mhurhangee/ep-ind-claims huggingface dataset:
A pool cleaner, comprising: a drive assembly (110, 702) including a front roller (128a, 710a, 744a), a rear roller (128e, 710e, 744d), a first middle roller (128c, 710c, 744b), and a second middle roller (128d, 710d, 744c), the first and second middle rollers (128c, 128d, 710c, 710d, 744b, 744c) being disposed adjacent to each other; a motor housing (124, 706) mounted relative to the drive assembly (110, 702), the motor housing (124, 706) including a first drive motor and a second drive motor; and a hydrocyclonic particle separator assembly (120, 400) mounted to the motor housing (124, 706); characterized in that the first drive motor is configured to drive rotation of the front roller (128a, 710a, 744a) and the first middle roller (128c, 710c, 744b); and the second drive motor is configured to drive rotation of the rear roller (128e, 710e, 744d) and the second middle roller (128d, 710d, 744c). a drive assembly (110, 702) including a front roller (128a, 710a, 744a), a rear roller (128e, 710e, 744d), a first middle roller (128c, 710c, 744b), and a second middle roller (128d, 710d, 744c), the first and second middle rollers (128c, 128d, 710c, 710d, 744b, 744c) being disposed adjacent to each other; a motor housing (124, 706) mounted relative to the drive assembly (110, 702), the motor housing (124, 706) including a first drive motor and a second drive motor; and a hydrocyclonic particle separator assembly (120, 400) mounted to the motor housing (124, 706); characterized in that the first drive motor is configured to drive rotation of the front roller (128a, 710a, 744a) and the first middle roller (128c, 710c, 744b); and the second drive motor is configured to drive rotation of the rear roller (128e, 710e, 744d) and the second middle roller (128d, 710d, 744c).
A rate configuration method, applied in an enhanced long term evolution LTE-wireless local area network WLAN aggregation eLWA user equipment UE, the method comprising: generating (201, 301) at the eLWA UE indication information for indicating a rate capability supported by the eLWA UE; reporting by the eLWA the indication information to an LTE base station; and the indication information is being used by the LTE base station for indicating a first rate to the eLWA UE, the method further comprises: obtaining a second rate configured by a WLAN access point, WLAN AP, for the eLWA UE, and transmitting the second rate to the LTE base station, wherein the first rate is configured to be greater than the second rate configured by the WLAN AP for the eLWA UE, and the eLWA UE is adapted to communicate at the same time with the LTE base station at a rate obtained by subtracting the second rate from the first rate and with the WLAN AP at the second rate in order to ensure load balancing between the LTE base station and the WLAN AP. generating (201, 301) at the eLWA UE indication information for indicating a rate capability supported by the eLWA UE; reporting by the eLWA the indication information to an LTE base station; and the indication information is being used by the LTE base station for indicating a first rate to the eLWA UE, the method further comprises: obtaining a second rate configured by a WLAN access point, WLAN AP, for the eLWA UE, and transmitting the second rate to the LTE base station, wherein the first rate is configured to be greater than the second rate configured by the WLAN AP for the eLWA UE, and the eLWA UE is adapted to communicate at the same time with the LTE base station at a rate obtained by subtracting the second rate from the first rate and with the WLAN AP at the second rate in order to ensure load balancing between the LTE base station and the WLAN AP. obtaining a second rate configured by a WLAN access point, WLAN AP, for the eLWA UE, and transmitting the second rate to the LTE base station, wherein the first rate is configured to be greater than the second rate configured by the WLAN AP for the eLWA UE, and the eLWA UE is adapted to communicate at the same time with the LTE base station at a rate obtained by subtracting the second rate from the first rate and with the WLAN AP at the second rate in order to ensure load balancing between the LTE base station and the WLAN AP.
An information processing apparatus comprising: a key storage unit configured to retain one or more secret keys corresponding to one or more respective public keys; and a key use permission state storage unit configured to store presence or absence of use permission of each of the one or more secret keys, wherein, for at least any of the one or more secret keys, a switch between the presence and absence of the use permission stored by the key use permission state storage unit is possible; a key use permission switch unit configured to switch the presence and absence of the use permission stored by the key use permission state storage unit for each of the one or more secret keys; characterised in that the key use permission state storage unit permits the use of the secret key when an apparatus that has transmitted an authentication request for each secret key is registered, the authentication request being transmitted by the registered apparatus in response to a service corresponding to the secret key being attempted to be performed at the registered apparatus such that performing the service may be authorised based on a reply from the information processing apparatus. a key storage unit configured to retain one or more secret keys corresponding to one or more respective public keys; and a key use permission state storage unit configured to store presence or absence of use permission of each of the one or more secret keys, wherein, for at least any of the one or more secret keys, a switch between the presence and absence of the use permission stored by the key use permission state storage unit is possible; a key use permission switch unit configured to switch the presence and absence of the use permission stored by the key use permission state storage unit for each of the one or more secret keys; characterised in that the key use permission state storage unit permits the use of the secret key when an apparatus that has transmitted an authentication request for each secret key is registered, the authentication request being transmitted by the registered apparatus in response to a service corresponding to the secret key being attempted to be performed at the registered apparatus such that performing the service may be authorised based on a reply from the information processing apparatus.
