mhurhangee/patent-ind-claim-en huggingface dataset:
A control device comprising: an imaging unit , an acquisition unit configured to acquire a light emission state of a first light source based on an image captured by the imaging unit ; and a control unit configured to: control an operation of light emission of a second light source that is different from the first light source according to the acquired light emission state of the first light source ; characterized in that the control unit is further configured to: determine a degree of interference between light emission of the first light source and the second light source based on a positional relation between the first light source and the second light source ; and control a light intensity of light that is emitted from the first light source and the second light source according to the determined degree of interference. an imaging unit , an acquisition unit configured to acquire a light emission state of a first light source based on an image captured by the imaging unit ; and a control unit configured to: control an operation of light emission of a second light source that is different from the first light source according to the acquired light emission state of the first light source ; characterized in that the control unit is further configured to: determine a degree of interference between light emission of the first light source and control an operation of light emission of a second light source that is different from the first light source according to the acquired light emission state of the first light source ; characterized in that the control unit is further configured to: determine a degree of interference between light emission of the first light source and the second light source based on a positional relation between the first light source and the second light source ; and control a light intensity of light that is emitted from the first light source and the second light source according to the determined degree of interference.
An apparatus for providing optical coupling at an edge, comprising: a first elongate region formed of a first material having a first refractive index; a second elongate region formed of a second material having a second refractive index lower than the first refractive index, the second elongate region tapered toward the edge , the second elongate region surrounding at least a portion of the first elongate region ; and a third material having a third refractive index lower than the second refractive index, the third material at least partially surrounding the second elongate region , wherein the second elongate region is adjacent along one face to an elongate base region formed of the second material, and the second elongate region forms a ridge, and the elongate base region forms a base, the ridge and the base forming the core of a rib waveguide, the ridge being surrounded on three sides by the third material , characterized in that the second elongate region terminates at the edge . a first elongate region formed of a first material having a first refractive index; a second elongate region formed of a second material having a second refractive index lower than the first refractive index, the second elongate region tapered toward the edge , the second elongate region surrounding at least a portion of the first elongate region ; and a third material having a third refractive index lower than the second refractive index, the third material at least partially surrounding the second elongate region , wherein the second elongate region is adjacent along one face to an elongate base region formed of the second material, and the second elongate region forms a ridge, and the elongate base region forms a base, the ridge and the base forming the core of a rib waveguide, the ridge being surrounded on three sides by the third material , characterized in that the second elongate region terminates at the edge . wherein the second elongate region is adjacent along one face to an elongate base region formed of the second material, and the second elongate region forms a ridge, and the elongate base region forms a base, the ridge and the base forming the core of a rib waveguide, the ridge being surrounded on three sides by the third material , characterized in that the second elongate region terminates at the edge .
A container filling system comprising: a beverage product reservoir ; multiple beverage container filling valves connected to the reservoir and configured to hot fill containers with beverage product from the reservoir ; a product recirculation flow path connected to each of the filling valves and configured to maintain a flow of beverage product through each of the filling valves when each of the filling valves is closed; characterized in that a flow meter is located in a portion of the recirculation flow path and configured to output flow meter signals indicative of flow rates through the flow meter ; and a controller is configured to receive the flow meter signals and to generate, based on the received flow meter signals, control signals to maintain a flow rate through the product recirculation flow path at a target flow value. a beverage product reservoir ; multiple beverage container filling valves connected to the reservoir and configured to hot fill containers with beverage product from the reservoir ; a product recirculation flow path connected to each of the filling valves and configured to maintain a flow of beverage product through each of the filling valves when each of the filling valves is closed; characterized in that a flow meter is located in a portion of the recirculation flow path and configured to output flow meter signals indicative of flow rates through the flow meter ; and a controller is configured to receive the flow meter signals and to generate, based on the received flow meter signals, control signals to maintain a flow rate through the product recirculation flow path at a target flow value.
