mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising N-acetyl-L-cysteine as such or together with (ii) selenium in the form of selenomethionine and/or (iii) melatonin and/or physiologically acceptable salts thereof for therapeutic use in IVF treatment of a mammal, characterized in that, a dose of 50-150 mg/kg body weight ofNAC once a day for 1-3 days is administered intravenously or at a dose of 30-45 mg/kg body weight of NAC once a day orally or alternatively 600 mg of NAC is administered three times a day orally on three consecutive days a week followed by four days without medication for a total duration of three months or more prior to IVF treatment.
An optical fiber, comprising: a core; a depressed layer surrounding the core; and a cladding surrounding the depressed layer, wherein: a refractive index profile (n(r)) of the core comprises an a power distribution in which an index a is 3.5 or more and 6 or less, a relative refractive index difference Δ - of the depressed layer with respect to the cladding is set such that an absolute value |Δ - | thereof is 0.01% or more and 0.045% or less, a cable cutoff wavelength λ cc of 22 m is 1260 nm or less, a mode field diameter MFD at a wavelength of 1310 nm is 8.6 μm or more and 9.5 μm or less,and a zero dispersion wavelength ZDW is 1305 nm or more; characterized in that a radius r1 of the core and an outer circumference radius r2 of the depressed layer are set such that a ratio rl/r2 thereof is 0.3 or more and 0.6 or less. a core; a depressed layer surrounding the core; and a cladding surrounding the depressed layer, wherein: a refractive index profile (n(r)) of the core comprises an a power distribution in which an index a is 3.5 or more and 6 or less, a relative refractive index difference Δ - of the depressed layer with respect to the cladding is set such that an absolute value |Δ - | thereof is 0.01% or more and 0.045% or less, a cable cutoff wavelength λ cc of 22 m is 1260 nm or less, a mode field diameter MFD at a wavelength of 1310 nm is 8.6 μm or more and 9.5 μm or less,and a zero dispersion wavelength ZDW is 1305 nm or more; a refractive index profile (n(r)) of the core comprises an a power distribution in which an index a is 3.5 or more and 6 or less, a relative refractive index difference Δ - of the depressed layer with respect to the cladding is set such that an absolute value |Δ - | thereof is 0.01% or more and 0.045% or less, a cable cutoff wavelength λ cc of 22 m is 1260 nm or less, a mode field diameter MFD at a wavelength of 1310 nm is 8.6 μm or more and 9.5 μm or less,and a zero dispersion wavelength ZDW is 1305 nm or more;
Aircraft seat device having a backrest (12a; 12b; 12c; 12d), having a table device (16a; 16b; 16c; 16d) which has a table unit (18a; 18b; 18c; 18d) which is pivotably arranged on the backrest (12a; 12b; 12c; 12d), wherein the table unit (18a; 18b; 18c; 18d) can be folded in a stowed position (32a; 32c; 32d) onto a folding-on region (46a; 46b; 46c; 46d) of the backrest (12a; 12b; 12c; 12d), and having a stowage device (58a; 58b; 58c; 58d) which is configured for receiving small utensils and comprises a storage element (60a; 60b; 60c; 60d) which forms a receiving region (68a; 68b; 68c; 68d), wherein the receiving region (68a; 68b; 68c; 68d) of the stowage device (58a; 58b; 58c; 58d) is arranged in a region directly below the folding-on region (46a; 46b; 46c; 46d) of the backrest (12a; 12b; 12c; 12d) for the table unit (18a; 18b; 18c; 18d) in its stowed position (32a; 32b; 32c; 32d) and in a lower region (70a; 70b; 70c; 70d) of the table unit (18a; 18b; 18c; 18d), wherein an upper region (56a; 56b; 56c; 56d) of the folding-on region (46a; 46b; 46c; 46d) is free of the stowage device (58a; 58b; 58c; 58d), wherein the receiving region (68a; 68b; 68c; 68d) has a filling opening (72a; 72b; 72c; 72d) which is free in an operating state in which the table unit (18a; 18b; 18c; 18d) is arranged in the stowed position (32a; 32b; 32c; 32d), as a result of which the stowage device (58a; 58b; 58c; 58d) can be filled, characterized in that the table unit (18a; 18b; 18c; 18d) has, on its attachment side on which the table unit (18a; 18b; 18c; 18d) is supported, a recess (76a; 76b; 76c; 76d) into which the stowage device (58a; 58b; 58c; 58d) extends.