A computer implemented method for determining behavior information corresponding to a dangerous file in a computer device, comprising: a step of providing the dangerous file to a virtual environment of said computer device and running the dangerous file in said virtual environment when detecting existence of the dangerous file in said computer device, wherein a real environment is used for indicating a system environment really running in said computer device, and said virtual environment is used for virtualizing said real environment and comprises at least one virtual API identical to at least one real API in said real environment of said computer device; a step of monitoring behavior(s) of the dangerous file in the virtual environment to obtain the behavior information corresponding to the dangerous file; and a step of performing a repair operation to said real environment of said computer device according to the behavior information corresponding to the dangerous file a step of providing the dangerous file to a virtual environment of said computer device and running the dangerous file in said virtual environment when detecting existence of the dangerous file in said computer device, wherein a real environment is used for indicating a system environment really running in said computer device, and said virtual environment is used for virtualizing said real environment and comprises at least one virtual API identical to at least one real API in said real environment of said computer device; a step of monitoring behavior(s) of the dangerous file in the virtual environment to obtain the behavior information corresponding to the dangerous file; and a step of performing a repair operation to said real environment of said computer device according to the behavior information corresponding to the dangerous file
Pin-inserter for inserting an augmentation pin (401, 402) into an augmentation screw, comprising an elongated housing with an axial through-bore and a lateral opening for accepting a pin-magazine with the augmentation pin, wherein the axial through-bore and the lateral opening are connected to each other, wherein the lateral opening is a through-opening and wherein the housing further comprises a projection projecting into the lateral opening, so that the augmentation pin (401, 402) is automatically aligned with the axial through-bore, when the pin-magazine is placed in the lateral opening and the augmentation pin abuts the projection, an elongated pusher which is movably and at least partially accommodated in the axial through-bore, so that, when the pin-magazine with the augmentation pin (401, 402) is placed in the lateral opening and the augmentation pin is aligned with the axial through-bore, then the augmentation pin can be moved by means of the pusher out of the pin-magazine and through at least a portion of the axial through-bore, out of the housing and into the augmentation screw, and a pin-magazine for holding the augmentation pin (401, 402) wherein the pin-magazine is designed to be at least partially accepted by the lateral opening of the housing, wherein the pin-magazine comprises a pin-retainer (201, 202) for an augmentation pin (401, 402), wherein the pin-magazine is placeable in the lateral opening of the housing so as to align the pin-retainer (201, 202) with an axial through-bore of the housing, for inserting the augmentation pin into an augmentation screw, when the augmentation pin is located in the pin-retainer, the pin-magazine further comprising a recess at the pin-retainer (201, 202), so that, when the pin-magazine is placed in the lateral opening of the housing, the projection at the housing protrudes into the recess, and, when the augmentation pin (401, 402) is located in the pin-retainer (201, 202), a portion of the augmentation pin is laterally exposed for an abutment at the projection.
A photomask blank, suitable for making a photomask comprising a transparent substrate and a mask pattern formed thereon including transparent regions and regions effectively opaque to exposure light, said photomask blank comprising a transparent substrate, a light-shielding film disposed on the substrate, said light-shielding film comprising a metal or metal compound susceptible to fluorine dry etching, an etching mask film formed on said light-shielding film, said mask film comprising another metal or metal compound resistant to fluorine dry etching, and an antireflective film disposed on the etching mask film, wherein an optical density of the combination of light-shielding film, etching mask film and antireflective film is at least 2.5 for light of a wavelength equal to or less than 250 nm, and wherein the etching mask film is composed of chromium alone or a chromium compound comprising chromium and at least one element selected from oxygen, nitrogen and carbon, and the etching mask film has a thickness of 2 to 30 nm.
A method of making a fabric softening composition comprising the steps: a) feeding an aqueous composition comprising a fabric softening active through a dynamic orifice comprising a valve, wherein the valve is in a fixed first position; c) changing the position of the valve from a first position to a second position; d) feeding the composition through the dynamic orifice while the position of the valve is changed from the first position to the second position. a) feeding an aqueous composition comprising a fabric softening active through a dynamic orifice comprising a valve, wherein the valve is in a fixed first position; c) changing the position of the valve from a first position to a second position; d) feeding the composition through the dynamic orifice while the position of the valve is changed from the first position to the second position.
