mhurhangee/ep-ind-claims huggingface dataset:
Waste collection vehicle comprising a waste collection container, the vehicle further comprising at least: - a first device for moving and emptying waste-holding bins which is mounted on a lateral side of the vehicle movable between at least a first loading position suitable to allow hooking with at least one waste-holding bin moved manually towards the first device by an operator, and a second raised position for emptying the hooked at least one waste-holding bin inside the collection container; - a second device for moving and emptying waste-holding bins which comprises hooking means for automatically hooking at least one waste-holding bin, said second device being mounted on the vehicle movable among at least a first rest position in which said hooking means are retracted in correspondence of the lateral side of the vehicle, a second loading position in which said hooking means are extended away from the lateral side of the vehicle to automatically hook at least one waste-holding bin, and a third raised position for emptying the at least one waste-holding bin automatically hooked inside the collection container; - command and control means (50, 51, 52) configured for operating at least one of said first device and second device, characterized in that said first device comprises a loading basket having an internal compartment suitable for receiving waste, and clamping means (6, 7, 8, 9, 9A) arranged externally to the internal compartment and configured to clamp said at least one waste-holding bin. - a first device for moving and emptying waste-holding bins which is mounted on a lateral side of the vehicle movable between at least a first loading position suitable to allow hooking with at least one waste-holding bin moved manually towards the first device by an operator, and a second raised position for emptying the hooked at least one waste-holding bin inside the collection container; - a second device for moving and emptying waste-holding bins which comprises hooking means for automatically hooking at least one waste-holding bin, said second device being mounted on the vehicle movable among at least a first rest position in which said hooking means are retracted in correspondence of the lateral side of the vehicle, a second loading position in which said hooking means are extended away from the lateral side of the vehicle to automatically hook at least one waste-holding bin, and a third raised position for emptying the at least one waste-holding bin automatically hooked inside the collection container; - command and control means (50, 51, 52) configured for operating at least one of said first device and second device, characterized in that said first device comprises a loading basket having an internal compartment suitable for receiving waste, and clamping means (6, 7, 8, 9, 9A) arranged externally to the internal compartment and configured to clamp said at least one waste-holding bin.
Basic zinc cyanurate fine particles, which have an average particle diameter D 50, as measured by a laser diffraction method, of 80 to 900 nm and a specific surface area of 20 to 100 m 2 /g.
A method of load balancing of requests between Diameter-enabled network devices, the method comprising: processing by a signal controller in communication between at least a first Diameter-enabled network device and a second Diameter-enabled network device, a request for handling capacity of at least the second Diameter-enabled network device, wherein the processing comprises receiving a notification from the second Diameter-enabled network device when there is an overload condition in the second Diameter-enabled network device; allocating, by the signal controller, one or more tokens for inbound requests from the first Diameter-enabled network device to the second Diameter-enabled network device, when no overload condition is detected in the second Diameter-enabled device; notifying, by the signal controller, the second Diameter-enabled network device when at least one of the one or more tokens are allocated for handling a corresponding number of requests from the first Diameter-enabled network device; and coordinating, by the signal controller, transmission of the corresponding number of requests from the first Diameter-enabled network device to the second Diameter-enabled network device, wherein no further requests are sent to the second Diameter-enabled network device when an overload condition is detected. processing by a signal controller in communication between at least a first Diameter-enabled network device and a second Diameter-enabled network device, a request for handling capacity of at least the second Diameter-enabled network device, wherein the processing comprises receiving a notification from the second Diameter-enabled network device when there is an overload condition in the second Diameter-enabled network device; allocating, by the signal controller, one or more tokens for inbound requests from the first Diameter-enabled network device to the second Diameter-enabled network device, when no overload condition is detected in the second Diameter-enabled device; notifying, by the signal controller, the second Diameter-enabled network device when at least one of the one or more tokens are allocated for handling a corresponding number of requests from the first Diameter-enabled network device; and coordinating, by the signal controller, transmission of the corresponding number of requests from the first Diameter-enabled network device to the second Diameter-enabled network device, wherein no further requests are sent to the second Diameter-enabled network device when an overload condition is detected.
