mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabrication of a wristband of a watch or piece of jewellery, involving the steps of: - providing a first synthetic material, - providing an extrusion line with a die plate for making an extrudate from the first material, characterised in that it involves the following steps: - providing one or more additional materials distinguished in their properties from the first material - providing a die plate having a first zone defining a profile allowing for the fabrication of an extrudate having a hollow tubular profile at least at one of its ends the die plate being arranged to produce an extrudate having a width corresponding to the length of one or two strands of the wristband , and in that - said die plate furthermore has a second zone allowing the defining of particular profiles selected from among a flat profile, a curved profile, and a profile with projecting zones . - in that one or more of the additional materials is a reinforcing element integrated during the extrusion through the die plate . - in that the reinforcing element is a tube integrated at the core of the die plate and coated with the first material in order to fabricate a wristband and - in that the reinforcing element is integrated at one or both lateral ends of the die plate so that the reinforcing element extends perpendicularly to the longitudinal direction of the wristband. - providing a first synthetic material, - providing an extrusion line with a die plate for making an extrudate from the first material, - providing one or more additional materials distinguished in their properties from the first material - providing a die plate having a first zone defining a profile allowing for the fabrication of an extrudate having a hollow tubular profile at least at one of its ends the die plate being arranged to produce an extrudate having a width corresponding to the length of one or two strands of the wristband , and in that - said die plate furthermore has a second zone allowing the defining of particular profiles selected from among a flat profile, a curved profile, and a profile with projecting zones . - in that one or more of the additional materials is a reinforcing element integrated during the extrusion through the die plate . - in that the reinforcing element is a tube integrated at the core of the die plate and coated with the first material in order to fabricate a wristband and - in that the reinforcing element is integrated at one or both lateral ends of the die plate so that the reinforcing element extends perpendicularly to the longitudinal direction of the wristband.
An essential oil atomizer , comprising: a housing ; a first oil diffuser and a second oil diffuser located within the housing , each of the first and second oil diffusers comprising: an oil receptacle configured to store oil; an atomizer nozzle assembly configured to diffuse oil and gas, the atomizer nozzle assembly comprising an oil nozzle and a gas nozzle ; a filter housing positioned at a top end of the oil diffuser; and a vent opening configured to extend through a top surface of the housing . a housing ; a first oil diffuser and a second oil diffuser located within the housing , each of the first and second oil diffusers comprising: an oil receptacle configured to store oil; an atomizer nozzle assembly configured to diffuse oil and gas, the atomizer nozzle assembly comprising an oil nozzle and a gas nozzle ; a filter housing positioned at a top end of the oil diffuser; and a vent opening configured to extend through a top surface of the housing . an oil receptacle configured to store oil; an atomizer nozzle assembly configured to diffuse oil and gas, the atomizer nozzle assembly comprising an oil nozzle and a gas nozzle ; a filter housing positioned at a top end of the oil diffuser; and a vent opening configured to extend through a top surface of the housing .
A process for preparing a polymeric composition usable for forming a lithium-ion or sodium-ion battery electrode or a supercapacitor electrode or for exhibiting magnetic properties, the process comprising the following steps: a) hot-mixing, by a melt process and without solvent, at least one active material, a binder-forming polymeric phase and a sacrificial polymeric phase to obtain a mixture, and b) at least partially eliminating said sacrificial polymeric phase to obtain said composition which comprises the active material(s) according to a weight fraction greater than 80%, characterized in that said sacrificial polymeric phase is used in step a) according to a weight fraction in said mixture which is greater than or equal to 15%. a) hot-mixing, by a melt process and without solvent, at least one active material, a binder-forming polymeric phase and a sacrificial polymeric phase to obtain a mixture, and b) at least partially eliminating said sacrificial polymeric phase to obtain said composition which comprises the active material(s) according to a weight fraction greater than 80%,
A computer-based method of providing a set of selected spots for use in optimization of an ion beam radiation treatment plan suitable for providing radiation therapy to a volume of a patient, said radiation treatment plan involving one or more beam directions, the method comprising the steps of a. defining a number of positions in the volume, each position corresponding to a possible Bragg peak location, the positions being defined to provide coverage of the volume, b. for each position, for at least one beam direction, performing a ray trace to determine characteristics of a potential spot in the beam that will place its Bragg peak in the position, to determine a set of potential spots, c. for each position, selecting zero, one or more of the potential spots, and including the one or more selected spots in the set of selected spots. a. defining a number of positions in the volume, each position corresponding to a possible Bragg peak location, the positions being defined to provide coverage of the volume, b. for each position, for at least one beam direction, performing a ray trace to determine characteristics of a potential spot in the beam that will place its Bragg peak in the position, to determine a set of potential spots, c. for each position, selecting zero, one or more of the potential spots, and including the one or more selected spots in the set of selected spots.
