mhurhangee/patent-ind-claim-en huggingface dataset:
A bumper packaging made from a blank of flexible cardboard or corrugated cardboard material, comprising a body which is cuboidal or has a basic shape of a prism and which has a body front wall panel , a body rear wall panel and a body bottom panel , and two side parts which are arranged on opposite sides of the body and which are cuboidal or have a basic shape of a prism or a frustrum of pyramid, each of which side parts having a side part front wall panel , a side part rear wall panel and a side part bottom panel , wherein body front wall panel and body bottom panel as well as side part front wall panels and side part bottom panels are hinged to each other, preferably via longitudinally directed front wall folding lines , wherein the side part front wall panels form an obtuse angle with the body front wall panel and the side part rear wall panels form an obtuse angle with the body rear wall panel , characterised in that each side part front wall panel is fixedly connected to the body front wall panel by means of a front wall gluing flap and each side part bottom panel is fixedly connected to the body bottom panel by means of a bottom panel gluing flap . wherein body front wall panel and body bottom panel as well as side part front wall panels and side part bottom panels are hinged to each other, preferably via longitudinally directed front wall folding lines , wherein the side part front wall panels form an obtuse angle with the body front wall panel and the side part rear wall panels form an obtuse angle with the body rear wall panel , characterised in that each side part front wall panel is fixedly connected to the body front wall panel by means of a front wall gluing flap and each side part bottom panel is fixedly connected to the body bottom panel by means of a bottom panel gluing flap .
Household appliance , in particular a water-using household appliance, having a housing , a door pivotably connected to the housing with the aid of a hinge , a cable connected to the door , a roller in contact with the cable , and a motor which is designed to drive the roller to move the cable such that a pivoting movement of the door is brought about, characterised in that the door has a lever , to which one end of the cable is connected, wherein the door , the motor and the cable are designed such that a change in a tensile force (F1) on the lever with the aid of the motor and the cable brings about the pivoting movement of the door , and wherein the cable has no permanent connection to the roller , but merely has an abutting contact to the roller .
A concentrated krill protein hydrolysate fraction prepared by enzymatic hydrolysis of krill comprising after separation and after evaporation a fluoride reduction of over 85% on a dry matter basis as compared to an 1.500 ppm fluoride value in commercial krill meal.
A support apparatus for a lithographic apparatus, comprising: an object holder configured to support an object (W); and an extraction body radially outward of the object holder , the extraction body comprising a projection and an extraction opening configured to extract fluid from a top surface of the support apparatus , wherein the extraction body is spaced from the object holder such that the extraction body is substantially decoupled from the object holder ; characterised in that the projection is below the object (W) and in that the projection is configured such that it surrounds the object holder and such that, in use, a layer of liquid is retained on the top surface of the projection and in contact with the lower surface of the object (W) supported on the object holder . an object holder configured to support an object (W); and an extraction body radially outward of the object holder , the extraction body comprising a projection and an extraction opening configured to extract fluid from a top surface of the support apparatus , wherein the extraction body is spaced from the object holder such that the extraction body is substantially decoupled from the object holder ; characterised in that the projection is below the object (W) and in that the projection is configured such that it surrounds the object holder and such that, in use, a layer of liquid is retained on the top surface of the projection and in contact with the lower surface of the object (W) supported on the object holder .
An inflatable helmet comprising a plurality of elongate members , each elongate member comprising at least one chamber wall defining an inflatable chamber ; wherein at least two adjacent elongate members are in fluid communication with each other; and wherein the plurality of elongate members is inflatable so as to adjust the inflatable helmet from a collapsed state to an inflated state, characterised in that in the inflated state the at least two adjacent elongate members abut each other along at least a portion of their respective chamber walls . wherein at least two adjacent elongate members are in fluid communication with each other; and wherein the plurality of elongate members is inflatable so as to adjust the inflatable helmet from a collapsed state to an inflated state, characterised in that in the inflated state the at least two adjacent elongate members abut each other along at least a portion of their respective chamber walls .
A Tenacibaculum isolate involved in the development of tenacibaculosis in farmed fish, wherein said isolate is deposited under the Budapest Treaty with the Leibniz Institute DSMZ-German Collection of Microorganisms and Cell Cultures (DSMZ) on 4 th March 2014 under deposit number DSM 28541.