A computer-implemented method for implementing a web services device profile specification, the method comprising: executing, on a device (102, 202, 302), a plurality of concurrently executing threads which collectively implement functionality that is specified by the web services device profile specification; wherein the device (102, 202, 302) comprises at least two of: (a) an image-scanning web services application, (b) a printing web services application, and (c) a fax web services application. executing, on a device (102, 202, 302), a plurality of concurrently executing threads which collectively implement functionality that is specified by the web services device profile specification; wherein the device (102, 202, 302) comprises at least two of: (a) an image-scanning web services application, (b) a printing web services application, and (c) a fax web services application.
A modular fitting comprising a connection device made of a thermoplastic material including a tubular portion provided with: - a first end intended to be connected to a conduit to allow the passage of a fluid between the conduit and the tubular portion, - a second end including a linking member intended to be connected to a socket of a fitting tubular body, the second end being arranged to allow the passage of a fluid between the tubular portion and the fitting tubular body, the linking member having a linking tubular revolution surface, the connection device is comprised within a range of devices wherein each first connection device end has a shape among a plurality of shapes, the plurality of shapes comprising a serrated socket, a plug-in shank or a snap-on shank, each linking member of the device having an identical dimension, the modular fitting further comprises the tubular body made of a thermoplastic material comprising a central core provided with at least one socket intended to be connected to the linking member of the connection device, the socket comprising a collar and the collar having a linking tubular revolution surface, the tubular body is comprised within a range of tubular bodies in which each tubular body central core is a rectilinear tubular portion, a bent tubular portion or in which the central core comprises several tubular portions arranged around a central point and connected so as to allow the passage of a fluid from one portion to another, the revolution surface of the connection device and the revolution surface of the tubular body being complementary in shape. - a first end intended to be connected to a conduit to allow the passage of a fluid between the conduit and the tubular portion, - a second end including a linking member intended to be connected to a socket of a fitting tubular body, the second end being arranged to allow the passage of a fluid between the tubular portion and the fitting tubular body, the linking member having a linking tubular revolution surface,
A multi-X-ray generator comprising: a chamber (5, 11) within which pressure is decreased; a plurality of electron emission elements (15, 16) arranged inside the chamber; a transmission-type target facing the electron emission elements; a backside X-ray shielding member arranged on a side of the target facing the electron emission elements; and a front side X-ray shielding member arranged on another side of the target, which is opposite of the side facing the electron emission elements, wherein the target comprises a plurality of X-ray generating areas each of which corresponds to a respective one of the plurality of electron emission elements and each of which generates an X-ray beam (x) in response to irradiation of an electron beam (e) emitted from the respective electron emission element, the backside X-ray shielding member comprises a plurality of electron beam incident holes each of which is provided for a respective one of the plurality of X-ray generating areas, through which the electron beams pass; the front side X-ray shielding member comprises a plurality of openings each of which is provided for a respective one of the plurality of X-ray generating areas, through which the X-ray beams (x) are outputted, and characterized in that the backside X-ray shielding member is an X-ray shielding plate and the front side X-ray shielding member is an X-ray shielding plate. a chamber (5, 11) within which pressure is decreased; a plurality of electron emission elements (15, 16) arranged inside the chamber; a transmission-type target facing the electron emission elements; a backside X-ray shielding member arranged on a side of the target facing the electron emission elements; and a front side X-ray shielding member arranged on another side of the target, which is opposite of the side facing the electron emission elements, wherein the target comprises a plurality of X-ray generating areas each of which corresponds to a respective one of the plurality of electron emission elements and each of which generates an X-ray beam (x) in response to irradiation of an electron beam (e) emitted from the respective electron emission element, the backside X-ray shielding member comprises a plurality of electron beam incident holes each of which is provided for a respective one of the plurality of X-ray generating areas, through which the electron beams pass; the front side X-ray shielding member comprises a plurality of openings each of which is provided for a respective one of the plurality of X-ray generating areas, through which the X-ray beams (x) are outputted, and characterized in that the backside X-ray shielding member is an X-ray shielding plate and the front side X-ray shielding member is an X-ray shielding plate.
