mhurhangee/ep-ind-claims huggingface dataset:
Method for the optimized production of a component, in particular made of steel, having at least one secondary shaped element, comprising the steps of a) providing a blank cut from a strip or a metal sheet at room temperature, in which blank recesses and/or perforations have been produced by punching or cutting operations; b) temperature-treating selected edge regions of the blank which have been strain-hardened by the punching or cutting operations, wherein the edge regions are heated to a temperature of at least 600°C for a period of at most 10 seconds; c) reshaping the temperature-treated edge regions of the blank at ambient temperature to obtain a component having an unfinished secondary shaped element; characterized by an additional step d) a calibration step for obtaining the component having a secondary shaped element, wherein the unfinished secondary shaped element is reshaped at ambient temperature to form a secondary shaped element which has a wall thickness which is increased and/or homogenized in comparison with the unfinished secondary shaped element, wherein this calibration step consists in an additional reshaping step, which takes place by means of a force exerted counter to the preceding shaping direction, or which takes place by means of reshaping the edge regions with a force which is at least partially counter to the preceding shaping in the expansion direction. a) providing a blank cut from a strip or a metal sheet at room temperature, in which blank recesses and/or perforations have been produced by punching or cutting operations; b) temperature-treating selected edge regions of the blank which have been strain-hardened by the punching or cutting operations, wherein the edge regions are heated to a temperature of at least 600°C for a period of at most 10 seconds; c) reshaping the temperature-treated edge regions of the blank at ambient temperature to obtain a component having an unfinished secondary shaped element; characterized by an additional step d) a calibration step for obtaining the component having a secondary shaped element, wherein the unfinished secondary shaped element is reshaped at ambient temperature to form a secondary shaped element which has a wall thickness which is increased and/or homogenized in comparison with the unfinished secondary shaped element, wherein this calibration step consists in an additional reshaping step, which takes place by means of a force exerted counter to the preceding shaping direction, or which takes place by means of reshaping the edge regions with a force which is at least partially counter to the preceding shaping in the expansion direction.
A developer accommodating unit for accommodating a developer, comprising: a flexible developer accommodating container which accommodates the developer and is sealed with a sealing member at its opening for permitting discharge of the developer; a rotatable unsealing member for removing the sealing member from the opening; a developing frame (17, 18, 44) accommodating therein the developer accommodating container and the unsealing member; a drive transmission member for transmitting a rotational force to said unsealing member, wherein said drive transmission member is mounted at one of longitudinal end portions of said unsealing member and is rotatably assembled with the frame (17, 18, 44); and a supporting member for supporting said unsealing member when said unsealing member is assembled, wherein said supporting member includes a preventing portion for preventing said unsealing member from dropping from said supporting member in a state before said drive transmission member is assembled with the frame (17, 18, 44), and wherein in a state in which said drive transmission member is assembled with the frame (17, 44), a gap (D2-d2) in a radial direction of said unsealing member between said unsealing member and said supporting member is larger than a gap (D1-d1) in a radial direction of said drive transmission member between said drive transmission member and the frame (17, 18, 44), and said unsealing member is spaced from said supporting member in said radial direction of said unsealing member. a flexible developer accommodating container which accommodates the developer and is sealed with a sealing member at its opening for permitting discharge of the developer; a rotatable unsealing member for removing the sealing member from the opening; a developing frame (17, 18, 44) accommodating therein the developer accommodating container and the unsealing member; a drive transmission member for transmitting a rotational force to said unsealing member, wherein said drive transmission member is mounted at one of longitudinal end portions of said unsealing member and is rotatably assembled with the frame (17, 18, 44); and a supporting member for supporting said unsealing member when said unsealing member is assembled, wherein said supporting member includes a preventing portion for preventing said unsealing member from dropping from said supporting member in a state before said drive transmission member is assembled with the frame (17, 18, 44), and wherein in a state in which said drive transmission member is assembled with the frame (17, 44), a gap (D2-d2) in a radial direction of said unsealing member between said unsealing member and said supporting member is larger than a gap (D1-d1) in a radial direction of said drive transmission member between said drive transmission member and the frame (17, 18, 44), and said unsealing member is spaced from said supporting member in said radial direction of said unsealing member.
