mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a terminal body having a radio communication function; a touch screen mounted on a front surface of the terminal body and adapted to output visual information; a flip keypad having a plurality of keys on a surface thereof, connected to one end of the terminal body such that the flip keypad is reversibly turned over from a first state in which the flip keypad faces the rear surface of the terminal body to a second state in which the flip keypad faces the front surface of the terminal body; and a controller configured to execute a first input mode through the touch screen in the first state and a second input mode through the keypad in the second state, wherein the flip keypad comprises a keypad main body having a plurality of key buttons and a connection member rotatably connecting the keypad main body to the terminal body, wherein the connection member is rotatably connected with one end of the terminal body, and adapted to bend towards the terminal body in order to come into contact with the rear surface of the terminal body in the first state and with the front surface of the terminal body in the second state. a terminal body having a radio communication function; a touch screen mounted on a front surface of the terminal body and adapted to output visual information; a flip keypad having a plurality of keys on a surface thereof, connected to one end of the terminal body such that the flip keypad is reversibly turned over from a first state in which the flip keypad faces the rear surface of the terminal body to a second state in which the flip keypad faces the front surface of the terminal body; and a controller configured to execute a first input mode through the touch screen in the first state and a second input mode through the keypad in the second state, wherein the flip keypad comprises a keypad main body having a plurality of key buttons and a connection member rotatably connecting the keypad main body to the terminal body, wherein the connection member is rotatably connected with one end of the terminal body, and adapted to bend towards the terminal body in order to come into contact with the rear surface of the terminal body in the first state and with the front surface of the terminal body in the second state.
A dental implantation device suitable for obturation of root canals in teeth that comprises an elongated rod having a lower section, a central section, and an upper section, and is suited to be disposed in a tooth such that the lower section is adapted to be inserted into the bottom or end of a root canal of the tooth, the central section is adapted to be disposed along the length of the root canal, and the upper section is adapted to be disposed outside the root canal of the tooth, wherein the lower section is composed of titanium, and the lower section has a geometry suitable for adaptation and/or incrustation in the area of the bottom or end of the root canal of the tooth, said geometry having a root canal sealing capacity, characterized in that the central section is composed of an alloy of titanium and nickel that is flexible for adaptation and positioning along the root canal, and the central section is coated with a coating of material that is flexible and biocompatible with the interior of the root canal.
An exercise support method performed by a wearable device, comprising: receiving exercise setting information via an input, the exercise setting information indicating selected lower body muscles of a user to exercise; determining a torque profile to apply to the wearable device based on the exercise setting information; and operating an actuator of the wearable device based on the torque profile; characterized in that the determining of the torque profile comprises: setting the torque profile such that a resistance torque to hinder a movement of the user is output in one or more gait segments (810, 910) corresponding to the selected lower body muscles. receiving exercise setting information via an input, the exercise setting information indicating selected lower body muscles of a user to exercise; determining a torque profile to apply to the wearable device based on the exercise setting information; and operating an actuator of the wearable device based on the torque profile; characterized in that the determining of the torque profile comprises: setting the torque profile such that a resistance torque to hinder a movement of the user is output in one or more gait segments (810, 910) corresponding to the selected lower body muscles.
An antimicrobial composition suitable for use on skin and wounds comprising a source of ionic silver; a quaternary ammonium cationic surfactant present at a level of more than or equal to 0.025% by weight; and ethylenediaminetetra-acetic acid (EDTA) present as the di-, tri- or tetra-basic salts of EDTA at a level of from 0.2% to 1% by weight; wherein the composition has a pH of 4 to 6; and the ionic silver is present in the composition at a level of from 0.01% to 10% by weight.
Method for controlling a wind turbine connected to a node connected to a utility grid, wherein to the node a plurality of other wind turbines is connected, the method comprising: measuring a quantity (134, 135, 136) indicative of a slope of a voltage at the node in dependence of active power delivered to the node; determining that the slope is smaller than a negative slope limit; performing a measure, in order to increase the slope above the slope limit, characterised in that performing the measure comprises performing a first measure comprising: changing a transformation ratio of a wind park transformer connected between a wind turbine output terminal and the node such that a voltage at the low voltage side of the wind park transformer increases, the high voltage side being connected to the node. measuring a quantity (134, 135, 136) indicative of a slope of a voltage at the node in dependence of active power delivered to the node; determining that the slope is smaller than a negative slope limit; performing a measure, in order to increase the slope above the slope limit, characterised in that performing the measure comprises performing a first measure comprising: changing a transformation ratio of a wind park transformer connected between a wind turbine output terminal and the node such that a voltage at the low voltage side of the wind park transformer increases, the high voltage side being connected to the node.
