mhurhangee/ep-ind-claims huggingface dataset:
An isolated solid of a disubstituted-aminodifluorosulfinium tetrafluoroborate salt represented by the formula: wherein R 1 and R 2 are both ethyl or R 1 and R 2 form together with the nitrogen atom to which they are attached: excluding: diethylaminodifluorosulfinium tetrafluoroborate (needles; m.p. 74-76°C); piperidinodifluorosulfinium tetrafluoroborate (needles; m.p. 92-94°C); and morpholinodifluorosulfinium tetrafluoroborate (prisms; m.p. 104-106°C). diethylaminodifluorosulfinium tetrafluoroborate (needles; m.p. 74-76°C); piperidinodifluorosulfinium tetrafluoroborate (needles; m.p. 92-94°C); and morpholinodifluorosulfinium tetrafluoroborate (prisms; m.p. 104-106°C).
A method of secure execution of an executable software object stored in a computer memory at a client device, the method comprising: executing, using a computer processor, a first portion of the executable software object to identify: (i) a location of data extractable from a second code portion of the executable software object, wherein the second code portion of the executable software object is compiled from software protection functions to protect the executable software object from unauthorized use, and (ii) an algorithm defining computation steps for computing a cryptographic key from the data extracted from the second code portion; extracting the data from the second code portion based on said location; computing the cryptographic key from the extracted data using the algorithm, said cryptographic key being useful only if said extracted data from the second code portion is unaltered; decrypting a third portion of the executable software object using the cryptographic key to provide an executable third portion that is distinct from the first and second portions of the executable software object; and executing the executable third portion using the computer processor to perform a processing function. executing, using a computer processor, a first portion of the executable software object to identify: (i) a location of data extractable from a second code portion of the executable software object, wherein the second code portion of the executable software object is compiled from software protection functions to protect the executable software object from unauthorized use, and (ii) an algorithm defining computation steps for computing a cryptographic key from the data extracted from the second code portion; (i) a location of data extractable from a second code portion of the executable software object, wherein the second code portion of the executable software object is compiled from software protection functions to protect the executable software object from unauthorized use, and (ii) an algorithm defining computation steps for computing a cryptographic key from the data extracted from the second code portion;
A recombinant pre-fusion respiratory syncitial virus Fusion polypeptide, wherein the polypeptide comprises at least two stabilizing mutations in the F1 and/or F2 domain as compared to the RSV F1 and/or F2 domain in a wild-type RSV F protein, wherein at least one of the stabilizing mutations is a mutation of amino acid residue L on position 203 into I and wherein the polypeptide further comprises a mutation of amino acid residue S on position 215, preferably a mutation of the amino acid residue S on position 215 into P, and wherein the amino acid positions are given in reference to the sequence of RSV F protein from the A2 strain (SEQ ID NO: 13).
- A handling system for a connector, the handling system comprising the connector for connecting underwater cables and in particular umbilical cables for renewable marine energy farms, the connector comprising: - a connection housing in which the cables enter parallel to each other and parallel to a first direction, and - a handling bar, connected to the connection housing by linking means hinged along an axis perpendicular to the first direction, characterized in that: - the bar has a general U-shape, comprising two branches engaged on either side of the housing, - the bar comprises cable fixing members, each in the extension of a respective branch 20, and in that the handling system comprises two handling cables each extending between a distal end connected to one of the fixing members and a proximal end connected to the other handling cable. - a connection housing in which the cables enter parallel to each other and parallel to a first direction, and - a handling bar, connected to the connection housing by linking means hinged along an axis perpendicular to the first direction, - the bar has a general U-shape, comprising two branches engaged on either side of the housing, - the bar comprises cable fixing members, each in the extension of a respective branch 20,
A reporting Access Point, AP, configured to: receive a Location Configuration Information, LCI, request from a requesting wireless station, the LCI request comprising a BSSID Array field comprising identifiers of further APs, other than the reporting AP, and a field to indicate a location request for the further APs; and transmit, by a radio of the reporting AP, an LCI report to the requesting wireless station, the LCI report comprising location information corresponding to the reported AP, the LCI report comprising BSSIDs of the further APs, additional information elements associated with the reporting AP and the further APs, and LCI information for the further APs, characterized in that the additional information elements comprise for at least one of the reporting AP or further APs a floor level of said AP and a height above the floor of said AP. receive a Location Configuration Information, LCI, request from a requesting wireless station, the LCI request comprising a BSSID Array field comprising identifiers of further APs, other than the reporting AP, and a field to indicate a location request for the further APs; and transmit, by a radio of the reporting AP, an LCI report to the requesting wireless station, the LCI report comprising location information corresponding to the reported AP, the LCI report comprising BSSIDs of the further APs, additional information elements associated with the reporting AP and the further APs, and LCI information for the further APs, characterized in that the additional information elements comprise for at least one of the reporting AP or further APs a floor level of said AP and a height above the floor of said AP.
