mhurhangee/ep-ind-claims huggingface dataset:
A set for motor activities comprising a first stick for walking and a second stick for walking; the first stick for walking and the second stick for walking each comprise one or more sensors for detecting respective physical characteristics, an electronic module comprising a respective electronic unit for detecting and recording data acquired by the sensor; the electronic units of the first stick and of the second stick are configured for communicating with each other using a wireless data transmission network; each electronic unit is configured to receive an activation command for starting recording of the data acquired and a deactivation command for ending recording; characterised in that at least one electronic unit is configured to receive a timestamp; one of either of the two electronic units of the first stick and of the second stick, called the reference electronic unit, is configured to send to the other electronic unit, called the dependent electronic unit, a timestamp. the first stick for walking and the second stick for walking each comprise one or more sensors for detecting respective physical characteristics, an electronic module comprising a respective electronic unit for detecting and recording data acquired by the sensor; the electronic units of the first stick and of the second stick are configured for communicating with each other using a wireless data transmission network; each electronic unit is configured to receive an activation command for starting recording of the data acquired and a deactivation command for ending recording; characterised in that at least one electronic unit is configured to receive a timestamp; one of either of the two electronic units of the first stick and of the second stick, called the reference electronic unit, is configured to send to the other electronic unit, called the dependent electronic unit, a timestamp.
A process for reducing the amount of residual vinyl ester monomer in final polymeric emulsion by using a sequential polymerization in three steps consisting in: a first step a) adding an emulsion, of vinyl ester of alkyl of C1 to C18 carboxylic acids (in at least 20 wt% of total monomer content), to water containing a radical initiator,to polymerize the monomer before, the second step b) adding to a) an emulsion of alkyl acrylate and/or methacrylate, to polymerize the monomer before, the third step c) adding to polymeric emulsion, resulting of the steps a)and b), pure liquid acrylate or methacrylate with alkyl chain of C 1 to C 16. a) adding an emulsion, of vinyl ester of alkyl of C1 to C18 carboxylic acids (in at least 20 wt% of total monomer content), to water containing a radical initiator,to polymerize the monomer before, b) adding to a) an emulsion of alkyl acrylate and/or methacrylate, to polymerize the monomer before, the third step c) adding to polymeric emulsion, resulting of the steps a)and b), pure liquid acrylate or methacrylate with alkyl chain of C 1 to C 16.
A solidification element for increasing the stability of naturally occurring or dumped soil masses, wherein the solidification element has a molded part that completely or partially consists of a biodegradable dimensional stable plastic and has an upper surface, a lower surface, and a jacket to form an inner space extending from the upper surface to the lower surface, wherein the inner space is provided to completely or partially receive a rhizogenic plant and is open at the upper surface, characterized in that reinforcements in the form of a helically surrounding land that protect the molded part from deformations, and drive-in blades are formed on the outside of the jacket.
A coin sorting machine for sorting coins including at least one sorting path terminating at a sorting outlet, at least one holder for and/or a feed line to a sorting container at the sorting outlet, at least one overflow path switchably terminating at at least two overflow outlets (27, 29), at least one holder for and/or a feed line to an overflow container at each of the overflow outlets (27, 29), at least one controller having an input for a filling level signal representing the filling level of the at least one sorting container, wherein the coin sorting machine is configured to be switchable from a sorting state to an overflow state depending on the filling level signal, wherein in the sorting state detected coins of a predetermined coin type are guided along the sorting path and in the overflow state the coins of this coin type are guided along the overflow path, and wherein, after switching from the overflow state to the sorting state, the at least one overflow path is switched from the one overflow outlet (27, 29) to the other overflow outlet (27, 29).
