mhurhangee/patent-ind-claim-en huggingface dataset:
An observation system comprising: a plurality of flying objects adapted to autonomously fly along an observation route preset on an observation area, and a plurality of observation bases (A-F) which are disposed with a distance to each other which does not exceed a cruising distance of the flying objects, wherein, the plurality of flying objects are respectively on standby at one of the plurality of observation bases and adapted to fly through an observation section from one of the observation bases on which the flying object is on standby to the next observation base among the observation bases to perform observation, the plurality of flying objects each comprising; ▪an observer adapted to observe a situation of the observation section, and ▪a storage adapted to store observation data acquired by the observer; characterized in that the plurality of flying objects each further comprise a communicator adapted to perform data relay, when the flying object lands at the next observation base among the observation bases, for transmitting all the observation data acquired after flying through the respective observation section which is stored in the storage to the next flying object on standby at one of the observation bases. a plurality of flying objects adapted to autonomously fly along an observation route preset on an observation area, and a plurality of observation bases (A-F) which are disposed with a distance to each other which does not exceed a cruising distance of the flying objects, wherein, the plurality of flying objects are respectively on standby at one of the plurality of observation bases and adapted to fly through an observation section from one of the observation bases on which the flying object is on standby to the next observation base among the observation bases to perform observation, the plurality of flying objects each comprising; ▪an observer adapted to observe a situation of the observation section, and ▪a storage adapted to store observation data acquired by the observer; ▪an observer adapted to observe a situation of the observation section, and ▪a storage adapted to store observation data acquired by the observer; characterized in that the plurality of flying objects each further comprise a communicator adapted to perform data relay, when the flying object lands at the next observation base among the observation bases, for transmitting all the observation data acquired after flying through the respective observation section which is stored in the storage to the next flying object on standby at one of the observation bases.
A head and neck support and protection device for a driver of a vehicle, wherein the device is integral with a chassis of the vehicle or is configured to be coupled with a chassis of the vehicle, comprising: - an arm being pivotably mounted, at a first end, to a support and comprising, at a second end, a slidably-mounted element connected to a helmet clip ; - wherein the helmet clip is configured to engage a helmet pin ; - a resistance block that is fixed or configured to be fixed to the vehicle chassis and configured to transfer energy into the vehicle chassis when the arm hits the resistance block ; - wherein the slidably-mounted element is configured to slide out of the arm, in a controlled manner, when conditions indicating a crash have been met; characterized in that it comprises: - a head support tape or rope attached or configured to be attached at one end to the vehicle chassis and attached at the other end to the slidably mounted element of the arm . - an arm being pivotably mounted, at a first end, to a support and comprising, at a second end, a slidably-mounted element connected to a helmet clip ; - wherein the helmet clip is configured to engage a helmet pin ; - a resistance block that is fixed or configured to be fixed to the vehicle chassis and configured to transfer energy into the vehicle chassis when the arm hits the resistance block ; - wherein the slidably-mounted element is configured to slide out of the arm, in a controlled manner, when conditions indicating a crash have been met; - a head support tape or rope attached or configured to be attached at one end to the vehicle chassis and attached at the other end to the slidably mounted element of the arm .
An apparatus for generating a hologram pattern in a hologram plane , the apparatus comprising: a reference depth plane setting unit configured to set a reference depth plane using data associated with a three-dimensional, 3D, object , the 3D object being made up of spatial points ; a first hologram pattern generating unit configured to generate a first hologram pattern in the reference depth plane, the first hologram pattern representing the 3D object being generated by synthesizing point source holograms or Fresnel zone plates computed for each point of the 3D object; and a second hologram pattern generating unit configured to generate a second hologram pattern in the hologram plane using the first hologram pattern; wherein the reference depth plane setting unit is configured to determine depth information of the points of the 3D object with respect to the hologram plane using the data associated with the 3D object; wherein the reference depth plane setting unit is configured to set a depth position of the reference depth plane based on a value of the depth information of the points of the 3D object such that the reference depth plane is at a shorter distance from the 3D object than a distance from the 3D object to the hologram plane; wherein the reference depth plane setting unit is configured to set the reference depth plane parallel to the hologram plane; characterized in that the reference depth plane setting unit sets the reference depth plane to be placed at an inner part of the 3D object. a reference depth plane setting unit configured to set a reference depth plane using data associated with a three-dimensional, 3D, object , the 3D object being made up of spatial points ; a first hologram pattern generating unit configured to generate a first hologram pattern in the reference depth plane, the first hologram pattern representing the 3D object being generated by synthesizing point source holograms or Fresnel zone plates computed for each point of the 3D object; and a second hologram pattern generating unit configured to generate a second hologram pattern in the hologram plane using the first hologram pattern; wherein the reference depth plane setting unit is configured to determine depth information of the points of the 3D object with respect to the hologram plane using the data associated with the 3D object; wherein the reference depth plane setting unit is configured to set a depth position of the reference depth plane based on a value of the depth information of the points of the 3D object such that the reference depth plane is at a shorter distance from the 3D object than a distance from the 3D object to the hologram plane; wherein the reference depth plane setting unit is configured to set the reference depth plane parallel to the hologram plane; characterized in that the reference depth plane setting unit sets the reference depth plane to be placed at an inner part of the 3D object.
