mhurhangee/ep-ind-claims huggingface dataset:
A method for displaying a home screen in a mobile terminal, comprising: determining a location of the mobile terminal; determining a screen associated with the determined location among multiple screens; setting the screen associated with the determined location as a home screen; and changing a display order of screens following the set home screen to be displayed upon receiving a user input depending on a moving path of the mobile terminal, the moving path comprising at least one previous location, the determined location and at least one assumed future location. determining a location of the mobile terminal; determining a screen associated with the determined location among multiple screens; setting the screen associated with the determined location as a home screen; and changing a display order of screens following the set home screen to be displayed upon receiving a user input depending on a moving path of the mobile terminal, the moving path comprising at least one previous location, the determined location and at least one assumed future location.
Mechanical seal arrangement comprising: - a rotating slide ring and a stationary slide ring, which define a sealing gap between them, and - a delivery device for delivering a fluid, wherein the delivery device has a sleeve-like basic body with first through-openings and second through-openings, wherein the delivery device rotates jointly with the rotating slide ring, - wherein the first through-openings each have a first entry region on an outer periphery of the sleeve-like basic body and a first exit region on an inner periphery of the sleeve-like basic body, and wherein the second through-openings each have a second entry region on the inner periphery of the sleeve-like basic body and a second exit region on the outer periphery of the sleeve-like basic body, characterized by an additional pump stage at an axial end of the sleeve-like basic body. - a rotating slide ring and a stationary slide ring, which define a sealing gap between them, and - a delivery device for delivering a fluid, wherein the delivery device has a sleeve-like basic body with first through-openings and second through-openings, wherein the delivery device rotates jointly with the rotating slide ring, - wherein the first through-openings each have a first entry region on an outer periphery of the sleeve-like basic body and a first exit region on an inner periphery of the sleeve-like basic body, and wherein the second through-openings each have a second entry region on the inner periphery of the sleeve-like basic body and a second exit region on the outer periphery of the sleeve-like basic body,
Method for accessing a location-based social network service in a portable terminal, the method comprising: determining whether virtual location information is used when the location-based social network service is requested; when it is determined that no virtual location information is used when the location-based social network service is accessed, - obtaining current location information of the portable terminal; - accessing the location-based social network service using the current location information; and when it is determined that the virtual location information is used, obtaining virtual access location information of the portable terminal; and accessing the location-based social network service by the portable terminal using the obtained virtual access location information of the portable terminal, wherein the virtual access location information comprises location information of actual space corresponding to a virtual access location displayed on the portable terminal that has been selected by the user to access the location-based social network service, and wherein the portable terminal uses location-based social network service, which is different depending on whether the virtual access location information or the current location information is used to access the location-based social network service. determining whether virtual location information is used when the location-based social network service is requested; when it is determined that no virtual location information is used when the location-based social network service is accessed, - obtaining current location information of the portable terminal; - accessing the location-based social network service using the current location information; and - obtaining current location information of the portable terminal; - accessing the location-based social network service using the current location information; when it is determined that the virtual location information is used, obtaining virtual access location information of the portable terminal; and accessing the location-based social network service by the portable terminal using the obtained virtual access location information of the portable terminal, obtaining virtual access location information of the portable terminal; and accessing the location-based social network service by the portable terminal using the obtained virtual access location information of the portable terminal, wherein the virtual access location information comprises location information of actual space corresponding to a virtual access location displayed on the portable terminal that has been selected by the user to access the location-based social network service, and wherein the portable terminal uses location-based social network service, which is different depending on whether the virtual access location information or the current location information is used to access the location-based social network service.