A sliding hatch device suitable for closing off a cargo hold of a ship or more generally for closing off a space, substantially made of aluminum and constructed of a lying top plate fixed on two upright side wall sections, wherein the side wall section comprises a closed longitudinally extended hollow section, which hollow section is folded according to at least one fold line, characterised in that said fold line is provided with a material reduction.
A seal cap for a piercing needle-attached barrel comprising a piercing needle-attached barrel including a barrel body having a piercing needle mounting portion and a hollow piercing needle which has a piercing needle tip at a distal end thereof and whose proximal end portion is fixed to said piercing needle mounting portion ; wherein said seal cap has a pierceable part into which said piercing needle can be pierced and is water vapor permeable, characterized in that at least said pierceable part of said seal cap is formed of an elastic material containing silicone rubber as a main material thereof, silicone particles, and a lubricant. wherein said seal cap has a pierceable part into which said piercing needle can be pierced and is water vapor permeable, characterized in that at least said pierceable part of said seal cap is formed of an elastic material containing silicone rubber as a main material thereof, silicone particles, and a lubricant.
A fluid pump comprising: a pump housing ; an inlet wall portion positioned adjacent the pump housing and including an extending portion extending generally parallel to an inner wall surface of the pump housing; a motor housed within the pump housing; an impeller responsive to the motor; an impeller retainer disposed adjacent the impeller and including a radiused edge on an upper peripheral corner of the impeller retainer ; and an O-ring positioned at the radiused edge, the O-ring exerting a force non-perpendicular to the inner wall surface of the pump housing to form a seal against the inner wall surface of the pump housing; wherein the O-ring exerts a force at about a 45 degree angle relative to the inner wall surface of the pump housing ; wherein only a minor portion of the O-ring is seated in the radiused edge of the impeller retainer ; and characterized in that the O-ring also forms a seal against the extending portion of the inlet wall portion. a pump housing ; an inlet wall portion positioned adjacent the pump housing and including an extending portion extending generally parallel to an inner wall surface of the pump housing; a motor housed within the pump housing; an impeller responsive to the motor; an impeller retainer disposed adjacent the impeller and including a radiused edge on an upper peripheral corner of the impeller retainer ; and an O-ring positioned at the radiused edge, the O-ring exerting a force non-perpendicular to the inner wall surface of the pump housing to form a seal against the inner wall surface of the pump housing; wherein the O-ring exerts a force at about a 45 degree angle relative to the inner wall surface of the pump housing ; wherein only a minor portion of the O-ring is seated in the radiused edge of the impeller retainer ; and characterized in that the O-ring also forms a seal against the extending portion of the inlet wall portion.
Recycling device (V) for a starting material with a screw conveyor and a filling chamber , wherein the filling chamber has a housing and the screw conveyor extends from the housing into a screw housing , the screw conveyor comprises a drive and a drive shaft , the screw conveyor is hollow, wherein the screw conveyor consists of a first cylinder with a smaller diameter, a funnel and an adjoining second cylinder with a larger diameter, characterised in that a first heat barrier and/or first pressure barrier is arranged between the first cylinder and the funnel and a second heat barrier and/or second pressure barrier is arranged between the funnel and the second cylinder , wherein the funnel has a heat supply device and/or pressure supply device in an internal space and a heat outlet on an outer skin , wherein an inner blade is arranged in the first cylinder towards the driving shaft , wherein the first cylinder has through-openings in the cylinder wall , wherein the first cylinder comprises a liquid discharge.
