mhurhangee/ep-ind-claims huggingface dataset:
A monitoring device for safeguarding access to a danger zone with a safety sensor which monitors a protective field in a safety mode, wherein the safety sensor triggers a safety function when an object enters the protective field and with a sensor arrangement which is designed to detect a permissible object, wherein the sensor arrangement comprises a diversely redundant arrangement of sensors, and wherein when a permissible object is detected by means of the sensor arrangement, the safety sensor is set to a reduced safety mode in which the permissible object can pass through the access to the danger zone without the safety sensor triggering the safety function, wherein in reduced safety mode for the safety sensor, instead of the protective field, a safety protective field is activated which is smaller than the protective field and enables access to the danger zone outside this safety protective field, and characterised in that the sensor arrangement has means for determining weight and/or mass information and at least one radar sensor or at least one ultrasonic sensor, or in that the sensor arrangement has at least one camera-based sensor and at least one radar sensor or at least one ultrasonic sensor. wherein the sensor arrangement comprises a diversely redundant arrangement of sensors, and wherein when a permissible object is detected by means of the sensor arrangement, the safety sensor is set to a reduced safety mode in which the permissible object can pass through the access to the danger zone without the safety sensor triggering the safety function, wherein in reduced safety mode for the safety sensor, instead of the protective field, a safety protective field is activated which is smaller than the protective field and enables access to the danger zone outside this safety protective field, and characterised in that the sensor arrangement has means for determining weight and/or mass information and at least one radar sensor or at least one ultrasonic sensor, or in that the sensor arrangement has at least one camera-based sensor and at least one radar sensor or at least one ultrasonic sensor.
A method performed by a user equipment, UE, operating in dual connectivity, DC, with a first base station and a second base station in a wireless communication system, the method comprising: obtaining a radio resource control, RRC, information for configuring a secondary cell group associated with the second base station, generated from the second base station; identifying whether the RRC information includes an indication indicating to report a second type power headroom, PH, for a primary cell associated with the first base station; and in case that the RRC information includes the indication, transmitting, to the second base station, a power headroom report, PHR, including the second type PH for the primary cell associated with the first base station, based on the indication. obtaining a radio resource control, RRC, information for configuring a secondary cell group associated with the second base station, generated from the second base station; identifying whether the RRC information includes an indication indicating to report a second type power headroom, PH, for a primary cell associated with the first base station; and in case that the RRC information includes the indication, transmitting, to the second base station, a power headroom report, PHR, including the second type PH for the primary cell associated with the first base station, based on the indication.
A system for determining binding activity of an antibody, comprising: an optical path, the optical path comprising: a camera, a lens, and a mirror; a rotating table comprising a plurality of plate holding stations and a table motor adapted to rotate the rotating table to move any of the plate holding stations into alignment with the optical path, a plate holding station comprising: a plate holder adapted to hold a plate comprising an array of test wells, and a tilt motor adapted to adjust a tilt angle of the plate holder; and a controller adapted to control the table motor, the tilt motor, and the camera to acquire at least one image of at least one plate. an optical path, the optical path comprising: a camera, a lens, and a mirror; a camera, a lens, and a mirror; a rotating table comprising a plurality of plate holding stations and a table motor adapted to rotate the rotating table to move any of the plate holding stations into alignment with the optical path, a plate holding station comprising: a plate holder adapted to hold a plate comprising an array of test wells, and a tilt motor adapted to adjust a tilt angle of the plate holder; and a plate holder adapted to hold a plate comprising an array of test wells, and a tilt motor adapted to adjust a tilt angle of the plate holder; and a controller adapted to control the table motor, the tilt motor, and the camera to acquire at least one image of at least one plate.
