mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an optoelectronic sensor that has at least one transmitter and at least one receiver, characterised in that, in a first operating state of the optoelectronic sensor, the transmitter emits light impulses with constant pause length and, in a second operating state of the optoelectronic sensor, emits light impulses in repeating patterns of at least three light impulses, wherein, in the second operating state, all pause lengths between the light impulses of a pattern or all cycle lengths of a pattern are different, and each pause length or cycle length ranges from 60% to 150% of the arithmetic mean of all pause lengths or cycle lengths of a pattern, and the pause lengths in the first operating state correspond to 95% to 105% of the arithmetic mean of all pause lengths of a pattern in the second operating state, and wherein the sum of all cycle lengths or each sum of directly successive cycle lengths of a pattern of the second operating state in microseconds is not equal to a multiple of the cycle length in the first operating state in microseconds, wherein a change from the first operating state to the second operating state is carried out when the receiver receives a light signal, the intensity of which exceeds a predetermined threshold value.
Method for pressing cheese moulds, of the type comprising: - a first stage wherein moulds are transported with cheese inside them and their lid to means for turning over, - a second stage wherein said moulds are turned over horizontally and this way transported and loaded onto a first transfer structure with rising and descending movement, which lies at the appropriate loading level, - a third stage wherein said moulds are moved from transfer structure to a first horizontal structure, arranged on a first level which lies in the initial position, until first structure is full, and - a final stage wherein once all the available structures (3,5) have been loaded with moulds, moulds are pressed with pressure means acting horizontally, at both ends of structures (3,5), characterised in that it comprises: - a fourth stage before the final stage wherein driving means move said first structure to a contiguous second position, and place in the initial position a second horizontal structure, empty of moulds to be loaded. - a first stage wherein moulds are transported with cheese inside them and their lid to means for turning over, - a second stage wherein said moulds are turned over horizontally and this way transported and loaded onto a first transfer structure with rising and descending movement, which lies at the appropriate loading level, - a third stage wherein said moulds are moved from transfer structure to a first horizontal structure, arranged on a first level which lies in the initial position, until first structure is full, and - a final stage wherein once all the available structures (3,5) have been loaded with moulds, moulds are pressed with pressure means acting horizontally, at both ends of structures (3,5), characterised in that it comprises: - a fourth stage before the final stage wherein driving means move said first structure to a contiguous second position, and place in the initial position a second horizontal structure, empty of moulds to be loaded. - a fourth stage before the final stage wherein driving means move said first structure to a contiguous second position, and place in the initial position a second horizontal structure, empty of moulds to be loaded.
Method for the project planning of a cascaded fieldbus system - having a first fieldbus, which includes a plurality of first bus devices, - having a second fieldbus subordinate to the first fieldbus, which includes a plurality of second bus devices (9, 14), and - having a third fieldbus subordinate to the second fieldbus, which includes a plurality of third bus devices (16, 17), wherein the second fieldbus is connected to the first fieldbus by way of a fieldbus access node device, so that bus devices of the second fieldbus are presented as virtual modules of the first fieldbus, wherein a connecting device, by way of which the third fieldbus is connected to the second fieldbus, is presented as a virtual fieldbus access node module of the first fieldbus, and a FAP submodule of the virtual fieldbus access node mode defines a number of virtual slots so that the remaining bus devices of the third fieldbus are presented as virtual modules in virtual slots of the first fieldbus and the FAP submodule assigns a virtual slot to a virtual module in each instance. - having a first fieldbus, which includes a plurality of first bus devices, - having a second fieldbus subordinate to the first fieldbus, which includes a plurality of second bus devices (9, 14), and - having a third fieldbus subordinate to the second fieldbus, which includes a plurality of third bus devices (16, 17),
An accessory of the automatic multiple clamp type for simultaneously picking up a plurality of tubes placed on a support and containing biological samples, and in order to transport said plurality of tubes and place the tubes simultaneously in housings provided in a turntable of an apparatus for grinding biological samples, the accessory being characterized in that it comprises the accessory comprises an annular cover for covering the top ends of the tubes for grasping, and fitted with a plurality of elastic snap-fastener means designed to engage and clamp onto the ends of the tubes, and a control member mounted on the cover and designed to act on all of the snap-fastener means in order to release the ends of the tubes.
