mhurhangee/ep-ind-claims huggingface dataset:
A remote access device (200; 800), comprising: a wireless transmitter (206; 806); and an accelerometer (204; 804); the remote access device being configured to: cause the wireless transmitter (206; 806) to transition between a first operating mode and a second operating mode in response to signals generated by the accelerometer (204; 804) indicating a first change in motion states of the remote access device (200; 800) between a first motion state and a second motion state, cause the wireless transmitter (206; 806) to transition between the first operating mode and the second operating mode in response to signals generated by the accelerometer (204; 804) indicating a second change in motion states of the remote access device between the first motion state and a third motion state, and cause the wireless transmitter (206; 806) to transition between the first operating mode and the second operating mode in response to signals generated by the accelerometer (204; 804) indicating a third change in motion states of the remote access device between the second motion state and the third motion state. a wireless transmitter (206; 806); and an accelerometer (204; 804); the remote access device being configured to: cause the wireless transmitter (206; 806) to transition between a first operating mode and a second operating mode in response to signals generated by the accelerometer (204; 804) indicating a first change in motion states of the remote access device (200; 800) between a first motion state and a second motion state, cause the wireless transmitter (206; 806) to transition between the first operating mode and the second operating mode in response to signals generated by the accelerometer (204; 804) indicating a second change in motion states of the remote access device between the first motion state and a third motion state, and cause the wireless transmitter (206; 806) to transition between the first operating mode and the second operating mode in response to signals generated by the accelerometer (204; 804) indicating a third change in motion states of the remote access device between the second motion state and the third motion state. cause the wireless transmitter (206; 806) to transition between a first operating mode and a second operating mode in response to signals generated by the accelerometer (204; 804) indicating a first change in motion states of the remote access device (200; 800) between a first motion state and a second motion state, cause the wireless transmitter (206; 806) to transition between the first operating mode and the second operating mode in response to signals generated by the accelerometer (204; 804) indicating a second change in motion states of the remote access device between the first motion state and a third motion state, and cause the wireless transmitter (206; 806) to transition between the first operating mode and the second operating mode in response to signals generated by the accelerometer (204; 804) indicating a third change in motion states of the remote access device between the second motion state and the third motion state.
A load handling tool to be attached to a crane boom, the load handling tool comprising: - a carrier head configured for connection to a crane boom; - first and second bucket jaws (10, 30) located opposite each other, the first bucket jaw being pivotally connected to the carrier head via a first pivot arm and the second bucket jaw being pivotally connected to the carrier head via a second pivot arm so as to allow the bucket jaws (10, 30) to be pivoted towards each other in order to grasp a load and away from each other in order to release a grasped load, each pivot arm (11, 31) having a first end (11a, 31a) facing the carrier head and an opposite second end (11b, 31b), wherein each pivot arm (11, 31) at its first end (11a, 31a) is pivotally connected to the carrier head; and - an actuating device for pivoting the pivot arms (11, 31) and thereby the bucket jaws (10, 30) in relation to the carrier head, characterized in: - that each pivot arm (11, 31) at its second end (11b, 31b) is articulately connected to the associated bucket jaw (10, 30) so as to allow the bucket jaw to be pivoted in relation to the pivot arm (11, 31) between a fold-down working position and a fold-up storing position, wherein the bucket jaws (10, 30) are configured to be located between the pivot arms (11, 31) and to rest against each other in the fold-up storing position; and - that the load handling tool comprises a first locking device for locking the first bucket jaw to the first pivot arm in the fold-down working position, and a second locking device for locking the second bucket jaw to the second pivot arm in the fold-down working position. - a carrier head configured for connection to a crane boom; - first and second bucket jaws (10, 30) located opposite each other, the first bucket jaw being pivotally connected to the carrier head via a first pivot arm and the second bucket jaw being pivotally connected to the carrier head via a second pivot arm so as to allow the bucket jaws (10, 30) to be pivoted towards each other in order to grasp a load and away from each other in order to release a grasped load, each pivot arm (11, 31) having a first end (11a, 31a) facing the carrier head and an opposite second end (11b, 31b), wherein each pivot arm (11, 31) at its first end (11a, 31a) is pivotally connected to the carrier head; and - an actuating device for pivoting the pivot arms (11, 31) and thereby the bucket jaws (10, 30) in relation to the carrier head, - that each pivot arm (11, 31) at its second end (11b, 31b) is articulately connected to the associated bucket jaw (10, 30) so as to allow the bucket jaw to be pivoted in relation to the pivot arm (11, 31) between a fold-down working position and a fold-up storing position, wherein the bucket jaws (10, 30) are configured to be located between the pivot arms (11, 31) and to rest against each other in the fold-up storing position; and - that the load handling tool comprises a first locking device for locking the first bucket jaw to the first pivot arm in the fold-down working position, and a second locking device for locking the second bucket jaw to the second pivot arm in the fold-down working position.
