mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: a power supply section arranged to receive a three phase power source; a voltage wave sensor arranged to sense a voltage wave of the three phase power source received by the power supply section; characterized in that the air conditioner comprising: a power factor compensator connected to the power supply section arranged to compensate a power factor of the three phase power source and output compensated three phase power; a rectifier arranged to receive and rectify the compensated three phase power; and a controller for controlling an operation of the power factor compensator so that the power factor is compensated according to a voltage wave from the voltage wave sensor. a power supply section arranged to receive a three phase power source; a voltage wave sensor arranged to sense a voltage wave of the three phase power source received by the power supply section; characterized in that the air conditioner comprising: a power factor compensator connected to the power supply section arranged to compensate a power factor of the three phase power source and output compensated three phase power; a rectifier arranged to receive and rectify the compensated three phase power; and a controller for controlling an operation of the power factor compensator so that the power factor is compensated according to a voltage wave from the voltage wave sensor. a power factor compensator connected to the power supply section arranged to compensate a power factor of the three phase power source and output compensated three phase power; a rectifier arranged to receive and rectify the compensated three phase power; and a controller for controlling an operation of the power factor compensator so that the power factor is compensated according to a voltage wave from the voltage wave sensor.
A device for rapidly cooling extrudates of partially crystalline polymeric materials comprising a cooling tank filled with a cooling liquid, wherein at least one pivotably arranged calibration plate (k, k 1, k 2) and at least one deflection device for transporting the cooled extrudate are situated in the cooling tank, wherein the calibration plate consists of a coated cooling plate, into which cooling channels and a channel for the drag volume flow are inserted.
Fixation system for a bone comprising: - a bone screw having a screw head with an essentially spherical seat on which a head thread is built and - a bone plate for fixed-angle polyaxial blocking of the bone screw comprising: a topside of the plate with a screw inlet opening for inserting the bone screw, an underside of the plate provided for bone contact with a screw outlet opening, a through hole extending between the screw inlet opening and the screw outlet opening, a blocking section comprising at least one formable protrusion, formable by screwing in the bone screw for stable blocking of the bone screw at different angles to the hole axis, characterized in that the through hole comprises a guide section which tapers from the screw inlet opening in the direction of the screw outlet opening, so that the essentially spherical seat of the screw head slides along a guide surface of the guide section when the bone screw is screwing into the bone, displacing the bone plate, and is guided into the blocking section. - a bone screw having a screw head with an essentially spherical seat on which a head thread is built and - a bone plate for fixed-angle polyaxial blocking of the bone screw comprising: a topside of the plate with a screw inlet opening for inserting the bone screw, an underside of the plate provided for bone contact with a screw outlet opening, a through hole extending between the screw inlet opening and the screw outlet opening, a blocking section comprising at least one formable protrusion, formable by screwing in the bone screw for stable blocking of the bone screw at different angles to the hole axis, characterized in that the through hole comprises a guide section which tapers from the screw inlet opening in the direction of the screw outlet opening, so that the essentially spherical seat of the screw head slides along a guide surface of the guide section when the bone screw is screwing into the bone, displacing the bone plate, and is guided into the blocking section. a topside of the plate with a screw inlet opening for inserting the bone screw, an underside of the plate provided for bone contact with a screw outlet opening, a through hole extending between the screw inlet opening and the screw outlet opening, a blocking section comprising at least one formable protrusion, formable by screwing in the bone screw for stable blocking of the bone screw at different angles to the hole axis, characterized in that the through hole comprises a guide section which tapers from the screw inlet opening in the direction of the screw outlet opening, so that the essentially spherical seat of the screw head slides along a guide surface of the guide section when the bone screw is screwing into the bone, displacing the bone plate, and is guided into the blocking section.
