mhurhangee/patent-ind-claim-en huggingface dataset:
Data capture device for a building system comprising: a housing that can be arranged on a floor (L, F1, F2) of a building or at an entrance to a restricted-access region, the building comprising the building system ; a display device arranged in the housing ; an optical reading device arranged in the housing and embodied to optically detect information from a first information carrier , wherein the optical reading device is arranged such that through an image sensor of the optical reading device light can be received from the direction of a front side of the housing that is accessible to a user ; a first reading device arranged in the housing and having a first antenna in order to detect information from a second information carrier by means of radio communication, the first antenna comprising an air coil that has an inner space ; and, a control device arranged in the housing and communicatively connected to the display device , the optical reading device , and the first reading device ; wherein the image sensor of the optical reading device is arranged entirely or partially in the inner space of the air coil . a housing that can be arranged on a floor (L, F1, F2) of a building or at an entrance to a restricted-access region, the building comprising the building system ; a display device arranged in the housing ; an optical reading device arranged in the housing and embodied to optically detect information from a first information carrier , wherein the optical reading device is arranged such that through an image sensor of the optical reading device light can be received from the direction of a front side of the housing that is accessible to a user ; a first reading device arranged in the housing and having a first antenna in order to detect information from a second information carrier by means of radio communication, the first antenna comprising an air coil that has an inner space ; and, a control device arranged in the housing and communicatively connected to the display device , the optical reading device , and the first reading device ; wherein the image sensor of the optical reading device is arranged entirely or partially in the inner space of the air coil .
A vehicle comprising at least two articulately connected vehicle parts , for example, a tramway or an articulated bus, wherein for bridging the distance between the two vehicle parts an at least U-shaped cover is provided, which is formed elastically flexible in itself, wherein the cover is double-walled, wherein the outer wall and the inner wall are formed in one piece, characterized in that the cover elastic in itself comprises a reinforcing support coated with an elastomer, which reinforcing support comprises elastic threads or yarns, wherein between the outer and inner wall of the cover at least a spacer is located across the length of the cover .
Casing for passing one or more lines through a wall or floor section , comprising - a tubular body configured to be embedded in a curable casting compound of the wall section , and - a connecting flange arranged at one end of the tubular body , wherein at least one length scale with length measurements of the tubular body is arranged along the tubular body on its outer surface starting from the connecting flange , wherein one, several or all length measurements are each assigned a cut-to-length guide for assisted shortening of the length of the tubular body , which is formed on the outer surface of the tubular body as an elevation extending in the circumferential direction and protruding in the radial direction, characterized in that a circumferential recess is formed on the connecting flange in the connecting region to the tubular body as a receptacle for a collar of a blind cover that can be inserted into the tubular body . - a tubular body configured to be embedded in a curable casting compound of the wall section , and - a connecting flange arranged at one end of the tubular body , wherein at least one length scale with length measurements of the tubular body is arranged along the tubular body on its outer surface starting from the connecting flange , wherein one, several or all length measurements are each assigned a cut-to-length guide for assisted shortening of the length of the tubular body , which is formed on the outer surface of the tubular body as an elevation extending in the circumferential direction and protruding in the radial direction, characterized in that a circumferential recess is formed on the connecting flange in the connecting region to the tubular body as a receptacle for a collar of a blind cover that can be inserted into the tubular body .