A blood purification apparatus comprising: a blood circuit through which blood of a patient is allowed to extracorporeally circulate; a blood purifier for giving blood purification treatment by purifying the blood of the patient that extracorporeally circulates through the blood circuit; an ultrafiltration device capable of performing ultrafiltration for removing water from liquid in the blood circuit; an infusion device capable of performing fluid infusion or blood return by introducing liquid into the blood circuit; a setting device capable of setting a parameter related to ultrafiltration performed by the ultrafiltration device; and a control device that controls the ultrafiltration device in accordance with the parameter that is set by the setting device, wherein the blood purification treatment that is suspended with a release of the patient from the blood circuit during the blood purification treatment is restartable, and wherein the blood purification apparatus further includes a display and is configured such that the display displays, simultaneously on one particular screen, a plurality of variable amounts related to the patient's body weight that changes with the suspension and restart of the blood purification treatment. a blood circuit through which blood of a patient is allowed to extracorporeally circulate; a blood purifier for giving blood purification treatment by purifying the blood of the patient that extracorporeally circulates through the blood circuit; an ultrafiltration device capable of performing ultrafiltration for removing water from liquid in the blood circuit; an infusion device capable of performing fluid infusion or blood return by introducing liquid into the blood circuit; a setting device capable of setting a parameter related to ultrafiltration performed by the ultrafiltration device; and a control device that controls the ultrafiltration device in accordance with the parameter that is set by the setting device, wherein the blood purification treatment that is suspended with a release of the patient from the blood circuit during the blood purification treatment is restartable, and wherein the blood purification apparatus further includes a display and is configured such that the display displays, simultaneously on one particular screen, a plurality of variable amounts related to the patient's body weight that changes with the suspension and restart of the blood purification treatment.
Method for producing a motor vehicle part provided with a cover, this method being characterised in that it comprises the following steps: (a) Supplying a part moulded in the shape of a shell, having a first side and a second side opposite said first side, (c) Removing, using cutting equipment, a portion of said part so as to create an opening therein such that the edge of said first side at this opening has a sharp angle, this portion forming said cover adapted to block this opening in the closed position, this cover having a first side whose edge has a sharp angle, (d) Integrating on said second side of the part and on said second side of the cover displacement means for displacing said cover relative to said part between said closed position and an open position. (a) Supplying a part moulded in the shape of a shell, having a first side and a second side opposite said first side, (c) Removing, using cutting equipment, a portion of said part so as to create an opening therein such that the edge of said first side at this opening has a sharp angle, this portion forming said cover adapted to block this opening in the closed position, this cover having a first side whose edge has a sharp angle, (d) Integrating on said second side of the part and on said second side of the cover displacement means for displacing said cover relative to said part between said closed position and an open position.
A two-sided Majorana Hexon qubit, comprising: three one-dimensional topological superconductors, each of the one-dimensional topological superconductors having a respective first end at which a respective first Majorana zero mode resides and a respective second end, opposite the respective first end, where a respective second Majorana zero mode resides, such that the two-sided Majorana Hexon qubit comprises six Majorana zero modes, and wherein four of the six Majorana zero modes of the two-sided Majorana Hexon qubit encode a computational qubit, and the Majorana zero modes further comprise an ancillary pair of Majorana zero modes; and a superconducting backbone element connected to the three one-dimensional topological superconductors, the superconducting backbone element being located between the respective first ends and the respective second ends of the three one-dimensional topological superconductors. three one-dimensional topological superconductors, each of the one-dimensional topological superconductors having a respective first end at which a respective first Majorana zero mode resides and a respective second end, opposite the respective first end, where a respective second Majorana zero mode resides, such that the two-sided Majorana Hexon qubit comprises six Majorana zero modes, and wherein four of the six Majorana zero modes of the two-sided Majorana Hexon qubit encode a computational qubit, and the Majorana zero modes further comprise an ancillary pair of Majorana zero modes; and a superconducting backbone element connected to the three one-dimensional topological superconductors, the superconducting backbone element being located between the respective first ends and the respective second ends of the three one-dimensional topological superconductors.
Label holder for a distribution box, said label holder having a rectangular shaped label holding profile, wherein said label holder comprises at least two lengthwise extending holder supports, wherein the holding profile is formed as a hinged cover which is removably mounted between said at least two holder supports, whereby a swivel axis of the holding profile is extending parallel to a long side of said holding profile, wherein each holder support has at least a first mounting section designed for mounting the label holder into a distribution box and at least a second mounting section designed for mounting the holding profile to said holder support. wherein the first mounting section has first fixing means which are designed to cooperate with corresponding second fixing means in the distribution box, characterized in that said first fixing means is a fin protruding from the holder support opposite to a narrow side of the holding profile, wherein said fin is designed to engage with the corresponding second fixing means in the distribution box.
An isolated antibody or antigen-binding fragment thereof which specifically binds to CD73 comprising a V L and a V H comprising VL-CDR1, VL-CRD2, VL-CDR3, VH-CDR1, VHCDR2, and VH-CDR3 amino acid sequences of SEQ ID NOs: 46, 51, 56, 36, 39, and 45 respectively.
