mhurhangee/patent-ind-claim-en huggingface dataset:
An electrodialysis device for the desalination of water for oil and gas applications comprising: • a membrane stack comprising alternating cation- and anion-exchange membranes (2.1, 2.3); and • a plurality of spacers (2.2, 2.4), each spacer being arranged between two successive membranes; wherein at least one of the spacers (2.2, 2.4) comprises a recessed area (3.2) and a non-recessed area (3.3), the non-recessed area (3.3) surrounding the recessed area (3.2), and wherein: • the spacer (2.2, 2.4) comprises a central opening (3.1) within the recessed area (3.2); • the spacer (2.2, 2.4) is provided with at least four orifices (3.4, 3.5) within the non-recessed area (3.3); • the spacer (2.2, 2.4) is provided with respective channels (3.6) which connect at least two of the orifices (3.4) with the central opening (3.1); and • one cation-exchange or anion-exchange membrane (2.1, 2.3) is accommodated in the recessed area (3.2). • a membrane stack comprising alternating cation- and anion-exchange membranes (2.1, 2.3); and • a plurality of spacers (2.2, 2.4), each spacer being arranged between two successive membranes; • the spacer (2.2, 2.4) comprises a central opening (3.1) within the recessed area (3.2); • the spacer (2.2, 2.4) is provided with at least four orifices (3.4, 3.5) within the non-recessed area (3.3); • the spacer (2.2, 2.4) is provided with respective channels (3.6) which connect at least two of the orifices (3.4) with the central opening (3.1); and • one cation-exchange or anion-exchange membrane (2.1, 2.3) is accommodated in the recessed area (3.2).
A device arranged to transmit data in a discontinuous operation network, the device comprising provider equipment configured to: set the transmission timing of a Time Division Duplexing frame; transmit data onto lines in the discontinuous operation network that transmits data during normal operation and transmits quiet or idle symbols on some lines during discontinuous operation; and select, based on data rate and power consumption of each of the lines , optimal configurations of transmit times such that maximum data rate is achieved with power consumption which is equal to and below limitations for the lines, and dynamically set a transmission timing of the data to be transmitted, in accordance with the selected configurations. set the transmission timing of a Time Division Duplexing frame; transmit data onto lines in the discontinuous operation network that transmits data during normal operation and transmits quiet or idle symbols on some lines during discontinuous operation; and select, based on data rate and power consumption of each of the lines , optimal configurations of transmit times such that maximum data rate is achieved with power consumption which is equal to and below limitations for the lines, and dynamically set a transmission timing of the data to be transmitted, in accordance with the selected configurations.
An aerodynamic structure for mounting to a surface of a wind turbine rotor blade , which aerodynamic structure comprises a plurality of rectangular comb elements and/or a plurality of angular comb elements , wherein a comb element comprises comb teeth arranged in a comb plane that subtends an angle to the surface of the rotor blade when in use, wherein the comb plane of a comb element is inclined at an angle (α) of up to 45° relative to the surface of the rotor blade when in use, and wherein a comb element comprises a number of supporting ribs arranged to maintain the angle of inclination (α) of the comb plane .
Electro-hydraulic pump for hydrodynamic compression and/or cutting tools , comprising: - a pump housing , - an accumulator seat suitable for receiving an accumulator , - an electric motor supported by the pump housing and being able to be powered by the accumulator , - a hydrodynamic group supported by the pump housing and connected with the electric motor to effect a pressure increase of a hydraulic liquid, - an electronic control circuit connected with the electric motor and with the accumulator for controlling the electric motor , - a flexible pressure hose having a pump end connected to the pump housing and in communication with the hydrodynamic group , and a work end connectable to a work head of the tool spaced apart from the pump housing , so as to communicate the pressure of the hydraulic liquid to the work head , - a flexible control cable having an end connected to the pump housing and connected to the control circuit , and an opposite end to which a manual remote control is connected for a remote actuation and control of the electro-hydraulic pump , wherein the manual remote control comprises: - a push-button panel with an actuation button for starting the electric motor and characterised in that the manual remote control further comprises a button for selecting an operation mode of the electro-hydraulic pump among a plurality of preset operation modes, and - a multifunction display which displays the selected operation mode. - a pump housing , - an accumulator seat suitable for receiving an accumulator , - an electric motor supported by the pump housing and being able to be powered by the accumulator , - a hydrodynamic group supported by the pump housing and connected with the electric motor to effect a pressure increase of a hydraulic liquid, - an electronic control circuit connected with the electric motor and with the accumulator for controlling the electric motor , - a flexible pressure hose having a pump end connected to the pump housing and in communication with the hydrodynamic group , and a work end connectable to a work head of the tool spaced apart from the pump housing , so as to communicate the pressure of the hydraulic liquid to the work head , - a flexible control cable having an end connected to the pump housing and connected to the control circuit , and an opposite end to which a manual remote control is connected for a remote actuation and control of the electro-hydraulic pump , - a push-button panel with an actuation button for starting the electric motor and characterised in that the manual remote control further comprises a button for selecting an operation mode of the electro-hydraulic pump among a plurality of preset operation modes, and - a multifunction display which displays the selected operation mode.
