mhurhangee/patent-ind-claim-en huggingface dataset:
A synthetic nutritional composition comprising prebiotic oligosaccharides for use in reducing the count of Streptococcus bacteria in the gut in formula-fed infants and for use in reducing the risk of obesity and/or adiposity later in life, and wherein said prebiotic oligosaccharides comprise N-acetylated oligosaccharides, Galactooligosaccharides (GOS) and sialylated oligosaccharides, wherein obesity later in life is characterized by a BMI index of 30 or more at the age of 18, 15, 10, 5 or 3 years of life.
A device for manufacturing containers by thermoforming; comprising: - a mould body with at least one cavity for the thermoforming of a container, - and a container forming station, - support tabs of a decorative paper, mounted on a shaft that can rotate between: an operative position wherein they access the inside of the cavity of the mould and form a support stop of a decorative paper , and an inoperative position wherein they are arranged outside the cavity of the mould, - said tabs being moved towards an inoperative position, outside the mould, in the thermoforming station by the thrust of the plastic sheet itself during the expansion thereof in the thermoforming phase of the container, - actuation means of the tabs, which comprise an actuation cylinder that acts on a rear end of the tabs , causing them to fold towards an operative support position of the decorative paper inside the mould; - a forming punch to insert into each cavity of the mould a plastic sheet that, in the thermoforming stage, expands against the inner surface of the cavity by means of the insertion of pressurised air, adopting the corresponding shape; characterized in that it comprises: an insertion station for inserting the decorative paper into the cavities of the mould, and in that the actuation cylinder of the tabs is mounted on the insertion station for inserting the decorative paper, and the forming area of the container lacks external actuation means of the tabs . - a mould body with at least one cavity for the thermoforming of a container, - and a container forming station, - support tabs of a decorative paper, mounted on a shaft that can rotate between: an operative position wherein they access the inside of the cavity of the mould and form a support stop of a decorative paper , and an inoperative position wherein they are arranged outside the cavity of the mould, - said tabs being moved towards an inoperative position, outside the mould, in the thermoforming station by the thrust of the plastic sheet itself during the expansion thereof in the thermoforming phase of the container, - actuation means of the tabs, which comprise an actuation cylinder that acts on a rear end of the tabs , causing them to fold towards an operative support position of the decorative paper inside the mould; - a forming punch to insert into each cavity of the mould a plastic sheet that, in the thermoforming stage, expands against the inner surface of the cavity by means of the insertion of pressurised air, adopting the corresponding shape;
A medium transport apparatus comprising: an apparatus main body including a medium transport path (R) from a supply unit , which supplies a medium (P), to a discharge unit , which discharges the medium; a switcher that switches an attitude of the apparatus main body with respect to a mounting surface (G) on which the apparatus main body is mounted; a detection unit that detects the attitude of the apparatus main body; and a controller that, when the attitude of the apparatus main body with respect to the mounting surface is switched, performs control in accordance with the attitude after the switching based on a detection result of the detection unit, wherein the attitude of the apparatus main body includes a first attitude in which a discharge direction of the medium from the medium transport path takes a first inclination angle (Θ1) with respect to the mounting surface, wherein the switcher is configured to switch the apparatus main body to a second attitude in which the discharge direction takes a second inclination angle (Θ3) that is closer to a horizontal angle than is the first inclination angle with respect to the mounting surface or in which the discharge direction is horizontal, and wherein the apparatus main body includes, at a top portion thereof, a displayer that displays content related to apparatus operation, and characterized in that : the controller, when the apparatus main body is in the first attitude, sets a display on the displayer to a first orientation in which the display is read, in plan view of the apparatus main body, with downstream down and upstream up in the discharge direction, and, when the apparatus main body is in the second attitude, sets the display on the displayer to a second orientation rotated clockwise or counterclockwise 90° from the first orientation. an apparatus main body including a medium transport path (R) from a supply unit , which supplies a medium (P), to a discharge unit , which discharges the medium; a switcher that switches an attitude of the apparatus main body with respect to a mounting surface (G) on which the apparatus main body is mounted; a detection unit that detects the attitude of the apparatus main body; and a controller that, when the attitude of the apparatus main body with respect to the mounting surface is switched, performs control in accordance with the attitude after the switching based on a detection result of the detection unit, wherein the attitude of the apparatus main body includes a first attitude in which a discharge direction of the medium from the medium transport path takes a first inclination angle (Θ1) with respect to the mounting surface, wherein the switcher is configured to switch the apparatus main body to a second attitude in which the discharge direction takes a second inclination angle (Θ3) that is closer to a horizontal angle than is the first inclination angle with respect to the mounting surface or in which the discharge direction is horizontal, and wherein the apparatus main body includes, at a top portion thereof, a displayer that displays content related to apparatus operation, and