Method for processing optical lenses , wherein the lenses are selectively processed by different processing apparatuses corresponding to an assignment (Z), characterized in that a central management of instructions for maintenance of the individual processing apparatuses is carried out, wherein the respective instructions are output and/or can be indicated at the respective processing apparatus in a decentralized manner.
Process for preparing a hydrotreating catalyst comprising of from 5 wt% to 50 wt% of molybdenum, of from 0.5 wt% to 20 wt% of cobalt, both assumed to be present in the form of the metal independent of actual form, and of from 0.1 to 5 wt% of phosphorus, assumed to be present as the element independent of its actual form, all based on total dry weight of catalyst, which process comprises: (a) treating a nickel containing carrier by pore volume impregnation with a solution containing the components molybdenum, cobalt and of from 1 to 60 %wt of gluconic acid, based on weight of carrier, and phosphorus, the carrier being alumina containing of from 0.1 to 5%wt of nickel, calculated as metal on total amount of dry carrier, wherein gluconic acid is used in the form of gluconic acid or a salt of gluconic acid or an ester of gluconic acid which ester forms gluconate in the solution, (b) optionally drying the treated carrier at a temperature of from 40 to 200 °C, and (c) calcining the treated and optionally dried carrier at a temperature of from 200 to 650 °C to obtain the calcined treated carrier. (a) treating a nickel containing carrier by pore volume impregnation with a solution containing the components molybdenum, cobalt and of from 1 to 60 %wt of gluconic acid, based on weight of carrier, and phosphorus, the carrier being alumina containing of from 0.1 to 5%wt of nickel, calculated as metal on total amount of dry carrier, wherein gluconic acid is used in the form of gluconic acid or a salt of gluconic acid or an ester of gluconic acid which ester forms gluconate in the solution, (b) optionally drying the treated carrier at a temperature of from 40 to 200 °C, and (c) calcining the treated and optionally dried carrier at a temperature of from 200 to 650 °C to obtain the calcined treated carrier.
A vehicular door lock device comprising: a housing ; an electrical component that is arranged on the housing ; and a terminal that is electrically connected to the electrical component and made of a conductive thin plate including a connecting portion configured to connect adjacent conductive portions , wherein an electrical circuit related to the electrical component is formed by dividing the conductive portions from each other by shearing off the connecting portion , the housing includes engagement grooves that are opened at right angles with respect to mounting portions on which the conductive portions of the terminal are mounted, wherein the terminal includes the conductive portions and pins that are arranged at end portions of the conductive portions , bent at right angles, and configured to engage with the engagement grooves , and the pins are formed by folded portions that are obtained by folding end portions of the terminal at 180 degrees, in a manner that a thickness of the folded portions are twice a thickness of the conductive portions . a housing ; an electrical component that is arranged on the housing ; and a terminal that is electrically connected to the electrical component and made of a conductive thin plate including a connecting portion configured to connect adjacent conductive portions , wherein electrically connected to the electrical component and made of a conductive thin plate including a connecting portion configured to connect adjacent conductive portions , wherein an electrical circuit related to the electrical component is formed by dividing the conductive portions from each other by shearing off the connecting portion , the housing includes engagement grooves that are opened at right angles with respect to mounting portions on which the conductive portions of the terminal are mounted, wherein the terminal includes the conductive portions and pins that are arranged at end portions of the conductive portions , bent at right angles, and configured to engage with the engagement grooves , and the conductive portions and pins that are arranged at end portions of the conductive portions , bent at right angles, and configured to engage with the engagement grooves , and arranged at end portions of the conductive portions , bent at right angles, and configured to engage with the engagement grooves , and the pins are formed by folded portions that are obtained by folding end portions of the terminal at 180 degrees, in a manner that a thickness of the folded portions are twice a thickness of the conductive portions .
