mhurhangee/ep-ind-claims huggingface dataset:
Purse or wallet for receiving a tag/tracker, having at least one outer side which is made of leather and has a wall thickness, wherein a cutout with a receiving pocket for the tag/tracker is provided in the outer side, characterised in that in that the cutout has a viewing window which is round on the outside, wherein the tag/tracker can be form-fittingly integrated in a detachable and captive manner into the outer side so as to be directly visible from the outside, and the receiving pocket is accessible from an interior of the purse or wallet.
Measuring tube for a measuring device, particularly for a flowmeter, wherein said measuring tube, which is particularly hollow cylindrical at least in sections, comprises: - a tubular meter body, particularly metal and/or at least partially hollow cylindrical, wherein said meter body has a wall and an interior channel surrounding said wall, particularly a cylindrical interior channel, wherein said channel is designed to conduct a fluid medium; - as well as a sensor holder which is arranged on an outer lateral surface - situated opposite the interior channel, particularly at least partially curved - of the wall of the meter body, wherein said channel is connected to said wall via a substance-to-substance connection, said sensor holder being particularly metal and/or designed as a connection nozzle, wherein said sensor holder is designed to be connected mechanically, particularly in a detachable manner, to at least one sensor component, particularly a component of a sensor serving to measure at least a measured variable of a medium located in the interior channel; - wherein the meter body is formed by means of a cast, pressed or welded pipe and/or is made by means of a forming process; - and wherein the sensor holder is made at least partially by means of an additive manufacturing technology, particularly production in free space and/or selective laser melting, directly on the lateral surface of the wall of the meter body. - a tubular meter body, particularly metal and/or at least partially hollow cylindrical, wherein said meter body has a wall and an interior channel surrounding said wall, particularly a cylindrical interior channel, wherein said channel is designed to conduct a fluid medium; - as well as a sensor holder which is arranged on an outer lateral surface - situated opposite the interior channel, particularly at least partially curved - of the wall of the meter body, wherein said channel is connected to said wall via a substance-to-substance connection, said sensor holder being particularly metal and/or designed as a connection nozzle, wherein said sensor holder is designed to be connected mechanically, particularly in a detachable manner, to at least one sensor component, particularly a component of a sensor serving to measure at least a measured variable of a medium located in the interior channel; - wherein the meter body is formed by means of a cast, pressed or welded pipe and/or is made by means of a forming process; - and wherein the sensor holder is made at least partially by means of an additive manufacturing technology, particularly production in free space and/or selective laser melting, directly on the lateral surface of the wall of the meter body.
A cooking appliance, comprising: a housing having a cooking space therein, the cooking space being surrounded by a bottom surface, two lateral surfaces (120, 130) and a rear surface, wherein an upper surface of the housing and a front surface of the housing are open; a door comprising a door upper surface part covering the open upper surface of the housing and a door front surface part connected to a front side of the door upper surface part and covering the open front surface of the housing, the door is configured to rotate around a rear side of the door upper surface part and is configured to open and close the open upper surface and the open front surface of the housing; and an exhaust inducing part being disposed on at least any one of the two lateral surfaces (120, 130) of the housing, characterized in that the exhaust inducing part is configured to create a flow of air at a front of the cooking space and to create at least any one of a flow of air to the other lateral surface of the housing from any one lateral surface of the housing, a flow of air out of both the lateral surfaces (120, 130) of the housing, and a flow of air to the rear surface of the housing from the front of the cooking space. a housing having a cooking space therein, the cooking space being surrounded by a bottom surface, two lateral surfaces (120, 130) and a rear surface, wherein an upper surface of the housing and a front surface of the housing are open; a door comprising a door upper surface part covering the open upper surface of the housing and a door front surface part connected to a front side of the door upper surface part and covering the open front surface of the housing, the door is configured to rotate around a rear side of the door upper surface part and is configured to open and close the open upper surface and the open front surface of the housing; and an exhaust inducing part being disposed on at least any one of the two lateral surfaces (120, 130) of the housing, characterized in that the exhaust inducing part is configured to create a flow of air at a front of the cooking space and to create at least any one of a flow of air to the other lateral surface of the housing from any one lateral surface of the housing, a flow of air out of both the lateral surfaces (120, 130) of the housing, and a flow of air to the rear surface of the housing from the front of the cooking space.
