mhurhangee/ep-ind-claims huggingface dataset:
Method for feeding material into a rotary shaper device in a pneumatic pipe transport system for material, which method comprises the step of conducting the material along a feeder channel to the rotary shaper device, in which case the material (w) to be handled is conducted into the rotary shaper device and/or through it by the aid of at least partly the suction and/or a pressure difference of the pneumatic pipe transport system, characterized in that in the method the material (w) is impacted on in the feeder channel with several guide means (20, 30, 40), which guide means extend in the feeder channel a distance from a wall of the feeder channel, and which guide means are arranged distributed on the rim of the feeder channel and configured to reduce the undesirable rotation of the material (w) in the feeder channel.
An air extraction device with an intake opening, an air guiding passage for an air flow adjoining the intake opening and extending with a first section through a rotatingly drivable fan wheel in radial direction outwardly and with a second section, adjoining the outflow opening of the fan wheel with deflection of the air flow in an approximately axial direction relative to the fan wheel and is configured so as to end in a blow-out opening, wherein the second section has a lateral wall positioned at a spacing opposite to the outflow opening of the fan wheel, wherein the second section comprises a flow-through space arranged in the rotational plane of the fan wheel, that adjoins the outflow openings of the fan wheel, that is delimited in radial direction by the lateral wall and in which no air guiding devices are arranged, wherein vanes arranged in the fan wheel have a design by means of which the air flow, upon exiting from the fan wheel, exits in radial direction from the outflow openings and is directed through the flow-through space onto the lateral wall, wherein the shape of the lateral wall is matched to the flow course of the air flow through the flow-through space and widens in the flow direction of the air flow.
An agitator comprising a) a drive unit coupled by means of a coupling to a first end of a second drive shaft, b) a propeller attached to a second end of the second drive shaft, c) the drive unit being attached to a mounting flange adapted for fastening the agitator to a wall of a mixing vessel, d) the agitator further comprising a support housing having at least a tubular support frame with a first end and a second end, e) the first end of the tubular support frame being attached to the mounting flange, f) the second end of the tubular support frame being provided with a support bearing for supporting the second end of the second drive shaft, the support bearing being a slide bearing, g) a shaft seal arranged at the first end of the tubular support frame, the shaft seal being provided with means for locking the shaft seal on the second drive shaft, and the shaft seal being fastened either to the mounting flange or to the first end of the tubular support frame, h) sealing means arranged in connection with the second end of both the second drive shaft and the tubular support frame, the sealing means comprising a sealing member and a counter surface, and i) an intermediate frame between the drive unit and the mounting flange comprising an opening or window, characterized in a carrier provided at one of the mounting flange and the first end of the tubular support frame adapted for locking the second drive shaft immobile in both axial and circumferential directions for the maintenance of the shaft seal. a) a drive unit coupled by means of a coupling to a first end of a second drive shaft, b) a propeller attached to a second end of the second drive shaft, c) the drive unit being attached to a mounting flange adapted for fastening the agitator to a wall of a mixing vessel, d) the agitator further comprising a support housing having at least a tubular support frame with a first end and a second end, e) the first end of the tubular support frame being attached to the mounting flange, f) the second end of the tubular support frame being provided with a support bearing for supporting the second end of the second drive shaft, the support bearing being a slide bearing, g) a shaft seal arranged at the first end of the tubular support frame, the shaft seal being provided with means for locking the shaft seal on the second drive shaft, and the shaft seal being fastened either to the mounting flange or to the first end of the tubular support frame, h) sealing means arranged in connection with the second end of both the second drive shaft and the tubular support frame, the sealing means comprising a sealing member and a counter surface, and i) an intermediate frame between the drive unit and the mounting flange comprising an opening or window,
A dual band pit lid antenna configured for being positioned on a surface of a pit lid and being arranged to transmit a wireless signal at first and second wireless transmission frequencies in response to an electrical signal being applied via a feed wire, the antenna comprising - a planar conductive ground plane element, - a conductive dome shaped radiator element positioned above the conductive ground plane element with a convex upper surface facing away from the conductive ground plane element, wherein a part of an circumferential edge of the dome shaped radiator element is in electrical contact with the conductive ground plane element, wherein the dome shaped radiator element is electrically connected to the feed wire, and wherein the conductive ground plane element and the dome shaped radiator element are configured to provide first and second resonance frequencies to match the first and second wireless transmission frequencies, and - a housing arranged to form an enclosure around the conductive ground plane element and the dome shaped radiator element, where the housing is provided with a convex top surface and a plane bottom surface arranged to face a surface of a pit lid. - a planar conductive ground plane element, - a conductive dome shaped radiator element positioned above the conductive ground plane element with a convex upper surface facing away from the conductive ground plane element, wherein a part of an circumferential edge of the dome shaped radiator element is in electrical contact with the conductive ground plane element, wherein the dome shaped radiator element is electrically connected to the feed wire, and wherein the conductive ground plane element and the dome shaped radiator element are configured to provide first and second resonance frequencies to match the first and second wireless transmission frequencies, and - a housing arranged to form an enclosure around the conductive ground plane element and the dome shaped radiator element, where the housing is provided with a convex top surface and a plane bottom surface arranged to face a surface of a pit lid.