A process for the preparation of a particle composed of a coprecipitate applied in layers around a neutral hydrophilic carrier by spraying an organic solution over said neutral hydrophilic carrier, said solution comprising at least one active substance substantially insoluble in water, one surface-active agent and one hydrophilic polymer, characterized in that it comprises the following stages: a) preparing an organic solution comprising the active substance, the hydrophilic polymer and the surface-active agent, b) spraying a portion of the solution obtained in a) over the neutral hydrophilic carriers, c) milling the particles obtained in stage b), d) spraying the remaining amount of the organic solution over the particles milled in stage c), and e) final milling of the particles obtained in stage d). a) preparing an organic solution comprising the active substance, the hydrophilic polymer and the surface-active agent, b) spraying a portion of the solution obtained in a) over the neutral hydrophilic carriers, c) milling the particles obtained in stage b), d) spraying the remaining amount of the organic solution over the particles milled in stage c), and e) final milling of the particles obtained in stage d).
Plug-in connector part for connection to a mating plug-in connector part, comprising a plurality of electrical contact elements for carrying an electric current and for establishing electrical contact with contact elements of a mating plug-in connector part, and a plurality of temperature sensors (44B-44E), each of which is arranged on an associated one of the plurality of contact elements (42A-42G) in order to detect a change in temperature at the associated contact elements (42A-42G), characterized in that the temperature sensors (44B-44E) are connected to a common sensor line, wherein the temperature sensors (44B-44E) are connected to one another in series via line sections of the sensor line.
An automotive alternator comprising: a case; a shaft, first and second ends of said shaft being rotatably supported in said case; a rotor fixed to said shaft and rotatably disposed inside said case; a slip ring fixed to said shaft; a stator fixed to said case so as to surround said rotor; a brush holder through which a brush insertion aperture is disposed and which a cover is fitted into a head portion of said brush holder, said brush holder being disposed inside said case such that an aperture direction of said brush insertion aperture is perpendicular to an axial direction of said shaft; a brush disposed so as to be held inside said brush insertion aperture and slide in contact with said slip ring; an opening portion (30,30A,30B,30C) formed in a portion of said case facing said cover; and a cap (40,50,60,70) insertably mounted to said opening portion (30,30A,30B,30C), wherein said cap (40,50,60) is slidably mounted to said opening portion (30,30A,30B), and protruding portions (44,54,64) are formed on an inner wall surface of said cap (40,50,60), said protruding portions being constructed so as to press said cover toward said shaft when said cap is mounted to said opening portion. a case; a shaft, first and second ends of said shaft being rotatably supported in said case; a rotor fixed to said shaft and rotatably disposed inside said case; a slip ring fixed to said shaft; a stator fixed to said case so as to surround said rotor; a brush holder through which a brush insertion aperture is disposed and which a cover is fitted into a head portion of said brush holder, said brush holder being disposed inside said case such that an aperture direction of said brush insertion aperture is perpendicular to an axial direction of said shaft; a brush disposed so as to be held inside said brush insertion aperture and slide in contact with said slip ring; an opening portion (30,30A,30B,30C) formed in a portion of said case facing said cover; and a cap (40,50,60,70) insertably mounted to said opening portion (30,30A,30B,30C), wherein said cap (40,50,60) is slidably mounted to said opening portion (30,30A,30B), and protruding portions (44,54,64) are formed on an inner wall surface of said cap (40,50,60), said protruding portions being constructed so as to press said cover toward said shaft when said cap is mounted to said opening portion. said cap (40,50,60) is slidably mounted to said opening portion (30,30A,30B), and protruding portions (44,54,64) are formed on an inner wall surface of said cap (40,50,60), said protruding portions being constructed so as to press said cover toward said shaft when said cap is mounted to said opening portion.
