mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: dividing a blade (102, 201) of a wind turbine (101, 201) by sections (R2, R3, R4, R5), wherein each section (R2, R3, R4, R5) is a cross-sectional area of the blade (102, 201), wherein a first section is at a point on the blade at a predetermined distance from the root of the blade (102, 201) with subsequent sections (R3, R4, R5) at a predetermined distance from a previous section (R2, R3, R4); positioning at least two wireless sensors around each section (R2, R3, R4, R5) and spaced apart by a small predetermined amount; receiving one or more first signals from a first of said at least two wireless sensors attached to said blade (102, 201); determining a first angle based on said received first signals; receiving one or more second signals from a second of said at least two wireless sensors attached to said blade (102, 201); determining a second angle based on said received second signals; and determining a dynamic twist of said blade (102, 201) based on said first angle, said second angle and said predetermined amount. dividing a blade (102, 201) of a wind turbine (101, 201) by sections (R2, R3, R4, R5), wherein each section (R2, R3, R4, R5) is a cross-sectional area of the blade (102, 201), wherein a first section is at a point on the blade at a predetermined distance from the root of the blade (102, 201) with subsequent sections (R3, R4, R5) at a predetermined distance from a previous section (R2, R3, R4); positioning at least two wireless sensors around each section (R2, R3, R4, R5) and spaced apart by a small predetermined amount; receiving one or more first signals from a first of said at least two wireless sensors attached to said blade (102, 201); determining a first angle based on said received first signals; receiving one or more second signals from a second of said at least two wireless sensors attached to said blade (102, 201); determining a second angle based on said received second signals; and determining a dynamic twist of said blade (102, 201) based on said first angle, said second angle and said predetermined amount.
Signal generator comprising a first element and a second element which is movable relative to said first element in at least one relative direction of movement, the first element having at least one radiation source and a plurality of sensors (11, 13, 29, 31, 35, 37, 43, 45, 49, 49, 57, 59) which are responsive to the radiation emitted by the radiation source and are lined up in at least one direction (X, Y) corresponding to the at least one relative direction of movement, and the second element having a radiation deflecting element which, depending on the relative position between the first element and the second element or radiation deflecting element, is designed to direct the radiation emitted by the radiation source towards one of the sensors or a subgroup of sensors, or to direct the radiation away from the sensor or subgroup of sensors, in order to detect a displacement of the second element relative to the first element in the at least one relative direction of movement, characterised in that the second element or radiation deflecting element is also rotatable relative to the first element about an axis which intersects a plane defined by the radiation source and at least one of the sensors, and in particular is perpendicular to said plane in a neutral position of the second element,the radiation deflecting element being designed such that it directs the radiation received from the radiation source to different sensors, depending on the angle of rotation about said axis.
A method in a first access point for detecting an interference, said method comprising: - detecting a data traffic of a second access point on a frequency channel; - obtaining a level of strength of a signal received in the frequency channel at a period wherein the data traffic is not detected; - sending an information item indicating that the interference has been detected in the frequency channel according to the obtained level. - detecting a data traffic of a second access point on a frequency channel; - obtaining a level of strength of a signal received in the frequency channel at a period wherein the data traffic is not detected; - sending an information item indicating that the interference has been detected in the frequency channel according to the obtained level.
