mhurhangee/ep-ind-claims huggingface dataset:
An electrical connector assembly, comprising: a connector housing defining a cylindrical terminal cavity; an electrical terminal having a cylindrical portion; and an electrical terminal seal formed of a self-bleeding, low compression set silicone rubber having a Shore A durometer value in a range of 15 to 23, the electrical terminal seal having a base and a cylindrical protrusion integrally formed with the base and extending from a major surface of the base and defining a cylindrical aperture extending through the protrusion, characterized in that the protrusion includes a first pair of circumferential ribs integrally formed within the protrusion and extending into the aperture from an inner surface of the protrusion, wherein the first pair of circumferential ribs is in an interference fit with the terminal to provide compressive contact with a cylindrical portion of the terminal. a connector housing defining a cylindrical terminal cavity; an electrical terminal having a cylindrical portion; and an electrical terminal seal formed of a self-bleeding, low compression set silicone rubber having a Shore A durometer value in a range of 15 to 23, the electrical terminal seal having a base and a cylindrical protrusion integrally formed with the base and extending from a major surface of the base and defining a cylindrical aperture extending through the protrusion, characterized in that the protrusion includes a first pair of circumferential ribs integrally formed within the protrusion and extending into the aperture from an inner surface of the protrusion, wherein the first pair of circumferential ribs is in an interference fit with the terminal to provide compressive contact with a cylindrical portion of the terminal.
Labeling device, comprising two cross-web labelers, wherein each cross-web labeler has an own motor drive, wherein each drive is associated with an own power supply for the respective drive, wherein the power supply is connected to the associated drive by a connecting line, and wherein both cross-web labelers have one common work area, characterized in that each cross-web labeler includes a distance measuring system and that a safety controller is provided which at least has inputs for the distance measuring systems and furthermore one or two relay outputs for disconnecting the connecting lines of both drives of the cross-web labelers when the distance between the two cross-web labellers falls below a predetermined safety distance..
A method of transforming intermediate representation code compiled from a compute shader comprised of source code in a shading language and executing machine executable instructions obtained from the transformed IR code on a CPU, comprising: performing a marking and analysis pass that includes: marking, for an entry subroutine, the beginnings and ends of subroutines in the IR code, marking memory barriers nested within the subroutine but not in nested subroutines, marking all call sites that may execute a barrier either directly by the callee or via a call chain, and for each marked barrier and marked call site, marking scopes and related operations that nest the marked barrier or marked call site, including the subroutine scope; and using the marked IR code to form maximal-size thread loops by traversing subroutine operations in order and processing marked operations of the subroutine, wherein said processing includes inserting in the IR code an operation defining the end of a thread loop before the marked operation if said marked operation is not the beginning of a subroutine, inserting in the IR code an operation defining the beginning of a thread loop after the marked operation if said marked operation is not the end of a subroutine, and removing marked operations that correspond to barrier operations from the IR code, wherein the IR code is compiled and executed on a CPU that is not a GPU, and wherein a thread-loop is executed by a plurality of CPU threads. performing a marking and analysis pass that includes: marking, for an entry subroutine, the beginnings and ends of subroutines in the IR code, marking memory barriers nested within the subroutine but not in nested subroutines, marking all call sites that may execute a barrier either directly by the callee or via a call chain, and for each marked barrier and marked call site, marking scopes and related operations that nest the marked barrier or marked call site, including the subroutine scope; and marking, for an entry subroutine, the beginnings and ends of subroutines in the IR code, marking memory barriers nested within the subroutine but not in nested subroutines, marking all call sites that may execute a barrier either directly by the callee or via a call chain, and for each marked barrier and marked call site, marking scopes and related operations that nest the marked barrier or marked call site, including the subroutine scope; and using the marked IR code to form maximal-size thread loops by traversing subroutine operations in order and processing marked operations of the subroutine, wherein said processing includes inserting in the IR code an operation defining the end of a thread loop before the marked operation if said marked operation is not the beginning of a subroutine, inserting in the IR code an operation defining the beginning of a thread loop after the marked operation if said marked operation is not the end of a subroutine, and removing marked operations that correspond to barrier operations from the IR code, wherein the IR code is compiled and executed on a CPU that is not a GPU, and wherein a thread-loop is executed by a plurality of CPU threads.