A needle assembly removal device comprising: a coupling mechanism including threads, the coupling mechanism adapted to engage a disposal device; a housing; and a carriage adapted to engage a needle assembly, wherein axial movement of the carriage relative to the housing causes the needle assembly to disengage a medicament delivery device, wherein the carriage is adapted to rotate in a first rotational direction when the carriage moves in a first axial direction relative to the housing and the carriage is adapted to rotate in a second rotational direction when the carriage moves in a second axial direction relative to the housing, the housing including a proximal opening adapted to receive the medicament delivery device and a base with a distal opening, wherein the carriage includes a retaining portion adapted to engage a needle hub of the needle assembly and prevent the needle assembly from rotating relative to the carriage, characterized in that the carriage includes a slot separating the retaining portion, wherein the retaining portion is adapted to deflect radially via the slot to accommodate the needle hub, wherein the retaining portion includes a ramped portion adapted to engage a stem on the base, and wherein the retaining portion deflects radially when the ramped portion engages the stem. a coupling mechanism including threads, the coupling mechanism adapted to engage a disposal device; a housing; and a carriage adapted to engage a needle assembly, wherein axial movement of the carriage relative to the housing causes the needle assembly to disengage a medicament delivery device, wherein the carriage is adapted to rotate in a first rotational direction when the carriage moves in a first axial direction relative to the housing and the carriage is adapted to rotate in a second rotational direction when the carriage moves in a second axial direction relative to the housing,
A silica-based optical fiber comprising a core, a depressed region surrounding the core, an optical cladding surrounding the depressed region, and a jacketing region surrounding the optical cladding, the depressed region having a refractive index lower than the refractive index of the optical cladding, and the optical cladding having a refractive index lower than the refractive index of the core, the jacketing region having a uniform composition throughout from the internal circumference to the outer circumference thereof, the jacketing region having a compressive strained layer having a residual compressive stress at the outermost circumference of the jacketing region.
Device for lighting and/or light signaling for a vehicle, in particular for a motor vehicle, said lighting device comprising a plurality of light guides and a system display integrated inside a housing closed by a glass, said display system comprising a display module, configured to allow diffusion of light orthotropically, characterized in that said display module is configured to move between an deployed position in the housing and a retracted position in the housing, and in that said device comprises a motorization module, configured to rotate, around an axis of rotation, the display module between said deployed position and said position retracted, the display system having an active state and an inactive state, the motorization module is configured to place the display module in the deployed position when the display system) is in said active state, and the motorization module is configured to place the display module in the retracted position when the display system is in said inactive state. the display system having an active state and an inactive state, the motorization module is configured to place the display module in the deployed position when the display system) is in said active state, and the motorization module is configured to place the display module in the retracted position when the display system is in said inactive state.
A method of domain redirection, comprising: receiving, at a first server system in a first authentication domain, an original request having a method and a body, the original request transmitted to the first server system in a message from a client program executing on a client system; parsing, by the first server system, the received original request, wherein the parsing identifies at least one portion of the original request that requires resources from a second authentication domain, the second authentication domain separate from the first authentication domain; generating, by the first server system in response to the parsing identifying the portion of the original request that requires resources from the second authentication domain, in a memory of the first server system, a redirection object, wherein the generating includes storing an identifier of a second server system in the redirection object, the second server system located in the second authentication domain, and storing a session check flag in the redirection object such that the session check flag is accessible by the client program executing on the client system, the session check flag indicating to the client program executing on the client system whether the client system may be required to perform forms-based authentication prior to re-submitting the original request to the second server system; and transmitting a response containing the redirection object from the first server system to the client system. receiving, at a first server system in a first authentication domain, an original request having a method and a body, the original request transmitted to the first server system in a message from a client program executing on a client system; parsing, by the first server system, the received original request, wherein the parsing identifies at least one portion of the original request that requires resources from a second authentication domain, the second authentication domain separate from the first authentication domain; generating, by the first server system in response to the parsing identifying the portion of the original request that requires resources from the second authentication domain, in a memory of the first server system, a redirection object, wherein the generating includes storing an identifier of a second server system in the redirection object, the second server system located in the second authentication domain, and storing a session check flag in the redirection object such that the session check flag is accessible by the client program executing on the client system, the session check flag indicating to the client program executing on the client system whether the client system may be required to perform forms-based authentication prior to re-submitting the original request to the second server system; and transmitting a response containing the redirection object from the first server system to the client system.
