mhurhangee/patent-ind-claim-en huggingface dataset:
A blow-molded plastic structure constructed using a blow-molding process, the blow-molded plastic structure comprising: a tabletop including an upper surface , a lower surface , and a hollow interior portion disposed between the upper surface and the lower surface of the tabletop ; a lip extending downwardly relative to the lower surface of the tabletop , the lip including an outer surface and an inner surface; an inwardly extending portion extending inwardly from the inner surface of the lip ; a frame and a side rail of the frame , the side rail including a receiving portion that receives the inwardly extending portion , the side rail including a first surface that supports the lower surface of the table top , a first surface of the receiving portion of the side rail that contacts a first surface of the inwardly extending portion , a second surface of the receiving portion of the side rail that contacts a second surface of the inwardly extending portion , and a second surface of the side rail that supports the inner surface of the lip , and wherein the side rail has a generally tubular configuration. a tabletop including an upper surface , a lower surface , and a hollow interior portion disposed between the upper surface and the lower surface of the tabletop ; a lip extending downwardly relative to the lower surface of the tabletop , the lip including an outer surface and an inner surface; an inwardly extending portion extending inwardly from the inner surface of the lip ; a frame and a side rail of the frame , the side rail including a receiving portion that receives the inwardly extending portion , the side rail including a first surface that supports the lower surface of the table top , a first surface of the receiving portion of the side rail that contacts a first surface of the inwardly extending portion , a second surface of the receiving portion of the side rail that contacts a second surface of the inwardly extending portion , and a second surface of the side rail that supports the inner surface of the lip , and wherein the side rail has a generally tubular configuration.
A method of deriving a single-dose platelet product from a plurality of buffy coats comprising: conveying a plurality of buffy coats into a centrifuge ; continuously separating platelets from other cellular blood components of the plurality of buffy coats in the centrifuge ; and collecting the separated platelets as a single-dose platelet product, wherein the flow rate of the buffy coat into the centrifuge is selected such that the plurality of buffy coats conveyed into the centrifuge for each single-dose platelet product comprises an amount at least equal to the amount of buffy coats derived from three units of whole blood and less than the amount of buffy coats derived from five units of whole blood. conveying a plurality of buffy coats into a centrifuge ; continuously separating platelets from other cellular blood components of the plurality of buffy coats in the centrifuge ; and collecting the separated platelets as a single-dose platelet product, wherein the flow rate of the buffy coat into the centrifuge is selected such that the plurality of buffy coats conveyed into the centrifuge for each single-dose platelet product comprises an amount at least equal to the amount of buffy coats derived from three units of whole blood and less than the amount of buffy coats derived from five units of whole blood.
A motorcycle comprising: a transmission configured to automatically shift gears between a driving shaft and a driven shaft to transmit power from the driving shaft to the driven shaft ; a first measuring unit configured to measure a magnitude of a roll angle of a vehicle body; a second measuring unit configured to measure an angular velocity of the roll angle of the vehicle body; and a controller configured to inhibit the transmission from shifting gears, based on the magnitude and the angular velocity of the roll angle, wherein the controller is configured to allow shifting gears, upon detecting the angular velocity that is at or smaller than a reference value in a direction of returning from an inclined position to the neutral position of the vehicle body. a transmission configured to automatically shift gears between a driving shaft and a driven shaft to transmit power from the driving shaft to the driven shaft ; a first measuring unit configured to measure a magnitude of a roll angle of a vehicle body; a second measuring unit configured to measure an angular velocity of the roll angle of the vehicle body; and a controller configured to inhibit the transmission from shifting gears, based on the magnitude and the angular velocity of the roll angle, wherein the controller is configured to allow shifting gears, upon detecting the angular velocity that is at or smaller than a reference value in a direction of returning from an inclined position to the neutral position of the vehicle body.