An electrode comprising a binder, and an active material represented by a general formula Li x M y O 2 , where 0 ≤ x ≤ 1.33 and 0.5 ≤ y ≤ 1 are satisfied and M comprises at least one element selected from the group consisting of Ni, Co, and Mn, wherein the binder comprises a polymer that comprises a monomer comprising a nitrogen atom, the monomer comprises at least one of acrylonitrile and imide compounds, and in a pore size distribution of the electrode according to mercury porosimetry, a following formula is satisfied when a pore median diameter is represented by D [um] and a pore specific surface area is represented by S [m 2 /g]: S / D ≥ 35 wherein the binder comprises a polymer that comprises a monomer comprising a nitrogen atom, the monomer comprises at least one of acrylonitrile and imide compounds, and in a pore size distribution of the electrode according to mercury porosimetry, a following formula is satisfied when a pore median diameter is represented by D [um] and a pore specific surface area is represented by S [m 2 /g]: S / D ≥ 35
An apparatus for sampling and detecting a pathogen in air comprising: - a first air sampling module (A) configured to collect a sample of airborne particles and comprising suction means for sucking an airflow from an external environment and a collector comprising a humidified membrane to intercept the airflow and retain said particles; - a second sample processing module (B) comprising a filtration chamber equipped with a filter configured to retain solid particles larger than the size of the pathogen and means for extracting a nucleic acid from the sample and comprising a reaction chamber equipped with stirring means and feeding means for feeding into the reaction chamber magnetic beads and at least one lysis and binding reagent, and a nucleic acid extraction chamber defining a magnetic extraction path for the magnetic beads bound to the nucleic acid; - a third module (C) comprising nucleic acid analysis means for the detection of pathogens including a lab-on-chip device and an electronic unit ; - first interconnection means configured to transfer the sample from the first module (A) to the second module (B); - second interconnection means configured to transfer the nucleic acid of the sample from the second module (B) to the third module (C); and - at least an automatic control unit of said modules and said interconnection means. - a first air sampling module (A) configured to collect a sample of airborne particles and comprising suction means for sucking an airflow from an external environment and a collector comprising a humidified membrane to intercept the airflow and retain said particles; - a second sample processing module (B) comprising a filtration chamber equipped with a filter configured to retain solid particles larger than the size of the pathogen and means for extracting a nucleic acid from the sample and comprising a reaction chamber equipped with stirring means and feeding means for feeding into the reaction chamber magnetic beads and at least one lysis and binding reagent, and a nucleic acid extraction chamber defining a magnetic extraction path for the magnetic beads bound to the nucleic acid; - a third module (C) comprising nucleic acid analysis means for the detection of pathogens including a lab-on-chip device and an electronic unit ; - first interconnection means configured to transfer the sample from the first module (A) to the second module (B); - second interconnection means configured to transfer the nucleic acid of the sample from the second module (B) to the third module (C); and - at least an automatic control unit of said modules and said interconnection means.
A unit including a terminal block for receiving at least one end of a multistrand wire and comprising for this purpose at least one housing for receiving the end of the wire, the housing being provided both with a wall having an opening made therein through which the end of the wire extends in service, said housing being characterized in that it being provided with a flank arranged opposite from the wall that includes the opening, at least one face of the flank facing towards the inside of the housing being provided with asperities in order to limit any risk of a strand detached from the end of the wire sliding through space between the flank and the remainder of the unit.
Transfer box for transferring articles into a carton, the transfer box being adapted to be inserted into the carton for depositing articles simultaneously, without dropping, at the bottom of the carton, said transfer box comprising : a bottom wall able to slide between a deployed position closing the bottom of the transfer box and a withdrawn position, a drive means for the bottom wall , two opposite side walls , the bottom wall being able to slide along one of the side walls by actuating the drive means to move from the deployed position to the withdrawn position.