Household refrigeration appliance with a housing, in which a receiving space (3, 4) for food is embodied, and with a door (5, 6) which is arranged on the housing so as to be able to pivot about a pivot axis in order to close the receiving space (3, 4) with a bearing unit on a stop side, wherein the door (5, 6) has recessed grips (7, 8, 11, 12) on opposing vertical narrow sides (5a, 5b, 6a, 6b), and the pivot axis is embodied outside of the recessed grip (7, 8, 11, 12) embodied on the stop side, wherein a door-side bearing part (14, 15, 16, 17) having the pivot axis is arranged in a door end piece (5c, 5d, 6c, 6d), characterised in that a housing-side bearing pin (24, 25) which defines the pivot axis is arranged adjoining the recessed grip (7, 8, 11, 12) in the longitudinal direction of the recessed grip (7, 8, 11, 12) and without an overlap with the recessed grip (7, 8, 11, 12) in the longitudinal direction of the recessed grip (7, 8, 11, 12).
A work station for use in a system for medical dose preparation management, the work station comprising: a medication preparation staging region operable to supportably engage a medication receptacle; an imaging device having an imaging field encompassing at least a portion of the medication preparation staging region, the imaging device being located at least partially within a housing, wherein the imaging field extends through an opening of the housing; at least one light source disposed in the housing, wherein the at least one light source is operable to emit light from the housing through the opening of the housing in a direction toward the medication preparation staging region; a first polarization filter disposed between the imaging device and the medication preparation staging region; a second polarization filter disposed between the at least one light source and the medication preparation staging region; and wherein the first polarization filter and the second polarization filter cover at least a portion of the opening of the housing and are disposed in non-overlapping relation, and wherein the first polarization filter and the second polarization filter are configured to reduce glare from objects in the medication preparation staging region. a medication preparation staging region operable to supportably engage a medication receptacle; an imaging device having an imaging field encompassing at least a portion of the medication preparation staging region, the imaging device being located at least partially within a housing, wherein the imaging field extends through an opening of the housing; at least one light source disposed in the housing, wherein the at least one light source is operable to emit light from the housing through the opening of the housing in a direction toward the medication preparation staging region; a first polarization filter disposed between the imaging device and the medication preparation staging region; a second polarization filter disposed between the at least one light source and the medication preparation staging region; and wherein the first polarization filter and the second polarization filter cover at least a portion of the opening of the housing and are disposed in non-overlapping relation, and wherein the first polarization filter and the second polarization filter are configured to reduce glare from objects in the medication preparation staging region.
A semiconductor light emitting device comprising: a light emitting structure comprising a first-conductivity-type semiconductor layer, an active layer, and a second-conductivity-type semiconductor layer; and a pattern formed on at least one light emitting surface among the surfaces (121, 123) of the light emitting structure, the pattern having a plurality of convex or concave parts (130a, 130b, 130c) that are similar in shape, characterized in that the light emitting surface with the pattern formed thereon has a plurality of virtual reference regions that are equal in size and are arranged in a regular manner at an interval which is equal to or smaller than 0.5 μm, each one of the convex or concave parts (130a, 130b, 130c) is disposed in a respective one of the reference regions such that a part of the edge of each one of the convex or concave parts (130a, 130b, 130c) is in contact with the outline of the respective one of the plurality of virtual reference regions, and the convex or concave parts (130a, 130b, 130c) are sequentially disposed in the reference regions in such a manner as to rotate around the centers of the reference regions in a clockwise or counterclockwise direction. a light emitting structure comprising a first-conductivity-type semiconductor layer, an active layer, and a second-conductivity-type semiconductor layer; and a pattern formed on at least one light emitting surface among the surfaces (121, 123) of the light emitting structure, the pattern having a plurality of convex or concave parts (130a, 130b, 130c) that are similar in shape, characterized in that the light emitting surface with the pattern formed thereon has a plurality of virtual reference regions that are equal in size and are arranged in a regular manner at an interval which is equal to or smaller than 0.5 μm, each one of the convex or concave parts (130a, 130b, 130c) is disposed in a respective one of the reference regions such that a part of the edge of each one of the convex or concave parts (130a, 130b, 130c) is in contact with the outline of the respective one of the plurality of virtual reference regions, and the convex or concave parts (130a, 130b, 130c) are sequentially disposed in the reference regions in such a manner as to rotate around the centers of the reference regions in a clockwise or counterclockwise direction.
