mhurhangee/ep-ind-claims huggingface dataset:
A component of a tank of a liquid, in particular a reducing agent for an internal-combustion engine exhaust-gas treatment system, the tank component having a body designed to be positioned in a fluid-tight way at an opening of the tank, the tank component incorporating a plurality of functional devices (10, 11, 12, 13) for management of the liquid to be delivered from the tank, wherein the body of the tank component is a body moulded with a plastic material chemically resistant to the liquid and is provided with at least one passageway for the liquid; wherein the plurality of functional devices (10, 11, 12, 13) comprises a pump and a pressure sensor having a pressure-sensitive element; wherein the passageway comprises a delivery path for the liquid, which is defined at least in part in a first wall of the body of the tank component and has an inlet end configured for connection to a delivery duct of the pump; characterized in that: - defined at an outer side of the first wall is at least one seat (75, 81; 60) for at least one part (30, 36) of the pressure sensor; - moreover defined in the first wall is at least one passage (60, 79a; 60, 60b) for setting the delivery path for the liquid in fluid communication with the sensitive element of the pressure sensor; and - the sensitive element has a deformable membrane, and the at least one seat (75, 81; 60) comprises a positioning seat for the sensitive element. wherein the body of the tank component is a body moulded with a plastic material chemically resistant to the liquid and is provided with at least one passageway for the liquid; wherein the plurality of functional devices (10, 11, 12, 13) comprises a pump and a pressure sensor having a pressure-sensitive element; wherein the passageway comprises a delivery path for the liquid, which is defined at least in part in a first wall of the body of the tank component and has an inlet end configured for connection to a delivery duct of the pump; characterized in that: - defined at an outer side of the first wall is at least one seat (75, 81; 60) for at least one part (30, 36) of the pressure sensor; - moreover defined in the first wall is at least one passage (60, 79a; 60, 60b) for setting the delivery path for the liquid in fluid communication with the sensitive element of the pressure sensor; and - the sensitive element has a deformable membrane, and the at least one seat (75, 81; 60) comprises a positioning seat for the sensitive element. - defined at an outer side of the first wall is at least one seat (75, 81; 60) for at least one part (30, 36) of the pressure sensor; - moreover defined in the first wall is at least one passage (60, 79a; 60, 60b) for setting the delivery path for the liquid in fluid communication with the sensitive element of the pressure sensor; and - the sensitive element has a deformable membrane, and the at least one seat (75, 81; 60) comprises a positioning seat for the sensitive element.
A bone fixation assembly comprising: a suture button having a body that includes a first end surface, a second end surface, a circumferential outer surface and a first pair of passages formed through the body from the first end surface to the second end surface, the circumferential outer surface including at least one protrusion extending radially therefrom; and a bone plate that defines an aperture, the suture button configured to be at least partially received into the aperture in an assembled position such that the at least one protrusion engages the bone plate and inhibits withdrawal of the suture button from the aperture in the assembled position; and a suture assembly comprising: a suture engaging member; and a suture configured to couple the suture engaging member and the suture button characterised in that the suture button further defines a second pair of passages formed through the body from the first end surface to the second end surface. a suture button having a body that includes a first end surface, a second end surface, a circumferential outer surface and a first pair of passages formed through the body from the first end surface to the second end surface, the circumferential outer surface including at least one protrusion extending radially therefrom; and a bone plate that defines an aperture, the suture button configured to be at least partially received into the aperture in an assembled position such that the at least one protrusion engages the bone plate and inhibits withdrawal of the suture button from the aperture in the assembled position; and a suture assembly comprising: a suture engaging member; and a suture configured to couple the suture engaging member and the suture button characterised in that the suture button further defines a second pair of passages formed through the body from the first end surface to the second end surface. a suture engaging member; and a suture configured to couple the suture engaging member and the suture button characterised in that the suture button further defines a second pair of passages formed through the body from the first end surface to the second end surface.
