mhurhangee/ep-ind-claims huggingface dataset:
Method to assess the oestrus of multiple non-human animals to predict an insemination interval for each non-human animal, comprising for each non-human animal: in a first cycle: - determining a value for at least one characteristic of the oestrus, - predicting the insemination interval based on the determination of the said value, - inseminating the animal in the said interval, - establishing a fertilisation rate of the inseminated animal, in a second cycle: - determining a new value for the said at least one characteristic of the oestrus, and - predicting a new insemination interval for the said animal using the determination of the new value and the fertilisation rate. in a first cycle: - determining a value for at least one characteristic of the oestrus, - predicting the insemination interval based on the determination of the said value, - inseminating the animal in the said interval, - establishing a fertilisation rate of the inseminated animal, - determining a value for at least one characteristic of the oestrus, - predicting the insemination interval based on the determination of the said value, - inseminating the animal in the said interval, - establishing a fertilisation rate of the inseminated animal, in a second cycle: - determining a new value for the said at least one characteristic of the oestrus, and - predicting a new insemination interval for the said animal using the determination of the new value and the fertilisation rate. - determining a new value for the said at least one characteristic of the oestrus, and - predicting a new insemination interval for the said animal using the determination of the new value and the fertilisation rate.
A method for the frequency correction of an oscillator of a sensor node of a sensor network with the method steps: - receiving a transmission signal of a first transmitter with a modulation according to orthogonal frequency-division multiplexing (OFDM); - determining the frequency deviation of the oscillator based on the received transmission signal; - determining a correction signal for the correction of the frequency deviation of the oscillator; - correcting the frequency of the oscillator with the correction signal; wherein the sensor node is communicatively connected to further sensor nodes; characterised in that the sensor node receives information about a second transmitter currently used for frequency correction from a further sensor node and subsequently continues the frequency correction with this transmitter when shadowing of a first reference transmitter is recognised on the basis of a signal-to-interference ratio or symbol/noise ratio falling below a predefined value. - receiving a transmission signal of a first transmitter with a modulation according to orthogonal frequency-division multiplexing (OFDM); - determining the frequency deviation of the oscillator based on the received transmission signal; - determining a correction signal for the correction of the frequency deviation of the oscillator; - correcting the frequency of the oscillator with the correction signal;
A glass comprising at least the following components (given in mol-% on oxide basis): SiO 2 64 - 77 Al 2 O 3 5 - 14 Na 2 O 4 - 12 CaO 1 - 12 MgO 0 - 14 ZrO 2 0 - 2 TiO 2 0.1 - 4.5 ZnO ≤ 0.05 K 2 O 0 - 3 wherein the ratio Al 2 O 3 /Na 2 O ≥ 1; wherein the ratio Al 2 O 3 /CaO ≥ 1.5; wherein the total content SiO 2 + Al 2 O 3 < 82 mol-%; wherein there is present no B 2 O 3, apart from unavoidable impurities. wherein the ratio Al 2 O 3 /CaO ≥ 1.5; wherein the total content SiO 2 + Al 2 O 3 < 82 mol-%; wherein there is present no B 2 O 3, apart from unavoidable impurities.
