mhurhangee/ep-ind-claims huggingface dataset:
An input device for a user to enter instructions into a navigation device or a vehicle environment monitoring apparatus, comprising: a display device configured to display, on a screen, multiple icon switches (1, 2, 3), which correspond to the instructions and to which processing contents different from each other are assigned, in multiple regions (A1, A2, A3) defined by dividing the entire area of the screen; characterised in that the device comprises: a controller configured to define an invisible pointer (P') capable of moving on the screen according to input from an external source; select one of the multiple icon switches, and output a signal indicating the selected icon switch selected, wherein the controller is configured to select the icon switch displayed in the region containing the position of the pointer at any time, the entire area of the screen is assigned to the regions, and the sizes of the regions are defined according to the frequencies of use of the icon switches displayed. a controller configured to define an invisible pointer (P') capable of moving on the screen according to input from an external source; select one of the multiple icon switches, and output a signal indicating the selected icon switch selected, select one of the multiple icon switches, and output a signal indicating the selected icon switch selected, wherein the controller is configured to select the icon switch displayed in the region containing the position of the pointer at any time, the entire area of the screen is assigned to the regions, and the sizes of the regions are defined according to the frequencies of use of the icon switches displayed.
A lamp unit comprising: a light source; a projection lens that radiates light from the light source in a forward direction of the lamp unit; and a shade (120, 130) that is interposed between the light source and the projection lens and that is configured to form a light distribution pattern having a first cutoff line extending horizontally from a neighborhood of a center of the light distribution pattern and a second cutoff line extending substantially vertically upwardly from an end portion of the first cutoff line in the neighborhood of the center, a side edge portion of the shade (120, 130) constitutes a second cutoff line forming edge portion (120b,130b) configured to form the second cutoff line, characterized in that the shade (120, 130) comprises a gradation forming portion in the second cutoff line forming edge portion (120b, 130b), wherein the gradation forming portion is for forming a gradation at least in a portion of the second cutoff line, and wherein the gradation is for making variations more gradual in illumination in the portion of the second cutoff line than that in an area of the first cutoff line existing in the neighborhood of the center of the light distribution pattern. a light source; a projection lens that radiates light from the light source in a forward direction of the lamp unit; and a shade (120, 130) that is interposed between the light source and the projection lens and that is configured to form a light distribution pattern having a first cutoff line extending horizontally from a neighborhood of a center of the light distribution pattern and a second cutoff line extending substantially vertically upwardly from an end portion of the first cutoff line in the neighborhood of the center, a side edge portion of the shade (120, 130) constitutes a second cutoff line forming edge portion (120b,130b) configured to form the second cutoff line, characterized in that the shade (120, 130) comprises a gradation forming portion in the second cutoff line forming edge portion (120b, 130b), wherein the gradation forming portion is for forming a gradation at least in a portion of the second cutoff line, and wherein the gradation is for making variations more gradual in illumination in the portion of the second cutoff line than that in an area of the first cutoff line existing in the neighborhood of the center of the light distribution pattern.
A device for the simultaneous controlled release and/or controlled delivery of at least two control agents for combating arthropods, of which at least one is a semiochemical compound and at least one is a toxic compound, characterised in that it comprises at least one container (2, 2') containing the control agents, at least one passage regulating means of said two or more control agents, and activation means of said at least one passage regulating means, wherein: - said at least one container (2, 2') comprises one or more fluid communication means (5, 5') configured to enable the transfer of fluids between said at least one container (2, 2') and said at least one passage regulating means, - said at least one passage regulating means defines a controlled release and/or delivery surface of said at least two control agents, - said activation means are configured for the controlled actuation thereof, - said toxic compound is selected from among the group consisting of insecticides that act on the growth and development of insects, insecticides that act on the nervous or muscle system of insects, insecticides that act on the respiration of insects, insecticides that act on the digestive system of insects and insecticides with non-specific inhibitors or any of the combinations thereof; and - said at least one passage regulating means is configured to release and/or deliver in a controlled manner said at least one semiochemical compound with an average flow comprised between 1 ng/day and 10 g/day, and said at least one toxic compound with an average flow comprised between 1 ng/day and 25 mg/day. - said at least one container (2, 2') comprises one or more fluid communication means (5, 5') configured to enable the transfer of fluids between said at least one container (2, 2') and said at least one passage regulating means, - said at least one passage regulating means defines a controlled release and/or delivery surface of said at least two control agents, - said activation means are configured for the controlled actuation thereof, - said toxic compound is selected from among the group consisting of insecticides that act on the growth and development of insects, insecticides that act on the nervous or muscle system of insects, insecticides that act on the respiration of insects, insecticides that act on the digestive system of insects and insecticides with non-specific inhibitors or any of the combinations thereof; and - said at least one passage regulating means is configured to release and/or deliver in a controlled manner said at least one semiochemical compound with an average flow comprised between 1 ng/day and 10 g/day, and said at least one toxic compound with an average flow comprised between 1 ng/day and 25 mg/day.
