mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a light source configured to emit light; a display panel configured to display an image; and an optical sheet laminate configured to transmit the light directed to the display panel; wherein the optical sheet laminate includes a first optical sheet having a latching component as well as a first opening , and at least one second optical sheet which at least partially contacts with the first optical sheet , wherein the latching component and the first opening were formed by making a cut in the surface of the first optical sheet , wherein the latching component has a proximal end which is connected to the portion of the first optical sheet excluding the latching component and about which the latching component is bendable, and a distal end which is not supported and is free, characterized in that the latching component is configured to press the at least one second optical sheet against a portion of the first optical sheet other than the latching component by a restoring force (F) which acts on the latching component around the proximal end such that the at least one second optical sheet is sandwiched between the latching component and a specific portion of the first optical sheet other than the latching component . a light source configured to emit light; a display panel configured to display an image; and an optical sheet laminate configured to transmit the light directed to the display panel; wherein the optical sheet laminate includes a first optical sheet having a latching component as well as a first opening , and at least one second optical sheet which at least partially contacts with the first optical sheet , wherein the latching component and the first opening were formed by making a cut in the surface of the first optical sheet , wherein the latching component has a proximal end which is connected to the portion of the first optical sheet excluding the latching component and about which the latching component is bendable, and a distal end which is not supported and is free, characterized in that the latching component is configured to press the at least one second optical sheet against a portion of the first optical sheet other than the latching component by a restoring force (F) which acts on the latching component around the proximal end such that the at least one second optical sheet is sandwiched between the latching component and a specific portion of the first optical sheet other than the latching component .
A method for generating ultrasound transmission waves comprising the steps of: a) providing an array of electroacoustic transducer elements each one being connected to an electric excitation signal generator by a dedicated feeding channel; b) feeding at least a part of the electroacoustic transducer elements each with a respective pulsed electric excitation signal having a predetermined frequency, a predetermined amplitude, a predetermined length or duration and a predetermined phase or a predefined delay with respect to the pulsed electric excitation signals fed to the adjacent transducer elements, the said pulsed electric excitation signals comprising a sequence of pulses; c) modulating each or at least part of the pulsed electric excitation signals by feeding to the said transducer elements only a predetermined portion of the said pulsed electric excitation signals, characterized in that the step c) is carried out by cutting the duration of the said pulsed electric excitation signals according to at least one or more than one predetermined time intervals corresponding to a fraction of the said pulsed electric excitation signals. a) providing an array of electroacoustic transducer elements each one being connected to an electric excitation signal generator by a dedicated feeding channel; b) feeding at least a part of the electroacoustic transducer elements each with a respective pulsed electric excitation signal having a predetermined frequency, a predetermined amplitude, a predetermined length or duration and a predetermined phase or a predefined delay with respect to the pulsed electric excitation signals fed to the adjacent transducer elements, the said pulsed electric excitation signals comprising a sequence of pulses; c) modulating each or at least part of the pulsed electric excitation signals by feeding to the said transducer elements only a predetermined portion of the said pulsed electric excitation signals,
A housing for a light fixture , the housing comprising: at least one wall that forms a cavity and a light source housing portion , wherein the at least one wall comprises a thermally-conductive material, wherein the light source housing portion is configured to receive at least one light source ; a removable piece that couples to a remainder of the at least one wall , wherein the removable piece is adjacent to the at least one air throughway , wherein removing the at least one removable piece enlarges the at least one air throughway , wherein the removable piece is comprised by the at least one wall , wherein the removable piece , when coupled to the remainder of the at least one wall , forms a flame path that allows gases, generated by an explosion within the cavity , to escape therethrough and that also cools the gases as the gases exit the cavity ; a wireway disposed between the cavity and the light source housing portion ; a plurality of heat sink fins that extend from an outer surface of the at least one wall ; and at least one air throughway that exposes at least a portion of the wireway between the at least one wall and the light source housing portion , wherein the at least one air throughway allows ambient air to pass directly around the portion of the wireway to remove heat generated by electrical components disposed within the cavity and by the at least one light source , wherein the at least one air throughway is formed independent of the plurality of heat sink fins . at least one wall that forms a cavity and a light source housing portion , wherein the at least one wall comprises a thermally-conductive material, wherein the light source housing portion is configured to receive at least one light source ; a removable piece that couples to a remainder of the at least one wall , wherein the removable piece is adjacent to the at least one air throughway , wherein removing the at least one removable piece enlarges the at least one air throughway , wherein the removable piece is comprised by the at least one wall , wherein the removable piece , when coupled to the remainder of the at least one wall , forms a flame path that allows gases, generated by an explosion within the cavity , to escape therethrough and that also cools the gases as the gases exit the cavity ; a wireway disposed between the cavity and the light source housing portion ; a plurality of heat sink fins that extend from an outer surface of the at least one wall ; and at least one air throughway that exposes at least a portion of the wireway between the at least one wall and the light source housing portion , wherein the at least one air throughway allows ambient air to pass directly around the portion of the wireway to remove heat generated by electrical components disposed within the cavity and by the at least one light source , wherein the at least one air throughway is formed independent of the plurality of heat sink fins .
