mhurhangee/ep-ind-claims huggingface dataset:
A battery module, including: a first cell array including a plurality of prismatic battery cells and a second cell array including a plurality of prismatic battery cells, wherein each battery cell includes a first surface with a terminal portion (14, 15), a second surface facing the first surface and a wide surface connecting the first surface and the second surface and wherein the second surfaces of battery cells of the first array are arranged to face the second surfaces of battery cells of the second array; at least one support member (250, 350) provided between the first cell array and the second cell array; and a housing for receiving the first cell array, the second cell array and the at least one support member (250, 350), wherein the plurality of battery cells of the first cell array and of the second cell array are stacked so that the wide surfaces of the battery cells face each other, wherein the second cell array includes the same number of battery cells as the first cell array, and wherein the support member (250, 350) includes a base portion (251, 351) interposed between the battery cells and a flange portion (252, 352) vertically connected to the base portion (251, 351) and provided so as to correspond to a side of the battery cells. a first cell array including a plurality of prismatic battery cells and a second cell array including a plurality of prismatic battery cells, wherein each battery cell includes a first surface with a terminal portion (14, 15), a second surface facing the first surface and a wide surface connecting the first surface and the second surface and wherein the second surfaces of battery cells of the first array are arranged to face the second surfaces of battery cells of the second array; at least one support member (250, 350) provided between the first cell array and the second cell array; and a housing for receiving the first cell array, the second cell array and the at least one support member (250, 350), wherein the plurality of battery cells of the first cell array and of the second cell array are stacked so that the wide surfaces of the battery cells face each other, wherein the second cell array includes the same number of battery cells as the first cell array, and wherein the support member (250, 350) includes a base portion (251, 351) interposed between the battery cells and a flange portion (252, 352) vertically connected to the base portion (251, 351) and provided so as to correspond to a side of the battery cells.
A rail vehicle car, wherein the rail vehicle car comprises a vehicle wall enclosing a usable space, wherein a sidewall section (2, 3, 8) of the vehicle wall provides an equipment channel for receiving at least one vehicle utility component, wherein the equipment channel is arranged outside the usable space, wherein the equipment channel is provided by a recess or a groove in the sidewall section (2, 3, 8) which is opened towards the exterior space, characterized in that the equipment channel is arranged in an end face section of the vehicle wall.
A metering device for metering flowable bulk material from a container with - a delivery channel with an inlet and a metering outlet and - a flap mechanism disposed in the delivery channel between the inlet and the metering outlet, characterised in that the flap mechanism: - comprises a deflection flap for deflecting the flowable bulk material to a calibration test opening and - an opening flap for opening the calibration test opening. - a delivery channel with an inlet and a metering outlet and - a flap mechanism disposed in the delivery channel between the inlet and the metering outlet, - comprises a deflection flap for deflecting the flowable bulk material to a calibration test opening and - an opening flap for opening the calibration test opening.
Device for the leaktight passage of a cable sheath through an opening of a motor vehicle apron, comprising a passage piece provided to be mounted in a leaktight manner on said opening and comprising a main body made of elastomer material comprising a through-hole, said device also comprising a rigid elongate insert overmolded on said sheath and configured to be able to be forced through said hole to a leaktight mounted configuration, said insert further comprising suitable retaining means (34, 40) cooperating with complementary means provided on said main elastomer body to ensure the axial retention of the insert in said sealed mounted configuration; characterized in that said retaining means comprise a harpoon arranged at the downstream end of said insert and comprising a head provided with a plurality of teeth capable of cooperating by snap-fastening, when said insert is introduced through said hole, with an annular rib projecting radially inside this hole 8).
Winding arrangement for a transformer or for a reactor, having an annular winding cover part disposed on the end face of a winding, wherein a side surface of the winding cover part facing the winding overlaps an end face of the winding, wherein the annular winding cover part comprises a body part, in which a magnetically conductive partial area, formed from at least one laminated core or at least one permeable moulded sintered part, is disposed and wherein the body part comprises a convex side surface facing away from the winding, and is surrounded by an electrical shield, characterised in that the magnetically conductive partial area is embedded in the body part.
