mhurhangee/patent-ind-claim-en huggingface dataset:
A capacitor structure , comprising: a semiconductor substrate , wherein an insulating layer disposed on a backside of the semiconductor substrate forming a wafer-backside trench isolation structure ; a first vertical diffusion plate disposed in the semiconductor substrate , wherein the first vertical diffusion plate further comprises a first lower portion that is part of the semiconductor substrate , and wherein the first lower portion is surrounded and electrically isolated by a first wafer-backside trench isolation structure , which is forming part of the wafer-backside trench isolation structure; a first shallow trench isolation, STI, structure disposed in the semiconductor substrate and the first STI structure surrounding the first vertical diffusion plate ; and a second vertical diffusion plate of a first conductivity type disposed in the semiconductor substrate , wherein the second vertical diffusion plate further comprises a second lower portion that is part of the semiconductor substrate and wherein the second lower portion is surrounded and electrically isolated by a second wafer-backside trench isolation , which is forming part of the wafer-backside trench isolation structure, and the second vertical diffusion plate surrounding the first STI structure , wherein a capacitor is formed between the first vertical diffusion plate and the second vertical diffusion plate with the first STI structure and the first wafer-backside trench isolation structure interposed therebetween acting as a capacitor dielectric layer . a semiconductor substrate , wherein an insulating layer disposed on a backside of the semiconductor substrate forming a wafer-backside trench isolation structure ; a first vertical diffusion plate disposed in the semiconductor substrate , wherein the first vertical diffusion plate further comprises a first lower portion that is part of the semiconductor substrate , and wherein the first lower portion is surrounded and electrically isolated by a first wafer-backside trench isolation structure , which is forming part of the wafer-backside trench isolation structure; a first shallow trench isolation, STI, structure disposed in the semiconductor substrate and the first STI structure surrounding the first vertical diffusion plate ; and a second vertical diffusion plate of a first conductivity type disposed in the semiconductor substrate , wherein the second vertical diffusion plate further comprises a second lower portion that is part of the semiconductor substrate and wherein the second lower portion is surrounded and electrically isolated by a second wafer-backside trench isolation , which is forming part of the wafer-backside trench isolation structure, and the second vertical diffusion plate surrounding the first STI structure , wherein a capacitor is formed between the first vertical diffusion plate and the second vertical diffusion plate with the first STI structure and the first wafer-backside trench isolation structure interposed therebetween acting as a capacitor dielectric layer .
A device comprising: a first antenna configured to transmit or receive through an aperture provided by the device; and a second antenna including an array of a plurality of antenna elements configured to transmit or receive through the aperture, the plurality of antenna elements overlapping at least a portion of the first antenna; wherein the first antenna is configured as a meandering inverted-F antenna, MIFA, having a meander element , and the plurality of antenna elements overlap the meander element; wherein the second antenna further comprises array conductors each coupled to a respective antenna element of the plurality of antenna elements, wherein the array conductors are disposed along the meander element and coupled to the plurality of antenna elements to convey signals for transmission or signals received by the plurality of antenna elements from or to, respectively, a transceiver . a first antenna configured to transmit or receive through an aperture provided by the device; and a second antenna including an array of a plurality of antenna elements configured to transmit or receive through the aperture, the plurality of antenna elements overlapping at least a portion of the first antenna; wherein the first antenna is configured as a meandering inverted-F antenna, MIFA, having a meander element , and the plurality of antenna elements overlap the meander element; wherein the second antenna further comprises array conductors each coupled to a respective antenna element of the plurality of antenna elements, wherein the array conductors are disposed along the meander element and coupled to the plurality of antenna elements to convey signals for transmission or signals received by the plurality of antenna elements from or to, respectively, a transceiver .
A human SIRPα fusion protein useful to inhibit the growth and/or proliferation of a CD47+ disease cell, wherein the human SIRPα fusion protein comprises SEQ ID No. 26.