A liquid anti-friction composition, characterized by an ester product having a number average molecular weight that is greater than 3800 g/mol, and obtained by subjecting a mixture that includes diglycerol, a monobasic acid component, and a dibasic acid component to an esterification reaction, said monobasic acid component including at least one C 14 -C 24 branched chain fatty acid.
A signal transmission method applied in wireless communications, comprising: determining , by a first device, a bandwidth and a number of subcarriers of a target channel, wherein the bandwidth or the number of subcarriers of the target channel is determined according to at least one of a level and a type of a terminal device using the target channel; and transmitting, by the first device, a signal to a second device via the target channel or receiving, by the first device, a signal transmitted by a second device via the target channel, according to the bandwidth and the number of subcarriers of the target channel , wherein at least one of the first device and the second device is a terminal device; wherein the second device is a terminal device; and the determining , by the first device, the bandwidth and the number of subcarriers of the target channel comprises: determining, by the first device, a value range of the bandwidth of the target channel according to at least one of the level and the type of the second device; determining the bandwidth of the target channel from the value range of the bandwidth of the target channel; determining a subcarrier interval of the target channel; and determining the number of subcarriers of the target channel according to the bandwidth of the target channel and the subcarrier interval of the target channel. determining , by a first device, a bandwidth and a number of subcarriers of a target channel, wherein the bandwidth or the number of subcarriers of the target channel is determined according to at least one of a level and a type of a terminal device using the target channel; and transmitting, by the first device, a signal to a second device via the target channel or receiving, by the first device, a signal transmitted by a second device via the target channel, according to the bandwidth and the number of subcarriers of the target channel , wherein at least one of the first device and the second device is a terminal device; wherein the second device is a terminal device; and the determining , by the first device, the bandwidth and the number of subcarriers of the target channel comprises: determining, by the first device, a value range of the bandwidth of the target channel according to at least one of the level and the type of the second device; determining the bandwidth of the target channel from the value range of the bandwidth of the target channel; determining a subcarrier interval of the target channel; and determining the number of subcarriers of the target channel according to the bandwidth of the target channel and the subcarrier interval of the target channel. determining, by the first device, a value range of the bandwidth of the target channel according to at least one of the level and the type of the second device; determining the bandwidth of the target channel from the value range of the bandwidth of the target channel; determining a subcarrier interval of the target channel; and determining the number of subcarriers of the target channel according to the bandwidth of the target channel and the subcarrier interval of the target channel.
A method for reducing the concentration of nitrogen oxides in waste gases released during the production of organic amino compounds, comprising: reacting an organic compound with NO x and/or nitric acid to form an organic nitro compound wherein an NO x -containing waste gas stream is formed and the organic nitro compound is converted to the organic amino compound by means of a hydrogen-containing reaction gas, the reaction of the organic nitro compound with the hydrogen-containing reduction gas taking place with the formation of a hydrogen-containing waste gas stream, combining the NO x -containing waste gas stream with the hydrogen-containing waste gas stream, and optionally an externally supplied hydrogen stream, and reacting the NO x -containing waste gas stream with the hydrogen-containing waste gas stream, and any externally supplied hydrogen stream, at a temperature of 1000 to 1700°C for the at least partial reduction of the NO x concentration. reacting an organic compound with NO x and/or nitric acid to form an organic nitro compound wherein an NO x -containing waste gas stream is formed and the organic nitro compound is converted to the organic amino compound by means of a hydrogen-containing reaction gas, the reaction of the organic nitro compound with the hydrogen-containing reduction gas taking place with the formation of a hydrogen-containing waste gas stream, combining the NO x -containing waste gas stream with the hydrogen-containing waste gas stream, and optionally an externally supplied hydrogen stream, and reacting the NO x -containing waste gas stream with the hydrogen-containing waste gas stream, and any externally supplied hydrogen stream, at a temperature of 1000 to 1700°C for the at least partial reduction of the NO x concentration.
