mhurhangee/ep-ind-claims huggingface dataset:
A cabinet of an appliance, the cabinet comprising: an outer wrapper defining opposing first and second sidewalls (22, 26), a rear wall coupling the first and second sidewalls (22, 26) and an access opening; and an inner liner defining an interior, wherein the outer wrapper and the inner liner define a sealed insulating cavity therebetween that is under vacuum; a plurality of reinforcement brackets configured to prevent deformation of the cabinet during application of the vacuum to the insulating cavity disposed on the outer wrapper, wherein the plurality of reinforcement brackets include a first reinforcement bracket including a length which is approximately the width of one of the first and second sidewalls (22, 26) and a second reinforcement bracket including a curved section, wherein the inner liner further defines an upper compartment and a lower compartment and the cabinet further comprises a mullion disposed between the upper compartment and the lower compartment and extending across the access opening, characterised in that the first reinforcement bracket includes a T-shaped configuration and is disposed on the one of the first and second sidewalls (22, 26) proximate the mullion. an outer wrapper defining opposing first and second sidewalls (22, 26), a rear wall coupling the first and second sidewalls (22, 26) and an access opening; and an inner liner defining an interior, wherein the outer wrapper and the inner liner define a sealed insulating cavity therebetween that is under vacuum; a plurality of reinforcement brackets configured to prevent deformation of the cabinet during application of the vacuum to the insulating cavity disposed on the outer wrapper, wherein the plurality of reinforcement brackets include a first reinforcement bracket including a length which is approximately the width of one of the first and second sidewalls (22, 26) and a second reinforcement bracket including a curved section, wherein the inner liner further defines an upper compartment and a lower compartment and the cabinet further comprises a mullion disposed between the upper compartment and the lower compartment and extending across the access opening, characterised in that the first reinforcement bracket includes a T-shaped configuration and is disposed on the one of the first and second sidewalls (22, 26) proximate the mullion.
An integrated adsorptive gas separation process for separating at least a portion of a combustion gas mixture from a fuel combustor, said combustion gas mixture comprising at least carbon dioxide and nitrogen components, the process comprising: admitting said combustion gas mixture into an adsorptive gas separation system; admitting said combustion gas mixture into an inlet end of at least one adsorbent contactor comprising at least one adsorbent material; adsorbing at least a portion of said carbon dioxide combustion gas component on at least one said adsorbent material; recovering a first product gas depleted in said carbon dioxide component relative to said combustion gas mixture from an outlet end of said adsorbent contactor; desorbing a first portion of said carbon dioxide component adsorbed on at least one said adsorbent material; recovering a desorbed second product gas enriched in said carbon dioxide component from at least one of said inlet and outlet ends of said adsorbent contactor; the process characterized by: admitting a conditioning fluid into said adsorbent contactor and desorbing a second portion of said carbon dioxide component adsorbed on at least one said adsorbent material to recover a carbon dioxide enriched conditioning stream; and recycling at least a portion of said carbon dioxide enriched conditioning stream recovered from said adsorbent contactor to an air inlet of said fuel combustor to pass through said fuel combustor for combustion. admitting said combustion gas mixture into an adsorptive gas separation system; admitting said combustion gas mixture into an inlet end of at least one adsorbent contactor comprising at least one adsorbent material; adsorbing at least a portion of said carbon dioxide combustion gas component on at least one said adsorbent material; recovering a first product gas depleted in said carbon dioxide component relative to said combustion gas mixture from an outlet end of said adsorbent contactor; desorbing a first portion of said carbon dioxide component adsorbed on at least one said adsorbent material; recovering a desorbed second product gas enriched in said carbon dioxide component from at least one of said inlet and outlet ends of said adsorbent contactor; the process characterized by: admitting a conditioning fluid into said adsorbent contactor and desorbing a second portion of said carbon dioxide component adsorbed on at least one said adsorbent material to recover a carbon dioxide enriched conditioning stream; and recycling at least a portion of said carbon dioxide enriched conditioning stream recovered from said adsorbent contactor to an air inlet of said fuel combustor to pass through said fuel combustor for combustion. admitting a conditioning fluid into said adsorbent contactor and desorbing a second portion of said carbon dioxide component adsorbed on at least one said adsorbent material to recover a carbon dioxide enriched conditioning stream; and recycling at least a portion of said carbon dioxide enriched conditioning stream recovered from said adsorbent contactor to an air inlet of said fuel combustor to pass through said fuel combustor for combustion.