A galley cart comprising: walls defining an interior cavity extending between a front and a rear of the galley cart, the interior cavity extending between a top end and a bottom end; a supply port in flow communication with the interior cavity at or near either the top end or the bottom end of the galley cart; a return port in flow communication with the interior cavity, the return port being adjacent the supply port at or near the top end or the bottom end of the cart; and a barrier positioned between the supply port and the return port within the interior cavity of the galley cart defining a supply chamber and a return chamber to control airflow through the interior cavity. walls defining an interior cavity extending between a front and a rear of the galley cart, the interior cavity extending between a top end and a bottom end; a supply port in flow communication with the interior cavity at or near either the top end or the bottom end of the galley cart; a return port in flow communication with the interior cavity, the return port being adjacent the supply port at or near the top end or the bottom end of the cart; and a barrier positioned between the supply port and the return port within the interior cavity of the galley cart defining a supply chamber and a return chamber to control airflow through the interior cavity.
A sample manipulation apparatus, comprising: an elongated handle, said elongated handle comprising an outer surface; a terminal member, said terminal member comprising a first leg having an elongated dimension, and a second leg having an elongated dimension, said first and second legs (36, 38) being connected to said elongated handle, said first and second legs (36, 38) each extending outwardly from said connected elongated handle; a first tip connected to and angularly extending from said first leg; a second tip connected to and angularly extending from said second leg; and said first leg, second leg, first tip, and second tip forming a concave pocket, characterized in that said elongated handle is further comprising a first flattened surface portion of said outer surface, said first flattened surface portion facing in a first direction, and a second flattened surface portion of said outer surface, said second flattened surface portion lying along said elongated handle apart from said first flattened portion, said second flattened surface portion facing in a second direction, said elongated handle further comprising a rounded intermediate portion lying between said first and second flattened surface portions of said outer surface of said elongated handle; and in that, for said terminal member, said elongated dimension of said first leg is greater than said elongated dimension of said second leg. an elongated handle, said elongated handle comprising an outer surface; a terminal member, said terminal member comprising a first leg having an elongated dimension, and a second leg having an elongated dimension, said first and second legs (36, 38) being connected to said elongated handle, said first and second legs (36, 38) each extending outwardly from said connected elongated handle; a first tip connected to and angularly extending from said first leg; a second tip connected to and angularly extending from said second leg; and said first leg, second leg, first tip, and second tip forming a concave pocket, characterized in that said elongated handle is further comprising a first flattened surface portion of said outer surface, said first flattened surface portion facing in a first direction, and a second flattened surface portion of said outer surface, said second flattened surface portion lying along said elongated handle apart from said first flattened portion, said second flattened surface portion facing in a second direction, said elongated handle further comprising a rounded intermediate portion lying between said first and second flattened surface portions of said outer surface of said elongated handle; and in that, for said terminal member, said elongated dimension of said first leg is greater than said elongated dimension of said second leg.
A dielectric thin film comprising MgO as a main component, wherein the dielectric thin film is composed of a columnar structure group containing at least one columnar structure A constructed by single crystal and at least one columnar structure B constructed by polycrystal, respectively, and in the cross section of the direction perpendicular to the dielectric thin film, when the area occupied by the columnar structure A is set as C A and the area occupied by the columnar structure B is set as C B, the relationship between C A and C B satisfies 0.4≤C B /C A ≤1.1.
An information processing device for assisting a service of providing food or drink on or in a container carried on a conveyor forming a closed loop to a customer around the conveyor, the information processing device comprising: a lap count detector that detects a lap count which is the number of times the container has travelled around the conveyor; an abnormality detector for detecting an abnormality in the food or drink that can be used as an indicator of at least qualities of the food or drink on or in the container; a price calculator that changes a price of the food or drink on or in the container according to the lap count of the container and/or a detection of the abnormality in the food or drink; and a container appearance changer that changes an appearance of the container according to the price changed, wherein the conveyor includes a diversion path that allows the container to leave the closed loop, wherein the information processing device further includes a diverter that performs control to move the container to the diversion path when the price is less than a predetermined threshold. a lap count detector that detects a lap count which is the number of times the container has travelled around the conveyor; an abnormality detector for detecting an abnormality in the food or drink that can be used as an indicator of at least qualities of the food or drink on or in the container; a price calculator that changes a price of the food or drink on or in the container according to the lap count of the container and/or a detection of the abnormality in the food or drink; and a container appearance changer that changes an appearance of the container according to the price changed, wherein the conveyor includes a diversion path that allows the container to leave the closed loop, wherein the information processing device further includes a diverter that performs control to move the container to the diversion path when the price is less than a predetermined threshold.