A method for driving a buffer circuit, wherein the buffer circuit includes an output terminal ; a first transistor whose drain is connected to a clock signal (CLK1b) that is of at least one of a first voltage (VDD1) and a second voltage (VSS1) lower than the first voltage, the first transistor for supplying the clock signal to the output terminal; and a second transistor connected to a voltage source that supplies a third voltage (VSS2) lower than the first voltage, the second transistor for supplying the third voltage to the output terminal, the method comprising: causing the first transistor to switch to a conducting state in a first period in which the clock signal is of the first voltage; causing both the first transistor and the second transistor to be in the conducting state in a second period in which the clock signal is of the second voltage, following the first period in which the clock signal is of the first voltage and in which the voltage output to the output terminal has reached the first voltage; and causing a control signal of the first transistor to be at the second voltage in a third period following the second period; the method being characterized in that the second voltage (VSS1) is set as a voltage lower than the third voltage (VSS2) causing the first transistor to switch to a conducting state in a first period in which the clock signal is of the first voltage; causing both the first transistor and the second transistor to be in the conducting state in a second period in which the clock signal is of the second voltage, following the first period in which the clock signal is of the first voltage and in which the voltage output to the output terminal has reached the first voltage; and causing a control signal of the first transistor to be at the second voltage in a third period following the second period; the method being characterized in that the second voltage (VSS1) is set as a voltage lower than the third voltage (VSS2)
A vehicle safety seat, characterized by comprising: a seat portion comprising a seat back , a base , two upper flanks formed by extending forward from two sides of the seat back , and two lower flanks formed by extending upward from two sides of the base , with seat belt passages being provided between the upper flanks and the lower flanks to allow a belly belt of a vehicle seat belt to pass through; an ISOFIX device arranged at the base and used to be connected to an anchor point on the vehicle seat, comprising an ISOFIX connector , a guide rail , a lock member , and a secondary lock , wherein the guide rail is arranged at the base , the ISOFIX connector is slidably arranged at the guide rail , the lock member is used to lock or unlock the movement of the ISOFIX connector along the guide rail , and the secondary lock is used to lock or unlock the movement of the lock member , such that when the lock member is locked by the secondary lock , the lock member is unable to unlock the ISOFIX connector ; a headrest arranged, with the height being adjustable, on the seat back by means of a headrest adjustment structure, with lower ends of two sides of the headrest being respectively provided with a guide slot such that the vehicle seat belt is adapted to pass through the guide slot; and two side collision blocks respectively detachably mounted on outer sides of the two upper flanks . a seat portion comprising a seat back , a base , two upper flanks formed by extending forward from two sides of the seat back , and two lower flanks formed by extending upward from two sides of the base , with seat belt passages being provided between the upper flanks and the lower flanks to allow a belly belt of a vehicle seat belt to pass through; an ISOFIX device arranged at the base and used to be connected to an anchor point on the vehicle seat, comprising an ISOFIX connector , a guide rail , a lock member , and a secondary lock , wherein the guide rail is arranged at the base , the ISOFIX connector is slidably arranged at the guide rail , the lock member is used to lock or unlock the movement of the ISOFIX connector along the guide rail , and the secondary lock is used to lock or unlock the movement of the lock member , such that when the lock member is locked by the secondary lock , the lock member is unable to unlock the ISOFIX connector ; a headrest arranged, with the height being adjustable, on the seat back by means of a headrest adjustment structure, with lower ends of two sides of the headrest being respectively provided with a guide slot such that the vehicle seat belt is adapted to pass through the guide slot; and two side collision blocks respectively detachably mounted on outer sides of the two upper flanks .
Fermenter for producing biogas, in which fermenter a fermentation medium can be received up to a predetermined fill level, a vibration device being provided in the fermenter, the vibration device being an oscillating beam or an internal vibrator, characterized in that the oscillating element is at a distance of at least 0.5 m from a bottom of the fermenter and/or is in the region of the middle third or the upper third of the height of the fill level in the biogas fermenter.