A system for making a connection between a first tubular member and a second tubular member having coincident bores for conveying a fluid, the connection having an axis in the general direction of flow of said fluid therethrough, the system comprising a connection and a tensioning tool, the connection having a first tubular end comprising a first end flange having an end face and a collar comprising a sleeve and an end stop fixed to the sleeve, said sleeve arranged about said first end flange and said end stop arranged about said first tubular end, said collar slideable along said first tubular end, the connection further having a second tubular end comprising a second end flange having an end face and a locking nut about and slideable along said second tubular end, the tensioning tool being configured for applying axial tension to said collar relative to said second tubular end, characterised in that at least one of said sleeve and said second tubular end has a set of parallel circumferential grooves (23,47) therein and said tensioning tool has a set of ridges, wherein, in use, the system is configured for moving said set of ridges into said set of grooves (23,47) and applying an axial tension to said collar relative to said second tubular end.
Rail vehicle braking system comprising a service brake and/or a parking brake, a network of pneumatic pipes provided for supplying, via at least one pneumatic pressure agent, said service brake and/or said parking brake to place them in what is referred to as an engaged state or in what is referred to as a disengaged state, and a display device for displaying said engaged state and/or said disengaged state of said service brake and/or of said parking brake; characterized in that said display device comprises at least one pneumatic intake connected to said service brake and/or to said parking brake via said network of pneumatic pipes, at least one electrical input, at least one electro-pneumatic triggering member (15, 115) connected to said at least one pneumatic intake and to said at least one electrical input, and at least one electronic display member connected to said electro-pneumatic triggering member and controlled by the latter to display said engaged state or said disengaged state of said service brake and/or of said parking brake.
A manually grippable and handleable dispenser for dispensing at least two liquid or pasty substances which are dispensable and mixable with each other in a predetermined ratio for dispensing, the dispenser comprising a dispenser housing with at least two containers (14, 16) that are received in the dispenser housing for separate storing of the substances to be dispensed, wherein at least one of the at least two containers is flexible, and wherein the substances are dispensable through a respective dispensing opening (26, 28) to a dispensing head like e.g. an applicator, wherein a substance is dispensable from at least one of the containers by pressure loading, wherein the dispensing is performed either by manual pressure loading through the dispenser housing upon at least one of the containers (14, 16) received in the dispenser, the dispenser housing being provided with flexible side walls, and/or by a propellant fluid that is arranged in the dispenser housing which loads at least one of the containers to dispense the substance, wherein a respective constant amount pump is provided between the dispensing openings (26, 28) of the containers (14, 16) and the dispensing head for each substance that is fed through the corresponding dispensing opening, wherein the constant amount pump dispenses an exact amount of the substance to the dispensing head independently from viscosity variations of one or more substances respectively corresponding to a predetermined mixing ratio and that the constant amount pumps of the individual substances are coupled with each other mechanically and/or magnetically.
An ambulatory infusing device, comprising: a housing; a reservoir defining an interior volume; a wall associated with the housing and having an inner surface that faces into the reservoir interior volume; and a filter assembly (126, 126a, 126b, 126c, 126d, 126e) including a filter assembly housing with a housing filter portion having a free end associated with the inner surface of the wall and a filter supporting volume that extends to the free end of the housing filter portion, wherein a filter (156, 156a, 156b, 156c, 156d, 156e, 156f, 156g, 156h) occupies the entire filter supporting volume and extends to at least the free end of the housing filter portion. a housing; a reservoir defining an interior volume; a wall associated with the housing and having an inner surface that faces into the reservoir interior volume; and a filter assembly (126, 126a, 126b, 126c, 126d, 126e) including a filter assembly housing with a housing filter portion having a free end associated with the inner surface of the wall and a filter supporting volume that extends to the free end of the housing filter portion, wherein a filter (156, 156a, 156b, 156c, 156d, 156e, 156f, 156g, 156h) occupies the entire filter supporting volume and extends to at least the free end of the housing filter portion.