A microcontroller comprising: a plurality of port logic each configured to couple an external pin (211; 930) through a controllable switch (304; B) of the port logic with an analog bus (205; 932), wherein the controllable switches (304; B) of the plurality of port logics form a multiplexer configured to select which external pin is coupled with the analog bus; at least one pull up/down logic (601; D, F) connected with at least one of the external pin; a sample and hold pull up/down circuit (204; C, E; C, D) coupled with the analog bus (205; 932) configured to charge or discharge the analog bus (205; 932); an analog to digital converter, ADC, (202; 918) coupled with the analog bus (205; 932) wherein the ADC (202; 918) comprises a main sample and hold capacitor (203; 916); and at least one additional sample and hold capacitance (208; 906) which is programmably coupled or decoupled with the analog bus, wherein when selected, the at least one additional sample and hold capacitance enlarges the capacitance of the sample and hold capacitor during a sample phase of the analog to digital conversion, wherein the microcontroller further comprises an additional external pin (213; 928) coupled with the analog bus (205; 932), wherein the additional external pin is coupled through a controllable switch (214; 306; G) with the analog bus (205; 932) and is configured to be coupled with an additional external sample and hold capacitor. a plurality of port logic each configured to couple an external pin (211; 930) through a controllable switch (304; B) of the port logic with an analog bus (205; 932), wherein the controllable switches (304; B) of the plurality of port logics form a multiplexer configured to select which external pin is coupled with the analog bus; at least one pull up/down logic (601; D, F) connected with at least one of the external pin; a sample and hold pull up/down circuit (204; C, E; C, D) coupled with the analog bus (205; 932) configured to charge or discharge the analog bus (205; 932); an analog to digital converter, ADC, (202; 918) coupled with the analog bus (205; 932) wherein the ADC (202; 918) comprises a main sample and hold capacitor (203; 916); and at least one additional sample and hold capacitance (208; 906) which is programmably coupled or decoupled with the analog bus, wherein when selected, the at least one additional sample and hold capacitance enlarges the capacitance of the sample and hold capacitor during a sample phase of the analog to digital conversion, wherein the microcontroller further comprises an additional external pin (213; 928) coupled with the analog bus (205; 932), wherein the additional external pin is coupled through a controllable switch (214; 306; G) with the analog bus (205; 932) and is configured to be coupled with an additional external sample and hold capacitor.
An orthosis for guiding a turning movement of a forearm about its biomechanical axis of rotation, comprising a distal shell part which is designed to non-rotatably grasp the forearm and/or the hand in a contact portion which is located in the hand/wrist region (d) extending from the distal ulnaradius joint up to the distal end of the metacarpus, so that the distal shell part and the hand/wrist region (d) jointly are rotatable about the biomechanical axis of rotation of the forearm, a proximal shell part designed to non-rotatably grasp the elbow relative to the upper arm, and comprising a rotary joint (4, 20) with an axis of rotation which in the applied condition of the orthosis corresponds with the biomechanical axis of rotation of the forearm and around which the distal shell part is rotatable relative to the proximal shell part for carrying out the turning movement, wherein the rotary joint (4, 20) connects the two shell parts (2, 3) with each other and the connection is rigid, characterized by a counterforce element attached to one of the two shell parts (2, 3), which during the execution of a turning movement of the forearm exerts a counterforce acting against the turning movement.
A polymeric carrier cargo complex, comprising: a) as a carrier a polymeric carrier formed by disulfide-crosslinked cationic components, wherein the disulfide-crosslinked cationic components are cationic peptides, wherein the cationic peptides exhibit a length of 10-100 amino acid residues, wherein the disulfide bonds are formed by cysteine residues contained in the cationic peptides, which are located proximal to the terminal ends of the cationic peptides, and b) as a cargo at least one single-stranded RNA molecule, for use in a method for unspecifically immunostimulating the immune response of a patient in need thereof or for use in a method for an adjuvant treatment of a patient in need thereof. a) as a carrier a polymeric carrier formed by disulfide-crosslinked cationic components, wherein the disulfide-crosslinked cationic components are cationic peptides, wherein the cationic peptides exhibit a length of 10-100 amino acid residues, wherein the disulfide bonds are formed by cysteine residues contained in the cationic peptides, which are located proximal to the terminal ends of the cationic peptides, and b) as a cargo at least one single-stranded RNA molecule,
An optical system, comprising a glass light pipe having a polygonal cross-section and having an input surface for receiving light from a light source and an output surface through which light exits the light pipe, wherein said light source comprises a plurality of light-emitting diodes providing light of different colors, a polymeric light-shaping element having an input surface optically coupled to the output surface of the glass light pipe to receive at least a portion of the light exiting the glass light pipe and having an output surface through which the light exits the light-shaping element, said polymeric light-shaping element having a plurality of microlenses on its output surface thereof, and a projection lens optically coupled to the output surface of the polymeric light-shaping element to receive light therefrom.