A method for cleaning a hot beverage dispensing device , the device comprising at least one water inlet , a hot beverage preparation module located downstream of the water inlet and a beverage outlet downstream of the beverage preparation module, the method including subsequently: a first rinsing step (Si) of rinsing at least part of the beverage preparation module and the beverage outlet with a rinsing fluid having a first rinsing fluid temperature; - a treatment step (S2) of treating at least part of the beverage preparation module and the beverage outlet with a treatment fluid, the treatment fluid having a temperature that is higher than the first rinsing fluid temperature; and a second rinsing step (S3) of rinsing at least part of the beverage preparation module and the beverage outlet with a rinsing fluid having a second rinsing fluid temperature, wherein said treatment fluid leaves a beverage outlet and is collected and reused. - a treatment step (S2) of treating at least part of the beverage preparation module and the beverage outlet with a treatment fluid, the treatment fluid having a temperature that is higher than the first rinsing fluid temperature; and a second rinsing step (S3) of rinsing at least part of the beverage preparation module and the beverage outlet with a rinsing fluid having a second rinsing fluid temperature, wherein said treatment fluid leaves a beverage outlet and is collected and reused.
A detection system for detecting microbiological growth in a flowing fluid system, the detection system comprising: a tube comprising an inlet and an outlet, the inlet configured to receive a portion of fluid flowing through the fluid system and the outlet configured to return the portion of fluid to the fluid system; a light source for directing light through the tube; an optional injector for periodically injecting dye into the fluid flowing through the tube, the injector disposed upstream of the light source; an optical sensor configured to detect an emission or transmission of light through the tube or from the optional dye in the tube; and a controller configured to automatically control activation of the optional injector if present and to receive a signal from the optical sensor indicating an amount of biofilm growth within the tube; wherein the tube is configured for laminar flow of the fluid through at least a portion of the tube; and wherein the flowing fluid system is a cooling tower or boiler system. a tube comprising an inlet and an outlet, the inlet configured to receive a portion of fluid flowing through the fluid system and the outlet configured to return the portion of fluid to the fluid system; a light source for directing light through the tube; an optional injector for periodically injecting dye into the fluid flowing through the tube, the injector disposed upstream of the light source; an optical sensor configured to detect an emission or transmission of light through the tube or from the optional dye in the tube; and a controller configured to automatically control activation of the optional injector if present and to receive a signal from the optical sensor indicating an amount of biofilm growth within the tube; wherein the tube is configured for laminar flow of the fluid through at least a portion of the tube; and wherein the flowing fluid system is a cooling tower or boiler system.
