mhurhangee/ep-ind-claims huggingface dataset:
A shelf rail for an electronic shelf tag system, - wherein the shelf rail comprises a first fastening structure for fastening at least one electronic shelf tag, which can be supplied with energy in a contact-free manner, in particular an electronic shelf tag display, wherein the first fastening structure comprises a wall running between a head region and a foot region of the shelf rail with a wall front side and a wall rear side, which, with its wall front side, serves the purpose of defining a shelf tag plane for positioning the at least one shelf tag along the wall, and - wherein the shelf rail comprises at least one second fastening structure, in particular formed in a tubular or channel-shaped manner, for fastening at least one conductor loop in a conductor loop plane, wherein the conductor loop plane is aligned parallel to the shelf tag plane and runs at the defined first distance from the shelf tag plane, and - wherein the shelf rail comprises a third fastening structure for fastening a conductivity structure, in particular formed in a planar manner, at a defined second distance from the conductor loop plane, characterized in that the second fastening structure is formed on the wall rear side, and that the third fastening structure is formed in such a way that the conductivity structure can be received with a height, which covers at least the entire conductor loop, in particular with a height, which corresponds approximately to the height of the wall, measured between the head region and the foot region of the shelf rail. - wherein the shelf rail comprises a first fastening structure for fastening at least one electronic shelf tag, which can be supplied with energy in a contact-free manner, in particular an electronic shelf tag display, wherein the first fastening structure comprises a wall running between a head region and a foot region of the shelf rail with a wall front side and a wall rear side, which, with its wall front side, serves the purpose of defining a shelf tag plane for positioning the at least one shelf tag along the wall, and - wherein the shelf rail comprises at least one second fastening structure, in particular formed in a tubular or channel-shaped manner, for fastening at least one conductor loop in a conductor loop plane, wherein the conductor loop plane is aligned parallel to the shelf tag plane and runs at the defined first distance from the shelf tag plane, and - wherein the shelf rail comprises a third fastening structure for fastening a conductivity structure, in particular formed in a planar manner, at a defined second distance from the conductor loop plane,
A printer comprising a front opening through which one or more documents to be treated could be introduced therein and a printing head, wherein the printer comprises a first substantially horizontal path for transporting said one or more documents from a first position to a second position and back to the first position, wherein the printing head is arranged between said first position and said second position; wherein the printer further comprises a second path for transporting said one or more documents from said first position to an exit, wherein said second path comprises a flap for deviating said one or more documents towards said exit and a separator for directing the one or more documents to one of a first tray and a second tray; and wherein said second path comprises a part of said first path.
A method for automatically backing up application data and performing restoration as required, comprising: an application layer setting an application data directory of an application into a system property according to a backup instruction, wherein the backup instruction is generated according to a running state of the application; a support layer acquiring a directory permission of the application data directory by using the application data directory in the system property, wherein only a root user may use a system interface provided to perform permission setting on all application data directories and the support layer has the permission of the root user, and wherein the system property corresponds to an area that may be read and written by both the support layer and the application layer; the support layer setting a permission of the application data directory to read-write through the system interface; and the application layer backing up the application data under the application data directory of which the permission has been set to read-write, to perform restoration as required by using the backed-up application data hereafter. an application layer setting an application data directory of an application into a system property according to a backup instruction, wherein the backup instruction is generated according to a running state of the application; a support layer acquiring a directory permission of the application data directory by using the application data directory in the system property, wherein only a root user may use a system interface provided to perform permission setting on all application data directories and the support layer has the permission of the root user, and wherein the system property corresponds to an area that may be read and written by both the support layer and the application layer; the support layer setting a permission of the application data directory to read-write through the system interface; and the application layer backing up the application data under the application data directory of which the permission has been set to read-write, to perform restoration as required by using the backed-up application data hereafter.
