mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for use in the treatment of substrates with a solid particulate material, said apparatus comprising: (a) a housing having mounted therein a rotatably mounted drum having an inner surface and an end wall; and (b) access means for introducing said substrates into said drum, wherein said drum comprises storage means (2, 2a, 2b) for storage of said solid particulate material and a plurality of flow paths (5, 6) to facilitate flow of said solid particulate material between said storage means (2, 2a, 2b) and the interior of said drum, wherein said drum comprises a dispensing flow path to facilitate flow of said solid particulate material from said storage means (2, 2a, 2b) to the interior of said drum, and a collecting flow path to facilitate flow of said particulate material from the interior of said drum to said storage means (2, 2a, 2b), wherein said drum has at least one elongate protrusion (3a, 3b, 3c, 3d, 25) located on said inner surface of said drum wherein the elongate protrusion (3a, 3b, 3c, 3d, 25) extends in a direction away from said end wall; and wherein the inner surface of said drum comprises perforations which have dimensions smaller than the dimensions of the solid particulate material so as to permit passage of fluids into and out of said drum but to prevent egress of said solid particulate material; characterised in that said dispensing flow path and said collecting flow path are different flow paths. (a) a housing having mounted therein a rotatably mounted drum having an inner surface and an end wall; and (b) access means for introducing said substrates into said drum, wherein said drum comprises storage means (2, 2a, 2b) for storage of said solid particulate material and a plurality of flow paths (5, 6) to facilitate flow of said solid particulate material between said storage means (2, 2a, 2b) and the interior of said drum, wherein said drum comprises a dispensing flow path to facilitate flow of said solid particulate material from said storage means (2, 2a, 2b) to the interior of said drum, and a collecting flow path to facilitate flow of said particulate material from the interior of said drum to said storage means (2, 2a, 2b), wherein said drum has at least one elongate protrusion (3a, 3b, 3c, 3d, 25) located on said inner surface of said drum wherein the elongate protrusion (3a, 3b, 3c, 3d, 25) extends in a direction away from said end wall; and wherein the inner surface of said drum comprises perforations which have dimensions smaller than the dimensions of the solid particulate material so as to permit passage of fluids into and out of said drum but to prevent egress of said solid particulate material; characterised in that said dispensing flow path and said collecting flow path are different flow paths.
A safety system for protection against safety hazards at home, the system configured to control the operation of household appliances (subsequently appliance), comprising an accessory, which is located in connection with an appliance either as a separate unit or as a portion of the controlled appliance and which is attachable to an operating energy supply of the appliance, and which accessory includes: - connections (3, 9) for sensors (17, 23) monitoring an operating environment of the appliance; - measuring means (7, 12) for measuring electric power or flow rate of gas claimed by the appliance; - a processor or a control logic for processing information received by way of said connections (3, 9) and measuring results received from said measuring means (7, 12), and - control outputs (6, 13) for controlling the operation or operating energy of the appliance, the accessory being configured to monitor signals from said sensors and the operating status of the appliance on the basis of energy consumed by the appliance, and being configured to verify the active presence of a user by monitoring active cycles of the appliance, the accessory being assigned an operation control intelligence enabling an independent activity. - connections (3, 9) for sensors (17, 23) monitoring an operating environment of the appliance; - measuring means (7, 12) for measuring electric power or flow rate of gas claimed by the appliance; - a processor or a control logic for processing information received by way of said connections (3, 9) and measuring results received from said measuring means (7, 12), and - control outputs (6, 13) for controlling the operation or operating energy of the appliance,
A method for providing delay information in a multi-antenna transmission system, comprising: selecting a time delay value from a set of time delay values; informing a mobile station of information related to the selected time delay value; and transmitting data from a first antenna and the data from a second antenna, the data being transmitted from the second antenna after the data is transmitted from the first antenna according to the selected time delay value, wherein selecting the time delay value is based on a random method, characterized by; according to the random method, the time delay value is randomly selected based on a probability associated with each time delay value in the set of time delay values. selecting a time delay value from a set of time delay values; informing a mobile station of information related to the selected time delay value; and transmitting data from a first antenna and the data from a second antenna, the data being transmitted from the second antenna after the data is transmitted from the first antenna according to the selected time delay value, wherein selecting the time delay value is based on a random method, characterized by; according to the random method, the time delay value is randomly selected based on a probability associated with each time delay value in the set of time delay values.
