mhurhangee/patent-ind-claim-en huggingface dataset:
A modular screen support deck for a screening arrangement , the modular screen support deck comprising: a first deck side and a second deck side each having an inward facing side and an outward facing side, the first deck side, and the second deck side extend in parallel with each other defining a deck plane between the two deck sides, a first extension structure and a second extension structure , the first extension structure being connected to the first deck side and the second extension structure being connected to the second deck side , the first extension structure extending inwardly from the first deck side and comprising a first connection structure being arranged a distance from the first deck side , the second extension structure being connected to the second deck side , extending inwardly from the second deck side , and comprising a second connection structure being arranged a distance from the second deck side , a first cross-member with a first end and a second end, the first end of the first cross-member being connected to the first connection structure, and the second end of the first cross-member being connected to the second connection structure, characterized in that : the first extension structure is configured to dampen vibrations in the connection between the first end of the first cross-member and the first connection structure, and the second extension structure is configured to dampen vibrations in the connection between the second end of the first cross-member and the second connection structure a first deck side and a second deck side each having an inward facing side and an outward facing side, the first deck side, and the second deck side extend in parallel with each other defining a deck plane between the two deck sides, a first extension structure and a second extension structure , the first extension structure being connected to the first deck side and the second extension structure being connected to the second deck side , the first extension structure extending inwardly from the first deck side and comprising a first connection structure being arranged a distance from the first deck side , the second extension structure being connected to the second deck side , extending inwardly from the second deck side , and comprising a second connection structure being arranged a distance from the second deck side , a first cross-member with a first end and a second end, the first end of the first cross-member being connected to the first connection structure, and the second end of the first cross-member being connected to the second connection structure, characterized in that : the first extension structure is configured to dampen vibrations in the connection between the first end of the first cross-member and the first connection structure, and the second extension structure is configured to dampen vibrations in the connection between the second end of the first cross-member and the second connection structure
Connection element for connecting with at least one rectangular ducting component , comprising a main body with an end section having a rectangular outer circumference, said end section being insertable into an end section of a respective ducting component with a rectangular inner circumference; characterized in that said main body is made out of one duct-shaped piece; that the connection element further comprises at least one separate lip element fixed on the outer face of each panel of the rectangular outer circumference of the main body , which lip elements are configured to extend at least partially over the outer face of an end section of said ducting component when the main body is inserted therein, so as to clamp said ducting component between the lip elements and the rectangular outer circumference of the main body; and that the connection element is configured for connecting with rectangular ducting components, such that connecting only requires sliding said end section of the main body into a female ducting component to obtain a sealing connection. a main body with an end section having a rectangular outer circumference, said end section being insertable into an end section of a respective ducting component with a rectangular inner circumference; characterized in that said main body is made out of one duct-shaped piece; that the connection element further comprises at least one separate lip element fixed on the outer face of each panel of the rectangular outer circumference of the main body , which lip elements are configured to extend at least partially over the outer face of an end section of said ducting component when the main body is inserted therein, so as to clamp said ducting component between the lip elements and the rectangular outer circumference of the main body; and that the connection element is configured for connecting with rectangular ducting components, such that connecting only requires sliding said end section of the main body into a female ducting component to obtain a sealing connection.
A functional compound-comprising product, characterized in that said product comprises a mass provided with a functional compound that comprises at least one flavour, a solvent comprising ethanol, wherein the solvent is capable of dissolving the functional compound, a viscosity regulator comprising a silicate, and a carrier matrix having a film former comprising ethyl cellulose, the said product further comprising a base material comprising paper or textile, wherein the mass has been printed or dosed on the base material and forms a permeable film thereon, and wherein the film former in the matrix has a content of less than 2% by weight.
