mhurhangee/ep-ind-claims huggingface dataset:
A safe and effective immunological or vaccine composition comprising: a. one or more recombinant viral vectors, comprising heterologous polynucleotides encoding one or more porcine reproductive and respiratory syndrome virus (PRRSV) gp2, gp3, gp4 and E antigens, polypeptides or ectodomains thereof; wherein all four proteins are expressed from a single vector; and b. a pharmaceutically or veterinarily acceptable carrier; optionally wherein the one or more vectors further comprise a heterologous polynucleotide encoding PRRSV gp5a and/or gp5 antigen(s), polypeptide(s) or ectodomain(s) thereof. a. one or more recombinant viral vectors, comprising heterologous polynucleotides encoding one or more porcine reproductive and respiratory syndrome virus (PRRSV) gp2, gp3, gp4 and E antigens, polypeptides or ectodomains thereof; wherein all four proteins are expressed from a single vector; and b. a pharmaceutically or veterinarily acceptable carrier;
A method of processing a sidelink signal, performed by a terminal device, the method comprising: receiving, through higher layer signaling, information regarding a resource reselection condition, selecting, based on sensing, periodic resources having a semi-persistent period in a resource region configured in the terminal device for transmitting multiple sidelink data units; and dropping one or more sidelink transmissions on the selected periodic resources, determining a first number related to a number of times of consecutively dropped sidelink transmissions in the periodic resources selected for the plurality of sidelink data units; performing a resource reselection based on the resource reselection condition, wherein the resource reselection condition includes a first condition which is satisfied based on that the first number becomes a specific number configured in the terminal device through the higher layer signaling, wherein the specific number configured in the terminal device through the higher layer signaling is larger than 1, and wherein, based on that the first number becomes the specific number, the resource reselection is performed irrespective of a counter related to the resource reselection. receiving, through higher layer signaling, information regarding a resource reselection condition, selecting, based on sensing, periodic resources having a semi-persistent period in a resource region configured in the terminal device for transmitting multiple sidelink data units; and dropping one or more sidelink transmissions on the selected periodic resources, determining a first number related to a number of times of consecutively dropped sidelink transmissions in the periodic resources selected for the plurality of sidelink data units; performing a resource reselection based on the resource reselection condition, wherein the resource reselection condition includes a first condition which is satisfied based on that the first number becomes a specific number configured in the terminal device through the higher layer signaling, wherein the specific number configured in the terminal device through the higher layer signaling is larger than 1, and wherein, based on that the first number becomes the specific number, the resource reselection is performed irrespective of a counter related to the resource reselection.
A device for tricuspid regurgitation surgery by a cerclage suture, the device comprising: a hollow coronary sinus tube formed to be inserted into coronary sinus for protecting coronary sinus tissue from the cerclage suture inserted therein; and a hollow tricuspid valve tube formed to be inserted into tricuspid valve for protecting tricuspid valve tissue and interventricular septum tissue from the cerclage suture inserted therein, wherein the coronary sinus tube and the tricuspid valve tube are laterally coupled with each other from upper portions thereof by a predetermined length, and lower portions thereof are separated from each other, and a blocking part is provided on a side of the tricuspid valve tube and is formed and arranged for blocking a space resulting from incomplete closure of the tricuspid valve of a heart, characterized in that the blocking part is in a form of a blocking membrane, wherein the blocking membrane includes: an annular support being connected to the tricuspid valve tube; and a body for blocking a blood flow caused by incomplete closure of the tricuspid valve, by being connected to a lower portion of the support, wherein the support has a stronger structure than the body such that a shape of the blocking membrane is maintained. a hollow coronary sinus tube formed to be inserted into coronary sinus for protecting coronary sinus tissue from the cerclage suture inserted therein; and a hollow tricuspid valve tube formed to be inserted into tricuspid valve for protecting tricuspid valve tissue and interventricular septum tissue from the cerclage suture inserted therein, wherein the coronary sinus tube and the tricuspid valve tube are laterally coupled with each other from upper portions thereof by a predetermined length, and lower portions thereof are separated from each other, and a blocking part is provided on a side of the tricuspid valve tube and is formed and arranged for blocking a space resulting from incomplete closure of the tricuspid valve of a heart, characterized in that the blocking part is in a form of a blocking membrane, wherein the blocking membrane includes: an annular support being connected to the tricuspid valve tube; and a body for blocking a blood flow caused by incomplete closure of the tricuspid valve, by being connected to a lower portion of the support, wherein the support has a stronger structure than the body such that a shape of the blocking membrane is maintained. an annular support being connected to the tricuspid valve tube; and a body for blocking a blood flow caused by incomplete closure of the tricuspid valve, by being connected to a lower portion of the support, wherein the support has a stronger structure than the body such that a shape of the blocking membrane is maintained.