A method for the electromechanical removal of sediments in pipelines or devices comprising one or more hollow pipes or a pipe system, wherein the method comprises the following successive steps: a. determining a cleaning section within the pipeline or the device to be cleaned, b. applying an electrical voltage to at least one electrically conductive surface of the cleaning section of the hollow pipe or pipe system with the desired polarization between an anodic area or an anode and a cathodic area or a cathode, c. partially filling the cleaning section with flushing medium if the cleaning section is not already filled with flushing medium, d. impinging modulating pressurized gas impulses to the cleaning section to form alternating liquid blocks and gas blocks that are driven in pulses along the cleaning section from a feeding point to a discharging point. a. determining a cleaning section within the pipeline or the device to be cleaned, b. applying an electrical voltage to at least one electrically conductive surface of the cleaning section of the hollow pipe or pipe system with the desired polarization between an anodic area or an anode and a cathodic area or a cathode, c. partially filling the cleaning section with flushing medium if the cleaning section is not already filled with flushing medium, d. impinging modulating pressurized gas impulses to the cleaning section to form alternating liquid blocks and gas blocks that are driven in pulses along the cleaning section from a feeding point to a discharging point.
A footwear carrier, comprising: a handle; a left body for holding a left shoe, wherein the left body consist of a closed twisted strap that comprises a basal section that forms a cross, having opposite flat surfaces, configured to rest on the arches of a left shoe when said left shoe is inserted into the footwear carrier; a right body for holding a right shoe, wherein the right body consist of a closed twisted strap that comprises a basal section that forms a cross, having opposite flat surfaces, configured to rest on the arches of a right shoe when said right shoe is inserted into the footwear carrier; a left pivot point in between the left body and the left side of the handle for allowing the left body to be rotated 360 degrees; a right pivot point in between the right body to the right side of the handle for allowing the right body to be rotated 360 degrees; and a connector comprising of two or more corresponding parts located on the left body and the right body for securing the left body to the right body. a handle; a left body for holding a left shoe, wherein the left body consist of a closed twisted strap that comprises a basal section that forms a cross, having opposite flat surfaces, configured to rest on the arches of a left shoe when said left shoe is inserted into the footwear carrier; a right body for holding a right shoe, wherein the right body consist of a closed twisted strap that comprises a basal section that forms a cross, having opposite flat surfaces, configured to rest on the arches of a right shoe when said right shoe is inserted into the footwear carrier; a left pivot point in between the left body and the left side of the handle for allowing the left body to be rotated 360 degrees; a right pivot point in between the right body to the right side of the handle for allowing the right body to be rotated 360 degrees; and a connector comprising of two or more corresponding parts located on the left body and the right body for securing the left body to the right body.
A system for circumferentially aligning a downhole latch subsystem in a wellbore, the system comprising: a casing string positionable in the wellbore; a latch coupling interconnected in the casing string, the latch coupling having a latch profile; a slot subassembly interconnected in the casing string, the slot subassembly having an axially extending slot profile; a tool string positionable within the casing string; a latch assembly interconnected in the tool string, the latch assembly having a plurality of latch keys; and an orienting subassembly interconnected in the tool string, the orienting subassembly having a plurality of orienting keys distributed axially along the orienting subassembly, wherein, after axial alignment of the orienting subassembly with the slot subassembly, rotation of the orienting subassembly causes operable engagement of at least one orienting key with the slot profile and, thereafter, axial alignment of the latch assembly with the latch coupling causes operable engagement of the latch keys with the latch profile. a casing string positionable in the wellbore; a latch coupling interconnected in the casing string, the latch coupling having a latch profile; a slot subassembly interconnected in the casing string, the slot subassembly having an axially extending slot profile; a tool string positionable within the casing string; a latch assembly interconnected in the tool string, the latch assembly having a plurality of latch keys; and an orienting subassembly interconnected in the tool string, the orienting subassembly having a plurality of orienting keys distributed axially along the orienting subassembly, wherein, after axial alignment of the orienting subassembly with the slot subassembly, rotation of the orienting subassembly causes operable engagement of at least one orienting key with the slot profile and, thereafter, axial alignment of the latch assembly with the latch coupling causes operable engagement of the latch keys with the latch profile.