An exercise device for a user, comprising: a chest vest (7, 40) comprising: a first sleeve positionable around a shoulder and an adjacent armpit of the user; a second sleeve positionable around another shoulder and another armpit of the user; and a back support (19, 41) connecting a posterior part of the first sleeve and a posterior part of the second sleeve behind the back of the user; and a first stretchable strap (1, 2) comprising: a first portion attached to the vest (7, 40) wherein the first portion of the first strap (1, 2) is attached to a front portion of the first sleeve; and a first handle positioned on the first strap (1, 2) distantly from the first portion of the first strap (1, 2) wherein the first strap (1, 2) further comprises a second portion attached to the vest (7, 40), wherein the second portion of the first strap (1, 2) is attached to the front portion of the first sleeve; wherein the first handle is positioned on the first strap (1, 2) between the first portion of the first strap (1, 2) and the second portion of the first strap (1, 2), and wherein the vest is posture-correcting. a chest vest (7, 40) comprising: a first sleeve positionable around a shoulder and an adjacent armpit of the user; a second sleeve positionable around another shoulder and another armpit of the user; and a back support (19, 41) connecting a posterior part of the first sleeve and a posterior part of the second sleeve behind the back of the user; and a first sleeve positionable around a shoulder and an adjacent armpit of the user; a second sleeve positionable around another shoulder and another armpit of the user; and a back support (19, 41) connecting a posterior part of the first sleeve and a posterior part of the second sleeve behind the back of the user; and a first stretchable strap (1, 2) comprising: a first portion attached to the vest (7, 40) wherein the first portion of the first strap (1, 2) is attached to a front portion of the first sleeve; and a first handle positioned on the first strap (1, 2) distantly from the first portion of the first strap (1, 2) a first portion attached to the vest (7, 40) wherein the first portion of the first strap (1, 2) is attached to a front portion of the first sleeve; and a first handle positioned on the first strap (1, 2) distantly from the first portion of the first strap (1, 2) wherein the first strap (1, 2) further comprises a second portion attached to the vest (7, 40), wherein the second portion of the first strap (1, 2) is attached to the front portion of the first sleeve; wherein the first handle is positioned on the first strap (1, 2) between the first portion of the first strap (1, 2) and the second portion of the first strap (1, 2), and wherein the vest is posture-correcting.