A palatable support intended to at least partially wrap an active substance that is initially independent of the support, and intended for a cat or a dog, characterized in that it includes, as a percentage by weight based on the total weight of the support, 3% to 50% of glucose syrup, the dextrose equivalent of the glucose syrup being in the range 5 to 60, at least 5% of rice starch, and at least 30% of protein of animal origin.
A method for removing or reacting acrylamide from an aqueous preparation to produce a final product having a reduced acrylamide content, comprising the following steps: (i) Providing an aqueous preparation containing acrylamide and other components as a starting product for the manufacturing of a final product with a reduced acrylamide content; (ii) dividing the aqueous preparation into two material streams to obtain a retentate and a permeate, wherein the retentate contains the further components, and wherein the permeate contains acrylamide and preferably no or a small proportion of further components; (iii) bringing the permeate into contact with an acrylamide-reducing biocatalyst and obtaining a permeate with a reduced acrylamide content; (iv) combining the resulting permeate having a reduced content of acrylamide and the retentate from step (ii) and obtaining an aqueous preparation having a reduced content of acrylamide, wherein the permeate does not contain the biocatalyst; (v) optionally, further processing the aqueous preparation with reduced content of acrylamide from step (iv) to obtain a final product. (i) Providing an aqueous preparation containing acrylamide and other components as a starting product for the manufacturing of a final product with a reduced acrylamide content; (ii) dividing the aqueous preparation into two material streams to obtain a retentate and a permeate, wherein the retentate contains the further components, and wherein the permeate contains acrylamide and preferably no or a small proportion of further components; (iii) bringing the permeate into contact with an acrylamide-reducing biocatalyst and obtaining a permeate with a reduced acrylamide content; (iv) combining the resulting permeate having a reduced content of acrylamide and the retentate from step (ii) and obtaining an aqueous preparation having a reduced content of acrylamide, wherein the permeate does not contain the biocatalyst; (v) optionally, further processing the aqueous preparation with reduced content of acrylamide from step (iv) to obtain a final product.
Semifinished fibre product having - a core region in the form of a wet compression mat having a fibre structure which is impregnated with a matrix, wherein the fibre structure comprises a woven fabric, a braid, a laid scrim and/or a nonwoven composed of carbon fibre, and - a peripheral region which completely surrounds the end-face peripheral region of the core region, wherein the peripheral region comprises a semifinished fibre-matrix product, wherein the semifinished fibre-matrix product comprises a sheet moulding compound, a bulk moulding compound and/or a thick moulding compound, wherein the peripheral region is in the form of an encapsulation, and wherein, in the core region, continuous fibres having a length in the range of 25 to 30 mm predominantly serve as reinforcement, and, in the peripheral region, short fibres having a length in the range of 1 to 30 mm are provided as reinforcement. - a core region in the form of a wet compression mat having a fibre structure which is impregnated with a matrix, wherein the fibre structure comprises a woven fabric, a braid, a laid scrim and/or a nonwoven composed of carbon fibre, and - a peripheral region which completely surrounds the end-face peripheral region of the core region, wherein the peripheral region comprises a semifinished fibre-matrix product, wherein the semifinished fibre-matrix product comprises a sheet moulding compound, a bulk moulding compound and/or a thick moulding compound, wherein the peripheral region is in the form of an encapsulation, and wherein, in the core region, continuous fibres having a length in the range of 25 to 30 mm predominantly serve as reinforcement, and, in the peripheral region, short fibres having a length in the range of 1 to 30 mm are provided as reinforcement.
A dispensing device for fluids from a fluid container, comprising an attachment section, a first blocking section and an actuating section, wherein a dispensing of the fluid results from actuation of the actuating section, and wherein the actuation of the actuation section is blockable by a rotation of the first blocking section relative to the attachment section, wherein the dispensing device comprises at least two blocking sections (3A, 3B), wherein the actuation of the actuating section is also blockable by a rotation of the second blocking section relative to the attachment section, characterized in that the dispensing device is actuatable only in one relative position of the first blocking section, the second blocking section and the attachment section.