A peptide consisting of: i) an amino acid sequence selected from: VIGMDVAASEFFcitSGKYDLD, VIGMDVAASEFYcitSGKYDLD, EVDLFTSKGLFcitAAVPSGAS, EVDLYTAKGLFcitAAVPSGAS, KGVPLYcitHIADLAGNSEVIL, KGVPLYcitHIADLAGNPEVIL, VGDDLTVTNPKcitIAKAVNEK, or VGDDLTVTNPKcitIAKAASEK wherein "cit" represents citrulline, or ii) the amino acid sequence of i), with the exception of 1, 2 or 3 amino acid changes selected from substitutions, insertions, and/or deletions in a non-citrulline position, wherein the peptide can be used to raise an immune response against tumours; or iii) an amino acid sequence with at least 80% sequence identity to the amino acid sequence of i), wherein amino acid changes are in a non-citrulline position and wherein the peptide can be used to raise an immune response against tumours; or iv) the amino acid sequence: IFDScitGNPTVEVDLY. i) an amino acid sequence selected from: VIGMDVAASEFFcitSGKYDLD, VIGMDVAASEFYcitSGKYDLD, EVDLFTSKGLFcitAAVPSGAS, EVDLYTAKGLFcitAAVPSGAS, KGVPLYcitHIADLAGNSEVIL, KGVPLYcitHIADLAGNPEVIL, VGDDLTVTNPKcitIAKAVNEK, or VGDDLTVTNPKcitIAKAASEK wherein "cit" represents citrulline, or VIGMDVAASEFFcitSGKYDLD, VIGMDVAASEFYcitSGKYDLD, EVDLFTSKGLFcitAAVPSGAS, EVDLYTAKGLFcitAAVPSGAS, KGVPLYcitHIADLAGNSEVIL, KGVPLYcitHIADLAGNPEVIL, VGDDLTVTNPKcitIAKAVNEK, or VGDDLTVTNPKcitIAKAASEK ii) the amino acid sequence of i), with the exception of 1, 2 or 3 amino acid changes selected from substitutions, insertions, and/or deletions in a non-citrulline position, wherein the peptide can be used to raise an immune response against tumours; or iii) an amino acid sequence with at least 80% sequence identity to the amino acid sequence of i), wherein amino acid changes are in a non-citrulline position and wherein the peptide can be used to raise an immune response against tumours; or iv) the amino acid sequence: IFDScitGNPTVEVDLY.
A method of epoxidizing an olefin to form an epoxide, the method comprising contacting an alkene (C≤12) or aralkene (C≤12) with a titanium silica catalyst wherein the titanium silica catalyst comprises a silica zeolite catalyst which comprises a silica framework in which silicon atoms in the silica framework have been replaced with titanium atoms and the zeolite is an aluminosilicate MWW zeolite, a peroxide, a buffer, and more organic solvents in a reaction mixture, wherein the first organic solvent is 1-phenylethyl alcohol, and the second organic solvent is acetophenone, and the reaction mixture comprises a ratio of acetophenone to 1-phenylethyl alcohol of 1 part acetophenone to 99 parts 1-phenylethyl alcohol to 50 parts acetophenone to 50 parts 1-phenylethyl alcohol and heating the reaction vessel to a temperature between 70 °C to 150 °C.
Microwave device (10; 100) for the ablation of biological tissues comprising a coaxial antenna, said coaxial antenna comprising an internal conductor surrounded by a layer of dielectric material, an external conductor that is externally coaxial to said layer of dielectric material, a metal tip that is connected electrically to said internal conductor, a quarter wave impedance transformer (16; 116) ending in a short circuit, said impedance transformer (16; 116) comprising a sleeve (15; 115) made of dielectric material having a proximal end covered with a layer of metal material (16a; 116a) obtained by depositing said metal material on the surface of said dielectric material, said layer of metal material (16a; 116a) extending for a length near a quarter of wavelength of the electromagnetic field in said dielectric material at the operating frequency of the device (10; 100) or of odd multiples of said quarter of wavelength, said layer of metal material being connected electrically to said external conductor, characterised by a metal cannula inserted above said sleeve (15; 1115) and connected to said layer of metal material (16a; 116a) by gluing, brazing, welding or mechanical interference.