A transfer system control program generation apparatus that generates a control program of a roll-to-roll transfer system, the transfer system control program generation apparatus comprising: a monitor control unit that displays, on a monitor, an operation setting area for switching on or off each of a plurality of units constituting the roll-to-roll transfer system, a control mode selection area for selecting a control mode for the unit that is turned on, and a setting value input area (130A, 130B) for inputting a setting value according to the selected control mode; and a model generation unit that generates a model for the control program, the model satisfying the unit turned on in the operation setting area, the control mode selected in the control mode selection area, and the setting value input in the setting value input area (130A, 130B), wherein the control program for control is automatically generated by designating at least a transfer speed of each roller for the model generated by the model generation unit. a monitor control unit that displays, on a monitor, an operation setting area for switching on or off each of a plurality of units constituting the roll-to-roll transfer system, a control mode selection area for selecting a control mode for the unit that is turned on, and a setting value input area (130A, 130B) for inputting a setting value according to the selected control mode; and a model generation unit that generates a model for the control program, the model satisfying the unit turned on in the operation setting area, the control mode selected in the control mode selection area, and the setting value input in the setting value input area (130A, 130B), wherein the control program for control is automatically generated by designating at least a transfer speed of each roller for the model generated by the model generation unit.
Method for identifying and/or locating an underwater object, in particular an underwater pipeline, wherein the method comprises the following steps: - generating or using a model image of the underwater object, - spectrally transforming the model image, in particular determining a 2D power spectral density of the model image, so that a 2D model image reference is available, - ascertaining or using a first measurement scene image, wherein the measurement scene image comprises in particular an image detail from a terrain searched for the underwater object, and - spectrally transforming the first measurement scene image, in particular determining a 2D power spectral density of the measurement scene image, so that a 2D object image reference is available, - extracting a direction model image component from the 2D model image reference and extracting a direction scene image component, so that a 1D model image feature vector and a 1D measurement scene feature vector are available, and - correlating the 1D model image feature vector with the 1D measurement scene feature vector, so that match information in the form of a maximum correlation coefficient and a direction obtained from the correlation maximum is available, - passing judgement on a presence of the sought underwater object and of a statistical significance resulting from the correlation coefficient, and - determining an object orientation in a measurement scene on the basis of a bearing of the maximum correlation coefficient. - generating or using a model image of the underwater object, - spectrally transforming the model image, in particular determining a 2D power spectral density of the model image, so that a 2D model image reference is available, - ascertaining or using a first measurement scene image, wherein the measurement scene image comprises in particular an image detail from a terrain searched for the underwater object, and - spectrally transforming the first measurement scene image, in particular determining a 2D power spectral density of the measurement scene image, so that a 2D object image reference is available, - extracting a direction model image component from the 2D model image reference and extracting a direction scene image component, so that a 1D model image feature vector and a 1D measurement scene feature vector are available, and - correlating the 1D model image feature vector with the 1D measurement scene feature vector, so that match information in the form of a maximum correlation coefficient and a direction obtained from the correlation maximum is available, - passing judgement on a presence of the sought underwater object and of a statistical significance resulting from the correlation coefficient, and - determining an object orientation in a measurement scene on the basis of a bearing of the maximum correlation coefficient.
Method for providing messages which can be authenticated, having the method steps of: - determining a repeating message content of the messages; - calculating partial authentication codes (pMAC1, pMAC2, pMAC3, pMAC4, pMAC1A, pMAC2A) for the messages on the basis of the repeating message content, wherein a first authentication code for at least some of the messages can be calculated from at least some of the partial authentication codes (pMAC1, pMAC2, pMAC3, pMAC4, pMAC1A, pMAC2A) for authenticating the repeating message content; and - providing the messages, wherein the messages comprise the repeating message content and at least one of the partial authentication codes (pMAC1, pMAC2, pMAC3, pMAC4, pMAC1A, pMAC2A) in each case. - determining a repeating message content of the messages; - calculating partial authentication codes (pMAC1, pMAC2, pMAC3, pMAC4, pMAC1A, pMAC2A) for the messages on the basis of the repeating message content, wherein a first authentication code for at least some of the messages can be calculated from at least some of the partial authentication codes (pMAC1, pMAC2, pMAC3, pMAC4, pMAC1A, pMAC2A) for authenticating the repeating message content; and - providing the messages, wherein the messages comprise the repeating message content and at least one of the partial authentication codes (pMAC1, pMAC2, pMAC3, pMAC4, pMAC1A, pMAC2A) in each case.