A cosmetic product, comprising a silicone resin comprising A and B described below: A: R 3 SiO 1/2 unit B: RSiO 3/2 unit, a proportion of A: B being 1: 3 to 1: 7, a weight average molecular weight being 7,000 to 400,000, and having a softening point of 50 to 110°C, wherein R represents an unsubstituted or a halogen, cyano or amino substituted monovalent hydrocarbon group. A: R 3 SiO 1/2 unit B: RSiO 3/2 unit,
Device for 3D form generating, at least comprising multiple hollow form changing elements (3, 31), wherein the form changing elements (3, 31, 32) are arranged in a stack like manner, a main hub for providing a material that is able to flow to the changing elements (3, 31, 32), wherein at least the majority of the form changing elements (3, 31, 32) surrounds the main hub, wherein each form changing element (3, 31, 32) is connected to the main hub, an actuator unit for causing material transfer of the material that is able to flow from the main hub or through the main hub to the hollow section of the form changing elements (3, 31, 32) for adapting the outer surface of an object set up by the form changing elements (3, 31, 32) and characterised in that a projecting unit is provided, wherein the projecting unit comprises multiple projecting devices (5, 6, 7, 8) for projecting light onto the outer surface of the object generated by the stack of form changing elements (3, 31, 32), wherein the projections can be applied to the surface of the object generated by the stack of form changing elements (3, 31, 32) in dependency of coordinates of the said surface. at least comprising multiple hollow form changing elements (3, 31), wherein the form changing elements (3, 31, 32) are arranged in a stack like manner, a main hub for providing a material that is able to flow to the changing elements (3, 31, 32), wherein at least the majority of the form changing elements (3, 31, 32) surrounds the main hub, wherein each form changing element (3, 31, 32) is connected to the main hub, wherein at least the majority of the form changing elements (3, 31, 32) surrounds the main hub, wherein each form changing element (3, 31, 32) is connected to the main hub, an actuator unit for causing material transfer of the material that is able to flow from the main hub or through the main hub to the hollow section of the form changing elements (3, 31, 32) for adapting the outer surface of an object set up by the form changing elements (3, 31, 32) and characterised in that a projecting unit is provided, wherein the projecting unit comprises multiple projecting devices (5, 6, 7, 8) for projecting light onto the outer surface of the object generated by the stack of form changing elements (3, 31, 32), wherein the projections can be applied to the surface of the object generated by the stack of form changing elements (3, 31, 32) in dependency of coordinates of the said surface.
A feeding device for a flush tank, comprising an internally hollow body; a valve assembly housed inside the body and arranged between an inlet conduit and an outlet conduit for selectively opening/closing a passage between the inlet conduit and the outlet conduit; an air vent formed in the body and communicating with the outside of the body and with the outlet conduit; a flooding chamber, positioned in the body and communicating with the air vent and with the outlet conduit; and a conveyor element which projects inside the outlet conduit and forms a narrowing in the outlet conduit for intercepting a water flow circulating in the outlet conduit and causing the filling of the chamber with water and thus preventing the entrance of air into the outlet conduit; the conveyor element is shaped so as to cause the filling of the chamber with water up to the air vent, closing the air vent with a water zone; the feeding device being characterised in that the chamber communicates with the outlet conduit through a lateral branch passage, formed in a lateral wall of the outlet conduit; amd the conveyor element comprises a baffle which extends transversally inside the outlet conduit through said lateral branch passage formed in the lateral wall of the outlet conduit, and is shaped so as to form the narrowing in the outlet conduit, i.e. to narrow the passage section of the outlet conduit; the baffle being inclined with respect to the outlet conduit and extending obliquely downwards in the outlet conduit.
A vehicle-body front structure comprising: paired frame members elongated in a vehicle front-rear direction and arranged side by side in a vehicle width direction, the paired frame members being configured such that a mounted component mounted in an engine compartment and serving as a load receiving portion is placed therebetween; a bumper frame portion elongated in the vehicle width direction and provided over front ends of the paired frame members in the vehicle front-rear direction; characterized by a load transmission member placed on an inner side in the vehicle width direction relative to at least one of the frame members so as to be opposed to the load receiving portion from at least one of a front side in the vehicle front-rear direction and an outer side in the vehicle width direction within a range where the load transmission member overlaps with the frame member in a vehicle up-down direction, wherein the load transmission member is supported by at least one of the frame member and the load receiving portion via a support member; and the load transmission member is configured to include an inner spacer placed between the frame member and the load receiving portion in the vehicle width direction; and the inner spacer is not restricted by the frame member. paired frame members elongated in a vehicle front-rear direction and arranged side by side in a vehicle width direction, the paired frame members being configured such that a mounted component mounted in an engine compartment and serving as a load receiving portion is placed therebetween; a bumper frame portion elongated in the vehicle width direction and provided over front ends of the paired frame members in the vehicle front-rear direction; characterized by a load transmission member placed on an inner side in the vehicle width direction relative to at least one of the frame members so as to be opposed to the load receiving portion from at least one of a front side in the vehicle front-rear direction and an outer side in the vehicle width direction within a range where the load transmission member overlaps with the frame member in a vehicle up-down direction, wherein the load transmission member is supported by at least one of the frame member and the load receiving portion via a support member; and the load transmission member is configured to include an inner spacer placed between the frame member and the load receiving portion in the vehicle width direction; and the inner spacer is not restricted by the frame member.
