mhurhangee/ep-ind-claims huggingface dataset:
A rotary connector comprising: a stator; a rotor disposed so as to be relatively rotatable relative to the stator; a flexible printed circuit board housed within an annular space between the stator and the rotor and connected at both ends thereof to the stator and the rotor, respectively; and a lead block (7, 9) integrally holding a plurality of external connection terminals (10, 11, 16. 27) connected to the flexible printed circuit board, the lead block (7, 9) being fixed to at least one of the rotor and the stator, wherein the flexible printed circuit board has connection lands to which the external connection terminals (10, 11, 16. 27) are connected via solder; characterized by a holding member holding a region including the connection lands of the flexible printed circuit board between the lead block (7, 9) and the holding member; and wherein, in the holding member, a first holding portion positioning and fixing a portion, located within the annular space, of the flexible printed circuit board within the annular space, and a second holding portion holding the region including the connection lands of the flexible printed circuit board between the lead block (7, 9) and the second holding portion are integrally formed. a stator; a rotor disposed so as to be relatively rotatable relative to the stator; a flexible printed circuit board housed within an annular space between the stator and the rotor and connected at both ends thereof to the stator and the rotor, respectively; and a lead block (7, 9) integrally holding a plurality of external connection terminals (10, 11, 16. 27) connected to the flexible printed circuit board, the lead block (7, 9) being fixed to at least one of the rotor and the stator, wherein the flexible printed circuit board has connection lands to which the external connection terminals (10, 11, 16. 27) are connected via solder; characterized by a holding member holding a region including the connection lands of the flexible printed circuit board between the lead block (7, 9) and the holding member; and wherein, in the holding member, a first holding portion positioning and fixing a portion, located within the annular space, of the flexible printed circuit board within the annular space, and a second holding portion holding the region including the connection lands of the flexible printed circuit board between the lead block (7, 9) and the second holding portion are integrally formed.
Light emitting assembly with at least one LED light source and a diffuser arranged in the light emitting direction in front of the LED light source, wherein the light emission of the assembly takes place via the diffuser, and between the LED light source and the diffuser a lens assembly is provided that is configured and arranged between the LED light source and the diffuser in such a way that all the light emitted from the LED light source is essentially completely and evenly directed at the diffuser, and wherein reflector wings are provided laterally between the lens assembly and the diffuser, characterized in that the reflector wings are also arranged laterally next to the lens assembly and the lens assembly is attached by the reflector wings in the light emitting assembly.
A Factor Xa variant which modulates hemostasis comprising at least one substitution mutation in amino acids 41-179 and 235-488 of the amino acid sequence provided in Figure 5, wherein the Asp at position 418 (position 194 in chymotrypsin numbering system) is substituted with Asn or Glu.
A shaft gasifier for producing fuel gas from solid carbonaceous material, said shaft gasifier comprising: - a shaft wall surrounding a shaft gasifier interior, - a pyrolysis zone disposed in the shaft gasifier interior, said pyrolysis zone being pyrolysis tube and comprising ∘ a solid material feed opening for feeding solid carbonaceous material into the shaft gasifier, ∘ a solid material discharge opening for discharging partially gasified solid carbonaceous material, ∘ a gas discharge opening for pyrolysis gas, - an oxidation zone which is disposed in the shaft gasifier interior and which is in thermal contact with the pyrolysis zone, said oxidation zone comprising ∘ a gas feed opening (41 a-d) connected to the gas discharge opening of the pyrolysis zone for feeding pyrolysis gas out of the pyrolysis zone, ∘ a gas discharge opening, and characterised in that the oxidation zone is disposed between the pyrolysis tube and the shaft wall. - a shaft wall surrounding a shaft gasifier interior, - a pyrolysis zone disposed in the shaft gasifier interior, said pyrolysis zone being pyrolysis tube and comprising ∘ a solid material feed opening for feeding solid carbonaceous material into the shaft gasifier, ∘ a solid material discharge opening for discharging partially gasified solid carbonaceous material, ∘ a gas discharge opening for pyrolysis gas, ∘ a solid material feed opening for feeding solid carbonaceous material into the shaft gasifier, ∘ a solid material discharge opening for discharging partially gasified solid carbonaceous material, ∘ a gas discharge opening for pyrolysis gas, - an oxidation zone which is disposed in the shaft gasifier interior and which is in thermal contact with the pyrolysis zone, said oxidation zone comprising ∘ a gas feed opening (41 a-d) connected to the gas discharge opening of the pyrolysis zone for feeding pyrolysis gas out of the pyrolysis zone, ∘ a gas discharge opening, and ∘ a gas feed opening (41 a-d) connected to the gas discharge opening of the pyrolysis zone for feeding pyrolysis gas out of the pyrolysis zone, ∘ a gas discharge opening, and
A method for securing Near Field Communications, NFC, comprising: magnetically inducing, by an initiating device, an NFC carrier wave with a target device; initiating, by the initiating device, a handshake procedure with the target device (lOOp); generating, on the initiating device, a hidden key; modulating, by the initiating device, the NFC carrier wave by the hidden key; receiving, by the initiating device from the target device, a data signal encoded on the NFC carrier wave modulated by the hidden key and the data signal; and interpreting, by the initiating device, the NFC carrier wave according to the hidden key to return the data signal encoded on the NFC carrier wave. magnetically inducing, by an initiating device, an NFC carrier wave with a target device; initiating, by the initiating device, a handshake procedure with the target device (lOOp); generating, on the initiating device, a hidden key; modulating, by the initiating device, the NFC carrier wave by the hidden key; receiving, by the initiating device from the target device, a data signal encoded on the NFC carrier wave modulated by the hidden key and the data signal; and interpreting, by the initiating device, the NFC carrier wave according to the hidden key to return the data signal encoded on the NFC carrier wave.