A tyre tread, having: - two shoulder land portions (31, 32), positioned one at each outermost side of a tread width direction orthogonal to a tread circumferential extension; - a plurality of circumferential grooves, in particular four grooves, each extending longitudinally along the tread between said shoulder land portions (31, 32); - an intermediate circumferential land region, extending between said shoulder land portions (31, 32) and comprising at least a first circumferential land portion having a plurality of first see-through sipes, i.e. a plurality of sipes each extending across first circumferential land portion from side to side, wherein each first sipe extends upon a tread surface according to a substantially straight line, wherein each first sipe has a low inclination angle (α) with respect to said tread width direction, in particular comprised in a range of about 25-30 deg, wherein each first sipe is surrounded by a first chamfered area, wherein said first chamfered area has a first part, arranged at a first longitudinal side of said first sipe and defined between a wall edge of said first sipe and a first end profile extending substantially parallel to the straight line extension of said first sipe, and wherein said first chamfered area has a second part, arranged at a second longitudinal side of said first sipe and defined between a wall edge of said first sipe and a second end profile, characterized in that the second end profile extends according to a zig-zag line. - two shoulder land portions (31, 32), positioned one at each outermost side of a tread width direction orthogonal to a tread circumferential extension; - a plurality of circumferential grooves, in particular four grooves, each extending longitudinally along the tread between said shoulder land portions (31, 32); - an intermediate circumferential land region, extending between said shoulder land portions (31, 32) and comprising at least a first circumferential land portion having a plurality of first see-through sipes, i.e. a plurality of sipes each extending across first circumferential land portion from side to side,
An airfoil comprising: an airfoil wall providing an exterior airfoil surface and an interior surface, the interior surface providing an airfoil cavity; a baffle arranged in the airfoil cavity and providing a baffle wall including baffle cooling holes and having first and second portions (48, 50) spaced from one another on first and second sides (56, 58), wherein a gap is provided between the interior surface and an exterior baffle surface of the baffle, characterised by: a tube interconnecting the first and second portions (48, 50) and configured to convey fluid through the tube between the first and second sides and in that the first and second sides (56, 58) are respectively adjacent to pressure and suction sides (42, 40) provided by the exterior airfoil surface. an airfoil wall providing an exterior airfoil surface and an interior surface, the interior surface providing an airfoil cavity; a baffle arranged in the airfoil cavity and providing a baffle wall including baffle cooling holes and having first and second portions (48, 50) spaced from one another on first and second sides (56, 58), wherein a gap is provided between the interior surface and an exterior baffle surface of the baffle, characterised by: a tube interconnecting the first and second portions (48, 50) and configured to convey fluid through the tube between the first and second sides and in that the first and second sides (56, 58) are respectively adjacent to pressure and suction sides (42, 40) provided by the exterior airfoil surface.
An apparatus for a single-track or multitrack provision of web-like interleaved sheet material at a cutting region in which products supplied on one track or on multiple tracks are cut into slices and interleaved sheets are introduced which are cut off from the provided interleaved sheet material in the cutting region, said apparatus comprising a material store; and a removal device (21, 23) which is configured for a removal of the material web from the material store, and wherein a loop store in which the material web forms a loop is provided for the material web, characterized in that at least one sensor for detecting the loop, in particular the lower loop end, and means for moving the material web toward a contact surface, into which least one part of the sensor is integrated, are provided, and in that the sensor is configured such that the loop is only detected when the material web contacts the contact surface in the region of the part of the sensor integrated into the contact surface. said apparatus comprising a material store; and a removal device (21, 23) which is configured for a removal of the material web from the material store, and wherein a loop store in which the material web forms a loop is provided for the material web, characterized in that at least one sensor for detecting the loop, in particular the lower loop end, and means for moving the material web toward a contact surface, into which least one part of the sensor is integrated, are provided, and in that the sensor is configured such that the loop is only detected when the material web contacts the contact surface in the region of the part of the sensor integrated into the contact surface.
