mhurhangee/ep-ind-claims huggingface dataset:
Method for collecting fine particles from flue gases onto selected collector surfaces, in which method - flue gases containing fine particles exiting a combustion chamber are led to a selected chamber delimited by walls, which is part of the flow channel of the flue gas, - with the aid of a corona discharge of a corona electrode which is in high-voltage relative to the collector surfaces of an ion source, gas ions are formed in a separate body relative to the chamber, the said ion source being inside the body, - the gas ions formed are led to a selected chamber delimited by walls and mixed with the flue gases, in order to charge the fine particles contained in the flue gas with the aid of the gas ions, - the charged fine particles are collected on the collector surfaces, characterized in that - the said separate body is an electrically passive part of the ion source, said separate body being electrically passive in such way, that the separate body of the ion source has a sufficient electrical isolation capacity for the corona discharge of the corona electrode to take place between the corona electrode and the wall of the chamber, - a counter potential to the corona electrode is formed as is a collector surface for the charged particles from the walls of the said selected chamber. - flue gases containing fine particles exiting a combustion chamber are led to a selected chamber delimited by walls, which is part of the flow channel of the flue gas, - with the aid of a corona discharge of a corona electrode which is in high-voltage relative to the collector surfaces of an ion source, gas ions are formed in a separate body relative to the chamber, the said ion source being inside the body, - the gas ions formed are led to a selected chamber delimited by walls and mixed with the flue gases, in order to charge the fine particles contained in the flue gas with the aid of the gas ions, - the charged fine particles are collected on the collector surfaces, - the said separate body is an electrically passive part of the ion source, said separate body being electrically passive in such way, that the separate body of the ion source has a sufficient electrical isolation capacity for the corona discharge of the corona electrode to take place between the corona electrode and the wall of the chamber, - a counter potential to the corona electrode is formed as is a collector surface for the charged particles from the walls of the said selected chamber.
Wall-mounted radiant cooling device for rooms, comprising: - at least two cooling tubes positioned on two different levels adapted for cooled water to flow through; - fixing means (4, 5) of said cooling tubes to the outside of the walls of said rooms, - a channel, arranged parallel to and underneath said cooling tubes, adapted to collect the condensate that is generated through contact with the hot air present in said rooms provided with said cooling tubes, characterized in that each cooling tube comprises two shaped longitudinal fins (2', 2"), wherein the size and the shape of the longitudinal fins (2',2") provided on the tubes causes collection, channelling and drainage of the condensate, and wherein said longitudinal fins (2', 2") of said cooling tubes are adapted to cooperate with one another to convey said condensate into said channel. - at least two cooling tubes positioned on two different levels adapted for cooled water to flow through; - fixing means (4, 5) of said cooling tubes to the outside of the walls of said rooms, - a channel, arranged parallel to and underneath said cooling tubes, adapted to collect the condensate that is generated through contact with the hot air present in said rooms provided with said cooling tubes,
Laser having an amplifying laser medium formed by a solid and having a pumping means by which the amplifying laser medium is side-pumped, the pumping means comprising a radiation source having a plurality of laser diodes which emit laser beams which have parallel beam axes (a) extending in the direction defined by a z axis and which diverge in the direction defined by a x axis lying at right angles to the z axis at least twice as greatly as in the direction defined by a y axis lying at right angles to the z axis and at right angles to the x axis, and comprising at least one optical component (22, 22', 22") having at least one surface in the form of a part-cylinder with which at least some of the laser beams emitted by the laser diodes co-operate and which lies parallel to the x axis and which is curved in a plane lying at right angles to the x axis, the optical component having an entry face through which the laser beams emitted by the laser diodes, or at least some thereof, make their way into the optical component and through the optical component to an exit face of the optical component and through this latter to the amplifying laser medium, the entry face and exit face being formed by different faces of the optical component, characterised in that the optical component has a surface in the form of a part-cylinder which is formed to be reflective, and the laser beams emitted by the laser diodes, or at least some thereof, make their way through the entry face into the optical component and through the optical component to the surface in the form of a part-cylinder of the optical component, which surface is formed to be reflective, and from this latter through the optical component to the exit face of the optical component and through this latter to the amplifying laser medium, and in that the optical component has reflective boundary surfaces (33, 34) which, on both sides, limit the spread in the direction defined by the x axis of the laser radiation emitted by the radiation source.