Axial bearing (1, 1a) having a radial offset compensation means comprising a first bearing ring and a second bearing ring (4, 4a), and the rolling bodies which roll between the bearing rings (3, 4, 4a), anti-friction bearing faces (24, 25) which are arranged distributed over the circumference and are provided in each case with a first rolling radius (10, 11) being arranged in the bearing rings (3, 4, 4a), on which anti-friction bearing faces (24, 25) tilt pins which are configured in each case as rolling bodies roll by means of second rolling radii (13, 14) which are provided on both sides on the end sides and are complementary in each case with respect to the first rolling radii (10, 11), such that they can be tilted to a limited extent about their longitudinal axis, characterized in that the tilt pins are sunk into one of the bearing rings with radial play and are prestressed in a radially elastic manner against the bearing ring.
An optical disc apparatus for reading information recorded on an optical disc medium, comprising: an optical pickup for outputting an output signal according to the information recorded on the optical disc medium (m); a servo implementation unit for controlling a relative position of the optical pickup with respect to a surface of the optical disc medium according to the output signal of the optical pickup to implement servo control for maintaining a state where the information is readable from the optical disc medium; and parameter adjustment means arranged, when servo control is implemented, to iteratively perform a set value change processing operation, during each iteration the parameter adjustment means changing a value of each of a plurality of parameters set for the servo control to a given target value, wherein said plurality of parameters are a spherical aberration parameter and a focus bias parameter, characterized by evaluation value acquisition means arranged, after each iteration of the set value change processing operation, to acquire an evaluation signal derived from the output signal, for one or more iterations of the set value change processing operation the parameter adjustment means being arranged to determine the target values dependent on the acquired evaluation signals; and if, for a current iteration of the set value change processing operation, the total difference between a current value and a target value of at least one of the parameters exceeds a predetermined reference amount, the predetermined reference amount being selected having regard to a servo normal operation range within which focus servo control can be maintained, the parameter adjustment means is operable to divide the total difference into a plurality of step change amounts and to change the value of that one of the plurality of parameters to the target value stepwise, a plurality of times, by applying the step change amount for each time, and to change another parameter alternately between times of changing the at least one parameter. an optical pickup for outputting an output signal according to the information recorded on the optical disc medium (m); a servo implementation unit for controlling a relative position of the optical pickup with respect to a surface of the optical disc medium according to the output signal of the optical pickup to implement servo control for maintaining a state where the information is readable from the optical disc medium; and parameter adjustment means arranged, when servo control is implemented, to iteratively perform a set value change processing operation, during each iteration the parameter adjustment means changing a value of each of a plurality of parameters set for the servo control to a given target value, wherein said plurality of parameters are a spherical aberration parameter and a focus bias parameter,
An internal combustion engine having an engine mechanism including a crankshaft having a crankpin to which each piston of an opposed pair of pistons is connected and by which the pistons are reciprocatable in a respective one of axially inline cylinders, a crosshead having opposite ends on each of which a respective one of the pistons is mounted, and a coupling between the crosshead and the crankpin by which the pistons are caused to oscillate circumferentially as the pistons are driven to reciprocate; wherein each piston has a crown formation that co-operates with respective inlet and outlet ports; and wherein the coupling between the crosshead and the crankpin is provided by a coupling member that is fitted on, and able to move along, the crankpin whereby the coupling between the crosshead and the crankpin is reversibly moveable along the crankpin and engages the crosshead so as to be reversibly rotatable relative to the crosshead on an axis that is parallel to and laterally offset from an axis along which the pistons are reciprocable and whereby the crosshead and the coupling are operable to impart a partial rotary motion to the pistons as they reciprocate in the inline cylinders whereby the overall motion of the pistons produces an elliptical path for each piston in the respective cylinder that, in combination with the crown formations, enables asymmetric port timing.
A computer-implemented method of performing intersection testing in a ray tracing system for use in rendering an image of a 3D scene, the method comprising: performing intersection testing to identify intersections between rays and geometry in the 3D scene by traversing a hierarchical acceleration structure, such that there is a transition in traversal behaviour part-way down the hierarchical acceleration structure, by: traversing, for intersection testing, one or more upper levels of nodes (1200 1) of the hierarchical acceleration structure according to a first traversal technique, said first traversal technique being a depth-first traversal technique, wherein said traversing one or more upper levels of nodes of the hierarchical acceleration structure according to the depth-first traversal technique comprises using a metric to determine an order in which to descend nodes of the hierarchical acceleration structure; and traversing, for intersection testing, one or more lower levels of nodes (1200 2) of the hierarchical acceleration structure according to a second traversal technique, said second traversal technique not being a depth-first traversal technique; wherein results of said traversing the hierarchical acceleration structure are used for rendering the image of the 3D scene. performing intersection testing to identify intersections between rays and geometry in the 3D scene by traversing a hierarchical acceleration structure, such that there is a transition in traversal behaviour part-way down the hierarchical acceleration structure, by: traversing, for intersection testing, one or more upper levels of nodes (1200 1) of the hierarchical acceleration structure according to a first traversal technique, said first traversal technique being a depth-first traversal technique, wherein said traversing one or more upper levels of nodes of the hierarchical acceleration structure according to the depth-first traversal technique comprises using a metric to determine an order in which to descend nodes of the hierarchical acceleration structure; and traversing, for intersection testing, one or more lower levels of nodes (1200 2) of the hierarchical acceleration structure according to a second traversal technique, said second traversal technique not being a depth-first traversal technique; traversing, for intersection testing, one or more upper levels of nodes (1200 1) of the hierarchical acceleration structure according to a first traversal technique, said first traversal technique being a depth-first traversal technique, wherein said traversing one or more upper levels of nodes of the hierarchical acceleration structure according to the depth-first traversal technique comprises using a metric to determine an order in which to descend nodes of the hierarchical acceleration structure; and traversing, for intersection testing, one or more lower levels of nodes (1200 2) of the hierarchical acceleration structure according to a second traversal technique, said second traversal technique not being a depth-first traversal technique; wherein results of said traversing the hierarchical acceleration structure are used for rendering the image of the 3D scene.
