mhurhangee/ep-ind-claims huggingface dataset:
A printing head moving mechanism including a carriage configured to be equipped with a printing head and a guide rail configured to guide and reciprocate the carriage between a printing position facing a recording medium and a retracted position retracted outside a printing region of the recording medium, characterized in that in the printing position, the carriage is disposed at a downstream side of a transporting roller which is configured to transport the recording medium in a transporting direction of the recording medium, wherein in the retracted position, at least a portion of the carriage is disposed at an upstream side of the transporting roller in the transporting direction of the recording medium, and wherein the guide rail guides the carriage between the printing position and the retracted position without interference between the carriage and the transporting roller.
A capacitive ultrasonic transducer, comprising a sensor head having a back plate, the structured front side of which is provided with an insulating layer and the back side of which is provided with a back electrode, and a membrane that serves as a sound generator and is mounted over said back plate, wherein the membrane is subjected to tensile stress in the planar direction, characterized in that the ultrasonic transducer comprises at least one ring, wherein the Membrane is welded to the at least one ring and mounted so that the membrane is subjectable to a tensile stress in the planar direction.
A cell culture apparatus comprising: a heat transfer medium having a recess part or a plurality of hole parts in a contact surface with a culture vessel for containing a cell suspension; and an air supply port (31,31a) which communicates with the recess part or each of the plurality of hole parts and to which a gas is supplied. a heat transfer medium having a recess part or a plurality of hole parts in a contact surface with a culture vessel for containing a cell suspension; and an air supply port (31,31a) which communicates with the recess part or each of the plurality of hole parts and to which a gas is supplied.
An apparatus (10; 20), comprising: means (12, 14, 16, 18) for determining a formula for determining an ambient light value from ambient light data provided by at least one ambient light sensor, from a plurality of different formulae for determining an ambient light value, based on a manufacturer of the at least one ambient light sensor, wherein the different formulae are associated with different manufacturers; and means (12, 14, 16, 18) for determining the ambient light value from ambient light data provided by the at least one ambient light sensor using the determined formula associated with the manufacturer of the at least one ambient light sensor, wherein the determined ambient light value depends upon at least the spectral distribution of the ambient light data provided by the at least one ambient light sensor. means (12, 14, 16, 18) for determining a formula for determining an ambient light value from ambient light data provided by at least one ambient light sensor, from a plurality of different formulae for determining an ambient light value, based on a manufacturer of the at least one ambient light sensor, wherein the different formulae are associated with different manufacturers; and means (12, 14, 16, 18) for determining the ambient light value from ambient light data provided by the at least one ambient light sensor using the determined formula associated with the manufacturer of the at least one ambient light sensor, wherein the determined ambient light value depends upon at least the spectral distribution of the ambient light data provided by the at least one ambient light sensor.
Laboratory installation with at least one base (3, 5), which has at least one opening and with at least one collection container which with the interposition of one or more media lines (6, 7) is connected to the opening, wherein - at least one adapter (9, 10;) for the optional attachment of a collection vessel or at least one media line is provided in the area of the opening and functions as the basic component of a thus brought about modular distribution system (8; 9, 10; 13), wherein - the base (3, 5) is also designed as a worktop which has a duct in the opening as a component part of the distribution system (8, 9, 10; 13) and wherein - the duct is designed for optional detachable connection to the adapter (9, 10) characterised in that - the duct is on the one hand fitted with a holder for the adapter (9, 10) and on the other hand with a connection flange for the at least one media line (6, 7) to the collection container. - at least one adapter (9, 10;) for the optional attachment of a collection vessel or at least one media line is provided in the area of the opening and functions as the basic component of a thus brought about modular distribution system (8; 9, 10; 13), wherein - the base (3, 5) is also designed as a worktop which has a duct in the opening as a component part of the distribution system (8, 9, 10; 13) and wherein - the duct is designed for optional detachable connection to the adapter (9, 10) characterised in that - the duct is on the one hand fitted with a holder for the adapter (9, 10) and on the other hand with a connection flange for the at least one media line (6, 7) to the collection container.
