mhurhangee/ep-ind-claims huggingface dataset:
Pulse signal generating circuitry, for generating a pulse signal (iii) to be applied to high-voltage power supplying circuitry, the high-voltage power supplying circuitry having a piezoelectric transformer which receives at its primary side said pulse signal or a signal derived therefrom and which outputs at its secondary side a voltage dependent upon the frequency of the pulse signal, from which secondary-side voltage an output voltage (Vout) of the high-voltage power supplying circuitry is derived, the pulse signal generating circuitry comprising: comparing means for comparing said output voltage with a target voltage (VT; VO2); control means adapted to change the frequency of the pulse signal (iii) in dependence upon the comparison results, the control means being operable to carry out a fine adjustment operation (Fig. 2B) in which the pulse-signal frequency is adjusted, starting from an initial frequency(f2; fA4), so as to tend to maintain the output voltage at or close to the target voltage, the control means being further operable, prior to said fine adjustment operation, to carry out a sweep operation (Fig. 2A) in which the pulse-signal frequency is changed step by step from a first frequency (f1; fA3) to a second frequency (f2; fA4), the target voltage (VT; VO2) being higher than the output voltage at one (f1; fA3) of said first and second frequencies and the output voltage being higher than the target voltage at the other (f2; fA4) of said first and second frequencies, and to set said initial frequency based on the comparison results obtained from the sweep operation, wherein a rate of change of said pulse-signal frequency in said sweep operation is greater than a rate of change of said pulse-signal frequency in at least part of said fine adjustment operation. comparing means for comparing said output voltage with a target voltage (VT; VO2); control means adapted to change the frequency of the pulse signal (iii) in dependence upon the comparison results, the control means being operable to carry out a fine adjustment operation (Fig. 2B) in which the pulse-signal frequency is adjusted, starting from an initial frequency(f2; fA4), so as to tend to maintain the output voltage at or close to the target voltage, the control means being further operable, prior to said fine adjustment operation, to carry out a sweep operation (Fig. 2A) in which the pulse-signal frequency is changed step by step from a first frequency (f1; fA3) to a second frequency (f2; fA4), the target voltage (VT; VO2) being higher than the output voltage at one (f1; fA3) of said first and second frequencies and the output voltage being higher than the target voltage at the other (f2; fA4) of said first and second frequencies, and to set said initial frequency based on the comparison results obtained from the sweep operation, wherein a rate of change of said pulse-signal frequency in said sweep operation is greater than a rate of change of said pulse-signal frequency in at least part of said fine adjustment operation.
An FFT device for performing a Fast Fourier Transform of an operand vector of length N, comprising: a control unit arranged to control a sequence of transformation rounds, wherein if the round is a first round of said sequence of transformation rounds, the round may be one of an FFT round, a window-FFT round, or a window round, whereas any subsequent round is an FFT round, the control unit being further arranged to maintain configuration data indicating for any transformation round whether the respective transformation round is an FFT round, a window-FFT round, or a window round; and a coefficient unit (14, 22) for providing transformation data; and a transformation unit (26, 27) arranged to receive, for each of said transformation rounds, transformation data (8.4; 8.6, 8.10) from the coefficient unit, the transformation data depending on whether the respective transformation round is an FFT round (8.10, 8.11), a window-FFT round (8.6-8.9), or a window round (8.4-8.7) as indicated by the configuration data, and to perform the respective linear transformation on the basis of the transformation data, wherein the transformation data for an FFT round comprises a set of twiddle coefficients, the transformation data for a window-FFT round comprises a set of modified twiddle coefficients, and the transformation data for a window round comprises a set of window coefficients, and wherein the modified twiddle coefficients are products of window coefficients and twiddle coefficients. a control unit arranged to control a sequence of transformation rounds, wherein if the round is a first round of said sequence of transformation rounds, the round may be one of an FFT round, a window-FFT round, or a window round, whereas any subsequent round is an FFT round, the control unit being further arranged to maintain configuration data indicating for any transformation round whether the respective transformation round is an FFT round, a window-FFT round, or a window round; and a coefficient unit (14, 22) for providing transformation data; and a transformation unit (26, 27) arranged to receive, for each of said transformation rounds, transformation data (8.4; 8.6, 8.10) from the coefficient unit, the transformation data depending on whether the respective transformation round is an FFT round (8.10, 8.11), a window-FFT round (8.6-8.9), or a window round (8.4-8.7) as indicated by the configuration data, and to perform the respective linear transformation on the basis of the transformation data, wherein the transformation data for an FFT round comprises a set of twiddle coefficients, the transformation data for a window-FFT round comprises a set of modified twiddle coefficients, and the transformation data for a window round comprises a set of window coefficients, and wherein the modified twiddle coefficients are products of window coefficients and twiddle coefficients.