A coating composition, the coating composition comprising: (a) a film-forming resin having a functional group having an active hydrogen atom; and (b) a crosslinking material operable to crosslink the functional group having an active hydrogen atom on the film-forming resin, the crosslinking material comprising the reaction product of a reaction mixture comprising: (i) ≥70% by weight of a cyclic unsaturated acid anhydride and/or diacid derivative thereof by total solid weight of the monomers from which the crosslinking material is formed; (ii) optionally, an ethylenically unsaturated monomer; and (iii) optionally, an alcohol, amine, thiol and/or water, wherein at least a portion of the cyclic unsaturated acid anhydride and/or diacid derivative thereof is reacted with the alcohol, amine, thiol and/or water, when present; and wherein the crosslinking material has an acid number of at least 100 mg KOH/g, wherein the acid number is determined by titration with 0.1 M methanolic potassium hydroxide solution. (a) a film-forming resin having a functional group having an active hydrogen atom; and (b) a crosslinking material operable to crosslink the functional group having an active hydrogen atom on the film-forming resin, the crosslinking material comprising the reaction product of a reaction mixture comprising: (i) ≥70% by weight of a cyclic unsaturated acid anhydride and/or diacid derivative thereof by total solid weight of the monomers from which the crosslinking material is formed; (ii) optionally, an ethylenically unsaturated monomer; and (iii) optionally, an alcohol, amine, thiol and/or water, wherein at least a portion of the cyclic unsaturated acid anhydride and/or diacid derivative thereof is reacted with the alcohol, amine, thiol and/or water, when present; (i) ≥70% by weight of a cyclic unsaturated acid anhydride and/or diacid derivative thereof by total solid weight of the monomers from which the crosslinking material is formed; (ii) optionally, an ethylenically unsaturated monomer; and (iii) optionally, an alcohol, amine, thiol and/or water, wherein at least a portion of the cyclic unsaturated acid anhydride and/or diacid derivative thereof is reacted with the alcohol, amine, thiol and/or water, when present;
A method for supervising an elevator equipment, said equipment comprising at least one load element , each load element comprising a car or a counterweight , two pulleys intended to be installed at the respective ends of an elevator shaft, a linear element passing through the pulleys and on which at least one load element is mounted, and a drive motor for driving the movement of this linear element, the method comprising: (a) receiving a measured value of a parameter representative of an engine torque (C") applied by the engine, (b) estimating at least one value of parameter relating to the elevator equipment (Q) depending on the value of the parameter representing the engine torque received in step (a), and (c) transmitting a signal developed depending on the estimated value in step (b) to a user interface or to a device for controlling the elevator equipment; characterised in that said at least one parameter relating to the elevator equipment comprises a parameter relating to the linear element (P c , F ERC ), and said parameter relating to the linear element is further estimated depending on a current car load value when measuring the engine torque; and in that the linear element forms, with the pulleys and with said at least one load element which is mounted on the linear element, a closed loop. (a) receiving a measured value of a parameter representative of an engine torque (C") applied by the engine, (b) estimating at least one value of parameter relating to the elevator equipment (Q) depending on the value of the parameter representing the engine torque received in step (a), and (c) transmitting a signal developed depending on the estimated value in step (b) to a user interface or to a device for controlling the elevator equipment; characterised in that said at least one parameter relating to the elevator equipment comprises a parameter relating to the linear element (P c , F ERC ), and said parameter relating to the linear element is further estimated depending on a current car load value when measuring the engine torque; and in that the linear element forms, with the pulleys and with said at least one load element which is mounted on the linear element, a closed loop.
A composite seat core material , comprising: a foamed molded substrate that comprises a multiplicity of first thermoplastic resin expanded beads which are fusion-bonded to each other and free of through-holes, characterized in further comprising: a foamed molded connecting member that comprises a multiplicity of second thermoplastic resin expanded beads each having a through-hole (P), said second thermoplastic resin expanded beads being fusion-bonded to each other such that interconnected void spaces which communicate with an outer surface of the foamed molded connecting member and which include part of the through-holes of the second thermoplastic resin expanded beads, are defined in the foamed molded connecting member, the foamed molded connecting member being integrally bonded to the foamed molded substrate in such a state that a part of said outer surface of the foamed molded connecting member is exposed on an upper surface of the composite seat core material. a foamed molded connecting member that comprises a multiplicity of second thermoplastic resin expanded beads each having a through-hole (P), said second thermoplastic resin expanded beads being fusion-bonded to each other such that interconnected void spaces which communicate with an outer surface of the foamed molded connecting member and which include part of the through-holes of the second thermoplastic resin expanded beads, are defined in the foamed molded connecting member, the foamed molded connecting member being integrally bonded to the foamed molded substrate in such a state that a part of said outer surface of the foamed molded connecting member is exposed on an upper surface of the composite seat core material.