Two-way horticulture trolley for driving in different directions over different heights and/or types of surfaces, like paved floors and pipe-rails, comprising: - a frame ; - track-wheels for driving the trolley forward or backwards in a first direction (X) over tracks (R), like pipe-rails, that extend in the first direction (X) in between and along plant growing paths; - floor-wheels for driving the trolley sideways in a second direction (Y) over a corridor (C), like a paved floor, that extends in the second direction (Y) along ends of the tracks (R); - one or more driving motors configured to rotate the track- and/or floor-wheels around their horizontal center axis for driving the trolley forward or backwards respectively sideways; and - a control unit for controlling the one or more driving motors , characterized in that, the floor-wheels are each individually turnable around an own vertical axis relative to the frame between at least the first and second direction (X, Y), wherein one or more turning actuators are provided for controlling the floor-wheels to turn individually around their own vertical axis between at least the first and second direction (X, Y) and vice versa. - a frame ; - track-wheels for driving the trolley forward or backwards in a first direction (X) over tracks (R), like pipe-rails, that extend in the first direction (X) in between and along plant growing paths; - floor-wheels for driving the trolley sideways in a second direction (Y) over a corridor (C), like a paved floor, that extends in the second direction (Y) along ends of the tracks (R); - one or more driving motors configured to rotate the track- and/or floor-wheels around their horizontal center axis for driving the trolley forward or backwards respectively sideways; and - a control unit for controlling the one or more driving motors , the floor-wheels are each individually turnable around an own vertical axis relative to the frame between at least the first and second direction (X, Y), wherein one or more turning actuators are provided for controlling the floor-wheels to turn individually around their own vertical axis between at least the first and second direction (X, Y) and vice versa.
An electronic vapour provision system including: a vaporiser for vaporising liquid for inhalation by a user of the electronic vapour provision system; a power supply comprising a cell or battery for supplying power to the vaporiser; a sensor for measuring the rate of airflow through the electronic vapour provisior system as a result of the inhalation by the user; and a control unit configured to control the power supplied to the vaporiser based in pari on a predicted airflow value, wherein the predicted airflow value is based on the cumulative airflow measured already for a particular inhalation and/or multiple instantaneous measurements of airflow, plus knowledge of a typical airflow rate variation with time. a vaporiser for vaporising liquid for inhalation by a user of the electronic vapour provision system; a power supply comprising a cell or battery for supplying power to the vaporiser; a sensor for measuring the rate of airflow through the electronic vapour provisior system as a result of the inhalation by the user; and a control unit configured to control the power supplied to the vaporiser based in pari on a predicted airflow value, wherein the predicted airflow value is based on the cumulative airflow measured already for a particular inhalation and/or multiple instantaneous measurements of airflow, plus knowledge of a typical airflow rate variation with time.
Method for operating a storage device comprising a first electrical store for storing and outputting electrical energy and a second thermal store in a flow-through storage circuit for storing and outputting thermal energy, wherein the first electrical store can be electrically connected to at least one network for transmitting and distributing electrical energy for storing electrical energy from the network and for outputting electrical energy to the network from the first electrical store , wherein the network has a network status, wherein the network is part of an interconnection network, wherein, depending on the network status, at least temporarily, electrical energy from the network is stored in the first electrical store or is drawn therefrom and fed into the network ; depending on the network status, electrical energy is drawn from the network or the first electrical store , converted into thermal energy and this is stored in the second thermal store via the storage circuit ; and the first electrical store is heated or cooled depending on at least one temperature thereof and the thermal energy required for this is drawn from the second thermal store or is stored therein. wherein the first electrical store can be electrically connected to at least one network for transmitting and distributing electrical energy for storing electrical energy from the network and for outputting electrical energy to the network from the first electrical store , wherein the network has a network status, wherein the network is part of an interconnection network, wherein, depending on the network status, at least temporarily, electrical energy from the network is stored in the first electrical store or is drawn therefrom and fed into the network ; depending on the network status, electrical energy is drawn from the network or the first electrical store , converted into thermal energy and this is stored in the second thermal store via the storage circuit ; and the first electrical store is heated or cooled depending on at least one temperature thereof and the thermal energy required for this is drawn from the second thermal store or is stored therein.