A joint assembly (10, 200) comprising: a profile ring (110, 210) including a cam profile (111, 211); a rotor (120, 220) configured to rotate relative to the profile ring (110, 210); and an elastic body (130, 232) connected to the rotor (120, 220), the elastic body (130, 232) configured to store an elastic potential energy in response to the rotor (120, 220) rotating relative to the profile ring (110, 210) such that the elastic potential energy corresponds to a shape of the cam profile (111, 211), characterized by a fixed ring (140, 240) enclosing the profile ring (110, 210) such that the profile ring (110, 210) selectively rotates relative thereto; and a binder (150, 260) configured to selectively couple the profile ring (110, 210) to one of the rotor (120, 220) and the fixed ring (140, 240). a profile ring (110, 210) including a cam profile (111, 211); a rotor (120, 220) configured to rotate relative to the profile ring (110, 210); and an elastic body (130, 232) connected to the rotor (120, 220), the elastic body (130, 232) configured to store an elastic potential energy in response to the rotor (120, 220) rotating relative to the profile ring (110, 210) such that the elastic potential energy corresponds to a shape of the cam profile (111, 211), characterized by a fixed ring (140, 240) enclosing the profile ring (110, 210) such that the profile ring (110, 210) selectively rotates relative thereto; and a binder (150, 260) configured to selectively couple the profile ring (110, 210) to one of the rotor (120, 220) and the fixed ring (140, 240).
A computer-implemented method for training a machine learning model to detect installation errors in an elevator, in particular an elevator door, the machine learning model being a combination of a Set Function for Time Series model and a Fourier-Transform model, the method comprising the steps of: - arranging a plurality of sensors at the elevator, each sensor being configured to detect a physical parameter; - detecting values of the physical parameters by means of said sensors so as to obtain a dataset comprising at least one time series, wherein the step of detecting values of the physical parameters by means of said sensors occurs with a different periodicity depending on the type of sensor and of physical parameter involved; - obtaining a first input layer by extracting features from the dataset; - obtaining a second input layer by extracting features from the dataset; - feeding the Set Function for Time Series model with the first input layer; - feeding the Fourier-Transform model with the second input layer. - arranging a plurality of sensors at the elevator, each sensor being configured to detect a physical parameter; - detecting values of the physical parameters by means of said sensors so as to obtain a dataset comprising at least one time series, wherein the step of detecting values of the physical parameters by means of said sensors occurs with a different periodicity depending on the type of sensor and of physical parameter involved; - obtaining a first input layer by extracting features from the dataset; - obtaining a second input layer by extracting features from the dataset; - feeding the Set Function for Time Series model with the first input layer; - feeding the Fourier-Transform model with the second input layer.
Drawer container, in particular for a beverage station comprising a housing with opposite side walls which comprise a plurality of rails extending in parallel in pairs opposite each other and a plurality of support struts arranged between the rails, wherein the rails are manufactured in one piece with the side walls and support struts and in a correctly installed drawer container are arranged horizontally facing each other on an inner side of the side walls and in the rails a plurality of drawers (10, 11, 12) are guided and at least one of the drawers has a lock which positively interacts with a support strut in order to lock the drawer.
A laminate film comprising a water-soluble resin layer and a polylactic acid-based resin layer laminated on at least one side of a substrate film, characterized in that the water-soluble resin layer has a thickness of 0.1 to 15μm, and the polylactic acid-based resin layer has a thickness of 10 to 500nm, wherein the substrate film is made of polyethylene terephthalate; the water-soluble resin layer is polyvinyl alcohol or a copolymer thereof, or pullulan; and the polylactic acid-based resin layer is a homopolymer of lactic acid-based resin consisting of poly-L-lactic acid and/or poly-D-lactic acid or is a copolymerized polylactic acid-based resin made by copolymerizing a monomer component having ester formation ability with L-lactic acid and/or D-lactic acid, the monomer component being glycolic acid and ethylene glycol.
A flow amount calculation controller for calculating a flow amount of fluid passing through a variable throttle portion provided in an air passage so as to control a certain subject, comprising: a calculator that calculates a flow amount mt of the fluid passing through said variable throttle portion by the following formula: mt = Ad•(Pu•ρu) 1/2 •Φ(Pd/Pu), characterized in that a function Φ(Pd/Pu) is (k/(2•(k+1))) 1/2 when a relation (Pd/Pu) ≤ (1/(1+k)) is established, and is ((((k-1)/(2•k))•(1-Pd/Pu)+Pd/Pu)•(1-Pd/Pu)) 1/2 when a relation (Pd/Pu) > (1/(1+k)) is established, where Pu is an upstream pressure of said variable throttle portion, pu is an upstream density of said variable throttle portion, Pd is a downstream pressure of said variable throttle portion, Ad is an opening area of said variable throttle portion, and k is a specific heat ratio of said fluid. mt = Ad•(Pu•ρu) 1/2 •Φ(Pd/Pu), characterized in that a function Φ(Pd/Pu) is (k/(2•(k+1))) 1/2 when a relation (Pd/Pu) ≤ (1/(1+k)) is established, and is ((((k-1)/(2•k))•(1-Pd/Pu)+Pd/Pu)•(1-Pd/Pu)) 1/2 when a relation (Pd/Pu) > (1/(1+k)) is established, where Pu is an upstream pressure of said variable throttle portion, pu is an upstream density of said variable throttle portion, Pd is a downstream pressure of said variable throttle portion, Ad is an opening area of said variable throttle portion, and k is a specific heat ratio of said fluid.
