mhurhangee/ep-ind-claims huggingface dataset:
A compound helicopter with a fuselage and at least one main rotor that is at least adapted for generating lift in operation, said fuselage comprising a lower side and an upper side that is opposed to said lower side, said at least one main rotor being arranged at said upper side, wherein the compound helicopter comprises at least one propeller at least adapted for generating forward thrust in operation, said at least one propeller being mounted to a fixed wing arrangement (11, 12) that is laterally attached to said fuselage, said fixed wing arrangement (11, 12) comprising at least one upper wing that is arranged at an upper wing root joint area provided at said upper side of said fuselage and at least one lower wing that is arranged at a lower wing root joint area provided at said lower side of said fuselage, said upper and lower wings (11, 12) being at least interconnected at an associated interconnection region, each of the at least one propeller being mounted to an associated interconnection region; the compound helicopter being provided with a wheel-type main landing gear, characterized in that said lower wing comprises an inboard section defining a first quarter chord line and a first centroidal axis and an outboard section defining a second quarter chord line and a second centroidal axis, said inboard section being an integral part of said fuselage at said lower wing root joint area and connected to said outboard section at a sections interconnection region, said wheel-type main landing gear being mounted to said inboard section adjacent to said sections interconnection region and said outboard section being connected to said inboard section at said sections interconnection region and to said upper wing at said associated interconnection region, wherein said second centroidal axis is inclined relative to said first centroidal axis by a relative dihedral angle that is defined in a first coordinate plane, and wherein said second quarter chord line is inclined relative to said first quarter chord line by a relative sweep angle that is defined in a second coordinate plane.
Support for a frame (2, 3) of a photovoltaic panel, the support comprising: - a body having an upper wall that is equipped with a recess suited to receive a part of a flange system to attach one or more photovoltaic panels to the support and a lower wall that is suited to face a crest of a corrugation of a corrugated shell; - two wings, delimiting a passage allowing for the positioning of the wings of the support supported on opposite sides of a corrugation of the shell; characterised in that: the body of the support has a height between 80 and 160 mm. - a body having an upper wall that is equipped with a recess suited to receive a part of a flange system to attach one or more photovoltaic panels to the support and a lower wall that is suited to face a crest of a corrugation of a corrugated shell; - two wings, delimiting a passage allowing for the positioning of the wings of the support supported on opposite sides of a corrugation of the shell;
Assembly for continuously realizing covering jackets of book elements of different dimensions starting from a film wrapped up in a coil, said assembly. comprising: - cutting means (25, 35) of said film unrolling from said coil for realizing pieces of said film; - a first folding device (17, 27, 37) of a first end of said pieces of said film; - a second folding device (19, 39, 59) of a second end of said pieces of said film; and - a control and command unit of said cutting means and/or said first (17, 27, 37) and second (19, 39, 59) folding devices according to the characteristic dimensions (A, B, C) of said book elements; characterized in that said first folding device (17, 27, 37) of a first end of said pieces of said film comprises a first pair of rollers (27, 37) placed in mutual contact in order to realize a first calendar passage for said film and a first folding knife configured so as to force said film into said first calendar passage to fold said first end. - cutting means (25, 35) of said film unrolling from said coil for realizing pieces of said film; - a first folding device (17, 27, 37) of a first end of said pieces of said film; - a second folding device (19, 39, 59) of a second end of said pieces of said film; and - a control and command unit of said cutting means and/or said first (17, 27, 37) and second (19, 39, 59) folding devices according to the characteristic dimensions (A, B, C) of said book elements;
A communication method for a user terminal to communicate with a device terminal through a message broker, characterized by comprising: wrapping a first packet of a first communication protocol into a second packet with a second communication protocol and sending the second packet to the message broker; or receiving a third packet of the second communication protocol from the message broker and extracting a fourth packet of the first communication protocol from the third packet; wherein the first communication protocol is a communication protocol supported by the device terminal, and the second communication protocol is a communication protocol supported by the message broker; wherein the second communication protocol is a communication protocol for Internet of Things, called IoT hereinafter, messages with a publish-subscribe pattern, and the communication method further comprises: registering, by the device terminal, to the message broker through a first topic with a topic name comprising a device identification, called ID hereinafter; and obtaining, by the user terminal, the first topic comprising the device ID of the device terminal through topic filtering. wrapping a first packet of a first communication protocol into a second packet with a second communication protocol and sending the second packet to the message broker; or receiving a third packet of the second communication protocol from the message broker and extracting a fourth packet of the first communication protocol from the third packet; wherein the first communication protocol is a communication protocol supported by the device terminal, and the second communication protocol is a communication protocol supported by the message broker; wherein the second communication protocol is a communication protocol for Internet of Things, called IoT hereinafter, messages with a publish-subscribe pattern, and the communication method further comprises: registering, by the device terminal, to the message broker through a first topic with a topic name comprising a device identification, called ID hereinafter; and obtaining, by the user terminal, the first topic comprising the device ID of the device terminal through topic filtering. registering, by the device terminal, to the message broker through a first topic with a topic name comprising a device identification, called ID hereinafter; and obtaining, by the user terminal, the first topic comprising the device ID of the device terminal through topic filtering.
