mhurhangee/ep-ind-claims huggingface dataset:
A method for inserting or removing at least one bending tool at a tool holder of a vertically operating press brake, in which a receiving body provided with a slot-like tool interface is transferred from an operating position into a changing position by means of an adjusting movement in relation to a press beam of the press brake, and the angular position of the receiving body is thereby changed by a pivoting angle, characterized in that for releasably fixing a holding portion of at least one bending tool at the tool interface, a holding device is coupled with the adjusting movement, and the holding device is automatically activated by adjusting the receiving body into the operating position and is automatically deactivated by adjusting the receiving body into the changing position.
A compound of formula: wherein R 1, R 2, R 3 and R 4 are hydrogen m is an integer from 2-8; n is an integer from 0-3; Z is wherein both the C-13 methyl and C-17 hydroxyl are -configured; and the symbol represents any type of bond regardless of the stereochemistry; and the respective hydrates, solvates and pharmaceutically acceptable salts thereof. R 1, R 2, R 3 and R 4 are hydrogen m is an integer from 2-8; n is an integer from 0-3; Z is
A method for calibrating an imaging system capturing images of a patient in relation to a radiation therapy system, which radiation therapy system comprises a radiation therapy unit having a fixed radiation focus, a positioning system for positioning a patient in relation to the fixed focus in the radiation therapy unit, the method comprising the steps of: irradiating a calibration tool comprising at least one reference object with ionizing radiation during an image scanning procedure using a radiation unit of the imaging system, wherein the calibration tool and the at least one reference object have known positions in the stereotactic coordinate system; capturing at least one two-dimensional image including cross-sectional representations of reference objects of the calibration tool using a detector of the imaging system during the image scanning procedure; determining image coordinates (d xy) of the representation of each reference object in the captured images; obtaining a position (r so) of the origin (o) of the calibration tool relative to the imaging unit in the stereotactic coordinate system; and calculating a transformation between the 3D position of the calibration tool in the stereotactic coordinate system and a 3D position of the calibration tool in an imaging system coordinate system, wherein the calculation is based on the reference objects image coordinates (d xy), positions (r ob) of the reference objects in the stereotactic coordinate system relative to an origin (o) of the calibration tool and the position (r so) of the origin (o) of the calibration tool relative to the imaging unit. irradiating a calibration tool comprising at least one reference object with ionizing radiation during an image scanning procedure using a radiation unit of the imaging system, wherein the calibration tool and the at least one reference object have known positions in the stereotactic coordinate system; capturing at least one two-dimensional image including cross-sectional representations of reference objects of the calibration tool using a detector of the imaging system during the image scanning procedure; determining image coordinates (d xy) of the representation of each reference object in the captured images; obtaining a position (r so) of the origin (o) of the calibration tool relative to the imaging unit in the stereotactic coordinate system; and calculating a transformation between the 3D position of the calibration tool in the stereotactic coordinate system and a 3D position of the calibration tool in an imaging system coordinate system, wherein the calculation is based on the reference objects image coordinates (d xy), positions (r ob) of the reference objects in the stereotactic coordinate system relative to an origin (o) of the calibration tool and the position (r so) of the origin (o) of the calibration tool relative to the imaging unit.
A display, wherein the display comprises a plurality of sub pixels, and comprises: a substrate; a light-emitting device, disposed on the substrate and located in the sub pixel; a pixel circuit, disposed on the substrate and located in the sub pixel, wherein the pixel circuit and the light-emitting device are coupled, the pixel circuit comprises a first transistor and a second transistor, an active layer of the first transistor comprises polycrystalline silicon, and an active layer of the second transistor comprises semiconductor oxide; and an isolation portion, disposed on the substrate and located in the sub pixel, wherein the isolation portion comprises an isolation base and an isolation retaining wall surrounding the isolation base, the active layer of the second transistor is disposed in a groove formed by the isolation retaining wall and the isolation base, and the isolation portion is configured at least to block hydrogen ions in the active layer of the first transistor from being diffused into the active layer of the second transistor, wherein the display further comprises a common electrode layer, the common electrode layer is located on a side that is of the first transistor and the second transistor and that is close to the substrate, and a first pole of the first transistor or the second transistor is coupled to the common electrode layer; and the isolation base and the common electrode layer are at a same layer, made of a same material, and integrally formed. a substrate; a light-emitting device, disposed on the substrate and located in the sub pixel; a pixel circuit, disposed on the substrate and located in the sub pixel, wherein the pixel circuit and the light-emitting device are coupled, the pixel circuit comprises a first transistor and a second transistor, an active layer of the first transistor comprises polycrystalline silicon, and an active layer of the second transistor comprises semiconductor oxide; and an isolation portion, disposed on the substrate and located in the sub pixel, wherein the isolation portion comprises an isolation base and an isolation retaining wall surrounding the isolation base, the active layer of the second transistor is disposed in a groove formed by the isolation retaining wall and the isolation base, and the isolation portion is configured at least to block hydrogen ions in the active layer of the first transistor from being diffused into the active layer of the second transistor, wherein the display further comprises a common electrode layer, the common electrode layer is located on a side that is of the first transistor and the second transistor and that is close to the substrate, and a first pole of the first transistor or the second transistor is coupled to the common electrode layer; and the isolation base and the common electrode layer are at a same layer, made of a same material, and integrally formed.
