mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for controtiing a computer apparatus associated with a graphical display, the display pre-senting a representation of at least one GUI-component which is adapted to be manipulated based on user-generated commands, and at least one of the at least one GUI-component (220a,..., 220n) is adapted to generate at least one respective output control signal (C s,..., C a) upon a user manipulation of the component (220a,..., 220n), the arrangement comprising an event engine adapted to receive an eye-tracking data signal (D EYE) describing a user's point of regard (x, y) on the display, and at least based on the eye-tracking data signal (D EYE) produce a set of non-cursor controlling event output signals (D-HI i) influencing the at least one GUI-component, each non-cursor controlling event output signal (D-HI i) describing a particular aspect of the user's ocular activity in respect of the display, characterized in that the event engine is adapted to: receive a control signal request (R a,..., R n) from each of the at least one GUI-component (220a,..., 220n), the control signal request (R a,..., R n) defining a sub-set of the set of non-cursor controlling event output signals (D-HI i) which is required by the GUI-component (220a,..., 220n) to operate as intended, produce the event output signals (D-HI i) which are requested by the at least one GUI-component (220a,..., 220n) in the control signal request (R a,..., R n), and deliver non-cursor controlling event output signals (D-HI i) to the at least one GUI-component (220a,..., 220n) in accordance with each respective control signal request (R a,..., R n). receive a control signal request (R a,..., R n) from each of the at least one GUI-component (220a,..., 220n), the control signal request (R a,..., R n) defining a sub-set of the set of non-cursor controlling event output signals (D-HI i) which is required by the GUI-component (220a,..., 220n) to operate as intended, produce the event output signals (D-HI i) which are requested by the at least one GUI-component (220a,..., 220n) in the control signal request (R a,..., R n), and deliver non-cursor controlling event output signals (D-HI i) to the at least one GUI-component (220a,..., 220n) in accordance with each respective control signal request (R a,..., R n).
Securing element (10, 30, 40) comprising a thread-bearing region, with the design of the thread defining a securing direction of rotation and an axial clamping direction, said securing element (10, 30, 40) having a head (12, 32, 48) with a head underside that faces in the clamping direction and can be used to produce a force-locking connection with a component, wherein said head (12, 32, 48) is designed in such a way that the head underside has an edge region (16, 42) which is spaced radially from the head center and, furthermore, the contour of the head underside, starting from the edge region (16, 42) towards the center of the head, extends in a direction opposite to the clamping direction, which allows a spring effect to be produced, and wherein the edge region (16, 42) has a varying circumferential level in the axial direction, characterized in that, as seen in a direction opposite to the securing direction of rotation, the circumferential level rises over a central angle (β) of no less than 65° with a pitch angle (α) of no more than 15° in the clamping direction.
A working machine which includes a body having a front end and a rear end, the body being provided with a ground engaging propulsion structure including a pair of wheels or a continuous loop track (16, 17) at either side of the body, and steering is effected by differentially driving the wheels or at least one of the wheels of the pair, or the track, at one side of the body relative to the wheel or wheels or track at the other side of the body, the ground engaging structure defining a skid steer loading machine, whereby the machine may be driven over the ground, a loading arm assembly which includes a single loading arm which is mounted at one end relative to the body and which extends forwardly at or towards one side of the body, beyond the front end of the body, to a second end where there is a mounting for a working implement, the loading arm assembly including a mounting structure for mounting a loading arm to the body, the mounting structure including a first link which is pivotally connected at or adjacent the one end of the loading arm and also to the body at a first mounting position, and a second link which is pivotally connected to the arm between the first and second ends of the arm and to the body at a second mounting position which is forwards of the first mounting position, and the machine including an actuator which acts between the loading arm and the body to raise and lower the loading arm relative to the body, characterized in that the first link of the arm mounting structure of the loading arm assembly includes a first leg which provides for the pivotal mounting to the body at the first mounting position, and a second leg which provides for the pivotal mounting to the loading arm at or adjacent the one end of the loading arm, the first and second legs subtending an obtuse angle between them with the apex of the angle pointing forwardly of the machine, wherein the apex of the angle overlaps a portion of the loading arm when the loading arm is in a lowered position.