A method for wireless communications by a user equipment, UE, comprising: receiving first reference signals transmitted, using a plurality of elevation beams, from a base station having a multi-dimensional array of transmit antennas; selecting, based on the first reference signals, at least one preferred elevation beam from the plurality of elevation beams; providing to the base station an indication of the at least one preferred elevation beam; wherein providing to the base station an indication of at least one preferred elevation beam comprises providing an indication of a group index of elevation beams and an offset in the group index; receiving second reference signals transmitted, using the at least one preferred elevation beam and a plurality of azimuthal ports; and providing a second stage channel feedback to the base station, based on the second reference signals. receiving first reference signals transmitted, using a plurality of elevation beams, from a base station having a multi-dimensional array of transmit antennas; selecting, based on the first reference signals, at least one preferred elevation beam from the plurality of elevation beams; providing to the base station an indication of the at least one preferred elevation beam; wherein providing to the base station an indication of at least one preferred elevation beam comprises providing an indication of a group index of elevation beams and an offset in the group index; receiving second reference signals transmitted, using the at least one preferred elevation beam and a plurality of azimuthal ports; and providing a second stage channel feedback to the base station, based on the second reference signals.
Device for filling a container with a filling product, preferably for filling a glass container with a beverage in a beverage filling plant, comprising a filling valve for introducing the filling product into the container to be filled, a control device for controlling the filling valve and a filling level sensor communicating with the control device for detecting the presence of a target filling level (H S) of the filling product in the container, wherein the control device is configured to close the filling valve when the target filling level (Hs) is detected, characterised in that the control device is configured, after the filling valve has closed, again to determine the presence of the target filling level (H S) by means of the filling level sensor and, when it is detected that the target filling level (Hs) has been undershot, to initiate an ejection procedure for the container.
Printed circuit (100, 200, 300, 400, 500) comprising a primary support extending in a plane, called principal plane, an electronic component placed on said primary support and an antenna, said antenna being: - formed by a strip conductor distributed on at least two stacked layers (106 1, 106 2, 106 3, 106 4) in a direction perpendicular to said principal plane, and - arranged at a non-zero distance (d) from said electronic component in said principal plane, characterized in that the antenna is a loop antenna (106, 600, 700) in a plane perpendicular to said primary support such that said antenna is sensitive to a magnetic field parallel to said primary support. - formed by a strip conductor distributed on at least two stacked layers (106 1, 106 2, 106 3, 106 4) in a direction perpendicular to said principal plane, and - arranged at a non-zero distance (d) from said electronic component in said principal plane,
An input apparatus (10; 110) for a computer comprising an outer case (14; 114) having a plurality of front controls (2, 3, 4, 5, 7; 102, 103, 104, 105, 107) located at a front of the input apparatus (10; 110) and configured to be activated by a user's thumbs, a plurality of top controls (1, 6, 8, 9; 108, 109) located at a top of the input apparatus (10; 110) and configured to be activated by the user's index fingers, and at least one detachably mounted control member (11A, 11B, 11C, 11D; 111A, 111B, 111C, 111D) at a rear of the input apparatus (10; 110) and configured to be activated by the user's middle, ring, or little finger, the member (11A, 11B, 11C, 11D; 111A, 111B, 111C, 111D) comprising first parts (16C, 18C, 30C) of an attachment system for mating with second parts (15C, 17C, 19C/21C) of an attachment system provided on the outer case (14;114) of the apparatus (10; 110), the attachment system comprising a first complementary engagement mechanism having a respective second part 17C located at a first end of a channel at the outer case (14; 114), a second complementary engagement mechanism having a respective second part located at the first end of the channel and a complementary locking mechanism having a respective second part (19C/21C) collinear with the channel, characterised in that the first complementary engagement mechanism is operably engagable without engaging the second complementary engagement mechanism and the complementary locking mechanism, the second complementary engagement mechanism is operably engagable upon engagement of the first complementary engagement mechanism, the second complementary engagement mechanism is operably engagable without engaging the complementary locking mechanism, the complementary locking mechanism is operably engagable upon engagement of the first and second complementary engagement mechanisms.
