mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical formulation comprising: (a) an antibody comprising a light chain having an amino acid sequence comprising SEQ ID NO: 29 and a heavy chain having an amino acid sequence comprising SEQ ID NO: 32 with or without the C-terminal lysine present at a concentration of 36 mg/ml to 44 mg/ml; (b) citrate buffer present at a concentration of about 20 mM; (c) trehalose present at a concentration of about 230 mM; and (d) polysorbate 20 present at a concentration of about 0.02% by weight; wherein the formulation is characterized by a pH of about 6.0. (a) an antibody comprising a light chain having an amino acid sequence comprising SEQ ID NO: 29 and a heavy chain having an amino acid sequence comprising SEQ ID NO: 32 with or without the C-terminal lysine present at a concentration of 36 mg/ml to 44 mg/ml; (b) citrate buffer present at a concentration of about 20 mM; (c) trehalose present at a concentration of about 230 mM; and (d) polysorbate 20 present at a concentration of about 0.02% by weight;
A coordinate measuring auxiliary tool comprising: a cylindrical shaped body for attaching to an outer circumference of a coordinate measuring probe, the cylindrical shaped body including an extensible double-cylinder; and a means for positioning and fixing a top end of one of the cylinders with respect to a tip of the probe, wherein the means for positioning and fixing the cylindrical shaped body to the tip of the probe is provided on an outer cylinder of the double-cylinder, an inner cylinder screw-engaged with the outer cylinder is rotatable around its axis, so that a position of the inner cylinder with respect to the tip of the probe can be adjusted. a cylindrical shaped body for attaching to an outer circumference of a coordinate measuring probe, the cylindrical shaped body including an extensible double-cylinder; and a means for positioning and fixing a top end of one of the cylinders with respect to a tip of the probe, wherein the means for positioning and fixing the cylindrical shaped body to the tip of the probe is provided on an outer cylinder of the double-cylinder, an inner cylinder screw-engaged with the outer cylinder is rotatable around its axis, so that a position of the inner cylinder with respect to the tip of the probe can be adjusted.
A process for producing a polyester resin, said process comprises the steps of (i) providing a mixture of terephthalic acid, monoethylene glycol, a polycondensation catalyst which contains antimony, a phosphorous containing stabilizer comprising a compound of the formula and optionally a colour correction additive containing cobalt ions; (ii) heating said mixture to a temperature of 220 to 270°C to provide bis-hydroxyethylterephthalic acid ester; and (iii) performing polycondensation of said bis-hydroxyethylterephthalic acid ester at a temperature of between 280 and 310°C at reduced pressure. (i) providing a mixture of terephthalic acid, monoethylene glycol, a polycondensation catalyst which contains antimony, a phosphorous containing stabilizer comprising a compound of the formula and optionally a colour correction additive containing cobalt ions; (ii) heating said mixture to a temperature of 220 to 270°C to provide bis-hydroxyethylterephthalic acid ester; and (iii) performing polycondensation of said bis-hydroxyethylterephthalic acid ester at a temperature of between 280 and 310°C at reduced pressure.
A method, comprising: modulating a flux of emission radiation between a first flux level and a second different flux level in coordination with a cardiac cycle signal so that the flux is at the first flux level during a first cardiac motion phase having a first cardiac motion and is at the second flux level during a second cardiac motion phase having a second cardiac motion, wherein the first flux level is less than the second flux level, and wherein the first cardiac motion is greater than the second cardiac motion; detecting the modulated emission radiation with a photon counting detector; producing projection data indicative of the detected modulated emission radiation; and reconstructing the projection data with a first reconstruction window, which applies a first weight to a first sub-set of the projection data that corresponds to the first cardiac motion phase and the lower first flux level and a second different weight to a second sub-set of the projection data that corresponds to the second cardiac motion phase and the higher second flux level, to generate first volumetric image data in which volumetric image data of a heart was reconstructed from the first sub-set and volumetric image data of lungs was reconstructed from the second sub-set, wherein the first weight is greater than the second weight. modulating a flux of emission radiation between a first flux level and a second different flux level in coordination with a cardiac cycle signal so that the flux is at the first flux level during a first cardiac motion phase having a first cardiac motion and is at the second flux level during a second cardiac motion phase having a second cardiac motion, wherein the first flux level is less than the second flux level, and wherein the first cardiac motion is greater than the second cardiac motion; detecting the modulated emission radiation with a photon counting detector; producing projection data indicative of the detected modulated emission radiation; and reconstructing the projection data with a first reconstruction window, which applies a first weight to a first sub-set of the projection data that corresponds to the first cardiac motion phase and the lower first flux level and a second different weight to a second sub-set of the projection data that corresponds to the second cardiac motion phase and the higher second flux level, to generate first volumetric image data in which volumetric image data of a heart was reconstructed from the first sub-set and volumetric image data of lungs was reconstructed from the second sub-set, wherein the first weight is greater than the second weight.