A solid state circuit breaker system, comprising: a parallel configuration comprising an electronic switching module connected in parallel with an electronic energy absorbing module, the parallel configuration connected between a voltage source, via a busbar, and a load; a voltage sensor detecting a difference in voltage between a first location and a second location on the busbar; a temperature sensor indicating a temperature of the busbar; a controller determining the current flowing to the parallel configuration based on the difference in voltage and the electrical resistance of the busbar based on the following equation: I = V R where: I = determined current V = difference in voltage detected between the first location and the second location; R = f r, t, l, A; where: R = electrical resistance of the busbar; r = electrical resistivity of the busbar material; t = temperature of the busbar provided by the temperature sensor; l = length of the busbar between the first location and the second location; A = area of the busbar between the first location and the second location. a parallel configuration comprising an electronic switching module connected in parallel with an electronic energy absorbing module, the parallel configuration connected between a voltage source, via a busbar, and a load; a voltage sensor detecting a difference in voltage between a first location and a second location on the busbar; a temperature sensor indicating a temperature of the busbar; a controller determining the current flowing to the parallel configuration based on the difference in voltage and the electrical resistance of the busbar based on the following equation: I = V R where: I = determined current V = difference in voltage detected between the first location and the second location; R = f r, t, l, A; where: R = electrical resistance of the busbar; r = electrical resistivity of the busbar material; t = temperature of the busbar provided by the temperature sensor; l = length of the busbar between the first location and the second location; A = area of the busbar between the first location and the second location. I = determined current V = difference in voltage detected between the first location and the second location; R = f r, t, l, A; where: R = electrical resistance of the busbar; r = electrical resistivity of the busbar material; t = temperature of the busbar provided by the temperature sensor; l = length of the busbar between the first location and the second location; A = area of the busbar between the first location and the second location. R = electrical resistance of the busbar; r = electrical resistivity of the busbar material; t = temperature of the busbar provided by the temperature sensor; l = length of the busbar between the first location and the second location; A = area of the busbar between the first location and the second location.
A method for grinding materials in a rotating drum by ferromagnetic grinding bodies, which are affected by the magnetic field of at least one electromagnet, the magnetic field of which is formed by separate pulses in the quantity of not less than two, where the first pulse is divided into a number of shorter pulses, wherein the first pulse is characterized by alternating-sign magnetic field and is fed at an angular position of the electromagnet from -60° to - 30°, where the central angle begins from a vector directed from the axis of rotation of the housing vertically downwards, the second pulse is characterized by constant magnetic field and is fed at an angular position of the electromagnet from 0° to +30°, and its feeding is stopped at an angular position of the electromagnet from 110° to 165°.
An apparatus, comprising: a photodetecting structure with one or more photon sensing layers of graphene; and an integrated graphene field effect transistor configured to function as a pre-amplifier for the photodetecting structure, where the graphene field effect transistor is vertically integrated to the photodetecting structure; wherein said photodetecting structure comprises source and drain electrodes configured to function as gates for the graphene field effect transistor. a photodetecting structure with one or more photon sensing layers of graphene; and an integrated graphene field effect transistor configured to function as a pre-amplifier for the photodetecting structure, where the graphene field effect transistor is vertically integrated to the photodetecting structure; wherein said photodetecting structure comprises source and drain electrodes configured to function as gates for the graphene field effect transistor.