Brake pump for vehicles, preferably of the "go-kart" type or the like, comprising: - a pump body connectable to a braking system of a vehicle, said braking system being operable by an operator of said vehicle; - a main actuation chamber obtained in said pump body and adapted to contain a fluid usable to operate a braking element of said braking system, said main actuation chamber defining a main actuation volume having a fixed value; and - a main slider movably engaged in said main actuation chamber and adapted to generate, by its displacements inside said main actuation volume, a pressure usable to operate said braking element, characterized in that it further comprises at least one volumetric variation chamber in fluid connection with the main actuation chamber and adapted to determine a multiplicity of different values of an overall actuation volume, said overall actuation volume consisting of said main actuation volume and a corresponding multiplicity of variable actuation volumes defined by the volumetric variation chamber itself. - a pump body connectable to a braking system of a vehicle, said braking system being operable by an operator of said vehicle; - a main actuation chamber obtained in said pump body and adapted to contain a fluid usable to operate a braking element of said braking system, said main actuation chamber defining a main actuation volume having a fixed value; and - a main slider movably engaged in said main actuation chamber and adapted to generate, by its displacements inside said main actuation volume, a pressure usable to operate said braking element,
A method for producing a sporting good, wherein the sporting good is a sports shoe , a shinguard or a ball, the method comprising the following steps: a. Depositing a first material into a mold (105; 205; 305; 405); and b. Vibrating the mold (105; 205; 305; 405) to modify the distribution of the first material in the mold (105; 205; 305; 405); c. wherein vibrating the mold (105; 205; 305; 405) comprises a three-dimensional movement of the mold (105; 205; 305; 405) and oscillations occurring about an equilibrium point by means of a robot arm (215; 315; 415) to achieve a non-uniform distribution of the first material inside the mold. a. Depositing a first material into a mold (105; 205; 305; 405); and b. Vibrating the mold (105; 205; 305; 405) to modify the distribution of the first material in the mold (105; 205; 305; 405); c. wherein vibrating the mold (105; 205; 305; 405) comprises a three-dimensional movement of the mold (105; 205; 305; 405) and oscillations occurring about an equilibrium point by means of a robot arm (215; 315; 415) to achieve a non-uniform distribution of the first material inside the mold.
Drive system for movable wings of windows, doors, flaps or the like of structures, in particular buildings, wherein the drive system has a plurality of drive units (4-8) and a monitoring device , wherein the drive units (4-8) each have a drive means and a control unit , and wherein the control units are connected to one another and to the monitoring device via a control line , wherein the monitoring device and the control units can be programmed and each have an interface for connection to the control line and for transmitting and receiving data and a microcontroller, wherein the microcontrollers of the control units each have a microprocessor and a memory containing data and programs, wherein the respective microprocessor is configured to execute the respective programs for controlling the drive element , for data communication, for initialization and for evaluating the signals from other drive units (4-8), and wherein the control units have a program for generating and assigning a respective dedicated virtual user identification in the drive system and for registration and identification using this user identification at the monitoring device as well as a non-volatile memory for the virtual user identification.
A seed delivery apparatus, comprising: a seed meter configured to entrain seeds on a seed disc and to release said entrained seeds at a seed release location; and a seed conveyor assembly having an upper end disposed to receive the released seed, said seed conveyor assembly including: a seed conveyor having an inner surface and an outer surface, said inner surface having a plurality of inwardly projecting spaced teeth defining sequential belt gaps , said outer surface having a plurality of outwardly projecting spaced flights defining sequential flight gaps which receive the released seed, and an upper pulley characterised in that the upper pulley is having a first set of radially arranged pulley teeth and a second set of radially arranged pulley teeth angularly offset from said first set of radially arranged pulley teeth, each of said first and second set of radially arranged pulley teeth alternatingly engaging said sequential belt gaps; and a cleaning strip is disposed adjacent to said upper pulley to clean debris from said upper pulley. a seed meter configured to entrain seeds on a seed disc and to release said entrained seeds at a seed release location; and a seed conveyor assembly having an upper end disposed to receive the released seed, said seed conveyor assembly including: a seed conveyor having an inner surface and an outer surface, said inner surface having a plurality of inwardly projecting spaced teeth defining sequential belt gaps , said outer surface having a plurality of outwardly projecting spaced flights defining sequential flight gaps which receive the released seed, and an upper pulley characterised in that the upper pulley is having a first set of radially arranged pulley teeth and a second set of radially arranged pulley teeth angularly offset from said first set of radially arranged pulley teeth, each of said first and second set of radially arranged pulley teeth alternatingly engaging said sequential belt gaps; and a cleaning strip is disposed adjacent to said upper pulley to clean debris from said upper pulley. a seed conveyor having an inner surface and an outer surface, said inner surface having a plurality of inwardly projecting spaced teeth defining sequential belt gaps , said outer surface having a plurality of outwardly projecting spaced flights defining sequential flight gaps which receive the released seed, and an upper pulley characterised in that the upper pulley is having a first set of radially arranged pulley teeth and a second set of radially arranged pulley teeth angularly offset from said first set of radially arranged pulley teeth, each of said first and second set of radially arranged pulley teeth alternatingly engaging said sequential belt gaps; and a cleaning strip is disposed adjacent to said upper pulley to clean debris from said upper pulley.