A temperature sensor, comprising: a coil element serving as a part of a coil of an electric apparatus, the coil element having a rectangular cross-section; an element main body that includes a thermosensitive body detecting heat of the coil element, and paired electric wires (55, 55) connected to the thermosensitive body; a housing that includes an electric insulating resin material, and is configured to house and hold the coil element, the element main body and the paired electric wires (55, 55); and a covering body that is configured to cover the element main body and the paired electric wires (55, 55), the temperature sensor being characterized in that the housing includes, at a position corresponding to the thermosensitive body, a view window allowing for visual confirmation of the thermosensitive body from outside. a coil element serving as a part of a coil of an electric apparatus, the coil element having a rectangular cross-section; an element main body that includes a thermosensitive body detecting heat of the coil element, and paired electric wires (55, 55) connected to the thermosensitive body; a housing that includes an electric insulating resin material, and is configured to house and hold the coil element, the element main body and the paired electric wires (55, 55); and a covering body that is configured to cover the element main body and the paired electric wires (55, 55), the temperature sensor being characterized in that the housing includes, at a position corresponding to the thermosensitive body, a view window allowing for visual confirmation of the thermosensitive body from outside.
A method comprising: evaluating, by a computing device, a single conditional statement once that determines if asymmetric motion partitioning ("AMP") may be used in a current coding tree block; and based on the evaluating of the single conditional statement, when an AMP flag (851, 853) indicates that AMP is not enabled and the current coding tree block has a current coding tree block size that is greater than the current minimum coding tree block size, encoding or decoding, by the computing device, a two-bit codeword (852, 854) for an inter-mode partition of the current coding tree block in a bitstream. evaluating, by a computing device, a single conditional statement once that determines if asymmetric motion partitioning ("AMP") may be used in a current coding tree block; and based on the evaluating of the single conditional statement, when an AMP flag (851, 853) indicates that AMP is not enabled and the current coding tree block has a current coding tree block size that is greater than the current minimum coding tree block size, encoding or decoding, by the computing device, a two-bit codeword (852, 854) for an inter-mode partition of the current coding tree block in a bitstream.
A method for aseptically filling a first plurality of containers with a pharmaceutical product in a first controlled environment enclosure, the method comprising: decontaminating at least one of first and second sealed nested materials (88, 118) in a first transfer chamber; placing the first controlled environment enclosure in spatial communication with the first transfer chamber; aseptically gripping the at least one of first and second sealed nested materials (88, 118); transferring the at least one of first and second sealed nested materials (88, 118) to the controlled environment enclosure; removing from one of the first and second sealed nested materials (88, 118) a container nest holding the first plurality of containers and removing from the other of the first and second sealed nested materials (88, 118) a closure nest releasably retaining a plurality of closures; filling the first plurality of containers with the pharmaceutical product in the first controlled environment enclosure; and at least partially closing the first plurality of containers with the plurality of closures, wherein the first plurality of containers is in the container nest during the at least partially closing. decontaminating at least one of first and second sealed nested materials (88, 118) in a first transfer chamber; placing the first controlled environment enclosure in spatial communication with the first transfer chamber; aseptically gripping the at least one of first and second sealed nested materials (88, 118); transferring the at least one of first and second sealed nested materials (88, 118) to the controlled environment enclosure; removing from one of the first and second sealed nested materials (88, 118) a container nest holding the first plurality of containers and removing from the other of the first and second sealed nested materials (88, 118) a closure nest releasably retaining a plurality of closures; filling the first plurality of containers with the pharmaceutical product in the first controlled environment enclosure; and at least partially closing the first plurality of containers with the plurality of closures, wherein the first plurality of containers is in the container nest during the at least partially closing.
Mobile terminal for at least one cellular radio self-organising network, SON, having handover functionality, said mobile terminal including a report function that is adapted to send, in case of a failure event in regard of a communication between said mobile terminal and a radio base station belonging to said at least one cellular radio self-organising network, a report containing at least information on said failure event to said at least one cellular radio self-organising network, characterised in that said report function is adapted to send said report such that said report contains: - a history of any failure event backwards in time until and including at least one successful event in regard of a communication between said mobile terminal and a radio base station belonging to said at least one cellular radio self-organising network, said at least one successful event having happened before said history of any failure event. - a history of any failure event backwards in time until and including at least one successful event in regard of a communication between said mobile terminal and a radio base station belonging to said at least one cellular radio self-organising network, said at least one successful event having happened before said history of any failure event.
