mhurhangee/ep-ind-claims huggingface dataset:
A method of displaying a plurality of display windows on a screen by using a device, the method comprising: displaying a first display window of a first application on the screen; receiving a first user input that selects a first object included in the first display window; displaying a first list of applications matching a display mode of the first display window in response to the first user input, the display mode being for displaying a window of an application according to at least one of a size, a displaying position or a displaying priority of the window; receiving a second user input that selects a second application included in the first list; and displaying a second display window of the second application in the display mode of the first display window, the second display window including an execution result of the second application selected from the first list, wherein a window of each application in the first list is displayable in a display mode that is the same as the display mode of the first window. displaying a first display window of a first application on the screen; receiving a first user input that selects a first object included in the first display window; displaying a first list of applications matching a display mode of the first display window in response to the first user input, the display mode being for displaying a window of an application according to at least one of a size, a displaying position or a displaying priority of the window; receiving a second user input that selects a second application included in the first list; and displaying a second display window of the second application in the display mode of the first display window, the second display window including an execution result of the second application selected from the first list, wherein a window of each application in the first list is displayable in a display mode that is the same as the display mode of the first window.
A method for operating a control device, program code having permanently implemented internal control device functions (a()) being stored on the control device, the program code being instrumented with at least one service function (ecu_s()), the control device being connected to an influencing device by means of an interface for bypassing, a service configuration for the service function (ecu_s()) being provided on the control device, the service configuration being captured in the control device and a service functionality being executed according to the service configuration when the service function (ecu_s()) is called, characterized in that the service configuration designates at least one internal control device function (a()) implemented as a service functionality of the corresponding service function (ecu_s()), wherein the service function (ecu_s()) provides at least one value (x') for at least one argument of the internal control device function (a()) in the control device by means of the service configuration and/or accepts at least one return value of the internal control device function (a()).
A contact element for an electrical connector, with a socket portion for receiving a plug-in contact insertable into the contact element, with a conductor terminal, by means of which an electrical conductor is attachable in an electrically conductive manner, and with a contact retention section, by means of which the contact element may be fastened in the connector, with at least one main contact spring projecting into a contact receiving area for the plug-in contact and with which a contact force may be exerted on the plug-in contact along a main spring path extending substantially transversely to the insertion direction of the socket portion, wherein the at least one main contact spring extends substantially in the insertion direction and has a free end directed substantially away from a contact opening of the socket portion for inserting the plug-in contact into the socket portion, and wherein the at least one main contact spring has at least one support area, with which the main contact spring rests in an inserted position against the contact element, characterized in that a limit stop is arranged in the projection of the at least one main contact spring along the main spring deflection path, on which limit stop the main contact spring rests in an initial position and in that at least one shoulder is formed on the at least one main contact spring, by means of which shoulder at least one main contact spring rests on the limit stop.
A system, comprising: an extraction cleaner, comprising: a housing; a fluid delivery system comprising a supply container; a recovery system comprising a suction source and a recovery container, the suction source in fluid communication with the recovery container for drawing fluid to the recovery container; a wand (62, 106, 144, 244, 2$8) selectively couplable with the fluid delivery system and the recovery system, the wand comprising: a fluid delivery pathway (80, 256) adapted for fluid communication with the supply container and having a fluid connector (82, 242, 258); and an airflow pathway adapted for fluid communication with the recovery container and having an airflow connector (78, 252); and a wand receiver provided with the housing and adapted to receive a first end of the wand (62, 106, 144,244,288), and wherein the wand receiver is configured such that an enclosed pathway is formed between the fluid connector (82, 242, 258) and the airflow connector (78, 252) of the wand (62, 106, 144, 244, 288) when the first end of the wand (62, 106, 144, 244, 288) is received by the wand receiver. an extraction cleaner, comprising: a housing; a fluid delivery system comprising a supply container; a recovery system comprising a suction source and a recovery container, the suction source in fluid communication with the recovery container for drawing fluid to the recovery container; a housing; a fluid delivery system comprising a supply container; a recovery system comprising a suction source and a recovery container, the suction source in fluid communication with the recovery container for drawing fluid to the recovery container; a wand (62, 106, 144, 244, 2$8) selectively couplable with the fluid delivery system and the recovery system, the wand comprising: a fluid delivery pathway (80, 256) adapted for fluid communication with the supply container and having a fluid connector (82, 242, 258); and an airflow pathway adapted for fluid communication with the recovery container and having an airflow connector (78, 252); and a wand receiver provided with the housing and adapted to receive a first end of the wand (62, 106, 144,244,288), and wherein the wand receiver is configured such that an enclosed pathway is formed between the fluid connector (82, 242, 258) and the airflow connector (78, 252) of the wand (62, 106, 144, 244, 288) when the first end of the wand (62, 106, 144, 244, 288) is received by the wand receiver. a fluid delivery pathway (80, 256) adapted for fluid communication with the supply container and having a fluid connector (82, 242, 258); and an airflow pathway adapted for fluid communication with the recovery container and having an airflow connector (78, 252); and a wand receiver provided with the housing and adapted to receive a first end of the wand (62, 106, 144,244,288), and wherein the wand receiver is configured such that an enclosed pathway is formed between the fluid connector (82, 242, 258) and the airflow connector (78, 252) of the wand (62, 106, 144, 244, 288) when the first end of the wand (62, 106, 144, 244, 288) is received by the wand receiver.