A shower partition comprising a sliding door displaceable along a profile rail and a guide element including a carrier portion and a pivotal portion arranged moveably thereon, wherein the guide element is connected to the sliding door and has a hook which is moveable between an arresting position (A) and an open position (O) and in the arresting position (A) is guided in engaging relationship into the profile rail moveably along the profile rail and is moveable into the open position (O) under the action of a force acting transversely relative to the profile rail against the sliding door , wherein the hook is moved in the movement between the arresting position (A) and the open position (O) about an axis of rotation arranged parallel to the profile rail , wherein the hook is fixedly connected to the pivotal portion , wherein the pivotal portion is connected moveably to the carrier portion by way of the axis of rotation , wherein the pivotal portion has an extension , by way of which the pivotal portion and the hook can also be unlocked manually or by means of a tool and pivoted into the open position (O), wherein the hook and also the extension are arranged at the outside of the shower partition on the pivotal portion .
An image display device , comprising: a flexible display unit configured to be bent, by an external force, in a first state and a second state where the flexible display unit has different radiuses of curvature; and a middle cabinet assembly configured to cover side surfaces of the flexible display unit , characterized in that the middle cabinet assembly comprises: a first middle cabinet coupled to the flexible display unit , and disposed to cover a first side of the flexible display unit ; a second middle cabinet disposed to cover a second side of the flexible display unit , the second side perpendicular to the first side, the second middle cabinet configured to perform a relative motion with respect to the first middle cabinet when the flexible display unit is transformed between the first state and the second state; and a fixing member disposed to cover an end of the first middle cabinet and an end of the second middle cabinet , wherein the fixing member is fixed to the first middle cabinet and the flexible display unit , and coupled to the second middle cabinet in a relatively movable manner so that the first middle cabinet and the second middle cabinet can perform the relative motion with respect to each other. a flexible display unit configured to be bent, by an external force, in a first state and a second state where the flexible display unit has different radiuses of curvature; and a middle cabinet assembly configured to cover side surfaces of the flexible display unit , a first middle cabinet coupled to the flexible display unit , and disposed to cover a first side of the flexible display unit ; a second middle cabinet disposed to cover a second side of the flexible display unit , the second side perpendicular to the first side, the second middle cabinet configured to perform a relative motion with respect to the first middle cabinet when the flexible display unit is transformed between the first state and the second state; and a fixing member disposed to cover an end of the first middle cabinet and an end of the second middle cabinet , wherein the fixing member is fixed to the first middle cabinet and the flexible display unit , and coupled to the second middle cabinet in a relatively movable manner so that the first middle cabinet and the second middle cabinet can perform the relative motion with respect to each other.
Method for producing a positive electrode for a solid-state lithium microbattery comprising the following successive steps: a) supplying of a substrate , typically made of ceramic, glass or silicon, the substrate being locally covered with a metal layer , b) depositing of a cathodic layer made of a positive electrode material, for example a mixed lithium oxide, the cathodic layer having a thickness typically greater than 1μm, a first portion of the cathodic layer covering the substrate and a second portion of the cathodic layer covering the metal layer , c) carrying out of a heat treatment at a temperature greater than or equal to 400°C, on the cathodic layer , in such a way as to crystallise the second portion of the cathodic layer in order to form a positive electrode , and in such a way as to delaminate the first portion of the cathodic layer . a) supplying of a substrate , typically made of ceramic, glass or silicon, the substrate being locally covered with a metal layer , b) depositing of a cathodic layer made of a positive electrode material, for example a mixed lithium oxide, the cathodic layer having a thickness typically greater than 1μm, a first portion of the cathodic layer covering the substrate and a second portion of the cathodic layer covering the metal layer , c) carrying out of a heat treatment at a temperature greater than or equal to 400°C, on the cathodic layer , in such a way as to crystallise the second portion of the cathodic layer in order to form a positive electrode , and in such a way as to delaminate the first portion of the cathodic layer .