Rotor cartridge for a turbomachine of an internal combustion engine, having: a sleeve which can be inserted into a housing of the turbomachine and in which at least one radial bearing (14a, 14b) is arranged and in and/or on which an axial bearing is arranged; a shaft which is arranged in the sleeve and supported by the at least one radial bearing (14a, 14b) and the axial bearing; and a turbine wheel which is arranged on the shaft at a first axial end portion of the shaft, and a compressor wheel which is arranged on the shaft at a second axial end portion of the shaft; characterized by a setting disc which is arranged on the shaft adjacently to a rear side of the compressor wheel and by means of which a gap size of a first gap X VR between the rear side of the compressor wheel and a first wall surface of the housing that is arranged adjacently to the rear side of the compressor wheel can be set, and by means of which a gap size of a second gap X SV between a bladed side of the compressor wheel and a second wall surface of the housing that is arranged adjacently to the bladed side of the compressor wheel can be set. a sleeve which can be inserted into a housing of the turbomachine and in which at least one radial bearing (14a, 14b) is arranged and in and/or on which an axial bearing is arranged; a shaft which is arranged in the sleeve and supported by the at least one radial bearing (14a, 14b) and the axial bearing; and a turbine wheel which is arranged on the shaft at a first axial end portion of the shaft, and a compressor wheel which is arranged on the shaft at a second axial end portion of the shaft; characterized by a setting disc which is arranged on the shaft adjacently to a rear side of the compressor wheel and by means of which a gap size of a first gap X VR between the rear side of the compressor wheel and a first wall surface of the housing that is arranged adjacently to the rear side of the compressor wheel can be set, and by means of which a gap size of a second gap X SV between a bladed side of the compressor wheel and a second wall surface of the housing that is arranged adjacently to the bladed side of the compressor wheel can be set.
Control system for a technical installation, in particular a process or manufacturing installation, having at least one component (1, 10) on which a certificate service (7, 8) is computer-implemented, wherein the certificate service (7, 8) is embodied to: - check a certificate store (2, 11) which is assigned to the component (1, 10) or a further component (1, 10) in order to see whether two or more certificates (3, 6), which only differ from one another in terms of their validity period, are stored in the certificate store (2, 11), and - in the event of the check identifying two or more certificates (3, 6) of this kind, to initiate a revocation and removal of the certificate (3, 6) or certificates (3, 6) from the certificate store (2, 11) with the validity period that ends the earliest, so that only the certificate (3, 6) with the validity period that ends the latest remains stored in the certificate store (2, 11). - check a certificate store (2, 11) which is assigned to the component (1, 10) or a further component (1, 10) in order to see whether two or more certificates (3, 6), which only differ from one another in terms of their validity period, are stored in the certificate store (2, 11), and - in the event of the check identifying two or more certificates (3, 6) of this kind, to initiate a revocation and removal of the certificate (3, 6) or certificates (3, 6) from the certificate store (2, 11) with the validity period that ends the earliest, so that only the certificate (3, 6) with the validity period that ends the latest remains stored in the certificate store (2, 11).
An apparatus for measuring ROX, BOX, ROXO 2 and ROXNO in a blood sample, the apparatus comprising: an optical probe which determines amounts for O 2 and ROXO 2 and a membrane-based oxygen electrode which measures O 2, NO, H 2 S and other signaling materials that are unbound and can thus permeate through the membrane, wherein said membrane-based oxygen electrode and said optical probe are operatively connected to a processor for computing, over time, a value for BOX, which is a measurement of a decrease in amounts of O 2, NO, H 2 S and other signaling materials that are unbound and can thus permeate through the membrane, in said sample following introduction of a first stress, a value for ROX, which is a measurement of an increase in said amounts of O 2, NO, H 2 S and other signaling materials that are unbound and can thus permeate through the membrane, following introduction of a second, increased stress, a value for ROXNO, which is calculated by determining a difference between an increase in said amount of O 2 measured by said optical probe and said increase in said amounts of O 2, NO, H 2 S and other signaling materials that are unbound and can thus permeate through the membrane, measured by said membrane-based oxygen electrode, and a value for ROXO 2, which is ROX less the ROXNO. an optical probe which determines amounts for O 2 and ROXO 2 and a membrane-based oxygen electrode which measures O 2, NO, H 2 S and other signaling materials that are unbound and can thus permeate through the membrane, wherein said membrane-based oxygen electrode and said optical probe are operatively connected to a processor for computing, over time, a value for BOX, which is a measurement of a decrease in amounts of O 2, NO, H 2 S and other signaling materials that are unbound and can thus permeate through the membrane, in said sample following introduction of a first stress, a value for ROX, which is a measurement of an increase in said amounts of O 2, NO, H 2 S and other signaling materials that are unbound and can thus permeate through the membrane, following introduction of a second, increased stress, a value for ROXNO, which is calculated by determining a difference between an increase in said amount of O 2 measured by said optical probe and said increase in said amounts of O 2, NO, H 2 S and other signaling materials that are unbound and can thus permeate through the membrane, measured by said membrane-based oxygen electrode, and a value for ROXO 2, which is ROX less the ROXNO.