A system for reconstituting and sterilizing a concentrate, comprising: a mixing container having an inlet port (212, 248) and outlet port in fluid communication with a mixing chamber (216, 242, 256) disposed between the inlet port (212, 248) and the outlet port, the mixing chamber (216, 242, 256) adapted to contain a product concentrate (208, 250, 258); a filtration device having an inlet and an outlet, the inlet of the filtration device coupled to the outlet port of the mixing container, the filtration device comprising a filter membrane (222, 170) with a nominal pore size in a range of approximately 0.1 μm to approximately 0.5 μm; and a product bag having an inlet port coupled to the outlet of the filtration device, the product bag having a bladder defining an empty sterile chamber for receiving sterilized and reconstituted product resulting from mixing a pharmaceutical fluid with a product concentrate (208, 250, 258) in the mixing chamber (216, 242, 256) to obtain a mixture then introduced through the filtration device to obtain the reconstituted and sterilized product, wherein the mixing container comprises a vial with a single open end, and the system further comprises a vial adaptor defining the inlet port and outlet port, the vial adaptor further defining a mixing port coupled to the single open end of the vial. a mixing container having an inlet port (212, 248) and outlet port in fluid communication with a mixing chamber (216, 242, 256) disposed between the inlet port (212, 248) and the outlet port, the mixing chamber (216, 242, 256) adapted to contain a product concentrate (208, 250, 258); a filtration device having an inlet and an outlet, the inlet of the filtration device coupled to the outlet port of the mixing container, the filtration device comprising a filter membrane (222, 170) with a nominal pore size in a range of approximately 0.1 μm to approximately 0.5 μm; and a product bag having an inlet port coupled to the outlet of the filtration device, the product bag having a bladder defining an empty sterile chamber for receiving sterilized and reconstituted product resulting from mixing a pharmaceutical fluid with a product concentrate (208, 250, 258) in the mixing chamber (216, 242, 256) to obtain a mixture then introduced through the filtration device to obtain the reconstituted and sterilized product, wherein the mixing container comprises a vial with a single open end, and the system further comprises a vial adaptor defining the inlet port and outlet port, the vial adaptor further defining a mixing port coupled to the single open end of the vial.
An electronic assembly for switching electric power, comprising - two conductor bars (60, 62) spaced apart from each other, which each overlap a substrate on one of each other opposing sides of the substrate, wherein between the conductor bars (60, 62) are arranged semiconductor switches (14, 16, 18, 22, 24, 26) to be driven by means of a control input (E1, E2) in order to provide the electric power via a bus bar at a power output, - at least one conductor track (58c, 58d), which has an electric potential differing from the electric potential of the conductor bars (60, 62), - a capacitor arrangement arranged between the two conductor bars (60, 62), - the semiconductor switches (14, 16, 18, 22, 24, 26) and the conductor bars (60, 62) and the bus bar being connected to electric conductors (58a, 58b, 58c, 58d, 58e) deposited on the substrate, - the substrate, in the region of at least two of its edges, having in each case electric conductors (58a, 58b) which contact in each case one of the conductor bars (60, 62) and carry electric potentials that substantially correspond to one another, - the semiconductor switches (14, 16, 18, 22, 24, 26) and/or the bus bar being arranged on one side of the substrate and the substrate having on the other side a potential conductor connected electrically to the conductor bars (60, 62), wherein - the capacitor arrangement being arranged on one side of the substrate or on the other side of the substrate. - two conductor bars (60, 62) spaced apart from each other, which each overlap a substrate on one of each other opposing sides of the substrate, wherein between the conductor bars (60, 62) are arranged semiconductor switches (14, 16, 18, 22, 24, 26) to be driven by means of a control input (E1, E2) in order to provide the electric power via a bus bar at a power output, - at least one conductor track (58c, 58d), which has an electric potential differing from the electric potential of the conductor bars (60, 62), - a capacitor arrangement arranged between the two conductor bars (60, 62), - the semiconductor switches (14, 16, 18, 22, 24, 26) and the conductor bars (60, 62) and the bus bar being connected to electric conductors (58a, 58b, 58c, 58d, 58e) deposited on the substrate, - the substrate, in the region of at least two of its edges, having in each case electric conductors (58a, 58b) which contact in each case one of the conductor bars (60, 62) and carry electric potentials that substantially correspond to one another, - the semiconductor switches (14, 16, 18, 22, 24, 26) and/or the bus bar being arranged on one side of the substrate and the substrate having on the other side a potential conductor connected electrically to the conductor bars (60, 62), wherein - the capacitor arrangement being arranged on one side of the substrate or on the other side of the substrate.