A process for preparing (4Z,7Z)-4,7-decadien-1-yl acetate, comprising at least the following steps: reducing a 10-halo-3,6-decadiyne of the general formula: wherein X 1 is a halogen atom, to form a (3Z,6Z)-10-halo-3,6-decadiene of the general formula: and converting the (3Z,6Z)-10-halo-3,6-decadiene into (4Z,7Z)-4,7-decadien-1-yl acetate of the formula having an acetoxy group in place of the halogen atom of the (3Z,6Z)-10-halo-3,6-decadiene: reducing a 10-halo-3,6-decadiyne of the general formula: wherein X 1 is a halogen atom, to form a (3Z,6Z)-10-halo-3,6-decadiene of the general formula: and converting the (3Z,6Z)-10-halo-3,6-decadiene into (4Z,7Z)-4,7-decadien-1-yl acetate of the formula having an acetoxy group in place of the halogen atom of the (3Z,6Z)-10-halo-3,6-decadiene:
A component tube holding arrangement holding one or more elongated component tubes for vibratory feeding of components in a feeding direction towards a picking position in a component mounting machine, said component tube(s) containing consecutively stored components and being provided with an open end, respectively, for releasing components from the component tube(s) at the picking position, comprising: a support surface for supporting the component tube(s), a reception portion for receiving said open end of the component tube(s), and at least one component stop at the reception portion defining a picking position for components fed from said open end; characterized in that the arrangement is arranged to be releasably mountable in the component mounting machine or in a vibratory feed magazine arranged to be loaded into the component mounting machine, and wherein the arrangement lacks vibratory component feeding means and is arranged for allowing vibratory feeding means provided in the magazine or in the component mounting machine to engage with the arrangement for feeding the components towards the picking position. a support surface for supporting the component tube(s), a reception portion for receiving said open end of the component tube(s), and at least one component stop at the reception portion defining a picking position for components fed from said open end; characterized in that the arrangement is arranged to be releasably mountable in the component mounting machine or in a vibratory feed magazine arranged to be loaded into the component mounting machine, and wherein the arrangement lacks vibratory component feeding means and is arranged for allowing vibratory feeding means provided in the magazine or in the component mounting machine to engage with the arrangement for feeding the components towards the picking position.
A lidar base, comprising: a base body configured to install a lidar assembly; and a cover plate disposed on the base body, and a diversion gap being defined between the cover plate and the base body, wherein an air outlet of the diversion gap is arranged such that the air outlet is toward the lidar assembly in a case where the lidar assembly is installed on the base body; wherein the base body is provided with an air passage, and an air outlet end of the air passage is in communication with the diversion gap; wherein an outer wall of the base body is provided with a groove, the cover plate and the groove define the diversion gap, and the air outlet end of the air passage extends to a bottom wall of the groove; wherein an upper edge of the groove is provided with a first inclined surface, and an inner side surface of the cover plate is spaced apart from the first inclined surface to define the air outlet of the diversion gap; characterized in that: the outer wall of the base body comprises an arc-shaped surface formed by an upper edge of the first inclined surface extending upwardly in an arc shape, and the arc-shaped surface is recessed inwardly. a base body configured to install a lidar assembly; and a cover plate disposed on the base body, and a diversion gap being defined between the cover plate and the base body, wherein an air outlet of the diversion gap is arranged such that the air outlet is toward the lidar assembly in a case where the lidar assembly is installed on the base body; wherein the base body is provided with an air passage, and an air outlet end of the air passage is in communication with the diversion gap; wherein an outer wall of the base body is provided with a groove, the cover plate and the groove define the diversion gap, and the air outlet end of the air passage extends to a bottom wall of the groove; wherein an upper edge of the groove is provided with a first inclined surface, and an inner side surface of the cover plate is spaced apart from the first inclined surface to define the air outlet of the diversion gap; characterized in that: the outer wall of the base body comprises an arc-shaped surface formed by an upper edge of the first inclined surface extending upwardly in an arc shape, and the arc-shaped surface is recessed inwardly.
