mhurhangee/ep-ind-claims huggingface dataset:
A sintered body of a piezoelectric/electrostrictive ceramic composition comprising: a perovskite type oxide comprising as A site elements, Li, Na, and K and as B site elements, Nb and Sb and having a ratio of the total number of atoms of the A site elements to the total number of atoms of the B site elements greater than 1;and a Mn compound added to said perovskite type oxide, wherein between two main peaks derived from said perovskite type oxide and observed in a range of 2θ = 44 to 47° in an x-ray diffraction pattern using Cu-Kα beam as an x-ray source, the ratio of the d-spacing calculated from the peak in the lower angle side to that calculated from the peak in the higher angle side is not less than 1.003 and not more than 1.025, and wherein Mn is present as a hetero-phase of a manganese compound in the composition without being incorporated in the crystal lattice of the perovskite type oxide. a perovskite type oxide comprising as A site elements, Li, Na, and K and as B site elements, Nb and Sb and having a ratio of the total number of atoms of the A site elements to the total number of atoms of the B site elements greater than 1;and a Mn compound added to said perovskite type oxide, wherein between two main peaks derived from said perovskite type oxide and observed in a range of 2θ = 44 to 47° in an x-ray diffraction pattern using Cu-Kα beam as an x-ray source, the ratio of the d-spacing calculated from the peak in the lower angle side to that calculated from the peak in the higher angle side is not less than 1.003 and not more than 1.025, and wherein Mn is present as a hetero-phase of a manganese compound in the composition without being incorporated in the crystal lattice of the perovskite type oxide.
A dental implant (100, 300) comprising: a core (102, 302), having a head portion (104, 304) including an abutment interface (103, 330) adapted for receiving a dental abutment and a stem portion (105, 305) extending from the head portion, the stem portion including a non-porous intermediate threaded section (110, 310); a first porous section (120, 320) located along the stem portion; and a second porous section (122, 322) located along the stem portion, the first porous section being non-contiguous with the second porous section, wherein: the implant (100, 300) has a stratified structure such that the non-porous intermediate threaded section of the stem separates the first porous section from the second porous section and the first porous section (120, 320) is located toward a coronal end of the implant and the second porous section (122, 322) is located toward an apical end of the implant. a core (102, 302), having a head portion (104, 304) including an abutment interface (103, 330) adapted for receiving a dental abutment and a stem portion (105, 305) extending from the head portion, the stem portion including a non-porous intermediate threaded section (110, 310); a first porous section (120, 320) located along the stem portion; and a second porous section (122, 322) located along the stem portion, the first porous section being non-contiguous with the second porous section, the implant (100, 300) has a stratified structure such that the non-porous intermediate threaded section of the stem separates the first porous section from the second porous section and the first porous section (120, 320) is located toward a coronal end of the implant and the second porous section (122, 322) is located toward an apical end of the implant.
A method for making an arm for a hinged structure such as an aircraft landing gear structure, this arm comprising a main body (30; 130; 230) extending in a longitudinal direction (AP; BP; CP), and including an interface (13; 113; 213) such as a yoke radially protruding from the main body, this method including the steps of: - making an insert (11; 211) including a base (12; 212) carrying the interface; - making a mandrel (10; 110) integrating the base of the insert so that a portion of the external surface of this mandrel is delimited by a portion of the external face (17; 217) of the base of the insert; - applying one or more layers of reinforcing fibers (31; 131; 231) around the mandrel and over all its length, so that each layer has the interface (13; 113; 213) passing through it without covering the interface; - injecting resin into the layer or layers of reinforcing fibers (31; 131; 231) and at the level of the area of contact of these layers with the external face (17; 217) of the base; and - polymerizing the resin to bind rigidly the layers of reinforcing fibers and the base of the insert. - making an insert (11; 211) including a base (12; 212) carrying the interface; - making a mandrel (10; 110) integrating the base of the insert so that a portion of the external surface of this mandrel is delimited by a portion of the external face (17; 217) of the base of the insert; - applying one or more layers of reinforcing fibers (31; 131; 231) around the mandrel and over all its length, so that each layer has the interface (13; 113; 213) passing through it without covering the interface; - injecting resin into the layer or layers of reinforcing fibers (31; 131; 231) and at the level of the area of contact of these layers with the external face (17; 217) of the base; and - polymerizing the resin to bind rigidly the layers of reinforcing fibers and the base of the insert.