A device (106, 206, 1306) comprising: a receiver (160, 260,1360) configured to receive an upmix parameter, a first inter-channel prediction gain parameter, a second inter-channel prediction gain parameter, and an encoded audio signal, wherein the encoded audio signal comprises an encoded mid signal; and a decoder (118, 218, 418, 1318, 1418, 1518, 1618) configured to: generate a synthesized mid signal based on the encoded mid signal; process the synthesized mid signal to generate a low-band synthesized mid signal; process the synthesized mid signal to generate a high-band synthesized mid signal; generate a low band synthesized side signal based on the low band synthesized mid signal and the first inter-channel prediction gain parameter; generate a high band synthesized side signal based on the high-band synthesized mid signal, and the second inter-channel prediction gain parameter; generate a synthesized side signal by combining the low band synthesized side signal and the high band synthesized side signal; and generate output signals based on the synthesized mid signal, the synthesized side signal, and the upmix parameter. a receiver (160, 260,1360) configured to receive an upmix parameter, a first inter-channel prediction gain parameter, a second inter-channel prediction gain parameter, and an encoded audio signal, wherein the encoded audio signal comprises an encoded mid signal; and a decoder (118, 218, 418, 1318, 1418, 1518, 1618) configured to: generate a synthesized mid signal based on the encoded mid signal; process the synthesized mid signal to generate a low-band synthesized mid signal; process the synthesized mid signal to generate a high-band synthesized mid signal; generate a low band synthesized side signal based on the low band synthesized mid signal and the first inter-channel prediction gain parameter; generate a high band synthesized side signal based on the high-band synthesized mid signal, and the second inter-channel prediction gain parameter; generate a synthesized side signal by combining the low band synthesized side signal and the high band synthesized side signal; and generate output signals based on the synthesized mid signal, the synthesized side signal, and the upmix parameter. generate a synthesized mid signal based on the encoded mid signal; process the synthesized mid signal to generate a low-band synthesized mid signal; process the synthesized mid signal to generate a high-band synthesized mid signal; generate a low band synthesized side signal based on the low band synthesized mid signal and the first inter-channel prediction gain parameter; generate a high band synthesized side signal based on the high-band synthesized mid signal, and the second inter-channel prediction gain parameter; generate a synthesized side signal by combining the low band synthesized side signal and the high band synthesized side signal; and generate output signals based on the synthesized mid signal, the synthesized side signal, and the upmix parameter.
A securing and supporting device for securing and supporting an auxiliary drive on at least one element of a supporting frame of a trailer, in particular a caravan, a boat trailer, a sales vehicle, a transport tailer or a car transport trailer, wherein the securing and supporting device includes at least one first supporting element for a shock absorber of the trailer, arranged at an axle tube housing, wherein the axle tube housing is supported on and/or secured to a longitudinal beam of the supporting frame by means of a first fastening device and the first supporting element is connected to a second supporting element, wherein the second supporting element is formed for receiving and supporting a carrying arm of the auxiliary drive.
Safety system for an elevator system, wherein the safety system comprises at least one sensor-test system that is designed to stimulate a measurement module of at least one sensor of the sensor system, and the sensor-test system especially comprises at least one testing-component that is designed to stimulate the at least one sensor of the sensor system, wherein the sensor is stimulated by directly stimulating the sensors' measurement module, characterized in that the at least one sensor of the sensor-test system is designed such that the testing-component is integrated in this sensor.
A tensioner for the controlled clamping and moving of an elongated body, in particular for an installation for laying pipelines, umbilicals or cables, which tensioner comprises a frame carrying at least two guiding boxes that are arranged about an axis of symmetry, for clamping a segment of said elongated body, which guiding boxes are mounted mobile on said frame through operating means arranged so as to ensure their translational control, on the one hand, parallel to each other, and on the other hand, according to a direction oriented perpendicular to said axis of symmetry, characterized in that said operating means associated with each of said boxes comprise: (i) at least one linear actuator including an operating cylinder extended by spring means, which operating cylinder and which spring means each have a longitudinal extension axis (6', 7'), said extension axes (6', 7') being oriented coaxially, or at least approximately coaxially, relative to each other, so as to form together the extension axis of said linear actuator, and (ii) programmable means for controlling said operating cylinder in extension. (i) at least one linear actuator including an operating cylinder extended by spring means, which operating cylinder and which spring means each have a longitudinal extension axis (6', 7'), said extension axes (6', 7') being oriented coaxially, or at least approximately coaxially, relative to each other, so as to form together the extension axis of said linear actuator, and (ii) programmable means for controlling said operating cylinder in extension.