A computer method of displaying a subject environment comprising: digitally generating a set of one or more images that form a first view depicting a subject environment in a user-desired state instead of in a current state, such that the first view is a diminished reality of the subject environment; and enabling computer-based user interaction with the set of images forming the first view in a manner that generates a second view, the second view being an augmented reality representation of the subject environment; wherein digitally generating a set of images that form a first view includes: receiving in a processor one or more 2D source images displaying the subject environment in the current state; determining line segments in the one or more 2D source images that define borders of the subject environment, including identifying visible line segments by the user, characterized by completing automatically the user-identified lines; and from the determined line segments, digitally forming, by employing 3D modeling from images technology, a 3D model of the diminished reality of the subject environment, each region of the 3D model being painted in its totality using colors and textures corresponding to unencumbered user-identified areas of the one or more sources images; wherein enabling computer-based user interaction includes providing a user interface to an augmented reality subsystem, the augmented reality subsystem enabling the user to superimpose virtual image elements on 3D model images in an emptied or partly emptied stage of the subject environment, thereby generating the second view, each virtual element representing a respective user-added, swapped or changed real-world object. digitally generating a set of one or more images that form a first view depicting a subject environment in a user-desired state instead of in a current state, such that the first view is a diminished reality of the subject environment; and enabling computer-based user interaction with the set of images forming the first view in a manner that generates a second view, the second view being an augmented reality representation of the subject environment; receiving in a processor one or more 2D source images displaying the subject environment in the current state; determining line segments in the one or more 2D source images that define borders of the subject environment, including identifying visible line segments by the user, characterized by completing automatically the user-identified lines; and from the determined line segments, digitally forming, by employing 3D modeling from images technology, a 3D model of the diminished reality of the subject environment, each region of the 3D model being painted in its totality using colors and textures corresponding to unencumbered user-identified areas of the one or more sources images;
A neutron beam detection apparatus for detecting a neutron beam, the apparatus comprising: a scintillator configured to generate light when a radial ray is incident thereon; an optical fiber (14, 14A) configured to cause the light generated in the scintillator to be transmitted therethrough; and a discrimination section configured to receive the light transmitted through the optical fiber (14, 14A) and to discriminate a detection signal generated by a gamma ray from a signal related to the neutron beam when a wave height of the detection signal related to the received light exceeds a determination threshold value, wherein the discrimination section is adapted to adjust the determination threshold value in accordance with deterioration of the optical fiber (14, 14A). a scintillator configured to generate light when a radial ray is incident thereon; an optical fiber (14, 14A) configured to cause the light generated in the scintillator to be transmitted therethrough; and a discrimination section configured to receive the light transmitted through the optical fiber (14, 14A) and to discriminate a detection signal generated by a gamma ray from a signal related to the neutron beam when a wave height of the detection signal related to the received light exceeds a determination threshold value,
A quickly detachable pedal device without instruments, includes a pedal and a crank, wherein, a fixing device is installed at non-outer side of the crank to fix a solid pedal shaft; and the fixing device doesn't extend to outer side of the crank, nor includes any parts at the outer side of the crank; a reducing sleeve is disposed between the pedal and the crank; the reducing sleeve is mounted in the first screw hole of the crank with its front end extending outside the first screw hole for certain distance; the fixing device is installed on front end of the reducing sleeve, which extends to inner side of the crank; and the fixing device locks a groove in front end of the pedal shaft; wherein the fixing device includes a lateral plate module, which includes one or more lateral plates; the one or more lateral plates are provided with a return spring; there is a nick in edge of the lateral plate for locking the groove in the front end of the pedal shaft; the lateral plate module is fixed on a supporting plate; characterised in that the front segment of the reducing sleeve is mounted in a first screw hole of the crank; the pedal shaft is sleeved in a first through hole in rear segment of the reducing sleeve; and the front end of the reducing sleeve goes through the supporting plate so that the supporting plate is fixed with a clamp nut.
A method for manufacturing a single sheet-type green sheet comprising a transporting step of transporting a strip-shaped green sheet using a sheet transporting mechanism, and an irradiation step of intermittently irradiating a strip-shaped green sheet that contains a ceramic with a laser beam to cut and separate the strip-shaped green sheet to obtain the single sheet-type green sheet, wherein in the transporting step the strip-shaped green sheet is transported to the irradiation step along a longitudinal direction of the strip-shaped green sheet using a sheet transporting mechanism, and the irradiation step is performed using a cutting portion comprising an irradiation portion and a moving mechanism, wherein the moving mechanism causes the irradiation portion to move and stop repeatedly so as to intermittently irradiate the laser beam by repeatedly irradiating the laser beam for a certain time period and non-irradiating for a certain time period. a transporting step of transporting a strip-shaped green sheet using a sheet transporting mechanism, and an irradiation step of intermittently irradiating a strip-shaped green sheet that contains a ceramic with a laser beam to cut and separate the strip-shaped green sheet to obtain the single sheet-type green sheet, wherein in the transporting step the strip-shaped green sheet is transported to the irradiation step along a longitudinal direction of the strip-shaped green sheet using a sheet transporting mechanism, and the irradiation step is performed using a cutting portion comprising an irradiation portion and a moving mechanism, wherein the moving mechanism causes the irradiation portion to move and stop repeatedly so as to intermittently irradiate the laser beam by repeatedly irradiating the laser beam for a certain time period and non-irradiating for a certain time period.