A method of using at least one computing agent to implement a DFA in conjunction with a blockchain, the DFA being defined by a state transition table that specifies the triggering events and future states for all possible current states for the DFA, the method comprising the steps: using, by the at least one computing agent, at least one input signal to determine whether at least one triggering event has occurred, the at least one triggering event being associated with a current state from which the DFA will move after the triggering event and a new state that the DFA will be in after a transition which the triggering event initiates and, based on the outcome of the determination, performing an action in accordance with the state transition table for the DFA; wherein: i) the states of the DFA are represented by unspent outputs in transactions on the blockchain; ii) the triggering event causes spending of an unspent output of at least one transaction on the blockchain, wherein the unspent output is associated with a given state of the DFA, and iii) spending the unspent output of the at least one transaction on the blockchain represents a transition to a different state by creating the output associated with the next state. using, by the at least one computing agent, at least one input signal to determine whether at least one triggering event has occurred, the at least one triggering event being associated with a current state from which the DFA will move after the triggering event and a new state that the DFA will be in after a transition which the triggering event initiates and, based on the outcome of the determination, performing an action in accordance with the state transition table for the DFA; wherein: i) the states of the DFA are represented by unspent outputs in transactions on the blockchain; ii) the triggering event causes spending of an unspent output of at least one transaction on the blockchain, wherein the unspent output is associated with a given state of the DFA, and iii) spending the unspent output of the at least one transaction on the blockchain represents a transition to a different state by creating the output associated with the next state. i) the states of the DFA are represented by unspent outputs in transactions on the blockchain; ii) the triggering event causes spending of an unspent output of at least one transaction on the blockchain, wherein the unspent output is associated with a given state of the DFA, and iii) spending the unspent output of the at least one transaction on the blockchain represents a transition to a different state by creating the output associated with the next state.
A system configured to enclose a human fetus and maintain a human fetus during maturation, the system comprising: a fetal chamber including a rigid frame and at least one flexible wall that cooperate to at least partially define an interior space, the interior space defining a volume, the fetal chamber configured such that the volume is variable, wherein the fetal chamber includes an opening that is sized to accommodate entry of a human fetus into the interior space, the opening configured to be closed such that liquid in the interior space is prevented from passing through the opening; a first fluid circuit configured to provide a first fluid to the interior space, the first fluid circuit defining a first path that includes an entry into the fetal chamber and an exit from the fetal chamber; a second fluid circuit configured to provide a second fluid to the interior space such that the second fluid remains separate from the first fluid, the second fluid circuit defining a second path that includes an entry into the fetal chamber and an exit from the fetal chamber. a fetal chamber including a rigid frame and at least one flexible wall that cooperate to at least partially define an interior space, the interior space defining a volume, the fetal chamber configured such that the volume is variable, wherein the fetal chamber includes an opening that is sized to accommodate entry of a human fetus into the interior space, the opening configured to be closed such that liquid in the interior space is prevented from passing through the opening; a first fluid circuit configured to provide a first fluid to the interior space, the first fluid circuit defining a first path that includes an entry into the fetal chamber and an exit from the fetal chamber; a second fluid circuit configured to provide a second fluid to the interior space such that the second fluid remains separate from the first fluid, the second fluid circuit defining a second path that includes an entry into the fetal chamber and an exit from the fetal chamber.
A tunneling method using internal pre-support members and a post-support member, comprising: excavating a pilot tunnel; radially forming drilled holes from an excavation surface of the pilot tunnel at a plurality of locations in the pilot tunnel to install the internal pre-support members; inserting the internal pre-support members into the drilled holes, and conducting grouting and performing curing to fix the internal pre-support members; excavating a main tunnel having a larger cross-section than the pilot tunnel in stages in a longitudinal direction along an excavation line of the main tunnel and spraying shotcrete to an excavation surface of the main tunnel; drilling a hole for the post-support member in the excavation surface of the main tunnel to which the shotcrete is sprayed; installing a post-support member between a plurality of internal pre-support members in the hole for the post-support member in the excavation surface of the main tunnel to which the shotcrete is sprayed; fixing the post-support member by using resin or grouting; and connecting the internal pre-support members and the post-support member with a plate type support member. excavating a pilot tunnel; radially forming drilled holes from an excavation surface of the pilot tunnel at a plurality of locations in the pilot tunnel to install the internal pre-support members; inserting the internal pre-support members into the drilled holes, and conducting grouting and performing curing to fix the internal pre-support members; excavating a main tunnel having a larger cross-section than the pilot tunnel in stages in a longitudinal direction along an excavation line of the main tunnel and spraying shotcrete to an excavation surface of the main tunnel; drilling a hole for the post-support member in the excavation surface of the main tunnel to which the shotcrete is sprayed; installing a post-support member between a plurality of internal pre-support members in the hole for the post-support member in the excavation surface of the main tunnel to which the shotcrete is sprayed; fixing the post-support member by using resin or grouting; and connecting the internal pre-support members and the post-support member with a plate type support member.