A honeycomb type heating device comprising: a pillar-shaped honeycomb substrate which includes a porous partition wall defining a plurality of cells extending from one end face to the other end face and a circumferential wall surrounding the partition wall; and a plurality of heaters which are disposed adjacently in a circumferential direction of an outer circumferential face that is an outer surface of the circumferential wall, on the outer circumferential face, wherein each heater is a resistance heating heater which radiates heat by a current supplied thereto, each heater comes into face-contact with the outer circumferential face, and a ratio of a total area of a portion covered by the heaters of the outer circumferential face with respect to the entire area of the outer circumferential face is 50 to 100% characterized in that the honeycomb substrate is formed of a ceramic material having thermal conductivity of 20 W/m·K or more, and wherein each heater has an insulating function of preventing a current from flowing from each heater to the honeycomb substrate. a pillar-shaped honeycomb substrate which includes a porous partition wall defining a plurality of cells extending from one end face to the other end face and a circumferential wall surrounding the partition wall; and a plurality of heaters which are disposed adjacently in a circumferential direction of an outer circumferential face that is an outer surface of the circumferential wall, on the outer circumferential face, wherein each heater is a resistance heating heater which radiates heat by a current supplied thereto, each heater comes into face-contact with the outer circumferential face, and a ratio of a total area of a portion covered by the heaters of the outer circumferential face with respect to the entire area of the outer circumferential face is 50 to 100% characterized in that the honeycomb substrate is formed of a ceramic material having thermal conductivity of 20 W/m·K or more, and wherein each heater has an insulating function of preventing a current from flowing from each heater to the honeycomb substrate.
A surgical system comprising: a pressurized irrigation fluid source; an irrigation line fluidly coupled to the pressurized irrigation fluid source; a hand piece fluidly coupled to the irrigation line, the hand piece including an irrigation sleeve; an irrigation pressure sensor located at or along the pressurized irrigation fluid source or irrigation line; and a controller for controlling the pressurized irrigation fluid source; wherein the controller is adapted to control the pressurized irrigation fluid source based on a reading from the irrigation pressure sensor and an estimated flow value modified by a compensation factor, characterised in that the compensation factor is based on compression of the irrigation sleeve that restricts flow of irrigation fluid. a pressurized irrigation fluid source; an irrigation line fluidly coupled to the pressurized irrigation fluid source; a hand piece fluidly coupled to the irrigation line, the hand piece including an irrigation sleeve; an irrigation pressure sensor located at or along the pressurized irrigation fluid source or irrigation line; and a controller for controlling the pressurized irrigation fluid source; wherein the controller is adapted to control the pressurized irrigation fluid source based on a reading from the irrigation pressure sensor and an estimated flow value modified by a compensation factor, characterised in that the compensation factor is based on compression of the irrigation sleeve that restricts flow of irrigation fluid.
A refrigerator, comprising: a main body having an upper storage compartment and a lower storage compartment defined on upper and lower sides; a sliding door opening and closing any one of the storage compartments (11, 12); a handle disposed at an upper portion of the door to be vertically rotatable; characterized in that refrigerator comprises: a plurality of push members connected between the door and the handle moving to advanced positions from retreated positions in connection with a vertical rotation of the handle to separate the door from the main body; an elastic member disposed between at least one of the push members and the door to restore the push members to the retreated positions when an external force is removed from the handle, and wherein the handle is rotated to an upward position to move the push members to the advanced positions, and the handle is rotated to a downward position due to the weight of the handle when an external force is removed from the handle. a main body having an upper storage compartment and a lower storage compartment defined on upper and lower sides; a sliding door opening and closing any one of the storage compartments (11, 12); a handle disposed at an upper portion of the door to be vertically rotatable; characterized in that refrigerator comprises: a plurality of push members connected between the door and the handle moving to advanced positions from retreated positions in connection with a vertical rotation of the handle to separate the door from the main body; an elastic member disposed between at least one of the push members and the door to restore the push members to the retreated positions when an external force is removed from the handle, and wherein the handle is rotated to an upward position to move the push members to the advanced positions, and the handle is rotated to a downward position due to the weight of the handle when an external force is removed from the handle. a plurality of push members connected between the door and the handle moving to advanced positions from retreated positions in connection with a vertical rotation of the handle to separate the door from the main body; an elastic member disposed between at least one of the push members and the door to restore the push members to the retreated positions when an external force is removed from the handle, and wherein the handle is rotated to an upward position to move the push members to the advanced positions, and the handle is rotated to a downward position due to the weight of the handle when an external force is removed from the handle.