A robotic surgical tool for use with a robotic manipulator having a tool holder, the tool holder having magnetically actuatable circuitry, the tool comprising: a probe having a proximal end and a distal end; a surgical end effector adjacent the distal end of the probe; an interface adjacent the proximal end of the probe, the interface releasably coupleable with the holder, the interface comprising a magnet positioned so as to actuate the circuitry of the holder; characterised in that the interface further comprises an electrical circuit (126, 149) for indicating engagement of the interface with the holder. a probe having a proximal end and a distal end; a surgical end effector adjacent the distal end of the probe; an interface adjacent the proximal end of the probe, the interface releasably coupleable with the holder, the interface comprising a magnet positioned so as to actuate the circuitry of the holder; characterised in that the interface further comprises an electrical circuit (126, 149) for indicating engagement of the interface with the holder.
Procedure for the specific isolation of total DNA content of bacterial germs of samples, in the course of which cells are lysated, the DNA content of the lysate is bound selectively, it is washed and then the desalinated linear polymer nucleic acid is eluted from the binding surface in an aqueous solution, characterised by that preliminarily the nonviable bacterial cells are separated from the viable cells on the basis of their different cell surface physical-chemical characteristics as a result of which exclusively double-stranded DNA deriving from the lysate of viable cells is bound on a -SiO 2 -TiO 2 - matrix containing chemically activated --OH and dodecylamine groups.
A packaged environmental sensor comprising: a supporting structure (17; 117; 217); a sensor die, incorporating an environmental sensor and arranged on a first side (17a; 217a) of the supporting structure (17; 117; 217); a control chip, coupled to the sensor die and arranged on a second side (17b; 217b) of the supporting structure opposite to the first side (17a; 217a); and a ring (21; 121; 221) open towards the outside in a direction opposite to the supporting structure (17; 117; 217), the sensor die being housed inside the ring (21; 121; 221); characterized by a plurality of ring-attach regions (23a-c; 223a-c) on the first side of the supporting structure (17; 117; 217) around the sensor die; wherein the ring (21; 121; 221) is bonded to the first side of the supporting structure (17; 117; 217) by one of the ring-attach regions (23a-c; 223a-c); and wherein the ring-attach regions (23a-c; 223a-c) extend along respective closed continuous paths and are nested inside each other without mutual contact. a supporting structure (17; 117; 217); a sensor die, incorporating an environmental sensor and arranged on a first side (17a; 217a) of the supporting structure (17; 117; 217); a control chip, coupled to the sensor die and arranged on a second side (17b; 217b) of the supporting structure opposite to the first side (17a; 217a); and a ring (21; 121; 221) open towards the outside in a direction opposite to the supporting structure (17; 117; 217), the sensor die being housed inside the ring (21; 121; 221); characterized by a plurality of ring-attach regions (23a-c; 223a-c) on the first side of the supporting structure (17; 117; 217) around the sensor die; wherein the ring (21; 121; 221) is bonded to the first side of the supporting structure (17; 117; 217) by one of the ring-attach regions (23a-c; 223a-c); and wherein the ring-attach regions (23a-c; 223a-c) extend along respective closed continuous paths and are nested inside each other without mutual contact.
A method of preparing butadiene by feeding butene, nitrogen, steam and oxygen into a reactor containing a composite metal oxide catalyst and performing oxidative dehydrogenation, wherein the composite metal oxide catalyst comprises a composite metal oxide represented by Formula 1 below: [Formula 1] Mo 12 Bi 0.8 to 2 Fe 0.8 to 2 Co 6 to 10 Cs 0.01 to 0.9 K 0.01 to 0.5 O y wherein y is a value determined to adjust valence to other ingredients, wherein, in the oxidative dehydrogenation, a gas hourly space velocity (GHSV) based on butene is 30 to 80 h -1 BE, and wherein a mole ratio of butene:oxygen:steam:nitrogen is 1:1.8 to 2.2:1 to 8:12 to 25.