An image display program for stereoscopically displaying a virtual object (61, 63, 63), which is disposed in a virtual space, on a screen of a stereoscopic-viewing-enabling stereoscopic display device via a rendition of the virtual object with a usage of one pair of virtual cameras (64L, 64R), the image display program causing a computer to operate as: stereoscopic vision reference distance determination means (31, S15) for determining a stereoscopic vision reference distance, which is a distance in an imaging direction from the one pair of virtual cameras and which is used as a reference for a sense of depth of stereoscopic vision, so as to change in accordance with an imaging distance (Do) which is a distance from the virtual cameras to the virtual object in the imaging direction; virtual camera setting means (31, S16) for setting the one pair of virtual cameras such that each of which obtains a view volume providing a predetermined sense of depth for the stereoscopic vision reference distance determined by the stereoscopic vision reference distance determination means; and stereoscopic display control means (31, S16) for stereoscopically displaying the virtual object on the screen of the stereoscopic display device by using one pair of virtual images generated by imaging the virtual object with the one pair of virtual cameras set by the virtual camera setting means. stereoscopic vision reference distance determination means (31, S15) for determining a stereoscopic vision reference distance, which is a distance in an imaging direction from the one pair of virtual cameras and which is used as a reference for a sense of depth of stereoscopic vision, so as to change in accordance with an imaging distance (Do) which is a distance from the virtual cameras to the virtual object in the imaging direction; virtual camera setting means (31, S16) for setting the one pair of virtual cameras such that each of which obtains a view volume providing a predetermined sense of depth for the stereoscopic vision reference distance determined by the stereoscopic vision reference distance determination means; and stereoscopic display control means (31, S16) for stereoscopically displaying the virtual object on the screen of the stereoscopic display device by using one pair of virtual images generated by imaging the virtual object with the one pair of virtual cameras set by the virtual camera setting means.
Screening device (116; 316a, 316b, 316c, 316d) for conducting a magnetic field for a rail brake of a rail vehicle, wherein the rail brake comprises at least one magnetic body, the screening device (116; 316a, 316b, 316c, 316d) having at least the following features: a first layer (220; 320) which is or can be arranged on the magnetic body; at least one second layer (222; 322) such that an outer contour of the first layer (220; 320) is undercut by an outer contour of the second layer (222; 322); and an insulating layer arranged between the first layer (220; 320) and the second layer (222; 322), such that the insulation layer is designed to provide electrical insulation between the two layers (220, 222; 320, 322). a first layer (220; 320) which is or can be arranged on the magnetic body; at least one second layer (222; 322) such that an outer contour of the first layer (220; 320) is undercut by an outer contour of the second layer (222; 322); and an insulating layer arranged between the first layer (220; 320) and the second layer (222; 322), such that the insulation layer is designed to provide electrical insulation between the two layers (220, 222; 320, 322).
Circuit board having at least one fluid passage arranged inside the circuit board, comprising: - a fluid passage opening, which is arranged on a surface of the circuit board and leads to the fluid passage, and - a multi-part pressure-relief valve arrangement for reducing excess pressure in the fluid passage, which arrangement comprises a first magnet, a second magnet and a sealing closure, wherein - the first magnet and the second magnet are arranged such that they press the sealing closure onto the fluid passage opening by a magnetic force exerted by the first magnet and by the second magnet, and wherein - the pressure-relief valve arrangement is constructed such that it reverts to the closed state independently after excess pressure in the fluid passage. - a fluid passage opening, which is arranged on a surface of the circuit board and leads to the fluid passage, and - a multi-part pressure-relief valve arrangement for reducing excess pressure in the fluid passage, which arrangement comprises a first magnet, a second magnet and a sealing closure, wherein - the first magnet and the second magnet are arranged such that they press the sealing closure onto the fluid passage opening by a magnetic force exerted by the first magnet and by the second magnet, and wherein - the first magnet and the second magnet are arranged such that they press the sealing closure onto the fluid passage opening by a magnetic force exerted by the first magnet and by the second magnet, and wherein - the pressure-relief valve arrangement is constructed such that it reverts to the closed state independently after excess pressure in the fluid passage.
