mhurhangee/patent-ind-claim-en huggingface dataset:
Method for drying channels of an endoscope, the method comprising the following steps: a) connecting the endoscope, in particular via a specific, preferably watertigh, connector, to a drying unit, b) injecting a neutral gas into the endoscope channels for a period of time between 10 and 60 seconds, the flow rate of the gas being between 1 and 20 l/min, the gas being injected at a temperature between 10°C and 30°C, in order to remove the residual liquid by means of a laminar flow of the gas, then c) drying the channels of the endoscope for a period of time between 30 and 150 seconds by injecting a gas at a temperature between 30°C and 60°C, the flow rate of the gas being between 20 l/min and 100 1/min, in order to generate a turbulent flow of the gas. a) connecting the endoscope, in particular via a specific, preferably watertigh, connector, to a drying unit, b) injecting a neutral gas into the endoscope channels for a period of time between 10 and 60 seconds, the flow rate of the gas being between 1 and 20 l/min, the gas being injected at a temperature between 10°C and 30°C, in order to remove the residual liquid by means of a laminar flow of the gas, then c) drying the channels of the endoscope for a period of time between 30 and 150 seconds by injecting a gas at a temperature between 30°C and 60°C, the flow rate of the gas being between 20 l/min and 100 1/min, in order to generate a turbulent flow of the gas.
A method in a user equipment for adjusting a transmit timing of uplink transmissions to a network node in a telecommunications system , which user equipment is configurable with more than one aggregated serving cells, which more than one aggregated serving cells are grouped into one or more groups of serving cells based on a timing advance value of each of the aggregated serving cells, which one or more groups of serving cells each comprises a timing reference serving cell, wherein the reception timing of a downlink transmission from a timing reference serving cell is used as a timing reference for the transmit timing of uplink transmissions for the serving cells in the group of serving cells comprising the timing reference serving cell, respectively, the method comprising: - determining a change to a second timing reference serving cell in a group of serving cells, which second timing reference serving cell is different from a first timing reference serving cell currently being used as the timing reference serving cell for the group of serving cells; and - applying an incremental adjustment of the transmit timing of uplink transmissions for the serving cells in the group of serving cells with respect to a timing reference based on the reception timing of a downlink transmission from the second timing reference serving cell in the user equipment , wherein the incremental adjustment comprises multiple increments. - determining a change to a second timing reference serving cell in a group of serving cells, which second timing reference serving cell is different from a first timing reference serving cell currently being used as the timing reference serving cell for the group of serving cells; and - applying an incremental adjustment of the transmit timing of uplink transmissions for the serving cells in the group of serving cells with respect to a timing reference based on the reception timing of a downlink transmission from the second timing reference serving cell in the user equipment , wherein the incremental adjustment comprises multiple increments.
Retrieval system with a retrieval head placeable on an opening of a bottle , wherein the retrieval head comprises closure means for closing the opening of the bottle , wherein a hose is so mounted in the retrieval head that when the retrieval head is placed on the opening the hose protrudes into the bottle and liquid is removable from the bottle by way of the hose , characterised in that an actuating mechanism by means of which the mounting of the hose in the retrieval head is releasable is provided.
Heavy-duty ledger for use on a scaffolding, said ledger comprising an upper profile , a central profile and a lower profile , the upper profile being designed in such a way that fastening means for fastening the heavy-duty ledger are fastenable to the upper profile , the upper profile , the central profile and the lower profile being designed in one piece, characterized in that the central profile has recesses for the passage of scaffolding elements, the heavy-duty ledger having at least one recess of a first type with a first length in the direction of a longitudinal axis and a recess of a second type with a second length in the direction of the longitudinal axis, the first length and the second length differing in size.
Work station for a packaging machine , comprising an upper tool and a lower tool , where said lower tool is guided for a closing motion that is directed along a vertical direction towards said upper tool ; and a lifting mechanism which comprises a toggle lever mechanism which connects said lower tool to a support structure, wherein said lifting mechanism comprises a first actuator assembly which is configured to apply a first force for raising said lower tool and a second actuator assembly which is configured to apply a second force for raising said lower tool , and wherein said first actuator assembly acts upon said lower tool while bypassing said toggle lever mechanism and said second actuator assembly acts upon said toggle lever mechanism . an upper tool and a lower tool , where said lower tool is guided for a closing motion that is directed along a vertical direction towards said upper tool ; and a lifting mechanism which comprises a toggle lever mechanism which connects said lower tool to a support structure, wherein said lifting mechanism comprises a first actuator assembly which is configured to apply a first force for raising said lower tool and a second actuator assembly which is configured to apply a second force for raising said lower tool , and wherein said first actuator assembly acts upon said lower tool while bypassing said toggle lever mechanism and said second actuator assembly acts upon said toggle lever mechanism .
