mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a scraping tool comprising: a base member ; a first wall upwardly extending from a first side of the base member; a second wall upwardly extending from a second side of the base member; a channel defined by the base member , the first wall , and the second wall ; a first blade mount within the channel that is fixed to the first wall ; and a second blade mount within the channel that is fixed to the second wall , wherein the first blade mount secures a blade oriented oblique to the base member , and the second blade mount secures a blade oriented oblique to the base member . a scraping tool comprising: a base member ; a first wall upwardly extending from a first side of the base member; a second wall upwardly extending from a second side of the base member; a channel defined by the base member , the first wall , and the second wall ; a first blade mount within the channel that is fixed to the first wall ; and a base member ; a first wall upwardly extending from a first side of the base member; a second wall upwardly extending from a second side of the base member; a channel defined by the base member , the first wall , and the second wall ; a first blade mount within the channel that is fixed to the first wall ; a second blade mount within the channel that is fixed to the second wall , wherein the first blade mount secures a blade oriented oblique to the base member , and the second blade mount secures a blade oriented oblique to the base member .
Mounting guide for a Panhard bar , characterized in that it comprises: - a body made of a plastic material open in the lower part for the passage of the Panhard bar , said body being provided with means for indexing the Panhard bar in position , and - an insert made of a metal material arranged in the upper part of the body , said insert comprising a through opening for the passage of a fixing member intended to ensure a fixing of the guide on a structural underframe part of a motor vehicle. - a body made of a plastic material open in the lower part for the passage of the Panhard bar , said body being provided with means for indexing the Panhard bar in position , and - an insert made of a metal material arranged in the upper part of the body , said insert comprising a through opening for the passage of a fixing member intended to ensure a fixing of the guide on a structural underframe part of a motor vehicle.
A cutting device, in particular rotary cutting machine for workpieces produced using plastic and/or rubber extrusion, with a machine frame , with a rotatably drivable cutting blade arranged on the machine frame , with a cutting bushing arranged on the machine frame , with a recess extending in the longitudinal direction of the cutting bushing for receiving a workpiece to be cut to length, and with a cutting gap extending substantially transverse thereto for passing the cutting blade therethrough, characterized in that the cutting bushing has a number of discs arranged one behind the other and having recesses , which recesses are aligned with one another, and in that at least some of these discs each have a recess adapted to the cross-sectional contour of the workpiece to be cut.
Automated station having a tool comprising a releasable mechanical coupling for connecting to a mobile portion of the automated station; a linear actuator having a power supply input adapted to be releasably connected to a power supply line; a container for edible liquids; characterized by comprising a closure movable via the linear actuator between a closed position in which the edible liquid is in the container so that, for example, the liquid is shaked by the action of the mobile portion and an open position in which the edible liquid is poured in a controlled manner out of the container via the action of the mobile portion; and a lever arm pivoted and connected between the linear actuator and the closure so as to demultiply the load applied by the actuator to decrease a first resultant force applied by the closure on a fluid seal in said closed position with respect to a second force applied by the actuator to the lever arm.
An apparatus comprising: an implantable flow restriction device including a first portion , a second portion , and a channel therebetween, wherein the first portion and the second portion are diametrically adjustable to alter the blood flow through the channel , wherein the implantable flow restriction device is configured to implant within an aorta of a patient; and wherein the first portion and the second portion are configured to dimensionally adjust the implantable flow restriction device to induce stenosis of the aorta distal of the at least one branch vessel of between 40% and 80% and alter blood flow into the at least one branch vessel of the aorta while maintaining a substantially unrestricted blood flow within the aorta proximal to the at least one branch vessel.
Device for visual recognition of the distribution of luminescent, in particular fluorescent substances on the two hands of a user, namely a test person, comprising a laterally openable housing and at least one light source attached in an upper region of the housing which emits light of a predetermined wavelength range within the ultraviolet range, wherein the housing can be switched between a closed first position for depositing the device outside of its operation, i.e. outside of its application or use, and an opened second position for operation of the device, i.e. for visual recognition and/or representation of the distribution of luminescent, in particular fluorescent substances on the two hands of the test person, wherein the surface area of the housing base in the first position is smaller than at least two side surfaces of the housing , characterised in that the housing has, in the second position, exactly one lateral opening to its interior in one of the four sides , the opening being suitable for accommodating at least two hands of the test person simultaneously, wherein the light source comprises at least one UV tube and/or a plurality of LEDs which are housed in an electronics housing arranged in an upper region of the housing , wherein the device has a height of between 25 cm and 35 cm and, in the first position, a depth of between 5 cm and 10 cm, and wherein the device has a fastening device for a photo camera or film camera for photographing or filming the hands of the test person within the interior of the housing.
