mhurhangee/ep-ind-claims huggingface dataset:
A method of capturing image data of an output of a printing device during a print run comprising identical images, the method comprising: capturing, with an image capturing device having a first resolution and being positioned in a first imaging position, image data of a first printed image; moving the image capturing device to a second imaging position; capturing, with the image capturing device at a second imaging position, image data of a second printed image;and combining the first image with the second image to generate oversampled image data representative of the printed image data and having a higher resolution than the captured image data. capturing, with an image capturing device having a first resolution and being positioned in a first imaging position, image data of a first printed image; moving the image capturing device to a second imaging position; capturing, with the image capturing device at a second imaging position, image data of a second printed image;and combining the first image with the second image to generate oversampled image data representative of the printed image data and having a higher resolution than the captured image data.
A server device that provides services to a terminal, the server device comprising: a storage configured to store information indicating a measurement device and information indicating a relay device in association with identification information of the terminal, the measurement device performing measurement to obtain measurement data that is used in the terminal, the relay device being able to relay the measurement data to the server device; a generator configured to generate a report packet destined for a relay device, the report packet reporting a list of a measurement device that is a transmission source of measurement data to be relayed by the relay device; and a transceiver configured to transmit the report packet, wherein when the transceiver receives a request that the use of the services in the terminal be stopped, the generator generates a report packet destined for a relay device associated with the identification information of the terminal, the report packet including the list including a request that measurement data obtained by a measurement device associated with the identification information of the terminal is not relayed to the server by the relay device. a storage configured to store information indicating a measurement device and information indicating a relay device in association with identification information of the terminal, the measurement device performing measurement to obtain measurement data that is used in the terminal, the relay device being able to relay the measurement data to the server device; a generator configured to generate a report packet destined for a relay device, the report packet reporting a list of a measurement device that is a transmission source of measurement data to be relayed by the relay device; and a transceiver configured to transmit the report packet, wherein when the transceiver receives a request that the use of the services in the terminal be stopped, the generator generates a report packet destined for a relay device associated with the identification information of the terminal, the report packet including the list including a request that measurement data obtained by a measurement device associated with the identification information of the terminal is not relayed to the server by the relay device.
A motor vehicle, such as a car, defining a longitudinal direction that extends over the length of the vehicle between a rear bumper and a front bumper, the vehicle including an outer body that extends substantially from one bumper to the other starting from a sill, the vehicle also being provided with a protective tarpaulin system comprising a flexible tarpaulin for covering the outer body of the vehicle at least in part so as to protect it, the system further comprising a winding drum, advantageously installed at the rear bumper of the vehicle, the tarpaulin being windable around the drum between a wound-in storage position and a wound-out position, the tarpaulin including a connection edge that is secured to the drum, and an opposite edge that is free; the motor vehicle being characterized in that: • the free edge of the flexible tarpaulin includes at least one traction element made of ferromagnetic material, and • the vehicle includes at least one movable magnet that is movable under the outer body along a traction path that extends in the longitudinal direction, the movable magnet attracting the traction element of the tarpaulin through the outer body and entraining the traction element of the tarpaulin along the traction path, so as to bring the tarpaulin into the wound-out position of the tarpaulin by sliding over the outer body. • the free edge of the flexible tarpaulin includes at least one traction element made of ferromagnetic material, and • the vehicle includes at least one movable magnet that is movable under the outer body along a traction path that extends in the longitudinal direction, the movable magnet attracting the traction element of the tarpaulin through the outer body and entraining the traction element of the tarpaulin along the traction path, so as to bring the tarpaulin into the wound-out position of the tarpaulin by sliding over the outer body.
A pharmaceutical formulation, comprising: (i) 50 to 100 mg/mL of a human antibody that specifically binds to human nerve growth factor (hNGF); (ii) 0.05% polysorbate 20; (iii) 8% sucrose; and (iv) 10 mM acetate, wherein: - the human antibody that specifically binds to hNGF consists of two heavy and two light chains, each heavy chain comprising a heavy chain variable region (HCVR) comprising the amino acid sequence of SEQ ID NO: 20 and a heavy chain constant region comprising the amino acid sequence of SEQ ID NO: 31, and each light chain comprising a light chain variable region (LCVR) comprising the amino acid sequence of SEQ ID NO: 22 and a light chain constant region; - the stored formulation, after six months at 5°C, maintains stability such that 97% or more of the antibody is maintained in its native form as detected by size-exclusion high-performance liquid chromatography; and - the pH of the formulation is 5.0. (i) 50 to 100 mg/mL of a human antibody that specifically binds to human nerve growth factor (hNGF); (ii) 0.05% polysorbate 20; (iii) 8% sucrose; and (iv) 10 mM acetate, - the human antibody that specifically binds to hNGF consists of two heavy and two light chains, each heavy chain comprising a heavy chain variable region (HCVR) comprising the amino acid sequence of SEQ ID NO: 20 and a heavy chain constant region comprising the amino acid sequence of SEQ ID NO: 31, and each light chain comprising a light chain variable region (LCVR) comprising the amino acid sequence of SEQ ID NO: 22 and a light chain constant region; - the stored formulation, after six months at 5°C, maintains stability such that 97% or more of the antibody is maintained in its native form as detected by size-exclusion high-performance liquid chromatography; and - the pH of the formulation is 5.0.
