mhurhangee/ep-ind-claims huggingface dataset:
A radiation therapy device comprising: a main body; a gantry coupled to a side of the main body and rotatable relative to the main body in at least one direction; a radiation head provided on a side of the gantry to emit radiation; an image acquisition unit facing the radiation head to detect radiation emitted from the radiation head and obtain images by converting the detected radiation into electric signals; and a reference image acquisition frame provided on a side of the radiation head and comprising a plurality of markers formed thereon; wherein the reference image acquisition frame is formed in the form of a window having an opening formed therein, and wherein the plurality of markers are formed on an edge portion of the reference image acquisition frame; wherein the image acquisition unit is configured to obtain a reference image in which each of the plurality of markers formed in the edge portion of the reference image acquisition frame is included and wherein the image acquisition unit is configured to obtain at least one analysis target image; and wherein the image acquisition unit is configured to calculate a positional error of the image acquisition unit by comparing a beam center point calculated from the reference image with a center point of the image acquisition unit, and to analyze the analysis-target image in consideration of the calculated positional error based on how much a center point of the analysis-target image deviates from the beam center point calculated from the reference image. a main body; a gantry coupled to a side of the main body and rotatable relative to the main body in at least one direction; a radiation head provided on a side of the gantry to emit radiation; an image acquisition unit facing the radiation head to detect radiation emitted from the radiation head and obtain images by converting the detected radiation into electric signals; and a reference image acquisition frame provided on a side of the radiation head and comprising a plurality of markers formed thereon; wherein the reference image acquisition frame is formed in the form of a window having an opening formed therein, and wherein the plurality of markers are formed on an edge portion of the reference image acquisition frame; wherein the image acquisition unit is configured to obtain a reference image in which each of the plurality of markers formed in the edge portion of the reference image acquisition frame is included and wherein the image acquisition unit is configured to obtain at least one analysis target image; and wherein the image acquisition unit is configured to calculate a positional error of the image acquisition unit by comparing a beam center point calculated from the reference image with a center point of the image acquisition unit, and to analyze the analysis-target image in consideration of the calculated positional error based on how much a center point of the analysis-target image deviates from the beam center point calculated from the reference image.
A cleaning device for cleaning substrates, the device comprising: a generally cylindrically-shaped brush mandrel having a body section with an outer surface positioned about a central axis (a 1), wherein the outer surface is interrupted by a first engagement member having a primary feature adjacent a secondary feature; and a cylindrical brush having a hollow bore formed around the brush mandrel, the hollow bore having an inner surface interrupted by a second engagement member which mates with and surrounds the first engagement member of the brush mandrel, wherein the primary feature is a first surface which flows in a direction generally perpendicular to a rotational direction of the brush mandrel around the central axis (a 1) in order to prevent rotational movement of the cylindrical brush with respect to the brush mandrel, characterized in that the secondary feature is a second surface which flows in a direction generally perpendicular to the first surface and along the central axis (a 1), and wherein the second surface has a first portion which is closer to the central axis (a 1) and a second portion which is further away from the central axis (a 1) than the first portion in order to prevent axial movement of the cylindrical brush with respect to the brush mandrel. a generally cylindrically-shaped brush mandrel having a body section with an outer surface positioned about a central axis (a 1), wherein the outer surface is interrupted by a first engagement member having a primary feature adjacent a secondary feature; and a cylindrical brush having a hollow bore formed around the brush mandrel, the hollow bore having an inner surface interrupted by a second engagement member which mates with and surrounds the first engagement member of the brush mandrel, wherein the primary feature is a first surface which flows in a direction generally perpendicular to a rotational direction of the brush mandrel around the central axis (a 1) in order to prevent rotational movement of the cylindrical brush with respect to the brush mandrel, characterized in that the secondary feature is a second surface which flows in a direction generally perpendicular to the first surface and along the central axis (a 1), and wherein the second surface has a first portion which is closer to the central axis (a 1) and a second portion which is further away from the central axis (a 1) than the first portion in order to prevent axial movement of the cylindrical brush with respect to the brush mandrel.