Hand tool with two tool halves (2, 3), arranged crossing one another in a joint region, such as pliers or scissors, wherein a tool half (2, 3) forms a working region (6, 7) on one side of the joint region, and on the other side a gripping region (4, 5), wherein furthermore, each gripping region (4, 5) is arranged in a first and a second gripping sleeve (8, 9), respectively, and the gripping sleeve (8, 9) is provided with a functional part, projecting with respect to a flat surface extending over a substantial part of the surface of the gripping sleeve (8, 9), characterised in that, inner surfaces of the gripping sleeves (8, 9) facing one another are designed with flat surfaces originating from free ends of the gripping regions (4, 5), in that, the functional part is arranged on the inner surface (10, 11) of the first and/or second gripping sleeve (8, 9) facing the inner surface (10, 11) of the opposing second and/or first gripping sleeve (8, 9), and in that, the functional part is adhesively bonded, or welded, onto a position that lies outside an acquisition and action region of the user.
A pool cleaning robot for cleaning a pool, comprising: a housing; and a drive system that is arranged to move the pool cleaning robot in relation to an environment of the pool cleaning robot; wherein the environment comprises the pool and an exterior surface; wherein the drive system comprises: a drive motor system; a group of interfacing modules; a transmission system that is arranged to couple the drive motor system to the group of interfacing modules; wherein interfacing modules of the group are arranged to interface between the pool cleaning robot and the environment; wherein the pool cleaning robot is characterized by comprising an interface manipulator that belongs to the drive system; wherein the interface manipulator is arranged to change a spatial relationship between (a) the housing and (b) a selected interfacing module of the group, during an exit process during which the pool cleaning robot exits the pool.
Dry setting equipment for isolating an infrastructure at least partly under water and providing a dry working space to the infrastructure, the equipment comprising sealing means (11;8) secured to the equipment by a securing side (19;29) and to be applied against surfaces (16;33) of the infrastructure to be sealed, by a sealing side (17,22;30), characterized in that the stiffness of the side (20;29) opposite the sealing side (17,22;30) of the sealing means (11;8) is greater than the stiffness of the sealing side (17,22;30) of the sealing means (11;8).
An execution method of one function of a plurality of functions at a component of a home area network, the method comprising: inputting a plurality of commands (S20, S22, S25) to execute the one function of the plurality of functions; and executing the one function at the component, wherein the inputting a plurality of commands (S20, S22, S25) comprises a plurality of command input steps, and at least one command can be input, by manipulation of a selection unit, by each command input step; and when a specific condition is satisfied, at least a command that can be input by at least one of the plurality of command input steps is varied and when the specific condition is satisfied, at least one command corresponding to an usable function can be input; wherein a case where the specific condition is satisfied is one of a case where high-cost information is recognized, and a case where a supply amount of a selected power supply source is not sufficient; and when the specific condition is satisfied, a selection unit corresponding to at least one usable function among the functions and a selection unit corresponding to an unusable function are displayed, wherein the selection unit corresponding to the at least one usable function and the selection unit corresponding to the unusable function are divided. inputting a plurality of commands (S20, S22, S25) to execute the one function of the plurality of functions; and executing the one function at the component, wherein the inputting a plurality of commands (S20, S22, S25) comprises a plurality of command input steps, and at least one command can be input, by manipulation of a selection unit, by each command input step; and when a specific condition is satisfied, at least a command that can be input by at least one of the plurality of command input steps is varied and when the specific condition is satisfied, at least one command corresponding to an usable function can be input; wherein a case where the specific condition is satisfied is one of a case where high-cost information is recognized, and a case where a supply amount of a selected power supply source is not sufficient; and when the specific condition is satisfied, a selection unit corresponding to at least one usable function among the functions and a selection unit corresponding to an unusable function are displayed, wherein the selection unit corresponding to the at least one usable function and the selection unit corresponding to the unusable function are divided.