Switching apparatus for switching a first actuator and a second actuator between a power supply and a ground, having the following features: a first switch for switching a first current path between the first actuator and the ground; a second switch for switching a second current path between the second actuator and the ground; a third switch for switching a current path between the power supply and the first actuator and a current path between the power supply and the second actuator, wherein, as a result of the switching, the third switch simultaneously closes or opens the current path to the first actuator and to the second actuator; and a control unit, wherein the control unit is designed to close or to open the first switch before or after the third switch or the second switch before or after the third switch, characterised in that the third switch has a first switching unit and a second switching unit, which are connected in series and can be switched independently of one another by the control unit, and in that the switching apparatus comprises at least one supplementary diode, which contacts a current path between the first switching unit and the second switching unit and bridges the first actuator and/or the second actuator in order to accelerate or decelerate a removal of the first actuator and/or the second actuator by a switching of the first switching unit or the second switching unit. a first switch for switching a first current path between the first actuator and the ground; a second switch for switching a second current path between the second actuator and the ground; a third switch for switching a current path between the power supply and the first actuator and a current path between the power supply and the second actuator, wherein, as a result of the switching, the third switch simultaneously closes or opens the current path to the first actuator and to the second actuator; and a control unit, wherein the control unit is designed to close or to open the first switch before or after the third switch or the second switch before or after the third switch, characterised in that the third switch has a first switching unit and a second switching unit, which are connected in series and can be switched independently of one another by the control unit, and in that the switching apparatus comprises at least one supplementary diode, which contacts a current path between the first switching unit and the second switching unit and bridges the first actuator and/or the second actuator in order to accelerate or decelerate a removal of the first actuator and/or the second actuator by a switching of the first switching unit or the second switching unit.
A computer-implemented method (500, 700) for automatically prompting a called user to send a message from a called device to a calling device of a calling user, the method comprising: receiving at the called device (102, 104) a call from the calling device (102, 104) wherein the call from the calling device is a missed call, or is answered by voicemail; receiving at the called device (102,104) a first message package comprising a first message from the calling device (102,104) and a first menu comprising one or more response message options, wherein the one or more response message options include one or more messages that are predicted from the content of the first message from the calling device; displaying on a screen of the called device (102,104) the first message from the calling device (102,104) and the first menu comprising the one or more response message options; receiving at the processor of the called device user input selecting one of the response message options; and sending a second message package comprising the selected response message option to the calling device. receiving at the called device (102, 104) a call from the calling device (102, 104) wherein the call from the calling device is a missed call, or is answered by voicemail; receiving at the called device (102,104) a first message package comprising a first message from the calling device (102,104) and a first menu comprising one or more response message options, wherein the one or more response message options include one or more messages that are predicted from the content of the first message from the calling device; displaying on a screen of the called device (102,104) the first message from the calling device (102,104) and the first menu comprising the one or more response message options; receiving at the processor of the called device user input selecting one of the response message options; and sending a second message package comprising the selected response message option to the calling device.
A flexible flat starting template (50; 150) which can be wound into a catalyst support, which starting template (50; 150) has at least two openings (53; 153) which are arranged next to one another in a transverse direction of the starting template (50; 150) and overlap seen in the transverse direction, characterised in that at least one transverse edge (52; 152) of the starting template (50; 150) runs in at least one region at an angle unequal to 90° to a longitudinal direction of the starting template (50; 150), the at least one transverse edge (52; 152) having a curved contour and the transverse edge being wave-shaped and having a respective bulge at the ends thereof and in the middle region thereof and being formed with indentations between the bulges.