Method for cultivating a crop, in particular in an at least substantially daylight-free environment, said environment comprising an at least substantially fully conditioned cultivation space, an air inlet and an air outlet for directing an at least substantially laminar airflow through said cultivation space, and comprising an array of artificial light sources in a direction between said air inlet and said air outlet, wherein the crop is exposed in said at least substantially fully conditioned cultivation space to actinic artificial light, particularly comprising photosynthetically active radiation, emitted by an artificial light source from said array of artificial light sources present in the cultivation space, wherein an at least substantially laminar airflow is directed through said cultivation space in said direction from said air inlet to said air outlet, and wherein, during a cultivation cycle, a power output of the artificial light sources is adapted to an energy absorption of a part of the crop illuminated thereby such that the crop close to each artificial light source from said array of artificial light sources is subject to an at least substantially constant and at least substantially mutually equal vapour deficit. wherein the crop is exposed in said at least substantially fully conditioned cultivation space to actinic artificial light, particularly comprising photosynthetically active radiation, emitted by an artificial light source from said array of artificial light sources present in the cultivation space, wherein an at least substantially laminar airflow is directed through said cultivation space in said direction from said air inlet to said air outlet, and wherein, during a cultivation cycle, a power output of the artificial light sources is adapted to an energy absorption of a part of the crop illuminated thereby such that the crop close to each artificial light source from said array of artificial light sources is subject to an at least substantially constant and at least substantially mutually equal vapour deficit.
Assembly of an aircraft tank and a sensor for determining a liquid level for an aircraft tank, the sensor comprising: - a closure device, mounted in a port of the tank allowing liquid to circulate, and a measuring device, removably mounted on the closure device, - the closure device comprising a liquid line configured to conduct liquid from the port of the tank and a member for automatically sealing the liquid line if the measuring device is not mounted on the closure device, - the measuring device comprising at least one pressure measuring member configured to measure a pressure difference between, on the one hand, a liquid pressure in the liquid line and, on the other hand, a reference pressure (P2, Pext) so as to deduce therefrom the liquid level in the tank, - the tank comprising a mouthpiece formed around the port, the mouthpiece comprising at least one opening, in fluidic communication with a gas phase of the tank via a first internal gas line portion formed in a thickness of the tank, the closure device comprising a second internal gas line portion configured to supply the measuring member with the gas pressure of the gas phase of the tank as reference pressure. - a closure device, mounted in a port of the tank allowing liquid to circulate, and a measuring device, removably mounted on the closure device, - the closure device comprising a liquid line configured to conduct liquid from the port of the tank and a member for automatically sealing the liquid line if the measuring device is not mounted on the closure device, - the measuring device comprising at least one pressure measuring member configured to measure a pressure difference between, on the one hand, a liquid pressure in the liquid line and, on the other hand, a reference pressure (P2, Pext) so as to deduce therefrom the liquid level in the tank, - the tank comprising a mouthpiece formed around the port, the mouthpiece comprising at least one opening, in fluidic communication with a gas phase of the tank via a first internal gas line portion formed in a thickness of the tank, the closure device comprising a second internal gas line portion configured to supply the measuring member with the gas pressure of the gas phase of the tank as reference pressure.