A wind turbine plant comprising: at least two vertical axis wind turbines (12 i), each of said vertical axis wind turbines (12 i) including a substantially vertical shaft (44 i) and at least three wing-shaped turbine blades of the lift-type circumferentially distributed around the vertical shaft (44 i); a common turbine support platform supporting the at least two vertical axis wind turbines (12 i) horizontally spaced apart from one another, wherein: - the wing-shaped turbine blades of two neighbouring vertical axis wind turbines (12 i) are exposed to the wind in the space between the vertical shafts (44 i) of the two vertical axis wind turbines (12 i); - the rotation diameters of the two neighbouring vertical axis wind turbines are separated by a horizontal distance s that is between 0.2*dmax and 1.5*dmax, where dmax is the largest rotation diameter of the two neighbouring vertical axis wind turbines; and - the two neighbouring vertical axis wind turbines are designed for having opposite directions of rotation; and a swivel device supporting the common turbine support platform, so that the latter is swivelable about a substantially vertical swivel axis. at least two vertical axis wind turbines (12 i), each of said vertical axis wind turbines (12 i) including a substantially vertical shaft (44 i) and at least three wing-shaped turbine blades of the lift-type circumferentially distributed around the vertical shaft (44 i); a common turbine support platform supporting the at least two vertical axis wind turbines (12 i) horizontally spaced apart from one another, wherein: - the wing-shaped turbine blades of two neighbouring vertical axis wind turbines (12 i) are exposed to the wind in the space between the vertical shafts (44 i) of the two vertical axis wind turbines (12 i); - the rotation diameters of the two neighbouring vertical axis wind turbines are separated by a horizontal distance s that is between 0.2*dmax and 1.5*dmax, where dmax is the largest rotation diameter of the two neighbouring vertical axis wind turbines; and - the two neighbouring vertical axis wind turbines are designed for having opposite directions of rotation; and - the wing-shaped turbine blades of two neighbouring vertical axis wind turbines (12 i) are exposed to the wind in the space between the vertical shafts (44 i) of the two vertical axis wind turbines (12 i); - the rotation diameters of the two neighbouring vertical axis wind turbines are separated by a horizontal distance s that is between 0.2*dmax and 1.5*dmax, where dmax is the largest rotation diameter of the two neighbouring vertical axis wind turbines; and - the two neighbouring vertical axis wind turbines are designed for having opposite directions of rotation; and a swivel device supporting the common turbine support platform, so that the latter is swivelable about a substantially vertical swivel axis.
A linear fluorescent lighting fixture (1, 100), comprising: a plurality of tube positions disposed in a first plane; reflector panels (40, 140); and a plurality of reflector panel positions, each reflector panel position securing one reflector panel (40,140) such that at least portions of the reflector panel (40,140) are at a vertical position above the first plane, characterized in that at least one of the reflector panels is of a first type; at least one of the reflector panels is of a second type; and wherein the first type reflector panel has a greater translucency compared to the second type reflector panel, and wherein each of the reflector panels (40, 140) is structured for being secured in any one of the reflector panel positions. a plurality of tube positions disposed in a first plane; reflector panels (40, 140); and a plurality of reflector panel positions, each reflector panel position securing one reflector panel (40,140) such that at least portions of the reflector panel (40,140) are at a vertical position above the first plane, characterized in that at least one of the reflector panels is of a first type; at least one of the reflector panels is of a second type; and wherein the first type reflector panel has a greater translucency compared to the second type reflector panel, and wherein each of the reflector panels (40, 140) is structured for being secured in any one of the reflector panel positions.
A multi-use biosensor for detecting the presence and/or concentration of a target analyte in a fluidic biological sample, the multi-use biosensor comprising: an electrode; a plurality of nanobeads dispensed on the electrode, wherein each of the plurality of nanobeads has at least one enzyme coupled thereto, wherein the enzyme interacts with the target analyte for detection of the target analyte; and a semi-permeable membrane disposed on the plurality of the nanobeads, wherein the membrane immobilizes the plurality of nanobeads on the electrode, and wherein the membrane is permeable to the target analyte to be detected but substantially impermeable to the enzyme coupled to the nanobeads, and wherein the at least one enzyme is coupled to each of the nanobeads via crosslinking, and wherein the plurality of nanobeads are coated with streptavidin, and wherein the at least one enzyme is conjugated to biotin. an electrode; a plurality of nanobeads dispensed on the electrode, wherein each of the plurality of nanobeads has at least one enzyme coupled thereto, wherein the enzyme interacts with the target analyte for detection of the target analyte; and a semi-permeable membrane disposed on the plurality of the nanobeads, wherein the membrane immobilizes the plurality of nanobeads on the electrode, and wherein the membrane is permeable to the target analyte to be detected but substantially impermeable to the enzyme coupled to the nanobeads, and wherein the at least one enzyme is coupled to each of the nanobeads via crosslinking, and wherein the plurality of nanobeads are coated with streptavidin, and wherein the at least one enzyme is conjugated to biotin.