A method of operating a scheduling entity in a wireless communication network, the method comprising: determining interference tolerance information of a plurality of uplink channels, wherein the interference tolerance information is configured to individually indicate an availability of each of the plurality of uplink channels for grantless uplink data transmission , wherein the interference tolerance information is further configured to indicate two or more levels of different grantless access for each of the plurality of uplink channels and wherein the two or more levels of different grantless access comprise: a first level indicating grantless access not allowed; a second level indicating grantless access allowed with a constraint; and a third level indicating grantless access allowed without constraint. broadcasting the interference tolerance information to one or more subordinate entities; and receiving a grantless uplink data transmission from the one or more subordinate entities utilizing one or more of the plurality of uplink channels according to the interference tolerance information. a first level indicating grantless access not allowed; a second level indicating grantless access allowed with a constraint; and a third level indicating grantless access allowed without constraint. broadcasting the interference tolerance information to one or more subordinate entities; and receiving a grantless uplink data transmission from the one or more subordinate entities utilizing one or more of the plurality of uplink channels according to the interference tolerance information.
A robot for performing operations on ship's hulls, the robot comprising: wheels and a suspension arrangement for supporting the wheels on a body of the robot and for allowing the robot to travel over uneven surfaces; wherein the robot comprises a first pair of wheels and a second pair of wheels, with the pairs of wheels spaced apart from one another along a length of the robot; wherein the suspension arrangement comprises a suspension pivot mechanism allowing a line extending between the centres of the first pair of wheels to rotate relative to a line extending between the centres of the second pair of wheels; wherein the suspension arrangement also comprises a camber pivot mechanism for each wheel, with the camber pivot mechanism allowing the axis of rotation of the wheel to rotate relative to the axes of rotation of the other wheels in order that the wheel can align its axis of rotation with the surface of the hull; and wherein magnetic forces for attaching the robot to the hull act to rotate the suspension pivot mechanism and camber pivot mechanisms; characterised in that the first pair of wheels and the second pair of wheels are magnetic wheels enabling the robot to adhere to ferrous hulls such that the magnetic forces for rotating the suspension pivot mechanism and camber pivot mechanisms are magnetic forces applied via the wheels, and in that on the surface of the wheels there is a resilient layer with a thickness of less than 2 % of the wheel diameter. wheels and a suspension arrangement for supporting the wheels on a body of the robot and for allowing the robot to travel over uneven surfaces; wherein the robot comprises a first pair of wheels and a second pair of wheels, with the pairs of wheels spaced apart from one another along a length of the robot; wherein the suspension arrangement comprises a suspension pivot mechanism allowing a line extending between the centres of the first pair of wheels to rotate relative to a line extending between the centres of the second pair of wheels; wherein the suspension arrangement also comprises a camber pivot mechanism for each wheel, with the camber pivot mechanism allowing the axis of rotation of the wheel to rotate relative to the axes of rotation of the other wheels in order that the wheel can align its axis of rotation with the surface of the hull; and wherein magnetic forces for attaching the robot to the hull act to rotate the suspension pivot mechanism and camber pivot mechanisms; characterised in that the first pair of wheels and the second pair of wheels are magnetic wheels enabling the robot to adhere to ferrous hulls such that the magnetic forces for rotating the suspension pivot mechanism and camber pivot mechanisms are magnetic forces applied via the wheels, and in that on the surface of the wheels there is a resilient layer with a thickness of less than 2 % of the wheel diameter.
Projectile comprising a projectile casing , characterized by an open projectile base having a destructible membrane , at least one pyrotechnic charge incorporated in the projectile casing , the ignition of the pyrotechnic charge taking place with a delay, and the pyrotechnic charge burns away at a defined rate during the flight of the projectile , and so the projectile loses mass in such a way that a predetermined effective range of the projectile is not exceeded and a low residual mass is ensured outside the effective range.
Variable turbine or compressor geometry for an exhaust gas turbocharger , comprising an adjusting ring for simultaneously adjusting guide vanes , wherein the adjusting ring is in operative connection with an articulated lever via a first contact surface and with adjusting levers of guide vanes via second contact surfaces , characterised in that the adjusting ring includes, at least in the region of the first contact surface , an additional component which is pressed into the adjusting ring and which increases the first contact surface in operative connection with the articulated lever .