A trampoline system comprising: four or more trampoline jumping surfaces with each trampoline jumping surface extending between a central axis of said trampoline system and an outer edge of said trampoline system, said outer edge completely surrounding said central axis, and comprising opposite side surface edges extending along opposite lines, each of said opposite lines extending through said central axis and forming an angle therebetween, wherein each of said angle is equal to or less than about 90°, wherein the trampoline system further comprises: a rotating member rotatable along said central axis, said rotating member comprising: a vertically-extending member, and at least one horizontally-extending arm extending outward from said vertically-extending member towards said outer edge, characterized in that each of said at least one horizontally-extending arm comprises an arm construction that allows said at least one horizontally-extending arm to bend upward, downward, sideways, or any combination of upward, downward, and sideways, when a force is applied onto said at least one horizontally-extending arm. four or more trampoline jumping surfaces with each trampoline jumping surface extending between a central axis of said trampoline system and an outer edge of said trampoline system, said outer edge completely surrounding said central axis, and comprising opposite side surface edges extending along opposite lines, each of said opposite lines extending through said central axis and forming an angle therebetween, wherein each of said angle is equal to or less than about 90°, wherein the trampoline system further comprises: a rotating member rotatable along said central axis, said rotating member comprising: a vertically-extending member, and at least one horizontally-extending arm extending outward from said vertically-extending member towards said outer edge, a vertically-extending member, and at least one horizontally-extending arm extending outward from said vertically-extending member towards said outer edge, characterized in that each of said at least one horizontally-extending arm comprises an arm construction that allows said at least one horizontally-extending arm to bend upward, downward, sideways, or any combination of upward, downward, and sideways, when a force is applied onto said at least one horizontally-extending arm.
A method for transmitting a discovery signal by a Device-to-Device, D2D, terminal in a wireless communication system, the method comprising: selecting, by the D2D terminal, a resource pool from among resource pools configured by a network according to a Reference Signal Received Power, RSRP, measurement result at the D2D terminal, wherein a RSRP range is configured for each of the resource pools and is signaled through a Radio Resource Control, RRC, signaling from the network; determining, by the D2D terminal, resources to repeatedly transmit a discovery signal within the selected resource pool; and repeatedly transmitting, by the D2D terminal, the discovery signal using the determined resources. selecting, by the D2D terminal, a resource pool from among resource pools configured by a network according to a Reference Signal Received Power, RSRP, measurement result at the D2D terminal, wherein a RSRP range is configured for each of the resource pools and is signaled through a Radio Resource Control, RRC, signaling from the network; determining, by the D2D terminal, resources to repeatedly transmit a discovery signal within the selected resource pool; and repeatedly transmitting, by the D2D terminal, the discovery signal using the determined resources.
A display apparatus comprising: an image processor configured to process a video signal; a display configured to display an image based on the processed video signal; a receiver configured to receive a first or second key signal input by a user; a storage configured to store a password key; and a controller configured to receive a user's first key signal which comprises at least one arrow key signal when a password is being set up for the display apparatus, to set up and store the password key which corresponds to the received first key signal, to receive a user's second key signal when access is attempted, and to allow access in response to the received second key signal and the stored password key matching each other through a comparison, characterised in that the arrow key signal corresponds to one of a plurality of arrow keys in four directions, and the password key comprises at least one of the plurality of arrow keys or a combination of at least one of the plurality of arrow keys and at least one numeral key. an image processor configured to process a video signal; a display configured to display an image based on the processed video signal; a receiver configured to receive a first or second key signal input by a user; a storage configured to store a password key; and a controller configured to receive a user's first key signal which comprises at least one arrow key signal when a password is being set up for the display apparatus, to set up and store the password key which corresponds to the received first key signal, to receive a user's second key signal when access is attempted, and to allow access in response to the received second key signal and the stored password key matching each other through a comparison, characterised in that the arrow key signal corresponds to one of a plurality of arrow keys in four directions, and the password key comprises at least one of the plurality of arrow keys or a combination of at least one of the plurality of arrow keys and at least one numeral key.
A product for use in a method of producing an anti-serum against an antigen, wherein the method comprises the steps of introducing said product into a non-human mammal and recovering immune serum from said mammal, and wherein said product comprises (i) a polymer or silica bead having a particle size of from 1 nm to 10μm, (ii) a B-cell receptor binding antigen attached to the surface of the bead, and (iii) an immunostimulant attached to the surface of the bead, the immunostimulant being α-galactosylceramide (αGal-Cer); wherein the product is internalised by a B cell to elicit an antigen-specific BCR-mediated immune response to said B-cell receptor binding antigen.
Driving assistance system for a vehicle, comprising: a first control unit and a second control unit, wherein the second control unit is configured to receive instructions for carrying out an action from the first control unit; and at least one first sensor unit that is assigned to the first control unit, wherein the second control unit is configured to carry out the action, characterized in that the second control unit is furthermore configured to transmit information in relation to carrying out the action to the first control unit, and in that the first control unit is configured to check the plausibility of the information received from the second control unit based on sensor data of the at least one first sensor unit. a first control unit and a second control unit, wherein the second control unit is configured to receive instructions for carrying out an action from the first control unit; and at least one first sensor unit that is assigned to the first control unit, wherein the second control unit is configured to carry out the action, characterized in that the second control unit is furthermore configured to transmit information in relation to carrying out the action to the first control unit, and in that the first control unit is configured to check the plausibility of the information received from the second control unit based on sensor data of the at least one first sensor unit.