A method for manufacturing a touch sensing device (T1, T2) from a material film (F) which has been biaxially stretched in a machine direction (MD) and in a transverse direction (TD), the material film (F) including an available area (F1) that is a partial area in the transverse direction (TD) of the material film (F), and extends in the machine direction (MD), the available area (F1) including a first segment (F11) and a second segment (F12), the first and second segments defining different areas in the machine direction (MD) and having fast axes substantially parallel to each other; the method comprising forming an electrode group on one of the first segment (F11) and the second segment (F12); cutting a first piece (P1) out of the material film (F), the first piece (P1) including the first segment (F11); cutting a second piece (P2) out of the material film (F), the second piece (P2) including the second segment (F12); and bonding the first segment (F11) of the first piece (P1) to the second segment (F12) of the second piece (P2), substantially maintaining orientations of the first segment (F11) and the second segment (F12) as before the cutting of the first and second pieces (P1, P2).
A solar cell , including, on a frontside thereof, a photoelectric conversion unit and a frontside electrode comprising a bus bar portion and a plurality of finger portions , wherein each of the finger portions comprises a first end portion that extends in a longitudinal direction (x) of the finger portion and a second end portion that is connected to the bus bar portion , characterized in that the first end portion has a triangular cross section (y-z), and the second end portion has a trapezoidal cross section (y-z), wherein a short base and a long base of the trapezoidal cross section (y-z) are parallel to the frontside and wherein the height of the finger portions is initially constant and then gradually decreases with distance (x) from the bus bar portion .
- A frame profile for receiving cladding (B1; B2; B3; B4) of a piece of joinery intended to be installed in an opening in an external wall of a building, said frame profile comprising: a frame body comprising a first part intended to bear against an edge area of said opening and a second part protruding outwards in the mounted position, where from one side of the body : - an installation flange is connected on one side to said frame body for application against the outer face of said outer wall; - the second part of the frame body is folded along its free edge so as to form an outer flange , the installation flange , the second part and the outer flange forming a receiving space for cladding (B1; B2; B3; B4), and a leaf or an infill that can come to bear against the other side of the body , by means of a connecting member, to close the piece of joinery, characterised by the fact that the outer flange carries, along its free edge, a deformable strip capable of being applied against the cladding (B1; B2; B3; B4) at a region thereof that can vary according to the thickness of the cladding (B1; B2; B3; B4), enabling the fitting of claddings (B1; B2; B3; B4) of different thicknesses. a frame body comprising a first part intended to bear against an edge area of said opening and a second part protruding outwards in the mounted position, where from one side of the body : - an installation flange is connected on one side to said frame body for application against the outer face of said outer wall; - the second part of the frame body is folded along its free edge so as to form an outer flange , - an installation flange is connected on one side to said frame body for application against the outer face of said outer wall; - the second part of the frame body is folded along its free edge so as to form an outer flange , the installation flange , the second part and the outer flange forming a receiving space for cladding (B1; B2; B3; B4), and a leaf or an infill that can come to bear against the other side of the body , by means of a connecting member, to close the piece of joinery, characterised by the fact that the outer flange carries, along its free edge, a deformable strip capable of being applied against the cladding (B1; B2; B3; B4) at a region thereof that can vary according to the thickness of the cladding (B1; B2; B3; B4), enabling the fitting of claddings (B1; B2; B3; B4) of different thicknesses.
Method comprising the steps of: - (a) activating an illumination device (111-113) for illuminating at least one scene (151-158) in a region having a first light characteristic , - (b) receiving measurement data that are indicative of a behavior of a flow of people in the region given illumination of the at least one scene (151-158) having the first light characteristic , - (c) determining a second light characteristic based on the measurement data, and - (d) activating the illumination device (111-113) for illuminating the at least one scene (151-158) having the second light characteristic , characterized in that the method furthermore comprises the steps of: - (e) receiving measurement data that are indicative of a behavior of the flow of people in the region given illumination of the at least one scene (151-158) having the second light characteristic , and - (f) repeating steps (c) - (e) in order to iteratively modify the second light characteristic with the aid of a control loop having a desired behavior of the flow of people as a reference variable, the measurement data as a controlled variable, and the second light characteristic of the illumination device (111-113) as an actuating variable, until the measurement data indicate a behavior of the flow of people that corresponds to the desired behavior. - (a) activating an illumination device (111-113) for illuminating at least one scene (151-158) in a region having a first light characteristic , - (b) receiving measurement data that are indicative of a behavior of a flow of people in the region given illumination of the at least one scene (151-158) having the first light characteristic , - (c) determining a second light characteristic based on the measurement data, and - (d) activating the illumination device (111-113) for illuminating the at least one scene (151-158) having the second light characteristic , - (e) receiving measurement data that are indicative of a behavior of the flow of people in the region given illumination of the at least one scene (151-158) having the second light characteristic , and - (f) repeating steps (c) - (e) in order to iteratively modify the second light characteristic with the aid of a control loop having a desired behavior of the flow of people as a reference variable, the measurement data as a controlled variable, and the second light characteristic of the illumination device (111-113) as an actuating variable, until the measurement data indicate a behavior of the flow of people that corresponds to the desired behavior.