A knee airbag installed at a lower crash panel and having an inflator installed at a predetermined position thereof, characterized in that the knee airbag has at least one wrinkle part formed at an upper part of the knee airbag and folded in a longitudinal direction of side surfaces thereof, the wrinkle part is expanded such that an upper part of the knee airbag is expanded more than a lower part thereof, the knee airbag comprises a plurality of tethers fixed in different angles and lengths and having holes through which an expansion gas passes, wherein the tethers are comprised of a first tether (125, 125a), a second tether (126,126a), and a third tether (127, 127a), the first tether (125, 125a) has a smaller width than the second tether (126, 126a), and the third tether (127, 127a) has a larger width than the second tether (126, 126a) the first tether (125, 125a) is fixed by an angle lower than that of the second tether (126,1 26a), and the third tether (127, 127a) is fixed by an angle higher than that of the second tether (126, 126a).
A method for determining the parameters of a model with which at least a section of a rolling mill is computationally modelable, wherein the model is stored as a program independently of the rolling mill on a computing device such that the parameterization of the model is performed "off-line", independently of the rolling mill, wherein a database is present having a plurality of data sets of rolling passes of the rolling mill stored thereon, wherein a rolling pass is understood to mean the complete passing of the rolled material through the rolling mill, and wherein the method comprises the following steps: initial values for the parameters to be determined are defined for the model, input variables determined by measurement within the rolling mill and stored in a first data set on the database are provided to the model, at least one model output variable (AG*) is calculated from the model as a function of the input variables and the initial values of the parameters, the model output variable (AG*) is compared with a corresponding output variable determined by measurement within the rolling mill and stored in the first data set on the database, based on the comparison, first new values for the parameters of the model are determined, the input variables stored in the first data set on the data base are provided again to the model, at least one model output variable (AG*) is calculated from the model as a function of the input variables and the first new values of the parameters, the model output variable (AG*) is compared with the corresponding output variable stored in the first data set on the database, based on the comparison, second new values for the parameters of the model are determined. initial values for the parameters to be determined are defined for the model, input variables determined by measurement within the rolling mill and stored in a first data set on the database are provided to the model, at least one model output variable (AG*) is calculated from the model as a function of the input variables and the initial values of the parameters, the model output variable (AG*) is compared with a corresponding output variable determined by measurement within the rolling mill and stored in the first data set on the database, based on the comparison, first new values for the parameters of the model are determined, the input variables stored in the first data set on the data base are provided again to the model, at least one model output variable (AG*) is calculated from the model as a function of the input variables and the first new values of the parameters, the model output variable (AG*) is compared with the corresponding output variable stored in the first data set on the database, based on the comparison, second new values for the parameters of the model are determined.