A true random number generator comprising a digital chaotically oscillating autonomous Boolean network as a source of entropy, wherein said digital chaotically oscillating autonomous Boolean network includes three logic elements connected to each other, the first of which is a two-input "Exclusive OR" or "Exclusive NOR" gate, the second is a two-input "Exclusive OR" or "Exclusive NOR" gate, and the third logic element has three inputs and one output, and implements a logic "counting ones" function, in which its output is set to a logic one if a logic one is present at no more than one of its inputs, otherwise it is set to a logic zero, while the output of the first two-input logic element is connected to the first input of the second two-input logic element and to the second input of the third logic "counting ones" element, the output of the second two-input logic element is connected to its second input, to the second input of the first two-input logic element, and to the third input of the third logic "counting ones" element, and the output of the third logic "counting ones" element is connected to its first input, to the first input of the first two-input logic element, and to the output of the entire network.
Analysis apparatus comprising: a signal detection unit configured to continuously detect signal values detected from a first sample; a measuring unit configured to measure numerical value information on a specified substance in a second sample; a first temperature detection unit configured to capture a first temperature value defined as temperature information on the first sample; a second temperature detection unit configured to capture a second temperature value defined as temperature information on the second sample; and a calculation unit configured to calibrate the numerical value information on the specified substance in the first sample from the signal value by referring to the numerical value information on the specified substance in the second sample in accordance with the first temperature value and the second temperature value, wherein the calculation unit is configured to acquire the first temperature value as at the point of time when measuring the numerical value information on the specified substance in the second sample, to acquire the second temperature value as at the point of time when measuring the numerical value information on the specified substance in the second sample, and when a differential value calculated from the first temperature value and the second temperature value is equal to or smaller than a predetermined threshold value, to calibrate the numerical value information on the specified substance in the first sample from the signal value by referring to the numerical value information on the specified substance in the second sample. a signal detection unit configured to continuously detect signal values detected from a first sample; a measuring unit configured to measure numerical value information on a specified substance in a second sample; a first temperature detection unit configured to capture a first temperature value defined as temperature information on the first sample; a second temperature detection unit configured to capture a second temperature value defined as temperature information on the second sample; and a calculation unit configured to calibrate the numerical value information on the specified substance in the first sample from the signal value by referring to the numerical value information on the specified substance in the second sample in accordance with the first temperature value and the second temperature value, wherein the calculation unit is configured to acquire the first temperature value as at the point of time when measuring the numerical value information on the specified substance in the second sample, to acquire the second temperature value as at the point of time when measuring the numerical value information on the specified substance in the second sample, and when a differential value calculated from the first temperature value and the second temperature value is equal to or smaller than a predetermined threshold value, to calibrate the numerical value information on the specified substance in the first sample from the signal value by referring to the numerical value information on the specified substance in the second sample.