Plug-in connector, having a base body with at least one side formed as a plug-in face, an actuating means which can be displaced along the base body, at least one latching arm and a contact carrier arranged in the base body, wherein the latching arm is of a flexible form and can perform a pivoting movement, and wherein the latching arm has a free end which is oriented in the direction of that side of the plug-in connector which is formed as a plug-in face, wherein at least one spring arm is formed on the plug-in connector, and wherein the spring arm abuts the latching arm and is connected to the actuating means, wherein a radially outward pivoting movement leading away from the centre of the plug-in connector can be performed by the latching arm, wherein, during this pivoting movement, the, spring arm abuts the latching arm, wherein the plug-in connector can adopt a locked and an unlocked state, wherein, in the locked state, the spring arm abuts the latching arm in the region of the free end of the latching arm, and wherein, in the unlocked state, the spring arm is remote from the region of the free end of the latching arm, wherein the plug-in connector also has an external sleeve which surrounds the latching arm and spring arm and is formed such that the latching arm and spring arm together can perform an outwardly directed pivoting movement, wherein the spring force which the latching arms apply counter to this pivoting movement is smaller in the unlocked state than in the locked state, wherein the actuating means can also take up a first, locking position and a second, unlocking position, wherein the spring arm connected to the actuating means abuts the latching arm further in the direction of the free end in the first, locked position than in the second, unlocked position, characterized in that the sleeve and the latching arm are of a single-part form, wherein the plug-in connector has a spring which is arranged between the actuating means and the base body, wherein the spring exerts a force on the actuating means and forces it into the first, locked position.
Frequency converter for controlling an electric motor, having a converter housing provided for mounting on the motor housing, whereby the frequency converter can be connected on its output side to the electric motor in a detachable manner by means of plug-type connectors (3, 4) and whereby the converter housing is attached to the motor housing by means of an adapter which is mechanically connected to the motor housing on the one hand and to the converter housing on the other hand, said adapter comprising a circuit carrier on which first electrical terminal elements are provided for the purpose of connecting to the motor terminal cables and second electrical terminal elements are provided for the purpose of connecting to the frequency converter, characterised in that the frequency converter is connected on the input side to at least one mains power cable leading into the converter housing for the purpose of connecting to the power grid and that the adapter essentially encompasses a plate-shaped adapter base constituent which has a central opening and that the circuit carrier is supported in a floating manner in respect of the adapter base constituent.
A garment comprising: a multilayer textile that forms one or more portions of the garment, the multilayer textile comprising: a first layer formed from a woven material, the first layer comprising a first surface and an opposite second surface, wherein the first surface of the first layer forms an outer-facing surface of the garment; a second layer formed from a non-woven material, the second layer comprising a third surface and an opposite fourth surface, the third surface positioned adjacent to the second surface of the first layer, the second layer comprising a sublimation-printed component; and a third layer formed from a fiberfill material, the third layer having a fifth surface and an opposite sixth surface, the fifth surface positioned adjacent to the fourth surface of the second layer, wherein the woven material of the first layer comprises one or more multifilament yarns, the one or more multifilament yarns comprising a multifilament yarn composition, the multifilament yarn composition comprising a first polymer, wherein the first polymer is a terephthalate polymer, and wherein the one or more multifilament yarns have one or more visual components configured to impart translucency to the first layer, wherein the non-woven material of the second layer comprises a plurality of fibers, each of the plurality of fibers comprising a fiber composition, the fiber composition comprising a second polymer, wherein the second polymer is a terephthalate polymer, and wherein, when the outer-facing surface of the garment is viewed, the sublimation-printed component is viewed. a first layer formed from a woven material, the first layer comprising a first surface and an opposite second surface, wherein the first surface of the first layer forms an outer-facing surface of the garment; a second layer formed from a non-woven material, the second layer comprising a third surface and an opposite fourth surface, the third surface positioned adjacent to the second surface of the first layer, the second layer comprising a sublimation-printed component; and a third layer formed from a fiberfill material, the third layer having a fifth surface and an opposite sixth surface, the fifth surface positioned adjacent to the fourth surface of the second layer, wherein the woven material of the first layer comprises one or more multifilament yarns, the one or more multifilament yarns comprising a multifilament yarn composition, the multifilament yarn composition comprising a first polymer, wherein the first polymer is a terephthalate polymer, and wherein the one or more multifilament yarns have one or more visual components configured to impart translucency to the first layer, wherein the non-woven material of the second layer comprises a plurality of fibers, each of the plurality of fibers comprising a fiber composition, the fiber composition comprising a second polymer, wherein the second polymer is a terephthalate polymer, and wherein, when the outer-facing surface of the garment is viewed, the sublimation-printed component is viewed.