A tea preparation apparatus comprising a first containment means to boil water, a second containment means placeable underneath said first containment means to establish a fluid passage thereinbetween and a third containment means placeable on top of said first containment means in thermal communication therewith, said first containment means having electrical heating means characterized in that said second containment means comprises a transfer means initiating transfer of fluid content from said second containment means to said third containment means, said transfer means being in communication with an evacuation conduit, the latter effecting transfer of fluid content therethrough.
Apparatus for creating a cavity in the ground from a starting point to a target point along a boring line for introduction of a support system for keeping the cavity open, having a driving head, at the outer end of which provision is made of at least one cutting element for breaking up the ground, wherein the driving head has a receiving space which has an opening to which a discharging line is connected, provision being made in said receiving space of at least one first nozzle for delivering a liquid for transporting the broken-up ground away from the receiving space, provision being made of said at least one nozzle such that its delivery opening is oriented substantially in the direction of the discharging line, wherein the driving is realized via an advancement device, and wherein provision is made of at least one second nozzle which is arranged such that its delivery opening is directed substantially at the ground to be broken up, characterized in that the drilling apparatus is designed such that it drills vertically upwards out of a tunnel, in that the receiving space is of conical form, in that the opening is arranged centrally in the cone, and in that the first nozzle is arranged such that the delivered liquid jet is delivered along the surface of the conical receiving space towards the opening.
24-membered cyclooctadepsipeptides PF1022-V, PF1022-W, XRB-C894, XRB-C942, XRB-C976, XRB-C1010, XRB-C1044, XRB-E922, XRB-E956, XRB-E990, XRB-E1024, XRB-S958, XRB-S992, XRB-S1026, XRB-S1060 having the formulas:
An air conditioner, comprising a refrigerant circuit including a compressor, a decompression structure, an outdoor heat exchanger, an indoor heat exchanger, and a radiation heat exchanger, wherein the refrigerant circuit is configured to cause a high temperature refrigerant to flow in the radiation heat exchanger during a radiation heating operation, wherein the refrigerant circuit includes: a principal channel having the decompression structure, the outdoor heat exchanger, and the compressor in this order; a first channel provided with the indoor heat exchanger, which connects a branching section and a merging section, the branching section being provided in a position which, during the heating operation, is on the downstream side of the compressor in the principal channel, and the merging section being provided in a position which, during the heating operation, is on the upstream side of the decompression structure; and a second channel provided with the radiation heat exchanger, which connects the branching section and the merging section with the first channel in parallel during the heating operation, characterized in that a first temperature sensor is provided in a conduit which, during the heating operation, is on the upstream side of the radiation heat exchanger in the second channel and a second temperature sensor is provided at a conduit which, during the heating operation, is on the downstream side of the radiation heat exchanger in the second channel, wherein: the refrigerant circuit has a valve structure provided at the conduit which, during the heating operation, is on the upstream side of the radiation heat exchanger in the second channel or the conduit which, during the heating operation, is on the downstream side of the radiation heat exchanger in the second channel; and the valve structure is controlled based on a first temperature detected by the first temperature sensor, and a second temperature detected by the second temperature sensor.