A layered pack of glass fibers, the layered pack comprising: binderless webs of glass fibers formed by lapping a binderless web in the machine direction or by cross-lapping a binder less web at ninety degrees to the machine direction; wherein the glass fibers of the binderless webs are mechanically entangled; wherein the binderless webs have an area weight of 244.12 grams per square meter to 976.49 grams per square meter (5 to 50 grams per square foot); wherein the glass fibers have a diameter range of in a range of 3.56 microns to 6.35 microns (14 HT to 25 HT); and wherein the glass fibers have a length range of 25.4 millimeters to 127 millimeters (1.0 inch to 5.0 inches). binderless webs of glass fibers formed by lapping a binderless web in the machine direction or by cross-lapping a binder less web at ninety degrees to the machine direction; wherein the glass fibers of the binderless webs are mechanically entangled; wherein the binderless webs have an area weight of 244.12 grams per square meter to 976.49 grams per square meter (5 to 50 grams per square foot); wherein the glass fibers have a diameter range of in a range of 3.56 microns to 6.35 microns (14 HT to 25 HT); and wherein the glass fibers have a length range of 25.4 millimeters to 127 millimeters (1.0 inch to 5.0 inches).
A remote operation system comprising: a working machine including an actuation mechanism and an imaging device which images environment including at least a part of the actuation mechanism; and a first remote operation apparatus and a second remote operation apparatus each including an operation mechanism (111, 211) configured to perform a remote operation of the working machine and an image display device which displays an environmental image corresponding to captured image data acquired by the imaging device of the working machine, wherein the first remote operation apparatus comprises a passive mode detectoi which detects a passive mode of the operation mechanism, and a first client control device which transmits operational mode data corresponding to the passive mode of the operation mechanism which is detected by the passive mode detector, and the second remote operation apparatus comprises an actuator configured to actively operate the operation mechanism, and a second client control device which receives the operational mode data, and controls an operation of the actuator in accordance with the passive mode of the operation mechanism in the first remote operation apparatus in response to the operational mode data. a working machine including an actuation mechanism and an imaging device which images environment including at least a part of the actuation mechanism; and a first remote operation apparatus and a second remote operation apparatus each including an operation mechanism (111, 211) configured to perform a remote operation of the working machine and an image display device which displays an environmental image corresponding to captured image data acquired by the imaging device of the working machine, wherein the first remote operation apparatus comprises a passive mode detectoi which detects a passive mode of the operation mechanism, and a first client control device which transmits operational mode data corresponding to the passive mode of the operation mechanism which is detected by the passive mode detector, and the second remote operation apparatus comprises an actuator configured to actively operate the operation mechanism, and a second client control device which receives the operational mode data, and controls an operation of the actuator in accordance with the passive mode of the operation mechanism in the first remote operation apparatus in response to the operational mode data.
A method for sharing content by a transmitter, the method comprising: setting an activity, a period of the activity, and a share group including one or more device for sharing content; transmitting a message for invitation to share the content to at least one device in the share group; and sharing the content with the at least one device based on, the activity, the period of the activity, and the share group, if the invitation is accepted at the at least one device, wherein if the content is created during the period of activity and at a particular place the content is automatically shared with the at least one device. setting an activity, a period of the activity, and a share group including one or more device for sharing content; transmitting a message for invitation to share the content to at least one device in the share group; and sharing the content with the at least one device based on, the activity, the period of the activity, and the share group, if the invitation is accepted at the at least one device, wherein if the content is created during the period of activity and at a particular place the content is automatically shared with the at least one device.