Use of a compound of following formula: Sb x Fe 1 O y in which x varies from 0.4 to 1 inclusive and y varies from 1.6 to 4 inclusive, as catalyst for catalysing the ammoxidation reaction of an alcohol of following formula CH 2 =C(R 1)-CH 2 -OH, in which R 1 represents a hydrogen atom or a methyl radical, to give a nitrile of following formula CH 2 =C(R 1)-C≡N, in which R 1 has the same meaning as in the above formula, the said reaction being carried out in the gas phase, the said gas phase comprising at least oxygen and ammonia.
Automatic cleaning and disinfection machine, in particular for medical instruments and appliances, comprising a rinsing container, which provides a rinsing chamber and opens into a collecting vessel, a spray device arranged in the rinsing chamber for feeding rinsing solution to the washware and a circulating pump which circulates the rinsing solution, the collecting vessel of the circulating pump acting as a pump housing, for which purpose the collecting vessel and the pump housing are formed as one component, characterised in that the spray device has a plurality of spray arms (7, 8, 28) which are rotatably mounted about a common axis of rotation, and in that the circulating pump has a pump wheel which rotates about the axis of rotation of the spray arms (7, 8, 28), the pump shaft bearing the pump wheel being a hollow shaft through which a drive shaft for the spray arms (7, 8, 28) extends.
A wind turbine construction, comprising: a tower that supports a nacelle and rotor of a wind turbine, the tower including a structural jacket, an interior space internal to the structural jacket and having an interior cross-sectional area; and a support structure that supports and elevates the tower to provide a space below a lower end of the tower characterized in that the tower further includes a first removable electronics module positioned within the interior space of the tower wherein the space is suitable for receiving the first removable electronics module from the interior space of the tower, wherein the first removable electronics module includes a structure that occupies at least 50% of the interior cross-sectional area of the tower, wherein a passageway extends from below the first removable electronics module to above the first removable electronics module to allow the passage of components and personnel thereby. a tower that supports a nacelle and rotor of a wind turbine, the tower including a structural jacket, an interior space internal to the structural jacket and having an interior cross-sectional area; and a support structure that supports and elevates the tower to provide a space below a lower end of the tower characterized in that the tower further includes a first removable electronics module positioned within the interior space of the tower wherein the space is suitable for receiving the first removable electronics module from the interior space of the tower, wherein the first removable electronics module includes a structure that occupies at least 50% of the interior cross-sectional area of the tower, wherein a passageway extends from below the first removable electronics module to above the first removable electronics module to allow the passage of components and personnel thereby.
A system for street light lighting control and for Internet-of Things (IoT) control for monitoring solar power generation, comprising: - a plurality of streetlights and a plurality of motion sensors configured to be arranged in each of the plurality of street lights to detect movement of a person, - a solar panel configured to generate photovoltaic-based electricity using sunlight; - a battery configured to store the electricity generated by the solar panel, - a solar controller configured to control the battery to store the electricity; and - a street light controller configured to control lighting of the plurality of street lights using the electricity stored in the battery; - wherein the solar controller includes a battery information detection module configured to detect remaining charge information and discharging time information of the battery and a communication module configured to transmit the remaining charge information and discharging time information to a monitoring server, - wherein the communication module is configured to transmit the remaining charge information, and the discharging time information to the monitoring server through a low-power wide area network (LPWAN), characterized in that: - the motion sensors are radially arranged to detect the movement within a direction angle of predetermined degrees with respect to each of the plurality of street lights, and the streetlight controller is configured to control on-off operation of each of the plurality of streetlights according to a detection signal of each of the motion sensors arranged in each street light and perform dimming control on the plurality of streetlights according to an on-off operation sequence of the motion sensors provided in each streetlight corresponding to a direction of movement of a person. - a plurality of streetlights and a plurality of motion sensors configured to be arranged in each of the plurality of street lights to detect movement of a person, - a solar panel configured to generate photovoltaic-based electricity using sunlight; - a battery configured to store the electricity generated by the solar panel, - a solar controller configured to control the battery to store the electricity; and - a street light controller configured to control lighting of the plurality of street lights using the electricity stored in the battery; - wherein the solar controller includes a battery information detection module configured to detect remaining charge information and discharging time information of the battery and a communication module configured to transmit the remaining charge information and discharging time information to a monitoring server, - wherein the communication module is configured to transmit the remaining charge information, and the discharging time information to the monitoring server through a low-power wide area network (LPWAN), characterized in that: - the motion sensors are radially arranged to detect the movement within a direction angle of predetermined degrees with respect to each of the plurality of street lights, and