A hydraulic system (1; 101) for an industrial truck, comprising a reservoir (7; 107) for a hydraulic fluid, the reservoir (7; 107) having an inlet (7b; 107b) and an outlet (7a; 107a); a hydraulic apparatus (2; 102) operable as a pump and as a generator, the hydraulic apparatus (2; 102) having a first port (5a; 105a) and a second port (5b; 105b), the first port (5a; 105a) being connected to the outlet (7a; 107a); and at least one consumer (12; 112) operable in a lifting mode and in a lowering mode, the at least one consumer (12; 112) being connected to the second port (5b; 105b), wherein the inlet (7b; 107b) is connected to the first port (5a; 105a) via a first valve (10; 110) and to the at least one consumer (12; 112) via a second valve (14; 114), wherein each of the first and second valves (10, 14; 110, 114) is switchable between a first state allowing fluid flow towards the reservoir (7; 107) and a second state blocking fluid flow towards the reservoir (7; 107), and wherein a fluid flow from the at least one consumer (12; 112) to the reservoir (7; 107) is controllable so as to pass through at least one of the first and second valves (10, 14; 110, 114), characterized in that the industrial truck is a forklift truck, and the lifting mode is for lifting forks of said forklift truck and the lowering mode is for lowering the forks of said forklift truck, and in that it further comprises a control in the lowering mode arranged to: determine a value of an operating parameter of the hydraulic system (1; 101); allow a fluid flowing from the consumer (12; 112) to the inlet (7b; 107b) of the reservoir (7; 107) via the second valve (14; 114) to bypass the pump (5; 105) of the hydraulic apparatus (2; 102) if the value is below a threshold value; and allow the fluid to flow from the consumer (12; 112) to the inlet (7b; 107b) of the reservoir (7; 107) via the pump (5; 105) of the hydraulic apparatus (2; 102) and the first valve (10; 110) if the value is above the threshold value, wherein fluid flowing through the pump (5; 105) of the hydraulic apparatus (2; 102) drives the pump (5; 105) which, in turn, drives the motor (4; 104) of the hydraulic apparatus (2; 102), said motor (4; 104) operating as a generator. determine a value of an operating parameter of the hydraulic system (1; 101); allow a fluid flowing from the consumer (12; 112) to the inlet (7b; 107b) of the reservoir (7; 107) via the second valve (14; 114) to bypass the pump (5; 105) of the hydraulic apparatus (2; 102) if the value is below a threshold value; and allow the fluid to flow from the consumer (12; 112) to the inlet (7b; 107b) of the reservoir (7; 107) via the pump (5; 105) of the hydraulic apparatus (2; 102) and the first valve (10; 110) if the value is above the threshold value, wherein fluid flowing through the pump (5; 105) of the hydraulic apparatus (2; 102) drives the pump (5; 105) which, in turn, drives the motor (4; 104) of the hydraulic apparatus (2; 102), said motor (4; 104) operating as a generator.
Valve device, in particular for a water circuit of a motor vehicle, with a housing comprising a circular-cylindrical housing wall enclosing a distribution chamber on the circumferential side and at least two media connections (7-10,45) in and/or on the housing wall, which are each designed as an inlet connection or outlet connection for a hydraulic medium and open into the distribution chamber at a distance from one another, and with a valve element rotatably mounted in the distribution chamber for the purpose of optionally connecting or disconnecting at least two of the media connections (7-10,45) to or from each other fluidically, wherein the valve element comprises a circular-cylindrical outer casing that is arranged coaxially to the housing wall and closes the media connections (7-10,45), and that the valve element comprises at least one media channel (25,26) that comprises at least two openings (20,21) in the outer casing, which, in at least one rotational position of the valve element, are assigned to a selected one of the media connections (7-10,45) in order to release the selected media connections (7-10,45) and to connect them to one another fluidically through the media channel (25,26), characterized in that a sealing element enclosing an orifice of the respective media connection (7-10,45) leading into the distribution chamber is assigned to each of the media connections (7-10,45), which projects with an elastically deformable and annular sealing lip into the distribution chamber in order to interact sealingly with the outer casing of the valve element, and that the outer casing comprises a radial elevation surrounding the opening (20,21) only in the area of the respective openings (20,21) of the outer casing as a guiding aid for the sealing element.
A centering system for centering blanks (10a, 10b, 11a, 11b) outputted from a furnace in a hot stamping line, the centering system comprising: a conveyor for receiving a plurality of blanks (10a, 10b, 11a, 11b) outputted from a furnace and displacing the blanks (10a, 10b, 11a, 11b) at least along a first horizontal axis; shifting units for each individual blank (10a, 10b, 11a, 11b), wherein the shifting units are configured to move along a second horizontal axis substantially perpendicular to the first axis and each of the shifting units is independently movable along the second axis; characterized in that, the shifting units comprise two or more adjustable lifting bars, and the adjustable lifting bars are configured to lift the blanks (10a, 10b, 11a, 11b) along a vertical axis substantially perpendicular to both the first and second axes; wherein the centering system further comprises a plurality of centering pins for centering the blanks (10a, 10b, 11a, 11b), such that the blanks (10a, 10b, 11a, 11b) can be centered by moving the individual blanks (10a, 10b, 11a, 11b) along the second axis against the centering pins. a conveyor for receiving a plurality of blanks (10a, 10b, 11a, 11b) outputted from a furnace and displacing the blanks (10a, 10b, 11a, 11b) at least along a first horizontal axis; shifting units for each individual blank (10a, 10b, 11a, 11b), wherein the shifting units are configured to move along a second horizontal axis substantially perpendicular to the first axis and each of the shifting units is independently movable along the second axis; characterized in that, the shifting units comprise two or more adjustable lifting bars, and the adjustable lifting bars are configured to lift the blanks (10a, 10b, 11a, 11b) along a vertical axis substantially perpendicular to both the first and second axes; wherein the centering system further comprises a plurality of centering pins for centering the blanks (10a, 10b, 11a, 11b), such that the blanks (10a, 10b, 11a, 11b) can be centered by moving the individual blanks (10a, 10b, 11a, 11b) along the second axis against the centering pins.