A method for registering a smartcard terminal by an internet protocol based multimedia subsystem IMS server in a mobile communication system, the method comprising: receiving, by the IMS server, from the smartcard terminal, a registration request for registering with the IMS server and with a broadcast server; authenticating the smartcard terminal based on the registration request; generating a generic bootstrapping architecture GBA network application function NAF specific key material, Ks_NAF; and performing a registration of the smartcard terminal with the IMS server and the broadcast server, wherein the Ks_NAF is transmitted to the broadcast server using a session initiation protocol SIP message, wherein performing the registration of the smartcard terminal with the broadcast server comprises the IMS server forwarding a portion associated with the broadcast server of the registration request to the broadcast server, and wherein the portion comprises Ks_NAF. receiving, by the IMS server, from the smartcard terminal, a registration request for registering with the IMS server and with a broadcast server; authenticating the smartcard terminal based on the registration request; generating a generic bootstrapping architecture GBA network application function NAF specific key material, Ks_NAF; and performing a registration of the smartcard terminal with the IMS server and the broadcast server, wherein the Ks_NAF is transmitted to the broadcast server using a session initiation protocol SIP message, wherein performing the registration of the smartcard terminal with the broadcast server comprises the IMS server forwarding a portion associated with the broadcast server of the registration request to the broadcast server, and wherein the portion comprises Ks_NAF.
A dry artificial leather manufacturing machine, comprising a stand and a heating wheel mechanism, characterized in that the heating wheel mechanism is arranged on the stand and comprises a scraper mechanism, a rotationally moved heating wheel and at least one laminating wheel, the heating wheel being provided with a heating device, the surface of the outer circumference of the heating wheel being a flat work surface; the work surface of the scraper mechanism corresponding to the heating wheel arranged above the heating wheel, the work surface of the laminating wheel corresponding to the heating wheel arranged at the side of the heating wheel and the laminating wheel in the rotational direction of the heating wheel being positioned in front of the scraper mechanism, the scraper mechanism comprises a scraper, a stock stop and pressure lifting mechanisms, both the scraper and the stock stop being arranged at the side of the work surface of the heating wheel, the scraper in the rotational direction of the heating wheel being positioned in front of the stock stop, the scraper being arranged at the side of the stock stop, the left end and the right end of the scraper being respectively fixedly connected with a joint structure, the scraper being connected with the pressure lifting mechanisms through the joint structures which are respectively fixedly connected to the left end and the right end of the scraper and the pressure lifting mechanisms being connected with the stand. the left end and the right end of the scraper are respectively connected with a compensating wheel.
Slave cylinder having a housing which is arranged concentrically about a transmission input shaft and has an annular space, in which a piston with a piston seal is received such that it can be moved axially, which piston can be loaded with a pressure of a pressure medium and is operatively connected to a release bearing, a preloading spring acting on the piston, and a securing means for limiting the release travel in the direction of the release bearing being provided, and a pressure space which can be loaded with the pressure of the pressure medium being configured in the annular space in the direction of the piston seal, characterized in that the securing means is configured in the form of means which interact with the preloading spring and by way of which the active direction of the preloading spring on the piston can be reversed.
A non-aqueous dentifrice composition comprising a source of fluoride ions sufficient to provide 500 to 2000ppm fluoride; 2% to 8% by weight of an alkaline earth metal acetate salt and/or an alkaline earth metal nitrate salt, 0.3% to 1.0% by weight a carboxyvinyl polymer and 35% to 75% by weight of a humectant selected from the group consisting of glycerine, sorbitol, propylene glycol and mixtures thereof.