A distribution valve (D) which is suitable for use in dishwashers and comprises at least one body on which at least one inlet (G) for connection with a water supply and at least two outlets (C) for connection with at least two distributors are disposed; at least one plate which is positioned such that it can rotate within the body and which allows the fluid within the body to be fed into at least one of said outlets (C) while preventing the others from receiving the fluid; and at least one opening which is provided on the plate and through which the fluid is passed to reach at least one outlet (C), the distribution valve (D) comprising: • at least one drive element which is provided within the body and allows the fluid to hit against at least one blade thereof after passing through the inlet (G) such that the drive element rotates around an axis in its center, and which has at least one passage through which the fluid hitting against the blade is passed to reach at least one outlet (C); • at least one drive gear provided on the drive element ; • at least a first sealing member which is positioned on the side of the drive gear that faces the inlet (G) so as to prevent the fluid from reaching the drive gear ; • at least a first transmission gear which is in contact with the drive gear and makes a rotational movement by receiving the motion of the drive gear ; • at least one central gear to which the rotational motion transmitted by the first transmission gear is transferred and which is connected, on at least one end, with the plate ; • at least one connection end , by which the central gear is connected to the plate ; • wherein the distribution valve (D) is characterised in that the central gear comprises at least one rod which is positioned such that it passes through the center of the drive gear so as to extend towards the plate , which connects the part where it is connected to the first transmission gear , with a certain distance therebetween, to the connection end . • at least one drive element which is provided within the body and allows the fluid to hit against at least one blade thereof after passing through the inlet (G) such that the drive element rotates around an axis in its center, and which has at least one passage through which the fluid hitting against the blade is passed to reach at least one outlet (C); • at least one drive gear provided on the drive element ; • at least a first sealing member which is positioned on the side of the drive gear that faces the inlet (G) so as to prevent the fluid from reaching the drive gear ; • at least a first transmission gear which is in contact with the drive gear and makes a rotational movement by receiving the motion of the drive gear ; • at least one central gear to which the rotational motion transmitted by the first transmission gear is transferred and which is connected, on at least one end, with the plate ; • at least one connection end , by which the central gear is connected to the plate ; • wherein the distribution valve (D) is
A method for producing a ferric maltol composition comprising reacting elemental iron with maltol and recovering the ferric maltol that forms, wherein reacting elemental iron is carried out in the presence of oxygen and/or an oxidising agent.
A shaft seal assembly for sealing along a rotor shaft , which rotor shaft is rotatable about an axis of rotation, the assembly comprising: a seal housing having an interior surface , an exterior surface , an outer radial surface , a seal member bore , and a seal housing shaft bore , which seal housing shaft bore is configured to receive the rotor shaft ; an annular inner seal member configured to be disposed in the seal member bore ; an annular outer seal member configured to be disposed in the seal member bore ; an annular middle element disposed between the inner seal member and the outer seal member within the seal member bore ; and an end plate having an end plate shaft bore , wherein the end plate is attached to the seal housing and covers a portion of the seal member bore , which end plate shaft bore is configured to receive the rotor shaft ; wherein the middle element biases the inner seal member against the seal housing and biases the outer seal member against the end plate , wherein the shaft seal assembly is configured so that the seal members can travel radially some amount within the seal member bore of the seal housing and the biasing force is not great enough to prevent radial movement of the seal members relative to the seal housing ; characterised in that the annular inner seal member , the annular outer seal member , and the annular middle element are disposed within the seal housing in a manner so as to be non-rotatable during rotation of the rotor shaft . a seal housing having an interior surface , an exterior surface , an outer radial surface , a seal member bore , and a seal housing shaft bore , which seal housing shaft bore is configured to receive the rotor shaft ; an annular inner seal member configured to be disposed in the seal member bore ; an annular outer seal member configured to be disposed in the seal member bore ; an annular middle element disposed between the inner seal member and the outer seal member within the seal member bore ; and an end plate having an end plate shaft bore , wherein the end plate is attached to the seal housing and covers a portion of the seal member bore , which end plate shaft bore is configured to receive the rotor shaft ; wherein the middle element biases the inner seal member against the seal housing and biases the outer seal member against the end plate , wherein the shaft seal assembly is configured so that the seal members can travel radially some amount within the seal member bore of the seal housing and the biasing force is not great enough to prevent radial movement of the seal members relative to the seal housing ; characterised in that the annular inner seal member , the annular outer seal member , and the annular middle element are disposed within the seal housing in a manner so as to be non-rotatable during rotation of the rotor shaft .