A surgical tool, comprising: a drive housing (606, 608) that houses a plurality of drive cable capstans; an elongate shaft that extends from the drive housing (606, 608), the elongate shaft defining a longitudinal axis (A 1); an end effector operatively coupled to a distal end of the elongate shaft; a plurality of drive cables (808A, 808) extending between the drive housing (606, 608) and the end effector, wherein each drive cable is associated with a corresponding one of the plurality of drive cable capstans and rotation of the plurality of drive cable capstans correspondingly moves the plurality of drive cables (808A, 808) to articulate the end effector; and a manual release assembly (1702, 614) coupled to the drive housing (606, 608) and including a release switch (1704, 616) that is manually slideable along a longitudinal direction that is aligned with the longitudinal axis (A 1) between a disengaged position and an engaged position, wherein, when the release switch (1704, 616) is manually moved to the engaged position, the plurality of drive cable capstans are rotated to move the plurality of drive cables (808A, 808) and thereby manually articulate the end effector, wherein the end effector includes opposing first and second jaws, and wherein manually moving the release switch (1704, 616) to the engaged position moves the first and second jaws to an open position. a drive housing (606, 608) that houses a plurality of drive cable capstans; an elongate shaft that extends from the drive housing (606, 608), the elongate shaft defining a longitudinal axis (A 1); an end effector operatively coupled to a distal end of the elongate shaft; a plurality of drive cables (808A, 808) extending between the drive housing (606, 608) and the end effector, wherein each drive cable is associated with a corresponding one of the plurality of drive cable capstans and rotation of the plurality of drive cable capstans correspondingly moves the plurality of drive cables (808A, 808) to articulate the end effector; and a manual release assembly (1702, 614) coupled to the drive housing (606, 608) and including a release switch (1704, 616) that is manually slideable along a longitudinal direction that is aligned with the longitudinal axis (A 1) between a disengaged position and an engaged position, wherein, when the release switch (1704, 616) is manually moved to the engaged position, the plurality of drive cable capstans are rotated to move the plurality of drive cables (808A, 808) and thereby manually articulate the end effector, wherein the end effector includes opposing first and second jaws, and wherein manually moving the release switch (1704, 616) to the engaged position moves the first and second jaws to an open position.
A method of operating a gateway with a location information system (13,15), comprising the steps of: a) receiving a location request message from a client terminal concerning the location information of a mobile terminal and storing the location request message in a memory; b) making a search through said memory at periodic intervals for detecting at least one location request message concerning the location information of the same mobile terminal; c) acquiring the location information of said mobile terminal from said system (13, 15) if at least one location request message is detected in said memory; and d) transmitting the acquired information only to said client terminal or a plurality of said client terminals depending on the number of said location request messages detected in said memory. a) receiving a location request message from a client terminal concerning the location information of a mobile terminal and storing the location request message in a memory; b) making a search through said memory at periodic intervals for detecting at least one location request message concerning the location information of the same mobile terminal; c) acquiring the location information of said mobile terminal from said system (13, 15) if at least one location request message is detected in said memory; and d) transmitting the acquired information only to said client terminal or a plurality of said client terminals depending on the number of said location request messages detected in said memory.
A 15-oxosteroid compound represented by the following formula: wherein R 1 to R 3 are the same or different and each represent a halogen atom, an alkyl group, a haloalkyl group, an alkoxy group, or a haloalkoxy group, R 4 represents a hydrogen atom, a halogen atom, an alkyl group, an alkoxy group, an acyl group, or an alkoxycarbonyl group, R 5 represents a hydrogen atom, an alkyl group, or an acyl group, R 6 represents a hydrogen atom, an alkyl group, an acyl group, or a sulfonyl group, and X represents an oxygen atom or a methylene group (CH 2).
A method for rolling shutter bar code imaging, comprising: initiating the imaging of a bar code by initiating a sequence of procedures to accumulate a charge in a first row of pixels as they are exposed to light thereby capturing data to create a first row of the image of the bar code at a first time; initiating the sequence of procedures to accumulate a charge in a subsequent row of pixels as they are exposed to light thereby capturing data to create a subsequent row of the image of the bar code at a second time; actuating a light source to illuminate the bar code at multiple specific times during a pre-determined timing sequence comprising a combination of one long flash period and one short flash period; and de-blurring the image data for each row based on the specific times during the pre-determined timing sequence that the light source was actuated. initiating the imaging of a bar code by initiating a sequence of procedures to accumulate a charge in a first row of pixels as they are exposed to light thereby capturing data to create a first row of the image of the bar code at a first time; initiating the sequence of procedures to accumulate a charge in a subsequent row of pixels as they are exposed to light thereby capturing data to create a subsequent row of the image of the bar code at a second time; actuating a light source to illuminate the bar code at multiple specific times during a pre-determined timing sequence comprising a combination of one long flash period and one short flash period; and de-blurring the image data for each row based on the specific times during the pre-determined timing sequence that the light source was actuated.