A powered toothbrush having a handle with a neck portion extending from the handle, comprising: a head connected to said neck portion, said head having an exposed outer surface; at least one tuft block having an array of toothbrush bristles extending therefrom, wherein said tuft block has a plurality of notches (50a, 50b, 50c) formed therein, with one of said notches (50a, 50b, 50c) being provided at a substantially central portion of said tuft block; and a drive mechanism; characterised by the drive mechanism including means for flexing said notches (50a, 50b, 50c) so as to move said array of toothbrush bristles between a first rest position, wherein said array of toothbrush bristles extend generally perpendicular to said exposed outer surface of said head, to a second position, wherein said notches (50a, 50b, 50c) are flexed by said drive mechanism so that said array of bristles are forced laterally outwardly from their first rest position. a head connected to said neck portion, said head having an exposed outer surface; at least one tuft block having an array of toothbrush bristles extending therefrom, wherein said tuft block has a plurality of notches (50a, 50b, 50c) formed therein, with one of said notches (50a, 50b, 50c) being provided at a substantially central portion of said tuft block; and a drive mechanism; characterised by the drive mechanism including means for flexing said notches (50a, 50b, 50c) so as to move said array of toothbrush bristles between a first rest position, wherein said array of toothbrush bristles extend generally perpendicular to said exposed outer surface of said head, to a second position, wherein said notches (50a, 50b, 50c) are flexed by said drive mechanism so that said array of bristles are forced laterally outwardly from their first rest position.
Transport vehicle for containers, having a first set-down surface on which a container can be set down, and having two mutually opposing guide surfaces which extend towards one another in the direction of the first set-down surface in order to guide a container during set-down on the transport vehicle in the direction of the first set-down surface, wherein the first set-down surface is disposed between the guide surfaces and wherein a lifting platform (8a, 8b) which can be raised and lowered is disposed between the guide surfaces, characterised in that an adapter is provided which can be moved between a standby position and an operating position in such a way that a container is guided onto the first set-down surface during set-down on the transport vehicle when the adapter is in the standby position and the lifting platform (8a, 8b) is lowered to a transport position, and is guided onto a second set-down surface which is formed by the lifting platform (8a, 8b) when the adapter is placed onto the transport vehicle in the operating position and in this connection the lifting platform (8a, 8b) in the transport position is placed via the adapter onto the transport vehicle.
A printing ink or lacquer for security printing, having a binder and, dispersed in the binder, a plurality of microcapsules that comprise a capsule shell and a core material enclosed by the capsule shell, the core material being formed by a peroxo compound that acts as a drying agent, and the capsule shell being openable by the action of pressure, temperature and/or UV radiation in order to trigger the drying process of the printing ink or of the lacquer by releasing the core material.
A natural fibre mat at least partially impregnated with furan resin, the natural fibre mat having a first face (A face) at least partially impregnated with a first bio-resin and a second face (B face) at least partially impregnated with a second bio-resin, wherein the second bio-resin differs from the first bio-resin in terms of composition, quantity, curing temperature, curing speed, viscosity and/or water content, and wherein the first bio-resin is a furan resin and the second bio-resin is a furan resin.
A mobile terminal operated using a first operating system, OS, and operated as an agent upon connection with a vehicle, the mobile terminal comprising: a first memory; a first interface configured to receive, from the vehicle, a second OS different from the first OS and dedicated to the vehicle upon connection with the vehicle; and a first controller configured to switch the first OS into the second OS upon connection with the vehicle, wherein the first controller is configured to: perform synchronization with the vehicle; receive a user input and transmit a control signal for controlling the vehicle based on the user input; receive data from the vehicle and output the data; and store, in the first memory, information generated in a state in which the mobile terminal is connected to the vehicle. a first memory; a first interface configured to receive, from the vehicle, a second OS different from the first OS and dedicated to the vehicle upon connection with the vehicle; and a first controller configured to switch the first OS into the second OS upon connection with the vehicle, wherein the first controller is configured to: perform synchronization with the vehicle; receive a user input and transmit a control signal for controlling the vehicle based on the user input; receive data from the vehicle and output the data; and store, in the first memory, information generated in a state in which the mobile terminal is connected to the vehicle. perform synchronization with the vehicle; receive a user input and transmit a control signal for controlling the vehicle based on the user input; receive data from the vehicle and output the data; and store, in the first memory, information generated in a state in which the mobile terminal is connected to the vehicle.