An operating apparatus for a safety lock of a movable separating guard device for safeguarding a machine, the operating apparatus comprising a first operating element for a stop request to the machine, a first safe connection for a connection to the safety lock and a second safe connection for a connection to a safety switching device (120, 100), characterized in that the operating apparatus is configured as an operating module having an integrated safe control unit in a common housing, so that the operating apparatus is configured as a pushbutton logic module in which the required safety logic is integrated in the component with the first operating element, and the operating apparatus is configured to generate a stop request at the second connection by actuating the first operating element and thus to initiate a shutdown of the machine and then to output an unlock command at the first connection, so that the movable separating guard device can now be opened and the area of the machine can be entered, and in that the operating apparatus comprises a second operating element for a reset request, the safe control unit being configured to output a locking command at the first connection when the second operating element is actuated, to wait for confirmation of the locking of the safety lock and then to release the machine at the second connection.
Display support made of a paper material for packaged products comprising: a rear portion (200, 500) provided a back wall, side walls and a top panel (220, 520, 820, 920), the top panel (220, 520, 820, 920) having at least one opening which together with the back and side walls of the rear portion (200;500) defines at least one recess (221, 521, 821, 921) for housing a packaged product, a front panel (300, 600, 820, 920) having an opening (321, 621, 821, 921) at the respective recess (221, 521, 821, 921), at least one flap (381, 681, 882, 981) extended from said opening on the front panel inwards of said respective recess, characterized in that the rear portion (200, 500) has a plurality of recesses (221, 222; 521, 522) having respective base panels (240, 261; 530, 561) at different distances from the front panel (300, 600). a rear portion (200, 500) provided a back wall, side walls and a top panel (220, 520, 820, 920), the top panel (220, 520, 820, 920) having at least one opening which together with the back and side walls of the rear portion (200;500) defines at least one recess (221, 521, 821, 921) for housing a packaged product, a front panel (300, 600, 820, 920) having an opening (321, 621, 821, 921) at the respective recess (221, 521, 821, 921), at least one flap (381, 681, 882, 981) extended from said opening on the front panel inwards of said respective recess, characterized in that the rear portion (200, 500) has a plurality of recesses (221, 222; 521, 522) having respective base panels (240, 261; 530, 561) at different distances from the front panel (300, 600).
A device for applying an electrical pulse including at least one glove comprising a glove body ending in glove fingers, at least three of which are provided with first application contacts, connected to an electrical energy source via a control unit, characterized in that the glove further comprises second application contacts and in that the control unit comprises selection means for applying a differential electrical pulse between the first and second application contacts.
A lens system suitable to be used with an imaging element having a quadrilateral shape with shorter sides and longer sides and disposed on an optical axis of the lens system, comprising, in order from an object side to an image surface side, a first plurality of lens elements (L1, L2, L3, L4), an aperture diaphragm, and a second plurality of lens elements (L5, L6, L7), all configured to form an image on an image surface of the imaging element, wherein an image in a peripheral area separated from the optical axis is expanded greater than an area at a central portion around the optical axis, wherein the first plurality of lens elements comprises at least a first free-curved lens that is asymmetrical with respect to the optical axis, the second plurality of lens elements comprises at least a second free-curved lens that is disposed closest to the image surface side and has two surfaces that are free-curved surfaces facing the object side and the image surface side respectively, characterized in that: a free-curved surface of the first free-curved lens has positive refractive power with respect to a ray parallel to the optical axis at an intersection point between a circle separated from the optical axis by a length having a predetermined ratio with respect to a minimum image height and a first surface passing through the optical axis and parallel to the longer sides of the imaging element, and negative refractive power with respect to a ray parallel to the optical axis at an intersection point between a circle separated from the optical axis by a length having the predetermined ratio with respect to the minimum image height and a second surface passing through the optical axis and parallel to the shorter sides of the imaging element, wherein the minimum image height is a shortest one among distances on an image surface, from an image point by a ray entering perpendicularly onto the imaging element to an end of an image circle formed by the lens system. positive refractive power with respect to a ray parallel to the optical axis at an intersection point between a circle separated from the optical axis by a length having a predetermined ratio with respect to a minimum image height and a first surface passing through the optical axis and parallel to the longer sides of the imaging element, and negative refractive power with respect to a ray parallel to the optical axis at an intersection point between a circle separated from the optical axis by a length having the predetermined ratio with respect to the minimum image height and a second surface passing through the optical axis and parallel to the shorter sides of the imaging element, wherein the minimum image height is a shortest one among distances on an image surface, from an image point by a ray entering perpendicularly onto the imaging element to an end of an image circle formed by the lens system.
