mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode assembly , characterized in that the electrode assembly comprises a negative electrode plate , a positive electrode plate , and a separator , and the negative electrode plate , the separator , and the positive electrode plate are laminated and wound around a winding center, wherein the negative electrode plate comprises a first inner layer section , the positive electrode plate comprises a second inner layer section , and the first inner layer section and the second inner layer section are immediately adjacent to the winding center; and the first inner layer section is provided with a notch portion , and the notch portion runs through the first inner layer section in a width direction, so that the second inner layer section of the positive electrode plate is exposed through the notch portion , wherein the width direction is a direction in which the negative electrode plate , the positive electrode plate , and the separator are laminated. wherein the negative electrode plate comprises a first inner layer section , the positive electrode plate comprises a second inner layer section , and the first inner layer section and the second inner layer section are immediately adjacent to the winding center; and the first inner layer section is provided with a notch portion , and the notch portion runs through the first inner layer section in a width direction, so that the second inner layer section of the positive electrode plate is exposed through the notch portion , wherein the width direction is a direction in which the negative electrode plate , the positive electrode plate , and the separator are laminated.
A resin composition, comprising: 100 parts by weight of a halogen-free epoxy resin, 11-37 parts by weight of an active ester resin, and 40-66 parts by weight of a compound represented by Formula (I), wherein n is 2-15; Ac represents an acetyl group. 100 parts by weight of a halogen-free epoxy resin, 11-37 parts by weight of an active ester resin, and 40-66 parts by weight of a compound represented by Formula (I), wherein n is 2-15; Ac represents an acetyl group.
A susceptor for chemical vapor deposition, comprising: a horizontal component having a cylindrical symmetrical disk shape with a top surface and a bottom surface (603, 703, 1303, 1503, and 1603), wherein the top surface is configured to support one or more wafers; a cylindrical vertical component extending from the bottom surface of the horizontal component along a longitudinal axis that is substantially perpendicular to the horizontal component; a cylindrical hollow region includes fillets within the vertical component, and characterised by an induction coil surrounding only the vertical component and the hollow region within the vertical component; wherein the radius of the horizontal component is about equal to the radius of the vertical component; wherein the induction coil is able to induce eddy currents that flow uniformly through the horizontal component in a radial direction to produce a substantially uniform temperature distribution on the top surface of the horizontal component. a horizontal component having a cylindrical symmetrical disk shape with a top surface and a bottom surface (603, 703, 1303, 1503, and 1603), wherein the top surface is configured to support one or more wafers; a cylindrical vertical component extending from the bottom surface of the horizontal component along a longitudinal axis that is substantially perpendicular to the horizontal component; a cylindrical hollow region includes fillets within the vertical component, and characterised by an induction coil surrounding only the vertical component and the hollow region within the vertical component; wherein the radius of the horizontal component is about equal to the radius of the vertical component; wherein the induction coil is able to induce eddy currents that flow uniformly through the horizontal component in a radial direction to produce a substantially uniform temperature distribution on the top surface of the horizontal component.
A work vehicle, comprising: - a steering wheel for steering a travel vehicle body of the work vehicle; - a steering shaft connected with the steering wheel , extending downward from the steering wheel , and configured to be rotated with use of the steering wheel ; - a steering tower for which the steering wheel and the steering shaft are provided; and - an automatic steering mechanism configured to automatically steer the travel vehicle body so that the travel vehicle body travels on a target travel path; and a forward-reverse switching lever for switching a travel direction of the vehicle body between a forward travel and a reverse travel, wherein - the automatic steering mechanism includes a motor (M) configured to drive the steering shaft to rotate, - the automatic steering mechanism is present in the steering tower , and - the motor (M) is present under the steering wheel and adjacent laterally to the steering shaft , characterized in that the work vehicle comprises an automatic steering switching lever for switching between starting and ending automatic steering, wherein the automatic steering switching lever and the forward-reverse switching lever are positioned at an upper portion of the steering tower and below the steering wheel , and are present on a first side in the left-right direction of the vehicle body with respect to a rotation axis (Z1) of the steering wheel , and are present at respective positions different from each other in a front-back direction of the vehicle body. - a steering wheel for steering a travel vehicle body of the work vehicle; - a steering shaft connected with the steering wheel , extending downward from the steering wheel , and configured to be rotated with use of the steering wheel ; - a steering tower for which the steering wheel and the steering shaft are provided; and - an automatic steering mechanism configured to automatically steer the travel vehicle body so that the travel vehicle body travels on a target travel path; and a forward-reverse switching lever for switching a travel direction of the vehicle body between a forward travel and a reverse travel, wherein - the automatic steering mechanism includes a motor (M) configured to drive the steering shaft to rotate, - the automatic steering mechanism is present in the steering tower , and - the motor (M) is present under the steering wheel and adjacent laterally to the steering shaft , characterized in that the work vehicle comprises an automatic steering switching lever for switching between starting and ending automatic steering, wherein the automatic steering switching lever and the forward-reverse switching lever are positioned at an upper portion of the steering tower and below the steering wheel , and are present on a first side in the left-right direction of the vehicle body with respect to a rotation axis (Z1) of the steering wheel , and are present at respective positions different from each other in a front-back direction of the vehicle body.