A thermostatic valve aggregate for a motor vehicle cooling system, comprising a valve housing containing a valve seat, further a thermally expansible drive element which is configured in the valve housing and is coupled to a valve element, and a spring biasing the valve element against the valve seat, one coolant hookup (18, 20) on each side of the valve seat, a bypass valve element prestressed by a bypass valve spring in the direction of a bypass valve seat in order to selectively link one bypass hookup to the valve housing to one of the other hookups (18, 20), characterized in that an electromagnet is mounted on the valve housing and comprises a core (56, 58) extending as far as the bypass valve seat, in that the bypass valve element is fitted with a magnetically effective armature element resting against or nearly reaching said core when the bypass valve element rests against the bypass valve seat, and in that the bypass valve element is guided axially along the thermostatic valve element and is prestressed -- by the said bypass valve spring resting against the thermostatic valve element -- in a direction from said element toward the bypass valve seat. characterized
A method of wireless communication performed by a user equipment, UE, comprising: receiving demodulation reference signal, DMRS, information that indicates a first DMRS configuration for a first transmit receive point, TRP, and a second DMRS configuration for a second TRP; generating a first DMRS-based channel quality report, based at least in part on a first set of DMRS received from the first TRP according to the first DMRS configuration, and a second DMRS-based channel quality report based at least in part on a second set of DMRS received from the second TRP according to the second DMRS configuration; and transmitting the first DMRS-based channel quality report and the second DMRS-based channel quality report. receiving demodulation reference signal, DMRS, information that indicates a first DMRS configuration for a first transmit receive point, TRP, and a second DMRS configuration for a second TRP; generating a first DMRS-based channel quality report, based at least in part on a first set of DMRS received from the first TRP according to the first DMRS configuration, and a second DMRS-based channel quality report based at least in part on a second set of DMRS received from the second TRP according to the second DMRS configuration; and transmitting the first DMRS-based channel quality report and the second DMRS-based channel quality report.
A method comprising: receiving, by a computing system, a request for teleoperation from a vehicle, the vehicle including a vehicle controller configured to cause the vehicle to autonomously transit via a road network from a first geographic region to a second geographic region via a planned path, the computing system being independent from the vehicle and providing teleoperation service to the vehicle; receiving, by the computing system, data indicative of an event associated with the vehicle; receiving, by the computing system and from the vehicle, responsive to the data indicative of the event, data representing multiple candidate trajectories for the vehicle to maneuver from a current trajectory, each of the multiple candidate trajectories being configured to reduce impact of the event on operation of the vehicle and return the vehicle to the planned path, at least some of the multiple candidate trajectories having confidence levels related to a probability that the event impacts operation of the vehicle; displaying a list of the multiple candidate trajectories in order of the confidence levels; receiving, by the computing system, data representing a selection of a particular candidate trajectory from among the multiple candidate trajectories to be used as a guided trajectory of the vehicle, wherein the selection is based at least in part on the confidence levels; and transmitting the guided trajectory from the computing system to the vehicle for use by the vehicle controller to maneuver from the current trajectory to the guided trajectory in response to the event. receiving, by a computing system, a request for teleoperation from a vehicle, the vehicle including a vehicle controller configured to cause the vehicle to autonomously transit via a road network from a first geographic region to a second geographic region via a planned path, the computing system being independent from the vehicle and providing teleoperation service to the vehicle; receiving, by the computing system, data indicative of an event associated with the vehicle; receiving, by the computing system and from the vehicle, responsive to the data indicative of the event, data representing multiple candidate trajectories for the vehicle to maneuver from a current trajectory, each of the multiple candidate trajectories being configured to reduce impact of the event on operation of the vehicle and return the vehicle to the planned path, at least some of the multiple candidate trajectories having confidence levels related to a probability that the event impacts operation of the vehicle; displaying a list of the multiple candidate trajectories in order of the confidence levels; receiving, by the computing system, data representing a selection of a particular candidate trajectory from among the multiple candidate trajectories to be used as a guided trajectory of the vehicle, wherein the selection is based at least in part on the confidence levels; and transmitting the guided trajectory from the computing system to the vehicle for use by the vehicle controller to maneuver from the current trajectory to the guided trajectory in response to the event.
A nonpathogenic E. coli bacterium comprising a prokaryotic vector, said vector comprising a DNA molecule encoding one or more siRNAs and a promoter to control transcription of the siRNA, wherein the siRNAs interfere with one or more Avian Influenza viral RNA molecules and wherein the bacterium is engineered to express at least one invasion factor.