A control system comprising a control interface between a power output from one or more wind turbine generators and a power grid, the control interface being communicatively connected to a Supervisory Control And Data Acquisition (SCADA) system, the control interface comprising: - an input unit for receiving a signal representing: • a set of event data, the set of event data comprises one or more parameters of the one or more wind turbine generators; - an event analyzer for analysing the set of event data to provide an event analysis of the set of event data; and - a control unit for controlling at least one parameter of the set of event data, characterized in that - at least part of the set of event data is received from the Supervisory Control And Data Acquisition (SCADA) system; and that - the event analysis is based on at least one predetermined event rule comprising at least one predefined event condition and a set of adaptive event conditions, wherein the predefined event condition is based on a predefined change of a parameter value of a selected parameter of the set of event data and wherein the adaptive event conditions are based on a set of parameter values of a selected set of parameters of the set of event data; and that - the event output is based on the event analysis; and further that - the controlling of the at least one parameter of the set of event data in accordance with the event output is obtained by inputting the event output into the Supervisory Control And Data Acquisition (SCADA) system which outputs a control signal in accordance with the event output. - an input unit for receiving a signal representing: • a set of event data, the set of event data comprises one or more parameters of the one or more wind turbine generators; • a set of event data, the set of event data comprises one or more parameters of the one or more wind turbine generators; - an event analyzer for analysing the set of event data to provide an event analysis of the set of event data; and - a control unit for controlling at least one parameter of the set of event data, - at least part of the set of event data is received from the Supervisory Control And Data Acquisition (SCADA) system; and that - the event analysis is based on at least one predetermined event rule comprising at least one predefined event condition and a set of adaptive event conditions, wherein the predefined event condition is based on a predefined change of a parameter value of a selected parameter of the set of event data and wherein the adaptive event conditions are based on a set of parameter values of a selected set of parameters of the set of event data; and that - the event output is based on the event analysis; and further that - the controlling of the at least one parameter of the set of event data in accordance with the event output is obtained by inputting the event output into the Supervisory Control And Data Acquisition (SCADA) system which outputs a control signal in accordance with the event output.
A method of selectively displaying a captured image on a display device, the method comprising: sequentially capturing image frames on an image detector, prior to actuation of a picture capture switch; for each captured image frame, generating raw data representing each captured image frame, prior to actuation of the picture capture switch; converting the data representing each captured image frame into a compressed image data file, prior to actuation of the picture capture switch actuation; storing each compressed image data file in a memory device to form a plurality of stored compressed image data files, the plurality of compressed image frame data files being stored in the memory device prior to actuation of the picture capture switch and until the picture capture switch is actuated; and after actuation of the picture capture switch, selecting the largest compressed image frame data file from the plurality of stored compressed image data files unless at least one of the following conditions applies: (i) the device has determined low ambient light; and (ii) the device has determined that a flash should be used; and, when at least one of the above conditions applies, selecting a chronologically latest compressed image data file from the plurality of stored compressed image data files; and displaying an image, the image constructed from data obtained from the selected compressed image data file. sequentially capturing image frames on an image detector, prior to actuation of a picture capture switch; for each captured image frame, generating raw data representing each captured image frame, prior to actuation of the picture capture switch; converting the data representing each captured image frame into a compressed image data file, prior to actuation of the picture capture switch actuation; storing each compressed image data file in a memory device to form a plurality of stored compressed image data files, the plurality of compressed image frame data files being stored in the memory device prior to actuation of the picture capture switch and until the picture capture switch is actuated; and after actuation of the picture capture switch, selecting the largest compressed image frame data file from the plurality of stored compressed image data files unless at least one of the following conditions applies: (i) the device has determined low ambient light; and (ii) the device has determined that a flash should be used; and, when at least one of the above conditions applies, selecting a chronologically latest compressed image data file from the plurality of stored compressed image data files; and displaying an image, the image constructed from data obtained from the selected compressed image data file.