mhurhangee/ep-ind-claims huggingface dataset:
A method for forming units of packages to be packed, each unit comprising a multiple of a number n of packages, with the packages in arrival from two or more lines which operate contemporaneously, the method comprising steps of: - providing seats, each for accommodating stacks of packages; - providing a store for accommodating packages; - providing compartments for receiving packages; - forming in succession groups of two or more stacks of packages, each with the packages in arrival from a respective line of two or more lines which operate contemporaneously; - supplying in succession groups of two or more seats, each seat with a stack of packages; - learning the number of packages supplied in each seat; - correcting the number of packages supplied in each seat which accommodates a number of packages different from the number n; - transferring the packages from the seats, with a number of packages equal to the number n, to the compartments which are made available in sequence; the method being characterised in that: - during the step of correcting the number of packages, packages are moved from the seats to the store and vice versa, so that the number of packages in each seat is equal to the number n or to zero; - during the step of transferring the packages, the compartments are made available on the basis of the seats with a number of packages equal to the number n, i.e. regardless of the seats with a number of packages equal to zero, so that each compartment receives a unit comprising a multiple of a number n of packages. - providing seats, each for accommodating stacks of packages; - providing a store for accommodating packages; - providing compartments for receiving packages; - forming in succession groups of two or more stacks of packages, each with the packages in arrival from a respective line of two or more lines which operate contemporaneously; - supplying in succession groups of two or more seats, each seat with a stack of packages; - learning the number of packages supplied in each seat; - correcting the number of packages supplied in each seat which accommodates a number of packages different from the number n; - transferring the packages from the seats, with a number of packages equal to the number n, to the compartments which are made available in sequence; - during the step of correcting the number of packages, packages are moved from the seats to the store and vice versa, so that the number of packages in each seat is equal to the number n or to zero; - during the step of transferring the packages, the compartments are made available on the basis of the seats with a number of packages equal to the number n, i.e. regardless of the seats with a number of packages equal to zero, so that each compartment receives a unit comprising a multiple of a number n of packages.
A method for optically monitoring a component produced by means of a 3D printing process, wherein, during the 3D printing process, a material is deposited in layers by means of at least one movably arranged print head as an application on the component, which is in the making, wherein the application is optically detected by means of at least one camera and is compared to a geometric target specification, wherein the application is detected by the at least one camera by means of at least one optical deflecting means, wherein the at least one optical deflecting means is arranged in such a way that it assumes a defined position, which is invariable during a printing and/or scanning process, to the print head and is arranged for performing a relative movement with respect to the component, characterized in that the at least one camera is arranged in a stationary manner to the component, and wherein a detection region is detected by means of the at least one camera, which is so large that a light beam deflected by the optical deflecting means can be detected even during movement of the print head.
A method of automatically following human for purifying air nearby applied to a self-propelled air-purifying apparatus, the self-propelled air-purifying apparatus comprising an air-purifying module, a human-detecting module, a driving module and a control module, the method comprising the following steps: a) at the control module, controlling the driving module to move the self-propelled air-purifying apparatus; b) in motion, controlling the air-purifying module to operate for purifying the air around a motion route of the self-propelled air-purifying apparatus; c) when any human is detected by the human-detecting module in motion, controlling the driving module to follow the human being detected; and d) in following the human, controlling the air-purifying module to operate for purifying the air around a motion route of the human; characterized in that the method further comprises the following steps: in a patrol purification mode, moving along a patrol route, and controlling the air-purifying module to operate for purifying ambient air around the patrol route in motion; executing spot cleaning when detecting that air quality at a current position is worse than a default standard quality; continuing to move along the patrol route when a condition to discontinue spot cleaning is met; and switching to a following purification mode to perform the steps a) to d) when detecting that the air quality at the current position is not worse than the default standard quality and any human is detected. a) at the control module, controlling the driving module to move the self-propelled air-purifying apparatus; b) in motion, controlling the air-purifying module to operate for purifying the air around a motion route of the self-propelled air-purifying apparatus; c) when any human is detected by the human-detecting module in motion, controlling the driving module to follow the human being detected; and d) in following the human, controlling the air-purifying module to operate for purifying the air around a motion route of the human; in a patrol purification mode, moving along a patrol route, and controlling the air-purifying module to operate for purifying ambient air around the patrol route in motion; executing spot cleaning when detecting that air quality at a current position is worse than a default standard quality; continuing to move along the patrol route when a condition to discontinue spot cleaning is met; and switching to a following purification mode to perform the steps a) to d) when detecting that the air quality at the current position is not worse than the default standard quality and any human is detected.