At a power supply device, a method for managing DC power, the method comprising: providing DC power at a first voltage until determining that a standby time period has elapsed; determining that a load is connected to the power supply device; characterised by further comprising: determining that an enable signal has not been received from a device configured to output the enable signal to the power supply device based on receiving DC power from the power supply device; based on i) determining that the standby time period has elapsed, ii) determining that the load is connected to the power supply device and iii) determining that the enable signal has not been received, entering a restricted power mode, wherein the restricted power mode comprises either: deactivating the DC power, or 1) providing the DC power at a second voltage until determining that a load detection time period has elapsed, 2) deactivating the DC power after determining that the load detection time period has elapsed, and 3) repeating 1) and 2) until determining that the load is no longer connected to the power supply device. providing DC power at a first voltage until determining that a standby time period has elapsed; determining that a load is connected to the power supply device; characterised by further comprising: determining that an enable signal has not been received from a device configured to output the enable signal to the power supply device based on receiving DC power from the power supply device; based on i) determining that the standby time period has elapsed, ii) determining that the load is connected to the power supply device and iii) determining that the enable signal has not been received, entering a restricted power mode, wherein the restricted power mode comprises either: deactivating the DC power, or 1) providing the DC power at a second voltage until determining that a load detection time period has elapsed, 2) deactivating the DC power after determining that the load detection time period has elapsed, and 3) repeating 1) and 2) until determining that the load is no longer connected to the power supply device. 1) providing the DC power at a second voltage until determining that a load detection time period has elapsed, 2) deactivating the DC power after determining that the load detection time period has elapsed, and 3) repeating 1) and 2) until determining that the load is no longer connected to the power supply device.
A luminaire comprising a light emitting panel assembly comprising: a light source; a transition area comprising a first major side and a second major side, wherein at least one of the first major side and the second major side comprises a plurality of vertically extending parallel flutes, wherein the flutes extend at least a portion of the height of the transition area; and an emission area in optical communication with the transition area, the emission area comprising light extraction elements; wherein the transition area comprises a non-straight path between the light source and an interface of the transition area and the emission area, the non-straight path comprising a curved portion, characterised in that a degree of bend of the non-straight path is defined by an angle θ between a plane of a surface of the transition area that initially receives light from light source and a plane of an interface of the transition area and the emission area, and wherein angle θ is in the range of about 30 degrees to 90 degrees, whereby substantially all light from the light source internally reflects off at least one of the major sides of the transition area before entering the emission area. a light source; a transition area comprising a first major side and a second major side, wherein at least one of the first major side and the second major side comprises a plurality of vertically extending parallel flutes, wherein the flutes extend at least a portion of the height of the transition area; and an emission area in optical communication with the transition area, the emission area comprising light extraction elements; wherein the transition area comprises a non-straight path between the light source and an interface of the transition area and the emission area, the non-straight path comprising a curved portion, characterised in that a degree of bend of the non-straight path is defined by an angle θ between a plane of a surface of the transition area that initially receives light from light source and a plane of an interface of the transition area and the emission area, and wherein angle θ is in the range of about 30 degrees to 90 degrees, whereby substantially all light from the light source internally reflects off at least one of the major sides of the transition area before entering the emission area.
Connecting member for connecting two longitudinal members (18, 19) of a bogie frame of a rail vehicle, said connecting member comprising at least one fastening point for receiving add-on components, wherein the connecting member comprises at least a first member element with a first member portion and a second member element with a second member portion, characterised in that the member elements (1,2) have profiles which open outward in the respectively opposed direction and are embodied in the shape of a strip and are connected to one another in a force-fitting manner by at least two connecting means in such a way that the member portions (3,4) overlap one another at least in certain portions, wherein at least one fastening element (9, 10) in each case is provided for connecting the connecting member to a longitudinal member (18,19) of the bogie frame and the fastening elements (9, 10) have a contact portion which is arranged between the fastening portions (7,8) of the member elements (1,2) and is connected to the member elements (1,2) by way of the connecting means.
A cable comprising an electrical conductor, comprising a silicone sheath surrounding the conductor and comprising a separation layer arranged between the conductor and the silicone sheath, where - the separation layer is made of a silicone material that has a lower adhesion to the conductor than the material of the silicone sheath, - at least one filler is added to the silicone material for this, - the filler is a mineral substance, - the same silicone is used for the silicone sheath and for the silicone material so that the silicone sheath and the separation layer differ only by the filler. - the separation layer is made of a silicone material that has a lower adhesion to the conductor than the material of the silicone sheath, - at least one filler is added to the silicone material for this, - the filler is a mineral substance, - the same silicone is used for the silicone sheath and for the silicone material so that the silicone sheath and the separation layer differ only by the filler.