Refrigerating sales furniture comprising a furniture body having a rear wall and a goods presentation and refrigeration space; and an air flow channel arranged at least partly at the rear wall, said air flow channel comprising at least one channel inlet, through which an air flow enters into the air flow channel, and at least one channel outlet through which the air flow leaves the air flow channel; characterized by an air flow passage reduction insert which has a first air flow passage reduction portion with a first air flow passage pattern allowing medium-sized air flow passage and a second air flow passage reduction portion with a second air flow passage reduction pattern allowing small air flow passage and which is selectively arrangeable in the air flow channel such that it reduces the air flow passage area to allow medium-sized air flow passage or such that it reduces the air flow passage area to allow small air flow passage.
An apparatus adapted to record a file having a related media data container and a metadata container, the apparatus comprising: a receiver adapted to receive first streamed Real-Time Transport Protocol packets comprising packetized first media data samples based on a first clock, and for receiving second streamed RTP packets comprising second media data samples based on a second clock different from the first clock, wherein the second media data samples are associated to the first media data samples, and adapted to receive first Real-Time Transport Control Protocol (RTCP) packets related to the first streamed RTP packets and including information for indicating a relationship of the first clock to a reference clock and for receiving second RTCP packets related to the second streamed RTP packets and including information for indicating a relationship of the second clock to the reference clock; and a recorder adapted to store the received first and second streamed RTP packets (110; 112) and at least RTCP sender reports of the received first and second RTCP packets (114; 115) in the media data container, and for storing associated metadata (124; 128) in the metadata container, the associated metadata comprising reception time and/or transport protocol timestamp information of the received first and second streamed RTP packets and the received first and second RTCP packets and location information indicating a location of the stored first and second RTP packets and the stored first and second RTCP packets in the media data container. a receiver adapted to receive first streamed Real-Time Transport Protocol packets comprising packetized first media data samples based on a first clock, and for receiving second streamed RTP packets comprising second media data samples based on a second clock different from the first clock, wherein the second media data samples are associated to the first media data samples, and adapted to receive first Real-Time Transport Control Protocol (RTCP) packets related to the first streamed RTP packets and including information for indicating a relationship of the first clock to a reference clock and for receiving second RTCP packets related to the second streamed RTP packets and including information for indicating a relationship of the second clock to the reference clock; and a recorder adapted to store the received first and second streamed RTP packets (110; 112) and at least RTCP sender reports of the received first and second RTCP packets (114; 115) in the media data container, and for storing associated metadata (124; 128) in the metadata container, the associated metadata comprising reception time and/or transport protocol timestamp information of the received first and second streamed RTP packets and the received first and second RTCP packets and location information indicating a location of the stored first and second RTP packets and the stored first and second RTCP packets in the media data container.