A display apparatus comprising: a chassis (110, 180); a display panel provided on a first side of the chassis (110, 180), a connection unit coupled to a second side of the chassis (110, 180), the connection unit comprising a bracket link configured to connect to a stand neck of a stand; a rear cover provided on the second side of the chassis (110, 180), the rear cover comprising a first through hole through which the bracket link extends to connect to the stand neck; and wherein the connection unit is configured to perform at least one of sliding or tilting and sliding of the chassis (110, 180) with respect to the stand by movement of the bracket link along the first through hole, and wherein the chassis (110, 180) is configured to slide with respect to the stand along a direction in which the first through hole extends. a chassis (110, 180); a display panel provided on a first side of the chassis (110, 180), a connection unit coupled to a second side of the chassis (110, 180), the connection unit comprising a bracket link configured to connect to a stand neck of a stand; a rear cover provided on the second side of the chassis (110, 180), the rear cover comprising a first through hole through which the bracket link extends to connect to the stand neck; and wherein the connection unit is configured to perform at least one of sliding or tilting and sliding of the chassis (110, 180) with respect to the stand by movement of the bracket link along the first through hole, and wherein the chassis (110, 180) is configured to slide with respect to the stand along a direction in which the first through hole extends.
A cationic polymer resulting from the polymerization of: (a) a 1,ω-dibromoalkyl monomer; and (b) a ω,ω'-diaminoalkyl disulfide monomer, and optionally; (c) a 1,ω-diaminoalkyl monomer. (a) a 1,ω-dibromoalkyl monomer; and (b) a ω,ω'-diaminoalkyl disulfide monomer, and optionally; (c) a 1,ω-diaminoalkyl monomer.
A method of restoring an exhaled carbon dioxide (CO 2) concentration level, comprising: providing an input oxygen flow to a mask attached to a subject; using, a CO2 monitoring system configured to monitor CO 2 exhaled by the subject into the mask during a respiration cycle, to perform the steps of: drawing, from the mask, a gas sample (146; 320) including exhaled CO 2 and oxygen (O 2) admixture originating from the input oxygen flow; detecting, in the gas sample, a concentration level for the CO 2 and for the O 2 admixture; and restoring a concentration level of the CO 2 as exhaled by the subject during the respiration cycle based on characteristics of the input oxygen flow and the concentration level of the oxygen admixture detected in the gas sample (146; 320); and displaying, on a computer display, for the respiration cycle, a signal representing the restored concentration level of the exhaled CO 2. providing an input oxygen flow to a mask attached to a subject; using, a CO2 monitoring system configured to monitor CO 2 exhaled by the subject into the mask during a respiration cycle, to perform the steps of: drawing, from the mask, a gas sample (146; 320) including exhaled CO 2 and oxygen (O 2) admixture originating from the input oxygen flow; detecting, in the gas sample, a concentration level for the CO 2 and for the O 2 admixture; and restoring a concentration level of the CO 2 as exhaled by the subject during the respiration cycle based on characteristics of the input oxygen flow and the concentration level of the oxygen admixture detected in the gas sample (146; 320); and drawing, from the mask, a gas sample (146; 320) including exhaled CO 2 and oxygen (O 2) admixture originating from the input oxygen flow; detecting, in the gas sample, a concentration level for the CO 2 and for the O 2 admixture; and restoring a concentration level of the CO 2 as exhaled by the subject during the respiration cycle based on characteristics of the input oxygen flow and the concentration level of the oxygen admixture detected in the gas sample (146; 320); and displaying, on a computer display, for the respiration cycle, a signal representing the restored concentration level of the exhaled CO 2.
A voltage detection system, comprising: a first voltage detector, for detecting whether an input voltage reaches a first voltage level; a second voltage detector, coupled to the first voltage detector, for detecting whether the input voltage reaches a second voltage level; and a third voltage detector, coupled to the first voltage detector, for detecting whether the input voltage reaches a third voltage level; wherein the first voltage detector is adapted to output a control signal to control a status of the second voltage detector according to a detection result of the first voltage detector, and the control signal further controls a status of the third voltage detector according to the detection result of the first voltage detector; wherein the second voltage level is lower than the first voltage level; wherein the first voltage detector is adapted to output the control signal to turn off the second voltage detector and the third voltage detector when the input voltage is greater than the first voltage level; wherein the first voltage detector is adapted to output the control signal to turn on the second voltage detector when the input voltage is smaller than the first voltage level; wherein the third voltage level is lower than the first voltage level; and wherein the first voltage detector is adapted to output the control signal to turn on the third voltage detector when the input voltage is smaller than the first voltage level. a first voltage detector, for detecting whether an input voltage reaches a first voltage level; a second voltage detector, coupled to the first voltage detector, for detecting whether the input voltage reaches a second voltage level; and a third voltage detector, coupled to the first voltage detector, for detecting whether the input voltage reaches a third voltage level; wherein the first voltage detector is adapted to output a control signal to control a status of the second voltage detector according to a detection result of the first voltage detector, and the control signal further controls a status of the third voltage detector according to the detection result of the first voltage detector; wherein the second voltage level is lower than the first voltage level; wherein the first voltage detector is adapted to output the control signal to turn off the second voltage detector and the third voltage detector when the input voltage is greater than the first voltage level; wherein the first voltage detector is adapted to output the control signal to turn on the second voltage detector when the input voltage is smaller than the first voltage level; wherein the third voltage level is lower than the first voltage level; and wherein the first voltage detector is adapted to output the control signal to turn on the third voltage detector when the input voltage is smaller than the first voltage level.