A recombinant clostridial neurotoxin comprising a protein segment consisting of at least 50 amino acid residues, wherein said protein segment consists of alanine, serine and proline residues, or wherein said protein segment comprises a plurality of amino acid repeats, wherein said repeats consist of Ala, Ser, and Pro residues and wherein no more than six consecutive amino acid residues are identical, particularly wherein the proline residues comprised in said protein segment constitute more than 4% and less than 40% of the amino acids of said protein segment, wherein said protein segment comprises at least one amino acid sequence selected from the group consisting of: ASPAAPAPASPAAPAPSAPA (SEQ ID NO: 1); AAPASPAPAAPSAPAPAAPS (SEQ ID NO: 2); APSSPSPSAPSSPSPASPSS (SEQ ID NO: 3), SAPSSPSPSAPSSPSPASPS (SEQ ID NO: 4), SSPSAPSPSSPASPSPSSPA (SEQ ID NO: 5), AASPAAPSAPPAAASPAAPSAPPA (SEQ ID NO: 6) and ASAAAPAAASAAASAPSAAA (SEQ ID NO: 7) or circular permuted versions or (a) multimer(s) of these sequences as a whole or parts of these sequences, and wherein said protein segment is inserted at (i) the N-terminus of the light chain of said recombinant clostridial neurotoxin; (ii) the C-terminus of the light chain of said recombinant clostridial neurotoxin; (iii) the N-terminus of the heavy chain of said recombinant clostridial neurotoxin; or (iv) the C-terminus of the heavy chain of said recombinant clostridial neurotoxin, particularly at the N-terminus of the light chain of said recombinant clostridial neurotoxin.
A microorganism genetically modified for the fermentative conversion of levulinic acid into propionyl-CoA and acetyl-CoA, by overexpression of: i) at least one enzyme converting levulinic acid into levulinyl-CoA selected from the group consisting of acyl CoA: 3-ketoacid CoA/acetate CoA transferases belonging to EC 2.8.3.5 or EC 2.8.3.8, and combinations thereof; and ii) at least one enzyme converting said levulinyl-CoA into propionyl-CoA and acetyl-CoA. i) at least one enzyme converting levulinic acid into levulinyl-CoA selected from the group consisting of acyl CoA: 3-ketoacid CoA/acetate CoA transferases belonging to EC 2.8.3.5 or EC 2.8.3.8, and combinations thereof; and ii) at least one enzyme converting said levulinyl-CoA into propionyl-CoA and acetyl-CoA.
A control arrangement for controlling an electrical power supply circuit to a heater, the control arrangement comprising: a first moveable electrical contact (6a, 6b; 106a, 106b), the first moveable electrical contact (6a, 6b; 106a, 106b) mating with a corresponding first fixed electrical contact (7a, 7b; 107a, 107b) in the electrical power supply circuit in a closed position and the first moveable electrical contact (6a, 6b; 106a, 106b) being separated from the first fixed electrical contact (7a, 7b; 107a, 107b) in an open position to interrupt the electrical power supply circuit; a first thermally sensitive actuator (10a, 10b; 110a, 110b) operable at an overheat temperature in an overheat mode of operation to move the first moveable electrical contact (6a, 6b; 106a, 106b) from the closed position to the open position; and an electromechanical solenoid (18; 118), comprising an inductive coil wrapped around an armature, and characterised by a solenoid control arrangement for supplying the electromechanical solenoid (18; 118) with electrical power in an interrupt mode of operation such that the armature operates to move the first moveable electrical contact (6a, 6b; 106a, 106b) from the closed position to the open position. a first moveable electrical contact (6a, 6b; 106a, 106b), the first moveable electrical contact (6a, 6b; 106a, 106b) mating with a corresponding first fixed electrical contact (7a, 7b; 107a, 107b) in the electrical power supply circuit in a closed position and the first moveable electrical contact (6a, 6b; 106a, 106b) being separated from the first fixed electrical contact (7a, 7b; 107a, 107b) in an open position to interrupt the electrical power supply circuit; a first thermally sensitive actuator (10a, 10b; 110a, 110b) operable at an overheat temperature in an overheat mode of operation to move the first moveable electrical contact (6a, 6b; 106a, 106b) from the closed position to the open position; and an electromechanical solenoid (18; 118), comprising an inductive coil wrapped around an armature, and characterised by a solenoid control arrangement for supplying the electromechanical solenoid (18; 118) with electrical power in an interrupt mode of operation such that the armature operates to move the first moveable electrical contact (6a, 6b; 106a, 106b) from the closed position to the open position.