A two directional pivoting user support assembly (12, 12A, 202) to support a user during an exercise movement on an exercise machine, comprising: a base (28, 224); a user support connected to the base (28, 224), the user support being rotatable about a first axis (19, 225) during an exercise; and a locking mechanism provided between the base (28, 224) and the user support, wherein a locking device (14, 204) of the locking mechanism having (i) a first, locking position defining a stable support mode in which the user support rotates about the first pivot axis (19, 225) only and is locked against rotation about a second pivot axis (20, 275), and (ii) a second, released position defining an unstable support mode in which the user support is free to rotate about said second pivot axis (20, 275) wherein in the released position the support platform (15, 223) is configured to pivot freely up and down between zero and five degrees on each side about the second pivot axis (20, 275), wherein the second axis (20, 275) extends parallel to the plane of the user support platform in a front to rear direction (15, 275), and said platform tilts or rocks from side to side about said second axis (20, 275). a base (28, 224); a user support connected to the base (28, 224), the user support being rotatable about a first axis (19, 225) during an exercise; and a locking mechanism provided between the base (28, 224) and the user support, wherein a locking device (14, 204) of the locking mechanism having (i) a first, locking position defining a stable support mode in which the user support rotates about the first pivot axis (19, 225) only and is locked against rotation about a second pivot axis (20, 275), and (ii) a second, released position defining an unstable support mode in which the user support is free to rotate about said second pivot axis (20, 275) wherein in the released position the support platform (15, 223) is configured to pivot freely up and down between zero and five degrees on each side about the second pivot axis (20, 275), wherein the second axis (20, 275) extends parallel to the plane of the user support platform in a front to rear direction (15, 275), and said platform tilts or rocks from side to side about said second axis (20, 275). (i) a first, locking position defining a stable support mode in which the user support rotates about the first pivot axis (19, 225) only and is locked against rotation about a second pivot axis (20, 275), and (ii) a second, released position defining an unstable support mode in which the user support is free to rotate about said second pivot axis (20, 275) wherein in the released position the support platform (15, 223) is configured to pivot freely up and down between zero and five degrees on each side about the second pivot axis (20, 275), wherein the second axis (20, 275) extends parallel to the plane of the user support platform in a front to rear direction (15, 275), and said platform tilts or rocks from side to side about said second axis (20, 275).
A computer-implemented method comprising: identifying, by a computer system, a connected fluid phase region (304, 306, 308) of a plurality of connected fluid phase regions in a flow simulation, wherein each of the connected fluid phase regions (304, 306, 308) has a target phase, and wherein the flow simulation is a simulation of multiphase flow in porous media; tracking, by the computer system, the connected fluid phase region over a first timeframe and a second timeframe; and determining, by the computer system, movement of the connected fluid phase region from the first timeframe to the second timeframe based on the tracking, wherein determining the movement of the connected fluid phase region comprises calculating a center of gravity for the connected fluid phase region, determining a velocity for each connected fluid phase region in the plurality of connected fluid phase regions based on the center of gravity, and assigning a permeability to the target phase based on the velocity of each of the connected fluid phase regions in the plurality of connected fluid phase regions. identifying, by a computer system, a connected fluid phase region (304, 306, 308) of a plurality of connected fluid phase regions in a flow simulation, wherein each of the connected fluid phase regions (304, 306, 308) has a target phase, and wherein the flow simulation is a simulation of multiphase flow in porous media; tracking, by the computer system, the connected fluid phase region over a first timeframe and a second timeframe; and determining, by the computer system, movement of the connected fluid phase region from the first timeframe to the second timeframe based on the tracking, wherein determining the movement of the connected fluid phase region comprises calculating a center of gravity for the connected fluid phase region, determining a velocity for each connected fluid phase region in the plurality of connected fluid phase regions based on the center of gravity, and assigning a permeability to the target phase based on the velocity of each of the connected fluid phase regions in the plurality of connected fluid phase regions. calculating a center of gravity for the connected fluid phase region, determining a velocity for each connected fluid phase region in the plurality of connected fluid phase regions based on the center of gravity, and assigning a permeability to the target phase based on the velocity of each of the connected fluid phase regions in the plurality of connected fluid phase regions.