A solar module, comprising: - a connection-side solar module body with at least one solar module connector opening, - at least one solar module connector with -- at least one insertion region in which at least one contact element (17a, 17b) of a complementary solar module connector can be inserted along an insertion direction, -- at least one electrical conductor (13a, 13b) that can be contacted with at least one solar cell, -- at least one conductor holding device (15a, 15b) that mechanically fixes an associated electrical conductor (13a, 13b), wherein the associated electrical conductor (13a, 13b) extends in a conductor contact section essentially parallel to the insertion direction, wherein the solar module connector extends at least sectionally into the connection-side solar module body in the region of the solar module connector opening, characterized in that the at least one electrical conductor (13a, 13b) is designed as a conductor track, wherein the opposing edges of the conductor track are held in a groove of the associated conductor holding device (15a, 15b) oriented along the insertion direction. - a connection-side solar module body with at least one solar module connector opening, - at least one solar module connector with -- at least one insertion region in which at least one contact element (17a, 17b) of a complementary solar module connector can be inserted along an insertion direction, -- at least one electrical conductor (13a, 13b) that can be contacted with at least one solar cell, -- at least one conductor holding device (15a, 15b) that mechanically fixes an associated electrical conductor (13a, 13b), wherein the associated electrical conductor (13a, 13b) extends in a conductor contact section essentially parallel to the insertion direction, -- at least one insertion region in which at least one contact element (17a, 17b) of a complementary solar module connector can be inserted along an insertion direction, -- at least one electrical conductor (13a, 13b) that can be contacted with at least one solar cell, -- at least one conductor holding device (15a, 15b) that mechanically fixes an associated electrical conductor (13a, 13b), wherein the associated electrical conductor (13a, 13b) extends in a conductor contact section essentially parallel to the insertion direction,
Key for a locking cylinder, comprising a row of locking recesses (9a - 9e) arranged in a shank, the locking recesses (9a - 9e) each being delimited by flank contours (14a - 14e) and having support surfaces (13a - 13e) for supporting blocking elements of the locking cylinder, the angles of inclination (A1 - A5) of the flank contours (14a - 14e) varying over the row of locking recesses (9a - 9e), characterized in that the angles of inclination (A1 - A5) of the flank contours (14a - 14e) increase over the row of locking recesses (9a - 9e) and in that the increase in the angles of inclination (A1 - A5) is formed in a predetermined step sequence.
A capacitive RF-MEMS switch comprising a metallic membrane positioned above a control electrode, adapted in such a way that a voltage V applied between said membrane and said electrode generates an electrostatic force F es sufficient to move from an "open" state to a "closed" state during a switching time and generates a transitory current i during a short moment in the order of the switching time or in such a way that the voltage V, which returns to zero, in order to move from a "closed" state to an "open" state, also generates a transitory current during a switching time, characterised in that the membrane and the control electrode are made of ferromagnetic materials or contain at least one layer of ferromagnetic material, a transitory current generating a magnetic field and consequently a magnetic return force which acts on the membrane for activation as an attractive force and for deactivation as a repulsive force at the switching moments of the control electrode.
Aprotinin for use in the treatment of an animal parasitic disease or infection that is caused by a flagellate protozoan of the Trypanosomatidae family and that affects mammals.