Base for an electrical cabinet , said base being rectangular in shape and consisting of multiple framework elements (10_i, 11_i) that are joined together such that it has an adjustable length (Ltot), each framework element being able to adopt only a first configuration or a second configuration, characterized in that said base comprises: - two framework elements of said first configuration present at the two ends and in that each other framework element is created in the second configuration and is interposed between the two end framework elements so as to adjust said length of said base, - a first set of multiple rails placed end-to-end and joined to one another along a first assembly line (L1) and a second set of multiple rails placed end-to-end and joined to one another along a second assembly line (L2) that is distinct from and parallel to the first assembly line, - multiple assembly elements that are identical and are arranged so as to join each framework element to an adjacent framework element, each framework element comprising at least one fixed assembly element so as to have a male-type assembly member arranged to cooperate with a female-type assembly member present on an adjacent framework element, - the framework elements being joined to one another such that the positioning of the assembly members alternates along the first assembly line (L1) and along the second assembly line (L2). - two framework elements of said first configuration present at the two ends and in that each other framework element is created in the second configuration and is interposed between the two end framework elements so as to adjust said length of said base, - a first set of multiple rails placed end-to-end and joined to one another along a first assembly line (L1) and a second set of multiple rails placed end-to-end and joined to one another along a second assembly line (L2) that is distinct from and parallel to the first assembly line, - multiple assembly elements that are identical and are arranged so as to join each framework element to an adjacent framework element, each framework element comprising at least one fixed assembly element so as to have a male-type assembly member arranged to cooperate with a female-type assembly member present on an adjacent framework element, - the framework elements being joined to one another such that the positioning of the assembly members alternates along the first assembly line (L1) and along the second assembly line (L2).
A method of sorting a skeletal muscle progenitor cell, comprising a step of introducing mRNA into cells of a cell population, wherein the mRNA consists of a sequence comprising the following: (i) a nucleic acid comprising a sequence specifically recognized by miRNA specifically expressed in a skeletal muscle progenitor cell selected from miRNA selected from miR-1, miR-133 or miR-206, and (ii) a nucleic acid comprising a sequence encoding a marker protein, wherein the nucleic acid of (ii) is functionally linked to the nucleic acid of (i) such that the translation amount of the marker protein is suppressed by inhibited translation of the mRNA in response to the miRNA. (i) a nucleic acid comprising a sequence specifically recognized by miRNA specifically expressed in a skeletal muscle progenitor cell selected from miRNA selected from miR-1, miR-133 or miR-206, and (ii) a nucleic acid comprising a sequence encoding a marker protein,
A human-machine interaction method for a storage device inside a refrigerator , wherein the storage device is arranged in a storage compartment of the refrigerator , and the storage device is provided with an operation panel ; an operation surface of the operation panel is provided with a knob module having a display screen , and a touch-sensitive key module; and the human-machine interaction method comprises: acquiring a startup trigger signal of the operation panel ; acquiring an operation instruction received by the knob module and/or the touch-sensitive key module; and making a response to the operation instruction according to a preset interaction solution, and driving the display screen to display a corresponding interface, characterized in that the response set in the interaction solution comprises: switching display interfaces of multiple stages of menus and/or switching and selecting items in each stage of menu, wherein the menu comprises: a first-stage menu; and items set in the first-stage menu comprise a temperature area function that can be achieved by the storage device, wherein before the step of acquiring a startup trigger signal of the operation panel , the method further comprises: sending a function query request to a controller of the refrigerator ; and configuring the interaction solution according to a feedback of the controller in response to the function query request. acquiring a startup trigger signal of the operation panel ; acquiring an operation instruction received by the knob module and/or the touch-sensitive key module; and making a response to the operation instruction according to a preset interaction solution, and driving the display screen to display a corresponding interface, characterized in that the response set in the interaction solution comprises: switching display interfaces of multiple stages of menus and/or switching and selecting items in each stage of menu, wherein the menu comprises: a first-stage menu; and items set in the first-stage menu comprise a temperature area function that can be achieved by the storage device, wherein before the step of acquiring a startup trigger signal of the operation panel , the method further comprises: sending a function query request to a controller of the refrigerator ; and configuring the interaction solution according to a feedback of the controller in response to the function query request. sending a function query request to a controller of the refrigerator ; and configuring the interaction solution according to a feedback of the controller in response to the function query request.
