mhurhangee/patent-ind-claim-en huggingface dataset:
Projectile with a propelling assembly or a launch means and an effector assembly for repelling, disrupting and/or damaging a target , in particular an aircraft and/or an electric motor , the effector assembly being configured to be brought by means of a propelling assembly and/or a launch means onto a trajectory for repelling the target , and the effector assembly comprising: a distributing device and a foreign body reservoir , the foreign body reservoir comprising a suppressor substance , the distributing device being configured to release the suppressor substance as a particle cloud on at least one portion of the trajectory , the suppressor substance comprising and/or forming magnetic particles, the propelling assembly or the launch means being configured to bring the effector assembly onto the trajectory , the projectile comprising a flight control device for controlling the flight of the projectile , characterized in that the flight control device is configured to control the projectile to fly ahead of the target at least temporarily and/or in sections, the distributing device being configured to release the suppressor substance while flying ahead of the target , and the distributing device being configured to release the suppressor substance as a trail-shaped particle cloud along the trajectory by way of the suppressor substance being released over a period of time. a distributing device and a foreign body reservoir , the foreign body reservoir comprising a suppressor substance , the distributing device being configured to release the suppressor substance as a particle cloud on at least one portion of the trajectory , the suppressor substance comprising and/or forming magnetic particles, the propelling assembly or the launch means being configured to bring the effector assembly onto the trajectory , the projectile comprising a flight control device for controlling the flight of the projectile , characterized in that the flight control device is configured to control the projectile to fly ahead of the target at least temporarily and/or in sections, the distributing device being configured to release the suppressor substance while flying ahead of the target , and the distributing device being configured to release the suppressor substance as a trail-shaped particle cloud along the trajectory by way of the suppressor substance being released over a period of time.
A method of forming an article of footwear that is configured to fit one of a first foot size and a second foot size, the first foot size being larger than the second foot size, the method comprising: knitting a knitted workpiece , the knitted workpiece configured to at least partially form an upper of the article of footwear , the knitted workpiece having a body and a trim region, the trim region defining at least a portion of an outer edge of the knitted workpiece , a first dimension of the knitted workpiece defined at least partly by the outer edge; heating the knitted workpiece ; trimming the knitted workpiece within the trim region after heating the knitted workpiece to remove a piece from the knitted workpiece and to reduce the first dimension to a second dimension; and forming the upper from the trimmed knitted workpiece, wherein the method is characterized by selecting whether to form the article of footwear to fit the first foot size or the second foot size , wherein trimming the knitted workpiece includes trimming the knitted workpiece along a first trim line when selecting to form the article of footwear to fit the first foot size, and wherein trimming the knitted workpiece includes trimming the knitted workpiece along a second trim line when selecting to form the article of footwear to fit the second foot size, the second trim line being spaced from the first trim line in an inboard direction on the knitted workpiece. knitting a knitted workpiece , the knitted workpiece configured to at least partially form an upper of the article of footwear , the knitted workpiece having a body and a trim region, the trim region defining at least a portion of an outer edge of the knitted workpiece , a first dimension of the knitted workpiece defined at least partly by the outer edge; heating the knitted workpiece ; trimming the knitted workpiece within the trim region after heating the knitted workpiece to remove a piece from the knitted workpiece and to reduce the first dimension to a second dimension; and forming the upper from the trimmed knitted workpiece, wherein the method is characterized by selecting whether to form the article of footwear to fit the first foot size or the second foot size , wherein trimming the knitted workpiece includes trimming the knitted workpiece along a first trim line when selecting to form the article of footwear to fit the first foot size, and wherein trimming the knitted workpiece includes trimming the knitted workpiece along a second trim line when selecting to form the article of footwear to fit the second foot size, the second trim line being spaced from the first trim line in an inboard direction on the knitted workpiece.