Computer-implemented method for gesture control of a device, using a gesture recognition sensor having a given coverage area, the device comprising an electric opening and closing mechanism under control, the method comprising the steps of: • recognizing a gesture using said gesture recognition sensor having a given coverage area; • controlling the device based on said recognized gesture; the method being characterized in that it further comprises the steps of: • defining (102, 303) an initializing zone in the area covered by the gesture recognitior sensor; • defining (102, 303) an action zone in the area covered by the gesture recognition sensor, wherein said action zone and the initializing zone are arranged in a nonoverlapping manner; • associating (103, 304) said initializing zone with said action zone and said action zone with said controlled device; • wherein the associated action zone is the first zone located in proximity to the controlled device and its associated initializing zone is located further away from the controlled device than the action zone; • detecting a person within the initializing zone and generating an event notifying that the initialization has been executed; • detecting the person's gesture in the action zone and generating an action event by respective action zone; • sending a control signal to the controlled device's electric opening and closing mechanism when both the initialization has been executed and said action event has been generated, and inhibiting notification of the controlled device's electric opening and closing mechanism if the person stands in the action zone. • recognizing a gesture using said gesture recognition sensor having a given coverage area; • controlling the device based on said recognized gesture; • defining (102, 303) an initializing zone in the area covered by the gesture recognitior sensor; • defining (102, 303) an action zone in the area covered by the gesture recognition sensor, wherein said action zone and the initializing zone are arranged in a nonoverlapping manner; • associating (103, 304) said initializing zone with said action zone and said action zone with said controlled device; • wherein the associated action zone is the first zone located in proximity to the controlled device and its associated initializing zone is located further away from the controlled device than the action zone; • detecting a person within the initializing zone and generating an event notifying that the initialization has been executed; • detecting the person's gesture in the action zone and generating an action event by respective action zone; • sending a control signal to the controlled device's electric opening and closing mechanism when both the initialization has been executed and said action event has been generated, and inhibiting notification of the controlled device's electric opening and closing mechanism if the person stands in the action zone.
A coating composition comprising: (a) a polymeric coating binder, wherein the polymeric coating binder comprises: (i) an aqueous polymer latex of a film forming carboxylated polymer; and (ii) a branched polyetheramine polyol dissolved in the aqueous phase of the polymer latex, wherein essentially all of the amino groups in the branched polyetheramine polyol are tertiary amine groups; wherein the polymeric coating binder is present in the coating composition in an amount of 10 to 20 wt% (based on dry weight of the polymeric coating binder); and wherein the total solids content of the coating composition is at least 60.5 wt%. (a) a polymeric coating binder, wherein the polymeric coating binder comprises: (i) an aqueous polymer latex of a film forming carboxylated polymer; and (ii) a branched polyetheramine polyol dissolved in the aqueous phase of the polymer latex, wherein essentially all of the amino groups in the branched polyetheramine polyol are tertiary amine groups; (i) an aqueous polymer latex of a film forming carboxylated polymer; and (ii) a branched polyetheramine polyol dissolved in the aqueous phase of the polymer latex, wherein essentially all of the amino groups in the branched polyetheramine polyol are tertiary amine groups; wherein the polymeric coating binder is present in the coating composition in an amount of 10 to 20 wt% (based on dry weight of the polymeric coating binder); and wherein the total solids content of the coating composition is at least 60.5 wt%.
A projection display, for displaying an image to a viewer, including: an image-providing light source device arranged to generate an input pupil of image bearing light; a waveguide assembly arranged to receive the input pupil of image bearing light and including first and second diffraction regions (20, 34) arranged respectively to expand the input pupil in first and second generally orthogonal dimensions and to output an exit pupil of image bearing light expanded in the first and second dimensions from the waveguide assembly; and a combiner arranged separately from the waveguide assembly and orientated at an angle relative to the plane of the waveguide assembly to direct the image bearing light from the exit pupil towards a viewer for viewing the image bearing light and to allow light from a real world scene to pass through the combiner so that the image bearing light may be perceived by the viewer to overlay the light from a real world scene.
A method for selecting a Policy and Charging Rules Function, PCRF, entity, comprising the steps of: receiving, by a Diameter Routing Agent, DRA, a message from a gateway when an IP Connectivity Access Network, IP-CAN, session is established for a User Equipment, UE;and selecting, by the DRA, a PCRF entity for the IP-CAN session according to a main identifier in the message, wherein multiple UEs sharing subscription information have a same main identifier, the multiple UEs comprise a main UE and one or more sub-UEs, and the main identifier is the user identifier of the main-UE. receiving, by a Diameter Routing Agent, DRA, a message from a gateway when an IP Connectivity Access Network, IP-CAN, session is established for a User Equipment, UE;and selecting, by the DRA, a PCRF entity for the IP-CAN session according to a main identifier in the message, wherein multiple UEs sharing subscription information have a same main identifier, the multiple UEs comprise a main UE and one or more sub-UEs, and the main identifier is the user identifier of the main-UE.