A graphics processing unit configured to process graphics data using a rendering space which is divided into a plurality of tiles, the graphics processing unit comprising: one or more processing cores configured to render graphics data; and scheduling logic configured to schedule sets of one or more tiles for rendering on the one or more processing cores, wherein the scheduling logic is configured to, for at least one of the sets of one or more tiles of the rendering space, subdivide the set of one or more tiles to determine a plurality of subunits, wherein the scheduling logic is configured to schedule the subunits for rendering on the one or more processing cores, characterised in that the scheduling logic is configured to subdivide sets of one or more tiles according to a metric according to which a likelihood of a set of one or more tiles of a current render being subdivided is increased if the number of tiles of the current render that are still to be rendered is decreased. one or more processing cores configured to render graphics data; and scheduling logic configured to schedule sets of one or more tiles for rendering on the one or more processing cores, wherein the scheduling logic is configured to, for at least one of the sets of one or more tiles of the rendering space, subdivide the set of one or more tiles to determine a plurality of subunits, wherein the scheduling logic is configured to schedule the subunits for rendering on the one or more processing cores, characterised in that the scheduling logic is configured to subdivide sets of one or more tiles according to a metric according to which a likelihood of a set of one or more tiles of a current render being subdivided is increased if the number of tiles of the current render that are still to be rendered is decreased.
An apparatus comprising: a first part configured to form at least part of a case of the apparatus; a second part configured to form at least one of a front window and at least one layer of a display assembly for the apparatus; a flexible membrane configured to couple at a first area of contact to the first part and at a second area of contact to the second part; and at least two actuators coupled to the second part and configured to actuate the second part to generate a substantially translational planar displacement of the second part, wherein at least one of the flexible membrane and the second part is configured to generate audio waves in response to the actuation, wherein the at least two actuators are configured to generate the substantially translational planar displacement of the second part comprising at least one of: an entirety of the front window having the substantially translational planar displacement; and an entirety of the at least one layer of the display assembly having the substantially translational planar displacement. a first part configured to form at least part of a case of the apparatus; a second part configured to form at least one of a front window and at least one layer of a display assembly for the apparatus; a flexible membrane configured to couple at a first area of contact to the first part and at a second area of contact to the second part; and at least two actuators coupled to the second part and configured to actuate the second part to generate a substantially translational planar displacement of the second part, wherein at least one of the flexible membrane and the second part is configured to generate audio waves in response to the actuation, wherein the at least two actuators are configured to generate the substantially translational planar displacement of the second part comprising at least one of: an entirety of the front window having the substantially translational planar displacement; and an entirety of the at least one layer of the display assembly having the substantially translational planar displacement. an entirety of the front window having the substantially translational planar displacement; and an entirety of the at least one layer of the display assembly having the substantially translational planar displacement.
Heat pad having two or more heat cells, wherein the heat cells have a spiral shape and wherein the heat cells include a heat-generating substance mixture, characterized in that the heat-generating material mixture comprises, as well as other components, at least iron powder and carbon powder, wherein the heat pad takes the form of a triangle having concave recesses in the sides and which is rounded off at the corners and wherein the heat pad has at least four heat cells in spiral form, or in that the heat pad has a rectangular elongated form and wherein the heat pad has at least two cells in spiral form arranged successively in longitudinal direction and wherein the heat cells in spiral form are configured as Fermat spirals bonded to one another.