Method for manufacturing an external horological or jewellery part comprising the following successive steps of: - producing 101 a base plate in a substrate made of a ceramic material, - mirror polishing 102 the base plate on at least one face, referred to as the "display face", intended to be visible to a user, - laser machining 103 predefined patterns in a preliminary step 105 on the display face, - oxidising 104 the base plate by heat treatment; said method being characterised in that in the preliminary step 105, the predefined patterns are obtained by digital image processing, so as to obtain an image formed of black pixels and white pixels, said black pixels or white pixels representing the patterns to be machined. - producing 101 a base plate in a substrate made of a ceramic material, - mirror polishing 102 the base plate on at least one face, referred to as the "display face", intended to be visible to a user, - laser machining 103 predefined patterns in a preliminary step 105 on the display face, - oxidising 104 the base plate by heat treatment; said method being characterised in that in the preliminary step 105, the predefined patterns are obtained by digital image processing, so as to obtain an image formed of black pixels and white pixels, said black pixels or white pixels representing the patterns to be machined.
A display apparatus comprising: a display with variable transparency; a sensor arranged to sense a location of at least one of a person and an object; and a controller arranged to determine proximity of the at least one of the person and the object to the display based on a result of the sensing by the sensor , and to adjust the transparency of the display differently according to a result of the determining, wherein, when a distance between the display and the at least one of the person and the object, which is calculated according to the sensed location, is less than or equal to the threshold value, the controller is arranged to decrease the transparency of the display to be lower than a pre-set transparency. a display with variable transparency; a sensor arranged to sense a location of at least one of a person and an object; and a controller arranged to determine proximity of the at least one of the person and the object to the display based on a result of the sensing by the sensor , and to adjust the transparency of the display differently according to a result of the determining, wherein, when a distance between the display and the at least one of the person and the object, which is calculated according to the sensed location, is less than or equal to the threshold value, the controller is arranged to decrease the transparency of the display to be lower than a pre-set transparency.
An adapter assembly for operably connecting an end effector to an electromechanical surgical instrument , the adapter assembly comprising: a drive coupling assembly ; a first drive assembly operably connected to the drive coupling assembly, the first drive assembly including a drive screw ; a second drive assembly operably connected to the drive coupling assembly; and a third drive assembly operably connected to the drive coupling assembly, characterised in that the second drive assembly includes a first jackscrew assembly and in that the third drive assembly includes a second jackscrew assembly . a drive coupling assembly ; a first drive assembly operably connected to the drive coupling assembly, the first drive assembly including a drive screw ; a second drive assembly operably connected to the drive coupling assembly; and a third drive assembly operably connected to the drive coupling assembly, characterised in that the second drive assembly includes a first jackscrew assembly and in that the third drive assembly includes a second jackscrew assembly .
An apparatus for displaying an image comprising: a waveguide having an in-coupler and an out-coupler ; characterized in that the apparatus further comprises: a first diffraction grating and a second diffraction grating along a first optical path from the in-coupler to the out-coupler, wherein the first and second diffraction gratings have a greater diffraction efficiency for light having a first polarization state than for light having a second polarization state complementary to the first polarization state; and a third diffraction grating and a fourth diffraction grating along the first optical path, wherein the third and fourth diffraction gratings have a greater diffraction efficiency for light having the second polarization state than for light having the first polarization state; wherein the in-coupler is arranged on a surface of the waveguide and is configured to diffract light having the first polarization state and light having the second polarization state. a first diffraction grating and a second diffraction grating along a first optical path from the in-coupler to the out-coupler, wherein the first and second diffraction gratings have a greater diffraction efficiency for light having a first polarization state than for light having a second polarization state complementary to the first polarization state; and a third diffraction grating and a fourth diffraction grating along the first optical path, wherein the third and fourth diffraction gratings have a greater diffraction efficiency for light having the second polarization state than for light having the first polarization state; wherein the in-coupler is arranged on a surface of the waveguide and is configured to diffract light having the first polarization state and light having the second polarization state.