An antibody that binds to the VP1 protein of BKV and JCV, wherein said antibody or antigen binding fragment thereof comprises: a heavy chain variable region that comprises (a) a HCDR1 (CDR-Complementarity Determining Region) of SEQ ID NO: 6, (b) a HCDR2 of SEQ ID NO:7, (c) a HCDR3 of SEQ ID NO:8 and a light chain variable region that comprises: (d) a LCDR1 of SEQ ID NO:16, (e) a LCDR2 of SEQ ID NO:17, and (f) a LCDR3 of SEQ ID NO:18.
A method for acquiring timing information of a first timing information source using timing information of a second timing information source, the method being performed by a wireless device and comprising the steps of: receiving instructions from a network node to use second timing information of the second timing information source as a source for deriving first timing information of the first timing information source; and receiving the second timing information from the second timing information source. receiving instructions from a network node to use second timing information of the second timing information source as a source for deriving first timing information of the first timing information source; and receiving the second timing information from the second timing information source.
A lyophilized test kit for determination of biological antimicrobial activity of a phage lysate on the basis of a microtitration plate, characterized by the fact that individual wells of one series contain at least 50 μl of a lysate of one of the following phages or their combination, deposited in the Munich Collection of Microorganisms under the numbers DSM 33472, DSM 33473, DSM 33474, DSM 33475, DSM 33476, DSM 33477, in the ten-fold dilution at the concentrations of 1×10 9 -1×10 2.
Power transformer unit with at least one single-phase transformer that is configured for connection to a high-voltage grid, wherein each single-phase transformer comprises - a tank filled with an insulating fluid in which a core with a high-voltage and low-voltage winding is arranged, - at least one feedthrough bushing that is connected via a winding connection line extending inside the tank to the high-voltage or low-voltage winding, - at least one high-voltage feedthrough (16, 17, 18) that can be inserted into the feedthrough bushing, - cooling equipment (8, 9) for cooling the insulating fluid and - an expansion vessel that serves to compensate for temperature-induced volume fluctuations of the insulating fluid, wherein the expansion vessel and the cooling equipment (8, 9) are mechanically firmly connected to the tank and form, together with said tank and each feedthrough bushing, a transport unit, wherein the transport unit has an external contour that lies inside a predefined transport profile. - a tank filled with an insulating fluid in which a core with a high-voltage and low-voltage winding is arranged, - at least one feedthrough bushing that is connected via a winding connection line extending inside the tank to the high-voltage or low-voltage winding, - at least one high-voltage feedthrough (16, 17, 18) that can be inserted into the feedthrough bushing, - cooling equipment (8, 9) for cooling the insulating fluid and - an expansion vessel that serves to compensate for temperature-induced volume fluctuations of the insulating fluid, wherein
A topical composition comprising: an alpha hydroxy acid selected from the group consisting of lactic acid, malic acid, and glycolic acid, and combinations thereof in a total amount of from 50 to 80 % by weight; 0.1 to 10 % by weight of methyl salicylate; and, a water soluble zinc salt in an amount of from 0.2 to 4 % by weight of the formulation calculated as Zn.
A method, of a serverless computing cluster, comprising: receiving a user defined function, UDF; analyzing the UDF for characterizing information regarding provisioning required in order to enable execution of the UDF, the characterizing information including at least a location of data needed by the UDF; determining, based on the characterizing information, a set of eligible worker nodes capable of executing the UDF; generating and transmitting a pre-fetch command to a subset of the set of eligible worker nodes, the pre-fetch command generated such that each worker node of the subset of the eligible worker nodes retrieves and stores pre-fetched UDF data corresponding to the data needed by the UDF before the UDF has been assigned for execution; and assigning the UDF to the subset of the eligible worker nodes for execution. receiving a user defined function, UDF; analyzing the UDF for characterizing information regarding provisioning required in order to enable execution of the UDF, the characterizing information including at least a location of data needed by the UDF; determining, based on the characterizing information, a set of eligible worker nodes capable of executing the UDF; generating and transmitting a pre-fetch command to a subset of the set of eligible worker nodes, the pre-fetch command generated such that each worker node of the subset of the eligible worker nodes retrieves and stores pre-fetched UDF data corresponding to the data needed by the UDF before the UDF has been assigned for execution; and assigning the UDF to the subset of the eligible worker nodes for execution.