An apparatus, comprising a base station having base station logic adapted to determine a channel quality indicator feedback dimension value representing a number of resource blocks for an orthogonal frequency division multiple access system to be measured by a subscriber station based on a matching ratio value, and a transceiver to send said channel quality indicator feedback dimension value to said subscriber station, and characterized by: said base station logic being adapted to determine said matching ratio value based on a subscriber station value representing a number of subscriber stations requesting service to said system, a matching set value representing a number of resource blocks allocated for said system, and a matching size value representing a number of resource blocks assigned to said subscriber stations and being further adapted to dynamically increase the channel quality indicator feedback dimension value as a number of subscriber stations decreases or decrease the channel quality indicator feedback dimension value as a number of subscriber stations increases to adapt channel quality indicator feedback granularity to a current system load of the base station. said base station logic being adapted to determine said matching ratio value based on a subscriber station value representing a number of subscriber stations requesting service to said system, a matching set value representing a number of resource blocks allocated for said system, and a matching size value representing a number of resource blocks assigned to said subscriber stations and being further adapted to dynamically increase the channel quality indicator feedback dimension value as a number of subscriber stations decreases or decrease the channel quality indicator feedback dimension value as a number of subscriber stations increases to adapt channel quality indicator feedback granularity to a current system load of the base station.
A long-acting compstatin analog comprising a clearance-reducing moiety attached to two compstatin analog moieties, wherein each compstatin analog moiety comprises a cyclic peptide extended by a lysine residue or a sequence comprising a lysine residue at the N-terminus, C-terminus, or both, wherein the lysine residue is separated from the cyclic portion of the peptide by a rigid or flexible spacer comprising an oligo(ethylene glycol) moiety; the clearance reducing moiety comprises a polymer, wherein each end of the polymer is linked to one of the compstatin analog moieties by way of a carbamate or an amide; and the spacer comprises 8-amino-3,6-dioxaoctanoic acid (AEEAc) or 11-amino-3,6,9-trioxaundecanoic acid. each compstatin analog moiety comprises a cyclic peptide extended by a lysine residue or a sequence comprising a lysine residue at the N-terminus, C-terminus, or both, wherein the lysine residue is separated from the cyclic portion of the peptide by a rigid or flexible spacer comprising an oligo(ethylene glycol) moiety; the clearance reducing moiety comprises a polymer, wherein each end of the polymer is linked to one of the compstatin analog moieties by way of a carbamate or an amide; and the spacer comprises 8-amino-3,6-dioxaoctanoic acid (AEEAc) or 11-amino-3,6,9-trioxaundecanoic acid.
A battery module comprising electrochemical cells, wherein each electrochemical cell includes an electrically-conductive cell housing having a container portion having an open end, and a cell cover portion that is secured to the container portion in such a way as to close the open end; an electrically isolating member disposed between the cell cover portion and the container portion; and an electrically-conductive jelly roll disposed in the cell housing, the jelly roll arranged such that a first electrode of the jelly roll is electrically connected to the container portion, and second electrode of the jelly roll is electrically connected to the cell cover portion, and wherein a cell cover portion of the cell housing of one of the electrochemical cells comprising a rim at a peripheral edge of the cell cover portion, wherein the rim provides a recess configured to receive a bottom of the cell housing of an adjacent one of the electrochemical cells, and the second end of the cell housing of the adjacent one of the electrochemical cells is received within the recess of the cell housing of the one of the electrochemical cells whereby the housings of the one of the electrochemical cells and the adjacent one of the electrochemical cells a) fit within each other in a nested arrangement in which the respective cell housings are stacked end to end, and b) form an electrical connection. an electrically-conductive cell housing having a container portion having an open end, and a cell cover portion that is secured to the container portion in such a way as to close the open end; an electrically isolating member disposed between the cell cover portion and the container portion; and an electrically-conductive jelly roll disposed in the cell housing, the jelly roll arranged such that a first electrode of the jelly roll is electrically connected to the container portion, and second electrode of the jelly roll is electrically connected to the cell cover portion, a cell cover portion of the cell housing of one of the electrochemical cells comprising a rim at a peripheral edge of the cell cover portion, wherein the rim provides a recess configured to receive a bottom of the cell housing of an adjacent one of the electrochemical cells, and the second end of the cell housing of the adjacent one of the electrochemical cells is received within the recess of the cell housing of the one of the electrochemical cells whereby the housings of the one of the electrochemical cells and the adjacent one of the electrochemical cells a) fit within each other in a nested arrangement in which the respective cell housings are stacked end to end, and b) form an electrical connection. a) fit within each other in a nested arrangement in which the respective cell housings are stacked end to end, and b) form an electrical connection.