A balance adjusting structure for a turbocharging device incorporating a magnetic inductor type motor, comprising: at least one rotor blade disposed in a housing; a shaft connected to the rotor blade; a bearing formed in the housing, and configured to rotatably axially support the shaft; a rotor core penetrated by the shaft; and a stator disposed at a position facing the rotor core in the housing, and configured to rotate and drive the rotor core together with the shaft by a magnetic field, characterized in that the rotor core includes: a sleeve fitted onto the shaft; a plurality of electromagnetic steel plates having a circular circumference, laminated in an axial direction of the sleeve and fitted onto the sleeve; and a rotational balance adjusting member (52; 82, 83) disposed on a part of the electromagnetic steel plates in a laminating direction, and having a thickness larger than a thickness of each electromagnetic steel plate, and the rotational balance adjusting member (52; 82, 83) is processed to adjust rotational balance, wherein the rotor core is configured such that the rotational balance adjusting member (52; 82, 83) is disposed on an intermediate part of the laminated electromagnetic steel plates. at least one rotor blade disposed in a housing; a shaft connected to the rotor blade; a bearing formed in the housing, and configured to rotatably axially support the shaft; a rotor core penetrated by the shaft; and a stator disposed at a position facing the rotor core in the housing, and configured to rotate and drive the rotor core together with the shaft by a magnetic field, characterized in that the rotor core includes: a sleeve fitted onto the shaft; a plurality of electromagnetic steel plates having a circular circumference, laminated in an axial direction of the sleeve and fitted onto the sleeve; and a rotational balance adjusting member (52; 82, 83) disposed on a part of the electromagnetic steel plates in a laminating direction, and having a thickness larger than a thickness of each electromagnetic steel plate, and the rotational balance adjusting member (52; 82, 83) is processed to adjust rotational balance, wherein the rotor core is configured such that the rotational balance adjusting member (52; 82, 83) is disposed on an intermediate part of the laminated electromagnetic steel plates. a sleeve fitted onto the shaft; a plurality of electromagnetic steel plates having a circular circumference, laminated in an axial direction of the sleeve and fitted onto the sleeve; and a rotational balance adjusting member (52; 82, 83) disposed on a part of the electromagnetic steel plates in a laminating direction, and having a thickness larger than a thickness of each electromagnetic steel plate, and the rotational balance adjusting member (52; 82, 83) is processed to adjust rotational balance, wherein the rotor core is configured such that the rotational balance adjusting member (52; 82, 83) is disposed on an intermediate part of the laminated electromagnetic steel plates.
Dispensing device of a fluid substance, comprising a dispensing button provided with a hole configured for the tight coupling with a hollow stem of a pump or a valve, and a dispensing opening, the dispensing device further comprising a shutter, an elastic element and a mechanical opening element, the dispensing opening being associated with the shutter which, at least when it is subjected to a pressure exerted by the fluid substance to be dispensed, translates in contrast to the elastic element, thereby freeing the dispensing opening, the shutter having at least one projection cooperating with the mechanical opening element associated with the dispensing button, the opening element does not have any part that comes into contact with said fluid substance, the mechanical opening element having a first fixing portion fixed to the dispensing button and a second portion adapted to abut, in use, a fixed part from which the stem extends, wherein the first fixing portion and the second portion are mutually interconnected by at least an elastically deformable part configured to allow at least an axial translation of the second portion with respect to the first fixing portion, an actuation lever extending from the second portion and cooperating with said projection to open the shutter when the second portion is in contact with the fixed part and the elastically deformable part is deformed.
A weighing module comprising a weighing platform incorporating a weighing cell and a motorized drive belt for transporting a mail item from one side to the other of the weighing platform, which weighing module is characterized in that it comprises means for sensing the format of said mail item located downstream the weighing platform and processing means for, from said format detected before the start of the weighing, determining a probable range of weights for said mail item and thus calculating the weight of said mail item within a determined range of weights obtained from said format.