An encapsulation film comprising: an encapsulation layer which contains an encapsulation resin and a moisture adsorbent and encapsulates the top surface of an organic electronic element formed on a substrate, and a metal layer formed on the encapsulation layer, wherein content of the moisture adsorbent is in a range such that γ satisfies 0.04 to 0.08 in the following general formula 1: Moisture adsorbent content = Q MAX × H T 1 + H T 2 × γ / H T 1 wherein, Q MAX is 60 to 90 parts by weight relative to 100 parts by weight of the solid content of the encapsulation layer, H T1 is athickness of the encapsulation layer at 25°C, H T2 is a length of the encapsulation layer connecting the outermost side of the substrate and the outermost side of the metal layer at a temperature of T2, T1 is 25°C, and T2 is 85°C. an encapsulation layer which contains an encapsulation resin and a moisture adsorbent and encapsulates the top surface of an organic electronic element formed on a substrate, and a metal layer formed on the encapsulation layer, wherein content of the moisture adsorbent is in a range such that γ satisfies 0.04 to 0.08 in the following general formula 1: Moisture adsorbent content = Q MAX × H T 1 + H T 2 × γ / H T 1 wherein, Q MAX is 60 to 90 parts by weight relative to 100 parts by weight of the solid content of the encapsulation layer, H T1 is athickness of the encapsulation layer at 25°C, H T2 is a length of the encapsulation layer connecting the outermost side of the substrate and the outermost side of the metal layer at a temperature of T2, T1 is 25°C, and T2 is 85°C.
Arrangement of a flat cable wiring structure, a movable member, a rail and a car body floor, the movable member is slidably attached to the rail arranged on the car body floor and a flat cable is wired from the car body floor to the movable member, the flat cable wiring structure comprising: a flat cable winder including a case arranged at an end of the rail, and a rotating body accommodated in the case rotatably about a virtual central axis vertical to the car body floor and configured to wind the flat cable thereabout; and a flat cable housing extending in a longitudinal direction of the rail and including a pair of walls (61 a, 61 b) arranged along an outside surface of the rail and parallel to a vertical side wall of the rail, and a bottom wall connecting the pair of walls (61a, 61 b), the flat cable winder is arranged at the end of the rail in the longitudinal direction of the rail, and one of the walls of the flat cable housing is stacked on the side wall of the rail, so that the flat cable housing is arranged along an outer side of the rail. a flat cable winder including a case arranged at an end of the rail, and a rotating body accommodated in the case rotatably about a virtual central axis vertical to the car body floor and configured to wind the flat cable thereabout; and a flat cable housing extending in a longitudinal direction of the rail and including a pair of walls (61 a, 61 b) arranged along an outside surface of the rail and parallel to a vertical side wall of the rail, and a bottom wall connecting the pair of walls (61a, 61 b), the flat cable winder is arranged at the end of the rail in the longitudinal direction of the rail, and one of the walls of the flat cable housing is stacked on the side wall of the rail, so that the flat cable housing is arranged along an outer side of the rail.
