mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for guiding at least one speedpipe or at least one cable through a wall opening, which extends through a building wall, with an outer clamping body , which engages the building wall and overlaps the wall opening at the outer side of the building and which has a hole for the introduction of the at least one speedpipe or the at least one cable, and an inner clamping body which engages the building wall and overlaps the wall opening at the outer side of the building and through which the at least one speedpipe or the at least one cable can pass out, wherein the inner clamping body has a tubular section , through which the at least one speedpipe or the at least one cable may be passed and which is inserted into the wall opening and a frame-like section which, in the unloaded state, extends at an angle thereto, and which may be pressed against the building wall, wherein adjoining the tubular section of the inner clamping body outside the wall opening there is a channel-shaped section , out of which the at least one speedpipe or the at least one cable may be guided between webs , spaced from one another, on the frame-like section , between which the at least one speedpipe or the at least one cable may be guided along a curved guide track on the frame-like section whilst maintaining a permissible minimum radius to an outlet opening , wherein arranged in the tubular section there is a stopper with a central through hole , which closely engages the inner wall of the tubular section , wherein the stopper consists of an elastic material and wherein the diameter of the through hole is somewhat smaller than that of the thinnest speedpipe and/or cable which may be passed through, wherein the at least one speedpipe or the at least one cable may be disposed without a surrounding protective tube, characterised in that connected to the inner side of the outer clamping body there is an apertured tube, which surrounds the at least one speedpipe or the at least one cable with a radial spacing, that the outer clamping body has a passage opening, through which a filling material, which is initially flowable and then expands and sets, may be poured into the apertured tube , that integrally formed on the edge region of the tubular section there are flexible tongues, which extend in the radial direction to the through hole in the stopper and overlap the edge of the through hole , and that the flexible tongues extend obliquely into the interior of the tubular section towards the through hole .
A semiconductor integrated circuit configured to be connected to a data transmission destination via a switch , the semiconductor integrated circuit comprising: a control circuit configured to designate, based on first memory map information in which addresses of memories used respectively by a plurality of semiconductor integrated circuits are defined, a first address (a1) of a first memory connected to the data transmission destination , which is one out of the plurality of semiconductor integrated circuits; an address converting circuit configured to convert the first address (a1) to a second address (a3) of the first memory , the second address (a3) being defined in second memory map information referred to by the data transmission destination ; and a bus interface configured to output the second address and transmission data, the bus interface being capable of continuously transmitting without waiting for a response from the data transmission destination . a control circuit configured to designate, based on first memory map information in which addresses of memories used respectively by a plurality of semiconductor integrated circuits are defined, a first address (a1) of a first memory connected to the data transmission destination , which is one out of the plurality of semiconductor integrated circuits; an address converting circuit configured to convert the first address (a1) to a second address (a3) of the first memory , the second address (a3) being defined in second memory map information referred to by the data transmission destination ; and a bus interface configured to output the second address and transmission data, the bus interface being capable of continuously transmitting without waiting for a response from the data transmission destination .
System for measuring at least one electrical quantity of a current circulating in at least one electrical device mounted on a mounting support, comprising electrical power supply means, means for measuring the current circulating in the device, means for tapping the voltage at the terminals of the device, and means for measuring this voltage, means for processing the measurement information, and means for communicating the measurement information to a receiver, characterized in that it comprises a first, so-called main module comprising the abovementioned power supply means, the current and voltage measurement means, the processing means and the communication means, and a second, so-called auxiliary module comprising the voltage tapping means (p) and electrical connection means (c) connecting with the so-called main module , this connection allowing voltage to be supplied to the main module and the voltage recorded by the auxiliary module to be measured, the second module comprising electrical coupling means connecting to the terminals of the device to be measured (D), these means being adapted to the configuration of these terminals .
