mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring the radiation pattern of a test antenna, in which - a plurality of measuring probes (MS1,.., MS4) are arranged relative to the test antenna; - the test antenna is arranged at a predefined height (h t) above a reference plane, in particular the ground, and the plurality of measuring probes (MS1,.., MS4) are each arranged at a predefined height (h r1,.., h r4) above the reference plane; - the transmission behaviour to the test antenna is measured between all measuring probes (MS1,.., MS4) and the test antenna; and - the scattering behaviour of the reference plane prevailing at the respective measuring time is determined and is taken into account when measuring the radiation pattern of the test antenna; characterized in that - the plurality of measuring probes (MS1,.., MS4) are arranged symmetrically with respect to a plane of symmetry which is arranged parallel to the reference plane and in which the test antenna lies; and - the signal amplitude of the signal components scattered at the reference plane is suppressed, the signal amplitudes being determined from the measured values from the plurality of measuring probes by means of a parametric model. - a plurality of measuring probes (MS1,.., MS4) are arranged relative to the test antenna; - the test antenna is arranged at a predefined height (h t) above a reference plane, in particular the ground, and the plurality of measuring probes (MS1,.., MS4) are each arranged at a predefined height (h r1,.., h r4) above the reference plane; - the transmission behaviour to the test antenna is measured between all measuring probes (MS1,.., MS4) and the test antenna; and - the scattering behaviour of the reference plane prevailing at the respective measuring time is determined and is taken into account when measuring the radiation pattern of the test antenna; - the plurality of measuring probes (MS1,.., MS4) are arranged symmetrically with respect to a plane of symmetry which is arranged parallel to the reference plane and in which the test antenna lies; and - the signal amplitude of the signal components scattered at the reference plane is suppressed, the signal amplitudes being determined from the measured values from the plurality of measuring probes by means of a parametric model.
Method for extracting non-volatile natural compounds contained in a first solid material of natural origin, in particular a plant, in a dispersible form, with the help of a natural fatty substance or a mixture of natural fatty substances, in particular a vegetable oil or a mixture of vegetable oils, characterised in that it comprises: - at least one step a) of mixing and impregnating the first solid material in a dispersible form with the natural fatty substance at a temperature which is greater than the melting point of the fatty substance and under an atmosphere which is depleted or essentially depleted in oxygen, - at least one step b) of heating to a temperature between 80 and 200°C for a duration which is less than or equal to 10 minutes by means of microwaves and under an atmosphere which is depleted or essentially depleted in oxygen, - at least one step c) of microdispersing the solid material, and possibly of rupturing the cells of the first material, into the natural fatty substance at a temperature which is greater than the melting point of the fatty substance and under an atmosphere which is depleted or essentially depleted in oxygen, by an ultrasonic cavitation treatment, step c) being able to be implemented before, during or after step b). - at least one step a) of mixing and impregnating the first solid material in a dispersible form with the natural fatty substance at a temperature which is greater than the melting point of the fatty substance and under an atmosphere which is depleted or essentially depleted in oxygen, - at least one step b) of heating to a temperature between 80 and 200°C for a duration which is less than or equal to 10 minutes by means of microwaves and under an atmosphere which is depleted or essentially depleted in oxygen, - at least one step c) of microdispersing the solid material, and possibly of rupturing the cells of the first material, into the natural fatty substance at a temperature which is greater than the melting point of the fatty substance and under an atmosphere which is depleted or essentially depleted in oxygen, by an ultrasonic cavitation treatment,
A pharmaceutical composition comprising a therapeutically effective amount of a self-assembling peptide containing RADARADARADARADA (SEQ ID NO: 1), for use in a method of treating or preventing a refractory ulcer in the intestinal tract, wherein the ulcer in the intestinal tract is caused by ulcerative colitis, Crohn' s disease or Behcet's disease.