A method comprising: receiving, by a controller and from a plurality of network devices (204A, ..., 204N) of a software defined wide area network, SD-WAN, a metric for each link connected to the plurality of network devices, wherein the metric is associated with an application or application-group; computing, by the controller and based on an aggregate of the metric received from each of the plurality for network devices, a recommended service level agreement, SLA, metric for the application or application-group, wherein computing the recommended SLA metric comprises determining a mean of the aggregate of the SLA metric received from each of the plurality of network devices; and sending, by the controller, the recommended SLA metric to each of the plurality of network devices to cause each of the plurality of network devices to compute an intent-based SLA metric used to select a path to send traffic from the application or application-group, wherein the intent-based SLA metric is computed based on the recommended SLA metric, one or more characteristics of the one or more links connected to a given network device of the plurality of network devices, and a user-configured intent model that defines a tolerance level to apply the recommended SLA metric. receiving, by a controller and from a plurality of network devices (204A, ..., 204N) of a software defined wide area network, SD-WAN, a metric for each link connected to the plurality of network devices, wherein the metric is associated with an application or application-group; computing, by the controller and based on an aggregate of the metric received from each of the plurality for network devices, a recommended service level agreement, SLA, metric for the application or application-group, wherein computing the recommended SLA metric comprises determining a mean of the aggregate of the SLA metric received from each of the plurality of network devices; and sending, by the controller, the recommended SLA metric to each of the plurality of network devices to cause each of the plurality of network devices to compute an intent-based SLA metric used to select a path to send traffic from the application or application-group, wherein the intent-based SLA metric is computed based on the recommended SLA metric, one or more characteristics of the one or more links connected to a given network device of the plurality of network devices, and a user-configured intent model that defines a tolerance level to apply the recommended SLA metric.
Protective equipment for a clean room or aseptic environment, which is a garment, said garment being a garment for a clean room or aseptic environment comprising: • an outer surface provided to be in contact with the surrounding environment, • an inner surface arranged to be in contact with a handler, • a first and a second sleeve, • a body portion comprising a torso portion and a leg portion, said first and second sleeves being connected to said body portion, preferably to the torso portion by a connected end, said body portion comprising a section for the head to pass through , • at least one gripping means in contact with said inner surface in the body portion , preferably in the torso portion, characterised in that said garment is packaged in a reusable and sterilisable pouch , made of textile material, having an opening provided with closing means and in that said garment comprises said pouch connected to said inner surface of said garment by fastening means and located on the inner surface of said pouch , preferably opposite the opening of said pouch for securing the inner surface of said pouch to said inner surface of the body portion of said garment , preferably to the inner surface of the torso portion of said garment. • an outer surface provided to be in contact with the surrounding environment, • an inner surface arranged to be in contact with a handler, • a first and a second sleeve, • a body portion comprising a torso portion and a leg portion, said first and second sleeves being connected to said body portion, preferably to the torso portion by a connected end, said body portion comprising a section for the head to pass through , • at least one gripping means in contact with said inner surface in the body portion , preferably in the torso portion,
An electrostatic precipitator comprising: a charging unit comprising a discharge electrode comprising a plurality of electrically conductive fibers and provided to generate and diffuse ions by a discharge, and ground electrodes maintained at a ground potential and provided to attract the ions generated and diffused by the discharge electrode to charge suspended fine particles contained in a processing airflow by the ions, and a dust collecting unit provided to collect dust by adhering the suspended fine particles charged by the charging unit, and wherein the discharge electrode is disposed between two adjacent ground electrodes in the processing airflow, and the plurality of electrically conductive fibers of the discharge electrode is disposed on a downstream side of the processing airflow further than an end portion of the ground electrodes on an upstream side of the processing airflow, and, characterized in that the ground electrodes comprise a first electrode part of a plate shape disposed in a direction of being parallel to the processing airflow and a second electrode part of a plate shape disposed in a direction of crossing the processing airflow, and that an end portion of the first electrode part located on the upstream side of the processing airflow and a central portion of the second electrode part are joined such that the first electrode part and the second electrode part of the ground electrodes form a T-shape. a charging unit comprising a discharge electrode comprising a plurality of electrically conductive fibers and provided to generate and diffuse ions by a discharge, and ground electrodes maintained at a ground potential and provided to attract the ions generated and diffused by the discharge electrode to charge suspended fine particles contained in a processing airflow by the ions, and a dust collecting unit provided to collect dust by adhering the suspended fine particles charged by the charging unit, and wherein the discharge electrode is disposed between two adjacent ground electrodes in the processing airflow, and the plurality of electrically conductive fibers of the discharge electrode is disposed on a downstream side of the processing airflow further than an end portion of the ground electrodes on an upstream side of the processing airflow, and, characterized in that the ground electrodes comprise a first electrode part of a plate shape disposed in a direction of being parallel to the processing airflow and a second electrode part of a plate shape disposed in a direction of crossing the processing airflow, and that an end portion of the first electrode part located on the upstream side of the processing airflow and a central portion of the second electrode part are joined such that the first electrode part and the second electrode part of the ground electrodes form a T-shape.