A sensor comprising: a pixel block including one or more pixels each configured to receive light and perform photoelectric conversion to generate an electrical signal, and an event detecting section configured to detect an event that is a change in electrical signal of each of the pixels ; and a connection control section configured to switch connections between a plurality of the pixel blocks , wherein the connection control section is configured to connect the plurality of pixel blocks to combine photocurrents from the pixels in the plurality of pixel blocks ; the event detecting section includes a current-voltage converting section configured to convert each of the photocurrents to a voltage with a Field Effect Transistor, FET, through which the photocurrents flow, and the connection control section is configured to switch connections between sources of the FETs of the plurality of pixel blocks . a pixel block including one or more pixels each configured to receive light and perform photoelectric conversion to generate an electrical signal, and an event detecting section configured to detect an event that is a change in electrical signal of each of the pixels ; and one or more pixels each configured to receive light and perform photoelectric conversion to generate an electrical signal, and an event detecting section configured to detect an event that is a change in electrical signal of each of the pixels ; and a connection control section configured to switch connections between a plurality of the pixel blocks , wherein the connection control section is configured to connect the plurality of pixel blocks to combine photocurrents from the pixels in the plurality of pixel blocks ; the event detecting section includes a current-voltage converting section configured to convert each of the photocurrents to a voltage with a Field Effect Transistor, FET, through which the photocurrents flow, and the connection control section is configured to switch connections between sources of the FETs of the plurality of pixel blocks .
A device for the discharge of a pressurised liquid, comprising: a liquid intake section , a liquid discharge lance , a pump , which can be connected to a motor , the pump having a plurality of pistons , an inlet connected to the liquid intake section and an outlet opening connected to the discharge lance wherein the discharge lance and the pump are connected by a connection which has at the most three rotational degrees of freedom and/or one translational degree of freedom, the device further comprising, for each of the plurality of pistons , at least one intake valve and at least one outlet valve , positioned radially in the pump , wherein the plurality of outlet valves is connected to an outlet chamber , the outlet chamber being provided with the outlet opening a liquid distribution duct which extends on the periphery of the pump , characterized in that the liquid distribution duct is ring-shaped and connected to the plurality of intake valves . a liquid intake section , a liquid discharge lance , a pump , which can be connected to a motor , the pump having a plurality of pistons , an inlet connected to the liquid intake section and an outlet opening connected to the discharge lance a plurality of pistons , an inlet connected to the liquid intake section and an outlet opening connected to the discharge lance wherein the discharge lance and the pump are connected by a connection which has at the most three rotational degrees of freedom and/or one translational degree of freedom, the device further comprising, for each of the plurality of pistons , at least one intake valve and at least one outlet valve , positioned radially in the pump , wherein the plurality of outlet valves is connected to an outlet chamber , the outlet chamber being provided with the outlet opening a liquid distribution duct which extends on the periphery of the pump , characterized in that the liquid distribution duct is ring-shaped and connected to the plurality of intake valves .