A secure radio frequency communication alarm system, said system including a radio transmitter device (Tx) configured to transmit, in a channel in the ISM band randomly and periodically defined, an alert signal upon detecting jamming or in response to a manual command to transmit said alert signal, and a radio receiver device (Rx) configured to receive said alert signal and trigger a pre-configured security action, said alarm system being characterised in that the alert signal: - includes a series of alert frames, each frame comprising at least two subparts including different modulations, while having a same power and occupying a same spectral band; and - each alert frame includes a preamble in a first subpart and a payload in a second subpart; and in that the modulation of the payload is performed by means of a spread spectrum technique; and - the preamble includes frequency shift modulation for controlling a bandwidth of said preamble, such as FSK modulation. - includes a series of alert frames, each frame comprising at least two subparts including different modulations, while having a same power and occupying a same spectral band; and - each alert frame includes a preamble in a first subpart and a payload in a second subpart; and in that the modulation of the payload is performed by means of a spread spectrum technique; and - the preamble includes frequency shift modulation for controlling a bandwidth of said preamble, such as FSK modulation.
A system for reducing overpressure caused by an explosion of a vapor cloud, comprising: one or more sensors (110, 115, 120, 125) operable to detect the explosion of the vapor cloud; and characterised by one or more igniters (130, 140, 150, 160) operable to ignite the vapor cloud at one or more locations after the explosion of the vapor cloud is detected, wherein each of the one or more igniters provides a discrete combustion zone, and each combustion zone forms a discrete pressure wave, thereby reducing overpressure caused by the explosion of the vapor cloud. one or more sensors (110, 115, 120, 125) operable to detect the explosion of the vapor cloud; and characterised by one or more igniters (130, 140, 150, 160) operable to ignite the vapor cloud at one or more locations after the explosion of the vapor cloud is detected, wherein each of the one or more igniters provides a discrete combustion zone, and each combustion zone forms a discrete pressure wave, thereby reducing overpressure caused by the explosion of the vapor cloud.
A visible-light wireless communication apparatus for visible-light communication with at least one terminal, comprising: a plurality of light transmitters for generating light signals modulated in different frequencies for wireless communication with the at least one terminal, wherein the plurality of light transmitters each includes a light source for outputting a light signal, wherein each of a plurality of frequency converters is included in the plurality of light transmitters respectively and each of the plurality of frequency converters converts frequencies of the light signals respectively, and wherein each of the plurality of frequency converters includes a plurality of capacitors respectively, and capacitances of each of the plurality of capacitors are different to each other. a plurality of light transmitters for generating light signals modulated in different frequencies for wireless communication with the at least one terminal, wherein the plurality of light transmitters each includes a light source for outputting a light signal, wherein each of a plurality of frequency converters is included in the plurality of light transmitters respectively and each of the plurality of frequency converters converts frequencies of the light signals respectively, and wherein each of the plurality of frequency converters includes a plurality of capacitors respectively, and capacitances of each of the plurality of capacitors are different to each other.
Use of 14-3-3 protein gamma to normalise biological variation in the expression level of one or more platelet proteins in an ex vivo diagnostic method of Alzheimer's disease which uses quantification of proteins in a platelet sample.