Method for viewing an ultraviolet-reflecting power of a spectacle lens, comprising: - exposing one face of the lens to a primary ultraviolet radiation, so that a secondary ultraviolet radiation is produced by reflection of said primary ultraviolet radiation from the face of the lens, said method being characterized in that it furthermore comprises: - obtaining a revealing surface having a visual appearance that varies depending on an ultraviolet radiation intensity received by said surface; and - placing the revealing surface in the secondary ultraviolet radiation so that it may be seen by an observer, the spectacle lens being placed on a holder that absorbs ultraviolet radiation, via that face of said lens which is opposite the face exposed to the primary ultraviolet radiation. - exposing one face of the lens to a primary ultraviolet radiation, so that a secondary ultraviolet radiation is produced by reflection of said primary ultraviolet radiation from the face of the lens, said method being characterized in that it furthermore comprises: - obtaining a revealing surface having a visual appearance that varies depending on an ultraviolet radiation intensity received by said surface; and - placing the revealing surface in the secondary ultraviolet radiation so that it may be seen by an observer,
A print cassette (10; 10A) comprising: a print tape roll in which a print tape is wound around a winding central axis parallel to a first direction; characterized in that the print cassette further comprises: an input gear to which a driving force is to be input from outside; an output gear to output the driving force outside; and an idle gear directly or indirectly engaging the input gear and the output gear to transmit the driving force input to the input gear to the output gear, wherein at least a portion of the input gear, at least a portion of the output gear, and at least a portion of the idle gear each overlap the print tape roll in the first direction. an input gear to which a driving force is to be input from outside; an output gear to output the driving force outside; and an idle gear directly or indirectly engaging the input gear and the output gear to transmit the driving force input to the input gear to the output gear, wherein at least a portion of the input gear, at least a portion of the output gear, and at least a portion of the idle gear each overlap the print tape roll in the first direction.
A stabilization device (10, 110) for maintaining a position of a medical device relative to a surface of a patient's body, the stabilization device comprising a support portion (12, 112), said support portion defining a groove (16, 116) for receiving the medical device, the groove structured to allow for positioning of the medical device at a plurality of angles relative to the surface of the patient's body, the groove defining two opposing walls (18, 118) for securing the medical device, each of said two opposing walls comprising an inner wall surface (17, 117), wherein said support portion (12, 112) has an open configuration and a closed configuration, wherein said support portion is operable to receive said medical device within said groove in said open configuration and wherein said support portion is operable to secure said medical device within said groove in said closed configuration, and wherein said two opposing walls comprise: a first wall and a second wall, said first wall comprising a fixed wall portion and a moveable wall portion, said moveable wall portion being releasably connected to said second wall, said moveable wall portion being operable to slide away from said second wall in said open configuration allowing said medical device to be inserted into a gap formed therebetween, and said moveable wall portion being operable to slide towards said second wall in said closed configuration allowing a medical device to be clamped therebetween, wherein the groove (16, 116) is a circumferential groove extending circumferentially along a surface of the support portion (12, 112).
A method for communicating delivery of a data packet to a user equipment, the method comprising using a wireless relay node (114, 300) to perform the steps of: receiving a plurality of data packets from a Node B (112, 400) via a first wireless link; conveying one or more data packets of the plurality of data packets to a user equipment via a second wireless link; maintaining a status of data packets received from the Node B but not yet acknowledged to the Node B; assembling a status report; and conveying the status report to the Node B via the first wireless link; characterised in that the status report indicates which data packets of the plurality of data packets have not been transmitted to the user equipment and indicates which data packets of the plurality of data packets have been transmitted to the user equipment but for which an acknowledgement has not been received from the user equipment. receiving a plurality of data packets from a Node B (112, 400) via a first wireless link; conveying one or more data packets of the plurality of data packets to a user equipment via a second wireless link; maintaining a status of data packets received from the Node B but not yet acknowledged to the Node B; assembling a status report; and conveying the status report to the Node B via the first wireless link; characterised in that the status report indicates which data packets of the plurality of data packets have not been transmitted to the user equipment and indicates which data packets of the plurality of data packets have been transmitted to the user equipment but for which an acknowledgement has not been received from the user equipment.
