mhurhangee/ep-ind-claims huggingface dataset:
System for localizing objects on a railway track, comprising: - at least two sensors which are arranged in the vicinity of the railway track and each cover a separate detection area of the railway track; - a control unit which is connected to each of the sensors and receives an identifiable warning signal from the individual sensors when they detect an object in their detection area of the railway track; - wherein the successive sensors measure and transmit the same quantity to the control unit as warning signal; and - wherein the control unit generates an alarm if the measurement data detected by the successive sensors comply with a predetermined condition; characterized in that - the sensors are distance sensors and, in the case a distance reduction is detected by at least two successive sensors, the control unit assumes that there is an object on the railway track; and - wherein the sensors are arranged on cables above the railway track and their detection area extends downward in the direction of the railway track. - at least two sensors which are arranged in the vicinity of the railway track and each cover a separate detection area of the railway track; - a control unit which is connected to each of the sensors and receives an identifiable warning signal from the individual sensors when they detect an object in their detection area of the railway track; - wherein the successive sensors measure and transmit the same quantity to the control unit as warning signal; and - wherein the control unit generates an alarm if the measurement data detected by the successive sensors comply with a predetermined condition; - the sensors are distance sensors and, in the case a distance reduction is detected by at least two successive sensors, the control unit assumes that there is an object on the railway track; and - wherein the sensors are arranged on cables above the railway track and their detection area extends downward in the direction of the railway track.
Measurement transducer for process instrumentation having a sensor for detecting a physical or chemical quantity and for generating a measuring signal (X+, X-) and having an activation and evaluation facility for determining and outputting a measured value of the physical or chemical quantity as a function of the measuring signal, wherein the sensor is connected in series with a resistance in order to monitor for a breakage, characterised in that a cross regulator (R2, R3, OP1, T1, Rm) is connected in parallel with the sensor in order to supply the sensor with a constant voltage (Vref) and the means (Rm, OP2, R4, C1, 2) are provided to determine the current intensity of the current (Ip) adjusted by the cross regulator and flowing in parallel to the sensor and to detect a sensor error with the aid of monitoring the determined current intensity for monitoring a specified criterion.
Prosthetic device for performing a vascular bypass on an arterial vessel, particularly on the aorta, which may have important collateral branches, characterised in that it comprises one or more prosthetic tubes (1a, 1b, 1c) one of whose ends is connected with a flexible fixing flange comprising an outer face and an inner face intended to be applied to the outer wall of the said arterial vessel, characterised in that the said flange is provided with one or more apertures (5a, 5b, 5c) arranged in a central area and the said apertures communicate with the said prosthetic tubes (1a, 1b, 1c), the said flange comprising a connection area arranged around the said area of apertures, at a distance from the edge of the said aperture or apertures and intended to be fixed to the outer wall of an arterial vessel, the inner face of the said connection area being provided with at least one means (7, 8, 15a-15b, 16) allowing the creation of an annular sealing area around the said area of apertures.
A component supply device comprising: a stick continuously receiving a plurality of components, and inclined in a component supply direction, and a component supply route connected to the stick, characterized in that the device further comprises a weight ball arranged in an end of the plurality of the components in the stick, and pressing the plurality of the components in the component supply direction, a weight ball collection route connected to a hole for collecting the weight ball, the hole being arranged in the component supply route,and a sensor for detecting the weight ball, the sensor being arranged in the weight ball collection route, so that when the components of the stick become empty, the weight ball of the stick drops from the hole of the component supply route to the weight ball collection route, the sensor detects the weight ball, and thereby its signal that the stick has been emptied is transmitted to a control section. a stick continuously receiving a plurality of components, and inclined in a component supply direction, and a component supply route connected to the stick, characterized in that the device further comprises a weight ball arranged in an end of the plurality of the components in the stick, and pressing the plurality of the components in the component supply direction, a weight ball collection route connected to a hole for collecting the weight ball, the hole being arranged in the component supply route,and a sensor for detecting the weight ball, the sensor being arranged in the weight ball collection route, so that when the components of the stick become empty, the weight ball of the stick drops from the hole of the component supply route to the weight ball collection route, the sensor detects the weight ball, and thereby its signal that the stick has been emptied is transmitted to a control section.