A mobile communication device comprising: reception quality information creation means for measuring reception quality of a downlink signal transmitted from a wireless base station via a downlink at a predetermined time interval in a predetermined section in each frame of the downlink signal and creating reception quality information representing reception quality of the downlink signal on the basis of the measurement result; transmission means for transmitting the reception quality information created by said reception quality information creation means to the wireless base station via an uplink; and reception means for receiving transmission data at a transmission rate set by the wireless base station on the basis of the reception quality information, wherein said reception quality information creation means comprises processing delay detection means for determining whether an end timing of measurement of reception quality has delayed from a predetermined creation start time limit of reception quality information, and reception quality information output means for calculating approximate reception quality information on the basis of reception quality measured before the creation start time limit when said processing delay detection means determines that the end timing has delayed, and outputting calculated approximate reception quality information as the reception quality information. reception quality information creation means for measuring reception quality of a downlink signal transmitted from a wireless base station via a downlink at a predetermined time interval in a predetermined section in each frame of the downlink signal and creating reception quality information representing reception quality of the downlink signal on the basis of the measurement result; transmission means for transmitting the reception quality information created by said reception quality information creation means to the wireless base station via an uplink; and reception means for receiving transmission data at a transmission rate set by the wireless base station on the basis of the reception quality information, wherein said reception quality information creation means comprises processing delay detection means for determining whether an end timing of measurement of reception quality has delayed from a predetermined creation start time limit of reception quality information, and reception quality information output means for calculating approximate reception quality information on the basis of reception quality measured before the creation start time limit when said processing delay detection means determines that the end timing has delayed, and outputting calculated approximate reception quality information as the reception quality information.
A power driven hand tool comprising: a main body comprising a housing with a drive unit for driving a working member of the tool, a handle for user operation of the tool, and a connecting part for connecting the handle with the main body, characterized in that the handle and the connecting part are arranged in such a way that a front end of the handle is insertable into a rear end of the connecting part in a first rotational position in relation to the connecting part, and in such a way that the handle is rotatable into a second rotational position in relation to the connecting part, in which second position the handle is lockable to the connecting part by means of an automatic locking mechanism, wherein the automatic locking mechanism is a snap locking mechanism. a main body comprising a housing with a drive unit for driving a working member of the tool, a handle for user operation of the tool, and a connecting part for connecting the handle with the main body,
Rail vehicle, comprising a vehicle frame, a machining unit (1, 1a, 1b) and an apparatus for tracking the machining unit (1, 1a, 1b) along laid railway lines or underground railway lines for machining rails, in particular mechanical reworking of the rail profile, wherein the machining unit (1, 1a, 1b) can be adjusted in relation to the rail profile in at least 4 axes and can be advanced in at least one axis, wherein the machining unit (1, 1a, 1b) is readjusted in relation to the rail profile in a first axis of rotation and in two linear axes, wherein a Y-axis extending in the plane of the laid rails and normally thereto and a Z-axis extending normally vertically form the linear axes and an X-axis extending in the direction of travel forms the first axis of rotation, characterised in that the machining unit (1, 1a, 1b) is readjusted in relation to the rail profile in a second axis of rotation which is formed by the Z-axis, in that a first fastening plate is arranged in a holder, which is mounted in the vehicle frame, so as to be able to rotate about the Z-axis, in that a second fastening plate is arranged on the first fastening plate so as to be able to rotate about the X-axis, in that the machining unit (1, 1a, 1b) has a compound slide rest for the linear movement in the Y-axis and Z-axis (31, 32), which rest is arranged on the second fastening plate, in that measurement systems (20, 22) are located offset in the direction of the X-axis but in each case symmetrically with respect to the actual machining point, in that a cross-section analysis of the rail head in relation to actual and desired geometry can be performed by the measurement systems (20, 22) and in that the deflection of the individual degrees of freedom can be readjusted by the measurement systems (20, 22) in such a manner until the measurement results of the measurement systems (20, 22) of the front and rear measurement points are identical within a predefined tolerance range.