A device comprising: a millimeter-wave radar sensor circuit configured to generate N virtual channels (316, 318, 320, 322) of sensed data, wherein N is an integer number greater than one; and a processor configured to: generate a 2D radar image of a surface in a field of view of the millimeter-wave radar sensor circuit based on sensed data from the N virtual channels (316, 318, 320, 322) of sensed data, wherein the 2D radar image comprises azimuth and range information, generate a multi-dimensional data structure based on the 2D radar image using a transform function, compare the multi-dimensional data structure with a reference multi-dimensional data structure, and determine whether liquid is present in the field of view of the millimeter-wave radar sensor circuit based on comparing the multi-dimensional data structure with the reference multi-dimensional data structure. a millimeter-wave radar sensor circuit configured to generate N virtual channels (316, 318, 320, 322) of sensed data, wherein N is an integer number greater than one; and a processor configured to: generate a 2D radar image of a surface in a field of view of the millimeter-wave radar sensor circuit based on sensed data from the N virtual channels (316, 318, 320, 322) of sensed data, wherein the 2D radar image comprises azimuth and range information, generate a multi-dimensional data structure based on the 2D radar image using a transform function, compare the multi-dimensional data structure with a reference multi-dimensional data structure, and determine whether liquid is present in the field of view of the millimeter-wave radar sensor circuit based on comparing the multi-dimensional data structure with the reference multi-dimensional data structure. generate a 2D radar image of a surface in a field of view of the millimeter-wave radar sensor circuit based on sensed data from the N virtual channels (316, 318, 320, 322) of sensed data, wherein the 2D radar image comprises azimuth and range information, generate a multi-dimensional data structure based on the 2D radar image using a transform function, compare the multi-dimensional data structure with a reference multi-dimensional data structure, and determine whether liquid is present in the field of view of the millimeter-wave radar sensor circuit based on comparing the multi-dimensional data structure with the reference multi-dimensional data structure.
A downhole string for drilling through a low pressure zone (Z low) in a formation in a well, comprising: - a drawdown casing having a first end closest to a top of the well and a second end, and - an operational tool connected to the second end of the drawdown casing, wherein the downhole string further comprises an annular barrier having an expandable metal sleeve surrounding the drawdown casing, each end of the expandable metal sleeve being connected with the drawdown casing, and the expandable metal sleeve being adapted to contact a wall of a borehole or another casing so that the drawdown casing can rotate and slide in relation to the annular barrier after expansion of the expandable sleeve, characterized in that the downhole string further comprises a swivel mounted as part of the drawdown casing, dividing the drawdown casing into a first casing part and a second casing part for rotating the first casing part in relation to the second casing part, the second casing part being connected with the operational tool and the annular barrier. - a drawdown casing having a first end closest to a top of the well and a second end, and - an operational tool connected to the second end of the drawdown casing,
A flow regulator having a flap that is pivotably arranged in a flow passage, a bending spring coupled to the flap such that a movement of the flap induces a movement of the bending spring, and an adjusting member forming a stop for the bending spring, characterized in that the adjusting member is a cantilever of which one end is held in adjustable fashion and the other end of which takes the form of a blade forming the stop for the bending spring and arranged to slide along the bending spring as the movement continues.
A tennis ball comprising: a spherical hollow core (14, 314) consisting of two joined semi spherical halves, the spherical hollow core having an interior volume with an internal pressure of less than 34.5 kPa (5 psi) and an inner surface comprising material shift lines constituting regions where material forming the wall of the core has been shifted such that the remaining portions of the core wall have an altered thickness different than that of the material shift lines; an adhesive layer continuously coating and directly contacting an entirety of an exterior surface of the spherical hollow core (14, 314) without interruption; and a textile outer layer over and about the core (14, 314), the textile outer layer being directly bonded to the entire exterior surface of the spherical hollow core (14, 314), without interruption, by the adhesive layer, the textile outer layer comprising: two panels joined by adhesively coated edges. a spherical hollow core (14, 314) consisting of two joined semi spherical halves, the spherical hollow core having an interior volume with an internal pressure of less than 34.5 kPa (5 psi) and an inner surface comprising material shift lines constituting regions where material forming the wall of the core has been shifted such that the remaining portions of the core wall have an altered thickness different than that of the material shift lines; an adhesive layer continuously coating and directly contacting an entirety of an exterior surface of the spherical hollow core (14, 314) without interruption; and a textile outer layer over and about the core (14, 314), the textile outer layer being directly bonded to the entire exterior surface of the spherical hollow core (14, 314), without interruption, by the adhesive layer, the textile outer layer comprising: two panels joined by adhesively coated edges.