A composition comprising: (a) a lactic acid bacterium comprising an exogenous nucleic acid encoding an interleukin-2 (IL-2) polypeptide and an exogenous nucleic acid encoding a type-1 diabetes mellitus (T1D)-specific antigen polypeptide, or (b) a first LAB comprising an exogenous nucleic acid encoding an interleukin-2 (IL-2) polypeptide, and a second LAB comprising an exogenous nucleic acid encoding a type-1 diabetes mellitus (T1D)-specific antigen polypeptide, wherein said LAB is a Lactococcus species, and wherein said T1D-specific antigen polypeptide is selected from the group consisting of: proinsulin (PINS), glutamic acid decarboxylase, insulinoma-associated protein 2 (IA-2), islet-specific glucose-6-phosphatase catalytic subunit-related protein (IGRP), zinc transporter 8, chromogranin A, (prepro) islet amyloid polypeptide (ppIAPP), peripherin, and citrullinated glucose-regulated protein. (a) a lactic acid bacterium comprising an exogenous nucleic acid encoding an interleukin-2 (IL-2) polypeptide and an exogenous nucleic acid encoding a type-1 diabetes mellitus (T1D)-specific antigen polypeptide, or (b) a first LAB comprising an exogenous nucleic acid encoding an interleukin-2 (IL-2) polypeptide, and a second LAB comprising an exogenous nucleic acid encoding a type-1 diabetes mellitus (T1D)-specific antigen polypeptide,
A device, comprising: a structural member comprising a first heat spreader; a cold plate mounted directly to the first surface of said heat spreader of the structural member; the cold plate being a liquid cooled cold plate; characterized in that an electronic device is mounted directly to a first surface of said heat spreader of the structural member. a structural member comprising a first heat spreader; a cold plate mounted directly to the first surface of said heat spreader of the structural member; the cold plate being a liquid cooled cold plate; characterized in that an electronic device is mounted directly to a first surface of said heat spreader of the structural member.
A coffee machine comprising a boiling pot into which ingredients like water, coffee and sugar is put to form a liquid mixture, a heater that provides heating the boiling pot for a determined boiling duration, a level sensor that detects the level of the foam formed during boiling, and a control unit that provides to repeat a predetermined number of times (n), carrying out the processes of transferring heat from the heater to the boiling pot until the liquid in the boiling pot starts forming some amount of foam and then cutting off the transfer of heat from the heater to the boiling pot until the foam subsides, characterized in that the heater is an induction type heater, wherein the induction type heater provides to transfer heat to the boiling pot in the predetermined foam rising durations, after this duration is completed, cuts off the heat transfer to the boiling pot in the predetermined foam subsiding duration and after waiting for this duration, again transfers heat to the boiling pot.
A patient interface device (8, 8', 8", 8"', 62, 62', 62"), comprising: a patient sealing assembly (12, 12', 64, 64', 64") including a cushion member (16, 16'); a headgear assembly (36, 76, 76') coupled to the patient sealing assembly, the headgear assembly including a strap (38, 78, 78'); and a bladder assembly (42, 42', 84) being filled with a fluid medium and comprising: a headgear bladder member (44, 44') coupled to the strap, a nose bridge bladder member (46, 46', 88) positioned adjacent a top portion of the cushion, and a connecting tube member (48, 48', 90) provided between the headgear bladder member and the nose bridge bladder member, characterized in that the headgear bladder member is in sealed fluid communication with the nose bridge bladder member through the connecting tube member, such that the fluid medium is free to flow back and forth between the headgear bladder member and the nose bridge bladder member through the connecting tube member, wherein the bladder assembly is structured such that the nose bridge bladder member will be inflated as a pressure on the headgear bladder member increases in response to a force applied thereto by the strap of the headgear assembly being tightened, and such that the nose bridge bladder member will be deflated as the pressure on the headgear bladder member decreases in response to the force applied thereto by the strap of the headgear assembly being loosened, and wherein inflation of the nose bridge bladder member causes the top of the cushion member to move in a first direction towards a nose bridge of a patient, and deflation of the nose bridge bladder member causes the top of the cushion member to move away from the nose bridge of the patient in a second direction opposite the first direction. a patient sealing assembly (12, 12', 64, 64', 64") including a cushion member (16, 16'); a headgear assembly (36, 76, 76') coupled to the patient sealing assembly, the headgear assembly including a strap (38, 78, 78'); and a bladder assembly (42, 42', 84) being filled with a fluid medium and comprising: a headgear bladder member (44, 44') coupled to the strap, a nose bridge bladder member (46, 46', 88) positioned adjacent a top portion of the cushion, and a connecting tube member (48, 48', 90) provided between the headgear bladder member and the nose bridge bladder member, a headgear bladder member (44, 44') coupled to the strap, a nose bridge bladder member (46, 46', 88) positioned adjacent a top portion of the cushion, and a connecting tube member (48, 48', 90) provided between the headgear bladder member and the nose bridge bladder member,