Method for monitoring a transmission of a drive unit with a drive motor of an electric bicycle , comprising the following method steps • detecting at least one operating variable of a shaft in the drive unit at at least two points in time by means of at least one sensor , wherein the detected operating variable is a rotation speed, a torque, a rotation angle of the shaft and/or a vibration variable of the drive unit , and detecting at least one driving dynamics variable of the electric bicycle at at least two points in time, wherein the driving dynamics variable is an acceleration and/or a speed of the electric bicycle in the longitudinal direction of the electric bicycle ; • transmitting the detected operating variable profile to a server device , and transmitting the at least one driving dynamics variable profile to the server device , and • receiving a transmission state assessment from the server device depending on the transmitted operating variable profile and the transmitted driving dynamics variable profile, wherein the transmission state assessment represents the current state of the transmission of the electric bicycle . • detecting at least one operating variable of a shaft in the drive unit at at least two points in time by means of at least one sensor , wherein the detected operating variable is a rotation speed, a torque, a rotation angle of the shaft and/or a vibration variable of the drive unit , and detecting at least one driving dynamics variable of the electric bicycle at at least two points in time, wherein the driving dynamics variable is an acceleration and/or a speed of the electric bicycle in the longitudinal direction of the electric bicycle ; • transmitting the detected operating variable profile to a server device , and transmitting the at least one driving dynamics variable profile to the server device , and • receiving a transmission state assessment from the server device depending on the transmitted operating variable profile and the transmitted driving dynamics variable profile, wherein the transmission state assessment represents the current state of the transmission of the electric bicycle .
A system of medical devices for selecting a medical device likely capable of performing a desired sample analysis at a point in time, the system comprising: - a medical device data management system; - a plurality of medical devices communicatively connected to the medical device data management system; each medical device being operable to analyze one or more samples of biological material; and to communicate information about an operational state of the medical device to the medical device data management system; - a plurality of portable electronic devices, each operable to be carried by an operator, each portable electronic device communicatively connectable to the medical device data management system and configured to receive, from the medical device data management system, information indicative of an operational state of respective medical devices and to display the received information in respect of one or more selected ones of the medical devices, wherein the information about an operational state received by the portable electronic device from the medical device data management system includes an availability prediction. - a medical device data management system; - a plurality of medical devices communicatively connected to the medical device data management system; each medical device being operable to analyze one or more samples of biological material; and to communicate information about an operational state of the medical device to the medical device data management system; - a plurality of portable electronic devices, each operable to be carried by an operator, each portable electronic device communicatively connectable to the medical device data management system and configured to receive, from the medical device data management system, information indicative of an operational state of respective medical devices and to display the received information in respect of one or more selected ones of the medical devices, wherein the information about an operational state received by the portable electronic device from the medical device data management system includes an availability prediction.
A coaxial line slot array antenna, comprising: a coaxial line including an inner conductor , an outer conductor provided so as to surround a circumference of the inner conductor, and both ends short-circuited; feeding means for exciting the coaxial line; and a plurality of slots which are formed on the outer conductor with a certain angle with respect to a tube axis direction of the coaxial line and have approximately a resonance length, wherein: the coaxial line comprises a square coaxial line; characterized in that the plurality of slots are formed in one appropriate side surface of the outer conductor, which is parallel to the tube axis direction of the square coaxial line; and the square coaxial line, the feeding means, and the plurality of slots form a single sub-array, and a plurality of the sub-arrays are arranged on a plane to form a two-dimensional array antenna; wherein an interval between the outer conductor and the inner conductor at a position where one of the plurality of slots is formed differs for each of the plurality of slots, wherein either a diameter of the inner conductor or an inner diameter of the outer conductor is adjusted to change said interval. a coaxial line including an inner conductor , an outer conductor provided so as to surround a circumference of the inner conductor, and both ends short-circuited; feeding means for exciting the coaxial line; and a plurality of slots which are formed on the outer conductor with a certain angle with respect to a tube axis direction of the coaxial line and have approximately a resonance length, the coaxial line comprises a square coaxial line; characterized in that the plurality of slots are formed in one appropriate side surface of the outer conductor, which is parallel to the tube axis direction of the square coaxial line; and the square coaxial line, the feeding means, and the plurality of slots form a single sub-array, and a plurality of the sub-arrays are arranged on a plane to form a two-dimensional array antenna; wherein an interval between the outer conductor and the inner conductor at a position where one of the plurality of slots is formed differs for each of the plurality of slots, wherein either a diameter of the inner conductor or an inner diameter of the outer conductor is adjusted to change said interval.