Card holder (10; 150) for credit cards, having a frame in which the credit cards can be stored, wherein the frame is U-shaped (26, 28, 30), wherein furthermore there is at least one money storage means designed as a banknote compartment (14; 158) with two layers (72, 74) arranged one on top of the other, which enclose an opening for inserting the banknotes, wherein the one layer protrudes from the other layer only in regions (118, 120) and wherein the banknote compartment (14; 158) has a centre region, an inner cover (68; 160) and an outer cover (20; 162), characterised in that in the region of the inner cover (68; 160) there is no projection between the two layers (72, 74) in some regions and a projection of the first layer relative to the second layer is only partially provided in the region of the inner cover (68; 160).
A process to prepare a carbon molecular sieve adsorbent composition comprising: depositing polymer on an activated carbon, the activated carbon comprising micropores having, as a whole, an effective micropore size greater than 6 Angstroms, wherein the polymer is deposited in or around the micropores, the deposition being performed by either: impregnating the activated carbon with at least one monomer and then polymerizing the at least one monomer such that the polymer is formed; or impregnating the activated carbon with at least one partially polymerized monomer and allowing or facilitating completion of polymerization of the at least one partially polymerized monomer after impregnation such that the polymer is formed; carbonizing the activated carbon and the deposited polymer together at a temperature of from 400 °C to 1000 °C to form a modified activated carbon having, as a whole, micropores that have an effective micropore size ranging from greater than 4.3 Angstroms to 6 Angstroms; characterized in that the process further comprises: annealing the modified activated carbon under an inert atmosphere and at a temperature ranging from 1100 °C to 1500 °C to form the carbon molecular sieve adsorbent composition having: an effective micropore size of from 4.0 Angstroms to 4.3 Angstroms determined by the high throughput transient adsorption method as described in the description. depositing polymer on an activated carbon, the activated carbon comprising micropores having, as a whole, an effective micropore size greater than 6 Angstroms, wherein the polymer is deposited in or around the micropores, the deposition being performed by either: impregnating the activated carbon with at least one monomer and then polymerizing the at least one monomer such that the polymer is formed; or impregnating the activated carbon with at least one partially polymerized monomer and allowing or facilitating completion of polymerization of the at least one partially polymerized monomer after impregnation such that the polymer is formed; impregnating the activated carbon with at least one monomer and then polymerizing the at least one monomer such that the polymer is formed; or impregnating the activated carbon with at least one partially polymerized monomer and allowing or facilitating completion of polymerization of the at least one partially polymerized monomer after impregnation such that the polymer is formed; carbonizing the activated carbon and the deposited polymer together at a temperature of from 400 °C to 1000 °C to form a modified activated carbon having, as a whole, micropores that have an effective micropore size ranging from greater than 4.3 Angstroms to 6 Angstroms; characterized in that the process further comprises: annealing the modified activated carbon under an inert atmosphere and at a temperature ranging from 1100 °C to 1500 °C to form the carbon molecular sieve adsorbent composition having: an effective micropore size of from 4.0 Angstroms to 4.3 Angstroms determined by the high throughput transient adsorption method as described in the description.
A method comprising applying to a useful plant, the locus thereof or propagation material thereof a combination of abscisic acid and a fungicidally active compound, which fungicidally active compound is isopyrazam.
A mark-fabric material, comprising, in the following sequence: a mark-fabric comprising microfibers, wherein the microfibers have a fiber diameter of 10 μm or less; an adhesive layer including a thermoplastic resin having a melt flow rate of 100g/10 min or less, wherein the melt flow rate is a value measured at a temperature of 190°C and a load of 8,76 kg, in accordance with JIS-K7210 B; and a release sheet. a mark-fabric comprising microfibers, wherein the microfibers have a fiber diameter of 10 μm or less; an adhesive layer including a thermoplastic resin having a melt flow rate of 100g/10 min or less, wherein the melt flow rate is a value measured at a temperature of 190°C and a load of 8,76 kg, in accordance with JIS-K7210 B; and a release sheet.
A process for the preparation of aqueous formulations, wherein at least one ethylenically unsaturated carboxylic acid, at least one heterocyclic comonomer having at least one permanent cationic charge per molecule and (C-P1) at least one ethylenically unsaturated dicarboxylic acid or its anhydride are subjected to free radical copolymerization with one another and, shortly before the end or after the end of the copolymerization, further ethylenically unsaturated dicarboxylic acid (C-P2) or its anhydride is added. at least one ethylenically unsaturated carboxylic acid, at least one heterocyclic comonomer having at least one permanent cationic charge per molecule and (C-P1) at least one ethylenically unsaturated dicarboxylic acid or its anhydride