Security feature on the basis of luminescent substances, wherein the luminescence comprises a first and a second luminescence, wherein the first luminescence is of a spectrally broadband type and the second luminescence is of a spectrally narrow-band type, characterised in that that both the first and also the second luminescence have in each case at least one band and the at least one band of the first luminescence is overlaid with the at least one band of the second luminescence, wherein the second luminescence has spectral characteristics which are provided by the type and composition of the at least one substance emitting the second luminescence, wherein the type and / or the composition of the at least one substance emitting the second luminescence is allocated at least one piece of information, wherein the spectral full width at half maximum of the at least one band of the second luminescence is smaller by a factor of at least 10 than the spectral full width at half maximum of the at least one band of the first luminescence, wherein furthermore the luminescence life of the first luminescence is smaller by a factor of at least 2 than the luminescence life of the second luminescence and whereby the visual colour impression of the security feature upon excitation of the at least one emitting substance to luminescence and the total intensity of the luminescence are determined by the spectrally broadband first luminescence.
A method performed by a wireless device for enabling the wireless device to perform Radio Link Monitoring, RLM, of a cell of a network node in a wireless communication network; the method comprising sending to a network node serving the wireless device, together with an event report for a triggered In Synchronization, in-sync, related event, an indication indicating at least one recommended repetition level of at least one control channel, the in-sync related event being triggered by the wireless device when the wireless device is moving into a better coverage area, the indication indicating a decrease of repetition level in relation to a currently configured repetition level.
A medical system, comprising: a display; a console comprising a plurality of ports configured to be coupled with catheters via respective cables, the catheters having respective first electrical channel profiles, the ports having respective second electrical channel profiles; and processing circuitry configured to: receive user input selecting respective ones of the catheters to be used in a medical procedure; find a connection configuration with which to couple the respective ones of the catheters with ones of the ports via the respective cables, responsively to the respective first electrical channel profiles of the respective ones of the catheters, the respective second electrical channel profiles of the ports, and respective electrical channel profiles of the respective cables; and render the connection configuration to the display, wherein the cables and the ports are provided with indications; and the processing circuitry is configured to render to the display the connection configuration comprising a mapping between the respective ones of the catheters and respective ones of the indications. a display; a console comprising a plurality of ports configured to be coupled with catheters via respective cables, the catheters having respective first electrical channel profiles, the ports having respective second electrical channel profiles; and processing circuitry configured to: receive user input selecting respective ones of the catheters to be used in a medical procedure; find a connection configuration with which to couple the respective ones of the catheters with ones of the ports via the respective cables, responsively to the respective first electrical channel profiles of the respective ones of the catheters, the respective second electrical channel profiles of the ports, and respective electrical channel profiles of the respective cables; and render the connection configuration to the display, receive user input selecting respective ones of the catheters to be used in a medical procedure; find a connection configuration with which to couple the respective ones of the catheters with ones of the ports via the respective cables, responsively to the respective first electrical channel profiles of the respective ones of the catheters, the respective second electrical channel profiles of the ports, and respective electrical channel profiles of the respective cables; and render the connection configuration to the display, wherein the cables and the ports are provided with indications; and the processing circuitry is configured to render to the display the connection configuration comprising a mapping between the respective ones of the catheters and respective ones of the indications.