Refuse receptacle with a housing which has an opening on at least one side, a supporting frame for refuse bags which is placed at least indirectly on an edge of the opening of the housing in a removable manner, and a covering frame, wherein the covering frame is removably placed on the supporting frame and wherein the covering frame covers - the supporting frame and - a joint between the supporting frame and the housing on an outer side of the refuse receptacle, wherein the supporting frame has a first frame portion extending substantially parallel to a wall of the housing, characterised in that, the supporting frame has tabs which are extended inwards from the first frame portion and the covering frame has members which press the tabs of the supporting frame outwards against the inner wall of the housing. - the supporting frame and - a joint between the supporting frame and the housing on an outer side of the refuse receptacle,
A pharmaceutical combination of (i) at least one biocompatible nanoparticle, said biocompatible nanoparticle comprising at least one oligomer of albumin (n≥2) or consisting in an oligomer of albumin, and of (ii) at least one pharmaceutical compound comprising or consisting in at least one antibody, wherein the longest or largest dimension of the at least one biocompatible nanoparticle is between about 4 nm and about 500 nm, for use in a therapeutic, prophylactic or diagnostic method in a subject in need thereof, the therapeutic, prophylactic or diagnostic method comprising a step of administering the pharmaceutical compound to the subject and a distinct step of administering the at least one nanoparticle, said at least one nanoparticle being administered to the subject between more than 5 minutes and about 72 hours after the pharmaceutical compound, and wherein the biocompatible nanoparticle is not used as such as a pharmaceutical compound.
A display device, comprising: a display panel; a back cover provided to a rear side of the display panel; a first housing provided to at least part of the rear side of the back cover; a second housing, at least part of which contacts the first housing, the second housing having a main board and a power supply mounted therein; and a hinge coupling the first housing and the second housing, wherein the second housing changes from at least one of a first state in which the second housing is extended in a direction perpendicular to the first housing and a second state in which at least one side of the second housing is extended in parallel with the rear side of the first housing to the other state, according to rotation of the hinge, further comprising a through bolt for simultaneously coupling and fixing the first housing and the second housing in the first state. a display panel; a back cover provided to a rear side of the display panel; a first housing provided to at least part of the rear side of the back cover; a second housing, at least part of which contacts the first housing, the second housing having a main board and a power supply mounted therein; and a hinge coupling the first housing and the second housing, wherein the second housing changes from at least one of a first state in which the second housing is extended in a direction perpendicular to the first housing and a second state in which at least one side of the second housing is extended in parallel with the rear side of the first housing to the other state, according to rotation of the hinge, further comprising a through bolt for simultaneously coupling and fixing the first housing and the second housing in the first state.
An automatic analyzer comprising: a sample probe which sucks in a sample stored in a sample vessel and discharges the sample into a reaction vessel; a reagent probe (105, 107) which sucks in a reagent stored in a reagent vessel and discharges the reagent into the reaction vessel; an analysis unit which analyzes the sample in the reaction vessel; a pressure sensor which detects the pressure in the sample probe 102); a signal processing unit; and a controller configured to control the operation of the sample probe, the reagent probe (105,107), the analysis unit and the signal processing unit; characterised in that said signal processing unit is configured to acquire suction pressure data from the pressure sensor during a suction period in a first dispensation when the sample is sucked from the sample vessel by the sample probe, select a piece of normality/abnormality judgment reference data from multiple pieces of normality/abnormality judgment reference data based on the suction pressure data in said first dispensation in cases where the same sample is sucked in from the sample vessel and discharged into the reaction vessel by the sample probe in a n-th dispensation (n: natural number, 2≦n), calculate characteristic variables of the suction pressure data of the same sample detected by the pressure sensor in the n-th dispensation by the sample probe, and judge whether there was an abnormality in the suction of the sample by the sample probe or not by comparing the calculated characteristic variables with the normality/abnormality judgment reference data. a sample probe which sucks in a sample stored in a sample vessel and discharges the sample into a reaction vessel; a reagent probe (105, 107) which sucks in a reagent stored in a reagent vessel and discharges the reagent into the reaction vessel; an analysis unit which analyzes the sample in the reaction vessel; a pressure sensor which detects the pressure in the sample probe 102); a signal processing unit; and a controller configured to control the operation of the sample probe, the reagent probe (105,107), the analysis unit and the signal processing unit; characterised in that said signal processing unit is configured to acquire suction pressure data from the pressure sensor during a suction period in a first dispensation when the sample is sucked from the sample vessel by the sample probe, select a piece of normality/abnormality judgment reference data from multiple pieces of normality/abnormality judgment reference data based on the suction pressure data in said first dispensation in cases where the same sample is sucked in from the sample vessel and discharged into the reaction vessel by the sample probe in a n-th dispensation (n: natural number, 2≦n), calculate characteristic variables of the suction pressure data of the same sample detected by the pressure sensor in the n-th dispensation by the sample probe, and judge whether there was an abnormality in the suction of the sample by the sample probe or not by comparing the calculated characteristic variables with the normality/abnormality judgment reference data.