A saddle riding vehicle comprising: a light emitting device configured to radiate light to outside of the vehicle; an object information acquisition device configured to acquire information of an object outside the vehicle; a control board, to which the light emitting device is attached, configured to control the light emitting device; and an accommodating case configured to accommodate the light emitting device, the object information acquisition device, and the control board, wherein the object information acquisition device is supported by the control board, wherein the light emitting device is supported by one surface of the control board, the object information acquisition device is supported by the other surface of the control board, the accommodating case comprises an outer lens, the object information acquisition device acquires information of the object through the outer lens, and the light radiated from the light emitting device passes through the outer lens and is radiated to outside of the accommodating case. a light emitting device configured to radiate light to outside of the vehicle; an object information acquisition device configured to acquire information of an object outside the vehicle; a control board, to which the light emitting device is attached, configured to control the light emitting device; and an accommodating case configured to accommodate the light emitting device, the object information acquisition device, and the control board, wherein the object information acquisition device is supported by the control board, wherein the light emitting device is supported by one surface of the control board, the object information acquisition device is supported by the other surface of the control board, the accommodating case comprises an outer lens, the object information acquisition device acquires information of the object through the outer lens, and
A tapping device, comprising a container with at least one beverage valve and a connecting device for connection to and operation of the beverage valve, wherein the connecting device is connected to a beverage dispense line (2, 34) and a gas supply line, and wherein cooling means are provided for cooling the connecting device, characterized in that the connecting device is provided with the cooling means.
A method for manufacturing a tower structure of a wind turbine, the method comprising: additively printing at least a portion of a frame shape of the tower structure of the wind turbine from a first material on a foundation of the tower structure, the first material having a first cure rate; allowing the portion of the frame shape of the tower structure to at least partially solidify; providing a second material around and/or within the portion of the frame shape such that the portion of the frame shape provides support for the second material, the second material having a second cure rate, the second cure rate slower than the first cure rate; forming one or more voids in the second material; and allowing the second material to at least partially solidify so as to form the tower structure. additively printing at least a portion of a frame shape of the tower structure of the wind turbine from a first material on a foundation of the tower structure, the first material having a first cure rate; allowing the portion of the frame shape of the tower structure to at least partially solidify; providing a second material around and/or within the portion of the frame shape such that the portion of the frame shape provides support for the second material, the second material having a second cure rate, the second cure rate slower than the first cure rate; forming one or more voids in the second material; and allowing the second material to at least partially solidify so as to form the tower structure.
Apparatus for the controlled delivery of a gas from a mobile container, wherein said apparatus comprises: - a gas flow measurement and regulation unit configured to measure and regulate a flow of the gas from the mobile container; - a connection unit configured to connect the gas flow measurement and regulation unit to said mobile container, said connection unit comprising a connection member associated with a deliverer of said mobile container by means of an anchoring member with two positions; - an actuator element configured to define said two positions of said anchoring member, - a management unit coupled to the gas flow measurement and regulation unit, the management unit being configured to control and manage said gas flow measurement and regulation unit, on the basis of information correlated to a quantity of said gas to be delivered; - a clamping element configured to cooperate with said actuator element, or a connection body connected to said actuator element, in order to allow, during use, said actuator element to rotate around its own longitudinal axis for a rotation portion defined so as to allow at least one of the delivery of the gas or an interruption of the delivery of the gas; characterized in said actuator element being conditioned by a key connectable to a lock present in said actuator element, the apparatus further comprising one or more security pins being inserted inside the actuator element and configured to prevent a rotation of said actuator element, wherein the security pins are removable using said key and wherein when said security pins are inserted inside the actuator element the apparatus cannot be removed from the mobile container; - an electronic clamping device configured to hold said clamping element in position and to free said clamping element responsively to receiving a command signal from said management unit. - a gas flow measurement and regulation unit configured to measure and regulate a flow of the gas from the mobile container; - a connection unit configured to connect the gas flow measurement and regulation unit to said mobile container, said connection unit comprising a connection member associated with a deliverer of said mobile container by means of an anchoring member with two positions; - an actuator element configured to define said two positions of said anchoring member, - a management unit coupled to the gas flow measurement and regulation unit, the management unit being configured to control and manage said gas flow measurement and regulation unit, on the basis of information correlated to a quantity of said gas to be delivered; - a clamping element configured to cooperate with said actuator element, or a connection body connected to said actuator element, in order to allow, during use, said actuator element to rotate around its own longitudinal axis for a rotation portion defined so as to allow at least one of the delivery of the gas or an interruption of the delivery of the gas; - an electronic clamping device configured to hold said clamping element in position and to free said clamping element responsively to receiving a command signal from said management unit.