A process for assembling an epicyclic or planetary gear train of a planet gear carrier comprising one or more bores , each of the bores being intended to receive a pivot , the process comprising the following steps: a) manufacturing at least one pivot comprising a real axis distinct from a theoretical axis ; b) measuring the position of a real axis of each of said one or more bores of the carrier ; the real axis of each of said one or more bores being distinct from the theoretical axis of each of said one or more bores; c) for each bore of the carrier , mounting a pivot in said bore and angularly orienting it so that the eccentricity of the pivot at least partially makes up for the eccentricity of said bore . a) manufacturing at least one pivot comprising a real axis distinct from a theoretical axis ; b) measuring the position of a real axis of each of said one or more bores of the carrier ; the real axis of each of said one or more bores being distinct from the theoretical axis of each of said one or more bores; c) for each bore of the carrier , mounting a pivot in said bore and angularly orienting it so that the eccentricity of the pivot at least partially makes up for the eccentricity of said bore .
A method for preparing a photomask blank comprising a transparent substrate, at least one film (A) containing chromium and nitrogen, and free of silicon, and at least one film (B) containing silicon and oxygen, and free of a transition metal, the film (A) and film (B) being in contact with one another, by a sputtering method and wherein (i) when the film (B) is deposited on the film (A), for a predetermined period of time at the initial stage of deposition, the film (B) is sputtered with supply of an oxygen-containing gas in an amount or flow rate which is reduced relative to a set value for a prescribed composition of the film (B), or without supply of oxygen-containing gas, after which the film (B) is sputtered with supply of oxygen-containing gas in an amount or flow rate of the set value conforming to the prescribed composition; or (ii) when the film (A) is deposited on the film (B), the film (B) is sputtered with supply of oxygen-containing gas in an amount or flow rate of a set value conforming to a prescribed composition of the film (B) and then, for a predetermined period of time at the final stage of the deposition, the film (B) is sputtered with supply of the oxygen-containing gas in an amount or flow rate reduced from the set value, or without supply of oxygen-containing gas. (i) when the film (B) is deposited on the film (A), for a predetermined period of time at the initial stage of deposition, the film (B) is sputtered with supply of an oxygen-containing gas in an amount or flow rate which is reduced relative to a set value for a prescribed composition of the film (B), or without supply of oxygen-containing gas, after which the film (B) is sputtered with supply of oxygen-containing gas in an amount or flow rate of the set value conforming to the prescribed composition; or (ii) when the film (A) is deposited on the film (B), the film (B) is sputtered with supply of oxygen-containing gas in an amount or flow rate of a set value conforming to a prescribed composition of the film (B) and then, for a predetermined period of time at the final stage of the deposition, the film (B) is sputtered with supply of the oxygen-containing gas in an amount or flow rate reduced from the set value, or without supply of oxygen-containing gas.
A method in a communication controller for adaptive pilot allocation comprising: determining at least one channel condition parameter for a wireless channel between the communications controller and a user equipment, UE; selecting, by the communications controller, a microframe pilot pattern to use for subsequent communications on the wireless channel according to the at least one channel condition parameter, wherein the microframe pattern is combined with at least one additional microframe pattern to define an overall pattern over the subframe; signaling, by the communications controller, an indication of the selected microframe pilot pattern to the UE; transmitting, by the communications controller to the UE, data using the selected microframe pilot pattern; receiving channel state information, CSI, feedback, wherein the CSI feedback includes at least one spread parameter calculated by the UE; and determining, by the communication controller, the at least one channel condition parameter according to the at least one spread parameter, wherein the at least one spread parameter comprises a maximum number of subcarriers between pilot symbols, a location of a first pilot in frequency, a maximum number of symbols between pilots, and a location of the first pilot in time. determining at least one channel condition parameter for a wireless channel between the communications controller and a user equipment, UE; selecting, by the communications controller, a microframe pilot pattern to use for subsequent communications on the wireless channel according to the at least one channel condition parameter, wherein the microframe pattern is combined with at least one additional microframe pattern to define an overall pattern over the subframe; signaling, by the communications controller, an indication of the selected microframe pilot pattern to the UE; transmitting, by the communications controller to the UE, data using the selected microframe pilot pattern; receiving channel state information, CSI, feedback, wherein the CSI feedback includes at least one spread parameter calculated by the UE; and determining, by the communication controller, the at least one channel condition parameter according to the at least one spread parameter, wherein the at least one spread parameter comprises a maximum number of subcarriers between pilot symbols, a location of a first pilot in frequency, a maximum number of symbols between pilots, and a location of the first pilot in time.