A device, comprising: a traffic component operable to receive data corresponding to a plurality of traffic events; a computing device coupled with the traffic component, the computing device operable to acquire a current geographic location of the device; and a display coupled with the computing device, characterized in that the computing device is operable to identify at least two traffic events related by a common cause, and form a traffic event group representing at least two of the related traffic events, and the display is operable to present an indication of the traffic event group. a traffic component operable to receive data corresponding to a plurality of traffic events; a computing device coupled with the traffic component, the computing device operable to acquire a current geographic location of the device; and a display coupled with the computing device, characterized in that the computing device is operable to identify at least two traffic events related by a common cause, and form a traffic event group representing at least two of the related traffic events, and the display is operable to present an indication of the traffic event group.
Auxiliary device for a hazard alarm constructed as a point type detector, wherein the device is a separate unit that can be attached to the hazard alarm and is provided to monitor the operation of the hazard alarm, wherein the device has a plurality of transmitting and receiving units (S, E, SE) distributed in the circumferential direction around the hazard alarm, wherein the transmitting and receiving units (S, E, SE) are arranged in a lateral outer region of the hazard alarm located at a distance from the hazard alarm for the detection of objects in the vicinity of the hazard alarm, and wherein the device has an evaluation unit connected thereto, wherein the evaluation unit is adapted - to control the respective transmitting units to output a signal in the vicinity of the hazard alarm, - to evaluate in terms of time a respective signal originating from the receiving units and reflected at objects in the vicinity of the hazard alarm, and - to output a first signal if a detected object is located within a predefined distance around the hazard alarm and if the reflected signal exceeds a predefined minimum level. - to control the respective transmitting units to output a signal in the vicinity of the hazard alarm, - to evaluate in terms of time a respective signal originating from the receiving units and reflected at objects in the vicinity of the hazard alarm, and - to output a first signal if a detected object is located within a predefined distance around the hazard alarm and if the reflected signal exceeds a predefined minimum level.
Method for predicting at least one traffic congestion parameter, comprising - determining a traffic density with a recording unit of a cooperative vehicle (11, 12, 15. 18); - recording a current position (x) of the cooperative vehicle (11, 12, 15, 18), which is present at the recording of the traffic density; - relaying the traffic density and the current position (x) to an evaluation unit; - evaluating the traffic density with the evaluation unit; - making available the at least one traffic congestion parameter with the evaluation unit, wherein historical data are taken into account in the evaluation of the traffic density, wherein a current time progression is compared with appropriate historical time progressions, characterised in that in the case of a uniform deviation between the current data and the historical data a time progression of a current situation is extrapolated by adding a constant value to the historical data. - determining a traffic density with a recording unit of a cooperative vehicle (11, 12, 15. 18); - recording a current position (x) of the cooperative vehicle (11, 12, 15, 18), which is present at the recording of the traffic density; - relaying the traffic density and the current position (x) to an evaluation unit; - evaluating the traffic density with the evaluation unit; - making available the at least one traffic congestion parameter with the evaluation unit,
A slab for making a wholly or partly raised structure comprising a frame comprising a metal end wall and a stretched cloth attached to the frame, characterized in that said cloth is raised using elements protruding from the end wall toward the cloth and magnets for fitting the cloth to the end wall.
Use of a gas reservoir and a critical nozzle for determining physical properties and/or combustion-relevant quantities of a gas or gas mixture, wherein: - the gas or gas mixture flows under pressure from the gas reservoir through the critical nozzle; - the pressure drop in the gas reservoir is measured as a function of time; - a gas property factor (Γ*) dependent on physical properties of the gas or gas mixture is determined from the measured values of the pressure drop, which is derived from a time constant of the pressure drop, wherein an exponential drop of the measured pressure is assumed; and - a desired physical property or combustion-relevant quantity is determined from the gas property factor (Γ*) by means of correlation. - the gas or gas mixture flows under pressure from the gas reservoir through the critical nozzle; - the pressure drop in the gas reservoir is measured as a function of time; - a gas property factor (Γ*) dependent on physical properties of the gas or gas mixture is determined from the measured values of the pressure drop, which is derived from a time constant of the pressure drop, wherein an exponential drop of the measured pressure is assumed; and - a desired physical property or combustion-relevant quantity is determined from the gas property factor (Γ*) by means of correlation.