A microscope comprising: a unitary base comprising a lower portion and an upper portion, the lower portion configured to support the microscope; a body comprising a first portion, a second portion, and an intermediate portion extending between the first and second portions, wherein the intermediate portion of the body is rotatably coupled to the upper portion of the base at a rotational coupling, the rotational coupling defining a rotating axis; one or more objectives coupled to the first portion; a condenser coupled to the second portion; wherein the one or more objectives and condenser are positioned in an inverted configuration when the body is rotated around the rotating axis such that the one or more objectives is located below the light source; wherein the one or more objectives and condenser are positioned in an upright configuration when the body is rotated around the rotating axis such that the one or more objectives is located above the light source; and an optical arm disposed proximal to the first portion of the body, the optical arm arranged within an optical path of the one or more objectives; wherein the optical arm is pivotably coupled to the first portion of the body and is configured to rotate about a pivoting axis that extends in a lateral direction with respect to the microscope; and a cradle disposed at a distal portion of the optical arm, the cradle configured to receive an electronic device that is configured to acquire images, and align the electronic device within an optical path of the optical arm. a unitary base comprising a lower portion and an upper portion, the lower portion configured to support the microscope; a body comprising a first portion, a second portion, and an intermediate portion extending between the first and second portions, wherein the intermediate portion of the body is rotatably coupled to the upper portion of the base at a rotational coupling, the rotational coupling defining a rotating axis; one or more objectives coupled to the first portion; a condenser coupled to the second portion; wherein the one or more objectives and condenser are positioned in an inverted configuration when the body is rotated around the rotating axis such that the one or more objectives is located below the light source; wherein the one or more objectives and condenser are positioned in an upright configuration when the body is rotated around the rotating axis such that the one or more objectives is located above the light source; and an optical arm disposed proximal to the first portion of the body, the optical arm arranged within an optical path of the one or more objectives; wherein the optical arm is pivotably coupled to the first portion of the body and is configured to rotate about a pivoting axis that extends in a lateral direction with respect to the microscope; and a cradle disposed at a distal portion of the optical arm, the cradle configured to receive an electronic device that is configured to acquire images, and align the electronic device within an optical path of the optical arm.
Inhaler for administering medicaments in the form of inhalable substances, substance formulations or substance mixtures, especially in the form of a powder, having a housing comprising an interior for accommodating at least one capsule filled with the medicament, said housing being coupled to a mouthpiece, while an actuator encompassing at least one needle is mounted so as to be movable towards the housing in order to open the capsule, characterised in that the mouthpiece is operatively connected to the actuator by at least one attachment being arranged on the mouthpiece and acting upon the actuator when the mouthpiece is pivoted, such that the needle of the actuator does not project into the interior to pierce the capsule in a position of use of the mouthpiece.
A method of forming a closed-ended pressure vessel, the method comprising: positioning a billet of an extrudable metal into a die, said billet having an axis and a forward surface; using a ram with a longitudinal axis of symmetry (x), an end face region and a substantially cylindrical side wall to cause the metal to extrude by driving the end face region of the ram into the forward surface of the billet along the axis of the billet so as to cause the metal to extrude into the space between the ram and the die and along the cylindrical side wall of the ram to form an extrudate; and removing the extrudate from the die and shaping the open end of the extrudate to form a shoulder and a neck, characterised in that the end face region of the ram has a surface profile comprising a central section, at least one intermediate ring and an outermost ring with intersecting but differing surface curvatures of radii: R, r, and Rc respectively, the central section, the at least one intermediate ring and the outermost ring connecting a central point where the end face region intersects the longitudinal axis of the ram with the cylindrical side wall of the ram at an axial distance H from the central point, the axial distance H having a range 0.28ID to 0.5ID, where ID is the cross-sectional diameter of the cylindrical side wall of the ram. positioning a billet of an extrudable metal into a die, said billet having an axis and a forward surface; using a ram with a longitudinal axis of symmetry (x), an end face region and a substantially cylindrical side wall to cause the metal to extrude by driving the end face region of the ram into the forward surface of the billet along the axis of the billet so as to cause the metal to extrude into the space between the ram and the die and along the cylindrical side wall of the ram to form an extrudate; and removing the extrudate from the die and shaping the open end of the extrudate to form a shoulder and a neck, characterised in that the end face region of the ram has a surface profile comprising a central section, at least one intermediate ring and an outermost ring with intersecting but differing surface curvatures of radii: R, r, and Rc respectively, the central section, the at least one intermediate ring and the outermost ring connecting a central point where the end face region intersects the longitudinal axis of the ram with the cylindrical side wall of the ram at an axial distance H from the central point, the axial distance H having a range 0.28ID to 0.5ID, where ID is the cross-sectional diameter of the cylindrical side wall of the ram.