Actuator for a transmission system comprising a housing defining an annular space of axis X in which there are housed an annular piston intended to transmit an actuating force to a coupling device, the piston being disposed coaxially with the axis X and being mounted so as to be axially movable along the axis X between a retracted position and a deployed position, the housing comprising a radially inner skirt, a bottom surface and a radially outer skirt, an annular coil comprising a winding of conductive wire, the coil being encapsulated by a coating, the coating forming an annular radial extension defining an end-of-travel stop for the piston, characterized in that the piston is mounted movably in a receptacle defined between the coil and the inner skirt or the outer skirt of the housing, the radial extension of the coil extending inside this receptacle.
Method of minimizing dynamic structural loads of an aircraft, introduced by an external excitation to the aircraft, comprising: generating a signal (x) indicative of the external excitation; deriving signals (y) of pre-controlling for actuating control elements of the aircraft from said excitation indicating signal (x) in accordance with a pre-controlling rule, so as to reduce the dynamic structural loads introduced to the aircraft; generating an error signal (e, e*) representing performance of said pre-controlling, wherein said error signal (e, e*) is indicative of structural loads of the aircraft structure being introduced to the same by said external excitation; and optimizing the pre-controlling rule by said error signal (e, e*) and/or by the excitation indicating signal (x) so as to minimize the dynamic structural loads as they are indicated by said error signal (e, e*). generating a signal (x) indicative of the external excitation; deriving signals (y) of pre-controlling for actuating control elements of the aircraft from said excitation indicating signal (x) in accordance with a pre-controlling rule, so as to reduce the dynamic structural loads introduced to the aircraft; generating an error signal (e, e*) representing performance of said pre-controlling, wherein said error signal (e, e*) is indicative of structural loads of the aircraft structure being introduced to the same by said external excitation; and optimizing the pre-controlling rule by said error signal (e, e*) and/or by the excitation indicating signal (x) so as to minimize the dynamic structural loads as they are indicated by said error signal (e, e*).
A keyboard instrument, in particular a piano, having a keyboard with a multiplicity of keys, having at least two supporting elements (21, 22) for supporting the keyboard, having a panel-formed keybed made of a wood material, which forms a console and therefore a rest for the keyboard and which is borne by the at least two supporting elements (21, 22), is hereby characterized in that a groove is provided in the keybed, in that the groove in the keybed is provided parallel to an imaginary connecting line between the two supporting elements (21, 22) and perpendicularly to the keys, in that the groove is arranged on the underside of the keybed, and in that a threaded rod is positioned in the groove and, by means of nuts (37, 38) that are arranged in the keybed and surround the threaded rod, prestresses the keybed. having a keyboard with a multiplicity of keys, having at least two supporting elements (21, 22) for supporting the keyboard, having a panel-formed keybed made of a wood material, which forms a console and therefore a rest for the keyboard and which is borne by the at least two supporting elements (21, 22), is hereby characterized in that a groove is provided in the keybed, in that the groove in the keybed is provided parallel to an imaginary connecting line between the two supporting elements (21, 22) and perpendicularly to the keys, in that the groove is arranged on the underside of the keybed, and in that a threaded rod is positioned in the groove and, by means of nuts (37, 38) that are arranged in the keybed and surround the threaded rod, prestresses the keybed.
An information processing device comprising: a display device configured to display information on a screen; a detection device (16, 100) configured to detect a tip position of an indicator body on the display device in a state in which the information processing device is held; and a control device (11, 200, 400) configured to change a display area displayed on the screen of the display device to an operation area which is operable by the indicator body in a state in which the information processing device is held, characterized in that the vertex of the operation area is the tip position of the indicator body; the control device is configured to calculate a scale ratio based on the tip position of the indicator body and a reference point at a corner of the screen; and identify a changed position of an icon in the operation area based on a position of the icon displayed on the screen and the scale ratio, arrange the icon at the changed position, and cause the display device to display the icon. a display device configured to display information on a screen; a detection device (16, 100) configured to detect a tip position of an indicator body on the display device in a state in which the information processing device is held; and a control device (11, 200, 400) configured to change a display area displayed on the screen of the display device to an operation area which is operable by the indicator body in a state in which the information processing device is held, characterized in that the vertex of the operation area is the tip position of the indicator body; the control device is configured to calculate a scale ratio based on the tip position of the indicator body and a reference point at a corner of the screen; and identify a changed position of an icon in the operation area based on a position of the icon displayed on the screen and the scale ratio, arrange the icon at the changed position, and cause the display device to display the icon.
