mhurhangee/patent-ind-claim-en huggingface dataset:
A non-polarized geophysical electrode comprising: a plastic inverted funnel-shaped housing having a round lower portion and a round upper portion , said lower portion having a larger diameter than said upper portion, and said lower portion having a bottom opening ; a round cap secured on top of said round upper portion ; an electrically conductive metal disk mounted in said round lower portion of said housing , said conductive metal disk having an outer bottom surface located immediately adjacent to and covering said bottom opening of said lower portion of said housing ; a dry layer of a mixture of fine particles of flakes of an electrically conductive substance selected from the group of substance consisting of: graphene, nanotube, and graphite, mixed with an adhesive, formed on said outer bottom surface of said conductive metal disk ; and an electrical lead wire connected to an inner surface of said conductive metal disk and extending upward and outward from said round cap , and said lead wire being secured to said round cap with a liquid-tight strain relief . a plastic inverted funnel-shaped housing having a round lower portion and a round upper portion , said lower portion having a larger diameter than said upper portion, and said lower portion having a bottom opening ; a round cap secured on top of said round upper portion ; an electrically conductive metal disk mounted in said round lower portion of said housing , said conductive metal disk having an outer bottom surface located immediately adjacent to and covering said bottom opening of said lower portion of said housing ; a dry layer of a mixture of fine particles of flakes of an electrically conductive substance selected from the group of substance consisting of: graphene, nanotube, and graphite, mixed with an adhesive, formed on said outer bottom surface of said conductive metal disk ; and an electrical lead wire connected to an inner surface of said conductive metal disk and extending upward and outward from said round cap , and said lead wire being secured to said round cap with a liquid-tight strain relief .
Method for management of a communication between a calling communication terminal (DC1) and a called communication terminal (DC2), the calling communication terminal being provided with a permanent main call identifier (IAP1) and at least one temporary secondary call identifier (IAS1) stored, in association with said main call identifier, in at least one communication management device (DGC), said main and secondary call identifiers both allowing initiation of a communication intended for said called terminal (DC2) or a communication to be routed to the calling terminal (DC1), characterized in that, when said calling communication terminal (DC1) initiates a communication, intended for said called communication terminal (DC2), using said at least one secondary call identifier, said at least one communication management device (DGC): - sends (ST2), to said called terminal, prior to the initiation of said communication, a notification comprising at least said main call identifier (IAP1), said at least one secondary call identifier (IAS1), and at least one identification datum ( label ) of a user (UT1) of said calling terminal, which identification datum is associated with said secondary call identifier; - routes (ST5) said communication to said called terminal using said at least one secondary call identifier, and in that it further comprises, prior to the initiation of said communication, storage in association with said at least one secondary call identifier (IAS1) of said main call identifier (IAP1) and of said at least one identification datum (label) by said communication management device (DGC). - sends (ST2), to said called terminal, prior to the initiation of said communication, a notification comprising at least said main call identifier (IAP1), said at least one secondary call identifier (IAS1), and at least one identification datum ( label ) of a user (UT1) of said calling terminal, which identification datum is associated with said secondary call identifier; - routes (ST5) said communication to said called terminal using said at least one secondary call identifier,
A stackable packaging unit for transporting and proving fresh unbaked risen dough portions which are neither deep-frozen or precooked, comprising • a frame of rigid plastics material, the frame comprising ∘ peripheral side walls, each peripheral side wall comprising an inner face, an outer face, a lower face and an upper face, each lower or upper face respectively being configured to fit together with an upper or lower face respectively of an identical stackable transport packaging unit, ∘ at least two opposing side walls which have one or more air passages , the total cross-section of the air passages per side wall being between 2 and 12%, preferably between 2.5 and 8%, of the outer surface area of said side wall, and • a rigid stainless steel support arranged inside the frame, the support comprising at least two opposing folded lateral edges , the opposing folded edges being held in position on inner faces of opposing peripheral side walls of the frame . • a frame of rigid plastics material, the frame comprising ∘ peripheral side walls, each peripheral side wall comprising an inner face, an outer face, a lower face and an upper face, each lower or upper face respectively being configured to fit together with an upper or lower face respectively of an identical stackable transport packaging unit, ∘ at least two opposing side walls which have one or more air passages , the total cross-section of the air passages per side wall being between 2 and 12%, preferably between 2.5 and 8%, of the outer surface area of said side wall, and ∘ peripheral side walls, each peripheral side wall comprising an inner face, an outer face, a lower face and an upper face, each lower or upper face respectively being configured to fit together with an upper or lower face respectively of an identical stackable transport packaging unit, ∘ at least two opposing side walls which have one or more air passages , the total cross-section of the air passages per side wall being between 2 and 12%, preferably between 2.5 and 8%, of the outer surface area of said side wall, and • a rigid stainless steel support arranged inside the frame, the support comprising at least two opposing folded lateral edges , the opposing folded edges being held in position on inner faces of opposing peripheral side walls of the frame .