Plant of the Allium cepa or Allium fistulosum species which is resistant to downy mildew of onion caused by the fungus Peronospora destructor (Pd) due to a Pd resistance locus present homozygously in the long arm of chromosome 3 in the genome of said plant, the Pd resistance locus being on an introgression fragment from Allium roylei, wherein, in carrying out the following process:. a) Restriction of the genomic DNA from said plant with restriction enzymes PstI and Msel; b) Ligation with the following oligonucleotide adapters: alpha 5'- CTCGTAGACTGCGTACATGCA CATCTGACGCATGT - 5', and beta 5'- GACGATGAGTCCTGAG TACTCAGGACTCAT - 5'; c) Selective amplification of sets of restriction fragments, the presence of the Pd resistance locus is characterized by • a 61 nucleotide amplification product when the following primers are used in step c): 5' - GACTGCGTACATGCAGAAC and 5' - GATGAGTCCTGAGTAACTT, or • a 151 nucleotide amplification product when the following primers are used in step c): 5' - GACTGCGTACATGCAGAAG and 5' - GATGAGTCCTGAGTAAAAC or • a 330 nucleotide amplification product when the following primers are used in step c): 5' - GACTGCGTACATGCAGACA and 5' - GATGAGTCCTGAGTAACCA. a) Restriction of the genomic DNA from said plant with restriction enzymes PstI and Msel; b) Ligation with the following oligonucleotide adapters: alpha 5'- CTCGTAGACTGCGTACATGCA CATCTGACGCATGT - 5', and beta 5'- GACGATGAGTCCTGAG TACTCAGGACTCAT - 5'; c) Selective amplification of sets of restriction fragments, • a 61 nucleotide amplification product when the following primers are used in step c): 5' - GACTGCGTACATGCAGAAC and 5' - GATGAGTCCTGAGTAACTT, or 5' - GACTGCGTACATGCAGAAC and 5' - GATGAGTCCTGAGTAACTT, or • a 151 nucleotide amplification product when the following primers are used in step c): 5' - GACTGCGTACATGCAGAAG and 5' - GATGAGTCCTGAGTAAAAC or 5' - GACTGCGTACATGCAGAAG and 5' - GATGAGTCCTGAGTAAAAC or • a 330 nucleotide amplification product when the following primers are used in step c): 5' - GACTGCGTACATGCAGACA and 5' - GATGAGTCCTGAGTAACCA. 5' - GACTGCGTACATGCAGACA and 5' - GATGAGTCCTGAGTAACCA.
A method for radar detection by an apparatus, comprising: transmitting a radar waveform in transmission time intervals, TTIs, to perform detection of a target object; varying the radar waveform across multiple TTIs based on one or more radar transmission parameters, wherein the radar transmission parameters comprise at least one of: a waveform parameter, an antenna parameter, or a modulation parameter, and receiving a sidelink communication comprising codebook radar parameters configured to vary the one or more radar transmission parameters. transmitting a radar waveform in transmission time intervals, TTIs, to perform detection of a target object; varying the radar waveform across multiple TTIs based on one or more radar transmission parameters, wherein the radar transmission parameters comprise at least one of: a waveform parameter, an antenna parameter, or a modulation parameter, and receiving a sidelink communication comprising codebook radar parameters configured to vary the one or more radar transmission parameters.
An apparatus with a metal housing assembly (100, 400) having at least two separable portions (110, 120), comprising a. An antenna located within said housing assembly (100, 400); b. A conduit electrically connecting said antenna to a second device which is external to said housing assembly (100, 400), and c. A device, located within said housing assembly (100, 400), said device adapted to communicate wirelessly with said antenna, characterized in that said apparatus further comprises a gasket (160, 200, 420) comprising an elastic material adapted to form a seal between said portions (110, 120), wherein said conduit is embedded in said gasket (160, 200, 420). a. An antenna located within said housing assembly (100, 400); b. A conduit electrically connecting said antenna to a second device which is external to said housing assembly (100, 400), and c. A device, located within said housing assembly (100, 400), said device adapted to communicate wirelessly with said antenna,
A locking bolt assembly for securing a mantle to a head assembly of a crushing device comprising: a locking bolt comprising a head portion and a thread portion (1 0b), the head portion having one or more axial bores there through; a re-useable thrust plate adapted to be disposed between the head portion and a top surface portion of the mantle, the locking bolt being connected to the re-useable thrust plate; and one or more permanent jacking screws disposed in and at least partially through the axial bores for forcing the locking bolt up and the thrust plate down onto the top surface portion of the mantle so that the mantle is secured on the head assembly. characterized in that the re-useable thrust plate has one or more axial bores there through, and that one or more fasteners is/are disposed in and at least partially through the axial bores (11, 31) for connecting the locking bolt to the re-useable thrust plate. a locking bolt comprising a head portion and a thread portion (1 0b), the head portion having one or more axial bores there through; a re-useable thrust plate adapted to be disposed between the head portion and a top surface portion of the mantle, the locking bolt being connected to the re-useable thrust plate; and one or more permanent jacking screws disposed in and at least partially through the axial bores for forcing the locking bolt up and the thrust plate down onto the top surface portion of the mantle so that the mantle is secured on the head assembly. characterized in that the re-useable thrust plate has one or more axial bores there through, and that one or more fasteners is/are disposed in and at least partially through the axial bores (11, 31) for connecting the locking bolt to the re-useable thrust plate.