A filter substrate for removing contaminants, comprising: an aggregate composition having an insoluble rare earth-containing compound and a polymeric binder, wherein the insoluble rare earth compound is CeO 2 obtained by thermal decomposition of a cerium carbonate or oxalate at a temperature between 100oC and 350oC in a furnace in the presence of air, wherein the insoluble rare earth-containing compound is adhered to the polymeric binder, wherein the filter substrate has a fluid permeable block structure, wherein the aggregate composition comprises more than 11% by weight of the said insoluble rare earth-containing compound, and wherein the aggregate composition is in the form of one of a flowable particulate, granule, bead, pellet, powder, or fiber.
A housing assembly for an indoor unit, comprising: a face frame having a top portion provided with an air inlet and a bottom portion provided with a main air outlet; two end covers arranged at a left end and a right end of the face frame separately, wherein a portion of at least one end cover of the end covers adjacent to the main air outlet is provided with an auxiliary air outlet, and the end cover and the face frame define an auxiliary air-outlet channel in communication with the auxiliary air outlet therebetween; and an air guiding member arranged on an outer surface of the end cover and surrounding an outer periphery of the auxiliary air outlet; characterised by: a first auxiliary air-outlet grille arranged on the auxiliary air outlet; and a second auxiliary air-outlet grille disposed outside of the first auxiliary air-outlet grille and detachably coupled to the end cover. a face frame having a top portion provided with an air inlet and a bottom portion provided with a main air outlet; two end covers arranged at a left end and a right end of the face frame separately, wherein a portion of at least one end cover of the end covers adjacent to the main air outlet is provided with an auxiliary air outlet, and the end cover and the face frame define an auxiliary air-outlet channel in communication with the auxiliary air outlet therebetween; and an air guiding member arranged on an outer surface of the end cover and surrounding an outer periphery of the auxiliary air outlet; characterised by: a first auxiliary air-outlet grille arranged on the auxiliary air outlet; and a second auxiliary air-outlet grille disposed outside of the first auxiliary air-outlet grille and detachably coupled to the end cover. a first auxiliary air-outlet grille arranged on the auxiliary air outlet; and a second auxiliary air-outlet grille disposed outside of the first auxiliary air-outlet grille and detachably coupled to the end cover.
A computer implemented method for anomality detection at a first nitrogen oxide (NOx) sensor (214, 216) comprised with an exhaust gas aftertreatment system (EATS) coupled downstream of an internal combustion engine, the ICE comprising a control unit adapted to control an operation of the ICE and arranged in communication with the first NOx sensor, wherein the method comprises the steps of: - selecting, at the control unit, a first set of control parameters to operate the ICE to generate a first output, - forming, at the control unit, a second set of control parameters to operate the ICE by manipulating the first set of control parameters with an adjustment signal having a predefined waveform, the adjustment signal adapted to vary an amount of NOx produced by the engine, - operating, using the control unit, the ICE according to the second set of control parameters, - receiving, at the control unit, measurement data (306, 310) from the first NOx sensor collected over a first predefined time period, - determining, using the control unit, a first level of matching between the predefined waveform of the adjustment signal and the measurement data from the first NOx sensor, and - indicating, using the control unit, the presence of an anomality at the first NOx sensor if the first level of matching is below a first predefined threshold. - selecting, at the control unit, a first set of control parameters to operate the ICE to generate a first output, - forming, at the control unit, a second set of control parameters to operate the ICE by manipulating the first set of control parameters with an adjustment signal having a predefined waveform, the adjustment signal adapted to vary an amount of NOx produced by the engine, - operating, using the control unit, the ICE according to the second set of control parameters, - receiving, at the control unit, measurement data (306, 310) from the first NOx sensor collected over a first predefined time period, - determining, using the control unit, a first level of matching between the predefined waveform of the adjustment signal and the measurement data from the first NOx sensor, and - indicating, using the control unit, the presence of an anomality at the first NOx sensor if the first level of matching is below a first predefined threshold.
Airplane seat device with at least one airplane seat (10, 14, 16) that is at least configured to be adjusted between a use position and a stowage position and comprises at least one backrest and at least one adjustment mechanism, wherein in an adjustment between the use position and the stowage position of the airplane seat (10, 14, 16) the backrest is at least partially adjusted by means of the adjustment mechanism and wherein in the stowage position the airplane seat (10, 14, 16) has a maximum height that is smaller than a maximum height in the use position, characterized in that the at least one adjustment mechanism moves the backrest essentially vertically downwards in an adjustment from the use position into the stowage position.