A method for producing a node by welding at least one first stranded wire comprising individual wires to at least one second stranded wire comprising individual wires, the stranded wires being of different materials, in a compression chamber with adjustable height and width of an ultrasonic welding device, the width being adjusted by means of at least one lateral slide and the height by changing the distance between a sonotrode and a counter electrode of the ultrasonic welding device, the at least one first stranded wire being welded with a higher specific energy, under a higher pressure or with a greater ultrasonic vibration amplitude than the at least one second stranded wire, characterized in that such materials are selected for the at least one first and the at least on second stranded wires (144, 148) that with respect to the material of the at least one first stranded wire at least 25% more energy must be input for welding a proper partial node than for proper welding of the at least one second stranded wire, the at least one first stranded wire is inserted in the compression chamber onto the sonotrode deliminating the compression chamber at bottom side and its individual wires are welded to a partial node, wherein the compression chamber is set to a width B in such a manner that the partial node completely covers the bottom of the compression chamber delimited by the sonotrode, that then the compression chamber is opened, that the at least one second stranded wire is inserted on the partial node in the compression chamber, and after closing the compression chamber the at least one second stranded wire is welded to the partial node to yield an aggregate node, wherein the width of the compression chamber when welding the aggregate node is equal to the width B, wherein copper or a copper alloy is used as the material of the at least one first stranded wire and/or aluminum or an aluminum alloy is used as the material of the at least one second stranded wire.
A recombinant A2 protein of amastigote forms of Leishmania for use as a vaccine that allows the serologic distinction between vaccinated and infected animals by the conventional serologic tests, ELISA and immunofluorescence against non-soluble or soluble extracts of the parasites, using antigens of promastigote forms of Leishmania amazonensis, Leishmania donovani, Leishmania infantum and Leishmania chagasi, characterized in that said vaccine is composed of the A2 antigen of Leishmania, produced in Escherichia coli, in the recombinant protein (or antigen) form, wherein a qualitative and quantitative formula contains: Recombinant A2-HIS protein 50 to 200,00 μg/mL Saponin 0,125 to 0,500 mg/mL Thimerosal 0,01 mL. volume adjusted to 1,00 mL with buffered saline solution. Recombinant A2-HIS protein 50 to 200,00 μg/mL Saponin 0,125 to 0,500 mg/mL Thimerosal 0,01 mL. volume adjusted to 1,00 mL with buffered saline solution.
A light intensity modulator comprising: an electrooptic crystal having an electrooptic effect and being K 1-y Li y Ta 1-x Nb x O 3 (0 < x < 1, 0 ≤ y < 1); a polarizer arranged on an incident-side light axis of the electrooptic crystal; and an analyzer arranged on an output-side light axis of the electrooptic crystal; characterized by an electrode pair of a positive electrode and a negative electrode, which are formed of a material that serves as a Schottky contact relative to a carrier that contributes to electrical conduction by the electrooptic crystal, wherein, when electrons are carriers that contribute to electrical conduction of the electrooptic crystal, a work function of a material used for the electrode pair is equal to or greater than 5.0 eV, and which generate an electric field inside the electrooptic crystal. an electrooptic crystal having an electrooptic effect and being K 1-y Li y Ta 1-x Nb x O 3 (0 < x < 1, 0 ≤ y < 1); a polarizer arranged on an incident-side light axis of the electrooptic crystal; and an analyzer arranged on an output-side light axis of the electrooptic crystal; characterized by an electrode pair of a positive electrode and a negative electrode, which are formed of a material that serves as a Schottky contact relative to a carrier that contributes to electrical conduction by the electrooptic crystal, wherein, when electrons are carriers that contribute to electrical conduction of the electrooptic crystal, a work function of a material used for the electrode pair is equal to or greater than 5.0 eV, and which generate an electric field inside the electrooptic crystal.
A computer implemented method of determining a display orientation of a mobile device, the mobile device configured to change the display orientation, the method comprising: detecting a first input corresponding to a change in orientation of the mobile device that satisfies one or more first criteria; determining an absence of a first change in the display orientation in response to the first input; and after determining the absence, enabling a second input to cause the first change when detected within a predetermined period of time after detecting the first input, the second input satisfying one or more second criteria different from the one or more first criteria. detecting a first input corresponding to a change in orientation of the mobile device that satisfies one or more first criteria; determining an absence of a first change in the display orientation in response to the first input; and after determining the absence, enabling a second input to cause the first change when detected within a predetermined period of time after detecting the first input, the second input satisfying one or more second criteria different from the one or more first criteria.