A method for tightening a bolt and a nut that fasten a fastening target object, the method showing the steps of: exerting tightening force on the fastening target object by rotating the nut or the bolt in a state in which predetermined tensile force (Ps) in an axial direction of the bolt is exerted on the bolt; and the method characterised by: terminating the tightening resulting from the rotation of the nut or the bolt and removing the tensile force exerted on the bolt when the tensile force exerted on the bolt decreases as the tightening force increases and after a timing when an inflection point occurs in a time course change in a ratio (dP/dθ) of an amount of change (dP) in the tensile force exerted on the bolt to an amount of change (dθ) in an angle (θ) of rotation of the nut or the bolt. exerting tightening force on the fastening target object by rotating the nut or the bolt in a state in which predetermined tensile force (Ps) in an axial direction of the bolt is exerted on the bolt; and the method characterised by: terminating the tightening resulting from the rotation of the nut or the bolt and removing the tensile force exerted on the bolt when the tensile force exerted on the bolt decreases as the tightening force increases and after a timing when an inflection point occurs in a time course change in a ratio (dP/dθ) of an amount of change (dP) in the tensile force exerted on the bolt to an amount of change (dθ) in an angle (θ) of rotation of the nut or the bolt.
An electric power generation controller for use in an aircraft, the electric power generation controller being a controller of an electric power generating apparatus including a manual transmission configured to change speed of rotational power of an aircraft engine, transmit the rotational power to an electric power generator, and switch a gear stage by a friction clutch pressed by an actuator, the electric power generation controller comprising a manual transmission control section configured to control the manual transmission, wherein the manual transmission control section includes a shift command section configured to output a shift signal which switches the gear stage of the manual transmission and a clutch control section configured to, when switching the gear stage of the manual transmission, control clutch pressure of the actuator such that the friction clutch becomes a half-engaged state, characterized in that the clutch control section is configured to, when switching the gear stage of the manual transmission, control the clutch pressure of the actuator such that the friction clutch is maintained in the half-engaged state in a predetermined period of time. the electric power generation controller being a controller of an electric power generating apparatus including a manual transmission configured to change speed of rotational power of an aircraft engine, transmit the rotational power to an electric power generator, and switch a gear stage by a friction clutch pressed by an actuator, the electric power generation controller comprising a manual transmission control section configured to control the manual transmission, wherein the manual transmission control section includes a shift command section configured to output a shift signal which switches the gear stage of the manual transmission and a clutch control section configured to, when switching the gear stage of the manual transmission, control clutch pressure of the actuator such that the friction clutch becomes a half-engaged state, a shift command section configured to output a shift signal which switches the gear stage of the manual transmission and a clutch control section configured to, when switching the gear stage of the manual transmission, control clutch pressure of the actuator such that the friction clutch becomes a half-engaged state, characterized in that the clutch control section is configured to, when switching the gear stage of the manual transmission, control the clutch pressure of the actuator such that the friction clutch is maintained in the half-engaged state in a predetermined period of time.
Switch having a predefined number of different switching states (S1 to S7) and a predefined number of connection points (12, 14, 16, 18) which can be connected to one another and/or to a predefined reference potential via a connection means depending on a currently set switching state (S1 to S7), the different switching states (S1 to S7) being coded by the connection points (12, 14, 16, 18), which can be connected to one another, in such a manner that the connection means connects at least one of the connection points (12, 14, 16, 18) and at most two of the connection points (12, 14, 16, 18) to the predefined reference potential at the same time, characterized in that the predefined number of connection points (12, 14, 16, 18) is lower than the predefined number of switching states (S1 to S7), the connection means always changing only one connection point (12, 14, 16, 18) during a transition from one switch position (S1 to S7) to the next.
Device for aligning a book block composed of individual sheets and/or signatures, wherein the device (200, 300) is a constituent part of a fabrication machine having at least one processing station by means of which the production of books or printed products is performable, wherein the device is arranged upstream of the first processing station within the fabrication machine, wherein the book block is feedable, upright, directly or indirectly into the device automatically or by hand, and said device is formed from at least one alignment station, which is composed of at least one base plate (301, 401) which, at an end side, has a fixed body with at least one stop surface running perpendicular or approximately perpendicular to the base plate, wherein the base plate is equipped with at least one movable means (304, 402) which performs at least one movement (305, 306, 307; 404, 405, 406, 407) relative to the stop surface, wherein the movement of the means (304, 402) effects, in operative connection with the stop surface, an alignment of the individual sheets and/or signatures at at least one book block edge, and wherein the book block, after being aligned, is grippable by at least one transport clamp (11, 12, 13), which belongs to the fabrication machine, for the further processing.