A discrimination system, comprising: a fluid column forming structure that creates a fluid column containing sperm cells within a generally elliptical cross section of core stream contained within a generally circular cross section of sheath fluid, wherein the sperm cells are at differing positions within the fluid column; an excitation source that generates excitation electromagnetic radiation directed toward sperm cells in the fluid column at a measurement region, where the sperm cells within the fluid column emanate output electromagnetic radiation in response to the excitation electromagnetic radiation; an optical arrangement that collects output electromagnetic radiation from the sperm cells; a SiPM split detector that i) generates an electrical signal responsive to the intensity of the output electromagnetic radiation collected by the optical arrangement and ii) detects the position of sperm cells in the fluid column.; and an analyzer having instructions stored thereon i) to normalize the intensity of the output electromagnetic radiation represented in the electrical signal based on the position of the sperm cells in the fluid column, and ii) to discriminate a first type of sperm from other sperm cells. a fluid column forming structure that creates a fluid column containing sperm cells within a generally elliptical cross section of core stream contained within a generally circular cross section of sheath fluid, wherein the sperm cells are at differing positions within the fluid column; an excitation source that generates excitation electromagnetic radiation directed toward sperm cells in the fluid column at a measurement region, where the sperm cells within the fluid column emanate output electromagnetic radiation in response to the excitation electromagnetic radiation; an optical arrangement that collects output electromagnetic radiation from the sperm cells; a SiPM split detector that i) generates an electrical signal responsive to the intensity of the output electromagnetic radiation collected by the optical arrangement and ii) detects the position of sperm cells in the fluid column.; and an analyzer having instructions stored thereon i) to normalize the intensity of the output electromagnetic radiation represented in the electrical signal based on the position of the sperm cells in the fluid column, and ii) to discriminate a first type of sperm from other sperm cells.
An LED light-emitting module comprising: a base board with at least one groove having a bottom; at least one printed circuit board with an array of LED chips, respectively arranged in the groove, wherein respective LED chips are directly mounted on the printed circuit board through a COB process, and the LED light-emitting module further comprising a reflector on a side wall of the groove to reflect light from the LED chips, wherein the at least one printed circuit board is fixed in the at least one groove and the reflector and the base board are formed in one piece.
A piston rod assembly for a drug delivery device, comprising: - a piston rod adapted to be operably engaged with a piston of a cartridge containing a medicament, - at least one adjusting member displaceably disposed at the piston rod with respect to the piston rod's long axis, and being interconnected with a distal end section of the piston rod, and - at least one interlock means adapted to interact with the adjusting member and/or with the piston rod for mutually locking in position the adjusting member and the piston rod in an arbitrary relative position and wherein the adjusting member and the piston rod are threadedly engaged in order to axially displace the piston rod and the adjusting member relative to each other with respect to the piston rod's long axis, and wherein the interlock means is adapted to inhibit self-acting relative rotation of piston rod and adjusting member, characterized in that - the interlock means comprise at least one resiliently biased tongue member adapted to engage with a corrugated surface portion of the adjusting member or of the piston rod, wherein the adjusting member comprises a threaded receptacle adapted to receive a correspondingly threaded distal socket portion of the piston rod, or wherein the piston rod comprises a threaded receptacle adapted to receive a correspondingly threaded proximal socket portion of the adjusting member, and - wherein the interlock means positively engage with a sidewall of the receptacle. - a piston rod adapted to be operably engaged with a piston of a cartridge containing a medicament, - at least one adjusting member displaceably disposed at the piston rod with respect to the piston rod's long axis, and being interconnected with a distal end section of the piston rod, and - at least one interlock means adapted to interact with the adjusting member and/or with the piston rod for mutually locking in position the adjusting member and the piston rod in an arbitrary relative position and wherein the adjusting member and the piston rod are threadedly engaged in order to axially displace the piston rod and the adjusting member relative to each other with respect to the piston rod's long axis, and wherein the interlock means is adapted to inhibit self-acting relative rotation of piston rod and adjusting member, characterized in that - the interlock means comprise at least one resiliently biased tongue member adapted to engage with a corrugated surface portion of the adjusting member or of the piston rod, wherein the adjusting member comprises a threaded receptacle adapted to receive a correspondingly threaded distal socket portion of the piston rod, or wherein the piston rod comprises a threaded receptacle adapted to receive a correspondingly threaded proximal socket portion of the adjusting member, and - wherein the interlock means positively engage with a sidewall of the receptacle.