A building-side coupling (2, 40, 44) for a lighting system, for connecting to a device-side coupling of a device of the lighting system, having: - A first load-bearing coupling (11, 50, 52) for connecting to a second load-bearing coupling of the device-side coupling, and - a first electrical coupling for connecting to a second electrical coupling of the device-side coupling, wherein the first electrical coupling establishes an electrical power supply of the device, wherein the building-side coupling (2, 40, 44) has a data coupling for connecting to a data coupling of the device-side coupling, wherein the data coupling establishes a data connection to the device, wherein the building-side coupling (2, 40, 44) can be coupled and detached without the use of tools, and wherein the first load-bearing coupling contains a magnetic coupling (50, 52), characterized in that the data coupling is designed for wireless data transmission. - A first load-bearing coupling (11, 50, 52) for connecting to a second load-bearing coupling of the device-side coupling, and - a first electrical coupling for connecting to a second electrical coupling of the device-side coupling,
Braking system with a brake booster, whose piston-cylinder system (14, HZ 1, THZ 2), is driven, in particular by means of transmission, mechanically or hydraulically by an electric motor, whereby at least one working chamber of the piston-cylinder system (14, HZ, THZ) is connected via hydraulic lines to at least two wheel brakes, whereby in each case a 2/2-way switching valve (17a, 17b, 17c, 17d) is assigned to a wheel brake and the hydraulic lines connecting the wheel brakes (18a, 18b, 18c, 18d) to the piston-cylinder system (14, HZ, THZ) are either separately or jointly closable by means of the 2/2-way switching valves (17a, 17b, 17c, 17d), so that in the wheel brakes (18a, 18b, 18c, 18d) a pressure can be adjusted, consecutively in the sense of multiplex operation and/or simultaneously, whereby the electric motor and the switching valves (17a, 17b, 17c, 17d) are controlled by a control device, and that the hydraulic connection line from the working chamber of the piston-cylinder system (14, HZ, THZ) to the particular switching valve constructed as a solenoid valve has a flow resistance (RL 1) and each switching valve, together with the hydraulic line to the wheel cylinder (17a, 17b, 17c, 17d), has a flow resistance (RV 1), characterised in that the flow resistances (RL 1) and (RV 1) are small, such that the piston speed of the piston of the piston-cylinder system (14, HZ, THZ) determines the pressure decrease gradient and pressure increase gradient in each wheel brake (18a, 18b, 18c, 18d), whereby the flow resistance (RL 1) is smaller than the flow resistance (RV 1), and that the control device adjusts or controls the piston movement and piston speed in the case of pressure increase and pressure decrease as a function of the characteristic pressure-volume curve of the wheel brakes (18a, 18b, 18c, 18d), and that the flow resistances (RL 1) and (RV 1), in particular the sum of the flow resistances (RL 1) and (RV 1) of each wheel brake (18a, 18b, 18c, 18d), are/is designed such that in the case of maximum dynamics of the piston-cylinder system and its drivetrain and also of at least two or more open switching valves (17a, 17b, 17c, 17d) owning to the simultaneous uptake or release of volume by the wheel brakes (18a, 18b, 18c, 18d) in the time in which the switching valves (17a, 17b, 17c, 17d) are open no pressure equalisation occurs between the wheel brakes (18a, 18b, 18c, 18d).
A method for recommending destinations for a navigation system which are selectable by a user, comprising: - reading-out a timetable from a database, determining local destinations based on the entries in the timetable and recommending possible destinations, characterized in that for a local destination of an appointment which is listed in the timetable, in greater distance, namely of an appointment for which the distance exceeds more than 150km, additionally major airports and train stations are listed as possible choices for destinations for the user. - reading-out a timetable from a database, determining local destinations based on the entries in the timetable and recommending possible destinations,
Assembly for supplying power to a mobile load, in particular in a vertical application, such as a drilling rig or the like, comprising - a main energy chain for guiding at least one cable between a first connection point and a second connection point that is movable relative thereto and travels along a travel path of the load, between a first end position and a second end position, wherein a first end of the energy chain is fixed to the first connection point, and a second end of the energy chain is fixed to the second connection point; - a displaceable carriage on which the first connection point and a third connection point are provided and which is displaceable between an operating position which is located in the central region between the first and the second end position, and a parked position between the operating position and the second end position, and - an auxiliary energy chain for guiding the at least one cable between the third connection point on the displaceable carriage and a stationary fourth connection point, characterized in that the carriage is assigned its own longitudinal guide in parallel with the displacement range of the main energy chain, which extends over approximately a quarter to approximately a third of the distance from the central region, between the first and the second end position, towards the second end position, and in that the carriage comprises a locking device (24, 25) by means of which the carriage is fixed in the operating position. - a main energy chain for guiding at least one cable between a first connection point and a second connection point that is movable relative thereto and travels along a travel path of the load, between a first end position and a second end position, wherein a first end of the energy chain is fixed to the first connection point, and a second end of the energy chain is fixed to the second connection point; - a displaceable carriage on which the first connection point and a third connection point are provided and which is displaceable between an operating position which is located in the central region between the first and the second end position, and a parked position between the operating position and the second end position, and - an auxiliary energy chain for guiding the at least one cable between the third connection point on the displaceable carriage and a stationary fourth connection point,