An air conditioning unit, comprising a housing in which at least one air transport passage for directing an air flow within the housing is formed and in which an array of air distribution outlets connected to said at least one air transport passage is formed, and a plurality of air distribution pipes which are respectively joined to said air distribution outlets and configured to be connected to respective air outlets (D, V, F) for distributing air within a cabin of a vehicle, wherein each of said air distribution pipes is flexible and has a structure (23-25a, 23-25b) deployable and collapsible along the longitudinal axis (x) of the pipe, between a maximum retraction condition and a maximum extension condition, characterized in that said unit also comprises coupling means for locking the air distribution pipe in the maximum retraction condition, said coupling means being releasable or removable. a housing in which at least one air transport passage for directing an air flow within the housing is formed and in which an array of air distribution outlets connected to said at least one air transport passage is formed, and a plurality of air distribution pipes which are respectively joined to said air distribution outlets and configured to be connected to respective air outlets (D, V, F) for distributing air within a cabin of a vehicle, wherein each of said air distribution pipes is flexible and has a structure (23-25a, 23-25b) deployable and collapsible along the longitudinal axis (x) of the pipe, between a maximum retraction condition and a maximum extension condition, characterized in that said unit also comprises coupling means for locking the air distribution pipe in the maximum retraction condition, said coupling means being releasable or removable.
Laundry or tableware treatment appliance having a heat pump system , the heat pump system having a refrigerant loop, the appliance comprising: an article treatment chamber for treating articles using a medium; a first heat exchanger for heating a refrigerant; a second heat exchanger for cooling the refrigerant and heating the medium; a refrigerant expansion device arranged in the refrigerant loop between the second heat exchanger and the first heat exchanger , and a compressor arranged in the refrigerant loop between the first heat exchanger and the second heat exchanger , wherein said refrigerant is a blend comprising carbon dioxide (CO 2 ) and at least one hydrocarbon (HC), characterized in that said at least one hydrocarbon (HC) is one of the following hydrocarbons: Butane, Isobutane, Ethane or Propene. an article treatment chamber for treating articles using a medium; a first heat exchanger for heating a refrigerant; a second heat exchanger for cooling the refrigerant and heating the medium; a refrigerant expansion device arranged in the refrigerant loop between the second heat exchanger and the first heat exchanger , and a compressor arranged in the refrigerant loop between the first heat exchanger and the second heat exchanger , wherein said refrigerant is a blend comprising carbon dioxide (CO 2 ) and at least one hydrocarbon (HC), characterized in that said at least one hydrocarbon (HC) is one of the following hydrocarbons: Butane, Isobutane, Ethane or Propene.
Push window device comprising a rectangular window frame for fitting into a window opening in which window frame at least two window elements are arranged, wherein the window frame is formed from a profile running all the way around comprising a floor-side profile section, a ceiling-side profile section and two side profile sections, wherein the profile running all the way around is manufactured from plastic and in its cross-section incorporates at least two seating portions disposed adjacent to one another to seat one window element each, characterised in that the seating portions fit onto an arrangement of projecting elements disposed parallelly to one another by which the channels extending at right angles to the seating portions are formed to at least partly seat static elements , wherein on the floor-side profile section a base sash frame that incorporates force transmission supports that are directly or indirectly connected to static elements located in the channels is arranged in such a way that they absorb the loads acting on the static elements of the floor-side profile section .
An integrated router comprising: at least one network interface operative to wirelessly place a first network device in electronical communication with a second network device ; an AC power supply input operative to receive AC electrical power from a power supply ; an AC power supply output ; and a power cycling switch that electrically connects the power supply input to the power supply output , characterized in that the power cycling switch is operative to be toggled by a remote network device via the at least one network interface so as to power cycle the second network device , that the AC power supply output is operative to provide the AC electrical power to the second network device , wherein the at least one network interface , the power supply input , the power supply output and the power cycling switch are embodied in a single device, namely the integrated router . at least one network interface operative to wirelessly place a first network device in electronical communication with a second network device ; an AC power supply input operative to receive AC electrical power from a power supply ; an AC power supply output ; and a power cycling switch that electrically connects the power supply input to the power supply output , characterized in that the power cycling switch is operative to be toggled by a remote network device via the at least one network interface so as to power cycle the second network device , that the AC power supply output is operative to provide the AC electrical power to the second network device , wherein the at least one network interface , the power supply input , the power supply output and the power cycling switch are embodied in a single device, namely the integrated router .