A tap changer assembly comprising a tap changer assembly housing completely enclosing a tap changer volume and an overflow volume , respectively, said tap changer assembly further comprising at least a part of a tap changer located in said tap changer volume , said tap changer volume and said overflow volume being connectable to each other via an overflow assembly , wherein said overflow assembly is such that: - when a pressure in said tap changer volume is lower than a predetermined overflow pressure threshold, fluid communication between said tap changer volume and said overflow volume via said overflow assembly is prevented and - when said pressure in said tap changer volume is equal to or higher than said predetermined overflow pressure threshold, fluid communication between said tap changer volume and said overflow volume via said overflow assembly is enabled. characterized in that the tap changer volume and the overflow volume are aligned along an axis (Z), wherein the tap changer assembly housing has a largest internal cross-sectional area, enclosing said tap changer volume , orthogonal to the axis (Z), and wherein, when fluid communication between said tap changer volume and said overflow volume via said overflow assembly is enabled, an area at least 10% of said largest internal cross-sectional area between the tap changer volume and the overflow volume is enabled for fluid communication via said overflow assembly . wherein said overflow assembly is such that: - when a pressure in said tap changer volume is lower than a predetermined overflow pressure threshold, fluid communication between said tap changer volume and said overflow volume via said overflow assembly is prevented and - when said pressure in said tap changer volume is equal to or higher than said predetermined overflow pressure threshold, fluid communication between said tap changer volume and said overflow volume via said overflow assembly is enabled. - when a pressure in said tap changer volume is lower than a predetermined overflow pressure threshold, fluid communication between said tap changer volume and said overflow volume via said overflow assembly is prevented and - when said pressure in said tap changer volume is equal to or higher than said predetermined overflow pressure threshold, fluid communication between said tap changer volume and said overflow volume via said overflow assembly is enabled. characterized in that the tap changer volume and the overflow volume are aligned along an axis (Z), wherein the tap changer assembly housing has a largest internal cross-sectional area, enclosing said tap changer volume , orthogonal to the axis (Z), and wherein, when fluid communication between said tap changer volume and said overflow volume via said overflow assembly is enabled, an area at least 10% of said largest internal cross-sectional area between the tap changer volume and the overflow volume is enabled for fluid communication via said overflow assembly .
A container comprising glass or made of glass, in particular for holding a preparation, the container comprising a hollow body which has an inner volume , in particular for holding the preparation; wherein the hollow body has a wall with an inner surface adjacent to the inner volume of the hollow body, and an outer surface opposite the inner surface ; wherein the wall comprises a compressive stress zone at least in a portion thereof; wherein the compressive stress zone in the wall is provided adjacent to the outer surface , and wherein in the centre of the wall , that is half way between the outer surface and the inner surface , the following applies to the tensile stress CT: CT ≥ 0 MPa and CT ≤ 5 MPa; and wherein by virtue of the compressive stress zone that is provided in the wall adjacent to the outer surface , one-sided outer side toughening is provided. wherein the hollow body has a wall with an inner surface adjacent to the inner volume of the hollow body, and an outer surface opposite the inner surface ; wherein the wall comprises a compressive stress zone at least in a portion thereof; wherein the compressive stress zone in the wall is provided adjacent to the outer surface , and wherein in the centre of the wall , that is half way between the outer surface and the inner surface , the following applies to the tensile stress CT: CT ≥ 0 MPa and CT ≤ 5 MPa; and wherein by virtue of the compressive stress zone that is provided in the wall adjacent to the outer surface , one-sided outer side toughening is provided.
A dispenser, in particular a shower, arranged for dispensing a base liquid with an additive, comprising • a showerhead ; • a shower hose for supplying the base liquid to the showerhead ; • at least one additive supply ; • at least one additive conduit for supplying additive from the at least one additive supply to the showerhead ; • wherein the shower hose and the at least one additive conduit are flexible, and are combined with one another; wherein • the dispenser comprises at least one additive pump for delivering the additive from the at least one additive supply to the at least one additive conduit , • the at least one additive pump is arranged and controlled to control delivery of the additive to the showerhead , characterised in that an additive outlet , arranged at an end of the additive conduit , is arranged in the showerhead , for mixing of the additive with the base liquid in the showerhead, and wherein the additive conduit , at the additive outlet , is open to a volume inside the showerhead for guiding the base liquid to an outlet of the showerhead , and wherein the showerhead is configured to dispense either the base liquid or a base liquid-based mixture, by creating colliding jets of the liquid. • a showerhead ; • a shower hose for supplying the base liquid to the showerhead ; • at least one additive supply ; • at least one additive conduit for supplying additive from the at least one additive supply to the showerhead ; • wherein the shower hose and the at least one additive conduit are flexible, and are combined with one another; wherein • the dispenser comprises at least one additive pump for delivering the additive from the at least one additive supply to the at least one additive conduit , • the at least one additive pump is arranged and controlled to control delivery of the additive to the showerhead , characterised in that an additive outlet , arranged at an end of the additive conduit , is arranged in the showerhead , for mixing of the additive with the base liquid in the showerhead, and wherein the additive conduit , at the additive outlet , is open to a volume inside the showerhead for guiding the base liquid to an outlet of the showerhead , and wherein the showerhead is configured to dispense either the base liquid or a base liquid-based mixture, by creating colliding jets of the liquid.