Method for determining the temporal position of a wave packet in a flow measuring apparatus, in particular a spirometer, comprising: sampling (94, 95) the wave packet at a plurality of points in time, wherein a measured value is created at each point in time; calculating a sum of products (43, 54, 55, 63, 64), wherein each product is calculated for a determined point in time from a plurality of points in time and each product is the product of a value of a compare function (44, 53, 56, 61, 62) at said determined point in time and the measured value at said determined point in time; and calculating (46, 47, 57, 58, 65 - 81) the temporal position of the wave packet from the sum of products characterized by: driving the ultrasonic transducer generating the wave packet by an AC signal having a phase jump. sampling (94, 95) the wave packet at a plurality of points in time, wherein a measured value is created at each point in time; calculating a sum of products (43, 54, 55, 63, 64), wherein each product is calculated for a determined point in time from a plurality of points in time and each product is the product of a value of a compare function (44, 53, 56, 61, 62) at said determined point in time and the measured value at said determined point in time; and calculating (46, 47, 57, 58, 65 - 81) the temporal position of the wave packet from the sum of products characterized by: driving the ultrasonic transducer generating the wave packet by an AC signal having a phase jump. driving the ultrasonic transducer generating the wave packet by an AC signal having a phase jump.
An arrangement comprising a vacuum pump having a fast-rotating rotor and a stator; a vacuum chamber having a chamber flange; and an intermediate component provided between the vacuum pump and the vacuum chamber, wherein the vacuum chamber, the vacuum pump and the intermediate component are releasably connected to one another, wherein the vacuum pump is arranged at a connection means which is connected to the chamber flange in a manner secure with respect to a momentum following a crash, characterized in that the connection means comprises a support which is arranged between the vacuum pump and the intermediate component and to which the vacuum pump and the intermediate component are releasably connected; and in that the support and the chamber flange are connected to one another by a screw which is inserted through a spacer sleeve.
Rinsing basket for being arranged in a dishwasher, which provides an insert which is intended for receiving crockery, glasses, cutlery and/or similar washware and has a storage net made of a flexible fabric, and a frame, characterised in that two basket inserts movably arranged on the frame are provided, between which inserts the storage net is arranged.
Composite structure for an aircraft comprising a skin panel and at least one stringer joined to the skin panel, the stringer having a foot and a web protruding from the foot, and a run-out section at one of its ends, wherein the skin panel includes a plurality of stacked plies of composite material, wherein at least part of the foot of the stringer at its run-out section is inserted between two plies (9,10) of the skin panel, and it is joined with said two plies (9,10), and characterized in that the composite structure further comprises a rib joined to the skin panel and transversally arranged with respect the longitudinal axis of the stringer, and wherein the rib is also joined with the foot of the stringer at the run-out section.
A blower comprising: a housing including a handle operably coupled thereto; a motor; a blower tube defining a tube axis and a fan assembly operably coupled to the motor to force air through the blower tube responsive to operation of the motor; characterized in that: the fan assembly is provided in an outlet tube corresponding to the blower tube, and air is fed to the fan assembly via an inlet tube spaced apart from the outlet tube such that the outlet tube and inlet tube are operably coupled to each other via an acoustic chamber defined by the housing. a housing including a handle operably coupled thereto; a motor; a blower tube defining a tube axis and a fan assembly operably coupled to the motor to force air through the blower tube responsive to operation of the motor; characterized in that: the fan assembly is provided in an outlet tube corresponding to the blower tube, and air is fed to the fan assembly via an inlet tube spaced apart from the outlet tube such that the outlet tube and inlet tube are operably coupled to each other via an acoustic chamber defined by the housing.