Rotary joint , comprising: a socket rod having a socket rod flange with an at least partly spheroid concave bearing surface at a first end; a housing nut encircling the socket rod and having a threaded wrenching head ; a ball rod having an at least partly spheroid convex bearing surface ; a mounting shank coupled to the socket rod or the ball rod with a shank end portion; characterized in that it further comprises a joint connector ring comprising a connector body formed as a hollow cylinder defining a hollow surrounding a connector opening , and an annular groove formed in a top surface of the cylindrical connector body as a trench running circumferentially around the cylindrical connector body and having an approximately constant depth within the connector body , the joint connector ring being fixedly connected to the mounting shank opposite to its shank end portion, and in that the ball rod has threaded side walls around the bearing surface , wherein the diameter of the threaded side walls of the ball rod corresponds to a diameter of the threaded wrenching head of the housing nut . a socket rod having a socket rod flange with an at least partly spheroid concave bearing surface at a first end; a housing nut encircling the socket rod and having a threaded wrenching head ; a ball rod having an at least partly spheroid convex bearing surface ; a mounting shank coupled to the socket rod or the ball rod with a shank end portion; characterized in that it further comprises a joint connector ring comprising a connector body formed as a hollow cylinder defining a hollow surrounding a connector opening , and an annular groove formed in a top surface of the cylindrical connector body as a trench running circumferentially around the cylindrical connector body and having an approximately constant depth within the connector body , the joint connector ring being fixedly connected to the mounting shank opposite to its shank end portion, and in that the ball rod has threaded side walls around the bearing surface , wherein the diameter of the threaded side walls of the ball rod corresponds to a diameter of the threaded wrenching head of the housing nut .
A liquid cooling apparatus for cooling a board , comprising a cold plate , a fast connector, a first interface , and a second interface , wherein: the cold plate is attached to the board ; the fast connector comprises a first connector and a second connector , wherein the first connector is fixedly connected to the cold plate ; the first interface is fixedly connected to the board and configured to connect to the second interface corresponding to the first interface ; characterised in that the liquid cooling apparatus further comprises a guide rail , wherein the guide rail is a moving rail of the second connector ; when the first connector and the second connector are in a connected state and the second connector is located at an end on the guide rail that is close to the board , a distance between the first interface and the second interface is greater than 0; and the liquid cooling apparatus further comprising a liquid cooling control module and an electromagnet , wherein: the liquid cooling control module is configured to: when the first connector and the second connector are in a disconnected state, control the electromagnet to attract the second connector , so that the second connector is fixed on the guide rail at the end of the guide rail that is close to the board; and when the first connector and the second connector are in a connected state, control the electromagnet not to attract the second connector . the cold plate is attached to the board ; the fast connector comprises a first connector and a second connector , wherein the first connector is fixedly connected to the cold plate ; the first interface is fixedly connected to the board and configured to connect to the second interface corresponding to the first interface ; characterised in that the liquid cooling apparatus further comprises a guide rail , wherein the guide rail is a moving rail of the second connector ; when the first connector and the second connector are in a connected state and the second connector is located at an end on the guide rail that is close to the board , a distance between the first interface and the second interface is greater than 0; and the liquid cooling apparatus further comprising a liquid cooling control module and an electromagnet , wherein: the liquid cooling control module is configured to: when the first connector and the second connector are in a disconnected state, control the electromagnet to attract the second connector , so that the second connector is fixed on the guide rail at the end of the guide rail that is close to the board; and when the first connector and the second connector are in a connected state, control the electromagnet not to attract the second connector .
A cutting element (200; 300) comprising: a substrate (210; 306); and a diamond table (212; 304) having a first end and a second end, the first end of the diamond table (212; 304) affixed to the substrate (210; 306) at a first interface (214; 312), the second end of the diamond table (212; 304) comprising; a concave surface (202; 302); at least two concave indentations (216; 308), each of the at least two concave indentations (216; 308) intersecting the concave surface (202; 302) and extending radially outward from the concave surface (202; 302) to an outer diameter of the diamond table (212; 304); and at least two cutting edges (206; 310) at an interface (214; 312) between the concave surface (202; 302) and the outer diameter of the diamond table (212; 304); characterised in that the concave surface (202; 302) and the concave indentations (216; 308) each respectively define a portion of a sphere. a substrate (210; 306); and a diamond table (212; 304) having a first end and a second end, the first end of the diamond table (212; 304) affixed to the substrate (210; 306) at a first interface (214; 312), the second end of the diamond table (212; 304) comprising; a concave surface (202; 302); at least two concave indentations (216; 308), each of the at least two concave indentations (216; 308) intersecting the concave surface (202; 302) and extending radially outward from the concave surface (202; 302) to an outer diameter of the diamond table (212; 304); and at least two cutting edges (206; 310) at an interface (214; 312) between the concave surface (202; 302) and the outer diameter of the diamond table (212; 304); characterised in that the concave surface (202; 302) and the concave indentations (216; 308) each respectively define a portion of a sphere. diamond table (212; 304) affixed to the substrate (210; 306) at a first interface (214; 312), the second end of the diamond table (212; 304) comprising; a concave surface (202; 302); at least two concave indentations (216; 308), each of the at least two concave indentations (216; 308) intersecting the concave surface (202; 302) and extending radially outward from the concave surface (202; 302) to an outer diameter of the diamond table (212; 304); and at least two cutting edges (206; 310) at an interface (214; 312) between the concave surface (202; 302) and the outer diameter of the diamond table (212; 304); characterised in that the concave surface (202; 302) and the concave indentations (216; 308) each respectively define a portion of a sphere.