A device for the reversible adsorption of carbon dioxide from a gas mixture, comprising: i) at least one adsorbent vessel comprising a plurality of gas permeable cartridges of an inert and dimensionally stable material, wherein each cartridge comprises a suitable polymeric particular adsorbent for carbon dioxide having a primary amino functionality at a total capacity of at least 2.0 eq./l, a surface area in the range of from 25 to 75 m 2 /g, and an average pore diameter of 1 to 200 nm, in a loose configuration, and wherein each cartridge further comprises a gas permeable membrane or mesh with an average pore diameter in the range of from 0.01 - 0.25mm, for holding the adsorbent, ii) means for desorption of adsorbed carbon dioxide from the adsorbent in each cartridge by a pressure, humidity and/or temperature adsorption swing in the cartridge, and iii) means for directing desorbed carbon dioxide from each cartridge; and iv) a means for heating the saturated adsorbent electrically to a temperature of from 60°C to 150°C. i) at least one adsorbent vessel comprising a plurality of gas permeable cartridges of an inert and dimensionally stable material, wherein each cartridge comprises a suitable polymeric particular adsorbent for carbon dioxide having a primary amino functionality at a total capacity of at least 2.0 eq./l, a surface area in the range of from 25 to 75 m 2 /g, and an average pore diameter of 1 to 200 nm, in a loose configuration, and wherein each cartridge further comprises a gas permeable membrane or mesh with an average pore diameter in the range of from 0.01 - 0.25mm, for holding the adsorbent, ii) means for desorption of adsorbed carbon dioxide from the adsorbent in each cartridge by a pressure, humidity and/or temperature adsorption swing in the cartridge, and iii) means for directing desorbed carbon dioxide from each cartridge; and iv) a means for heating the saturated adsorbent electrically to a temperature of from 60°C to 150°C.
A multimedia playing application control method, comprising: receiving (200, 100), by a terminal, physical indication information, wherein the physical indication information is used to control a multimedia playing application running in the terminal; converting (210, 110), by the terminal, the physical indication information into corresponding control indication information according to a preset correspondence; and sending, by the terminal, the control indication information to the multimedia playing application running in the terminal, wherein the control indication information is used to instruct the multimedia playing application to execute an operation corresponding to the control indication information; characterized in that the sending, by the terminal, the control indication information to the multimedia playing application running in the terminal specifically comprises: determining, by the terminal, a multimedia playing application to be controlled by the physical indication information; acquiring, by the terminal, a preset identifier corresponding to the to-be-controlled multimedia playing application; and broadcasting, by the terminal, a control message carrying the preset identifier and the control indication information, so that the to-be-controlled multimedia playing application receives and executes the control indication information. receiving (200, 100), by a terminal, physical indication information, wherein the physical indication information is used to control a multimedia playing application running in the terminal; converting (210, 110), by the terminal, the physical indication information into corresponding control indication information according to a preset correspondence; and sending, by the terminal, the control indication information to the multimedia playing application running in the terminal, wherein the control indication information is used to instruct the multimedia playing application to execute an operation corresponding to the control indication information; characterized in that the sending, by the terminal, the control indication information to the multimedia playing application running in the terminal specifically comprises: determining, by the terminal, a multimedia playing application to be controlled by the physical indication information; acquiring, by the terminal, a preset identifier corresponding to the to-be-controlled multimedia playing application; and broadcasting, by the terminal, a control message carrying the preset identifier and the control indication information, so that the to-be-controlled multimedia playing application receives and executes the control indication information. determining, by the terminal, a multimedia playing application to be controlled by the physical indication information; acquiring, by the terminal, a preset identifier corresponding to the to-be-controlled multimedia playing application; and broadcasting, by the terminal, a control message carrying the preset identifier and the control indication information, so that the to-be-controlled multimedia playing application receives and executes the control indication information.
A transfer device for transferring a flow of articles from a first conveyor drivable in a first direction to convey articles in the first direction to a second conveyor substantially parallel to the first conveyor and drivable in a second direction opposite to the first direction to convey articles in the second direction, the first and second conveyors (12, 14) having at least one curved portion, the transfer device comprising: a frame having a first section and a second section pivotally mounted to the first section, the second section pivotable relative to the first section along the curved portion of the first and second conveyors; a drive member rotatably mounted to the frame and arranged to be drivingly engaged simultaneously by the first and second conveyors (12, 14), the drive member arranged to be rotated relative to the frame when at least one of the first and second conveyors moves so that the frame travels along the first and second conveyors (12, 14) if a relative speed difference exists between the first and second conveyors (12, 14); an outer guide; an inner guide spaced from the outer guide defining between them a transfer path across the frame such that in use the transfer path is between the first conveyor and the second conveyor (12,14); and a movable guide mounted to the frame adjacent the outer guide, such that, in use, the movable guide defines an exit portion of the transfer path along the second conveyor, characterised in that the movable guide is drivable in a direction to lengthen the transfer path when the curved portion of the first and second conveyors (12, 14) causes a pivoting of the second section relative to the first section. a frame having a first section and a second section pivotally mounted to the first section, the second section pivotable relative to the first section along the curved portion of the first and second conveyors; a drive member rotatably mounted to the frame and arranged to be drivingly engaged simultaneously by the first and second conveyors (12, 14), the drive member arranged to be rotated relative to the frame when at least one of the first and second conveyors moves so that the frame travels along the first and second conveyors (12, 14) if a relative speed difference exists between the first and second conveyors (12, 14); an outer guide; an inner guide spaced from the outer guide defining between them a transfer path across the frame such that in use the transfer path is between the first conveyor and the second conveyor (12,14); and a movable guide mounted to the frame adjacent the outer guide, such that, in use, the movable guide defines an exit portion of the transfer path along the second conveyor, characterised in that the movable guide is drivable in a direction to lengthen the transfer path when the curved portion of the first and second conveyors (12, 14) causes a pivoting of the second section relative to the first section.