A floor box system for mounting on a floor foundation, comprising a floor box configured to be positioned on the floor foundation; a cover assembly arranged to be provided on the floor box wherein said cover assembly is one of at least a first type of cover assemblies and a second type of cover assemblies; and attachment means for attaching the cover assembly to the floor box; characterized in that said floor box comprises at least two positions for positioning said attachment means to the floor box wherein the cover assembly is attachable to the floor box with the attachment means in a first position of the at least two positions when the cover assembly is a cover assembly of the first type of cover assemblies and the cover assembly is attachable to the floor box with the attachment means in a second position of the at least two positions when the cover assembly is a cover assembly of the second type of cover assemblies.
Curtain facade construction, with a base holder for connection to a building wall or a substructure, and with a plate holder for connection to a facade plate, wherein a positioning device is provided which is active between the base holder and the plate holder, wherein the positioning device comprises at least one form-fit element which is assigned to the base holder and cooperates as a form-fit pair with a form-fit element assigned to the plate holder, characterised in that - in order to set a tilt of the facade plate, the positioning device defines at least two different relative positions of the plate holder relative to the base holder, wherein in at least one of the relative positions, the visible side of the facade plate is oriented tilted relative to the building wall, and - on the base holder and/or on the plate holder, at least one additional form-fit element is arranged which is compatible for form fit with the form-fit element of the respective other holder (26; 24), so that for selection of one of the relative positions, the form-fit element of the plate holder can be connected to one of two form-fit elements (50, 52) of the base holder, or so that for selection of a relative position, the form-fit element of the base holder can be connected optionally to one of two form-fit elements of the plate holder. - in order to set a tilt of the facade plate, the positioning device defines at least two different relative positions of the plate holder relative to the base holder, wherein in at least one of the relative positions, the visible side of the facade plate is oriented tilted relative to the building wall, and - on the base holder and/or on the plate holder, at least one additional form-fit element is arranged which is compatible for form fit with the form-fit element of the respective other holder (26; 24), so that for selection of one of the relative positions, the form-fit element of the plate holder can be connected to one of two form-fit elements (50, 52) of the base holder, or so that for selection of a relative position, the form-fit element of the base holder can be connected optionally to one of two form-fit elements of the plate holder.
A cardan joint spider comprising a body having four right-angled brackets, each bracket presenting two mutually perpendicular arms (10a, 10b), the arm of one bracket being assembled to the arm of an adjacent bracket so as to form a cross-shaped spider having four branches (1a, 1b, 1c, 1d), the body including at least four stiffeners, a stiffener being mounted between the two arms (10a, 10b) of each bracket.
A method of implementing a photo filter module with instructions executed by a processor in a server, the server being operative in a networked environment with a plurality of mobile client devices (100_1-100_N), the method comprising: the server identifying when one of said client device (100_1) captures a photograph; the server selecting photograph filters based upon attributes of the client device and attributes of the photograph, wherein the attributes of the client device include geolocation of the client device wherein each photograph filter is in the form of an overlay on top of the photograph to augment the photograph, and wherein at least one photograph filter is configured for the geolocation; the server supplying the photograph filters to the client device, wherein the photograph filters are configured to be independently selectable by the user, the client device in response to a gesture successively applied by a user to the photograph as presented on a display of the client device successively applying the photograph filters to the photograph and presenting the filtered photograph to the user without previously being selected by the user, the filters then being independently selectable by the user; and in response to a photograph with a selected one or more photograph filters being received from the client device, the server routing the one or more photograph filters and the photograph to another client device. the server identifying when one of said client device (100_1) captures a photograph; the server selecting photograph filters based upon attributes of the client device and attributes of the photograph, wherein the attributes of the client device include geolocation of the client device wherein each photograph filter is in the form of an overlay on top of the photograph to augment the photograph, and wherein at least one photograph filter is configured for the geolocation; the server supplying the photograph filters to the client device, wherein the photograph filters are configured to be independently selectable by the user, the client device in response to a gesture successively applied by a user to the photograph as presented on a display of the client device successively applying the photograph filters to the photograph and presenting the filtered photograph to the user without previously being selected by the user, the filters then being independently selectable by the user; and in response to a photograph with a selected one or more photograph filters being received from the client device, the server routing the one or more photograph filters and the photograph to another client device.