Method for loading, into a user terminal (T), a virtual key (VK) for controlling at least one functionality of a vehicle (V), by means of a service access server (SERV), a trusted server (TSM) and a security platform (SP), said first loading having, inter alia, made it possible to load a communication key (CK) into said user terminal (T), comprising the following steps: - the security platform (SP) determining (E6) whether the user terminal (T) designated by a first identifier (TID) has already been provided with a communication key (CK); - if the user terminal (T) has not already been provided with a communication key (CK), transmitting (E14), from the trusted server (TSM) to the secure element (SE), a request to install an applet and to personalize this applet with the communication key (CK), installing (E18) the applet in the secure element (SE) and loading (E20) the communication key (CK) into a secure element (SE) of the terminal (T) by means of a data exchange between the trusted server (TSM) and the secure element (SE); - when the user terminal (T) is provided with a communication key (CK), the security platform (SP) generating (E30) a virtual key (VK) as a function of a root key (MK) associated with the identifier (VID) of the vehicle (V) and temporal bounds (T1, T2); - the user terminal receiving (E36) the virtual key (VK) encrypted by the security platform (SP) using the communication key (CK); - transferring (E38) the encrypted virtual key (VK) to a secure element (SE) embedded in the user terminal (T); - decrypting (E42) the virtual key (VK) by means of a communication key (CK) stored in the secure element (SE). - the security platform (SP) determining (E6) whether the user terminal (T) designated by a first identifier (TID) has already been provided with a communication key (CK); - if the user terminal (T) has not already been provided with a communication key (CK), transmitting (E14), from the trusted server (TSM) to the secure element (SE), a request to install an applet and to personalize this applet with the communication key (CK), installing (E18) the applet in the secure element (SE) and loading (E20) the communication key (CK) into a secure element (SE) of the terminal (T) by means of a data exchange between the trusted server (TSM) and the secure element (SE); - when the user terminal (T) is provided with a communication key (CK), the security platform (SP) generating (E30) a virtual key (VK) as a function of a root key (MK) associated with the identifier (VID) of the vehicle (V) and temporal bounds (T1, T2); - the user terminal receiving (E36) the virtual key (VK) encrypted by the security platform (SP) using the communication key (CK); - transferring (E38) the encrypted virtual key (VK) to a secure element (SE) embedded in the user terminal (T); - decrypting (E42) the virtual key (VK) by means of a communication key (CK) stored in the secure element (SE).
A method, comprising: at an electronic device (100, 120; 202) having an image sensor (108; 319), a plurality of microphones (102; 314), a display (110; 328), one or more processors , and memory , wherein the electronic device (100, 120; 202) has access to a persons database on a server system that stores audio identification data and visual identification data : obtaining audio signals by concurrently receiving audio data at each microphone of the plurality of microphones; determining based on the obtained audio signals that a person is speaking in the vicinity of the electronic device; identifying the person based on the obtained audio signals by comparing them with the audio identification data ; obtaining video data from the image sensor; determining based on analysis of the video data that the person is not within the field of view of the image sensor; reorienting the electronic device based on differences in the audio data received at respective microphones of the plurality of microphones; after reorienting the electronic device, obtaining second video data from the image sensor and ensuring by determining from the second video data that the person is within the field of view of the image sensor wherein determining that the person is within the field of view of the image sensor comprises identifying the person based on comparing the second video data from the image sensor with the visual identification data in the persons database ; and attending to the person by directing the display toward the person. obtaining audio signals by concurrently receiving audio data at each microphone of the plurality of microphones; determining based on the obtained audio signals that a person is speaking in the vicinity of the electronic device; identifying the person based on the obtained audio signals by comparing them with the audio identification data ; obtaining video data from the image sensor; determining based on analysis of the video data that the person is not within the field of view of the image sensor; reorienting the electronic device based on differences in the audio data received at respective microphones of the plurality of microphones; after reorienting the electronic device, obtaining second video data from the image sensor and ensuring by determining from the second video data that the person is within the field of view of the image sensor wherein determining that the person is within the field of view of the image sensor comprises identifying the person based on comparing the second video data from the image sensor with the visual identification data in the persons database ; and attending to the person by directing the display toward the person.
A method for controlling a powered system, the method comprising: creating a mission plan ; identifying a desired parameter in the mission plan that is at least one of unobtainable or exceeds a predefined limit ; determining whether to at least one of temporarily exceed the predefined limit, identify an obtainable parameter proximate the desired parameter, or alert at least one of an operator and a remote monitoring facility for feedback on a course of action to take ; revising the mission plan based on the determination of whether to at least one of temporarily exceed the predefined limit or identify an obtainable parameter proximate the desired parameter ; identifying at least one of a second desired parameter in the mission plan and a function of a component of the powered system to adjust when the desired parameter in the mission plan is at least one of unobtainable and exceeds a predefined limit and adjusting the at least one of the second desired parameter in the mission plan and the function of a component of the powered system to accomplish the mission plan ; and operating the powered system based at least in part on the mission plan. creating a mission plan ; identifying a desired parameter in the mission plan that is at least one of unobtainable or exceeds a predefined limit ; determining whether to at least one of temporarily exceed the predefined limit, identify an obtainable parameter proximate the desired parameter, or alert at least one of an operator and a remote monitoring facility for feedback on a course of action to take ; revising the mission plan based on the determination of whether to at least one of temporarily exceed the predefined limit or identify an obtainable parameter proximate the desired parameter ; identifying at least one of a second desired parameter in the mission plan and a function of a component of the powered system to adjust when the desired parameter in the mission plan is at least one of unobtainable and exceeds a predefined limit and adjusting the at least one of the second desired parameter in the mission plan and the function of a component of the powered system to accomplish the mission plan ; and operating the powered system based at least in part on the mission plan.