A system comprising: a floating device which is configured as at least one of an input device or an output device for a user interface; a base element for the floating device ; and a magnetic system, wherein the system is configured to maintain the floating device in a balanced position above the base element in a first operational mode, and wherein the system is configured to locate the floating device in a docking position on a top side of the base element in a second operational mode, wherein locating the floating device in the docking position comprises exerting a force on the floating device so that it can be kept located in the docking position, wherein the system further comprises a fixing means configured for retaining or fixing the floating device to the base element in the docking position, wherein the fixing means comprises at least one of a mechanical fixing means having a mechanical click mechanism, and an electromechanical system, wherein the magnetic system is configured to pull the floating device from the balanced position into the docking position where it interacts with the mechanical click mechanism so that the floating device can be fixed in the docking position. a floating device which is configured as at least one of an input device or an output device for a user interface; a base element for the floating device ; and a magnetic system, wherein the system is configured to maintain the floating device in a balanced position above the base element in a first operational mode, and wherein the system is configured to locate the floating device in a docking position on a top side of the base element in a second operational mode, wherein locating the floating device in the docking position comprises exerting a force on the floating device so that it can be kept located in the docking position, wherein the system further comprises a fixing means configured for retaining or fixing the floating device to the base element in the docking position, wherein the fixing means comprises at least one of a mechanical fixing means having a mechanical click mechanism, and an electromechanical system, wherein the magnetic system is configured to pull the floating device from the balanced position into the docking position where it interacts with the mechanical click mechanism so that the floating device can be fixed in the docking position.
Elementary acoustic metamaterial cell , comprising: - a body made of solid material, and - at least one resonator in the form of a groove having a width I and depth p, characterized in that said groove is open only on a surface of said body in a cylindrical shape, the groove(s) being folded in a cross section which is orthogonal to said surface so as to have only one opening at said surface and a plurality of plies within the cell . - a body made of solid material, and - at least one resonator in the form of a groove having a width I and depth p,
Transport system for transporting preforms in a device for the blow-moulding production of prefabricated containers, wherein the transport system comprises a transport chain, the chain links of which comprise a support element and a transport element , wherein the transport element comprises a support structure and the support element comprises an assembly structure , and the support structure and the assembly structure are shaped and arranged in a shape complementary to one other at least in sections, wherein the support structure of the transport element and the assembly structure of the support element each comprises at least one connecting element, each being shaped and arranged in a shape complementary to one another at least in sections, the transport system is furthermore set up to transfer the preforms to support elements for transport through a heating section and to pick up the preforms from the support elements after transporting the preforms through the heating section , wherein the transport system is characterized in that the transport element comprises at least one magnet which is arranged in the transport element so that a magnetic field is provided in the region of the support structure , and the assembly structure contains a ferromagnetic material and/or at least one magnet which is attracted by the magnetic field of the support structure.
Self-locking closure device with a triggering element and a main locking element , which automatically moves from an opening position into a locking position when the triggering element is activated on the strike plate side , wherein an attachment piece is attached to the main locking element as a drive element for a multiple locking drive , which drives at least one auxiliary locking element (11.1, 11.2) at a vertical spacing away from the main locking element , wherein a cylinder lock is provided, which can be triggered manually to move the main locking element out of the locking position into the opening position and vice versa, from the opening position into the locking position.
A method for enhancing appearance of a halftone image for imaging on a flexographic plate comprising: retrieving the halftone image from a data storage device ; setting a minimal dot size value for printing; analyzing the halftone image with a computer ; characterised by : detecting areas in the halftone image populated with a plurality of dots smaller than the minimal dot size value; replacing the plurality of dots with a reduced set of dots wherein each of the reduced set of dots are larger in size than the plurality of dots and wherein the reduced set of dots contains at least two different sizes and wherein each of said at least two different sizes are larger than the minimal dot size and wherein each of the reduced set of dots maintains an original geometric characteristics of the plurality of dots; and saving the reduced set of dots in the halftone image and storing the enhanced halftone image into the storage device. retrieving the halftone image from a data storage device ; setting a minimal dot size value for printing; analyzing the halftone image with a computer ; characterised by : detecting areas in the halftone image populated with a plurality of dots smaller than the minimal dot size value; replacing the plurality of dots with a reduced set of dots wherein each of the reduced set of dots are larger in size than the plurality of dots and wherein the reduced set of dots contains at least two different sizes and wherein each of said at least two different sizes are larger than the minimal dot size and wherein each of the reduced set of dots maintains an original geometric characteristics of the plurality of dots; and saving the reduced set of dots in the halftone image and storing the enhanced halftone image into the storage device. detecting areas in the halftone image populated with a plurality of dots smaller than the minimal dot size value; replacing the plurality of dots with a reduced set of dots wherein each of the reduced set of dots are larger in size than the plurality of dots and wherein the reduced set of dots contains at least two different sizes and wherein each of said at least two different sizes are larger than the minimal dot size and wherein each of the reduced set of dots maintains an original geometric characteristics of the plurality of dots; and saving the reduced set of dots in the halftone image and storing the enhanced halftone image into the storage device.