An internal combustion engine, comprising: an engine block comprising a first lifter bore, a second lifter bore and a wall separating the first and second lifter bores (12, 64); a first roller lifter received in the first lifter bore; and a second roller lifter received in the second lifter bore; the first roller lifter having a first flat surface, and the second roller lifter having a second flat surface in direct contact with the first flat surface, such that during operation of the engine the first roller lifter engages the second roller lifter by way of the contact to prevent axial rotation of the first roller lifter and the second roller lifter; wherein the first roller lifter includes a cylindrical first lifter body having a first end, a second end, and a recess extending along a longitudinal axis from the second end toward the first end, the first end having a first diameter (D 1), the second end having a second diameter (D 2) greater than the first diameter (D 1); wherein the recess has a cup at the terminal end thereof, the cup being configured to receive an end of a push rod of the engine. an engine block comprising a first lifter bore, a second lifter bore and a wall separating the first and second lifter bores (12, 64); a first roller lifter received in the first lifter bore; and a second roller lifter received in the second lifter bore; the first roller lifter having a first flat surface, and the second roller lifter having a second flat surface in direct contact with the first flat surface, such that during operation of the engine the first roller lifter engages the second roller lifter by way of the contact to prevent axial rotation of the first roller lifter and the second roller lifter; wherein the first roller lifter includes a cylindrical first lifter body having a first end, a second end, and a recess extending along a longitudinal axis from the second end toward the first end, the first end having a first diameter (D 1), the second end having a second diameter (D 2) greater than the first diameter (D 1); wherein the recess has a cup at the terminal end thereof, the cup being configured to receive an end of a push rod of the engine.
Signal transmission device on a window or a door, comprising a sensor for detecting an operating state of the window or the door, an evaluation unit which addresses the sensor, and a transmitter for the wireless transmission of sensor signal to a control centre, characterized by a power generation module, which, due to the actuation of a locking device of the window or of the door or by a movement of a movable part thereof, is actuated several times in succession.
High-pressure accumulator body for a highpressure injection system for injecting fuel into combustion chambers of internal combustion engines, having a number of high-pressure ports in a shell surface, having a cavity which forms intersection points with transverse bores of the high-pressure ports, wherein, in sections between the highpressure ports, the diameter of the high-pressure accumulator body is narrowed, and a material reduction (64, 72, 74, 76) is formed on said high-pressure accumulator body on the side which is situated opposite the respective intersection points, wherein the material reduction (64, 72, 74, 76) is formed as a wall thickness reduction on the side, in particular of the base of the high-pressure accumulator body, characterized in that the material reduction is in the form of a planar flattened portion.
A method comprising: collecting, at a server (205, 605), data representing a status of a non-connected vehicle (220, 221) that does not exchange cooperative awareness messages, CAMs, with the server; synthesizing, at the server (205, 605), values of fields in a CAM for the non-connected vehicle (220, 221) based on the data; incorporating, at the server (205, 605), information in the CAM to indicate that the CAM represents the non-connected vehicle (220, 221); and transmitting, from the server (205, 605), the CAM to at least one connected vehicle (210, 211, 610). collecting, at a server (205, 605), data representing a status of a non-connected vehicle (220, 221) that does not exchange cooperative awareness messages, CAMs, with the server; synthesizing, at the server (205, 605), values of fields in a CAM for the non-connected vehicle (220, 221) based on the data; incorporating, at the server (205, 605), information in the CAM to indicate that the CAM represents the non-connected vehicle (220, 221); and transmitting, from the server (205, 605), the CAM to at least one connected vehicle (210, 211, 610).