An atomizer, comprising an outer glass tube, an inner glass tube, a fixed base, and a ceramic core for vaporizing e-liquid; wherein: the inner glass tube is disposed in the outer glass tube; characterised in that: an upper edge of the inner glass tube is integrated with an inner wall of the outer glass tube; the inner glass tube comprises an air passage communicating with an upper opening of the outer glass tube; a space between the outer glass tube and the inner glass tube is formed as an e-liquid tank for receiving the e-liquid via a bottom opening of the outer glass tube and storing the e-liquid; the ceramic core is disposed in the fixed base; an upper part of the fixed base is disposed in the bottom opening of the outer glass tube; a lower opening of the inner glass tube is disposed in a top opening of the fixed base; and the fixed base is adapted to seal a bottom gap between the outer glass tube and the inner glass tube, and adapted to seal the e-liquid in the space. the inner glass tube is disposed in the outer glass tube; characterised in that: an upper edge of the inner glass tube is integrated with an inner wall of the outer glass tube; the inner glass tube comprises an air passage communicating with an upper opening of the outer glass tube; a space between the outer glass tube and the inner glass tube is formed as an e-liquid tank for receiving the e-liquid via a bottom opening of the outer glass tube and storing the e-liquid; the ceramic core is disposed in the fixed base; an upper part of the fixed base is disposed in the bottom opening of the outer glass tube; a lower opening of the inner glass tube is disposed in a top opening of the fixed base; and the fixed base is adapted to seal a bottom gap between the outer glass tube and the inner glass tube, and adapted to seal the e-liquid in the space. an upper edge of the inner glass tube is integrated with an inner wall of the outer glass tube; the inner glass tube comprises an air passage communicating with an upper opening of the outer glass tube; a space between the outer glass tube and the inner glass tube is formed as an e-liquid tank for receiving the e-liquid via a bottom opening of the outer glass tube and storing the e-liquid; the ceramic core is disposed in the fixed base; an upper part of the fixed base is disposed in the bottom opening of the outer glass tube; a lower opening of the inner glass tube is disposed in a top opening of the fixed base; and the fixed base is adapted to seal a bottom gap between the outer glass tube and the inner glass tube, and adapted to seal the e-liquid in the space.
A coil electrode assembly for implantable medical leads, the assembly comprising: a coil electrode extending from an electrode proximal end to an electrode distal end, the coil electrode defining an electrode lumen from the electrode proximal end to the electrode distal end, and the coil electrode comprising a plurality of windings; an insulative tube extending from a tube proximal end to a tube distal end, the insulative tube extending within the electrode lumen such that the coil electrode extends along an outer surface of the insulative tube, the coil electrode partially embedded within the insulative tube when the insulative tube is in an expanded state to maintain a spacing between the windings; a first transition ring at the electrode distal end and the tube distal end, wherein a portion of the first transition ring is within the electrode lumen, wherein the first transition ring defines a first transition ring lumen, and wherein a distal portion of the insulative tube including the tube distal end is within the first transition ring lumen; and a second transition ring at the electrode proximal end and the tube proximal end, wherein a portion of the second transition ring is within the electrode lumen, wherein the second transition ring defines a second transition ring lumen, and wherein a proximal portion of the insulative tube including the tube proximal end is within the second transition ring lumen. a coil electrode extending from an electrode proximal end to an electrode distal end, the coil electrode defining an electrode lumen from the electrode proximal end to the electrode distal end, and the coil electrode comprising a plurality of windings; an insulative tube extending from a tube proximal end to a tube distal end, the insulative tube extending within the electrode lumen such that the coil electrode extends along an outer surface of the insulative tube, the coil electrode partially embedded within the insulative tube when the insulative tube is in an expanded state to maintain a spacing between the windings; a first transition ring at the electrode distal end and the tube distal end, wherein a portion of the first transition ring is within the electrode lumen, wherein the first transition ring defines a first transition ring lumen, and wherein a distal portion of the insulative tube including the tube distal end is within the first transition ring lumen; and a second transition ring at the electrode proximal end and the tube proximal end, wherein a portion of the second transition ring is within the electrode lumen, wherein the second transition ring defines a second transition ring lumen, and wherein a proximal portion of the insulative tube including the tube proximal end is within the second transition ring lumen.