A method for externally providing access to a resource that is internal to a network, the method comprising: accessing an identifier that is resolvable, using an internal domain name server within a network, to an internal network address of a resource within the network, but the identifier not being resolvable to that resource using an external domain name server; automatically determining that an external uniform resource locator is to be generated using the identifier; in response to the determination, generating an external uniform resource locator that is structured so as to be resolved by the external domain name server to a server computing system that is configured to determine the identifier from the external uniform resource locator, to attempt to utilize the internal domain name server to resolve the identifier to the internal network address of the resource, and if the attempt is successful, provide the resource to an entity that caused the external uniform resource locator to be selected; and providing the external uniform resource locator so that the external uniform resource locator may be selected to obtain access from external to the network to the resource that is internal to the network. accessing an identifier that is resolvable, using an internal domain name server within a network, to an internal network address of a resource within the network, but the identifier not being resolvable to that resource using an external domain name server; automatically determining that an external uniform resource locator is to be generated using the identifier; in response to the determination, generating an external uniform resource locator that is structured so as to be resolved by the external domain name server to a server computing system that is configured to determine the identifier from the external uniform resource locator, to attempt to utilize the internal domain name server to resolve the identifier to the internal network address of the resource, and if the attempt is successful, provide the resource to an entity that caused the external uniform resource locator to be selected; and providing the external uniform resource locator so that the external uniform resource locator may be selected to obtain access from external to the network to the resource that is internal to the network.
An air-conditioning apparatus including a refrigeration cycle circuit including a compressor , a heat source side heat exchanger , at least one expansion valve (16a - 16e), and an intermediate heat exchanger connected to one another via refrigerant pipes, the intermediate heat exchanger being configured to exchange heat between a refrigerant and a heat medium, a heat medium circulation circuit including the intermediate heat exchanger , a pump configured to convey the heat medium, and a use side heat exchanger connected to one another via heat medium pipes, a fan provided to the use side heat exchanger, a temperature sensor configured to detect the temperature of the heat medium, a control device configured to control the compressor and the pump ; wherein the control device is configured to perform an air conditioning operation mode including a cooling operation mode and heating operation mode, and a heat medium temperature adjustment operation mode in which when the detection result of the heat medium temperature falls outside a predetermined temperature range while the compressor and the pump are temporarily kept stopped, the compressor and the pump are driven to cause the intermediate heat exchanger to exchange heat between the refrigerant and the heat medium so that the heat medium is heated or cooled to have a temperature that falls within the predetermined temperature range, characterized in that the control device is further configured to control the fan, and in the heat medium temperature adjustment operation mode, keep the fan stopped or operate the fan with a reduced amount of air.
A printing apparatus comprising: a printing mechanism ; a display ; a print controller configured to control the printing mechanism to print an image on a print medium (W); and a display controller configured to make the display display a preview image in which the image to be printed on the print medium (W) and a processing position where processing is performed on the print medium (W) after the printing are superimposed with each other; characterised in that the display controller performs a correction process configured to correct the processing position based on a shrinkage ratio of the print medium (W), and makes the display display the preview image including the processing position on which the correction process was performed. a printing mechanism ; a display ; a print controller configured to control the printing mechanism to print an image on a print medium (W); and a display controller configured to make the display display a preview image in which the image to be printed on the print medium (W) and a processing position where processing is performed on the print medium (W) after the printing are superimposed with each other; characterised in that the display controller performs a correction process configured to correct the processing position based on a shrinkage ratio of the print medium (W), and makes the display display the preview image including the processing position on which the correction process was performed.