A cosmetic product comprising: a cosmetic material container main body ; and a three-dimensional woven fabric impregnation material which is mounted in the container main body so as to be impregnated with a liquid cosmetic material and has a first surface and a second surface , wherein the three-dimensional woven fabric impregnation material includes a vertically layered structure including: a first surface region (S1) having a first pattern; a second surface region (S2) having a second pattern; and a pillar region (P) which is formed between the first surface region and the second surface region by Z-yarns that connect the first surface region and the second surface region, and a circumference of the impregnation material has a rim portion at which the vertically layered structure is melted or softened and compressed. a cosmetic material container main body ; and a three-dimensional woven fabric impregnation material which is mounted in the container main body so as to be impregnated with a liquid cosmetic material and has a first surface and a second surface , wherein the three-dimensional woven fabric impregnation material includes a vertically layered structure including: a first surface region (S1) having a first pattern; a second surface region (S2) having a second pattern; and a pillar region (P) which is formed between the first surface region and the second surface region by Z-yarns that connect the first surface region and the second surface region, and a circumference of the impregnation material has a rim portion at which the vertically layered structure is melted or softened and compressed. a first surface region (S1) having a first pattern; a second surface region (S2) having a second pattern; and a pillar region (P) which is formed between the first surface region and the second surface region by Z-yarns that connect the first surface region and the second surface region, and a circumference of the impregnation material has a rim portion at which the vertically layered structure is melted or softened and compressed.
A method of phase error estimation and correction for a receiver, the method comprising: receiving a signal in time domain, wherein the signal is generated by repeating a length L sequence, R times to form the time-domain signal which is of length N, the time-domain signal of length N being received within a symbol; filtering the received signal to obtain a time-domain reference signal; estimating a phase error using a correlation between sections within the symbol associated with the time-domain reference signal, the correlation being used for the phase error estimation, wherein each section corresponds to each one of the sequences of length L; and correcting the phase error on a cycle of L. receiving a signal in time domain, wherein the signal is generated by repeating a length L sequence, R times to form the time-domain signal which is of length N, the time-domain signal of length N being received within a symbol; filtering the received signal to obtain a time-domain reference signal; estimating a phase error using a correlation between sections within the symbol associated with the time-domain reference signal, the correlation being used for the phase error estimation, wherein each section corresponds to each one of the sequences of length L; and correcting the phase error on a cycle of L.
A method of operating a network element (eNodeB; CIoT-BS) of a mobile communications network including one or more network elements (eNodeB, MME; CIoT-BS, C-SGN) for providing a wireless access interface for a communications device (UE) for NB-IoT Narrow Band Internet of Things respectively CIoT Cellular Internet of Things, wherein the network element (eNodeB; CIoT-BS) of the mobile communications network providing a wireless access interface for the communications device (UE) during an attach procedure receives an information element regarding radio related capabilities of the communications device (UE) and wherein the network element (eNodeB; CIoT-BS) of the mobile communications network itself uses the received information element regarding radio related capabilities of the communications device (UE) for directly selecting a core network node (MME; C-SGN) of the mobile communications network without a further communication between the network element (eNodeB; CIoT-BS) and the communications device (UE) and/or the core network node (MME; C-SGN), wherein the information element regarding radio related capabilities includes NB-IoT respectively CIoT capability information about single tone or multi tone as layer 1 techniques to be used.
A printing apparatus, comprising: a support member having a printhead slot ; a first tubing to provide a first printing fluid; and a second tubing to provide a second printing fluid; a mechanical structure attached to the support member wherein a printhead-side end portion of the first tubing and a printhead-side end portion of the second tubing are attached to the mechanical structure ; wherein the mechanical structure allows to switch the printhead-side end portion of the first tubing between an active position and a first standby position and the printhead-side end portion of the second tubing between a second standby position and the active position; wherein, when the printhead-side end portion of the first tubing is in the active position, the first tubing provides the first printing fluid to a printhead in the printhead slot and the printhead-side end portion of the second tubing is in the standby position and does not provide the second printing fluid to the printhead. a support member having a printhead slot ; a first tubing to provide a first printing fluid; and a second tubing to provide a second printing fluid; a mechanical structure attached to the support member wherein a printhead-side end portion of the first tubing and a printhead-side end portion of the second tubing are attached to the mechanical structure ; wherein the mechanical structure allows to switch the printhead-side end portion of the first tubing between an active position and a first standby position and the printhead-side end portion of the second tubing between a second standby position and the active position; wherein, when the printhead-side end portion of the first tubing is in the active position, the first tubing provides the first printing fluid to a printhead in the printhead slot and the printhead-side end portion of the second tubing is in the standby position and does not provide the second printing fluid to the printhead.