact adhesive is free from polypropylene based polymer and/or polypropylene based wax; and wherein the contact adhesive passes a blocking test of 84% relative humidity, 22 °C (72°F) with 1 kg weight for at least 500 hours, measured in accordance with the method described in paragraph 61 of the description.
A system for three-dimensional printing, comprising: a rotary tray configured to rotate about a vertical axis; a printing head , having a plurality of nozzles, and being configured to reciprocally move relative to said tray along a radial direction; and a controller configured for: (i) controlling said printing head to dispense, during said rotation, droplets of building material in layers, such as to print a three-dimensional object on said tray, and characterized by (ii) ceasing said dispensing whenever said printing head moves radially a rotary tray configured to rotate about a vertical axis; a printing head , having a plurality of nozzles, and being configured to reciprocally move relative to said tray along a radial direction; and a controller configured for: (i) controlling said printing head to dispense, during said rotation, droplets of building material in layers, such as to print a three-dimensional object on said tray, and characterized by (ii) ceasing said dispensing whenever said printing head moves radially
A transistor, comprising: an active region comprising a channel layer ; source and drain electrodes in contact with said active region; a gate between said source and drain electrodes and in contact with said active region; a first spacer layer directly on at least part of the surface of said active region between said gate and said drain electrode and between said gate and said source electrode ; a first field plate directly on said first spacer layer and extending on said first spacer layer and over said active region toward said drain electrode , and extending on said first spacer layer over said active region and toward said source electrode ; first conductive buses on said first spacer layer and connecting said first field plate to said source electrode ; a second spacer layer over at least a portion of said first field plate ; and a second field plate on said second spacer layer . an active region comprising a channel layer ; source and drain electrodes in contact with said active region; a gate between said source and drain electrodes and in contact with said active region; a first spacer layer directly on at least part of the surface of said active region between said gate and said drain electrode and between said gate and said source electrode ; a first field plate directly on said first spacer layer and extending on said first spacer layer and over said active region toward said drain electrode , and extending on said first spacer layer over said active region and toward said source electrode ; first conductive buses on said first spacer layer and connecting said first field plate to said source electrode ; a second spacer layer over at least a portion of said first field plate ; and a second field plate on said second spacer layer .
A package comprising: a peripheral wall to have a pair of first sidewalls facing each other, a pair of second sidewalls facing each other, and an opening at one end; an inner flap to be provided at the one end of each of the first sidewalls; a pair of protrusions to protrude from both side ends of the inner flap; and an outer flap to be provided at the one end of each of the second sidewalls and be provided with a notch, the size of which is larger than or equal to the size of each of the protrusions, at a position corresponding to each of the protrusions, wherein closing of the inner flap and then the outer flap closes the opening at the one end of the peripheral wall with the protrusions being brought into contact with the second sidewalls, and with the opening at the one end of the peripheral wall closed, a binding band is wrapped around the package so as to pass outside a part of the second side wall in contact with each of the protrusions. a peripheral wall to have a pair of first sidewalls facing each other, a pair of second sidewalls facing each other, and an opening at one end; an inner flap to be provided at the one end of each of the first sidewalls; a pair of protrusions to protrude from both side ends of the inner flap; and an outer flap to be provided at the one end of each of the second sidewalls and be provided with a notch, the size of which is larger than or equal to the size of each of the protrusions, at a position corresponding to each of the protrusions, wherein closing of the inner flap and then the outer flap closes the opening at the one end of the peripheral wall with the protrusions being brought into contact with the second sidewalls, and with the opening at the one end of the peripheral wall closed, a binding band is wrapped around the package so as to pass outside a part of the second side wall in contact with each of the protrusions.
Method for producing containers filled with a liquid filling material from preforms made of a thermoplastic material, wherein the respective preform is thermally conditioned and subsequently moulded into the container during a moulding and filling phase in a mould with at least one liquid filling material (21, 21.1) as pressure medium, wherein the filling material (21, 21.1) or parts of the filling material (21, 21.1.) are supplied at at least two points in time and/or in at least two process phases with different contents of carbon dioxide and/or at different temperatures and wherein dry ice , especially in the form of pellets, is supplied in the second process phase.
A skin tightening composition comprising: a. at least one thermoplastic elastomer chosen from amorphous hydrocarbon block copolymers of styrene and monomers of hydrocarbon containing 2 to 5 carbon atoms and comprising one or two ethylenic unsaturations, and having a first T g below 0°C, and a second T g greater than 25°C; b. at least one adhesive film-forming polymer chosen from polymer particles of C 1 -C 4 alkyl(methacrylate)polymer, stablilized in a non-aqueous dispersion; and c. at least one filler. a. at least one thermoplastic elastomer chosen from amorphous hydrocarbon block copolymers of styrene and monomers of hydrocarbon containing 2 to 5 carbon atoms and comprising one or two ethylenic unsaturations, and having a first T g below 0°C, and a second T g greater than 25°C; b. at least one adhesive film-forming polymer chosen from polymer particles of C 1 -C 4 alkyl(methacrylate)polymer, stablilized in a non-aqueous dispersion; and c. at least one filler.
A composition for use in the prevention and control of varroosis, characterized in that it comprises hemp essential oil in concentration from 0.1 to 50%.
A borescope grip (200; 200') defined about a central longitudinal axis, comprising: a reaction case that includes a first flange having a first face that is substantially perpendicular to a central longitudinal axis of the grip; an o-ring that abuts the first face of the first flange ; a plunger that includes a second flange having a second face that abuts the o-ring at a first axial position and is disengaged from the o-ring at a second axial position; and a spring (220; 220') that abuts the second flange , wherein the reaction case includes a housing that comprises the o-ring , the plunger , and the spring , wherein the reaction case includes a central core that extends along the central longitudinal axis , wherein a first surface of the o-ring abuts the first flange , and wherein a second surface of the o-ring that is opposed to the first surface abuts the second flange , and the borescope grip (200; 200') further comprises a trigger coupled to the plunger , wherein when a force applied to the trigger is less than a threshold the spring (220; 220') causes the o-ring to deform, wherein the deformation of the o-ring applies a clamping force to a borescope tube, wherein when a force applied to the trigger is greater than a threshold the spring (220; 220') is isolated from the o-ring such that the o-ring is in a released state. a reaction case that includes a first flange having a first face that is substantially perpendicular to a central longitudinal axis of the grip; an o-ring that abuts the first face of the first flange ; a plunger that includes a second flange having a second face that abuts the o-ring at a first axial position and is disengaged from the o-ring at a second axial position; and a spring (220; 220') that abuts the second flange , wherein the reaction case includes a housing that comprises the o-ring , the plunger , and the spring , wherein the reaction case includes a central core that extends along the central longitudinal axis , wherein a first surface of the o-ring abuts the first flange , and wherein a second surface of the o-ring that is opposed to the first surface abuts the second flange , and the borescope grip (200; 200') further comprises a trigger coupled to the plunger , wherein when a force applied to the trigger is less than a threshold the spring (220; 220') causes the o-ring to deform, wherein the deformation of the o-ring applies a clamping force to a borescope tube, wherein when a force applied to the trigger is greater than a threshold the spring (220; 220') is isolated from the o-ring such that the o-ring is in a released state.