A method for controlling wheel slip of a vehicle , wherein the vehicle comprises at least a first and a second motion support device, MSD (114, 116, 116', 116", 200, 202, 204, 206), for providing torque to a common wheel of the vehicle, the method comprising: receiving a wheel torque request, based on the received wheel torque request: • controlling the first MSD to provide torque to the wheel in a first mode of operation, • controlling the second MSD to provide torque to the wheel in a second mode of operation which is different from the first mode of operation, wherein said controlling of the first MSD and said controlling of the second MSD are, at least temporarily, performed simultaneously, wherein said first mode of operation is a speed control mode, wherein the method comprises sending a wheel speed request to the first MSD for controlling the rotational speed of the wheel , wherein said second mode of operation is a torque control mode, wherein the method comprises sending a torque request to the second MSD for controlling the torque of the second MSD . receiving a wheel torque request, based on the received wheel torque request: • controlling the first MSD to provide torque to the wheel in a first mode of operation, • controlling the second MSD to provide torque to the wheel in a second mode of operation which is different from the first mode of operation, • controlling the first MSD to provide torque to the wheel in a first mode of operation, • controlling the second MSD to provide torque to the wheel in a second mode of operation which is different from the first mode of operation, wherein said controlling of the first MSD and said controlling of the second MSD are, at least temporarily, performed simultaneously, wherein said first mode of operation is a speed control mode, wherein the method comprises sending a wheel speed request to the first MSD for controlling the rotational speed of the wheel , wherein said second mode of operation is a torque control mode, wherein the method comprises sending a torque request to the second MSD for controlling the torque of the second MSD .
An ophthalmic composition comprising 3-(2,3,5,6-tetrafluoro-3'-trifluoromethoxy-biphenyl-4-ylcarbamoyl)-thiophene-2-carboxylic acid (PP-001) as ophthalmic pharmaceutically active compound and albumin, wherein the aqueous solubility of the ophthalmic pharmaceutically active compound is increased by at least 25 % in the presence of albumin when compared to the aqueous solubility of the pharmaceutically active compound.
A device for evaporation of volatile substances , comprising: - a housing , - a container removably mounted in the housing and containing liquid volatile substances , the liquid volatile substances being fragrances or insecticides, - a wick of a porous material, provided with a first end and a second end , wherein at least the first end of the wick is contained inside the container , - a resistor element arranged to contact the wick , - connecting means of the device to the mains supply to allow heating of the resistor element , the resistor element being a coiled wire which forms a compressing spring, the resistor element being arranged to contact the second end of the wick , the resistor element having a trunk-conical helical configuration, wherein the radius of the coil decreases progressively in the direction towards the contact with the second end of the wick , and said resistor element is compressed and in contact with the second end of the wick when the container is mounted in the housing , characterised in that the second end of the wick is in contact with at least half of the linear length of the wire of the resistor element when compressed. - a housing , - a container removably mounted in the housing and containing liquid volatile substances , the liquid volatile substances being fragrances or insecticides, - a wick of a porous material, provided with a first end and a second end , wherein at least the first end of the wick is contained inside the container , - a resistor element arranged to contact the wick , - connecting means of the device to the mains supply to allow heating of the resistor element , the resistor element being a coiled wire which forms a compressing spring, the resistor element being arranged to contact the second end of the wick , the resistor element having a trunk-conical helical configuration, wherein the radius of the coil decreases progressively in the direction towards the contact with the second end of the wick , and said resistor element is compressed and in contact with the second end of the wick when the container is mounted in the housing , characterised in that the second end of the wick is in contact with at least half of the linear length of the wire of the resistor element when compressed.
A non-invasive in vitro method for diagnosing an IgE-dependent allergic disease to an allergen, in an individual, said method comprising at least the steps of: (a) contacting, with an allergen, an isolated biological sample from said individual, said sample comprising T-cells, in conditions suitable for said T-cells to secrete IL-4 and/or IL-13; (b) measuring a number of IL-4 and/or IL-13 secreting T-cells contained in said biological sample by ELISpot; and (c) comparing the number obtained in step (b) with a reference value. (a) contacting, with an allergen, an isolated biological sample from said individual, said sample comprising T-cells, in conditions suitable for said T-cells to secrete IL-4 and/or IL-13; (b) measuring a number of IL-4 and/or IL-13 secreting T-cells contained in said biological sample by ELISpot; and (c) comparing the number obtained in step (b) with a reference value.