A handheld cutting apparatus for cutting to a desired length a strap for attaching a monitoring device to an individual, the apparatus comprising a handle body including a first handle and a second handle , the apparatus characterized by : the handle body including a slot configured to allow the strap to pass through; and the apparatus comprising: a head having a first end and a second end , wherein the second end is affixed to the handle body ; an attachment mechanism on the first end of the head being configured to releasably secure the first end of the head to the strap , at an end of the strap , prior to cutting; and a blade protruding from a surface of the first handle , disposed proximate to the second end of the head , the blade being configured to cut the strap when the strap is passed through the slot in the handle body to form a circumference in combination with the head , wherein the distance along the head between the first end of the head and the blade approximates a device body length of the monitoring device , wherein a cutting pad is disposed on a surface of the handle body opposite the blade , such that squeezing the first handle and the second handle together forces the blade against the cutting pad . the handle body including a slot configured to allow the strap to pass through; and the apparatus comprising: a head having a first end and a second end , wherein the second end is affixed to the handle body ; an attachment mechanism on the first end of the head being configured to releasably secure the first end of the head to the strap , at an end of the strap , prior to cutting; and a blade protruding from a surface of the first handle , disposed proximate to the second end of the head , the blade being configured to cut the strap when the strap is passed through the slot in the handle body to form a circumference in combination with the head , wherein the distance along the head between the first end of the head and the blade approximates a device body length of the monitoring device , wherein a cutting pad is disposed on a surface of the handle body opposite the blade , such that squeezing the first handle and the second handle together forces the blade against the cutting pad . a head having a first end and a second end , wherein the second end is affixed to the handle body ; an attachment mechanism on the first end of the head being configured to releasably secure the first end of the head to the strap , at an end of the strap , prior to cutting; and a blade protruding from a surface of the first handle , disposed proximate to the second end of the head , the blade being configured to cut the strap when the strap is passed through the slot in the handle body to form a circumference in combination with the head , wherein the distance along the head between the first end of the head and the blade approximates a device body length of the monitoring device , wherein a cutting pad is disposed on a surface of the handle body opposite the blade , such that squeezing the first handle and the second handle together forces the blade against the cutting pad .
Method for switching from active subscription data of a first supplier to active subscription data of a second supplier in an identification module for use in a mobile terminal that can be connected to a mobile network , wherein the switch is initiated due to receipt of a first message of the second supplier in the identification module , and characterised in that , following the initiation of the switch, the identification module controls activation of the subscription data of the second supplier depending on receipt of a message of the first supplier confirming the switch.
An electron beam system equipped with a spherical aberration corrector having first and second multipole elements and transfer lenses (4-6) disposed between said first and second multipole elements , said electron beam system comprising: first deflection means (21-23) for deflecting an electron beam (EB) such that a center orbit of the electron beam is tilted relative to the optical axis within the second multipole element; and controlmeans for controlling said first deflection means, the control means acting to supply a tilt control signal to said first deflection means as a control signal for correcting third-order aberration S 3 with two-fold symmetry, the tilt control signal indicating in what direction should the electron beam be tilted to what extent within the second multipole element, characterized in that the electron beam (EB) is deflected by a deflecting field created by said first deflection means (21-23) disposedbetween the first and second multipole elements to cause the electron beam exiting from the first multipole element to impinge on the optical axis at an angle to the optical axis passing through the second multipole element, and in that the electron beam (EB) is deflected back to the optical axis by a deflecting field created by the second multipole element . first deflection means (21-23) for deflecting an electron beam (EB) such that a center orbit of the electron beam is tilted relative to the optical axis within the second multipole element; and controlmeans for controlling said first deflection means, the control means acting to supply a tilt control signal to said first deflection means as a control signal for correcting third-order aberration S 3 with two-fold symmetry, the tilt control signal indicating in what direction should the electron beam be tilted to what extent within the second multipole element, characterized in that the electron beam (EB) is deflected by a deflecting field created by said first deflection means (21-23) disposedbetween the first and second multipole elements to cause the electron beam exiting from the first multipole element to impinge on the optical axis at an angle to the optical axis passing through the second multipole element, and in that the electron beam (EB) is deflected back to the optical axis by a deflecting field created by the second multipole element .