Device for cooling semi-finished products in the field of thermo-forming and/or thermo-adhesive bonding of said semi-finished products, comprising: a rigid casing with at least one inlet and at least one outlet, wherein the inlet is configured to allow the inlet of a gas at a first pressure, wherein the outlet is configured to allow the outlet of the gas at a second pressure lower than the first pressure; an auxiliary casing impermeable to said gas and placed inside the rigid casing; wherein a first volume is delimited between the rigid casing and the auxiliary casing; wherein a second volume is delimited inside the auxiliary casing; wherein the inlet and the outlet are in fluid communication with the first volume; wherein the auxiliary casing is configured to contain a semi-finished product comprising at least one thermo-plastic or thermo-adhesive element in an at least partially molten state; control devices operationally coupled to the input and to the output and configured to perform the following procedure: introducing the gas at the first pressure through the inlet and discharging the gas at the second pressure through the outlet in order to generate an expansion and cooling of the gas contained within the first volume, to cool the auxiliary casing and the semi-finished product and to determine the cross-linking of the thermo-plastic or thermo-adhesive element. a rigid casing with at least one inlet and at least one outlet, wherein the inlet is configured to allow the inlet of a gas at a first pressure, wherein the outlet is configured to allow the outlet of the gas at a second pressure lower than the first pressure; an auxiliary casing impermeable to said gas and placed inside the rigid casing; wherein a first volume is delimited between the rigid casing and the auxiliary casing; wherein a second volume is delimited inside the auxiliary casing; wherein the inlet and the outlet are in fluid communication with the first volume; wherein the auxiliary casing is configured to contain a semi-finished product comprising at least one thermo-plastic or thermo-adhesive element in an at least partially molten state; control devices operationally coupled to the input and to the output and configured to perform the following procedure: introducing the gas at the first pressure through the inlet and discharging the gas at the second pressure through the outlet in order to generate an expansion and cooling of the gas contained within the first volume, to cool the auxiliary casing and the semi-finished product and to determine the cross-linking of the thermo-plastic or thermo-adhesive element.
Method for monitoring a passive pressure-limiting valve by means of which fuel from the rail of a common rail system is diverted into the fuel tank, in which, when a defective rail pressure sensor is detected, there is a changeover from the rail pressure regulating mode into an emergency mode, wherein in the emergency mode the rail pressure is successively increased until the pressure-limiting valve is triggered, in which in the emergency mode the pressure-limiting valve is set as opened if in addition the starting phase of the internal combustion engine is detected as ended, and in which the opening duration of the pressure-limiting valve is additionally monitored.
Device for storage and transport of a body fluid sample with a supporting element forming a base body, attached on which is at least one sorption element, which has a defined filling volume and is suitable to absorb body fluid, and an overflow reservoir adjacent to the sorption element, which absorbs body fluid from the sorption element as soon as the filling volume of the sorption element is filled, are attached, characterized in that at least one predetermined breaking point is provided, which is designed in such a way that the sorption element is manually separable from the support element and/or from the overflow reservoir without an auxiliary tool, wherein the overflow reservoir and the sorption element include a filter paper; wherein the supporting element consists of an elastomer; wherein the sorption element has at least three surface areas exposed to a surrounding area and arranged in different planes; and wherein the overflow reservoir is designed in such a way that it absorbs body fluid from the sorption element as soon as the filling volume of the sorption element is completely filled with body fluid.
Vehicle pneumatic tire for utility vehicles, having a tread which is composed of a radially outer, profiled region and a trimming margin which adjoins this profiled region radially on the inside and the profiled region has a certain gross volume (V pB), - wherein the profiled region has a radial thickness (a) and at least two circumferential grooves, running in the circumferential direction, of a certain radial depth, which circumferential grooves divide the profiled region into circumferential ribs, wherein a first envelope which runs in the tread, parallel to the tread periphery, and which is in contact with the deepest circumferential groove or grooves radially from the inside, defines the profiled region together with the tread periphery and the shoulder-side edge sections, and wherein all the grooves define a certain groove volume (V R) in the profiled region, - wherein the trimming margin has a radial thickness (b), and wherein a second envelope, which runs in the tread, parallel to the tread periphery, and is in contact with the most deeply trimmable circumferential groove or grooves radially from the inside, defines the trimming margin together with the first envelope and the shoulder-side edge sections, and - wherein a rubber rest cushion is arranged between the trimming margin and the belt package placed radially on the inside, - wherein the trimming margin has a radial thickness (b) of more than or equal to 5 mm and - wherein the profiled region has a radial thickness (a) of 6 - 25 mm, characterized in that the groove volume (V R) is less than or equal to 16% of the gross volume of the profiled region (V pB). - wherein the profiled region has a radial thickness (a) and at least two circumferential grooves, running in the circumferential direction, of a certain radial depth, which circumferential grooves divide the profiled region into circumferential ribs, wherein a first envelope which runs in the tread, parallel to the tread periphery, and which is in contact with the deepest circumferential groove or grooves radially from the inside, defines the profiled region together with the tread periphery and the shoulder-side edge sections, and wherein all the grooves define a certain groove volume (V R) in the profiled region, - wherein the trimming margin has a radial thickness (b), and wherein a second envelope, which runs in the tread, parallel to the tread periphery, and is in contact with the most deeply trimmable circumferential groove or grooves radially from the inside, defines the trimming margin together with the first envelope and the shoulder-side edge sections, and - wherein a rubber rest cushion is arranged between the trimming margin and the belt package placed radially on the inside, - wherein the trimming margin has a radial thickness (b) of more than or equal to 5 mm and - wherein the profiled region has a radial thickness (a) of 6 - 25 mm,