A driver assistance apparatus comprising: a display; a first camera configured to capture a first video of the vicinity of a vehicle; a second camera configured to capture a second video of the vicinity of the vehicle; and a processor configured to generate a first synthetic video based on the first video of the vicinity of the vehicle and second video of the vicinity of the vehicle, set as a first stitching region an overlap region of the first video of the vicinity of the vehicle and the second video of the vicinity of the vehicle, wherein the first stitching region is a fixed region included in the first video and the second video of the vicinity of the vehicle, extract a first edge of a first object included in the first stitching region, characterized by the processor further configured to: generate the first synthetic video by connecting the first video of the vicinity of the vehicle excluding the first stitching region, a first empty image having the same size and location as the first stitching region, and the second video of the vicinity of the vehicle excluding the first stitching region, display, via the display, the first synthetic video and the first edge of the first object overlapping with the first empty image. a display; a first camera configured to capture a first video of the vicinity of a vehicle; a second camera configured to capture a second video of the vicinity of the vehicle; and a processor configured to generate a first synthetic video based on the first video of the vicinity of the vehicle and second video of the vicinity of the vehicle, set as a first stitching region an overlap region of the first video of the vicinity of the vehicle and the second video of the vicinity of the vehicle, wherein the first stitching region is a fixed region included in the first video and the second video of the vicinity of the vehicle, extract a first edge of a first object included in the first stitching region, characterized by the processor further configured to: generate the first synthetic video by connecting the first video of the vicinity of the vehicle excluding the first stitching region, a first empty image having the same size and location as the first stitching region, and the second video of the vicinity of the vehicle excluding the first stitching region, display, via the display, the first synthetic video and the first edge of the first object overlapping with the first empty image.
A method for making a solid-state lighting device substrate, comprising the successive steps of: forming a polycrystalline material on a support member, wherein the polycrystalline material includes some crystals oriented in a common first direction and other crystals not oriented in the first direction; increasing the number, population and/or extent of the crystals oriented in the first direction, wherein increasing the number, population and/or extent of the crystals oriented in the first direction includes removing or shrinking the crystals not oriented in the first direction by a preferential etch process and subsequently growing the crystals oriented in the first direction; and forming gallium nitride carried by the polycrystalline material, with the crystals oriented in the first direction controlling, at least in part, the crystal orientation of the gallium nitride. forming a polycrystalline material on a support member, wherein the polycrystalline material includes some crystals oriented in a common first direction and other crystals not oriented in the first direction; increasing the number, population and/or extent of the crystals oriented in the first direction, wherein increasing the number, population and/or extent of the crystals oriented in the first direction includes removing or shrinking the crystals not oriented in the first direction by a preferential etch process and subsequently growing the crystals oriented in the first direction; and forming gallium nitride carried by the polycrystalline material, with the crystals oriented in the first direction controlling, at least in part, the crystal orientation of the gallium nitride.
A risk analysis system characterized by comprising a risk analyzer (76, 110) configured to determine a security risk to a feature of a communication network by analyzing certain assets of the communication network which are associated with the feature of the communication network and vulnerabilities affecting the certain assets which are associated with the feature of the communication network when performing a targeted analysis, the security risk to the feature of the communication network is different from a network-wide security analysis based on all assets of the communication network; wherein the feature of the communication network comprises a service provided by the communication network, and/or a mission which is carried out using the communication network.
Heating device for heating a building and/or hot water, comprising a primary heat exchanger, a burner, auxiliary units (8, 9, 14, 15), a base plate, building walls (17, 18, 20) and insulating agents (2, 5, 6), wherein the primary heat exchanger is connected to the base plate via supporting means, wherein lateral insulating agents (5, 6) insulate the primary heat exchanger laterally and, if appropriate, at the top, wherein a lower insulating agent insulates the primary heat exchanger at the bottom, and wherein the building walls (17, 18, 20) are connected to a bond which is stiffened by the insulating agents (2, 5, 6), wherein the heating device has a substantially rectangular cross-section and the corners of the lateral insulating agents (5, 6) are formed such that elastic springy strips are formed which, in assembled condition, apply onto the bond a preloading force from inside to outside.