A connector barrel of a battery module , comprising: - a body including a first open end , a second open end , and a hollow interior formed by the body that extends between the first open end and the second open end ; and - a flange disposed on the body and extending outwardly from the body , characterized in that the flange comprises a plurality of energy concentrator ridges disposed on a surface of the flange , and wherein the plurality of energy concentrator ridges are configured to facilitate ultrasonic welding of the flange to a wall of the battery module . - a body including a first open end , a second open end , and a hollow interior formed by the body that extends between the first open end and the second open end ; and - a flange disposed on the body and extending outwardly from the body , characterized in that the flange comprises a plurality of energy concentrator ridges disposed on a surface of the flange , and wherein the plurality of energy concentrator ridges are configured to facilitate ultrasonic welding of the flange to a wall of the battery module .
Standing wood splitter having a lower stand, to which a chassis is preferably assigned and from which a vertical spar, which delimits a receiving space for a piece of wood to be split to the rear, projects upwards and has a stationary lower spar part and an upper spar part , which is arranged vertically displaceably in the latter and can be driven by means of a hydraulic cylinder , preferably arranged inside the spar, of a hydraulic drive device, wherein the receiving space is bounded at the bottom by a table arrangement connected to the spar, which table arrangement contains at least one stationary, lower receiving table and preferably an upper receiving table arranged at a distance thereabove and pivotable laterally outwardly and inwardly about a vertical axis, and at the top by a splitting tool provided above the table arrangement, engaging over the latter and connected to the upper end region of the upper spar part , and laterally by elements of an operating arrangement mounted on the spar, which has two operating arms (6a,b) which are laterally opposite one another, are arranged pivotably and are set up for the lateral holding of a piece of wood placed on the table arrangement and with which in each case one element of a two-hand operating device is associated, and wherein there is preferably provided a catching device which is offset in height with respect to the operating device and has at least one stationary, lateral catching arm , characterized in that the lower, stationary receiving table of the table arrangement is designed as a stand from which the spar projects upwardly, and in that the splitting tool is mounted with its upper end region on a projection projecting forwardly from the upper end region of the upper spar part and is spaced below the latter from the front side of the upper spar part at least by the wall thickness of the lower spar part .
A reinforcing fiber sheet manufacturing apparatus configured to place a reinforcing fiber bundle on a table , the reinforcing fiber sheet manufacturing apparatus comprising: a fiber bundle supply mechanism configured to feed the reinforcing fiber bundle and equipped with a fiber bundle pressing portion that is configured to press the reinforcing fiber bundle against the table ; and a low head die cutter characterized in that said low head die cutter is located independently of the fiber bundle supply mechanism and configured to cut the reinforcing fiber bundle that is pressed to the low head die cutter by the fiber bundle pressing portion. a fiber bundle supply mechanism configured to feed the reinforcing fiber bundle and equipped with a fiber bundle pressing portion that is configured to press the reinforcing fiber bundle against the table ; and a low head die cutter
A system comprising a welding power supply and a welding pendant , said welding pendant comprising: a welding power input configured to receive welding power and data from the welding power supply via a welding power cable , wherein the welding power is combined with the data; a welding power output configured to provide the welding power to a welding torch ; and a control panel configured to control a plurality of settings of a welding power supply , the plurality of settings comprises a welding current output by the welding power supply ; wherein the welding pendant is not a wire feeder, characterized in that the welding pendant further comprises a current sensor configured to monitor welding current of the welding power flowing between the welding power input and the welding power output , and wherein the control panel is interchangeable with a welding power supply control panel . a welding power input configured to receive welding power and data from the welding power supply via a welding power cable , wherein the welding power is combined with the data; a welding power output configured to provide the welding power to a welding torch ; and a control panel configured to control a plurality of settings of a welding power supply , the plurality of settings comprises a welding current output by the welding power supply ; wherein the welding pendant is not a wire feeder, characterized in that the welding pendant further comprises a current sensor configured to monitor welding current of the welding power flowing between the welding power input and the welding power output , and wherein the control panel is interchangeable with a welding power supply control panel .