A method for authenticating a user to a computer system, the method comprising the following steps performed in a token: generating a counter value (20, 22) by utilizing a counting unit implemented in the token, wherein at least a portion of generated counter values (20, 22) forms a strictly monotonous sequence, generating a message depending on the generated counter value (20, 22), signing the generated message by utilizing a private key of the user, wherein the private key is stored in the token, and wherein the private key or a copy thereof is not provided to the computer system, registering on the computer system as an input device (Human Interface Device), and transmitting and encoding the signed message as input data to the computer system, wherein the input data is encoded as keyboard scan codes of a defined language configuration, and wherein the message includes a check code comprising the keyboard scan codes of at least two previously agreed ASCII characters suitable for distinguishing different language configurations of the keyboard scan codes. generating a counter value (20, 22) by utilizing a counting unit implemented in the token, wherein at least a portion of generated counter values (20, 22) forms a strictly monotonous sequence, generating a message depending on the generated counter value (20, 22), signing the generated message by utilizing a private key of the user, wherein the private key is stored in the token, and wherein the private key or a copy thereof is not provided to the computer system, registering on the computer system as an input device (Human Interface Device), and transmitting and encoding the signed message as input data to the computer system, wherein the input data is encoded as keyboard scan codes of a defined language configuration, and wherein the message includes a check code comprising the keyboard scan codes of at least two previously agreed ASCII characters suitable for distinguishing different language configurations of the keyboard scan codes.
A system comprising: a continuous track formed from interconnected track sections, each track section having a drive system; one or more transport elements coupled to the track, wherein each transport element is moveable independent of each other; a computer system having control system software and a controller for operating said control system software, wherein said control system software is configured to operate to receive input commands and protocols for each transport element and to create for each transport element, a motion profile for directing the operation of each transport element; and a gateway for receiving said motion profile from said control system software for each transport element, the gateway having gateway drive software configured to operate to identify the drive system for each single transport element and energize and de-energize the drive systems such that the one or more transport elements each move along the one or more tracks in accordance with said motion profile. a continuous track formed from interconnected track sections, each track section having a drive system; one or more transport elements coupled to the track, wherein each transport element is moveable independent of each other; a computer system having control system software and a controller for operating said control system software, wherein said control system software is configured to operate to receive input commands and protocols for each transport element and to create for each transport element, a motion profile for directing the operation of each transport element; and a gateway for receiving said motion profile from said control system software for each transport element, the gateway having gateway drive software configured to operate to identify the drive system for each single transport element and energize and de-energize the drive systems such that the one or more transport elements each move along the one or more tracks in accordance with said motion profile.
Robot tool for placing sealing plugs into openings in an automotive body component, having a placing installation on which a sealing plug magazine having a plurality of lined-up sealing plugs which by means of the placing installation are capable of being placed in a directly sequential manner and without reloading into the respective openings of the automotive body component is disposed, wherein the sealing plugs by way of a drive unit are capable of being ejected in predefined steps from the sealing plug magazine that is received in the placing installation, wherein the sealing plug magazine extends axially in an axial direction, and the drive unit is disposed relative to the sealing plug magazine at an angle (α) of 90 - 170° in relation to the axial direction, and wherein the drive unit comprises a motor and a flexible brush cable that is configured as an advancing element, wherein the brush cable is connected to a slide which is capable of being repositioned in the axial direction and by way of which sealing plugs are capable of being moved out of the sealing plug magazine.
A neutralising antibody which binds human IL-17 comprising a heavy chain, wherein the variable domain of the heavy chain comprises the sequence given in SEQ ID NO:1 for CDR-H1, a CDR having the sequence given in SEQ ID NO:2 for CDR-H2 and a CDR having the sequence given in SEQ ID NO:3 for CDR-H3, and wherein the variable domain of the light chain comprises the sequence given in SEQ ID NO:4 for CDR-L1, a CDR having the sequence given in SEQ ID NO:5 for CDR-L2 and a CDR having the sequence given in SEQ ID NO:6 for CDR-L3.