A sensor comprising: a plurality of sensor elements arranged in an array, wherein each sensor element is memristive and has an electrical resistance characteristic related to exposure to a species to be sensed, wherein the sensor elements are arranged to be connectable such that at least one sensor element is connected in parallel with at least one other sensor element, and wherein the array is a two-dimensional array, the sensor further comprising a plurality of conductive row wires (Y1, Y2, ... Ym) and a plurality of conductive column wires (X1, X2, ... Xn), with a sensor element connected between each conductive row wire and each conductive column wire, characterized by further comprising: connections to electrically connect multiple conductive row wires (Y2 - Ym) to each other, and connections to electrically connect multiple conductive column wires (X2 - Xn) to each other, wherein all conductive row wires except a selected one (Y1) are connected to each other, and all conductive column wires except a selected one (X1) are connected to each other. a plurality of sensor elements arranged in an array, wherein each sensor element is memristive and has an electrical resistance characteristic related to exposure to a species to be sensed, wherein the sensor elements are arranged to be connectable such that at least one sensor element is connected in parallel with at least one other sensor element, and wherein the array is a two-dimensional array, the sensor further comprising a plurality of conductive row wires (Y1, Y2, ... Ym) and a plurality of conductive column wires (X1, X2, ... Xn), with a sensor element connected between each conductive row wire and each conductive column wire, connections to electrically connect multiple conductive row wires (Y2 - Ym) to each other, and connections to electrically connect multiple conductive column wires (X2 - Xn) to each other, wherein all conductive row wires except a selected one (Y1) are connected to each other, and all conductive column wires except a selected one (X1) are connected to each other.
A multi-link conveyor belt for the transport of objects such as containers, bottles, packs, or the like, the conveyor belt being formed from a multitude of links connected to each other in an articulated manner, and each link having an elongate carrier , the underside of which carrier forms a carrying section of the conveyor belt , and which carrier has parallel joint eyes on both longitudinal sides for the articulated connection to adjacent links , wherein the joint eyes of particular interconnected adjacent links are in each case connected via at least one joint pin extending through the joint eyes of the two interconnected links such that the adjacent links are connected so as to be swivelable about the at least one joint pin , and wherein each carrier of a link has on its upper side at least one row of rotatably mounted support rollers , the axes of rotation of which are parallel to the joint pins and to the longitudinal sides of the carriers of the links , and which support rollers , together with the support rollers of the adjacent links , form a support surface for the objects to be transported, characterised in that deflector members are provided in the area of the longitudinal sides of the links , which deflector members extend between an uppermost level of the support rollers and a base level of the upper sides of the carriers , and on at least one side of the support rollers , wherein the deflector members of mutually facing longitudinal sides of mutually abutting links engage into each other.
A drying device (D) to apply heat to a recording medium (W), the drying device being disposed downstream of an image forming section of an inkjet printer (P), the drying device (D) comprising: a drying section to dry the recording medium (W); a cooling section to cool the recording medium (W) conveyed from the drying section ; and a duct to expel air inside the drying section to outside the drying device (D), the duct including a joint section where the air from the drying section meets air from the cooling section via an opening connecting the cooling section and the duct , characterised in that the air from the drying section containing moisture and solvent medium is cooled in the duct and wherein the drying device (D) further comprises a collection section disposed at a bottom of the duct to collect a condensation liquid. a drying section to dry the recording medium (W); a cooling section to cool the recording medium (W) conveyed from the drying section ; and a duct to expel air inside the drying section to outside the drying device (D), the duct including a joint section where the air from the drying section meets air from the cooling section via an opening connecting the cooling section and the duct , characterised in that the air from the drying section containing moisture and solvent medium is cooled in the duct and wherein the drying device (D) further comprises a collection section disposed at a bottom of the duct to collect a condensation liquid.