A computer-implemented method, comprising: receiving, at a mobile computing device having one or more processors, an image of an object comprising a text in a source language; determining, at the mobile computing device, a degree of optical character recognition (OCR) complexity indicative of a degree of difficulty for the mobile computing device to perform OCR on the image to obtain the text; in response to determining that the degree of OCR complexity is less than a first OCR complexity threshold, performing, at the mobile device, OCR for the entire image to obtain OCR results; in response to determining that the degree of OCR complexity is greater than the first OCR complexity threshold, transmitting, from the mobile computing device to a remote server, at least a portion of the image, and receiving, at the mobile computing device from the server, OCR results; obtaining, at the mobile computing device, an OCR text based on the OCR results; obtaining, at the mobile computing device, a machine language translation of the OCR text from the source language to a target language to obtain a translated OCR text; and outputting, at a display of the mobile computing device, the translated OCR text. receiving, at a mobile computing device having one or more processors, an image of an object comprising a text in a source language; determining, at the mobile computing device, a degree of optical character recognition (OCR) complexity indicative of a degree of difficulty for the mobile computing device to perform OCR on the image to obtain the text; in response to determining that the degree of OCR complexity is less than a first OCR complexity threshold, performing, at the mobile device, OCR for the entire image to obtain OCR results; in response to determining that the degree of OCR complexity is greater than the first OCR complexity threshold, transmitting, from the mobile computing device to a remote server, at least a portion of the image, and receiving, at the mobile computing device from the server, OCR results; obtaining, at the mobile computing device, an OCR text based on the OCR results; obtaining, at the mobile computing device, a machine language translation of the OCR text from the source language to a target language to obtain a translated OCR text; and transmitting, from the mobile computing device to a remote server, at least a portion of the image, and receiving, at the mobile computing device from the server, OCR results; obtaining, at the mobile computing device, an OCR text based on the OCR results; obtaining, at the mobile computing device, a machine language translation of the OCR text from the source language to a target language to obtain a translated OCR text; and outputting, at a display of the mobile computing device, the translated OCR text.
A method for manufacturing a metal bladed wheel of a turbomachine reinforced by an insert made of metal matrix composite material, said method comprising the following step: - (E1): winding the ceramic fibers around a mandrel in order to form the insert , the ceramic fibers being surrounded by a material constituting the matrix ; characterized in that the method comprises the following steps: - (E20): performing a consolidation on the mandrel of the insert by spark plasma sintering with a first powder (P1) of metal constituting the bladed wheel to be manufactured; - (E3): placing the consolidated insert in a mold comprising a second powder (P2) of metal constituting the bladed wheel to be manufactured; - (E4): densifying the insert by spark plasma sintering with the second metal powder (P2) in the mold . - (E1): winding the ceramic fibers around a mandrel in order to form the insert , the ceramic fibers being surrounded by a material constituting the matrix ; - (E20): performing a consolidation on the mandrel of the insert by spark plasma sintering with a first powder (P1) of metal constituting the bladed wheel to be manufactured; - (E3): placing the consolidated insert in a mold comprising a second powder (P2) of metal constituting the bladed wheel to be manufactured; - (E4): densifying the insert by spark plasma sintering with the second metal powder (P2) in the mold .
A method of producing a thermoplastic elastomer, comprising: providing a polyether composition comprising at least a first diol terminated polyether having a number average molecular weight of 400-6000 and up to 15 wt% of fumed silica having C1-C8 alkylsilyl groups or acrylate or methacrylate ester groups at its surface; combining the polyether composition with optional additional first polyether and either a) at least one dicarboxylic acid and at least one organic diol having a molecular weight less than 250 or b) at least one dicarboxylate terminated polyamide, to form a prepolymer composition; and allowing the prepolymer composition to polymerize to form a thermoplastic elastomer. providing a polyether composition comprising at least a first diol terminated polyether having a number average molecular weight of 400-6000 and up to 15 wt% of fumed silica having C1-C8 alkylsilyl groups or acrylate or methacrylate ester groups at its surface; combining the polyether composition with optional additional first polyether and either a) at least one dicarboxylic acid and at least one organic diol having a molecular weight less than 250 or b) at least one dicarboxylate terminated polyamide, to form a prepolymer composition; and allowing the prepolymer composition to polymerize to form a thermoplastic elastomer.