Method of temporal segmentation of an instrumented gesture in the course of execution by a user with the aid of a terminal equipped with an inertial navigation module (Ml), able to measure, during the execution of the gesture, a vector of inertial characteristics representative of a movement of said terminal, characterized in that said method comprises the following steps, implemented at each current instant: - calculation of an instantaneous power value of said vector at the current instant; - estimation of a gesture indicator on the basis of a variation between said instantaneous power value and a mean power value estimated over a time window preceding the current instant; - determination of a first instant, termed start of gesture, corresponding to the current instant, when the estimated gesture indicator takes a value greater than or equal to a first predetermined threshold during a time interval greater than or equal to a first predetermined interval; - subsequent to the detection of a start of gesture at the first current instant, determination of a second instant, termed end of gesture when, at the current instant, the estimated gesture indicator takes a value less than or equal to a second predetermined threshold during a time interval greater than or equal to a second predetermined time interval. - calculation of an instantaneous power value of said vector at the current instant; - estimation of a gesture indicator on the basis of a variation between said instantaneous power value and a mean power value estimated over a time window preceding the current instant; - determination of a first instant, termed start of gesture, corresponding to the current instant, when the estimated gesture indicator takes a value greater than or equal to a first predetermined threshold during a time interval greater than or equal to a first predetermined interval; - subsequent to the detection of a start of gesture at the first current instant, determination of a second instant, termed end of gesture when, at the current instant, the estimated gesture indicator takes a value less than or equal to a second predetermined threshold during a time interval greater than or equal to a second predetermined time interval.
A method to determine a current functional blood oxygen saturation level, the method comprising: a- acquiring, at a predefined sampling frequency, a photoplethysmography light response for each wavelength of a plurality of at least three wavelengths (λ1, λ2, λ3), resulting respectively in a first, second and third raw data series representing an amplitude response through a user's tissue, b- applying a low-pass filter to each of the first, second and third raw data series, resulting respectively in a first, second and third DC data series representing an unmodulated amplitude response, c- applying a high-pass filter to each of the first, second and third raw data series, or (c2-) subtracting respectively first, second and third DC data series to said first, second and third raw data series, to result respectively in a first, second and third AC data series representing a modulated amplitude response, d- applying a computation engine to the first, second and third AC data series, and to the first, second and third DC data series, and determining therefrom a user current blood oxygen saturation level, wherein the plurality of at least three wavelengths (λ1, λ2, λ3) comprises: - a first wavelength (λ1) in the infrared wavelength spectrum, - a second wavelength (λ2) in the red wavelength spectrum, - a third wavelength (λ3) in the green/blue wavelength spectrum. a- acquiring, at a predefined sampling frequency, a photoplethysmography light response for each wavelength of a plurality of at least three wavelengths (λ1, λ2, λ3), resulting respectively in a first, second and third raw data series representing an amplitude response through a user's tissue, b- applying a low-pass filter to each of the first, second and third raw data series, resulting respectively in a first, second and third DC data series representing an unmodulated amplitude response, c- applying a high-pass filter to each of the first, second and third raw data series, or (c2-) subtracting respectively first, second and third DC data series to said first, second and third raw data series, to result respectively in a first, second and third AC data series representing a modulated amplitude response, d- applying a computation engine to the first, second and third AC data series, and to the first, second and third DC data series, and determining therefrom a user current blood oxygen saturation level, - a first wavelength (λ1) in the infrared wavelength spectrum, - a second wavelength (λ2) in the red wavelength spectrum, - a third wavelength (λ3) in the green/blue wavelength spectrum.
A control method for a filter system which comprises at least one filter element, characterised by continuously recording a total energy consumption (E G) during a filtration cycle of the filter system, wherein the total energy consumption (E G) consists at least of the energy consumption (E B) for a physical cleaning and the energy consumption (E P) for the subsequent production cycle up to at predefined, in particular current point in time, computing a relative energy consumption (E rel) by way of division of the recorded total energy consumption (E G) by a net permeate volume (Q N) which has been produced during the filtration cycle up to the predefined point in time, starting a physical cleaning in dependence on the relative energy consumption or on a characteristic value derived from this.
A computer device operable with a user's eye movement, the device comprising: means for detecting the user's eye movement; the device being characterized in that it also comprises: means for analyzing the user's eye movement to specify an eye movement pattern in the detected user's eye movement and a plurality of threshold time periods for completing the eye movement pattern; means for determining a command associated with a combination of the eye movement pattern and one of said plurality of threshold time periods; and means for operating the device according to the command if the eye movement pattern is completed within said one of said plurality of threshold time periods. means for analyzing the user's eye movement to specify an eye movement pattern in the detected user's eye movement and a plurality of threshold time periods for completing the eye movement pattern; means for determining a command associated with a combination of the eye movement pattern and one of said plurality of threshold time periods; and means for operating the device according to the command if the eye movement pattern is completed within said one of said plurality of threshold time periods.