Device for setting the drive stage of an electrical drive of a boat, including a manually actuatable drive lever which can be positioned between a zero position, in which the electrical drive is stopped, and a maximum position, in which the electrical drive is driven at its maximum drive stage which corresponds to the nominal power of the electrical drive, characterised in that a manually actuatable overload switching device is provided, at the actuation of which the electrical drive is operated in an overload mode in which the electrical drive is actuatable with a rotational speed and/or a torque and/or a power of 101% to 150% of a maximum rotational speed predetermined in the maximum drive stage and/or a predetermined maximum torque and/or a nominal power.
A computer-implemented method for isolating virtual hosts on a computing system, comprising: creating, by the computing system, a container for a virtual host of a plurality of virtual hosts of a web server running on the computing system wherein a respective virtual hosts of the plurality of virtual hosts represents a website running on the web server; operating a container process manager, CPM, on the virtual host in the container; sending a registration request from the CPM to the web server; wherein the registration request comprises a process identifier of the CPM and a virtual host identifier of the virtual host; in response to receiving a web request for a dynamic resource from a client by the CPM on the virtual host, spawning a child process from the CPM and restricting the child process within the container; running the child process for generating the dynamic resource in the container; and sending, by the CPM, a response message comprising the dynamic resource to the client. creating, by the computing system, a container for a virtual host of a plurality of virtual hosts of a web server running on the computing system wherein a respective virtual hosts of the plurality of virtual hosts represents a website running on the web server; operating a container process manager, CPM, on the virtual host in the container; sending a registration request from the CPM to the web server; wherein the registration request comprises a process identifier of the CPM and a virtual host identifier of the virtual host; in response to receiving a web request for a dynamic resource from a client by the CPM on the virtual host, spawning a child process from the CPM and restricting the child process within the container; running the child process for generating the dynamic resource in the container; and sending, by the CPM, a response message comprising the dynamic resource to the client.
Motor vehicle having at least one display device (22, 24, 26) designed to display graphic information (38, 40, 50) in a passenger compartment of the motor vehicle and with at least two graphic applications (32, 34) which are designed to produce display contents with respect to an information data set independently of each other and display the display contents by means of the at least one display device (22, 24, 26). The applications (32, 34) are designed to synchronise themselves during this process by exchanging the information data set or by mutually referencing the information data set, such that first one of the applications produces the display content of said application with respect to the information data set and displays said display content and then another of the applications produces the display content of said application with respect to the information data set and displays said display content in another region in the passenger compartment characterised in that: a signalling device (26, 36) is prepared which is designed to produce at least one optical and/or acoustic signal in the passenger compartment which is different from the display contents and which signals the synchronisation.
An antenna unit, comprising: an antenna that includes a conductive antenna pattern and a first ground pattern (33, G) that functions as ground of the antenna pattern, the antenna transmitting or receiving an electric wave; and a case that has dielectricity, the case being provided with the antenna, wherein the antenna pattern is provided on a wall surface on one side of a wall portion of the case, and the first ground pattern (33, G) is formed on a wall surface on the other side of the wall portion and is positioned so as to face the antenna pattern, wherein the antenna pattern is provided on the wall surface inside the case and is accommodated in an inner space portion of the case, the first ground pattern (33, G) is formed on the wall surface outside the case, characterized in that the antenna unit further comprises a microstripline that includes a conductive power supply pattern and a second ground pattern functioning as ground of the power supply pattern and is configured to transmit electric power to the antenna, wherein the antenna includes a sheet-shaped film having dielectricity, the antenna pattern is formed on a film surface on one side of the film and is provided on the wall surface of the case with the film interposed therebetween, the power supply pattern is formed on a film surface on the one side, and the second ground pattern is formed on a film surface on the other side of the film and is positioned so as to face the power supply pattern. an antenna that includes a conductive antenna pattern and a first ground pattern (33, G) that functions as ground of the antenna pattern, the antenna transmitting or receiving an electric wave; and a case that has dielectricity, the case being provided with the antenna, wherein the antenna pattern is provided on a wall surface on one side of a wall portion of the case, and the first ground pattern (33, G) is formed on a wall surface on the other side of the wall portion and is positioned so as to face the antenna pattern, wherein the antenna pattern is provided on the wall surface inside the case and is accommodated in an inner space portion of the case, the first ground pattern (33, G) is formed on the wall surface outside the case, characterized in that the antenna unit further comprises a microstripline that includes a conductive power supply pattern and a second ground pattern functioning as ground of the power supply pattern and is configured to transmit electric power to the antenna, wherein the antenna includes a sheet-shaped film having dielectricity, the antenna pattern is formed on a film surface on one side of the film and is provided on the wall surface of the case with the film interposed therebetween, the power supply pattern is formed on a film surface on the one side, and the second ground pattern is formed on a film surface on the other side of the film and is positioned so as to face the power supply pattern.