A transparent flexible glass display apparatus comprising: a flexible glass display configured to display image data portions; a first sensor configured to detect a bending of the display; a second sensor configured to detect a first area and a second area of the display which are brought into contact with each other due to bending of the display; and a controller configured to control at least one image data portion displayed in the first and second areas upon detection of contact between the first and second areas, wherein an image data portion displayed in any one of the first and second areas is distinguishable in the other area, wherein the controller is further configured to operate two different touch detection modes for the first and second areas of the display respectively such that the first area where a touch input is directly applied is operated at a normal touch sensitive mode and the second area where the touch input is indirectly applied via the first area is operated at a higher touch sensitive mode. a flexible glass display configured to display image data portions; a first sensor configured to detect a bending of the display; a second sensor configured to detect a first area and a second area of the display which are brought into contact with each other due to bending of the display; and a controller configured to control at least one image data portion displayed in the first and second areas upon detection of contact between the first and second areas, wherein an image data portion displayed in any one of the first and second areas is distinguishable in the other area, wherein the controller is further configured to operate two different touch detection modes for the first and second areas of the display respectively such that the first area where a touch input is directly applied is operated at a normal touch sensitive mode and the second area where the touch input is indirectly applied via the first area is operated at a higher touch sensitive mode.
A pharmaceutical composition suitable for oral administration, wherein the composition comprises nitisinone, or a pharmaceutically acceptable salt thereof, at least one saccharide, and glyceryl dibehenate and wherein the composition does not contain metal ions and pregelatinized starch or starch.
A bag in box container comprising: a tap dispenser engaged with said bag in box container; a front panel that is a dispensing side of said bag in box container, a rear panel opposite said front panel, opposing side panels connecting said front panel to said rear panel, a bottom panel below said tap dispenser, and a top panel opposite said bottom panel, wherein said front panel, said rear panel, said side panels, said top panel, and said bottom panel define an interior space; a dosing cup housed in said interior space, wherein said dosing cup comprises a closed end and an open end and a peripheral wall extending from said closed end to said open end; a predetermined removable portion in or facing said top panel, characterised in that when said predetermined removable portion is removed a dosing cup holder opening is opened and said dosing cup holder opening is sized and dimensioned such that said closed end can pass through said dosing cup holder opening and into said interior space and said open end is exterior to said bag in box container when said dosing cup is seated in said dosing cup holder opening, wherein said dosing cup holder opening comprises an open axis sized and dimensioned to receive index, middle, ring, and little fingers arranged in an extended side by side relationship of an individual adult human hand. a tap dispenser engaged with said bag in box container; a front panel that is a dispensing side of said bag in box container, a rear panel opposite said front panel, opposing side panels connecting said front panel to said rear panel, a bottom panel below said tap dispenser, and a top panel opposite said bottom panel, wherein said front panel, said rear panel, said side panels, said top panel, and said bottom panel define an interior space; a dosing cup housed in said interior space, wherein said dosing cup comprises a closed end and an open end and a peripheral wall extending from said closed end to said open end; a predetermined removable portion in or facing said top panel, characterised in that when said predetermined removable portion is removed a dosing cup holder opening is opened and said dosing cup holder opening is sized and dimensioned such that said closed end can pass through said dosing cup holder opening and into said interior space and said open end is exterior to said bag in box container when said dosing cup is seated in said dosing cup holder opening, wherein said dosing cup holder opening comprises an open axis sized and dimensioned to receive index, middle, ring, and little fingers arranged in an extended side by side relationship of an individual adult human hand.