A method of determining by a computer system a value of a parameter characterising the state of health of a battery formed of a plurality of cells and carried on board a land motor vehicle, the method comprising the steps of : - receiving processing data generated by a computer of the vehicle and transmitted by means of a radio-frequency signal communication apparatus arranged in the vehicle, said processing data including data characterising a state of charge of the battery, data characterising at least one voltage measurement for each of the cells, data characterising at least one current measurement for each of the cells, data characterising at least one temperature measurement for each of the cells and data characterising a journey made by the vehicle - determining, for each of the cells, a value of a parameter characterising the state of health of the cell using the data characterising at least one voltage measurement for each of the cells, the data characterising at least one current measurement for each of the cells and the data characterising at least one temperature measurement for each of the cells, - determining at least one value of a parameter characterising a use of the battery using the data characterising a state of charge of the battery and the data characterising a journey made by the vehicle, and - determining the value of the parameter characterising the state of health of the battery using the values of the parameters characterising the state of health of each of the cells and the value characterising a use of the battery. - receiving processing data generated by a computer of the vehicle and transmitted by means of a radio-frequency signal communication apparatus arranged in the vehicle, said processing data including data characterising a state of charge of the battery, data characterising at least one voltage measurement for each of the cells, data characterising at least one current measurement for each of the cells, data characterising at least one temperature measurement for each of the cells and data characterising a journey made by the vehicle - determining, for each of the cells, a value of a parameter characterising the state of health of the cell using the data characterising at least one voltage measurement for each of the cells, the data characterising at least one current measurement for each of the cells and the data characterising at least one temperature measurement for each of the cells, - determining at least one value of a parameter characterising a use of the battery using the data characterising a state of charge of the battery and the data characterising a journey made by the vehicle, and - determining the value of the parameter characterising the state of health of the battery using the values of the parameters characterising the state of health of each of the cells and the value characterising a use of the battery.
A process of fire refining blister copper, comprising the steps of: (a) providing molten blister copper into an anode furnace; (b) oxidizing sulfur in the molten blister copper by blowing oxygen containing gas into the molten blister copper until a first prescribed target value has been reached; (c) subsequently discontinuing blowing of the oxygen containing gas and lowering the sulfur and oxygen content in blister copper by blowing inert gas into the molten blister copper until a second prescribed target value has been reached, wherein the inert phase (c) is continued until the second prescribed target value of the oxygen concentration is below 4000 ppm, and the second prescribed target value of the sulfur concentration is below 500 ppm; (d) subsequently discontinuing blowing of the inert gas and reducing oxygen in the blister copper by supplying a reducing agent into the molten blister copper until a third prescribed target value has been reached and anode copper is obtained; and (e) optionally casting the obtained anode copper. (a) providing molten blister copper into an anode furnace; (b) oxidizing sulfur in the molten blister copper by blowing oxygen containing gas into the molten blister copper until a first prescribed target value has been reached; (c) subsequently discontinuing blowing of the oxygen containing gas and lowering the sulfur and oxygen content in blister copper by blowing inert gas into the molten blister copper until a second prescribed target value has been reached, wherein the inert phase (c) is continued until the second prescribed target value of the oxygen concentration is below 4000 ppm, and the second prescribed target value of the sulfur concentration is below 500 ppm; (d) subsequently discontinuing blowing of the inert gas and reducing oxygen in the blister copper by supplying a reducing agent into the molten blister copper until a third prescribed target value has been reached and anode copper is obtained; and (e) optionally casting the obtained anode copper.