Probe body intended for installation in a borehole as a geothermal probe, the probe body comprising four heat transfer fluid tubes (3, 4), through which heat transfer fluid can flow, and in each case two of the heat transfer fluid tubes (3, 4) being mechanically interconnected via one probe base part (5, 6) in each case, and the heat transfer fluid tubes (3, 4) mechanically interconnected by means of the probe base part (5, 6) being fluidically interconnected in the probe base part (5, 6) by means of a connection line, the heat transfer fluid tubes (3, 4) of the probe body being split into two separate tube coils (7, 8), and each of the tube coils (7,8) being formed by two heat transfer fluid tubes (3, 4) wound in unison and the two heat transfer fluid tubes (3, 4) of the relevant tube coil (7, 8) being mechanically interconnected via one of the probe base parts (5, 6) in each case, it being possible to assemble the four heat transfer fluid tubes (3, 4) into a probe body by bringing together the probe base parts (5, 6) to form a probe base, characterised in that the probe base parts (5, 6) can be pushed into a connecting body of the probe base in order to bring them together and can be secured in said connecting body by means of a single-use latching connection device that can no longer be removed without being destroyed, and an additional weight or a series of additional weights can be fastened onto the side of the connection body that is remote from the heat transfer fluid tubes (3, 4) by means of a single-use latching connection device that can no longer be removed without being destroyed.
An isolated polypeptide having beta-xylosidase activity selected from the group consisting of: (a) a polypeptide having at least 80% sequence identity to the mature polypeptide of SEQ ID NO: 2; and(b)a fragment of the polypeptide of (a) that has beta-xylosidase activity. (a) a polypeptide having at least 80% sequence identity to the mature polypeptide of SEQ ID NO: 2; and(b)a fragment of the polypeptide of (a) that has beta-xylosidase activity.
System for transmitting at least one update package for at least one control unit (7a, 7b, 7c, 10a, 10b, 10c, 12a, 12b, 12c) of a motor vehicle, with a motor vehicle-external storage device designed for storing the update package, with a communication device (4a, 4b) designed for transmitting the update package from the motor vehicle-external storage device wirelessly to at least one transmitting device (5, 9, 11) of the system, which transmitting device directs a transmission process of the update package for the at least one control unit (7a, 7b, 7c, 10a, 10b, 10c, 12a, 12b, 12c) and is designed for installing the update package on the at least one control unit (7a, 7b, 7c, 10a, 10b, 10c, 12a, 12b, 12c), characterised in that the at least one transmitting device (5, 9, 11), designed as download manager, is located inside the motor vehicle, wherein the transmission process of the at least one update package for the plurality of transmitting devices (5, 9, 11) and the installation on the at least one control unit (7a, 7b, 7c, 10a, 10b, 10c, 12a, 12b, 12c) can be directed by means of a motor vehicle-internal directing device and wherein one transmitting device (5, 9, 11) of the plurality of transmitting devices (5, 9, 11) is selected as directing device directing the transmission process for the plurality of transmitting devices (5, 9, 11) and the installation on the at least one control unit (7a, 7b, 7c, 10a, 10b, 10c, 12a, 12b, 12c), wherein the plurality of transmitting devices (5, 9, 11) is only formed in the motor vehicle, the term directing defining the control of the installation and/or the consideration of functional dependencies.
A smoking article comprising: a combustible heat source with opposed front and rear faces and at least one airflow channel extending from the front face to the rear face of the combustible heat source; and an aerosol-forming substrate comprising at least one aerosol former downstream of the combustible heat source, characterized in that a non-metallic, non-combustible, gas-resistant, first barrier coating is provided on substantially the entire rear face of the combustible heat source, and allows gas to be drawn through the at least one airflow channel, a non-metallic barrier coating being a barrier coating that is not formed primarily from an elemental metal or alloy, that is a barrier coating having an elemental metal or alloy content of less than 50 mole percent, wherein the non-metallic, non-combustible, gas-resistant, first barrier coating covers and is adhered to substantially the entire rear face of the combustible heat source. a combustible heat source with opposed front and rear faces and at least one airflow channel extending from the front face to the rear face of the combustible heat source; and an aerosol-forming substrate comprising at least one aerosol former downstream of the combustible heat source, characterized in that a non-metallic, non-combustible, gas-resistant, first barrier coating is provided on substantially the entire rear face of the combustible heat source, and allows gas to be drawn through the at least one airflow channel, a non-metallic barrier coating being a barrier coating that is not formed primarily from an elemental metal or alloy, that is a barrier coating having an elemental metal or alloy content of less than 50 mole percent, wherein the non-metallic, non-combustible, gas-resistant, first barrier coating covers and is adhered to substantially the entire rear face of the combustible heat source.
A nutritionally complete infant formula comprising a. a lipid or fat; b. a protein source; c. long chain polyunsaturated fatty acids comprising docosahexaenoic acid; d. from 0.2% to 2.5% calcium gluconate by weight; and e. 0.2 to 1.5 mg/100 kcal of a prebiotic composition comprising at least 20% of an oligosaccharide which comprises galacto-oligosaccharide. a. a lipid or fat; b. a protein source; c. long chain polyunsaturated fatty acids comprising docosahexaenoic acid; d. from 0.2% to 2.5% calcium gluconate by weight; and e. 0.2 to 1.5 mg/100 kcal of a prebiotic composition comprising at least 20% of an oligosaccharide which comprises galacto-oligosaccharide.