A method for operating a spinning preparation machine, in particular a carding machine or a roller card, with which method a carding clearance is adjusted between a clothed roll and a flat bar located opposite the roll by means of a control unit, wherein the method comprises at least the following steps: - measuring a temperature at least at one position at the flat bar by means of a temperature sensor, which is incorporated into the flat bar; - transferring the measured temperature to the control unit; - providing a shape changing model to the control unit comprising shape changing information of the flat bar depending on the measured temperature, and - readjusting the carding clearance by means of the control unit. - measuring a temperature at least at one position at the flat bar by means of a temperature sensor, which is incorporated into the flat bar; - transferring the measured temperature to the control unit; - providing a shape changing model to the control unit comprising shape changing information of the flat bar depending on the measured temperature, and - readjusting the carding clearance by means of the control unit.
An exhaust gas sampling apparatus adapted to sample exhaust gas discharged from a vehicle having an engine or from a part of the vehicle into a sampling bag, the exhaust gas sampling apparatus comprising: a main flow path through which the exhaust gas flows; a sampling flow path that is connected to the main flow path to sample the exhaust gas into the sampling bag; a flow rate changeable mechanism that is provided in the main flow path and configured to be able to change a main flow rate that is an exhaust gas flow rate through the main flow path; characterized by a control device that depending on whether the engine is in an operation state or in a stop state, controls the flow rate changeable mechanism to change the main flow rate, as well as change a sampling flow rate that is an exhaust gas flow rate through the sampling flow path while continuing the sampling into the sampling bag. a main flow path through which the exhaust gas flows; a sampling flow path that is connected to the main flow path to sample the exhaust gas into the sampling bag; a flow rate changeable mechanism that is provided in the main flow path and configured to be able to change a main flow rate that is an exhaust gas flow rate through the main flow path; characterized by a control device that depending on whether the engine is in an operation state or in a stop state, controls the flow rate changeable mechanism to change the main flow rate, as well as change a sampling flow rate that is an exhaust gas flow rate through the sampling flow path while continuing the sampling into the sampling bag.
Use of an R-equol enantiomer or a non-racemic mixture of R-equol and S-equol enantiomers at a ratio of S-equol to R-equol from less than 50:50 to 1:99.5 in the manufacture of a medicament for the treatment of a pathophysiological condition mediated by androgens in a mammal, wherein said pathophysiological condition is selected from obesity or body weight gain.
Pull-out guide having a guide rail which can be fixed to a furniture body, a middle rail which is mounted displaceably on the guide rail, and a running rail which is mounted displaceably on the middle rail and on which a pushing element can be fixed, wherein a first front rolling element cage with first front rolling elements and a first rear rolling element cage with first rear rolling elements is provided at the guide rail, whereby the middle rail is displaceable relative to the guide rail via the first front and rear rolling elements (6, 8), and a second front rolling element cage with second front rolling elements and a second rear rolling element cage with second rear rolling elements is provided on the middle rail, which serve to displaceably hold the running rail at the middle rail, wherein at least one support element is arranged movably on the middle rail between the running rail and the middle rail, which, when the running rail is moved in a pull-out direction, limits a rear lifting of the running rail when a tipping point is reached, wherein the support element has a guide part and a support part adjacent thereto, wherein the support element is formed as a rotatably mounted roller separate from the rolling element cage with rolling elements, characterized in that and in that the guide part of the support element is guided displaceably on a guide on the middle rail.
Communication-capable flowmeter for liquids, in particular a water meter, comprising a sub-housing which can be connected to the pipeline and in which there is a rotating impeller, a meter mechanism housing having a mechanical meter mechanism with a shaft which transmits the rotational movement of the impeller or a shaft receiving the rotational movement of the impeller to a shaft of the meter mechanism and, if appropriate, a display element, a sensing module, which for data transmission via radio or optoelectronic means, has a sensor device for sensing a transmitter element which rotates about an axis of rotation X, a control element, an energy source and a data output device, the sensor device being arranged in the sensing module, opposite the transmitter element, the axis of rotation X of the transmitter element being aligned with the shaft of the impeller or being located offset laterally parallel to the shaft of the impeller, a gearbox, in particular a toothed gear mechanism being provided and the rotational movement of the revolving impeller or the shaft receiving this rotational movement being transmissible via the toothed gear mechanism to the transmitter element and to the shaft, characterized in that the sensing module is located in a separate additional housing, located outside the meter mechanism housing, the meter mechanism housing forms a unit with the additional housing, the meter mechanism housing has a housing recess, the housing recess provided is a housing step, into which the separate additional housing of the sensing module as such can be inserted, the transmitter element is disc-shaped and is located in the meter mechanism housing in the area of the housing step.