A method for manufacturing a DRAM structure, comprising: providing (S101) a substrate; forming (S102) a plurality of bit line structures distributed at intervals on the substrate, each of the bit line structures comprising a conductive layer , a transition layer and a covering layer stacked sequentially, and a width of the transition layer being smaller than a width of the conductive layer, the conductive layer being connected with an active structure of a transistor structure; forming (S103) air gaps on a top surface of the conductive layer and side surfaces of the transition layer; and forming a conductive plug comprising a first conductive portion and a second conductive portion on the substrate between the bit line structures, and forming the second conductive portion over the first conductive portion, the conductive plug configured to be connected to a capacitor storage structure, characterized in that a bottom portion of the second conductive portion has an inclined surface facing the bit line structure, a vertical distance between a top corner of the transition layer and the inclined surface is smaller than a vertical distance between a top corner of the conductive layer and the inclined surface, and a bottom of the inclined surface is higher than a top of the conductive layer and lower than a top of the transition layer. providing (S101) a substrate; forming (S102) a plurality of bit line structures distributed at intervals on the substrate, each of the bit line structures comprising a conductive layer , a transition layer and a covering layer stacked sequentially, and a width of the transition layer being smaller than a width of the conductive layer, the conductive layer being connected with an active structure of a transistor structure; forming (S103) air gaps on a top surface of the conductive layer and side surfaces of the transition layer; and forming a conductive plug comprising a first conductive portion and a second conductive portion on the substrate between the bit line structures, and forming the second conductive portion over the first conductive portion, the conductive plug configured to be connected to a capacitor storage structure, characterized in that a bottom portion of the second conductive portion has an inclined surface facing the bit line structure, a vertical distance between a top corner of the transition layer and the inclined surface is smaller than a vertical distance between a top corner of the conductive layer and the inclined surface, and a bottom of the inclined surface is higher than a top of the conductive layer and lower than a top of the transition layer.
Tread device for a retractable step access system , comprising a linearly movable retractable step unit , for a vehicle , wherein the tread device has the following features: a tread unit , and a plurality of wiper units arranged adjacent to one another, which are coupled or can be coupled movably to the tread unit , are configured in the form of a flap and are arranged and designed in order to rest on the retractable step unit in order to wipe off dirt and form a ramp, wherein the wiper unit is arranged and designed in order to rest on the retractable step unit both in an operating state, in which the retractable step unit is arranged so as to protrude from under the tread unit , and in an inoperative state, in which the retractable step unit is arranged underneath the tread unit . a tread unit , and a plurality of wiper units arranged adjacent to one another, which are coupled or can be coupled movably to the tread unit , are configured in the form of a flap and are arranged and designed in order to rest on the retractable step unit in order to wipe off dirt and form a ramp, wherein the wiper unit is arranged and designed in order to rest on the retractable step unit both in an operating state, in which the retractable step unit is arranged so as to protrude from under the tread unit , and in an inoperative state, in which the retractable step unit is arranged underneath the tread unit .
Vehicle, in particular utility vehicle, having a steering device, preferably having a steering wheel, wherein the steering device can be activated by a driver during a driving operation, at least in order to keep to a lane on a carriageway with a lateral inclination, wherein the vehicle has at lest one device for detecting a change of the lateral inclination of the carriageway lying ahead in the direction of travel during the driving operation, which device outputs an assigned inclination change signal when a change in lateral inclination is detected, and wherein the vehicle has at lest one driver warning apparatus which can be activated with an inclination change signal, and/or wherein the vehicle has a steering assistance system for steering angle corrections , which system can be activated with an inclination change signal for a steering angle correction which is required owing to a lateral inclination change.