A method of flow cytometry sample processing comprising the steps of: establishing at least one sheath fluid; flowing said at least one sheath fluid into at least two nozzles; injecting at least one irradiatable sample into said at least one sheath fluid; utilizing at least one shared resource to process said at least one irradiatable sample, wherein said at least one shared resource includes one radiation source; subjecting said irradiatable sample from said at least two nozzles to radiation from said one radiation source; exciting said irradiatable sample from said at least two nozzles with said radiation from said one radiation source; emitting fluorescence from said excited sample; detecting an amount of said emitted fluorescence from each particle in said sample; evaluating said amount of emitted fluorescence from each particle in said sample; selecting an electrical condition to be associated with each particle of said sample in said sheath fluid flow; charging a stream of said irradiatable sample and sheath fluid based upon deduced properties of each particle of said sample in said sheath fluid flow; forming a charged drop; isolating said charged drop from said sheath fluid flow; defecting said charged drops; sorting said sample; and collecting said sorted sample, wherein said step of injecting at least one irradiatable sample into said at least one sheath fluid comprises the step of injecting sperm cells stained with Hoechst 33342 into said at least one sheath fluid and wherein the radiation source is a pulsed laser delivering 100 to 500 mW of energy. establishing at least one sheath fluid; flowing said at least one sheath fluid into at least two nozzles; injecting at least one irradiatable sample into said at least one sheath fluid; utilizing at least one shared resource to process said at least one irradiatable sample, wherein said at least one shared resource includes one radiation source; subjecting said irradiatable sample from said at least two nozzles to radiation from said one radiation source; exciting said irradiatable sample from said at least two nozzles with said radiation from said one radiation source; emitting fluorescence from said excited sample; detecting an amount of said emitted fluorescence from each particle in said sample; evaluating said amount of emitted fluorescence from each particle in said sample; selecting an electrical condition to be associated with each particle of said sample in said sheath fluid flow; charging a stream of said irradiatable sample and sheath fluid based upon deduced properties of each particle of said sample in said sheath fluid flow; forming a charged drop; isolating said charged drop from said sheath fluid flow; defecting said charged drops; sorting said sample; and collecting said sorted sample, wherein said step of injecting at least one irradiatable sample into said at least one sheath fluid comprises the step of injecting sperm cells stained with Hoechst 33342 into said at least one sheath fluid and wherein the radiation source is a pulsed laser delivering 100 to 500 mW of energy.
Method for providing a user interface, particularly in a vehicle, in which - a plurality of graphical objects (100 - 120) are presented on a display panel having a touch-sensitive surface, - an operating intention that can be attributed to an operating area of the display panel is contactlessly sensed in a space in the direction of view in front of the display panel, and - an operator action is performed by touching one of the graphical objects (100 - 120) in the operating area of the display panel, characterized - in that the attribution of the operating intention to the operating area results in an operating area attributed to the operating intention being ascertained from a sensed operating direction, - in that the graphical objects (100 - 120) presented in this operating area are categorized into different classes according to the criterion of whether or not the relevant graphical object (100 - 120) is operable in the present operating situation, - in that three-dimensional graphics data are calculated for the operable graphical objects (106, 109) and are converted from the two-dimensionally perceptible presentation in the plane of the display panel into a three-dimensionally perceptible presentation (106', 109'), and - in that the graphical objects (107, 108) that are not operable in the specific situation continue to be presented two dimensionally or are graphically altered in another way. - a plurality of graphical objects (100 - 120) are presented on a display panel having a touch-sensitive surface, - an operating intention that can be attributed to an operating area of the display panel is contactlessly sensed in a space in the direction of view in front of the display panel, and - an operator action is performed by touching one of the graphical objects (100 - 120) in the operating area of the display panel, characterized - in that the attribution of the operating intention to the operating area results in an operating area attributed to the operating intention being ascertained from a sensed operating direction, - in that the graphical objects (100 - 120) presented in this operating area are categorized into different classes according to the criterion of whether or not the relevant graphical object (100 - 120) is operable in the present operating situation, - in that three-dimensional graphics data are calculated for the operable graphical objects (106, 109) and are converted from the two-dimensionally perceptible presentation in the plane of the display panel into a three-dimensionally perceptible presentation (106', 109'), and - in that the graphical objects (107, 108) that are not operable in the specific situation continue to be presented two dimensionally or are graphically altered in another way.