A signal connector comprising a plurality of subcard connection units , wherein the subcard connection units comprise: • a first cavity, wherein two opposite side surfaces of the first cavity are respectively a third shielding piece and a fourth shielding piece , and at least one second protrusion is disposed on the third shielding piece and/or the fourth shielding piece in a direction opposite to the first cavity, to enable that when being disposed in parallel on a backplane connection part , the plurality of subcard connection units can be connected to adjacent subcard connection units through the at least one second protrusion; • at least one second signal terminal pair , wherein the second signal terminal pair is disposed in the first cavity and is basically parallel to the third shielding piece and/or the fourth shielding piece , and a first contact end of the second signal terminal pair extends outwards from a side surface of the first cavity; and • at least one second shielding piece , wherein the second shielding piece is disposed in parallel with the second signal terminal pair , and the second shielding piece is corresponding to a first shielding piece , wherein the third shielding piece and the fourth shielding piece and the plurality of subcard connection units are connected through the at least one second protrusion. • a first cavity, wherein two opposite side surfaces of the first cavity are respectively a third shielding piece and a fourth shielding piece , and at least one second protrusion is disposed on the third shielding piece and/or the fourth shielding piece in a direction opposite to the first cavity, to enable that when being disposed in parallel on a backplane connection part , the plurality of subcard connection units can be connected to adjacent subcard connection units through the at least one second protrusion; • at least one second signal terminal pair , wherein the second signal terminal pair is disposed in the first cavity and is basically parallel to the third shielding piece and/or the fourth shielding piece , and a first contact end of the second signal terminal pair extends outwards from a side surface of the first cavity; and • at least one second shielding piece , wherein the second shielding piece is disposed in parallel with the second signal terminal pair , and the second shielding piece is corresponding to a first shielding piece ,
Blow moulding arrangement with a blow mould and at least one adapter element for transforming plastic parisons to form plastic containers, wherein the blow mould comprises a base part , a first side part and a second side part , wherein, in the assembled state of the blow mould , this base part together with the side parts form a hollow space, within which the plastic parisons can be expanded to form the plastic containers, characterised in that at least one element of the blow mould to which a first adapter element can be attached has a first fastening section , wherein this fastening section is designed in such a way that this adapter element can be releasably attached to this fastening section , wherein this fastening section is formed in such a way that the blow mould can be arranged both with this adapter element and also without this adapter element on a transforming device for transforming plastic parisons to form plastic containers, wherein a configuration of the adapter element is adapted to a configuration of the blow mould and the adapter element can be configured in such a way that it engages in complementary counterpart surfaces of the blow mould and wherein this fastening section has a stepped construction and/or a stepped shoulder, on which the adapter element is arranged.
Household electrical appliance for domestic use including means for heating water and a first device for releasing an anti-scale agent into the water intended for being heated, characterised in that it comprises at least one second device for releasing an anti-scale agent (8; 108) into the water, the second device for releasing an anti-scale agent (8; 108) diffusing said anti-scale agent with a higher release speed than the release speed of the anti-scale agent diffused by the first release device , the first release device and the second release device (8; 108) being arranged in two different places on the appliance.
A dryer comprising: a main body ; a drying chamber provided inside the main body and configured to accommodate objects to be dried (D); a conveying unit configured to convey the objects to be dried (D); a sensor unit configured to gather information on states of the objects to be dried (D); and a control unit configured to control the conveying unit to move the objects to be dried (D) based on the information gathered by the sensor unit ; characterized in that the dryer comprises an electrode unit provided inside the drying chamber and configured to form a high-frequency electric field in a drying space (S); wherein the control unit controls the conveying unit to adjust intervals between the objects to be dried (D). a main body ; a drying chamber provided inside the main body and configured to accommodate objects to be dried (D); a conveying unit configured to convey the objects to be dried (D); a sensor unit configured to gather information on states of the objects to be dried (D); and a control unit configured to control the conveying unit to move the objects to be dried (D) based on the information gathered by the sensor unit ; characterized in that the dryer comprises an electrode unit provided inside the drying chamber and configured to form a high-frequency electric field in a drying space (S); wherein the control unit controls the conveying unit to adjust intervals between the objects to be dried (D).
A method of determining the relative phasing between a crankshaft and a crankshaft driven high pressure piston pump via a cam mechanism, said piston pump adapted to provide high pressure fuel to a common rail, comprising: a) measuring the pressure P1 in said common rail at a time before a pumping stroke/event and where said pressure P1 is measured during a first plateau phase before a pumping stroke; b) measuring the pressure P2 in said common rail at a time after the pumping stroke/event and where the pressure P2 is measured during a second higher plateau phase after said pumping stroke c) determining the average pressure of said measured pressure from steps a) and b); d) determining the time point where the measured pressure reaches the average pressure determined form step c); said time point in d) is assumed to be the mid-stroke in a pumping event of said piston pump e) correlating said time point from d) with crankshaft position to determine said relative phasing. a) measuring the pressure P1 in said common rail at a time before a pumping stroke/event and where said pressure P1 is measured during a first plateau phase before a pumping stroke; b) measuring the pressure P2 in said common rail at a time after the pumping stroke/event and where the pressure P2 is measured during a second higher plateau phase after said pumping stroke c) determining the average pressure of said measured pressure from steps a) and b); d) determining the time point where the measured pressure reaches the average pressure determined form step c); said time point in d) is assumed to be the mid-stroke in a pumping event of said piston pump e) correlating said time point from d) with crankshaft position to determine said relative phasing.