An apparatus for a chamfer machining of a gear machined workpiece comprising a workpiece spindle having a workpiece holder rotatably supported about an axis of rotation (C2) for holding the workpiece; a tool spindle having a tool holder rotatably supported about an axis of rotation (B3) for holding a finger mill , wherein the tool spindle is travelable via at least one linear axis (X) of the apparatus relative to the workpiece holder; and a control having a machining function that rotates the workpiece held in the workpiece holder by controlling the workpiece spindle for the chamfer machining of a gear machined workpiece while a finger mill held in the tool holder engages at the edge to be machined, characterized in that the machining function varies the rotational speed of the workpiece during the chamfer machining such that a left tooth trace (1.FL) is machined at a different rotational speed and/or rotational acceleration than a right tooth trace (2.FL) and/or is machined with a rotational speed profile of the workpiece that is not symmetrical with the rotational speed profile used on the right tooth trace a workpiece spindle having a workpiece holder rotatably supported about an axis of rotation (C2) for holding the workpiece; a tool spindle having a tool holder rotatably supported about an axis of rotation (B3) for holding a finger mill , wherein the tool spindle is travelable via at least one linear axis (X) of the apparatus relative to the workpiece holder; and a control having a machining function that rotates the workpiece held in the workpiece holder by controlling the workpiece spindle for the chamfer machining of a gear machined workpiece while a finger mill held in the tool holder engages at the edge to be machined, characterized in that the machining function varies the rotational speed of the workpiece during the chamfer machining such that a left tooth trace (1.FL) is machined at a different rotational speed and/or rotational acceleration than a right tooth trace (2.FL) and/or is machined with a rotational speed profile of the workpiece that is not symmetrical with the rotational speed profile used on the right tooth trace
A semiconductor integrated circuit, comprising: a plurality of memory cells arranged in a cell-placement row extending in a first direction (X) ; a first N well and a first P well arranged in a second direction (Y) perpendicular to the first direction in each area of the memory cells ; and a second N well and a second P well each having the same length as a width of the cell-placement row and situated between a first memory cell and a second memory cell among the plurality of memory cells , the first memory cell and the second memory cell being adjacent to each other with no memory cell placed therebetween, the second N well being situated toward the first memory cell, and the second P well being situated toward the second memory cell, wherein the first N well of the first memory cell and the second N well are abutting and continuous with each other, and the first P well of the second memory cell and the second P well are abutting and continuous with each other. a plurality of memory cells arranged in a cell-placement row extending in a first direction (X) ; a first N well and a first P well arranged in a second direction (Y) perpendicular to the first direction in each area of the memory cells ; and a second N well and a second P well each having the same length as a width of the cell-placement row and situated between a first memory cell and a second memory cell among the plurality of memory cells , the first memory cell and the second memory cell being adjacent to each other with no memory cell placed therebetween, the second N well being situated toward the first memory cell, and the second P well being situated toward the second memory cell, wherein the first N well of the first memory cell and the second N well are abutting and continuous with each other, and the first P well of the second memory cell and the second P well are abutting and continuous with each other.
A door closer system , comprising: a motor , a spring , a reduction gear set , and a rack and a pinion ; said spring is mechanically coupled to said rack ; said pinion is coupled to said rack and coupled to said reduction gear set ; said motor is mechanically coupled to said reduction gear set ; wherein said pinion is rotatable in a first direction about a rotational axis of said pinion to translate said rack and compress said spring and rotation of said pinion in said first direction is impeded by said motor through said reduction gear set ; wherein said spring is expandable to act upon said rack and rotate said pinion in a second direction about said rotational axis that is opposite said first direction with rotation of said pinion in said second direction impeded by said motor through said reduction gear set ; wherein said motor is configured to generate electricity while impeding rotation of said pinion ; and wherein said motor is operable with said electricity to rotate said gear set to rotate said pinion in said second direction. a motor , a spring , a reduction gear set , and a rack and a pinion ; said spring is mechanically coupled to said rack ; said pinion is coupled to said rack and coupled to said reduction gear set ; said motor is mechanically coupled to said reduction gear set ; wherein said pinion is rotatable in a first direction about a rotational axis of said pinion to translate said rack and compress said spring and rotation of said pinion in said first direction is impeded by said motor through said reduction gear set ; wherein said spring is expandable to act upon said rack and rotate said pinion in a second direction about said rotational axis that is opposite said first direction with rotation of said pinion in said second direction impeded by said motor through said reduction gear set ; wherein said motor is configured to generate electricity while impeding rotation of said pinion ; and wherein said motor is operable with said electricity to rotate said gear set to rotate said pinion in said second direction.