A method comprising: forming a first epitaxial layer over a substrate (102; 202); etching the first epitaxial layer to form multiple separated first epitaxial regions (106a; 204a, 204b); depositing a first dielectric material (206a, 206b, 206c) around the first epitaxial regions (106a; 204a, 204b) and planarizing the first dielectric material (206a, 206b, 206c) and the first epitaxial regions (106a; 204a, 204b); selectively forming second epitaxial regions (106b; 208a, 208b) substantially only on the first epitaxial regions (106a; 204a, 204b) to provide a second epitaxial layer over the etched first epitaxial layer; depositing a second dielectric material (210a, 210b, 210c) around the second epitaxial regions (106b; 208a, 208b) and planarizing the second dielectric material and the second epitaxial regions, each of the epitaxial layers comprising at least one Group III-nitride, the epitaxial layers collectively forming a buffer; and forming a device layer; in which at least part of a semiconductor device is formable, wherein the device layer is formed as an individual layer over the buffer. forming a first epitaxial layer over a substrate (102; 202); etching the first epitaxial layer to form multiple separated first epitaxial regions (106a; 204a, 204b); depositing a first dielectric material (206a, 206b, 206c) around the first epitaxial regions (106a; 204a, 204b) and planarizing the first dielectric material (206a, 206b, 206c) and the first epitaxial regions (106a; 204a, 204b); selectively forming second epitaxial regions (106b; 208a, 208b) substantially only on the first epitaxial regions (106a; 204a, 204b) to provide a second epitaxial layer over the etched first epitaxial layer; depositing a second dielectric material (210a, 210b, 210c) around the second epitaxial regions (106b; 208a, 208b) and planarizing the second dielectric material and the second epitaxial regions, each of the epitaxial layers comprising at least one Group III-nitride, the epitaxial layers collectively forming a buffer; and forming a device layer; in which at least part of a semiconductor device is formable,
Sending device (100;201) for standardized binary coded radio messages within the scope of a distributed messaging system of AIS (Automatic Identification System) type according to a particular messaging standard for such a distributed messaging system, in which system messages are sent directly between geographically proximate connected devices (100,200,300), as opposed to via a common central unit, which sending device comprises means for assembling and periodically broadcasting such messages of at least one predetermined type, which messages are readable by a receiving device (201;100) for such messages, which sending device and receiving device both are comprised in a respective connected device of the above specified type, wherein a message of said predetermined type is intended, according to the said standard, to carry a certain predetermined type of information, wherein the sending device further comprises a sensing means (131;231) arranged to detect that a message of the predetermined type is to be sent, wherein the message type comprises fields for that information as well as at least one buffer field which according to the said standard is not intended to carry any information, a message assembly means (132;232) arranged to assemble, digitally store and calculate a checksum for a message of said predetermined type, and a sending means (132;234) arranged to, upon the said detection by the sensing means, transmit the message in the form of a radio signal (120;220), wherein the sending device further comprises a data receiving means (137;237) arranged to receive data representing the value of a first status variable of a first type, where the first status variable is not related to a predetermined type of information which a first message is intended to carry according to said standard, in that the data receiving means (137;237) is further arranged to receive data representing the value of a second status variable of a second type, where the second status variable is not related to a predetermined type of information which a second message is intended to carry according to said standard, in that the sending device is arranged to insert the value of the first status variable in digital form in the first digital message stored in a buffer field of said first message before the checksum of the first message is calculated, in that the sending device is arranged to insert the value of the second status variable in digital form in the second digital message stored in a buffer field of said second message before the checksum of the second message is calculated, in that the first and second messages are different types of messages according to said standard.
Dispensing device for dispensing a formulation as a spray, wherein the dispensing device is adapted to receive or comprises a storage device with at least one or multiple, preferably separate and pre-metered doses of the formulation, wherein the dispensing device comprises a means for pressurizing gas, in particular air, or an air inlet for generating or allowing a gas stream flowing through the storage device for dispensing a dose of the formulation, characterized in that the dispensing device comprises a resonance system and/or a valve for generating pressure pulses in the gas stream during dispensing one dose.