A method that segments or concatenates radio link control, RLC, service data units, SDUs, into RLC protocol data units, PDUs, the method being executed by a wireless communications apparatus and comprising: receiving a first RLC SDU and a second RLC SDU; partitioning information of the first RLC SDU into a first payload part and a second payload part, and the information of the second RLC SDU into a third payload part and a fourth payload part, wherein the second payload part and the fourth payload part are limited to a maximum size, wherein the maximum size corresponds to a size of a length indicator, LI, field; forming a first RLC PDU using the first payload part; forming a second RLC PDU using a concatenated payload part, wherein the concatenated payload part is obtained by concatenating the second payload part and the third payload part; setting the LI field comprised in a header of the second RLC PDU to indicate the size of information contained in the second payload part; forming a third RLC PDU using the fourth payload part; and dispatching the first RLC PDU, the second RLC PDU, and the third RLC PDU, wherein the first payload part of the first RLC PDU and the third payload part of the second RLC PDU are not constrained by the maximum size. receiving a first RLC SDU and a second RLC SDU; partitioning information of the first RLC SDU into a first payload part and a second payload part, and the information of the second RLC SDU into a third payload part and a fourth payload part, wherein the second payload part and the fourth payload part are limited to a maximum size, wherein the maximum size corresponds to a size of a length indicator, LI, field; forming a first RLC PDU using the first payload part; forming a second RLC PDU using a concatenated payload part, wherein the concatenated payload part is obtained by concatenating the second payload part and the third payload part; setting the LI field comprised in a header of the second RLC PDU to indicate the size of information contained in the second payload part; forming a third RLC PDU using the fourth payload part; and dispatching the first RLC PDU, the second RLC PDU, and the third RLC PDU, wherein the first payload part of the first RLC PDU and the third payload part of the second RLC PDU are not constrained by the maximum size.
A marking implement comprising a main body for housing a marking element that is movable by sliding therein, said main body extending prevalently along a longitudinal axis (X) and comprising a broad grip portion and an elongated neck axially contiguous to said grip portion ; said main body comprising a first end situated at the free end of the grip portion , opposite the end from which the neck extends, and a second end placed at the free end of the neck ; a mechanism for sliding said marking element comprising a movement slider that is slidable axially and in a controlled manner along the main housing body so as to guide the advancement and retraction of said marking element , a protective cap housing the elongated neck completely therein and said broad grip portion at least partially, said main body comprising, along a lateral surface of said broad grip portion , a guide , that passes through the lateral surface parallel to the longitudinal axis (X) of the implement and extending from the first end toward the second end , and ends slightly before the beginning of the neck ; the guide also comprises a plurality of grooves transverse to the longitudinal extension of said guide aligned along said guide , and a first open end placed in correspondence of the first end of said main body , open toward the exterior of the broad grip portion , permitting insertion of the slider , through the first open end , inside the central body straddling the same guide , characterized in that said guide comprises a second closed end placed just before the beginning of the neck of the main body ; said guide comprising, at its said second closed end, a section without any of said grooves .
A facility for preparing a culture support , such as a petri dish, said facility comprising a pouring station , at least one surface , such as a plate for receiving the culture support and one or several containers for a product to be poured inside said culture support , characterized in that the or at least one of the containers of product to be poured, called container of the first type, is a flexible pouch having an emptying orifice and containing a solid or semi-solid culture medium comprising a gelling agent, in that the pouring station comprises an enclosure equipped with heating means able to heat the air inside the enclosure , in that said enclosure is configured to house at least two containers of the first type, in that the storage enclosure of the container(s) of the first type of the pouring station and the surface for receiving the culture support are movable relative to one another and in that the installation comprises at least one configuration in which the surface for receiving the culture support extends below and in line with the storage enclosure of the container(s) of the first type.