An indoor unit for an air-conditioning apparatus, the indoor unit comprising: a wire fastening structure configured to fasten a wire, characterized in that the wire fastening structure includes a wire attachment part on which a part of the wire is placed, a wire retainer configured to retain the part of the wire placed on the wire attachment part, a wall part provided on one lateral side of the wire attachment part, and having a plurality of opening ports each configured to receive a protrusion part formed at one end of the wire retainer, a plurality of boss parts provided on an other lateral side of the wire attachment part, and having heights different from each other, the wire retainer having an other end to be fastened to any one of the plurality of boss parts, and a fastener configured to fasten the wire retainer to the one of the plurality of boss parts, wherein the wire retainer includes a base plate, a first retaining rib formed on one surface of the base plate, and a second retaining rib formed on an other surface of the base plate, and having height different from height of the first retaining rib. a wire fastening structure configured to fasten a wire, characterized in that the wire fastening structure includes a wire attachment part on which a part of the wire is placed, a wire retainer configured to retain the part of the wire placed on the wire attachment part, a wall part provided on one lateral side of the wire attachment part, and having a plurality of opening ports each configured to receive a protrusion part formed at one end of the wire retainer, a plurality of boss parts provided on an other lateral side of the wire attachment part, and having heights different from each other, the wire retainer having an other end to be fastened to any one of the plurality of boss parts, and a fastener configured to fasten the wire retainer to the one of the plurality of boss parts, wherein the wire retainer includes a base plate, a first retaining rib formed on one surface of the base plate, and a second retaining rib formed on an other surface of the base plate, and having height different from height of the first retaining rib.
A cooking support which can be heated by induction, having an upper cooking surface and a lower cooking surface, the cooking support including a colaminated structure comprising a thermal diffusion layer, coated if desired, for forming the upper cooking surface, and a layer of ferromagnetic material, characterized in that the layer of ferromagnetic material is made of non-stainless steel and in that the colaminated structure includes a protective metal layer covering the layer of ferromagnetic material on the side opposite the thermal diffusion layer, and in that the protective metal layer is formed by an electrolytic nickel coating.
A parking brake valve device for controlling a spring-loaded parking brake in an electro-pneumatic brake system, wherein the parking brake valve device comprises: a compressed air inlet configured to connect to a compressed air supply, an electro-pneumatic handbrake valve configuration and a parking brake control outlet configured to connect a spring-loaded parking brake, a trailer control valve device configured to control a trailer control outlet and a trailer supply outlet for a trailer braking system, as well as a multiplex switching device (32, 132), which is connected to the compressed air inlet and comprises: - electro-pneumatic switching valves (10, 11, 30; 110, 111, 112), which are controllable via electric control signals (S1, S2, S3; S5, S6, S7) in order to selectively supply and remove compressed air to/from the electro-pneumatic handbrake valve configuration and/or of the trailer control valve device, and - an adjustment section, which can be connected via at least one electro-pneumatic valve (10, 11; 110) by connection by means of at least one electric control signal (S1, S2; S5) to the compressed air inlet and to a vent (1f, 110c), characterized in that the adjustment section can be connected via electro-pneumatic switching means (30; 111, 112) to the electro-pneumatic handbrake valve configuration and/or the trailer control valve device. a compressed air inlet configured to connect to a compressed air supply, an electro-pneumatic handbrake valve configuration and a parking brake control outlet configured to connect a spring-loaded parking brake, a trailer control valve device configured to control a trailer control outlet and a trailer supply outlet for a trailer braking system, as well as a multiplex switching device (32, 132), which is connected to the compressed air inlet and comprises: - electro-pneumatic switching valves (10, 11, 30; 110, 111, 112), which are controllable via electric control signals (S1, S2, S3; S5, S6, S7) in order to selectively supply and remove compressed air to/from the electro-pneumatic handbrake valve configuration and/or of the trailer control valve device, and - an adjustment section, which can be connected via at least one electro-pneumatic valve (10, 11; 110) by connection by means of at least one electric control signal (S1, S2; S5) to the compressed air inlet and to a vent (1f, 110c), - electro-pneumatic switching valves (10, 11, 30; 110, 111, 112), which are controllable via electric control signals (S1, S2, S3; S5, S6, S7) in order to selectively supply and remove compressed air to/from the electro-pneumatic handbrake valve configuration and/or of the trailer control valve device, and - an adjustment section, which can be connected via at least one electro-pneumatic valve (10, 11; 110) by connection by means of at least one electric control signal (S1, S2; S5) to the compressed air inlet and to a vent (1f, 110c), characterized in that the adjustment section can be connected via electro-pneumatic switching means (30; 111, 112) to the electro-pneumatic handbrake valve configuration and/or the trailer control valve device.