An execution method of one function of a plurality of functions at a component of a home area network , the method comprising: inputting a plurality of commands (S20, S22, S25) to execute the one function of the plurality of functions; and executing (S26) the one function at the component, wherein the inputting a plurality of commands (S20, S22, S25) comprises a plurality of command input steps, and at least one command can be input, by manipulation of a selection unit, by each command input step; and when a specific condition is satisfied (S23), at least a command that can be input by at least one of the plurality of command input steps is varied and when the specific condition is satisfied (S23), at least one command corresponding to an usable function can be input (S25); wherein a case where the specific condition is satisfied is one of a case where high-cost information is recognized, and a case where a supply amount of a selected power supply source is not sufficient; and when the specific condition is satisfied, a selection unit corresponding to at least one usable function among the functions and a selection unit corresponding to an unusable function are displayed (S28), wherein the selection unit corresponding to the at least one usable function and the selection unit corresponding to the unusable function are divided. inputting a plurality of commands (S20, S22, S25) to execute the one function of the plurality of functions; and executing (S26) the one function at the component, wherein the inputting a plurality of commands (S20, S22, S25) comprises a plurality of command input steps, and at least one command can be input, by manipulation of a selection unit, by each command input step; and when a specific condition is satisfied (S23), at least a command that can be input by at least one of the plurality of command input steps is varied and when the specific condition is satisfied (S23), at least one command corresponding to an usable function can be input (S25); wherein a case where the specific condition is satisfied is one of a case where high-cost information is recognized, and a case where a supply amount of a selected power supply source is not sufficient; and when the specific condition is satisfied, a selection unit corresponding to at least one usable function among the functions and a selection unit corresponding to an unusable function are displayed (S28), wherein the selection unit corresponding to the at least one usable function and the selection unit corresponding to the unusable function are divided.
A network node for controlling coordinated transmissions, in a communication system comprising at least one mobile device and a plurality of transmission points (5-1, 5-2, 5-3) which operate at least one cell, the network node comprising: means for sending, to the at least one mobile device , a signalling message for configuring a Channel State Information, CSI, process and that identifies a plurality of CSI signal quality, CSI-RS, resource configurations for the CSI process and a plurality of CSI interference measurement, CSI-IM, resource configurations for the CSI process, wherein each CSI-RS resource is associated with a respective CSI-IM resource; and means for receiving, from the at least one mobile device , measurement results for the CSI process for a selected one of the plurality of resource configurations and data identifying the one of the plurality of resource configurations the results relate to. means for sending, to the at least one mobile device , a signalling message for configuring a Channel State Information, CSI, process and that identifies a plurality of CSI signal quality, CSI-RS, resource configurations for the CSI process and a plurality of CSI interference measurement, CSI-IM, resource configurations for the CSI process, wherein each CSI-RS resource is associated with a respective CSI-IM resource; and means for receiving, from the at least one mobile device , measurement results for the CSI process for a selected one of the plurality of resource configurations and data identifying the one of the plurality of resource configurations the results relate to.
A cable actuator comprising: - a chassis ; - a screw which is fitted so as to rotate on the chassis and is driven by an electric motor; - a nut which cooperates with the screw and is associated with anti-rotation means, such that rotation of the screw under the action of the motor gives rise to an axial displacement of the nut; - two substantially parallel cables which are coupled to the nut on both sides of it; characterized in that - the cables are each wound around a pulley , the two pulleys being integral with a same shaft . - a chassis ; - a screw which is fitted so as to rotate on the chassis and is driven by an electric motor; - a nut which cooperates with the screw and is associated with anti-rotation means, such that rotation of the screw under the action of the motor gives rise to an axial displacement of the nut; - two substantially parallel cables which are coupled to the nut on both sides of it; - the cables are each wound around a pulley , the two pulleys being integral with a same shaft .