mhurhangee/ep-ind-claims huggingface dataset:
An elevator control panel having a face cover that is divided into upper and lower sections, the control panel comprising: a housing; an upper cover, which is mounted to the housing so that it can slide up and down by a guide provided to the housing and which is provided at an upper side of a surface of the control panel and is slidable up and down; a fitting member, which is disposed below a lower end of the upper cover and is provided on an inside of the upper cover, and which includes a fitting face provided to a fitting piece of the fitting member and which is extending inwardly in a horizontal direction; a lower cover, which is provided at a lower side of the surface of the control panel; and a guide member, which is provided on the lower cover and below an upper end thereof, and which includes a guide face that is fitted with the fitting face so that the lower end of the upper cover and the upper end of the lower cover contact with each other, the guide member having a guide piece disposed below the upper end of the lower cover, the guide piece being disposed below the fitting piece of the fitting member, so that the guide face is fitted with the fitting face, the control panel being arranged so that, when the lower cover is being mounted, the upper cover is upwardly moved while the fitting face is fitted with the guide face, wherein an inclined part inclined downwardly is provided a leading end of the guide member. a housing; an upper cover, which is mounted to the housing so that it can slide up and down by a guide provided to the housing and which is provided at an upper side of a surface of the control panel and is slidable up and down; a fitting member, which is disposed below a lower end of the upper cover and is provided on an inside of the upper cover, and which includes a fitting face provided to a fitting piece of the fitting member and which is extending inwardly in a horizontal direction; a lower cover, which is provided at a lower side of the surface of the control panel; and a guide member, which is provided on the lower cover and below an upper end thereof, and which includes a guide face that is fitted with the fitting face so that the lower end of the upper cover and the upper end of the lower cover contact with each other, the guide member having a guide piece disposed below the upper end of the lower cover, the guide piece being disposed below the fitting piece of the fitting member, so that the guide face is fitted with the fitting face, the control panel being arranged so that, when the lower cover is being mounted, the upper cover is upwardly moved while the fitting face is fitted with the guide face, wherein an inclined part inclined downwardly is provided a leading end of the guide member.
Gulley comprising a gulley pot, an outlet for connection to drain piping and a baffle, wherein the baffle is pivotably fixed to the gulley pot with a hinge providing a pivoting axis such that the baffle is pivotable about the pivoting axis with respect to the gulley pot between a first stable position with respect to the gulley pot in which position the baffle is arranged to act as an odour trap, overlapping the outlet and extending below an underside of the outlet and a second stable position with respect to the gulley pot in which position the outlet is substantially uncovered and not overlapped by the baffle, characterised in that the gulley comprises securing means (39; 43; 47A, 47B) for securing the baffle in the second stable position; wherein the securing means (39; 43; 47A, 47B) comprise means engaging the baffle substantially automatically in or near the second position to secure the baffle in the second position; and/or wherein the hinge is formed to provide the securing means (47A, 47B) for securing the baffle in the second position with respect to the gulley pot. the gulley comprises securing means (39; 43; 47A, 47B) for securing the baffle in the second stable position; wherein the securing means (39; 43; 47A, 47B) comprise means engaging the baffle substantially automatically in or near the second position to secure the baffle in the second position; and/or wherein the hinge is formed to provide the securing means (47A, 47B) for securing the baffle in the second position with respect to the gulley pot.
A method comprising: creating, in a process executing on a computer system (100A; 100B), a scheduler comprising a plurality of local collections of tasks having a corresponding local collection of tasks for each processing resource (16, 32) of a plurality of processing resources (16, 32) allocated to the scheduler and including a first corresponding local collection of tasks for a first one of the plurality of processing resources (16, 32), and at least one general collection of tasks; detecting that a first task included in a general collection of tasks of the at least one general collection of tasks has become unblocked by a second task executing on the first one of the plurality of processing resources (16, 32); and assigning the first task to the first corresponding local collection of tasks. creating, in a process executing on a computer system (100A; 100B), a scheduler comprising a plurality of local collections of tasks having a corresponding local collection of tasks for each processing resource (16, 32) of a plurality of processing resources (16, 32) allocated to the scheduler and including a first corresponding local collection of tasks for a first one of the plurality of processing resources (16, 32), and at least one general collection of tasks; detecting that a first task included in a general collection of tasks of the at least one general collection of tasks has become unblocked by a second task executing on the first one of the plurality of processing resources (16, 32); and assigning the first task to the first corresponding local collection of tasks.