Binding for a board , preferably a kiteboard, comprising a foot pad , a foot strap ; and at least one release mechanism for opening the foot strap , characterized in that the release mechanism has at least one side-stop that can be actuated by a foot, which is held between the foot pad and the foot strap , in particular barefoot, for the purpose of triggering the release mechanism . a foot pad , a foot strap ; and at least one release mechanism for opening the foot strap , characterized in that the release mechanism has at least one side-stop that can be actuated by a foot, which is held between the foot pad and the foot strap , in particular barefoot, for the purpose of triggering the release mechanism .
A laser ignition device (1, 1a to 1f) mounted in an engine which at least comprises: a laser spark plug which at least includes a condenser lens and an optical window , the condenser lens working to focus a pulsed laser (LSRPLS) emitted from a lasing device on a given converging point (FP), the optical window being disposed between the condenser lens and the converging point and protecting the condenser lens from combustion heat and combustion pressure occurring in a combustion chamber of said engine; and a prechamber cap which is disposed between said optical window and said combustion chamber and includes a cylindrical prechamber which is defined to have a fixed volume, a prechamber throat portion which is smaller in sectional area than the prechamber, extends in an axial direction, and has an end fluidly communicating with said prechamber and has an end closed, and a plurality of prechamber spray holes which are drilled in the closed end of the prechamber throat portion and communicate with a combustion chamber of said engine, wherein the converging point is located inside the prechamber, an air-fuel mixture delivered into the prechamber is ignited, and combustion flames are jetted from the prechamber into the combustion chamber to fire said engine, and characterized in that a center axis (AXF) of said prechamber is oriented eccentrically from a center axis (AXS) of said prechamber throat portion in a horizontal direction. a laser spark plug which at least includes a condenser lens and an optical window , the condenser lens working to focus a pulsed laser (LSRPLS) emitted from a lasing device on a given converging point (FP), the optical window being disposed between the condenser lens and the converging point and protecting the condenser lens from combustion heat and combustion pressure occurring in a combustion chamber of said engine; and a prechamber cap which is disposed between said optical window and said combustion chamber and includes a cylindrical prechamber which is defined to have a fixed volume, a prechamber throat portion which is smaller in sectional area than the prechamber, extends in an axial direction, and has an end fluidly communicating with said prechamber and has an end closed, and a plurality of prechamber spray holes which are drilled in the closed end of the prechamber throat portion and communicate with a combustion chamber of said engine, wherein the converging point is located inside the prechamber, an air-fuel mixture delivered into the prechamber is ignited, and combustion flames are jetted from the prechamber into the combustion chamber to fire said engine, and characterized in that a center axis (AXF) of said prechamber is oriented eccentrically from a center axis (AXS) of said prechamber throat portion in a horizontal direction.