Process for detecting a particular state of a specific parking space among a plurality of parking spaces a particular state being one of empty or occupied, each parking space being equipped with at least one detector for measuring a value of at least one parameter, said parameter being variable according to the presence or absence of a vehicle, the process comprising the following steps: - measuring a first value of said at least one parameter with the detector for said specific parking space; - measuring a second value of said at least one parameter with the detector for at least one parking space close to said specific parking space wherein a parking space is considered as close to said specific parking space if the presence of a vehicle in said close parking space influences the value of the at least one parameter in a non negligible way in said specific parking space detector; - transmitting at least the first and second values to a processing unit; - comparing the first value with a memorized reference value corresponding to a known state of said specific parking space; - comparing at least the second value with the first value; - deciding whether the specific parking space has an occupied or empty state, based on the result of both comparison steps. - measuring a first value of said at least one parameter with the detector for said specific parking space; - measuring a second value of said at least one parameter with the detector for at least one parking space close to said specific parking space wherein a parking space is considered as close to said specific parking space if the presence of a vehicle in said close parking space influences the value of the at least one parameter in a non negligible way in said specific parking space detector; - transmitting at least the first and second values to a processing unit; - comparing the first value with a memorized reference value corresponding to a known state of said specific parking space; - comparing at least the second value with the first value; - deciding whether the specific parking space has an occupied or empty state, based on the result of both comparison steps.
A method to measure refraction errors, including diopter correction and astigmatism in a user, using an optical device in conjunction with a smartphone, the method comprising the steps of: a. attaching the optical device to a screen of the smart phone using microsuction tape and an elastic band, wherein the optical device comprises a view screen; b. using the view screen to depict two lines the two lines having a beginning angle including a first and second (vertical and horizontal) indicium; c. directing the view screen of the optical device towards the user; d. changing the angle of the axis of the indicia until the user sees two crosses displaced by the same distance, wherein the first and second indicia are equally spaced; e. moving the first and second indicia into alignment; f. rotating the pattern on the display by 45 degrees such that the first indicia is parallel to the axis of astigmatism, and the second indicia is perpendicular to the axis of astigmatism; and g. adjusting the lines depicted upon the view screen such that the first and second indicia are overlapping, whereby the steps (d)-(g) are performed using the optical device attached to the smart phone. a. attaching the optical device to a screen of the smart phone using microsuction tape and an elastic band, wherein the optical device comprises a view screen; b. using the view screen to depict two lines the two lines having a beginning angle including a first and second (vertical and horizontal) indicium; c. directing the view screen of the optical device towards the user; d. changing the angle of the axis of the indicia until the user sees two crosses displaced by the same distance, wherein the first and second indicia are equally spaced; e. moving the first and second indicia into alignment; f. rotating the pattern on the display by 45 degrees such that the first indicia is parallel to the axis of astigmatism, and the second indicia is perpendicular to the axis of astigmatism; and g. adjusting the lines depicted upon the view screen such that the first and second indicia are overlapping,
A composite blade comprising: a preform of yarns woven in three-dimensions, the preform having a tip region, a root region and an intermediate region positioned between the tip region and the root region, and the yarns comprising: warp yarns forming a longitudinal axis of the preform; and weft yarns positioned at a 90 degree angle to the warp yarns and distributed in columns, wherein the weft yarns increase in yarn size as determined by filament count along the longitudinal axis to change the thickness of the preform; and a binder maintaining the relative positions of the preform yarns; characterised in that the preform has a uniform weave pattern such that the same weave pattern is used in every part of the preform, and in that the weft yarns located in the same column have the same yarn size. a preform of yarns woven in three-dimensions, the preform having a tip region, a root region and an intermediate region positioned between the tip region and the root region, and the yarns comprising: warp yarns forming a longitudinal axis of the preform; and weft yarns positioned at a 90 degree angle to the warp yarns and distributed in columns, wherein the weft yarns increase in yarn size as determined by filament count along the longitudinal axis to change the thickness of the preform; and warp yarns forming a longitudinal axis of the preform; and weft yarns positioned at a 90 degree angle to the warp yarns and distributed in columns, wherein a binder maintaining the relative positions of the preform yarns; characterised in that the preform has a uniform weave pattern such that the same weave pattern is used in every part of the preform, and in that the weft yarns located in the same column have the same yarn size.