An aseptic apparatus for filling and closing Aluminium receptacles , the aseptic apparatus comprising: - a filling unit comprising a first chamber housing a filling machine that is configured to receive the receptacles and to inject a product within the receptacles ; - at least one transfer star-wheel downstream the filling unit ; - a closures placing station arranged on a first zone of the transfer star-wheel that is located beside the filling unit , said closures placing station being configured to place a concave closure onto a mouth of each receptacle ; - a closing unit downstream the transfer star-wheel , said closing unit comprising a second chamber housing a closing machine that is configured to apply each concave closure around a neck of the corresponding receptacle ; the apparatus being characterized by further comprising an - air supplying means for supplying sterile air to the first chamber and to the second chamber , said air supplying means being configured to supply air in such a way that the first chamber is at a first pressure and the second chamber is at a second pressure, the second pressure being lower than the first pressure. - a filling unit comprising a first chamber housing a filling machine that is configured to receive the receptacles and to inject a product within the receptacles ; - at least one transfer star-wheel downstream the filling unit ; - a closures placing station arranged on a first zone of the transfer star-wheel that is located beside the filling unit , said closures placing station being configured to place a concave closure onto a mouth of each receptacle ; - a closing unit downstream the transfer star-wheel , said closing unit comprising a second chamber housing a closing machine that is configured to apply each concave closure around a neck of the corresponding receptacle ; the apparatus being characterized by further comprising an - air supplying means for supplying sterile air to the first chamber and to the second chamber , said air supplying means being configured to supply air in such a way that the first chamber is at a first pressure and the second chamber is at a second pressure, the second pressure being lower than the first pressure.
An electrode for lithium ion secondary batteries, the electrode comprising: a current collector; and an electrode mixture containing electrode mixture active material, wherein the current collector is a foam porous body consisting of metal, wherein the electrode mixture is filled into pores of the foam porous body, and wherein the electrode for lithium ion secondary batteries is rectangular when viewed from a thickness direction, and has a current collector region which is formed to extend as a region spanning at least two adjacent sides of the rectangle, and is a region in which the electrode mixture is not filled. a current collector; and an electrode mixture containing electrode mixture active material, wherein the current collector is a foam porous body consisting of metal, wherein the electrode mixture is filled into pores of the foam porous body, and wherein the electrode for lithium ion secondary batteries is rectangular when viewed from a thickness direction, and has a current collector region which is formed to extend as a region spanning at least two adjacent sides of the rectangle, and is a region in which the electrode mixture is not filled.
A method of tracking lifetime of a supply item having toner configured for installation in an imaging device having a controller (C), comprising: storing in memory of a chip configured for installation with the supply item a certificate having a first value representing an original amount of quanta (Q) corresponding to the lifetime of the supply item ; and configuring the chip to receive from the controller (C) a query for decrements of quanta from the original amount of quanta (Q) at a time when the imaging device requires additional quanta (Q) and tallying same, wherein the quanta negotiations between the imaging device and the supply item is configured to occur in a quanta decrement-only fashion until the quanta is depleted, thus ending the allowable usage of the supply item . storing in memory of a chip configured for installation with the supply item a certificate having a first value representing an original amount of quanta (Q) corresponding to the lifetime of the supply item ; and configuring the chip to receive from the controller (C) a query for decrements of quanta from the original amount of quanta (Q) at a time when the imaging device requires additional quanta (Q) and tallying same, wherein the quanta negotiations between the imaging device and the supply item is configured to occur in a quanta decrement-only fashion until the quanta is depleted, thus ending the allowable usage of the supply item .
A wiper system, comprising: a wiper arm , on which a wiper blade for cleaning a surface of an object to be cleaned is provided; a first electrical motor for driving the wiper arm to swing by a pivot shaft connected to said wiper arm ; a second electrical motor fixed to a housing accommodating the pivot shaft ; a sensor for measuring a parameter representing the position of the wiper arm on the object to be cleaned; a control unit for receiving said parameter from said sensor and utilizing said parameter to control the rotation angle of an output shaft of the second electrical motor , such that the output shaft can rotate the wiper blade under control to change the rotation angle of the central plane of the wiper blade with respect to the wiper arm, characterized in that the pivot shaft is hollow, and the output shaft of the second electrical motor is connected to a gear set comprising a torque transmission shaft passing through the hollow portion of the pivot shaft . a wiper arm , on which a wiper blade for cleaning a surface of an object to be cleaned is provided; a first electrical motor for driving the wiper arm to swing by a pivot shaft connected to said wiper arm ; a second electrical motor fixed to a housing accommodating the pivot shaft ; a sensor for measuring a parameter representing the position of the wiper arm on the object to be cleaned; a control unit for receiving said parameter from said sensor and utilizing said parameter to control the rotation angle of an output shaft of the second electrical motor , such that the output shaft can rotate the wiper blade under control to change the rotation angle of the central plane of the wiper blade with respect to the wiper arm, characterized in that the pivot shaft is hollow, and the output shaft of the second electrical motor is connected to a gear set comprising a torque transmission shaft passing through the hollow portion of the pivot shaft .