A dual gate valve comprising: two valve plates that open and close two openings of a valve box; a support bar that supports the two valve plates; a valve rod connected to the support bar; and an operation unit that performs an open and close operation of the two valve plates via the valve rod, wherein the support bar and the two valve plates linearly and elongatedly extend in a lateral direction perpendicular to a central axis of the valve rod, the valve rod is connected to a central portion in a long direction of the support bar, and one and the other of the two valve plates are tiltably attached to one end and the other end of the support bar in the long direction via elastic members (12, 112), respectively, characterized in that the two openings are formed in a front wall of the valve box; and the two valve plates are attached on a front surface of the support bar. two valve plates that open and close two openings of a valve box; a support bar that supports the two valve plates; a valve rod connected to the support bar; and an operation unit that performs an open and close operation of the two valve plates via the valve rod, wherein the support bar and the two valve plates linearly and elongatedly extend in a lateral direction perpendicular to a central axis of the valve rod, the valve rod is connected to a central portion in a long direction of the support bar, and one and the other of the two valve plates are tiltably attached to one end and the other end of the support bar in the long direction via elastic members (12, 112), respectively, characterized in that the two openings are formed in a front wall of the valve box; and the two valve plates are attached on a front surface of the support bar.
A resilient foam comprising: (a) a derivatized polyanionic polysaccharide; and (b) an open-cell structure, wherein: (i) the resilient foam, when contacted with water, is capable of forming a thixotropic hydrogel; and (ii) the derivatized polyanionic polysaccharide has a degree of substitution of less than 0.6 derivatives per monomer unit. (a) a derivatized polyanionic polysaccharide; and (b) an open-cell structure, wherein: (i) the resilient foam, when contacted with water, is capable of forming a thixotropic hydrogel; and (ii) the derivatized polyanionic polysaccharide has a degree of substitution of less than 0.6 derivatives per monomer unit. (i) the resilient foam, when contacted with water, is capable of forming a thixotropic hydrogel; and (ii) the derivatized polyanionic polysaccharide has a degree of substitution of less than 0.6 derivatives per monomer unit.
Device for calibrating a Self-calibrating laser calorimeter using electrical substitution comprising - means (2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26) for measuring a plurality of physical values of different types and of different levels, - a single acquisition card comprising, for each value to be measured, an independent acquisition system (32, 34, 36, 38, 40) comprising processing circuits specific to the value measured, with each independent acquisition system comprising a microcontroller dedicated to processing the value to be measured, - a heating element, - a source of series regulated voltage intended to provide electrical power to the heating element, - a source of cooling water, - the means (2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26) for measuring a plurality of physical values of different types and of different levels comprising: - at least one voltmeter intended to measure the voltage at the terminals of said voltage source, - at least one thermometer intended to measure the temperature of the cooling water respectively at the inlet and at the outlet of said calorimeter, said thermometer comprising at least two resistors placed respectively at the inlet and at the outlet of said calorimeter through a Wheatstone bridge in order to measure temperature, and a frequency meter intended to measure the flow of cooling water. - means (2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26) for measuring a plurality of physical values of different types and of different levels, - a single acquisition card comprising, for each value to be measured, an independent acquisition system (32, 34, 36, 38, 40) comprising processing circuits specific to the value measured, with each independent acquisition system comprising a microcontroller dedicated to processing the value to be measured, - a heating element, - a source of series regulated voltage intended to provide electrical power to the heating element, - a source of cooling water, - the means (2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26) for measuring a plurality of physical values of different types and of different levels comprising: - at least one voltmeter intended to measure the voltage at the terminals of said voltage source, - at least one thermometer intended to measure the temperature of the cooling water respectively at the inlet and at the outlet of said calorimeter, said thermometer comprising at least two resistors placed respectively at the inlet and at the outlet of said calorimeter through a Wheatstone bridge in order to measure temperature, and a frequency meter intended to measure the flow of cooling water.