A vegetation inspection apparatus comprising: a calculation process section configured to calculate an inspection value for inspecting plant vegetation by using imaging data having conflicting inspection-related-angle-dependent components such that the inspection-related-angle-dependent components included in imaging data acquired by imaging the plant vegetation are reduced; and an imaging control section configured to control an imaging apparatus for imaging the plant vegetation, wherein the imaging control section causes the imaging apparatus to image the plant vegetation at timings that are in accordance with imaging directions of imaging the plant vegetation and shining directions of light shone on the plant vegetation such that the inspection-related-angle-dependent components included in the acquired imaging data are reduced. a calculation process section configured to calculate an inspection value for inspecting plant vegetation by using imaging data having conflicting inspection-related-angle-dependent components such that the inspection-related-angle-dependent components included in imaging data acquired by imaging the plant vegetation are reduced; and an imaging control section configured to control an imaging apparatus for imaging the plant vegetation, wherein the imaging control section causes the imaging apparatus to image the plant vegetation at timings that are in accordance with imaging directions of imaging the plant vegetation and shining directions of light shone on the plant vegetation such that the inspection-related-angle-dependent components included in the acquired imaging data are reduced.
A laundry treating appliance having a rotary drum configured to accommodate laundry and a tub disposed around the drum, comprising a hollow mechanism in which a fluid passageway or a container is formed, the hollow mechanism comprising a first member and a second member, the first member having a first flat surface (410, 51) before assembly, the second member having a second flat surface (420, 442) before assembly, and the first member and the second member being fixedly connected through friction welding of the first flat surface (410, 51) and the second flat surface (420, 442) to form the hollow mechanism, the hollow mechanism including the tub comprising a front tub and a rear tub, the first member including the front tub and the second member including the rear tub, wherein at least one of the first flat surface (410, 51) and the second flat surface (420, 442) has protruding welding ribs (7, 71, 72), and characterized in that the welding ribs (7, 71, 72) constitute edges of several closed geometric units, which are of polygonal structures, joined to each other.
Method for establishing a radio link between an unauthorized mobile radio terminal and a base station of a mobile radio network, utilization of the base station as access to the mobile radio network requiring an authorization of the mobile radio terminal, characterized in that the mobile radio terminal is authorized at least temporarily by means of an authorized mobile radio terminal, an attempt at registration and/or attempt at setting up a connection by the unauthorized mobile radio terminal triggering at the base station or in the mobile radio network the request of an authorization message and a corresponding message being generated by the base station or the mobile radio network and being transmitted to the authorized mobile radio terminal, which authorizes the unauthorized mobile radio terminal, in that it transmits an authorization message to the mobile radio network, and the base station transmitting a corresponding release message to the mobile radio terminal and a radio link being set up between the mobile radio terminal and the base station of the mobile radio network.
A rotary blood pump, comprising: a pump housing; a rotor mounted for rotation within said pump housing, said rotor having a shaft portion and an impeller carried by said shaft portion, said impeller having a plurality of permanent magnets (20a, 20b); a plurality of stators (24, 26) adjacent said impeller and on opposite sides thereof; characterized in that the pump includes a first structural member positioned between the impeller and one of said stators and a second structural member positioned between the impeller and another of said stators, the structural members being made of a biocompatible, corrosion resistant ceramic material, said first and second stators being mounted on said first and second structural members, respectively; said pump housing comprises a first housing portion enclosing one of the plurality of stators on the forward side of said impeller, a second housing portion enclosing another of the plurality of stators on the rear side of said impeller and a housing portion extending between and contiguous with each of said first and second housing portions; and said first housing portion comprises one ceramic material and said second housing portion comprises ceramic material which is one of the same as and different from said one ceramic material. a pump housing; a rotor mounted for rotation within said pump housing, said rotor having a shaft portion and an impeller carried by said shaft portion, said impeller having a plurality of permanent magnets (20a, 20b); a plurality of stators (24, 26) adjacent said impeller and on opposite sides thereof; characterized in that the pump includes a first structural member positioned between the impeller and one of said stators and a second structural member positioned between the impeller and another of said stators, the structural members being made of a biocompatible, corrosion resistant ceramic material, said first and second stators being mounted on said first and second structural members, respectively; said pump housing comprises a first housing portion enclosing one of the plurality of stators on the forward side of said impeller, a second housing portion enclosing another of the plurality of stators on the rear side of said impeller and a housing portion extending between and contiguous with each of said first and second housing portions; and said first housing portion comprises one ceramic material and said second housing portion comprises ceramic material which is one of the same as and different from said one ceramic material.