A semiconductor device comprising a substrate of a first semiconductor material and a compound layer of said first semiconductor material and a second semiconductor material disposed on the substrate, the ratio of the first material to the second material of the compound layer being decreased away from the substrate towards the upper surface of the compound layer characterised in that there is a linear decrease of the ratio on either side of a single intermediate point and the rate of decrease of the ratio is different on either side of the intermediate point, wherein the rate of decrease of the ratio increases away from the substrate towards the surface of the compound layer.
A concrete pump vehicle comprising - a turntable, - a cab, - a boom apparatus with multiple booms, the multiple booms comprising - a first boom hinge-connected to the turntable and - a second boom hinge-connected to the first boom, whereby, when the multiple booms are in a folded state, the first boom, extends towards the cab, and the second boom is further placed above the first boom, whereby the first boom further extends to a position over the cab, wherein, when the multiple booms are in a folded state, the second boom extends from a tail end of the first boom to the rear of the concrete pump vehicle or further exceeds the same, characterized in that the multiple booms further comprise a third boom hinge-connected to a tail end of the second boom, and when the multiple booms are in a folded state, the third boom, when the concrete pump vehicle is seen in a side view, is disposed on a side, close to the rear of the concrete pump vehicle, of the turntable, and is disposed below the second boom. - a turntable, - a cab, - a boom apparatus with multiple booms, the multiple booms comprising - a first boom hinge-connected to the turntable and - a second boom hinge-connected to the first boom,
A polymorph of -2-(1-(9H-purin-6-ylamino)propyl)-5-fluoro-3-phenylquinazolin-4 -one, wherein the polymorph is Form I having an X-ray powder diffraction pattern comprising characteristic peaks at, plus or minus 0.2 degrees 2θ, 17.7 degrees 2θ and 24.9 degrees 2θ, as determined by using a Cu anode and Kα1/Kα2 radiation.
A polyester resin, comprising: a dicarboxylic acid constituent unit; and a diol constituent unit, wherein more than 0% by mol and 20% by mol or less of the diol constituent unit is a unit originated from a diol having a cyclic acetal skeleton; 70 to 98% by mol of the diol constituent unit is a unit originated from a diol having an alicyclic skeleton; the diol constituent unit comprises a unit originated from ethylene glycol; 80% by mol or more of the dicarboxylic acid constituent unit is a unit originated from terephthalic acid; and the polyester resin has a physical property indicated by the following: a minimum value of a semi-crystallization time is 600 s or less based on a depolarized light intensity method when the polyester resin is melted at 280°C and crystallized at a constant temperature of 150 to 230°C. wherein more than 0% by mol and 20% by mol or less of the diol constituent unit is a unit originated from a diol having a cyclic acetal skeleton; 70 to 98% by mol of the diol constituent unit is a unit originated from a diol having an alicyclic skeleton; the diol constituent unit comprises a unit originated from ethylene glycol; 80% by mol or more of the dicarboxylic acid constituent unit is a unit originated from terephthalic acid; and the polyester resin has a physical property indicated by the following: a minimum value of a semi-crystallization time is 600 s or less based on a depolarized light intensity method when the polyester resin is melted at 280°C and crystallized at a constant temperature of 150 to 230°C. a minimum value of a semi-crystallization time is 600 s or less based on a depolarized light intensity method when the polyester resin is melted at 280°C and crystallized at a constant temperature of 150 to 230°C.
A sealed package (1, 1') containing a pourable food product and comprising a bottom portion, a top portion and a main portion interposed between said bottom portion and said top portion and including a plurality of side wall portions; wherein said main portion is divided from said bottom portion and said top portion respectively by a bottom peripheral outline and a top peripheral outline, each having an endless configuration and extending transversally with respect to a longitudinal direction, along which the total height of the package (1, 1') is defined; wherein each of said bottom peripheral outline and said top peripheral outline has a broken-line shape and is formed by a plurality of contour edges (8a, 8b, 8c; 9a, 9b, 9c) joined to each other; wherein said bottom portion comprises a quadrilateral bottom panel delimited by said bottom peripheral outline and extending orthogonal to said longitudinal direction; and wherein said top portion comprises a quadrilateral top panel delimited by said top peripheral outline and extending transversally to said longitudinal direction; wherein said top panel is slanted with respect to said bottom panel, said reference plane and said longitudinal direction; characterized in that the area of the bottom panel is different from the area of a top quadrilateral obtained by projecting, along said longitudinal direction, said top panel on a reference plane parallel to said bottom panel, crossing the package (1, 1') and containing at least one of the contour edges (9a, 9b, 9c) of said top peripheral outline. wherein said main portion is divided from said bottom portion and said top portion respectively by a bottom peripheral outline and a top peripheral outline, each having an endless configuration and extending transversally with respect to a longitudinal direction, along which the total height of the package (1, 1') is defined; wherein each of said bottom peripheral outline and said top peripheral outline has a broken-line shape and is formed by a plurality of contour edges (8a, 8b, 8c; 9a, 9b, 9c) joined to each other; wherein said bottom portion comprises a quadrilateral bottom panel delimited by said bottom peripheral outline and extending orthogonal to said longitudinal direction; and wherein said top portion comprises a quadrilateral top panel delimited by said top peripheral outline and extending transversally to said longitudinal direction; wherein said top panel is slanted with respect to said bottom panel, said reference plane and said longitudinal direction; characterized in that the area of the bottom panel is different from the area of a top quadrilateral obtained by projecting, along said longitudinal direction, said top panel on a reference plane parallel to said bottom panel, crossing the package (1, 1') and containing at least one of the contour edges (9a, 9b, 9c) of said top peripheral outline.