A torque detecting device that detects a torque (τ) that acts between first and second shafts respectively coupled to both ends of a torsion bar, comprising: a first resolver rotor that is fixed to the first shaft and that has a predetermined shaft angle multiplier; and a second resolver rotor that is fixed to the second shaft and that has a shaft angle multiplier different from that of the first resolver rotor, characterized by comprising a resolver stator that is arranged in proximity to outer peripheries of the first and second resolver rotors; four output coils (33a - 33d) that are arranged on the resolver stator and that respectively generate electric signals (S1 - S4) having different phases on the basis of a variation of a gap between the resolver stator and the first and second resolver rotors due to rotation of the first and second resolver rotors; and computing means for calculating a difference between rotation angles of the first and second shafts as a twist angle of the torsion bar on the basis of the electric signals (S1 - S4) that are respectively generated in the four output coils (33a - 33d), and calculating the torque (τ) on the basis of the twist angle. a first resolver rotor that is fixed to the first shaft and that has a predetermined shaft angle multiplier; and a second resolver rotor that is fixed to the second shaft and that has a shaft angle multiplier different from that of the first resolver rotor, characterized by comprising a resolver stator that is arranged in proximity to outer peripheries of the first and second resolver rotors; four output coils (33a - 33d) that are arranged on the resolver stator and that respectively generate electric signals (S1 - S4) having different phases on the basis of a variation of a gap between the resolver stator and the first and second resolver rotors due to rotation of the first and second resolver rotors; and computing means for calculating a difference between rotation angles of the first and second shafts as a twist angle of the torsion bar on the basis of the electric signals (S1 - S4) that are respectively generated in the four output coils (33a - 33d), and calculating the torque (τ) on the basis of the twist angle.
A portable electronic device comprising: a one piece housing forming enclosed exterior lateral sides and a rear side; an engine section comprising a printed circuit board, a transceiver, a processor, a memory and electrical connectors (67, 69) for further electronic devices to connect to; a battery located adjacent the engine section in a side by side arrangement in a direct contact with each other in the one piece housing in a plane being parallel to the rear side of the one piece housing; a user input section located above the engine section and the battery, the user input section being located in a hole through the front side of the housing; an access entry wherein the access entry is configured to receive a door that supports the further electronic devices, the access entry providing an access at least to the engine section. a one piece housing forming enclosed exterior lateral sides and a rear side; an engine section comprising a printed circuit board, a transceiver, a processor, a memory and electrical connectors (67, 69) for further electronic devices to connect to; a battery located adjacent the engine section in a side by side arrangement in a direct contact with each other in the one piece housing in a plane being parallel to the rear side of the one piece housing; a user input section located above the engine section and the battery, the user input section being located in a hole through the front side of the housing; an access entry wherein the access entry is configured to receive a door that supports the further electronic devices, the access entry providing an access at least to the engine section.
A communication method, comprising: obtaining, by a first network device, a first aggregate maximum bit rate, AMBR, of a protocol data unit, PDU, session, wherein the first AMBR is an AMBR of a flow that is served by a second network device in the PDU session, the first network device is a master node serving a terminal, and the second network device is a secondary node serving the terminal; and sending, by the first network device, first information to the second network device, wherein the first information comprises the first AMBR, so that the second network device provides, based on the first AMBR, the PDU session service for the terminal. obtaining, by a first network device, a first aggregate maximum bit rate, AMBR, of a protocol data unit, PDU, session, wherein the first AMBR is an AMBR of a flow that is served by a second network device in the PDU session, the first network device is a master node serving a terminal, and the second network device is a secondary node serving the terminal; and sending, by the first network device, first information to the second network device, wherein the first information comprises the first AMBR, so that the second network device provides, based on the first AMBR, the PDU session service for the terminal.
A communication system, comprising a preferably central communication station, which can establish communication channels between a plurality of subscribers or at least one subscriber and a communication network, wherein each communication channel consists of an outward channel and a return channel, comprising at least one microphone device which is cordless, wherein the microphone device can set up a transmission channel to the communication station for transmission of the outward channel, and comprising a plurality of loudspeaker devices (3, 4, 5, 6) for reproduction of a return channel, characterised in that the return channel can be reproduced simultaneously via a selection of loudspeaker devices (3, 4, 5, 6), wherein the selection (3, 4) comprises only those loudspeaker devices which are disposed in the spatial vicinity of the microphone device.