Positioning device for the movement of an optical element having a movement drive , a transfer element for the transfer of an output movement of the movement drive , which is introduced into the transfer element , into an adjustment movement of the optical element , having a receiver , which is able to be connected to the transfer element in a X-Y movement plane, for an optical element , and having at least one first and second flexure fulcrum , wherein - the first flexure fulcrum is formed in a mechanically stiff manner in a first movement direction , tangentially to the movement path of the adjustment movement and has a low level of stiffness perpendicular to this in a further movement direction , and - the second flexure fulcrum is formed to be mechanically stiff in the first movement direction of the first flexure fulcrum and elastic in a third movement direction perpendicular to the first and second movement direction of the first flexure fulcrum , characterised in that - the movement drive has a drive axis which is coupled to the transfer element , - the movement drive is formed as an eccentric drive and in that a support element of the transfer element receives the drive axis perpendicular to the movement plane of the transfer element , and - the second flexure fulcrum of the transfer element is arranged to be pre-stressed in such a way that it exerts a force on at least one bearing of the movement drive or of the optical element . - the first flexure fulcrum is formed in a mechanically stiff manner in a first movement direction , tangentially to the movement path of the adjustment movement and has a low level of stiffness perpendicular to this in a further movement direction , and - the second flexure fulcrum is formed to be mechanically stiff in the first movement direction of the first flexure fulcrum and elastic in a third movement direction perpendicular to the first and second movement direction of the first flexure fulcrum , - the movement drive has a drive axis which is coupled to the transfer element , - the movement drive is formed as an eccentric drive and in that a support element of the transfer element receives the drive axis perpendicular to the movement plane of the transfer element , and - the second flexure fulcrum of the transfer element is arranged to be pre-stressed in such a way that it exerts a force on at least one bearing of the movement drive or of the optical element .
A method of measuring a quantity of C . difficile in a fecal sample, the method comprising: quantitatively measuring a level of lactoferrin, C . difficile glutamate dehydrogenase (GDH) and C . difficile toxin A or C . difficile toxin B in a diluted fecal sample from a patient infected with C . difficile, wherein a level of lactoferrin < 7.25μg/ml, C . difficile GDH < 1000 ng/g and an absence of toxin indicates carrier status, and wherein a level of lactoferrin > 7.25μg/ml, C . difficile GDH > 1000 ng/g, and toxin is identified and thereby determines that the patient has active C . difficile disease.
One-piece landscape border element which can be driven into the ground, which can be made in variable lengths, having a rectangular cross-section open on the underside, made of a corrosion-resistant flat material, wherein the longitudinal edges are parallel or taper in a trapezoidal shape, and the horizontal surface is semi-circular on one side, characterised in that there are triangular retaining lugs that can be bent on one end without tools on the vertical parts of the landscape border element, for the purpose of fastening the subsequent landscape border element, in that there are also differently shaped recesses, in particular slots, for receiving fastening elements for add-on parts, and in that prongs and barbs are attached to the leg surfaces used for anchoring in the ground.
A continuous casting method for a slab, in which a slab is continuously casted, the continuous casting method comprising: primarily cooling the slab by a mold while the molten steel is injected into an area that is biased from a central portion of an inside of the mold to a thickness direction of the slab ; and secondarily cooling the slab by spraying cooling water to a surface of the slab while drawing the slab that is primarily cooled by the mold, characterized in that in the primarily cooling, an submerged nozzle is input into the mold that includes a pair of long sides that face each other and a pair of short sides that face each other, the molten steel is injected into the mold , and the submerged nozzle is biased in a direction of one long side that is selected from the pair of long sides . primarily cooling the slab by a mold while the molten steel is injected into an area that is biased from a central portion of an inside of the mold to a thickness direction of the slab ; and secondarily cooling the slab by spraying cooling water to a surface of the slab while drawing the slab that is primarily cooled by the mold, characterized in that in the primarily cooling, an submerged nozzle is input into the mold that includes a pair of long sides that face each other and a pair of short sides that face each other, the molten steel is injected into the mold , and the submerged nozzle is biased in a direction of one long side that is selected from the pair of long sides .