A machine for testing thermal resistance of plastic materials, comprising: a tank configured to be filled, in use, with a heat-transfer fluid, means for heating the heat-transfer fluid, a temperature sensor configured to generate, in use, a temperature signal (T) of the heat-transfer fluid, having a value, and a control unit , characterized in that the control unit is configured to monitor degradation of the heat-transfer fluid, the control unit configured to receive the temperature signal (T) and to calculate a degradation index (N) of the heat-transfer fluid based on the temperature signal, the control unit is configured to count a plurality of partial heating times (n 1 -n 4 ), each partial heating time corresponding to a time during which the heat-transfer fluid is in a respective temperature range from a plurality of temperature ranges, each temperature range having an own maximum degradation value, the control unit comprising a plurality of memory elements , each memory element being configured to store a respective partial heating time, the control unit being configured to calculate the degradation index as the weighted sum of the plurality of partial heating times, each partial heating time being normalized to the maximum degradation value of the respective temperature range. a tank configured to be filled, in use, with a heat-transfer fluid, means for heating the heat-transfer fluid, a temperature sensor configured to generate, in use, a temperature signal (T) of the heat-transfer fluid, having a value, and a control unit , characterized in that the control unit is configured to monitor degradation of the heat-transfer fluid, the control unit configured to receive the temperature signal (T) and to calculate a degradation index (N) of the heat-transfer fluid based on the temperature signal, the control unit is configured to count a plurality of partial heating times (n 1 -n 4 ), each partial heating time corresponding to a time during which the heat-transfer fluid is in a respective temperature range from a plurality of temperature ranges, each temperature range having an own maximum degradation value, the control unit comprising a plurality of memory elements , each memory element being configured to store a respective partial heating time, the control unit being configured to calculate the degradation index as the weighted sum of the plurality of partial heating times, each partial heating time being normalized to the maximum degradation value of the respective temperature range.
A process for the preparation of Tiacumicin B comprising the steps of: a) fermentation of a Tiacumicin B producing strain; b) drying the fermentation broth; c) extraction of the dried material with methanol, wherein the strain of step a) is selected from the group consisting of Dactylosporangium and Actinoplanes. a) fermentation of a Tiacumicin B producing strain; b) drying the fermentation broth; c) extraction of the dried material with methanol,
A light emitting device comprising: a light emitting diode comprising a top light emitting surface, an oppositely positioned bottom surface, and side surfaces connecting the top and bottom surfaces; a wavelength converting structure comprising a top light emitting surface, an oppositely positioned bottom surface, and side surfaces connecting the top and bottom surfaces, the wavelength converting structure bottom surface disposed on or adjacent to the light emitting diode top surface; a reflective structure comprising a reflective material disposed on the side surfaces of the light emitting diode and on side surfaces of the wavelength converting structure, the reflective structure comprising a planar top surface arranged adjacent to and parallel to the top surface of the wavelength converting structure, the planar top surface being disposed at a same level as the top surface of the wavelength converting structure or above the top surface of the wavelength converting structure in a vertical direction perpendicular to the planar top surface; and a light absorbing layer positioned on the planar top surface of the reflective structure, and separated from outer edges of the top surface of the wavelength converting phosphor structure by a gap having a width of between 30 microns and 60 microns measured perpendicularly to a side surface of the wavelength converting phosphor structure. a light emitting diode comprising a top light emitting surface, an oppositely positioned bottom surface, and side surfaces connecting the top and bottom surfaces; a wavelength converting structure comprising a top light emitting surface, an oppositely positioned bottom surface, and side surfaces connecting the top and bottom surfaces, the wavelength converting structure bottom surface disposed on or adjacent to the light emitting diode top surface; a reflective structure comprising a reflective material disposed on the side surfaces of the light emitting diode and on side surfaces of the wavelength converting structure, the reflective structure comprising a planar top surface arranged adjacent to and parallel to the top surface of the wavelength converting structure, the planar top surface being disposed at a same level as the top surface of the wavelength converting structure or above the top surface of the wavelength converting structure in a vertical direction perpendicular to the planar top surface; and a light absorbing layer positioned on the planar top surface of the reflective structure, and separated from outer edges of the top surface of the wavelength converting phosphor structure by a gap having a width of between 30 microns and 60 microns measured perpendicularly to a side surface of the wavelength converting phosphor structure.