An apparatus, comprising: a photonic integrated circuit device , wherein the photonic integrated circuit device has a first surface; an optical isolation structure proximate the first surface of the photonic integrated circuit device ; a thermal interface material on the optical isolation structure; and a heat dissipation device , wherein the heat dissipation device is thermally coupled to the thermal interface material , characterized in that the optical isolation structure comprises a light insulating die attach film selected from the group consisting of silicones, acrylates, epoxies, rubbers, fused silicas, and acrylics, or a cladding material layer selected form the group consisting of silicones, acrylates, epoxies, and acrylics, in that the light insulating die attach film comprises silica filler particles and has a refraction index substantially matching the refraction index of the silica filler particles, or in that the optical isolation structure comprises an air gap formed in the photonic integrated circuit device . a photonic integrated circuit device , wherein the photonic integrated circuit device has a first surface; an optical isolation structure proximate the first surface of the photonic integrated circuit device ; a thermal interface material on the optical isolation structure; and a heat dissipation device , wherein the heat dissipation device is thermally coupled to the thermal interface material , characterized in that the optical isolation structure comprises a light insulating die attach film selected from the group consisting of silicones, acrylates, epoxies, rubbers, fused silicas, and acrylics, or a cladding material layer selected form the group consisting of silicones, acrylates, epoxies, and acrylics, in that the light insulating die attach film comprises silica filler particles and has a refraction index substantially matching the refraction index of the silica filler particles, or in that the optical isolation structure comprises an air gap formed in the photonic integrated circuit device .
A blade for a fan of a turbomachine comprising a structure made of composite material comprising a fibrous reinforcement obtained by three-dimensional weaving of warp strands and weft strands and a matrix in which the fibrous reinforcement is embedded, - the structure made of composite material comprising a leading edge and a trailing edge ; - the fibrous reinforcement comprising a first portion forming the trailing edge and a second portion forming the leading edge ; and - the warp strands of the fibrous reinforcement comprising first strands having a predefined stiffness; the warp strands of the fibrous reinforcement further comprising second strands having a stiffness greater than that of the first strands , the first portion comprising all or part of the first strands and being devoid of second strands while the second portion comprises all or part of the second strands ; the blade being characterised in that the second strands have a Young's modulus of between 1.2 and 1.5 times the Young's modulus of the first strands . - the structure made of composite material comprising a leading edge and a trailing edge ; - the fibrous reinforcement comprising a first portion forming the trailing edge and a second portion forming the leading edge ; and - the warp strands of the fibrous reinforcement comprising first strands having a predefined stiffness;
Plane plate for a pressing tool of a press , wherein the plane plate for activating a punch of the press by way of at least one lifting cylinder is displaceable along an axial direction ; wherein the plane plate has a link to the at least one lifting cylinder , at least one at least partially cylindrical guiding face which for contacting a guide column is parallel with the axial direction , and a centrally disposed receptacle for contacting the punch or the punch holder of the press ; wherein the plane plate at least in a first cross section which between the receptacle and the guiding face runs parallel with the axial direction and along a radial direction that runs so as to be perpendicular to the axial direction has at least a first region with a wall thickness and a first centerline , wherein the first centerline runs at least partially at a first angle of at least 10 angular degrees and of at most 85 angular degrees in relation to the radial direction , characterized in that the plane plate has an upper side that points in a first axial direction , and a lower side that points in a second axial direction that is opposite to the first axial direction , wherein the upper side and the lower side of the plane plate in the first region of the first cross section runs so as to be parallel with the first centerline and/or at a first angle of at least 10 angular degrees and at a first angle of at most 85 angular degrees in relation to the radial direction.
A nonwoven web comprising multicomponent fibers, the multicomponent fibers having a longitudinal length, each multicomponent fiber having at least a first component and at least a second component, wherein the first component has a lower melting point or glass transition temperature than the second component, a portion of the multicomponent fibers are partially split, where at least one component of the multicomponent fiber has separated from the remaining components of the multicomponent fiber along a first section of the longitudinal length of the multicomponent fibers, along a second section of the longitudinal length of the multicomponent fibers the components of the multicomponent fibers remain together as a unitary fiber structure, and wherein part of the second section of the multicomponent fibers is thru-air bonded to part of a second section of an adjacent multicomponent fiber, and wherein a second portion of the multicomponent fibers are unsplit.