A method for producing a molded body comprising a micro-optical component that has a cavity and/or protruding structures on a surface of the molded body, wherein the method comprises the following steps: a) providing a molding tool provided with undercuts which result in cavities in the molded body and/or protruding structures on the surface of the molded body, wherein the molding tool has at least one receptacle into which at least one material is introduced, wherein the material comprises at least one shape-memory material, wherein the shape-memory material is present in a first state, wherein the material at least partially fills the receptacle of the molding tool in such a way that the material adjoins at least one surface of the receptacle; b) creating a molded body in the receptacle of the molding tool from the material, wherein the shape-memory material is present in a second state, wherein a form is embossed into the molded body during the second state; c) transferring the shape-memory material from the second state to a third state, wherein the molded body can be deformed during the third state in such a way that the molded body is demolded from the receptacle of the molding tool in a demolding direction; and d) at least partially restoring the form of the molded body by transferring the shape-memory material from the third state to a fourth state, wherein the molded body at least partially resumes the form according to step b) during the fourth state. a) providing a molding tool provided with undercuts which result in cavities in the molded body and/or protruding structures on the surface of the molded body, wherein the molding tool has at least one receptacle into which at least one material is introduced, wherein the material comprises at least one shape-memory material, wherein the shape-memory material is present in a first state, wherein the material at least partially fills the receptacle of the molding tool in such a way that the material adjoins at least one surface of the receptacle; b) creating a molded body in the receptacle of the molding tool from the material, wherein the shape-memory material is present in a second state, wherein a form is embossed into the molded body during the second state; c) transferring the shape-memory material from the second state to a third state, wherein the molded body can be deformed during the third state in such a way that the molded body is demolded from the receptacle of the molding tool in a demolding direction; and d) at least partially restoring the form of the molded body by transferring the shape-memory material from the third state to a fourth state, wherein the molded body at least partially resumes the form according to step b) during the fourth state.
A composition for surface treatment of a Mg-containing galvanized steel sheet, the composition comprising a trivalent chromium compound, a carboxylated vinylidene copolymer, and a crosslinking agent, wherein the crosslinking agent is at least one selected from the group consisting of aziridine, an isocyanate compound, and a carbodiimide compound.
A gas cooler, comprising: an indirect heat exchanger comprising a coil; a distribution system for providing an evaporative coolant to the indirect heat exchanger; and a direct heat exchanger configured to cool the evaporative coolant from a first temperature to a second temperature less than the first temperature prior to the evaporative coolant being provided to the indirect heat exchanger, wherein the indirect heat exchanger is configured to cool a refrigerant flowing through the coil below a dry bulb ambient air temperature by transferring heat from the refrigerant to the evaporative coolant provided to the indirect heat exchanger. an indirect heat exchanger comprising a coil; a distribution system for providing an evaporative coolant to the indirect heat exchanger; and a direct heat exchanger configured to cool the evaporative coolant from a first temperature to a second temperature less than the first temperature prior to the evaporative coolant being provided to the indirect heat exchanger, wherein the indirect heat exchanger is configured to cool a refrigerant flowing through the coil below a dry bulb ambient air temperature by transferring heat from the refrigerant to the evaporative coolant provided to the indirect heat exchanger.
Support bracket for securing cladding on a load-bearing wall, wherein the support bracket has a bracket head (4, 54) for securing the support bracket on the load-bearing wall, a sheet metal web, a support element (6, 36) for supporting the cladding and a pressure element for pressure transmission from the support bracket to the load-bearing wall, wherein the support element (6, 36) and the pressure element are located on the sheet metal web, characterised in that the entire sheet metal web is formed from a single sheet metal of constant wall thickness (d), in that the sheet metal web comprises a diagonal tie and a strut, and in that the diagonal tie and the strut are connected to each other only at the ends (42, 44) facing the support element (6, 36) in a connecting region, the connecting region extending along no more than half of the cantilever length of the support bracket.
A method for operating a terminal in a wireless communication system, the method comprising: identifying, by scanning of a radio frequency, RF, at least one network to which the terminal is accessible; detecting an user input for selecting a network from among the identified at least one network; identifying an address of a profile manager for a network provider corresponding to the selected network and identification information of an embedded universal integrated circuit card, eUICC, of the terminal; transmitting (407, 409) the identification information of the eUICC of the terminal, identification of the terminal, or the address of the profile manager to a subscription server; receiving (419, 421) an acknowledgement message from the subscription server; transmitting a message for requesting a profile associated with the network provider to the profile manager; and receiving the requested profile from the profile manager. identifying, by scanning of a radio frequency, RF, at least one network to which the terminal is accessible; detecting an user input for selecting a network from among the identified at least one network; identifying an address of a profile manager for a network provider corresponding to the selected network and identification information of an embedded universal integrated circuit card, eUICC, of the terminal; transmitting (407, 409) the identification information of the eUICC of the terminal, identification of the terminal, or the address of the profile manager to a subscription server; receiving (419, 421) an acknowledgement message from the subscription server; transmitting a message for requesting a profile associated with the network provider to the profile manager; and receiving the requested profile from the profile manager.