Method for determining the level in a tank for a liquid with an ultrasonic level sensor and at least two reference surfaces (1, 2) for reflection of an ultrasonic wave that is emitted by the ultrasonic level sensor, wherein a first reference surface is disposed below a second reference surface, comprising the following steps: a) determining a first propagation speed of an ultrasonic wave in the liquid over a first measuring distance from the ultrasonic level sensor to the first reference surface, b) determining a second propagation speed of an ultrasonic wave in the liquid over a second measuring distance from the first reference surface to the second reference surface, c) measuring a transition time of an ultrasonic wave from the ultrasonic level sensor to a liquid level of the liquid in the tank, d) selecting the first propagation speed or the second propagation speed depending on at least one selection criterion (11, 12, 13). e) Computing a level with the transition time measured in step c) and the propagation speed (9, 10) selected in step d). a) determining a first propagation speed of an ultrasonic wave in the liquid over a first measuring distance from the ultrasonic level sensor to the first reference surface, b) determining a second propagation speed of an ultrasonic wave in the liquid over a second measuring distance from the first reference surface to the second reference surface, c) measuring a transition time of an ultrasonic wave from the ultrasonic level sensor to a liquid level of the liquid in the tank, d) selecting the first propagation speed or the second propagation speed depending on at least one selection criterion (11, 12, 13). e) Computing a level with the transition time measured in step c) and the propagation speed (9, 10) selected in step d).
Nozzle for a floor cleaning appliance, for example a vacuum cleaner, with the following features: a nozzle housing; a floor cleaning roller, which can be removed from the nozzle housing and re-inserted back into it, and can rotate about an axis of rotation in relation to the nozzle housing during operation of the floor cleaning appliance; and a body that is substantially cylindrical, at least in sections, which extends substantially in parallel with the axis of rotation, at least during the operation of the floor cleaning appliance, wherein the floor cleaning roller and the cylindrical body are embodied such that the floor cleaning roller can be attached to the cylindrical body during removal and during insertion; and wherein the cylindrical body extends over at least 25% of a width of the nozzle housing, characterised in that the floor cleaning roller comprises a substantially cylindrical roller body section with a substantially round disk-shaped guide section, wherein the guide section has a larger diameter than the roller body section. a nozzle housing; a floor cleaning roller, which can be removed from the nozzle housing and re-inserted back into it, and can rotate about an axis of rotation in relation to the nozzle housing during operation of the floor cleaning appliance; and a body that is substantially cylindrical, at least in sections, which extends substantially in parallel with the axis of rotation, at least during the operation of the floor cleaning appliance, wherein the floor cleaning roller and the cylindrical body are embodied such that the floor cleaning roller can be attached to the cylindrical body during removal and during insertion; and wherein the cylindrical body extends over at least 25% of a width of the nozzle housing, characterised in that the floor cleaning roller comprises a substantially cylindrical roller body section with a substantially round disk-shaped guide section, wherein the guide section has a larger diameter than the roller body section.
Encoder for encoding a multi-view signal into a data stream comprising a determinator configured to determine a renderable portion of a first view of the multi-view signal which is renderable, by view synthesis, from a second view of the multi-view signal; a view predictor configured to perform a block-based prediction of the first view using first prediction parameters within the renderable portion, and using second prediction parameters within a non-renderable portion of the multi-view signal disjoint to the renderable portion of the first view, from a respective previously encoded portion of the multi-view signal so as to obtain a prediction signal; a residual generator configured to determine, external to the renderable portion, a residual signal between the prediction signal and the multi-view signal; a parameter predictor configured to predict the second prediction parameters from the first prediction parameters so as to obtain a parameter prediction residual; and a data stream generator configured to insert the parameter prediction residual into the data stream.
A serum amyloid P polypeptide for use in treating or preventing an autoimmune disorder or condition in a human patient, wherein the SAP polypeptide comprises an amino acid sequence that is at least 90% identical to SEQ ID NO:1.
Apparatus (20e, 20f) for removing a blockage from a body of a subject, the apparatus comprising: a longitudinal core, configured for insertion into the body; an active coil electrode and a reference coil electrode, which are wound next to one another over the longitudinal core, wherein an active-coil diameter of the active coil electrode is greater than a reference-coil diameter of the reference coil electrode; and an electrically-insulative element that interposes between the active coil electrode and the reference coil electrode; the active coil electrode being configured to attract the blockage upon application of a voltage, by a power source, between the active coil electrode and the reference coil electrode. a longitudinal core, configured for insertion into the body; an active coil electrode and a reference coil electrode, which are wound next to one another over the longitudinal core, wherein an active-coil diameter of the active coil electrode is greater than a reference-coil diameter of the reference coil electrode; and an electrically-insulative element that interposes between the active coil electrode and the reference coil electrode; the active coil electrode being configured to attract the blockage upon application of a voltage, by a power source, between the active coil electrode and the reference coil electrode.