A transceiver for sending and receiving data from a controller area network, CAN, bus , the transceiver includes a microcontroller port , a transmitter and a receiver, wherein the transceiver is configured to receive a data frame from a microcontroller via the microcontroller port and to determine if the microcontroller is authorized to send a data field of the data frame based on a message identifier in the data frame, and if the microcontroller is unauthorized to send the data field, the transceiver is configured to invalidate the data frame on a transmission line, which is connected between the microcontroller port and the transmitter, and disconnect the microcontroller from the CAN bus for a predetermined period; wherein the transceiver is further configured to check during transmission of the data frame if the microcontroller had lost or won arbitration; wherein the transceiver is further configured to generate and send an invalidation signal on to the CAN bus to invalidate the data frame on the transmission line if the microcontroller sends the data frame after losing the arbitration; wherein the transceiver further including a transmission line switch in the transmission line; and wherein the transceiver is further configured to turn the transmission line switch off based on a detection of an unauthorized message identifier on the transmission line. wherein the transceiver is configured to receive a data frame from a microcontroller via the microcontroller port and to determine if the microcontroller is authorized to send a data field of the data frame based on a message identifier in the data frame, and if the microcontroller is unauthorized to send the data field, the transceiver is configured to invalidate the data frame on a transmission line, which is connected between the microcontroller port and the transmitter, and disconnect the microcontroller from the CAN bus for a predetermined period; wherein the transceiver is further configured to check during transmission of the data frame if the microcontroller had lost or won arbitration; wherein the transceiver is further configured to generate and send an invalidation signal on to the CAN bus to invalidate the data frame on the transmission line if the microcontroller sends the data frame after losing the arbitration; wherein the transceiver further including a transmission line switch in the transmission line; and wherein the transceiver is further configured to turn the transmission line switch off based on a detection of an unauthorized message identifier on the transmission line.
Method for inserting a plurality of wires into a plurality of grooves of a component in the form of a stator or a rotor of an electric motor, the component having a longitudinal axis , the method comprising the following steps: - providing the wires radially offset to the component so that the wires extend at least partially along the longitudinal axis , - gripping the wires at their respective first axial ends by means of a number of first gripping elements and at their respective second axial ends opposite said first axial ends by means of a number of second gripping elements , and radially moving the gripping elements and thereby pressing the wires into the grooves , characterized in that the wires are compressed before provision and that the wires are pressed onto or between a number of guide plates , which are preferably radially movable, during compression. - providing the wires radially offset to the component so that the wires extend at least partially along the longitudinal axis , - gripping the wires at their respective first axial ends by means of a number of first gripping elements and at their respective second axial ends opposite said first axial ends by means of a number of second gripping elements , and radially moving the gripping elements and thereby pressing the wires into the grooves , characterized in that the wires are compressed before provision and that the wires are pressed onto or between a number of guide plates , which are preferably radially movable, during compression.
A hazardous material detection system for detecting occurrence of a hazardous condition event based on subject behaviors indicators, comprising: a surveillance system configured to monitor subjects within an environment to generate monitoring data , wherein the surveillance system comprises of both a visual surveillance system and an audio surveillance system , wherein the monitoring data include imaging data and audio data , wherein the audio surveillance system comprises at least one of an acoustic transducer or a microphone and the audio surveillance system is configured to record audio data of sounds, noises, and audible expressions of the subjects; a detector configured to analyze the imaging data and the audio data to detect indicator instances that indicates that a release of a hazardous material occurred, wherein each of the detected indicator instances is an instance of a corresponding event indicator in a set of pre-selected event indicators , wherein the pre-selected event indicators are indicators established as known reactions or responses of the subjects to the release of a hazardous material; and an analyzer configured to evaluate the indicator instances identified to determine whether the indicator instances meets an event detection threshold , thereby indicating a detection of the hazardous condition event within the surveilled area and triggering an alarm system, wherein the hazardous condition event is a presence of a hazardous material in a location relative to the environment and wherein the subjects exhibit the indicator instances in response to exposure to the hazardous material . a surveillance system configured to monitor subjects within an environment to generate monitoring data , wherein the surveillance system comprises of both a visual surveillance system and an audio surveillance system , wherein the monitoring data include imaging data and audio data , wherein the audio surveillance system comprises at least one of an acoustic transducer or a microphone and the audio surveillance system is configured to record audio data of sounds, noises, and audible expressions of the subjects; a detector configured to analyze the imaging data and the audio data to detect indicator instances that indicates that a release of a hazardous material occurred, wherein each of the detected indicator instances is an instance of a corresponding event indicator in a set of pre-selected event indicators , wherein the pre-selected event indicators are indicators established as known reactions or responses of the subjects to the release of a hazardous material; and an analyzer configured to evaluate the indicator instances identified to determine whether the indicator instances meets an event detection threshold , thereby indicating a detection of the hazardous condition event within the surveilled area and triggering an alarm system, wherein the hazardous condition event is a presence of a hazardous material in a location relative to the environment and wherein the subjects exhibit the indicator instances in response to exposure to the hazardous material .