An internal line-up clamp for holding two pipes in alignment so that the pipes may be welded together, wherein the clamp includes a plurality of welding support blocks, wherein each welding support block is a welding support block for supporting, from the rear surface of a joint to be welded, a weld pool created during the welding process, being characterised in that each welding support block comprises a block of metal and a layer of ceramic material arranged to provide thermal insulation between the block of metal and the weld pool, wherein the ceramic material layer has a thickness between 0.25mm and 1.5mm, and the metal material immediately beneath the ceramic material layer is made of steel. each welding support block comprises a block of metal and a layer of ceramic material arranged to provide thermal insulation between the block of metal and the weld pool, wherein the ceramic material layer has a thickness between 0.25mm and 1.5mm, and the metal material immediately beneath the ceramic material layer is made of steel.
An apparatus for verifying an origin of a transmitted file, the apparatus configured to: obtain a hash of a file to be transmitted to a second apparatus and an indication of a file creator of the file from a sender apparatus; retrieve an identifier associated with the file creator from storage at the apparatus or cloud storage; store the hash of the file associated with the identifier of the file creator, and the retrieved identifier, and one or more assertions provided by an authorised third party, in an immutable ledger; obtain the hash of the file from a second apparatus; verify that the hash of the file is stored in the immutable ledger; retrieve one or more assertions recorded in the immutable ledger and cryptographically associated with the file from the immutable ledger, the one or more assertions comprising the one or more assertions provided by the authorised third party; retrieve the stored associated identifier of the file creator using the hash of the file; and transmit, to the second apparatus: a confirmation that the file is from the file creator; and at least one of the one or more assertions cryptographically associated with the file. obtain a hash of a file to be transmitted to a second apparatus and an indication of a file creator of the file from a sender apparatus; retrieve an identifier associated with the file creator from storage at the apparatus or cloud storage; store the hash of the file associated with the identifier of the file creator, and the retrieved identifier, and one or more assertions provided by an authorised third party, in an immutable ledger; obtain the hash of the file from a second apparatus; verify that the hash of the file is stored in the immutable ledger; retrieve one or more assertions recorded in the immutable ledger and cryptographically associated with the file from the immutable ledger, the one or more assertions comprising the one or more assertions provided by the authorised third party; retrieve the stored associated identifier of the file creator using the hash of the file; and transmit, to the second apparatus: a confirmation that the file is from the file creator; and at least one of the one or more assertions cryptographically associated with the file. a confirmation that the file is from the file creator; and at least one of the one or more assertions cryptographically associated with the file.
Method for generating an output voltage with an adjustable root mean square (rms) value from a variable direct current link voltage, wherein - the rms value of the output voltage is adjusted using pulse width modulation of the DC link voltage, including the step of: - measuring the DC link voltage, characterized by subsequent further steps of: - generating a counter clock signal with a counter clock frequency (fc) which is proportional to the measured DC link voltage, - generating at least one counter target value which is a function of an adjusted rms value of the output voltage, - generating counter values in time with the counter clock signal, and - generating the output voltage as a pulse width modulated signal, in that the counter value is compared to the at least one counter target value and a level of the output voltage is adjusted in response to the result of the comparison. - the rms value of the output voltage is adjusted using pulse width modulation of the DC link voltage, including the step of: - measuring the DC link voltage, - generating a counter clock signal with a counter clock frequency (fc) which is proportional to the measured DC link voltage, - generating at least one counter target value which is a function of an adjusted rms value of the output voltage, - generating counter values in time with the counter clock signal, and - generating the output voltage as a pulse width modulated signal, in that the counter value is compared to the at least one counter target value and a level of the output voltage is adjusted in response to the result of the comparison.
An electronic program guide comprising: a user interface screen displaying program information in fields on a grid layout having channel information and run time information displayed along respective axes of the grid layout, wherein at least some of said fields correspond with program instances having non-uniform run times relative to each other; characterized in that the EPG comprises: means for computing a vertical bias line extending vertically from the center of a first, currently highlighted, field in the grid and a horizontal bias line extending horizontally from the center of the first, currently highlighted, field in the grid; means for, in response to scrolling by a user in a given one of the horizontal and vertical directions, highlighting the next field that intersects the respective bias line along the given direction; and means for maintaining the position of said respective bias line and recalculating the other one of the bias lines. means for computing a vertical bias line extending vertically from the center of a first, currently highlighted, field in the grid and a horizontal bias line extending horizontally from the center of the first, currently highlighted, field in the grid; means for, in response to scrolling by a user in a given one of the horizontal and vertical directions, highlighting the next field that intersects the respective bias line along the given direction; and means for maintaining the position of said respective bias line and recalculating the other one of the bias lines.