A dosage form of an aerosolisable gel product, wherein the dosage form of the aerosolisable gel comprises (a) nicotine in an amount of 0.5 to 10 mg; (b) one or more gel forming materials, wherein the one or more gel forming materials is at least kaolinite; (c) an aerosol forming material; and (d) water. (a) nicotine in an amount of 0.5 to 10 mg; (b) one or more gel forming materials, wherein the one or more gel forming materials is at least kaolinite; (c) an aerosol forming material; and (d) water.
Use of a composition consisting of or comprising an extract of Isochrysis sp., preferably Tahitian Isochrysis, for influencing or modifying the hair fiber of human hair, wherein the use is not a use for influencing or modifying growth of human hair or pigmentation of human hair, wherein the composition comprises 0.00001 to 10 wt.-% extract, preferably dry extract, based on the total weight of the composition, and wherein the composition is used to (i) improve the combability of human hair and/or (ii) control the volume of human hair fibers and/or (iii) avoid or reduce the frizz of human hair and/or (iv) improve the tensile strength of human hair fibers and/or (v) decrease the fiber breakage of human hair, preferably during or after exposure of the hair fiber to physical and/or chemical and/or environmental stress. (i) improve the combability of human hair and/or (ii) control the volume of human hair fibers and/or (iii) avoid or reduce the frizz of human hair and/or (iv) improve the tensile strength of human hair fibers and/or (v) decrease the fiber breakage of human hair, preferably during or after exposure of the hair fiber to physical and/or chemical and/or environmental stress.
A method for connecting wireless networks, the method comprising: establishing , by a gateway device , a first physical layer connection with a first device of a two-way radio network operating according to a two-way radio network protocol, wherein the gateway device operates as an accessory device for the first device; establishing , by the gateway device, a second physical layer connection with a second device of a wireless network operating according to a wireless communication protocol different from the two-way radio network protocol; whereby the second physical layer connection is used by an application executed in the second device to operate the gateway device, the method further comprising: the gateway device establishing the first physical layer connection upon receiving an instruction from the application through an application programming interface and a control interface; connecting , by the gateway device, a full duplex call of the second device to the two-way radio network of the first device through the first physical layer connection and the second physical layer connection; and performing, by the gateway device, adaptation between the full duplex call and a half duplex connection of the two-way radio network. establishing , by a gateway device , a first physical layer connection with a first device of a two-way radio network operating according to a two-way radio network protocol, wherein the gateway device operates as an accessory device for the first device; establishing , by the gateway device, a second physical layer connection with a second device of a wireless network operating according to a wireless communication protocol different from the two-way radio network protocol; whereby the second physical layer connection is used by an application executed in the second device to operate the gateway device, the method further comprising: the gateway device establishing the first physical layer connection upon receiving an instruction from the application through an application programming interface and a control interface; connecting , by the gateway device, a full duplex call of the second device to the two-way radio network of the first device through the first physical layer connection and the second physical layer connection; and performing, by the gateway device, adaptation between the full duplex call and a half duplex connection of the two-way radio network. the gateway device establishing the first physical layer connection upon receiving an instruction from the application through an application programming interface and a control interface; connecting , by the gateway device, a full duplex call of the second device to the two-way radio network of the first device through the first physical layer connection and the second physical layer connection; and performing, by the gateway device, adaptation between the full duplex call and a half duplex connection of the two-way radio network.
A jet mill comprising a milling chamber with a longitudinal axis , an inlet at one end of the axis and an outlet at the opposite end of the axis, the milling chamber comprising a multitude of pins arranged in the free flow cross-section of the milling chamber , wherein the pins are arranged in at least two planes perpendicular to the longitudinal axis , the planes being distant to each other in the longitudinal direction, and the pins of one plane being laterally offset to the pins of the subsequent plane, characterized in that the milling chamber is divided into alternate pin segments and acceleration segments, the pin segments each having at least two planes of pins , and the acceleration segments having no pins.