A rubber composition comprising: - a reinforcing filler; - more than 30 phr of a liquid plasticizer exhibiting a Tg of less than -65°C; - a crosslinking system; - an elastomer matrix reactive to the crosslinking system, the elastomer matrix comprising more than 60 phr and up to 100 phr of an elastomer A comprising monomer units of a first methacrylic acid ester which represent at least 20 mol% of the monomer units of the elastomer A wherein phr represents parts by weight per hundred parts of elastomers present in the elastomer matrix; wherein the Tg is measured by means of differential calorimeter according to the standard ASTM D3418-08. - a reinforcing filler; - more than 30 phr of a liquid plasticizer exhibiting a Tg of less than -65°C; - a crosslinking system; - an elastomer matrix reactive to the crosslinking system, the elastomer matrix comprising more than 60 phr and up to 100 phr of an elastomer A comprising monomer units of a first methacrylic acid ester which represent at least 20 mol% of the monomer units of the elastomer A
A method for localizing a fault location on an electric line according to a method of time-domain reflectometry, the method having the following steps: generating a pseudorandom pulse sequence of the length M by means of a signal generator, generating an ideal transmission signal from the pseudorandom pulse sequence by limiting a frequency spectrum of the pseudorandom pulse sequence by means of a filter unit, transmitting the ideal transmission signal using a variably pre-settable transmission amplification by means of a transmission amplifier and a transmission connection circuit, receiving and recording a real transmission signal using a first settable reception amplification while transmitting the ideal transmission signal by means of a reception connection circuit and a reception amplifier, switching the first settable reception amplification of the reception amplifier to a second settable reception amplification of the reception amplifier which is greater than the first settable reception amplification, receiving a reflection signal using the second settable reception amplification by means of the reception connection circuit and the reception amplifier, computing a cross-correlation function between the received real transmission signal and the received reflection signal by means of a correlation receiver, determining the fault location on the electric line by evaluating the cross-correlation function by means of a signal propagation observation in an evaluation unit. generating a pseudorandom pulse sequence of the length M by means of a signal generator, generating an ideal transmission signal from the pseudorandom pulse sequence by limiting a frequency spectrum of the pseudorandom pulse sequence by means of a filter unit, transmitting the ideal transmission signal using a variably pre-settable transmission amplification by means of a transmission amplifier and a transmission connection circuit, receiving and recording a real transmission signal using a first settable reception amplification while transmitting the ideal transmission signal by means of a reception connection circuit and a reception amplifier, switching the first settable reception amplification of the reception amplifier to a second settable reception amplification of the reception amplifier which is greater than the first settable reception amplification, receiving a reflection signal using the second settable reception amplification by means of the reception connection circuit and the reception amplifier, computing a cross-correlation function between the received real transmission signal and the received reflection signal by means of a correlation receiver, determining the fault location on the electric line by evaluating the cross-correlation function by means of a signal propagation observation in an evaluation unit.
Input unit for a control element that can be operated by pressure and by rotation, having a cylindrical input element which is pivoted on a support, whereby the support is arranged in a swivellable fashion in respect of a housing constituent, characterised in that the input element has a hollow cavity in which a detent curve member is located in a slideable manner, that one end face of the detent curve member has a detent curve which is pressed against a snap-in lug on the carrier by means of a spring acting on the detent curve member in the axial direction of the input element, and that the other end face of the detent curve member has one or more moulded projections which can be slid into a recess in the housing constituent by means of an axial displacement of the detent curve member against the input element.
A method for producing co-doped quartz glass by providing a suspension that comprises SiO 2 particles in an aqueous liquid, supplying to the suspension a starting compound for a first dopant and a starting compound for a second dopant, wherein the starting compounds of the first dopant and for the second dopant are added to the suspension in dissolved form, generating particles of, or of particles of precursor substances of, the first and second dopants in the suspension as a precipitate of a precipitation reaction of the starting compounds, removing the liquid so as to form a co-doped intermediate product containing particles of the first dopant and particles of the second dopant or particles of precursor substances of the dopants, forming the co-doped quartz glass from the co-doped intermediate product by sintering, wherein the precipitation reaction is induced as a pH value-controlled mixed precipitation wherein the pH value of the suspension is adjusted such that, upon addition of the starting compounds, the particles of the first dopant and the particles of the second dopant or particles of the precursor substances of the first and second dopants are precipitated immediately.