A metered dose inhaler spacer comprising: a body that defines a dose receiving chamber; a proximal end portion coupled with said body; a mouth port coupled with said proximal end portion and through which a metered dose may be inhaled by a user of said MDI spacer; a distal end portion coupled with said body; a combined one-way and flow rate control valve coupled with said distal end portion and configured for permitting external airflow into said dose receiving chamber and prohibiting internal airflow out of said dose receiving chamber from said distal end portion; and a collar coupled with said distal end portion and configured for receiving an actuator shaft of a metered dose inhaler and for forming a seal about an aerosol nozzle of said metered dose inhaler such that a metered dose of medication is admissible into said dose receiving chamber via said collar while airflow into and out of said dose receiving chamber via said collar is prohibited characterized by a flat velocity profile plate disposed within said body between said combined one-way and flow rate control valve and said dose receiving chamber to form a wall of a donut shaped inflow air receiving chamber, wherein a central opening in said flat velocity profile plate is coupled with said collar to form a sealed metered dose entrance through said collar and into said dose receiving chamber, and wherein said flat velocity profile plate comprises a plurality of through holes arranged around said central opening, said through holes permitting passage of inflow air from inflow air receiving chamber into said dose receiving chamber. a body that defines a dose receiving chamber; a proximal end portion coupled with said body; a mouth port coupled with said proximal end portion and through which a metered dose may be inhaled by a user of said MDI spacer; a distal end portion coupled with said body; a combined one-way and flow rate control valve coupled with said distal end portion and configured for permitting external airflow into said dose receiving chamber and prohibiting internal airflow out of said dose receiving chamber from said distal end portion; and a collar coupled with said distal end portion and configured for receiving an actuator shaft of a metered dose inhaler and for forming a seal about an aerosol nozzle of said metered dose inhaler such that a metered dose of medication is admissible into said dose receiving chamber via said collar while airflow into and out of said dose receiving chamber via said collar is prohibited characterized by a flat velocity profile plate disposed within said body between said combined one-way and flow rate control valve and said dose receiving chamber to form a wall of a donut shaped inflow air receiving chamber, wherein a central opening in said flat velocity profile plate is coupled with said collar to form a sealed metered dose entrance through said collar and into said dose receiving chamber, and wherein said flat velocity profile plate comprises a plurality of through holes arranged around said central opening, said through holes permitting passage of inflow air from inflow air receiving chamber into said dose receiving chamber.
A carbon black particle generating reactor, comprising: a plasma generating section containing concentric electrodes (102, 103) configured to generate a plasma; wherein a wall of the plasma generating section is at a distance of from 73mm to 450mm from the outer electrode of the concentric electrodes; a reactor section connected to the plasma generating section; and at least one hydrocarbon injector located within the concentric electrodes, wherein a temperature centrally within the concentric electrodes is less than a temperature of the plasma generated by the concentric electrodes. a plasma generating section containing concentric electrodes (102, 103) configured to generate a plasma; wherein a wall of the plasma generating section is at a distance of from 73mm to 450mm from the outer electrode of the concentric electrodes; a reactor section connected to the plasma generating section; and at least one hydrocarbon injector located within the concentric electrodes, wherein a temperature centrally within the concentric electrodes is less than a temperature of the plasma generated by the concentric electrodes.
A method of making a powdered composition suitable for the manufacture of a polycrystalline CBN compact comprising the steps of: (i) subjecting a mixture of first CBN particles having an average particle size of 0.1 to 2 μm and a powdered binder phase to attrition milling; (ii) adding second CBN particles having an average particle size in the range 2 to 12 μm to the attrition milled mixture of step (i) producing a mixture in which the CBN particles are present in an amount of at least 80 volume percent of the mixture; and (iii) mixing the milled mixture of step (ii) using a high energy mixing method other than attrition milling. (i) subjecting a mixture of first CBN particles having an average particle size of 0.1 to 2 μm and a powdered binder phase to attrition milling; (ii) adding second CBN particles having an average particle size in the range 2 to 12 μm to the attrition milled mixture of step (i) producing a mixture in which the CBN particles are present in an amount of at least 80 volume percent of the mixture; and (iii) mixing the milled mixture of step (ii) using a high energy mixing method other than attrition milling.