A tobacco plant or tobacco plant cell having a genome altered to inhibit the expression of at least the senescence-induced nicotine demethylase set forth in SEQ ID NO: 13, wherein said plant or cell comprises a senescence-induced nicotine demethylase having the sequence set forth in SEQ ID NO:22, wherein the gene encoding said senescence-induced nicotine demethylase comprises a nucleotide mutation of G to A at the nucleotide corresponding to nucleotide 986 of SEQ ID NO:50, and wherein said plant or cell is homozygous for said nucleotide mutation.
A system comprising: a vehicle including an internal cabin and seat assemblies within the internal cabin, wherein the seat assemblies comprise position sensors including radio frequency identification (RFID) sensors which can detect the location of RFID tags; ; and a seat configuration verification system configured to verify the seat configuration of an internal cabin of a vehicle , the seat configuration verification system comprising: a position monitor that is configured to detect through the position sensors the positions of the RFID tags , wherein the position monitor outputs first position data regarding the positions of the seat assemblies within the internal cabin, wherein the first position data is based on the locations of the RFID tags as detected by the position monitor; and a verification control unit including one or more processors configured to receive the first position data from the position monitor , wherein the verification control unit is configured to compare the position data with seat configuration data representative of a seat configuration plan to determine if the positions of the seat assemblies within the internal cabin conform to the seat configuration plan. a vehicle including an internal cabin and seat assemblies within the internal cabin, wherein the seat assemblies comprise position sensors including radio frequency identification (RFID) sensors which can detect the location of RFID tags; ; and a seat configuration verification system configured to verify the seat configuration of an internal cabin of a vehicle , the seat configuration verification system comprising: a position monitor that is configured to detect through the position sensors the positions of the RFID tags , wherein the position monitor outputs first position data regarding the positions of the seat assemblies within the internal cabin, wherein the first position data is based on the locations of the RFID tags as detected by the position monitor; and a verification control unit including one or more processors configured to receive the first position data from the position monitor , wherein the verification control unit is configured to compare the position data with seat configuration data representative of a seat configuration plan to determine if the positions of the seat assemblies within the internal cabin conform to the seat configuration plan. a position monitor that is configured to detect through the position sensors the positions of the RFID tags , wherein the position monitor outputs first position data regarding the positions of the seat assemblies within the internal cabin, wherein the first position data is based on the locations of the RFID tags as detected by the position monitor; and a verification control unit including one or more processors configured to receive the first position data from the position monitor , wherein the verification control unit is configured to compare the position data with seat configuration data representative of a seat configuration plan to determine if the positions of the seat assemblies within the internal cabin conform to the seat configuration plan.
Eccentric screw pump with a pump rotor and a pump stator , wherein the pump stator defines a cavity, in which at least one part of the pump rotor is arranged so as to be able to rotate, and the pump rotor is embodied to be rotated by a drive wheel , in order to convey a fluid, wherein the pump rotor is attached eccentrically to the drive wheel , wherein the pump rotor and the drive wheel are embodied in one piece, characterised in that the pump stator comprises a bearing, which is embodied to receive the drive wheel and/or the pump rotor in a supporting manner, wherein the bearing is a section of the pump stator , wherein the pump stator defines an outlet for discharging conveyed fluid, wherein the pump stator comprises a leakage outflow , which is used to be able to discharge fluid conveyed from the eccentric screw pump , which leaks out from a sealing projection below the drive wheel .