An actuation gear for raising and lowering a lift and slide element, such as a lift and slide door or a lift and slide window, which is displaceable along a guide rail and which can be transferred from a lowered position, in which the lift and slide element is non-displaceable, into a raised position in which the lift and slide element is displaceable, wherein the actuation gear comprises an input shaft which is rotatably supported in a gear housing and which is rotatable by means of an actuation lever about an axis between a locked position corresponding to the lowered position of the lift and slide element and an unlocked position corresponding to the raised position of the lift and slide element, wherein the input shaft is drive-effectively coupled via a connecting rod to a lifting element for raising and lowering the lift and slide element; wherein the actuation gear further comprises a spring catch which is arranged in the gear housing and by which the input shaft is secured in its locked position, characterized in that the spring catch comprises a fixed-position first spring seat and a second spring seat which is movable in a translatory manner with respect to the first spring seat, with a spring of the spring catch being tensioned between the two spring seats (128, 130), by which spring the second spring seat is preloaded against the input shaft; and in that the spring catch has an engagement element which engages in a form-fitting manner into a recess of the input shaft in the locked position of the input shaft, with the engagement element being located at the movable second spring seat. wherein the actuation gear comprises an input shaft which is rotatably supported in a gear housing and which is rotatable by means of an actuation lever about an axis between a locked position corresponding to the lowered position of the lift and slide element and an unlocked position corresponding to the raised position of the lift and slide element, wherein the input shaft is drive-effectively coupled via a connecting rod to a lifting element for raising and lowering the lift and slide element; wherein the actuation gear further comprises a spring catch which is arranged in the gear housing and by which the input shaft is secured in its locked position, characterized in that the spring catch comprises a fixed-position first spring seat and a second spring seat which is movable in a translatory manner with respect to the first spring seat, with a spring of the spring catch being tensioned between the two spring seats (128, 130), by which spring the second spring seat is preloaded against the input shaft; and in that the spring catch has an engagement element which engages in a form-fitting manner into a recess of the input shaft in the locked position of the input shaft, with the engagement element being located at the movable second spring seat.
A method of processing information for a portable device, comprising: selecting a content/file; executing a camera application and displaying a preview image output from a camera; identifying at least one object in the preview image by recognizing the preview image based on identification information and an image of at least one external device stored in the portable device and based on at least one image stored in the portable device of at least one person for which a contact is registered in the portable device; determining at least one related application that can be driven according to a recognition result of the recognizing of the preview image, wherein if the identified object is a person, the at least one related application comprises a plurality of related applications that can interwork with a contact of the corresponding person, and if the identified object is an external device, the at least one related application corresponds to a communication identifier that can form a communication link with the corresponding device; displaying the at least one related application with the preview image; selecting an application among the at least one displayed related application; executing a communication application associated with the selected application; and transmitting the content/file to the identified external device or to the contact of the identified person through the executed communication application. selecting a content/file; executing a camera application and displaying a preview image output from a camera; identifying at least one object in the preview image by recognizing the preview image based on identification information and an image of at least one external device stored in the portable device and based on at least one image stored in the portable device of at least one person for which a contact is registered in the portable device; determining at least one related application that can be driven according to a recognition result of the recognizing of the preview image, wherein if the identified object is a person, the at least one related application comprises a plurality of related applications that can interwork with a contact of the corresponding person, and if the identified object is an external device, the at least one related application corresponds to a communication identifier that can form a communication link with the corresponding device; displaying the at least one related application with the preview image; selecting an application among the at least one displayed related application; executing a communication application associated with the selected application; and transmitting the content/file to the identified external device or to the contact of the identified person through the executed communication application.