Tactile stimulation interface comprising an element intended to be tactilely explored by an operator, said element intended to be tactilely explored being formed by at least one surface, at least one actuator (6, 1006, 1006') configured to apply a force on said surface, and means for controlling said at least one actuator, said control means being configured to send, to the actuator (6, 1006, 1006'), signals corresponding to the forces to be applied to said surface (4, 1004) according to the tactile stimulation to be generated on the surface, wherein said forces are determined by a time-reversal method, said surface (4, 1004) comprising at least one area such that: c 3 λ ρ λ < 10 13 ∀ λ ≥ 2 cm - λ is the wavelength of the bending waves being propagated in said area, - c is the speed of the bending waves, - ρ is the mass per surface unit of said area, and wherein said at least one actuator (6, 1006, 1006') has a bandwidth extending between 1 Hz and 20 kHz so as to excite a large number of modes specific to said surface (4, 1004). - λ is the wavelength of the bending waves being propagated in said area, - c is the speed of the bending waves, - ρ is the mass per surface unit of said area, and
An exhaust gas system for an internal combustion engine, comprising a selective catalytic reduction purification system, which comprises an injection arrangement for adding a reducing agent to a flow of exhaust gases and an essentially circular cylindrical vaporisation chamber comprising an inner vaporisation chamber and an outer vaporisation chamber surrounding the inner vaporisation chamber, and an inlet end and an outlet end, wherein the injection arrangement is arranged in fluid connection with the vaporisation chamber and upstream of the vaporisation chamber, wherein the inlet end of the vaporisation chamber is arranged in fluid connection with a swirl-generating means that provides swirl-motion to the exhaust gas flow and the reducing agent inside the inner vaporisation chamber, which swirl-generating means is arranged upstream of the injection arrangement, characterized in that the outlet end of the vaporisation chamber is arranged in fluid connection with a swirl-retarding means arranged downstream of the inner vaporisation chamber to retard the swirl-motion of the exhaust gas flow and the reducing agent.
A profiled hollow brick has two straight walls (1,2) forming an angle of nearly 90°, and these are connected to each other by an arcuate wall in such a way that they form a half segment comprising: an upper horizontal face, a side face and a curved face joining these two faces, characterised in that the said side face is slightly inclined so as to present, when two of the said bricks are assembled, a space with reverse taper used to house a reinforced concrete beam
The use of at least one peptide of general formula: or of the dermopharmaceutically acceptable salts thereof, wherein: X is D-alanyl and Y is selected from the group consisting of natural amino acids in their L- or D- form or non-encoded amino acids selected from the group consisting of citrulline, ornithine, sarcosine, desmosine, norvaline, 4-aminobutyric acid, 2-aminobutyric acid, 2-aminoisobutyric acid, 6-aminohexanoic acid, 1-naphthylalanine, 2-naphthylalanine, 2-aminobenzoic acid, 4-aminobenzoic acid, cycloserine, hydroxyproline, allo -isoleucine, isonipecotic acid, isoserine, phenylglycine, statin, β-alanine and norleucine; R 1 is selected from the group formed by H or alkyl, aryl, aralkyl or acyl group and; R 2 is selected from the group formed by amino, hydroxy or thiol, all of them substituted or non-substituted with aliphatic or cyclic groups, and at least a dermopharmaceutically acceptable excipients or adjuvant for the preparation of a dermopharmaceutical composition for reducing and/or eliminating facial wrinkles. X is D-alanyl and Y is selected from the group consisting of natural amino acids in their L- or D- form or non-encoded amino acids selected from the group consisting of citrulline, ornithine, sarcosine, desmosine, norvaline, 4-aminobutyric acid, 2-aminobutyric acid, 2-aminoisobutyric acid, 6-aminohexanoic acid, 1-naphthylalanine, 2-naphthylalanine, 2-aminobenzoic acid, 4-aminobenzoic acid, cycloserine, hydroxyproline, allo -isoleucine, isonipecotic acid, isoserine, phenylglycine, statin, β-alanine and norleucine; R 1 is selected from the group formed by H or alkyl, aryl, aralkyl or acyl group and; R 2 is selected from the group formed by amino, hydroxy or thiol, all of them substituted or non-substituted with aliphatic or cyclic groups, and at least a dermopharmaceutically acceptable excipients or adjuvant for the preparation of a dermopharmaceutical composition for reducing and/or eliminating facial wrinkles.