A method for lubricating a strain wave gearing comprising a rigid internally toothed gear, a flexible externally toothed gear arranged coaxially inside the internally toothed gear, and a wave generator mounted coaxially inside the externally toothed gear for flexing the externally toothed gear into a non-circular shape to mesh with the internally toothed gear and for moving meshing positions between the two gears in a circumferential direction, wherein an inorganic lubricating powder having a lamellar crystal structure is used to lubricate each of contact parts of the strain wave gearing other than teeth of an externally toothed gear and an internally toothed gear, the lubricating powder having a prescribed particle diameter and a prescribed hardness, wherein a Mohs hardness of the lubricating powder is equal to or less than 1.5, and wherein a flaky powder is formed by spreading the lubricating powder by pressure to crush into a flaky shape, and the flaky powder is filled inside the externally toothed gear and into an inner part of the wave generator and is used for lubrication.
A vehicle mirror with an image display function comprising: a half mirror which includes a high-Re retardation film and a reflection layer; and an image display device on the half mirror, wherein the high-Re retardation film, the reflection layer, and the image display device are disposed in this order, the high-Re retardation film has a front phase difference of 5000 nm or greater, and the reflection layer is a linear polarization reflection layer or a circular polarization reflection layer. a half mirror which includes a high-Re retardation film and a reflection layer; and an image display device on the half mirror, wherein the high-Re retardation film, the reflection layer, and the image display device are disposed in this order, the high-Re retardation film has a front phase difference of 5000 nm or greater, and the reflection layer is a linear polarization reflection layer or a circular polarization reflection layer.
An exercise system for performing exercises adjacent to a surface by at least a user by creating a resistance force in a portion of the user's body by pulling at least one exercising element away from the surface, the system comprising: a. first and second mounting points fixed on the surface, each of the first and second mounting points including at least one shortening element and a first mating connector; b. a biasing element, comprising a proximate end and a distal end and a intermediate portion therebetween, characterised in that the biasing element is configured to pass through the at least one shortening element on one of the first and second mounting points, the distal end removably coupled to the first mating connector on one of the first and second mounting points; and c. at least one user interface removably coupled to the proximate end of the biasing element; d. wherein the intermediate portion of the biasing element located between the proximate end and the distal end is configured to slide in the at least one shortening element thereby altering a resistance vector at the user interface during use. a. first and second mounting points fixed on the surface, each of the first and second mounting points including at least one shortening element and a first mating connector; b. a biasing element, comprising a proximate end and a distal end and a intermediate portion therebetween, characterised in that the biasing element is configured to pass through the at least one shortening element on one of the first and second mounting points, the distal end removably coupled to the first mating connector on one of the first and second mounting points; and c. at least one user interface removably coupled to the proximate end of the biasing element; d. wherein the intermediate portion of the biasing element located between the proximate end and the distal end is configured to slide in the at least one shortening element thereby altering a resistance vector at the user interface during use.
A method, comprising: receiving a request to authenticate a user, by a client application comprising an embedded browser executed by a client device; authenticating the user as valid, by the client application; identifying, by the client application from a log of previous behavior of the user, one or more network applications provided by one or more application servers to which the user is likely to request access; transmitting a request to access the identified one or more network applications on behalf of the user, by the client application to the one or more application servers, the request to access the identified one or more network applications transmitted prior to receiving a request from the user to access a network application; receiving by the client application from the one or more application servers, data of the identified one or more network applications executed on behalf of the user for rendering via the embedded browser, the received data stored in a memory of the client application; instantiating, by the embedded browser, a new tab or window of the embedded browser having disabled visibility and rendering the received data; receiving the request from the user to access a first network application of the identified one or more network applications; and responsive to receipt of the request to access the first network application, enabling visibility of the instantiated new tab or window in the embedded browser for display to the user based on the received data of at least the first network application. receiving a request to authenticate a user, by a client application comprising an embedded browser executed by a client device; authenticating the user as valid, by the client application; identifying, by the client application from a log of previous behavior of the user, one or more network applications provided by one or more application servers to which the user is likely to request access; transmitting a request to access the identified one or more network applications on behalf of the user, by the client application to the one or more application servers, the request to access the identified one or more network applications transmitted prior to receiving a request from the user to access a network application; receiving by the client application from the one or more application servers, data of the identified one or more network applications executed on behalf of the user for rendering via the embedded browser, the received data stored in a memory of the client application; instantiating, by the embedded browser, a new tab or window of the embedded browser having disabled visibility and rendering the received data; receiving the request from the user to access a first network application of the identified one or more network applications; and responsive to receipt of the request to access the first network application, enabling visibility of the instantiated new tab or window in the embedded browser for display to the user based on the received data of at least the first network application.