A system for providing a focused beam of electromagnetic radiation onto a location on a sample, said system being a reflective optics system sequentially comprising first, second, third and fourth mirrors, each of said four mirrors providing reflective surfaces, with said first and second mirrors comprising flat reflecting surfaces and said third and fourth mirrors providing convex and concave reflective surfaces, respectively; such that in use an input beam of electromagnetic radiation having a specific polarization state is directed toward said first mirror and reflects from said reflective surface thereof onto the reflective surface of said second mirror, from which it reflects, such that a first plane of incidence is formed between said incident beam, said beam which is reflected from said reflective surface of said first mirror, and said beam which is reflected from the reflective surface of said second mirror; and such that said beam reflected from the reflective surface of said first mirror is directed toward said second mirror and reflects from said reflective surface thereof toward said convex third mirror, from which it reflects at an off-center location thereon which provides a "spread-out" beam incident onto said concave fourth mirror, wherefrom it is reflected by the reflective surface thereof toward said sample as a focused outgoing beam; said beam reflected from the reflective surface of said convex third mirror and that reflected from said reflective surface of said concave fourth mirror forming a second plane of incidence, said first and second planes of incidence being substantially orthogonal to one another, said first and second planes of incidence being defined by central rays in the reflected beams involved; the effect of said four reflections from said reflective surfaces of said four mirrors being to substantially cancel the effects of all said reflections on the specific polarization state of said input beam, and to direct said output beam and provide it as a focused beam onto said sample at the point it impinges thereupon.
Method for configuring a transfer of signals associated with an iterative and synchronized, time-based data acquisition operation between at least one input device and at least one output device, the method comprising: requesting and receiving, at a controller having one or more processors, in real time, signal data samples from the at least one input device; preliminarily mapping, with the controller, a series of the received signal data samples to a buffer as said requesting and receiving is repeated after predetermined and equidistant time intervals; comparing with the controller a time indicator of each of the received signal data samples against a time indicator of a previously-received signal data sample to confirm that no signal data sample is lost; requesting from the at least one input device with the controller a missing signal data sample in response to said comparing if one of the signal data samples is lost; transmitting the missing signal data sample to the controller from the at least one input device in response to said requesting the missing signal data sample; receiving at the controller, from the at least one input device, the missing signal data sample in response to said transmitting; rearranging the series of signal data samples for final mapping in the buffer with the controller to arrange the series in time sequence; and transmitting in real time, with the controller, to the at least one output device, at least a portion of the present signal data sample prior to said receiving the missing signal data sample by the controller. requesting and receiving, at a controller having one or more processors, in real time, signal data samples from the at least one input device; preliminarily mapping, with the controller, a series of the received signal data samples to a buffer as said requesting and receiving is repeated after predetermined and equidistant time intervals; comparing with the controller a time indicator of each of the received signal data samples against a time indicator of a previously-received signal data sample to confirm that no signal data sample is lost; requesting from the at least one input device with the controller a missing signal data sample in response to said comparing if one of the signal data samples is lost; transmitting the missing signal data sample to the controller from the at least one input device in response to said requesting the missing signal data sample; receiving at the controller, from the at least one input device, the missing signal data sample in response to said transmitting; rearranging the series of signal data samples for final mapping in the buffer with the controller to arrange the series in time sequence; and transmitting in real time, with the controller, to the at least one output device, at least a portion of the present signal data sample prior to said receiving the missing signal data sample by the controller.
Footwear device for moving around on walls made of perforated plates, comprising an upper fixedly attached to a sole of flexible synthetic material, extending along a longitudinal axis from a heel to a toe, said sole comprising a semi-rigid plate, named core, integrated into the thickness of the sole, characterised in that said core is adapted to receive at least one rigid finger able to pass into a corresponding hole in the wall made of perforated plates, each finger extending at least partially along the longitudinal axis and protruding towards the forward part of the sole.