A terminal device for use in a wireless telecommunications system comprising a plurality of terminal devices operable to communicate with one another in a device-to-device manner, wherein the terminal device comprises a controller unit and a transceiver unit configured to operate together to cause the terminal device to monitor for signalling transmitted by other terminal devices and determine a transmission power level to use for device-to-device transmissions from the terminal device based on the amount of signalling transmitted by other terminal devices, and to transmit device-to-device communications using the determined transmission power level.
Optical shield for keypad locks, which optical shield consists of: a) at least, a frame provided with • at least one structure into which standard structures (C1) fit which the lock keypads • standard structures (C1) fit which the lock keypads (C) have; • one or several side panels that project from the frame body impeding the lateral view of the keypad lock (C) from an area near the user who is operating it; b) means to fasten indirectly the frame to the lock module/keypad (C), without interfering with it, wherein the cited structures have grooves made in on its back and provides with some openings in one of its ends in order to position the cited standard structures (C1) in it, characterised in that the cited means for indirectly fastening the frame to the lock (C) are, at least, a plate fastened to the frame closing the structures to impede the accidental or malicious removal of the frame , and in that it has an additional panel mounted on the frame and capable of sliding linearly in it; with this additional panel being provided with, at least, one window through which a restricted area of the keypad is accessed, impeding the frontal view of the rest. a) at least, a frame provided with • at least one structure into which standard structures (C1) fit which the lock keypads • standard structures (C1) fit which the lock keypads (C) have; • one or several side panels that project from the frame body impeding the lateral view of the keypad lock (C) from an area near the user who is operating it; • at least one structure into which standard structures (C1) fit which the lock keypads • standard structures (C1) fit which the lock keypads (C) have; • one or several side panels that project from the frame body impeding the lateral view of the keypad lock (C) from an area near the user who is operating it; b) means to fasten indirectly the frame to the lock module/keypad (C), without interfering with it,
A light guide bar , adapted to be disposed between two connectors , wherein the two connectors are adapted to be disposed on a main board , each of the two connectors comprises a connector lateral wall , and at least one of the two connectors comprises at least one positioning protrusion that protrudes from the connector lateral wall , the light guide bar comprising: a light guide bar body comprising two opposite light guide bar lateral walls and at least one positioning recess , wherein each of the at least one positioning recess is formed on one of the light guide bar lateral walls and the at least one positioning recess is adapted to be positioned on the positioning protrusion of the at least one of the connectors ; wherein the light guide bar body comprises a light guide bar bottom surface connecting the two light guide bar lateral walls , the light guide bar comprises at least one guiding part , and each of the at least one guiding part is disposed on one of the light guide bar lateral walls and located between the positioning recess and the light guide bar bottom surface ; the light guide bar being characterized in that the guiding part has an inclined surface, a bottom portion of the inclined surface is in contact with or is close to the light guide bar bottom surface and gradually inclines outward away from the light guide bar bottom surface . a light guide bar body comprising two opposite light guide bar lateral walls and at least one positioning recess , wherein each of the at least one positioning recess is formed on one of the light guide bar lateral walls and the at least one positioning recess is adapted to be positioned on the positioning protrusion of the at least one of the connectors ; wherein the light guide bar body comprises a light guide bar bottom surface connecting the two light guide bar lateral walls , the light guide bar comprises at least one guiding part , and each of the at least one guiding part is disposed on one of the light guide bar lateral walls and located between the positioning recess and the light guide bar bottom surface ; the light guide bar being characterized in that the guiding part has an inclined surface, a bottom portion of the inclined surface is in contact with or is close to the light guide bar bottom surface and gradually inclines outward away from the light guide bar bottom surface .
An outdoor fitness equipment comprising a support for a weight element , wherein the weight element is fastened to the support , wherein the weight element is slidably mounted on the support , wherein the support forms a movement path for the weight element , wherein the support is rigidly connected to the ground, on which the outdoor fitness equipment is standing, in order to define the movement path of the support in space, and wherein the movement path has a change of direction.