An implant having a compressible rotationally symmetrical mesh structure with at least two wire elements (11, 12) coiled in a spiral around a common axis of rotation R, each wire element forming a first and second point of intersection S', S" together with a common plane L arranged perpendicularly to the axis of rotation, wherein a first straight line R' passes through the first point of intersection S' and a second straight line R" passes through the second point of intersection S", each line being parallel to the axis of rotation R and forming an acute angle (α', α") to each of the two wire elements (11, 12), characterized in that the two angles (α', α") are different, and the two wire elements (11, 12) have different elastic properties.
A system for fabricating a composite structure, the system comprising: a ply carrier comprising a ply support surface configured to support at least one composite ply; a carrier transfer device configured to convey the ply carrier; a lamination system configured to selectively apply the at least one composite ply to the ply support surface of the ply carrier; a transfer system configured to remove the ply carrier from the carrier transfer device and to apply the at least one composite ply to at least a portion of a forming surface of a forming tool; a forming system configured to form the at least one composite ply over the at least a portion of the forming surface of the forming tool, wherein the ply carrier further comprises: a base plate; and a film positioned on the base plate, wherein the film forms the ply support surface, and further wherein the base plate comprises a plurality of vacuum apertures, and the carrier transfer device comprises a vacuum table in fluid communication with the plurality of vacuum apertures and configured to apply a retention vacuum to the plurality of vacuum apertures to retain the film on the base plate. a ply carrier comprising a ply support surface configured to support at least one composite ply; a carrier transfer device configured to convey the ply carrier; a lamination system configured to selectively apply the at least one composite ply to the ply support surface of the ply carrier; a transfer system configured to remove the ply carrier from the carrier transfer device and to apply the at least one composite ply to at least a portion of a forming surface of a forming tool; a forming system configured to form the at least one composite ply over the at least a portion of the forming surface of the forming tool, a base plate; and a film positioned on the base plate, wherein the film forms the ply support surface, and further wherein the base plate comprises a plurality of vacuum apertures, and the carrier transfer device comprises a vacuum table in fluid communication with the plurality of vacuum apertures and configured to apply a retention vacuum to the plurality of vacuum apertures to retain the film on the base plate.
An apparatus comprising; an interface configured to transfer data streams between two devices (300, 360), wherein the interface is compatible with HDMITM (High Definition Multimedia Interface) or MHLTM (Mobile High-definition Link); a processing element configured to receive two or more data streams for transmission; a transmitter coupled with the interface to transmit the received two or more data streams via the interface; and an encryption module, wherein the decryption module is a HDCP (High-bandwidth Digital Content Protection) compatible element; wherein, upon receiving a plurality of video data streams for transmission including a first video data stream and a second video data stream, the processing element is configured to: assigning a first preamble to identify the first video data stream and assigning a second preamble to identify the second video data stream, wherein the first preamble is different from the second preamble, and wherein at least one of the first or the second preamble is not defined in the HDMI or MHL standard; insert the first preamble to precede the first video data stream and the second preamble to precede the second video data stream, and merge the first data stream and second data stream together for transmission via a single communication channel via the interface, the first video data stream and second video data stream being merged together, wherein the merging of the first video data stream and the second video data stream includes inserting the second video data stream into unused bandwidth of the first video data stream, wherein the encryption module is to encrypt the first video data stream, and wherein the encryption module does not encrypt the first preamble of the first video data stream nor the second preamble of the second video data stream, wherein the encryption module does not encrypt the second video data stream. assigning a first preamble to identify the first video data stream and assigning a second preamble to identify the second video data stream, wherein the first preamble is different from the second preamble, and wherein at least one of the first or the second preamble is not defined in the HDMI or MHL standard; insert the first preamble to precede the first video data stream and the second preamble to precede the second video data stream, and merge the first data stream and second data stream together for transmission via a single communication channel via the interface, the first video data stream and second video data stream being merged together, wherein the merging of the first video data stream and the second video data stream includes inserting the second video data stream into unused bandwidth of the first video data stream, wherein the encryption module is to encrypt the first video data stream, and wherein the encryption module does not encrypt the first preamble of the first video data stream nor the second preamble of the second video data stream, wherein the encryption module does not encrypt the second video data stream.