A linear motor compressor comprising: a compressor housing; a cylinder housing having a plurality of opposing compression chambers; a piston freely reciprocating within the cylinder housing, a linear electric motor positioned to reciprocate the piston; and a piston position feedback control system configured to provide adaptive current output as a function of position feedback and/or velocity feedback from the piston and/or the electric motor, characterized in that the linear electric motor is a three-phase permanent magnet motor and the piston position feedback control system is configured to form and control a traveling wave within the electric motor that moves the piston. a compressor housing; a cylinder housing having a plurality of opposing compression chambers; a piston freely reciprocating within the cylinder housing, a linear electric motor positioned to reciprocate the piston; and a piston position feedback control system configured to provide adaptive current output as a function of position feedback and/or velocity feedback from the piston and/or the electric motor,
Method for determining a sample composition of a coated sample comprising a bulk sample and a coating, the method comprising the steps of: (a) Obtaining a measured X-ray spectrum for at least one measurement point of the coated sample using a measurement system, the measured X-ray spectrum comprising a plurality of first lines characteristic for the bulk sample and at least one second line characteristic for a coating material; (b) Determining a simulated X-ray spectrum for the coated sample based on an initial bulk sample composition and an initial coating material and thickness; (c) Determining an adapted bulk sample composition that improves a match between the plurality of first lines and an adapted simulated X-ray spectrum, wherein the adapted simulated X-ray spectrum is determined based on the adapted bulk sample composition and the initial coating material and thickness; (d) Determining an adapted coating thickness for the coating material based on the adapted bulk sample composition and the at least one second line; and (e) Repeating the steps (b) to (d) using the adapted bulk sample composition and the adapted coating thickness of the coating material instead of the initial values, wherein the coating thickness is used for determining an absorption of X-rays. (a) Obtaining a measured X-ray spectrum for at least one measurement point of the coated sample using a measurement system, the measured X-ray spectrum comprising a plurality of first lines characteristic for the bulk sample and at least one second line characteristic for a coating material; (b) Determining a simulated X-ray spectrum for the coated sample based on an initial bulk sample composition and an initial coating material and thickness; (c) Determining an adapted bulk sample composition that improves a match between the plurality of first lines and an adapted simulated X-ray spectrum, wherein the adapted simulated X-ray spectrum is determined based on the adapted bulk sample composition and the initial coating material and thickness; (d) Determining an adapted coating thickness for the coating material based on the adapted bulk sample composition and the at least one second line; and (e) Repeating the steps (b) to (d) using the adapted bulk sample composition and the adapted coating thickness of the coating material instead of the initial values,
A process for preparing a lubricating grease comprising a step in which a compound of formula (a) is reacted with a compound of formula (b) to provide a compound of formula (c): wherein R 1 is chosen from hydrocarbyl having from 1 to 30 carbon atoms, R 2 is chosen from hydrocarbylene comprising from 1 to 30 carbon atoms, R 3 is chosen from hydrocarbyl comprising from 2 to 30 carbon atoms and n is 2, and wherein the reaction of the compound of formula (a) with the compound of formula (b) is carried out in the presence of a base oil, or the compound of formula (c) is mixed with a base oil.
A temperature measurement apparatus comprising: a display unit; a first temperature sensor that is, in a thickness direction of an apparatus main body, disposed so as to be close to a contact surface with an object to be measured; a second temperature sensor that is, in the thickness direction of the apparatus main body, disposed so as to be close to the display unit; and a calculation processing unit that is arranged to calculate an internal temperature of the object to be measured by using a first state first temperature detected by the first temperature sensor and a first state second temperature detected by the second temperature sensor when the display unit is in a first display state, and a second state first temperature detected by the first temperature sensor and a second state second temperature detected by the second temperature sensor when the display unit is in a second display state, the first display state and the second display state differing in emissivity of the surface of the apparatus main body. a display unit; a first temperature sensor that is, in a thickness direction of an apparatus main body, disposed so as to be close to a contact surface with an object to be measured; a second temperature sensor that is, in the thickness direction of the apparatus main body, disposed so as to be close to the display unit; and a calculation processing unit that is arranged to calculate an internal temperature of the object to be measured by using a first state first temperature detected by the first temperature sensor and a first state second temperature detected by the second temperature sensor when the display unit is in a first display state, and a second state first temperature detected by the first temperature sensor and a second state second temperature detected by the second temperature sensor when the display unit is in a second display state, the first display state and the second display state differing in emissivity of the surface of the apparatus main body.