Pharmaceutical composition containing at least one crystalline form of cortexolone-17α-propionate in association with at least one physiologically acceptable excipient, wherein said at least one crystalline form of cortexolone-17α-propionate is selected from: crystalline form I characterised by a DRX as represented in Figure 1 and by a DSC as represented in Figure 2 and by an IR spectrum as represented in Figure 3; crystalline form III characterised by a DRX spectrum as represented in Figure 7 or 10 or 13 and by a DSC spectrum as represented in Figure 8 or 11 or 14 and by an IR spectrum as represented in Figure 9 or 12 or 15; hydrate crystalline form IV characterized by a DRX spectrum as represented in Figure 28.
A swing and slide door for a vehicle, wherein the swing and slide door has at least one door leaf for opening and closing a doorway, wherein a door seal is arranged on one side of the door leaf, wherein the door seal can be folded in such a way that the door seal has a folded-in position in the open state of the door leaf, in which a portion of the door seal is swiveled in a direction transverse to the door surface, and that the door seal has a folded-out position in the closed state of the door leaf, wherein the door seal has a spring for realizing foldability, characterized in that the door seal is designed as a hollow profile, which envelops a cavity, and wherein the spring is arranged in the cavity.
A double suction impeller, comprising: a hub associated to a tubular center bore, the hub comprising: a plurality of blades integrally attached to the hub and to a left side shroud and to a right side shroud, the left side shroud and the right side shroud being provided with a center aperture (16, 31) adjacent to the tubular center bore, the outer edge of the left side shroud and the outer edge of the right side shroud defining the impeller exit, the impeller exit having a width and a median plane wherein each pair of adjacent blades of the plurality of blades define a plurality of inter-blade channels (21, 24) adapted to connect a plurality of input apertures (22, 25), located within the center apertures (16, 31) of both the left side shroud and the right side shroud, to a plurality of output apertures (23, 26) located on the impeller exit, the inter-blade channels comprising left side inter-blade channels, having their respective input apertures located within the center aperture of the left side shroud, and right side inter-blade channels, having their respective input apertures located within the center aperture of the right side shroud, wherein the left side inter-blade channels and the right side inter-blade channels intersect the median plane of the impeller exit, in a way to dispose the plurality of output apertures of the left side inter-blade channels to be aligned and alternated with the output apertures of the right side inter-blade channels, on the impeller exit and characterized in that the inter-blade channels have a variable cross section shape, the cross section shape being substantially quadrilateral at the inlet of the inter-blade channel, then becoming substantially a five sided polygon and then becoming back substantially quadrilateral before the impeller outlet.
An intervertebral implant (100, 100B, 100C, 100D, 500, 800) comprising: an upper endplate (110, 110B, 110C, 110D, 510, 810); a lower endplate (112, 112B, 112C, 112D, 512, 812); a frame (152, 152B, 152C, 152D, 552, 852); a moveable actuator (156, 156B, 156C, 156D, 556, 856) at least partially received in the frame and positioned between the upper endplate and the lower endplate; and an actuator screw (154, 154B, 154C, 154D, 554, 854) that extends through the moveable actuator, wherein rotation of the actuator screw in a first direction causes the moveable actuator to translate, thereby causing the implant to change from an unexpanded configuration to an expanded configuration; and, characterized in that the actuator screw includes a groove; and a friction sleeve positioned in the groove and coupled to the actuator screw which prevents unwanted rotation of the actuator screw, the friction sleeve includes a protrusion extending along at least a portion of an inner surface of the friction sleeve, and the protrusion is sized and dimensioned to be received within a corresponding recess in the groove of the actuator screw. an upper endplate (110, 110B, 110C, 110D, 510, 810); a lower endplate (112, 112B, 112C, 112D, 512, 812); a frame (152, 152B, 152C, 152D, 552, 852); a moveable actuator (156, 156B, 156C, 156D, 556, 856) at least partially received in the frame and positioned between the upper endplate and the lower endplate; and an actuator screw (154, 154B, 154C, 154D, 554, 854) that extends through the moveable actuator, wherein rotation of the actuator screw in a first direction causes the moveable actuator to translate, thereby causing the implant to change from an unexpanded configuration to an expanded configuration; and, characterized in that the actuator screw includes a groove; and a friction sleeve positioned in the groove and coupled to the actuator screw which prevents unwanted rotation of the actuator screw, the friction sleeve includes a protrusion extending along at least a portion of an inner surface of the friction sleeve, and the protrusion is sized and dimensioned to be received within a corresponding recess in the groove of the actuator screw.