An outlet structure for an encoder, comprising: an encoder case, a first cable through hole being disposed in the encoder case, a cable being capable of passing through the first cable through hole; a first metal ring, the metal ring being disposed in the first cable through hole and being sleevable onto a shielding layer of the cable, the metal ring being deformable under an external force to clasp the shielding layer; a fixing member, a second cable through hole being disposed in the fixing member, the cable being capable of passing through the second cable through hole, the fixing member being insertable with interference into the first cable through hole from an outer side of the encoder case for fixation; a first O-shaped ring, the first O-shaped ring being sleevable onto the fixing member, and the first O-shaped ring being insertable into the first cable through hole to seal a slit between the fixing member and the encoder case; and a second O-shaped ring, the second O-shaped ring being disposed in the second cable through hole and sleevable onto the cable, the second O-shaped ring being capable of sealing a slit of the fixing member and the cable, and the second O-shaped ring being further capable of applying an elastic force to the metal ring after the fixing member is inserted into the first cable through hole, such that the metal ring remains abutting against the encoder case. an encoder case, a first cable through hole being disposed in the encoder case, a cable being capable of passing through the first cable through hole; a first metal ring, the metal ring being disposed in the first cable through hole and being sleevable onto a shielding layer of the cable, the metal ring being deformable under an external force to clasp the shielding layer; a fixing member, a second cable through hole being disposed in the fixing member, the cable being capable of passing through the second cable through hole, the fixing member being insertable with interference into the first cable through hole from an outer side of the encoder case for fixation; a first O-shaped ring, the first O-shaped ring being sleevable onto the fixing member, and the first O-shaped ring being insertable into the first cable through hole to seal a slit between the fixing member and the encoder case; and a second O-shaped ring, the second O-shaped ring being disposed in the second cable through hole and sleevable onto the cable, the second O-shaped ring being capable of sealing a slit of the fixing member and the cable, and the second O-shaped ring being further capable of applying an elastic force to the metal ring after the fixing member is inserted into the first cable through hole, such that the metal ring remains abutting against the encoder case.
A transfer pump configured to move pellets of adhesive from a supply hopper to an adhesive melter, comprising: a pump housing including an adhesive inlet configured to receive pellets of adhesive from the supply hopper, an adhesive outlet configured to be coupled to an outlet hose leading to the adhesive melter, and an adhesive passage located between said adhesive inlet and said adhesive outlet, said adhesive passage defining a passage axis and a passage periphery; a first air nozzle communicating with said adhesive passage adjacent said adhesive inlet and configured to expel a first air jet in a direction generally along said passage axis to push pellets of adhesive through said adhesive passage; and a second air nozzle communicating with said adhesive passage between said adhesive inlet and said adhesive outlet, said second air nozzle configured to expel a plurality of second air jets in a direction generally along said passage periphery to draw pellets of adhesive through said adhesive passage with a vacuum force formed at said adhesive inlet. a pump housing including an adhesive inlet configured to receive pellets of adhesive from the supply hopper, an adhesive outlet configured to be coupled to an outlet hose leading to the adhesive melter, and an adhesive passage located between said adhesive inlet and said adhesive outlet, said adhesive passage defining a passage axis and a passage periphery; a first air nozzle communicating with said adhesive passage adjacent said adhesive inlet and configured to expel a first air jet in a direction generally along said passage axis to push pellets of adhesive through said adhesive passage; and a second air nozzle communicating with said adhesive passage between said adhesive inlet and said adhesive outlet, said second air nozzle configured to expel a plurality of second air jets in a direction generally along said passage periphery to draw pellets of adhesive through said adhesive passage with a vacuum force formed at said adhesive inlet.
A method for acquiring a specialized Control User Interface, CUI, in a remote control device of a home network, comprising the steps of: transmitting a first message to a client requesting a User Interface, UI, list; receiving the UI list from the client wherein the UI list comprises information on default CUIs for the client and information on a specialized CUI, wherein the information on a specialized CUI is received from a server, and wherein the specialized CUI is for controlling a Remote User Interface, RUI, currently running in the client; transmitting a second message to the client requesting the specialized CUI in accordance with the information on the specialized CUI in the UI list; and receiving the specialized CUI from the server via the client, in response to the second message. transmitting a first message to a client requesting a User Interface, UI, list; receiving the UI list from the client wherein the UI list comprises information on default CUIs for the client and information on a specialized CUI, wherein the information on a specialized CUI is received from a server, and wherein the specialized CUI is for controlling a Remote User Interface, RUI, currently running in the client; transmitting a second message to the client requesting the specialized CUI in accordance with the information on the specialized CUI in the UI list; and receiving the specialized CUI from the server via the client, in response to the second message.