A motor comprising: a shaft; a yoke coupled to the shaft; a stator disposed between the shaft and the yoke; a first magnet and a second magnet which are disposed on the yoke; and a circuit board on which a first Hall sensor disposed to correspond to the first magnet and a second Hall sensor disposed to correspond to the second magnet are disposed, wherein the yoke includes a body and a flange extending laterally from the body, wherein the flange includes a first groove, the first groove having an open portion facing the circuit board, the first magnet is disposed on an inner circumferential surface of the body, characterized in that H the second magnet is disposed in the first groove, and a second groove having an open portion in a direction opposite to the first groove is disposed between the body and the flange, wherein the body and the first groove are spaced apart by the second groove. a shaft; a yoke coupled to the shaft; a stator disposed between the shaft and the yoke; a first magnet and a second magnet which are disposed on the yoke; and a circuit board on which a first Hall sensor disposed to correspond to the first magnet and a second Hall sensor disposed to correspond to the second magnet are disposed, wherein the yoke includes a body and a flange extending laterally from the body, wherein the flange includes a first groove, the first groove having an open portion facing the circuit board, the first magnet is disposed on an inner circumferential surface of the body, characterized in that H the second magnet is disposed in the first groove, and a second groove having an open portion in a direction opposite to the first groove is disposed between the body and the flange, wherein the body and the first groove are spaced apart by the second groove.
A data processing method of determining a transformation for transforming medical image data into a positional reference system, the method being executed by a computer and comprising the following steps: a) acquiring reference position data comprising reference position information describing a reference trajectory (x i, z 0) of a medical imaging apparatus in an imaging apparatus reference system; b) acquiring imaging geometry data comprising imaging geometry information describing an imaging geometry of the medical imaging apparatus; c) acquiring actual position data comprising actual position information describing different actual positions (x i, z i) of the medical imaging apparatus in an imaging apparatus reference system, wherein the medical imaging apparatus takes the actual positions (x i, z i) for acquiring medical image data comprising medical image information describing an image of the anatomical region of a patient's body at each of the actual positions (x i, z i); d) determining, based on the reference position data and the imaging geometry data and the actual position data, medical image transformation data comprising medical image transformation information describing a medical image transformation between the actual position (x i, z i) of the medical imaging apparatus and the reference trajectory (x i, z 0). a) acquiring reference position data comprising reference position information describing a reference trajectory (x i, z 0) of a medical imaging apparatus in an imaging apparatus reference system; b) acquiring imaging geometry data comprising imaging geometry information describing an imaging geometry of the medical imaging apparatus; c) acquiring actual position data comprising actual position information describing different actual positions (x i, z i) of the medical imaging apparatus in an imaging apparatus reference system, wherein the medical imaging apparatus takes the actual positions (x i, z i) for acquiring medical image data comprising medical image information describing an image of the anatomical region of a patient's body at each of the actual positions (x i, z i); d) determining, based on the reference position data and the imaging geometry data and the actual position data, medical image transformation data comprising medical image transformation information describing a medical image transformation between the actual position (x i, z i) of the medical imaging apparatus and the reference trajectory (x i, z 0).
An article transfer device that transfers a plurality of articles from a placement component to a container, wherein the container includes side walls (W1-W4) that are disposed surrounding a bottom surface and form in the container a containment space that is dimensioned to contain the articles, and wherein the placement component includes a placement surface on which plural articles are placed, the placement component including a plate-shaped first member that has a first end, a second end and the placement surface that extends between the first end and the second end the article transfer device comprising: a drive unit configured to relatively move the container and the placement component; and a control unit configured to control the operation of the drive unit, wherein the control unit is configured to control the operation of the drive unit to change the angle defined between the placement surface of the first member and the bottom surface of the container when transferring the articles from the placement component to the container so that the first end of the first member is disposed in a lower position than the second end of the first member and in the containment space positioned lower than a top of the side walls (W1-W4), characterized in that the control unit is further configured to control the operation of the drive unit so that the placement component is thereafter pulled out from between the container and the articles. a drive unit configured to relatively move the container and the placement component; and a control unit configured to control the operation of the drive unit, wherein the control unit is configured to control the operation of the drive unit to change the angle defined between the placement surface of the first member and the bottom surface of the container when transferring the articles from the placement component to the container so that the first end of the first member is disposed in a lower position than the second end of the first member and in the containment space positioned lower than a top of the side walls (W1-W4), characterized in that the control unit is further configured to control the operation of the drive unit so that the placement component is thereafter pulled out from between the container and the articles.