Tread profile of a vehicle tyre with profile positives such as profile blocks or tread bars, which have sipes, wherein the width of a sipe (b F) is delimited by two sipe walls (2, 3), which are arranged parallel to one another and between them enclose an empty volume, and wherein the sipe walls (2, 3) have indentations, which increase the empty volume of the sipe at the location of the indentation and are arranged distributed in an axial direction (aR) and in a radial direction (rR) on the sipe wall (2, 3), wherein both sipe walls (2, 3) have indentations, and wherein the indentations of the one sipe wall are arranged at corresponding opposite positions to the indentations of the other sipe wall, characterized in that the indentations are arranged spaced apart from one another in axial rows, wherein the spacing (a) in the axial direction is between 2 mm and 14 mm, preferably in the case of a tread profile of a car tyre between 1.5 mm and 4 mm and preferably in the case of a tread profile of a truck tyre between 8 mm and 14 mm, and in that in the depth profile of the sipe wall (2, 3), the indentations that are most closely adjacent are arranged spaced apart from one another in a row that runs in a direction deviating from the radial direction (rR), wherein these rows preferably form an angle α of 50° to 70° with the radial direction (rR).
A method for expanding a route table capacity of a layer-3 forwarding device, the layer-3 forwarding device comprising a Central Processing Unit, CPU, a switch chip and an expansion operation element, the method comprising: obtaining, by the CPU, route information, which comprises a destination Internet Protocol, IP, address of a route and layer-2 forwarding information corresponding to the destination IP address; and generating, by the CPU, route table entries according to the route information, saving, by the CPU, a first part of the generated route table entries in the expansion operation element, and saving, by the CPU, route table entries other than the first part of the generated route table entries in the switch chip; characterized in that the switch chip and the expansion operation element are connected via a port which is configured as an XAUI. obtaining, by the CPU, route information, which comprises a destination Internet Protocol, IP, address of a route and layer-2 forwarding information corresponding to the destination IP address; and generating, by the CPU, route table entries according to the route information, saving, by the CPU, a first part of the generated route table entries in the expansion operation element, and saving, by the CPU, route table entries other than the first part of the generated route table entries in the switch chip; characterized in that the switch chip and the expansion operation element are connected via a port which is configured as an XAUI.
RFID transponder configured to send a message to a reader during a transmission frame using active load modulation, the transponder comprising a coding and modulation unit designed to generate a transmission signal by modulating an oscillator signal with an encoded bit signal, characterized in that - the encoded bit signal has a first logic level during first time segments within the transmission frame and a second logic level during second time segments within the transmission frame, wherein the first time segments comprise an initial time segment of the transmission frame; - the transmission signal is generated having - a first phase, with respect to the phase of the oscillator signal, depending on the first logic level during the first time segments; - a second phase, with respect to the first phase, depending on the second logic level during the second time segments; and - the second phase during a time interval preceding the transmission frame. - the encoded bit signal has a first logic level during first time segments within the transmission frame and a second logic level during second time segments within the transmission frame, wherein the first time segments comprise an initial time segment of the transmission frame; - the transmission signal is generated having - a first phase, with respect to the phase of the oscillator signal, depending on the first logic level during the first time segments; - a second phase, with respect to the first phase, depending on the second logic level during the second time segments; and - the second phase during a time interval preceding the transmission frame. - a first phase, with respect to the phase of the oscillator signal, depending on the first logic level during the first time segments; - a second phase, with respect to the first phase, depending on the second logic level during the second time segments; and - the second phase during a time interval preceding the transmission frame.
The mould for the spatial shaping of plastic parts made of HDPE or PA or similar plastics, in particular HDPE or PA tubes, which comprises a body, which is provided with at least one contact wall for the contact between the mould with the moulded material, where at least the contact wall is made of a material having with a thermal conductivity lower than 5 W.m -1.K -1, characterized in that the contact wall is formed on the shaping labyrinth for shaping tubes, which is formed as a spatially formed tube with a longitudinal cavity, which is provided with a through slot along its length to insert the shaped tube into the labyrinth or is formed as a shaped groove in a body, whereas the shaping labyrinth is provided with means for holding the shaped tube in the shaping labyrinth for slow cooling of the product so as to recover or partially recover the crystalline or semicrystalline structure and to relax the internal stresses of HDPE or PA or similar plastics by simply cooling the product in the mould in free air.