System for preparing a formulation in a container, comprising an agitating device, said agitating device comprising means for creating a conical depression within the formulation in said container and means for driving in translation a solid body immersed inside said container along an axis substantially parallel to the axis of revolution of the container, characterized in that the agitating device comprises means for radially guiding the solid body within the container.
Method for characterizing a surface of an object, the method comprising: - illuminating the surface of the object with a predetermined illumination light, wherein the illumination light comprises a predetermined angular distribution of collimated light waves; - collecting the light waves reflected off the surface with an imaging assembly; - consecutively isolating collimated light waves having different angular ranges from the light waves reflected off the surface, wherein the light waves having different angular ranges are isolated in a sequential manner; - detecting the isolated light waves and providing detector signal data for each of the consecutively isolated light waves with a detector arranged at a detecting distance from the imaging assembly; and - deriving a surface profile of the surface based on the detector signal data and the respective different angular ranges of the consecutively isolated collimated light waves. - illuminating the surface of the object with a predetermined illumination light, wherein the illumination light comprises a predetermined angular distribution of collimated light waves; - collecting the light waves reflected off the surface with an imaging assembly; - consecutively isolating collimated light waves having different angular ranges from the light waves reflected off the surface, wherein the light waves having different angular ranges are isolated in a sequential manner; - detecting the isolated light waves and providing detector signal data for each of the consecutively isolated light waves with a detector arranged at a detecting distance from the imaging assembly; and - deriving a surface profile of the surface based on the detector signal data and the respective different angular ranges of the consecutively isolated collimated light waves.
A harvesting system for bottom-dwelling shellfish comprising a harvesting unit and a towing and launching system for deployment and propulsion of the harvesting unit, the harvesting unit comprising: - one or more pumps comprising: - one or more suction nozzles directed towards the seabed, - one or more inlets that lead from the suction nozzle to the pump, - an outlet to a sorting device; - one or more motors for driving the one or more pumps, - a structural main frame that carries the harvesting unit the harvesting system being characterised in that: - the sorting device, which at least separates shellfish from bycatch and foreign bodies, has an outlet for shellfish leading to a collecting unit; - the towing and launching system comprises towlines running between the main frame and winches, wherein the winches are arranged on a vessel, and the winches further comprises a heave compensation system for adjusting the position of the harvesting unit relative to the seabed. - one or more pumps comprising: - one or more suction nozzles directed towards the seabed, - one or more inlets that lead from the suction nozzle to the pump, - an outlet to a sorting device; - one or more suction nozzles directed towards the seabed, - one or more inlets that lead from the suction nozzle to the pump, - an outlet to a sorting device; - one or more motors for driving the one or more pumps, - a structural main frame that carries the harvesting unit the harvesting system being characterised in that: - the sorting device, which at least separates shellfish from bycatch and foreign bodies, has an outlet for shellfish leading to a collecting unit; - the towing and launching system comprises towlines running between the main frame and winches, wherein - the sorting device, which at least separates shellfish from bycatch and foreign bodies, has an outlet for shellfish leading to a collecting unit; - the towing and launching system comprises towlines running between the main frame and winches, wherein
A driving tool which includes an air duster structure that is configured to jet compressed air out of a nozzle, and which is configured to eject a fastener by using the compressed air, the driving tool comprising: an operation portion; a pipe line for circulating air; and a valve member which is configured to move in the pipe line with an operation to the operation portion, wherein, when the operation portion is operated, the compressed air is jetted out of the nozzle, and, when the operation portion is operated, the valve member moves in the pipe line, and an area of a flow channel in which air circulates is changed with the movement of the valve member so that a flow amount of the air in the pipe line is adjusted, and the driving tool being characterized by further comprising: a throttle portion configured to gradually change the area of the flow channel, with the movement of the valve member, to control the flow amount of the air in the pipe line, the throttle portion structured so as to increase the area of the flow channel at an accelerated rate, such that the flow channel area increases more rapidly than proportionally to the movement amount of the valve member, when the valve member moves in a direction that opens the pipe line. an operation portion; a pipe line for circulating air; and a valve member which is configured to move in the pipe line with an operation to the operation portion, wherein, when the operation portion is operated, the compressed air is jetted out of the nozzle, and, when the operation portion is operated, the valve member moves in the pipe line, and an area of a flow channel in which air circulates is changed with the movement of the valve member so that a flow amount of the air in the pipe line is adjusted, and the driving tool being characterized by further comprising: a throttle portion configured to gradually change the area of the flow channel, with the movement of the valve member, to control the flow amount of the air in the pipe line, the throttle portion structured so as to increase the area of the flow channel at an accelerated rate, such that the flow channel area increases more rapidly than proportionally to the movement amount of the valve member, when the valve member moves in a direction that opens the pipe line.