A mounting bracket for a bathroom installation, wherein the mounting bracket comprises a bracket body configured for an installation of a water tank assembly (a); a locking assembly arranged on the bracket body; a support foot arranged on the bracket body, wherein the support foot is able to slide along an up-down direction of the bracket body, and the locking assembly is configured to lock the support foot at a preset position; the support foot is provided with a sliding chute arranged in the up-down direction and a guide hole communicated with the sliding chute; the locking assembly comprises a slider slidably arranged in the sliding chute; a fastener, wherein the fastener passes through the bracket body and the guide hole in sequence, and the fastener is threaded with the slider, wherein, the fastener and the slider cooperate to lock the support foot at the preset position of the bracket body wherein the bracket body is provided with an accommodation cavity, and the support foot is slidably arranged in the accommodation cavity; the bracket body comprises a frame body and an accommodation cylinder, the frame body and the accommodation cylinder are integrally formed, the accommodation cavity is arranged in the accommodation cylinder, and the frame body is configured for the installation of the water tank assembly (a); characterised in that the frame body is a plate-shaped structure, and a surface of the frame body is provided with a recessed stiffener; and a back of the frame body is provided with a recessed portion, and the recessed portion is filled with grid stiffeners. a bracket body configured for an installation of a water tank assembly (a); a locking assembly arranged on the bracket body; a support foot arranged on the bracket body, wherein the support foot is able to slide along an up-down direction of the bracket body, and the locking assembly is configured to lock the support foot at a preset position; the support foot is provided with a sliding chute arranged in the up-down direction and a guide hole communicated with the sliding chute; the locking assembly comprises a slider slidably arranged in the sliding chute; a fastener, wherein the fastener passes through the bracket body and the guide hole in sequence, and the fastener is threaded with the slider, wherein, the fastener and the slider cooperate to lock the support foot at the preset position of the bracket body wherein the bracket body is provided with an accommodation cavity, and the support foot is slidably arranged in the accommodation cavity; the bracket body comprises a frame body and an accommodation cylinder, the frame body and the accommodation cylinder are integrally formed, the accommodation cavity is arranged in the accommodation cylinder, and the frame body is configured for the installation of the water tank assembly (a); characterised in that the frame body is a plate-shaped structure, and a surface of the frame body is provided with a recessed stiffener; and a back of the frame body is provided with a recessed portion, and the recessed portion is filled with grid stiffeners.
A magnetic drive for food processing equipment including a food-contact chamber (22, 122), comprising: a driving member disposed outside the food-contact chamber (22, 122), the driving member including a plurality of permanent magnet poles carried on a rotating shaft; and a driven member disposed within the food-contact chamber (22, 122), the driven member including a generally circular drive plate including pole elements of magnetically soft material embedded in a non-magnetic matrix and separated from one another by portions of the matrix, the driven member being supported from a rotating shaft in opposed relationship to the plurality of permanent magnet poles. a driving member disposed outside the food-contact chamber (22, 122), the driving member including a plurality of permanent magnet poles carried on a rotating shaft; and a driven member disposed within the food-contact chamber (22, 122), the driven member including a generally circular drive plate including pole elements of magnetically soft material embedded in a non-magnetic matrix and separated from one another by portions of the matrix, the driven member being supported from a rotating shaft in opposed relationship to the plurality of permanent magnet poles.