Welding power source - having a housing which has a housing upper side , characterised - in that , on the housing , a profile (24a-b) is provided having a groove (28a-b) for receiving fastening elements for fastening a component (62, 82a-b, 94) on the housing upper side , the groove extending along a side edge (26a-b) of the housing upper side , and - in that , on the housing , a further profile (24a-b) is provided having a groove (28a-b) for receiving fastening elements for fastening the component (62, 82a-b, 94) on the housing upper side , the groove of the further profile extending along a further side edge (26a-b) of the housing upper side opposed to the side edge (26a-b). - having a housing which has a housing upper side , characterised - in that , on the housing , a profile (24a-b) is provided having a groove (28a-b) for receiving fastening elements for fastening a component (62, 82a-b, 94) on the housing upper side , the groove extending along a side edge (26a-b) of the housing upper side , and - in that , on the housing , a further profile (24a-b) is provided having a groove (28a-b) for receiving fastening elements for fastening the component (62, 82a-b, 94) on the housing upper side , the groove of the further profile extending along a further side edge (26a-b) of the housing upper side opposed to the side edge (26a-b).
A process for preparing a natural savory flavor base composition comprising the steps of: - culturing a bacterial strain in a culture medium to produce and accumulate L-proline and/or a derivative thereof in the culture medium to a concentration of at least 1.0 wt% of the culture medium; - optionally separating the bacterial strain from the culture medium after the culturing step; - optionally concentrating the culture medium after the culturing step; - adding a reducing sugar to the culture medium after the culturing step; - thermally reacting the culture medium after the addition of the reducing sugar at a temperature from 75 - 170°C for at least 5 minutes; - optionally concentrating the medium after the thermal reaction step by evaporation or spray drying; wherein the reducing sugar is added to the medium in an amount of 1:5 to 10:1 (w/w) ratio sugar:proline and wherein the bacterial strain is belonging to a genus selected from Corynebacterium, Arthrobacter, Brevibacterium, Bacillus or Microbacterium. - culturing a bacterial strain in a culture medium to produce and accumulate L-proline and/or a derivative thereof in the culture medium to a concentration of at least 1.0 wt% of the culture medium; - optionally separating the bacterial strain from the culture medium after the culturing step; - optionally concentrating the culture medium after the culturing step; - adding a reducing sugar to the culture medium after the culturing step; - thermally reacting the culture medium after the addition of the reducing sugar at a temperature from 75 - 170°C for at least 5 minutes; - optionally concentrating the medium after the thermal reaction step by evaporation or spray drying;
An unducted fan with variable pitch blades for an aeronautical or wind turbine thruster, comprising a hub equipped with housings receiving vanes pivoting about radial axes, and an external casing constituting an aerodynamic fairing for the hub , said external casing comprising circular openings through which said housings open and which allow the vanes to be inserted into the hub , each vane comprising: - a root configured to be mounted in rotation about a radial axis (R) in the associated housing , - a generally radially oriented blade , and - a platform substantially in the shape of a disc extending, transversely with respect to the radial direction (R), from said blade to an edge of the circular opening of the associated casing , the blade comprising at least one skin comprising an aerodynamic external surface defining a pressure side and a suction side of the blade , said skin comprising a free lower edge turned towards said root , characterised in that the platform is fitted to the free lower edge of the skin . - a root configured to be mounted in rotation about a radial axis (R) in the associated housing , - a generally radially oriented blade , and - a platform substantially in the shape of a disc extending, transversely with respect to the radial direction (R), from said blade to an edge of the circular opening of the associated casing , the blade comprising at least one skin comprising an aerodynamic external surface defining a pressure side and a suction side of the blade , said skin comprising a free lower edge turned towards said root ,