A rectangular wire stator coil manufacturing method for winding a rectangular wire on a stator core, the stator core having a first end face, a second end face, a plurality of teeth extending between the first and second end faces (2A, 2B), and a plurality of slots each of which is formed between adjacent teeth, the method comprising: forming in advance a plurality of rectangular wire elements by cutting the rectangular wire to a predetermined length and bending into a substantial U-shape; forming in advance a plurality of rectangular wire pieces configured to connect predetermined pairs of ends of the rectangular wire elements as a sub-assembly; inserting each of the rectangular wire elements into each predetermined pair of the slots of the stator core from the first end face and causing the end portions of the rectangular wire elements to project from the second end face; and fitting the sub-assembly to the second end face by fixing the rectangular wire pieces to the predetermined pairs of the end portions of the rectangular wire elements that project from the second end face, characterized in that the sub-assembly has gaps into which the end portions of the rectangular wire elements are inserted to penetrate between the tip ends of the rectangular wire pieces, wherein each of the gaps is formed between adjacent tip ends of the rectangular wire pieces in a circumferential direction of the stator core. forming in advance a plurality of rectangular wire elements by cutting the rectangular wire to a predetermined length and bending into a substantial U-shape; forming in advance a plurality of rectangular wire pieces configured to connect predetermined pairs of ends of the rectangular wire elements as a sub-assembly; inserting each of the rectangular wire elements into each predetermined pair of the slots of the stator core from the first end face and causing the end portions of the rectangular wire elements to project from the second end face; and fitting the sub-assembly to the second end face by fixing the rectangular wire pieces to the predetermined pairs of the end portions of the rectangular wire elements that project from the second end face, characterized in that the sub-assembly has gaps into which the end portions of the rectangular wire elements are inserted to penetrate between the tip ends of the rectangular wire pieces, wherein each of the gaps is formed between adjacent tip ends of the rectangular wire pieces in a circumferential direction of the stator core.
A vehicle arresting system layered structure (10, 18), comprising: at least one suspended upper portion (12, 28) of energy absorbing material having a first strength; and a lower base portion (14, 24, 60) comprising a material of a second strength; characterized in that the second strength of the material of the lower base portion (14, 24, 60) is lower than the material of the first strength. at least one suspended upper portion (12, 28) of energy absorbing material having a first strength; and a lower base portion (14, 24, 60) comprising a material of a second strength; characterized in that the second strength of the material of the lower base portion (14, 24, 60) is lower than the material of the first strength.
Refrigerator or freezer having, a house, fan devices, refrigeration or freezing aggregates, a perforated trough bottom assembly, a product inlet and a product outlet, wherein said perforated trough bottom assembly comprises a first perforated trough bottom part and a second perforated trough bottom part, and wherein said first part as well as said second part are subjected to the action of the fan devices as well as the refrigeration or freezing aggregates, characterized in that said first part of said perforated trough bottom assembly next to the inlet is heated so that the products, such as food materials, are prevented from being stuck to said perforated trough bottom assembly.
A reader (112, 412, 712) for an access control system, comprising: a processor; a communication interface in communication with the processor; and a memory for storing instructions that, when executed by the processor, cause the processor to: authenticate a primary credential device being a mobile device; authenticate a secondary credential device being a wearable device; receive a master key from the mobile device and a derived key from the wearable device via the communication interface, wherein the master key is not apparent from the derived key; verify that the derived key is derived from the master key; determine whether the master key and the derived key indicate authorization to access a protected resource; and make an access decision based on the determination of whether the master key and the derived key indicate authorization to access the protected resource, wherein the determining whether the master key and the derived key indicate authorization to access the protected resource comprises: accessing a list of authorized keys; determining whether at least one of the master key and the derived key is included in the list of authorized keys; and when the keys are authorized, granting access to the protected resource by operating a lock mechanism, opening a door, or deactivating an alarm. a processor; a communication interface in communication with the processor; and a memory for storing instructions that, when executed by the processor, cause the processor to: authenticate a primary credential device being a mobile device; authenticate a secondary credential device being a wearable device; receive a master key from the mobile device and a derived key from the wearable device via the communication interface, wherein the master key is not apparent from the derived key; verify that the derived key is derived from the master key; determine whether the master key and the derived key indicate authorization to access a protected resource; and make an access decision based on the determination of whether the master key and the derived key indicate authorization to access the protected resource, authenticate a primary credential device being a mobile device; authenticate a secondary credential device being a wearable device; receive a master key from the mobile device and a derived key from the wearable device via the communication interface, wherein the master key is not apparent from the derived key; verify that the derived key is derived from the master key; determine whether the master key and the derived key indicate authorization to access a protected resource; and make an access decision based on the determination of whether the master key and the derived key indicate authorization to access the protected resource, accessing a list of authorized keys; determining whether at least one of the master key and the derived key is included in the list of authorized keys; and when the keys are authorized, granting access to the protected resource by operating a lock mechanism, opening a door, or deactivating an alarm.