Method for presenting a vehicle environment of a vehicle, comprising the steps of: - capturing at least one actual camera image using at least one camera (2a, 2b, 2c, 2d) arranged on the vehicle, wherein the actual camera image presents the vehicle environment, - spatially placing the at least one actual camera image in a virtual space by way of a projection surface, characterized by the steps of: - providing a preselected image region of the actual camera image in which image artefacts occur in a plurality of resolutions, wherein the preselected image region is an extract of the actual camera image, - producing a virtual camera image, which presents the placed actual camera image, from the view of a virtual camera at a position in the virtual space, wherein that resolution of the provided resolutions which reduces an optical presence of the image artefacts is used for the preselected image region of the actual camera image; wherein the image artefacts occur upon movement of the virtual camera and consist of a consistent change of the colour and brightness values in the virtual camera image. - capturing at least one actual camera image using at least one camera (2a, 2b, 2c, 2d) arranged on the vehicle, wherein the actual camera image presents the vehicle environment, - spatially placing the at least one actual camera image in a virtual space by way of a projection surface, characterized by the steps of: - providing a preselected image region of the actual camera image in which image artefacts occur in a plurality of resolutions, wherein the preselected image region is an extract of the actual camera image, - producing a virtual camera image, which presents the placed actual camera image, from the view of a virtual camera at a position in the virtual space, wherein that resolution of the provided resolutions which reduces an optical presence of the image artefacts is used for the preselected image region of the actual camera image;
An injection device comprising: a housing adapted to receive a syringe having a relatively wide reservoir portion and a relatively narrow discharge nozzle, so that the syringe is movable between a retracted position in which the discharge nozzle is contained within the housing and an extended position in which the discharge nozzle extends from the housing through an exit aperture; and a drive that acts upon the syringe to advance it from its retracted position to its extended position and discharge its contents through the discharge nozzle, characterised by a syringe carrier for carrying the syringe as it is advanced and restraining its advancement beyond its extended position, wherein the syringe carrier is adapted to support the syringe between the reservoir portion and the discharge nozzle, wherein the syringe carrier comprises a sheath which is split along its length so that the syringe can be clipped into the syringe carrier. a housing adapted to receive a syringe having a relatively wide reservoir portion and a relatively narrow discharge nozzle, so that the syringe is movable between a retracted position in which the discharge nozzle is contained within the housing and an extended position in which the discharge nozzle extends from the housing through an exit aperture; and a drive that acts upon the syringe to advance it from its retracted position to its extended position and discharge its contents through the discharge nozzle, characterised by a syringe carrier for carrying the syringe as it is advanced and restraining its advancement beyond its extended position, wherein the syringe carrier is adapted to support the syringe between the reservoir portion and the discharge nozzle, wherein the syringe carrier comprises a sheath which is split along its length so that the syringe can be clipped into the syringe carrier.