A computer-implemented method comprising: extracting a model of a computer application during load time, the extracted model including memory bounds and transition addresses of the computer application; storing the model of the computer application; inserting instructions into the computer application to collect data at runtime; analyzing the data collected at runtime against the stored model including memory bounds and transition addresses of the computer application to perform detection of one or more security events, wherein the one or more security events is associated with malicious action of the computer application; and based upon the detection of the one or more security events: pausing execution of at least one active process or thread associated with the computer application; and modifying, in a manner that preserves continued execution of the computer application, at least one computer routine associated with the at least one active process or thread associated with the computer application, the modifying creating a trampoline from vulnerable code to non-vulnerable code. extracting a model of a computer application during load time, the extracted model including memory bounds and transition addresses of the computer application; storing the model of the computer application; inserting instructions into the computer application to collect data at runtime; analyzing the data collected at runtime against the stored model including memory bounds and transition addresses of the computer application to perform detection of one or more security events, wherein the one or more security events is associated with malicious action of the computer application; and based upon the detection of the one or more security events: pausing execution of at least one active process or thread associated with the computer application; and modifying, in a manner that preserves continued execution of the computer application, at least one computer routine associated with the at least one active process or thread associated with the computer application, the modifying creating a trampoline from vulnerable code to non-vulnerable code. pausing execution of at least one active process or thread associated with the computer application; and modifying, in a manner that preserves continued execution of the computer application, at least one computer routine associated with the at least one active process or thread associated with the computer application, the modifying creating a trampoline from vulnerable code to non-vulnerable code.
A split-type electromagnet, wherein the split-type electromagnet comprises a housing and an iron core, and a coil is wound around the iron core, wherein the housing and the iron core are of a split type, the housing is provided with a fixed position for the iron core wound with coil, the housing is a cylindrical body, the iron core is a cylindrical body that is concentric with the housing, characterized in that an inner wall of the housing and the outer wall of the iron core are circumferentially provided with clipping grooves, and positions of the clipping grooves correspond to a top end of the coil, and after the iron core has been wound by the coil and fixed within the housing, the top end of the coil is infused with a glue or a molten rubber, plastic or nylon, and the glue, rubber, plastic or nylon after being solidified engages with the clipping grooves to fix the coil between the housing and the iron core.
A supplemental device configured for removable attachment to a medicament injection device, the supplemental device comprising a display, a processor arrangement, at least one memory and an image capturing component, wherein the processor arrangement is configured to cause the supplemental device to: use the image capturing component to capture successive images of a medicament dosage indicated by a medicament dispensing device; and successively display the captured images on the display, wherein the processor arrangement is configured to cause the supplemental device to capture and display the images plural times a second, wherein the processor arrangement is further configured to: cause optical character recognition to be performed on at least one of the captured images thereby to identify a medicament dosage indicated by the medicament dispensing device when the images were captured, the optical character recognition caused to be performed less frequently than performing updating the display with captured images; and cause a non-transient record of delivered dosage information to be made based at least in part on the identified medicament dosage. use the image capturing component to capture successive images of a medicament dosage indicated by a medicament dispensing device; and successively display the captured images on the display, wherein the processor arrangement is configured to cause the supplemental device to capture and display the images plural times a second, wherein the processor arrangement is further configured to: cause optical character recognition to be performed on at least one of the captured images thereby to identify a medicament dosage indicated by the medicament dispensing device when the images were captured, the optical character recognition caused to be performed less frequently than performing updating the display with captured images; and cause a non-transient record of delivered dosage information to be made based at least in part on the identified medicament dosage. cause optical character recognition to be performed on at least one of the captured images thereby to identify a medicament dosage indicated by the medicament dispensing device when the images were captured, the optical character recognition caused to be performed less frequently than performing updating the display with captured images; and cause a non-transient record of delivered dosage information to be made based at least in part on the identified medicament dosage.
A walking training system comprising: a treadmill on which a walking trainee walks; a walking assistance apparatus that is mounted on a leg part of the walking trainee and assists walking of the walking trainee; and control means for controlling an operation of the walking assistance apparatus, wherein the control means controls the operation of the walking assistance apparatus in such a way as to cause the walking trainee to approach a reference position when the walking trainee is spaced apart from the reference position of the treadmill by a predetermined distance or more in a walking front/back direction while the walking trainee is walking on the treadmill, and the control means increases the predetermined distance when at least one of a walking training amount of the walking trainee, a walking training level of the walking trainee set in the walking training system, and the speed of the treadmill is larger/higher/greater than a predetermined amount, level and speed. a treadmill on which a walking trainee walks; a walking assistance apparatus that is mounted on a leg part of the walking trainee and assists walking of the walking trainee; and control means for controlling an operation of the walking assistance apparatus, wherein the control means controls the operation of the walking assistance apparatus in such a way as to cause the walking trainee to approach a reference position when the walking trainee is spaced apart from the reference position of the treadmill by a predetermined distance or more in a walking front/back direction while the walking trainee is walking on the treadmill, and the control means increases the predetermined distance when at least one of a walking training amount of the walking trainee, a walking training level of the walking trainee set in the walking training system, and the speed of the treadmill is larger/higher/greater than a predetermined amount, level and speed.