A wearable article continuous in a longitudinal direction and a transverse direction comprising a front elastic belt region, a back elastic belt region, a crotch region , a waist opening, and a pair of leg openings; the crotch region extending longitudinally between the front elastic belt region and the back elastic belt region; wherein each of the front and back elastic belt is a laminate comprising an inner sheet , an outer sheet , and a plurality of elastic members running in the transverse direction, wherein the laminate further comprising an elastic bonding which continuously bonds the elastic members for at least 10mm in the direction of stretch in a region adjacent the side edges of the front and back elastic belts , and a vertical bonding applied to at least one of the inner sheet and the outer sheet with intervals in the transverse direction to intermittently bond the elastic member to at least one of the inner sheet and the outer sheet , wherein at least one of the inner sheet and the outer sheet comprises a plurality of deformations wherein the deformations are aligned in the longitudinal direction, wherein the article has a Stretch Circumference Force of no more than 6.5 N, and a Fit Circumference Force of at least 3.0 N according to the measurements herein, wherein the ratio of the value of Stretch Circumference Force /Fit Circumference Force is less than 1.8, wherein the vertical bonding is spaced apart from each other in the longitudinal direction forming a longitudinal repeating pattern of discrete vertical bondings , wherein each elastic member is attached to the inner sheet or the outer sheet by at least one discrete vertical bonding, and wherein the bonding utilizes hot melt adhesive. wherein each of the front and back elastic belt is a laminate comprising an inner sheet , an outer sheet , and a plurality of elastic members running in the transverse direction, wherein the laminate further comprising an elastic bonding which continuously bonds the elastic members for at least 10mm in the direction of stretch in a region adjacent the side edges of the front and back elastic belts , and a vertical bonding applied to at least one of the inner sheet and the outer sheet with intervals in the transverse direction to intermittently bond the elastic member to at least one of the inner sheet and the outer sheet , wherein at least one of the inner sheet and the outer sheet comprises a plurality of deformations wherein the deformations are aligned in the longitudinal direction, wherein the article has a Stretch Circumference Force of no more than 6.5 N, and a Fit Circumference Force of at least 3.0 N according to the measurements herein, wherein the ratio of the value of Stretch Circumference Force /Fit Circumference Force is less than 1.8, wherein the vertical bonding is spaced apart from each other in the longitudinal direction forming a longitudinal repeating pattern of discrete vertical bondings , wherein each elastic member is attached to the inner sheet or the outer sheet by at least one discrete vertical bonding, and wherein the bonding utilizes hot melt adhesive.
A reception apparatus, comprising: a reception unit configured to receive a content transmitted in an Internet Protocol, IP, transmission system; an acquisition unit configured to acquire, based on first control information that is transmitted in a first layer in a protocol stack of the IP transmission system and includes information indicating whether second control information transmitted in a second layer higher than the first layer exists, the second control information; and a control unit configured to control operations of the units that process the content based on the second control information, wherein the first layer is a physical layer of broadcast waves having a predetermined frequency band, the physical layer is used to transmit data for each of one or a plurality of Physical Layer Pipes, PLPs, that can be grouped, the first control information includes information used for identifying a PLP group as a group of the PLPs and information if a PLP includes Link Layer Signaling, LLS, signaling information, and the second control information is LLS signaling information including information used for selecting the content. a reception unit configured to receive a content transmitted in an Internet Protocol, IP, transmission system; an acquisition unit configured to acquire, based on first control information that is transmitted in a first layer in a protocol stack of the IP transmission system and includes information indicating whether second control information transmitted in a second layer higher than the first layer exists, the second control information; and a control unit configured to control operations of the units that process the content based on the second control information, wherein the first layer is a physical layer of broadcast waves having a predetermined frequency band, the physical layer is used to transmit data for each of one or a plurality of Physical Layer Pipes, PLPs, that can be grouped, the first control information includes information used for identifying a PLP group as a group of the PLPs and information if a PLP includes Link Layer Signaling, LLS, signaling information, and the second control information is LLS signaling information including information used for selecting the content.
A cross-linkable mixture for producing soles for footwear, comprising: i) an EPDM terpolymer, in an amount ranging from 50% to 85% by weight with respect to the total weight of the mixture; ii) a blend of natural and synthetic rubbers, in an amount ranging from 3% to 40% by weight with respect to the total weight of the mixture; iii) at least one filler, in an amount ranging from 5% to 25% by weight with respect to the total weight of the mixture; and iv) a peroxide cross-linking system, in an amount ranging from 0.5% to 5% by weight with respect to the total weight of the mixture. i) an EPDM terpolymer, in an amount ranging from 50% to 85% by weight with respect to the total weight of the mixture; ii) a blend of natural and synthetic rubbers, in an amount ranging from 3% to 40% by weight with respect to the total weight of the mixture; iii) at least one filler, in an amount ranging from 5% to 25% by weight with respect to the total weight of the mixture; and iv) a peroxide cross-linking system, in an amount ranging from 0.5% to 5% by weight with respect to the total weight of the mixture.