An armrest assembly for a seat, the armrest assembly comprising: a base ; an armrest comprising an underside and an upper surface configured to support a user's arm; and a first shaft slidably coupled to the base and pivotably coupled to the underside of the armrest a second shaft slidably coupled to the base and pivotably coupled to the underside of the armrest ; a locking mechanism comprising a first clamp ring disposed around the first shaft and a second clamp ring disposed around the second shaft , wherein each of the first clamp ring and the second clamp ring comprises two portions coupled together via a spring element , the locking mechanism being configured to reversibly lock the first shaft and the second shaft in a locked configuration and reversibly release the first shaft and the second shaft in a released configuration, wherein in the locked configuration the first shaft and the second shaft are prevented from sliding relative to the base and wherein in the released configuration the first shaft and the second shaft are allowed to slide relative to the base ; and a graspable handle configured to actuate the locking mechanism between the locked configuration and the released configuration, wherein the graspable handle is configured to actuate both the first clamp ring and the second clamp ring . a base ; an armrest comprising an underside and an upper surface configured to support a user's arm; and a first shaft slidably coupled to the base and pivotably coupled to the underside of the armrest a second shaft slidably coupled to the base and pivotably coupled to the underside of the armrest ; a locking mechanism comprising a first clamp ring disposed around the first shaft and a second clamp ring disposed around the second shaft , wherein each of the first clamp ring and the second clamp ring comprises two portions coupled together via a spring element , the locking mechanism being configured to reversibly lock the first shaft and the second shaft in a locked configuration and reversibly release the first shaft and the second shaft in a released configuration, wherein in the locked configuration the first shaft and the second shaft are prevented from sliding relative to the base and wherein in the released configuration the first shaft and the second shaft are allowed to slide relative to the base ; and a graspable handle configured to actuate the locking mechanism between the locked configuration and the released configuration, wherein the graspable handle is configured to actuate both the first clamp ring and the second clamp ring .
A method for associating an application with a network slice performed by a terminal comprising a user interface, the method comprising: • obtaining (step 31) display instruction information, an identifier of a first network slice that the terminal is allowed to access, and service feature information corresponding to the first network slice; • displaying (step 32) the service feature information corresponding to the first network slice on a first display interface of the user interface based on the display instruction information; • displaying an icon of an already downloaded and installed first application outside of the first display interface on the user interface of the terminal when the service feature information corresponding to the first network slice is displayed on the first display interface; • when detecting that the displayed icon of the first application displayed outside of the first display interface is dragged by a user of the terminal into the first display interface currently displaying the service feature information corresponding to the first network slice: ∘ generating (step 33) a first network slice selection policy, wherein the first network slice selection policy comprises a mapping relationship between the first application and the identifier of the first network slice. • obtaining (step 31) display instruction information, an identifier of a first network slice that the terminal is allowed to access, and service feature information corresponding to the first network slice; • displaying (step 32) the service feature information corresponding to the first network slice on a first display interface of the user interface based on the display instruction information; • displaying an icon of an already downloaded and installed first application outside of the first display interface on the user interface of the terminal when the service feature information corresponding to the first network slice is displayed on the first display interface; • when detecting that the displayed icon of the first application displayed outside of the first display interface is dragged by a user of the terminal into the first display interface currently displaying the service feature information corresponding to the first network slice: ∘ generating (step 33) a first network slice selection policy, wherein the first network slice selection policy comprises a mapping relationship between the first application and the identifier of the first network slice. ∘ generating (step 33) a first network slice selection policy, wherein the first network slice selection policy comprises a mapping relationship between the first application and the identifier of the first network slice.