A rapid, high-throughput, computer-implemented method of predicting relative production titer of a panel of clonal producer cells in fed batch culture, the method comprising the steps of: - simultaneously incubating each producer cell with at least three individual chemical cell stressors in static microplate culture for an incubation period of less than four days, in which each producer cell is incubated with a single chemical cell stressor provided at a concentration of 0.5 to 2.0 IC 50; - after the incubation period determining the production titer responses of each cell in the presence and absence of the at least three chemical cell stressors to generate a cell-specific production titer response profile for each of the panel of producer cells; - inputting the cell-specific production titer response profile for each of the panel of producer cells into a computational model, in which the computational model is generated from production titer response profiles obtained from a calibration set of producer cells with known fed batch production titre, wherein the computational model is configured to output the predicted relative fed batch production titer of the panel of producer cells. - simultaneously incubating each producer cell with at least three individual chemical cell stressors in static microplate culture for an incubation period of less than four days, in which each producer cell is incubated with a single chemical cell stressor provided at a concentration of 0.5 to 2.0 IC 50; - after the incubation period determining the production titer responses of each cell in the presence and absence of the at least three chemical cell stressors to generate a cell-specific production titer response profile for each of the panel of producer cells; - inputting the cell-specific production titer response profile for each of the panel of producer cells into a computational model, in which the computational model is generated from production titer response profiles obtained from a calibration set of producer cells with known fed batch production titre, wherein the computational model is configured to output the predicted relative fed batch production titer of the panel of producer cells.
Household refrigeration appliance with an interior (4, 5) for receiving food, which is bounded by walls of an inner container, and with a freshness-preserving container for food which is arranged in the interior (4, 5) and which can be closed by a cover, and with a storage apparatus, with which the cover is mounted so as to be able to raise and lower in order to open and close the freshness-preserving container in the interior (4, 5), and with an operating element with which the cover can be actuated, characterised in that the household refrigeration appliance has a display unit for symbolically displaying a moisture content in the freshness-preserving container, and a display element (28, 28') of the display unit is mechanically coupled to the operating element and can be moved in terms of its position as a function of the movement of the operating element with respect to the moisture content display.
Rope comprising polyethylene elongate elements oriented in the length direction of the rope wherein for at least part of the elongate elements the distance of the element to a central longitudinal rope axis varies over the length of the rope, the polyethylene elongate elements comprising tapes of ultra-high molecular weight polyethylene, characterized in that the tapes have a width to thickness ratio of at least 10 and a polymer solvent content below 0.05 wt.%, and in that the distance of at least part of the elements to the central longitudinal rope axis varies over the length of the rope between a longitudinal line which is at most 30% from the outside of the rope and a longitudinal line which is at most 30% from the central longitudinal axis of the rope.
A management device comprising: an obtaining unit configured to obtain, from a communication control device, first-type identification information which is specific to each communication device that performs wireless communication with one or more terminal devices, and second-type identification information which is specific to user who is target for allocation of frequency band that is available for secondary use in the wireless communication; a generating unit configured to generate third-type identification information which is specific to combination of the obtained first-type identification information and the obtained second-type identification information and which is meant for allocating the frequency band to at least either the communication device or the user; and a notifying unit configured to notify the communication control device about the generated third-type identification information. an obtaining unit configured to obtain, from a communication control device, first-type identification information which is specific to each communication device that performs wireless communication with one or more terminal devices, and second-type identification information which is specific to user who is target for allocation of frequency band that is available for secondary use in the wireless communication; first-type identification information which is specific to each communication device that performs wireless communication with one or more terminal devices, and second-type identification information which is specific to user who is target for allocation of frequency band that is available for secondary use in the wireless communication; a generating unit configured to generate third-type identification information which is specific to combination of the obtained first-type identification information and the obtained second-type identification information and which is meant for allocating the frequency band to at least either the communication device or the user; and a notifying unit configured to notify the communication control device about the generated third-type identification information.
A combined type toy top separable through induction control, comprising: a main top, an auxiliary top and an elastic part, wherein when the combined type toy top is in a first state, the main top is limited and fixed, by the auxiliary top, above the auxiliary top, and meanwhile the main top compresses the elastic part so that the elastic part is compressed; the combined type toy top is characterized in that a sensing mechanism is arranged in the auxiliary top, the sensing mechanism can controllably relieve limiting fixation of the main top from the auxiliary top under a second state through induction control, so that the main top pops up under an elasticity action of the elastic part, and accordingly the main top and the auxiliary top rotate independently.