A laser system for the treatment of body tissue on an inner circumferential tissue surface, comprising a laser source for the generation of a laser beam, a handpiece with a treatment head, a control device and a scanner, wherein the treatment head extends along a longitudinal axis and is made of a material which is transparent to the laser beam and which has a first refraction index, wherein during operation an incoming beam section of the laser beam enters the treatment head in the direction of the longitudinal axis, wherein the treatment head has a conically shaped output surface being disposed around the longitudinal axis and having an apex facing away from an origin of the incoming beam section, wherein the conically shaped output surface has a minimum surface radius (r) and a maximum surface radius, wherein the conically shaped output surface has a half opening angle (α) being adapted to provide total reflection of the incoming beam section into a reflected beam section within the treatment head and to provide refraction of the reflected beam section into an emerging beam section emerging radially from the treatment head through the output surface, wherein from the minimum surface radius (r) and the half opening angle (α) a minimum scanning radius (R in) is derived according to: R in = r tg 2 α + tg α / tg 2 α − tg α, wherein the incoming beam section has at the location of the output surface a mean diameter (d) being ≤ the difference of the maximum surface radius and the minimum scanning radius (R in), wherein as part of the conically shaped output surface a conically shaped scanning surface is defined extending from the minimum scanning radius (R in) to the maximum surface radius, wherein the control device is adapted to control the scanner for scanning at least a portion of the conically shaped scanning surface with the incoming beam section.
A method for diagnosing, monitoring, or predicting preeclampsia in a pregnant woman, the method comprising the steps of: (i) quantitatively determining the amount of one or more RNA species in a biological sample obtained from the pregnant woman, wherein the RNA species is RNA derived from the genetic locus LEP, and wherein the biological sample is blood, plasma, or serum; and (ii) comparing the amount of the RNA species from step (i) to a standard control representing the amount of the RNA species in the corresponding sample from an average non-preeclamptic pregnant woman, wherein an increase in the amount of the RNA species from the standard control indicates preeclampsia or an increased risk of developing preeclampsia. (i) quantitatively determining the amount of one or more RNA species in a biological sample obtained from the pregnant woman, wherein the RNA species is RNA derived from the genetic locus LEP, and wherein the biological sample is blood, plasma, or serum; and (ii) comparing the amount of the RNA species from step (i) to a standard control representing the amount of the RNA species in the corresponding sample from an average non-preeclamptic pregnant woman, wherein an increase in the amount of the RNA species from the standard control indicates preeclampsia or an increased risk of developing preeclampsia.
A lubricant composition comprising an oil of lubricating viscosity and 0.01 to 5 percent by weight of a phosphoric or thiophosphoric acid salt of at least one hydrocarbyl amine that is a hindered hydrocarbyl amine, the hydrocarbyl amine being a tertiary alkyl amine with at least two branched alkyl groups, wherein the at least two branched alkyl groups are both branched at the β position.
Heating composition in the form of an electrically conductive coating for an electrically conductive heating body, comprising an elastomer as a base substance and embedded therein a homogeneous mixture of a carbon fibre having an average fibre length of 70-180 μm measured by optical microscopy, wherein average fibre length is to be understood as meaning that about 50% of the fibres have this length, and an average fibre diameter or 4 to 15 μm and dispersed floccular graphite particles having an average diameter d 50 of 1 to 10 μm measured by laser diffraction according to ISO 13320 with a laser granulometer, wherein the heating composition comprises: 5-30% by weight of elastomer, preferably 5-20% by weight, 8-25% by weight of carbon fibres, preferably 10-20% by weight, 50-85% by weight of graphite particles, preferably 60-85% by weight, in each case based on the total weight of the dried heating composition. 5-30% by weight of elastomer, preferably 5-20% by weight, 8-25% by weight of carbon fibres, preferably 10-20% by weight, 50-85% by weight of graphite particles, preferably 60-85% by weight, in each case based on the total weight of the dried heating composition.