Catheter (100,... 200, 300, 400, 500, 600) comprising a catheter tube, a Flexible Printed Circuit Board FPCB transducer segment and a FPCB free surface portion, wherein the FPCB transducer segment comprises a scaffold structure with a plurality of FPCB surrounded free spaces and predetermined placed transducer patches, wherein the FPCB transducer segment covers essentially the catheter circumference for the length of the FPCB transducer segment with the exception of said FPCB free surface portion, characterized in that a leftmost portion of a left side of the FPCB transducer segment is positioned in a recess of a right side of the scaffold structure.
Device for machining, in particular grinding, of an optical workpiece by means of multiple tools (3A, 3B), wherein the device comprises: a frame; a traverse guided at the frame and movable in a first direction; a carriage guided at the traverse and movable in a second direction; a workpiece drive arranged at the carriage for rotating the workpiece about a rotation axis during the machining, wherein the rotation axis and the workpiece drive as well as a workpiece spindle are pivotable about a pivot axis; and multiple tool drives (8A, 8B) and tool spindles (18A, 18B) arranged stationary on the frame for different tools (3A, 3B) for machining the workpiece; wherein the second direction runs transversal or perpendicular to the first direction, the rotation axis runs in a plane which is spanned by the first and second directions (X, Z), and the pivot axis runs transversal or perpendicular to the rotation axis and the first and second directions (X, Z). a frame; a traverse guided at the frame and movable in a first direction; a carriage guided at the traverse and movable in a second direction; a workpiece drive arranged at the carriage for rotating the workpiece about a rotation axis during the machining, wherein the rotation axis and the workpiece drive as well as a workpiece spindle are pivotable about a pivot axis; and multiple tool drives (8A, 8B) and tool spindles (18A, 18B) arranged stationary on the frame for different tools (3A, 3B) for machining the workpiece;
Bioassimilable protein-melanin complex, comprising at least one protein extract, soluble or partially soluble, and melanin, said protein-melanin complex being bioactive and said protein extract comprising at least one cysteine residue or at least one tyrosine residue or at least one cysteine residue and one tyrosine residue, characterized in that the proteins and/or the protein fragments of said protein extract have been rendered soluble by grafting at least one sulphite group onto at least one sulphur atom of at least one cysteine of said proteins and/or of said protein fragments of said protein extract.
A damping arrangement of a gas turbine engine, the damping arrangement comprising: a valve ring including a link bore and a damper bore; a link including: a ring bore with a ring bore axis; a mount bore; and a first end with an end curvature; wherein the link is attached to the valve ring at the link bore through the ring bore; and a damper comprised of an elastic damping material, the damper including: an attachment bore with an attachment bore axis; wherein the damper is attached to the valve ring at the damper bore through the attachment bore, and the damper is in contact with the link; wherein the ring bore axis and the attachment bore axis are substantially parallel and are sufficiently close together to cause the damper to elastically deform due to the link. a valve ring including a link bore and a damper bore; a link including: a ring bore with a ring bore axis; a mount bore; and a first end with an end curvature; wherein the link is attached to the valve ring at the link bore through the ring bore; and a ring bore with a ring bore axis; a mount bore; and a first end with an end curvature; wherein the link is attached to the valve ring at the link bore through the ring bore; and a damper comprised of an elastic damping material, the damper including: an attachment bore with an attachment bore axis; wherein the damper is attached to the valve ring at the damper bore through the attachment bore, and the damper is in contact with the link; an attachment bore with an attachment bore axis; wherein the damper is attached to the valve ring at the damper bore through the attachment bore, and the damper is in contact with the link; wherein the ring bore axis and the attachment bore axis are substantially parallel and are sufficiently close together to cause the damper to elastically deform due to the link.
An elastic biocompatible material comprising heat-treated tropoelastin for repairing and/or restoring biological tissue, wherein the biocompatible material is obtainable by a process including: - applying an aqueous solution of tropoelastin monomers to a surface; - heating the tropoelastin monomers on the surface to a temperature to enable the monomers to bind to each other to form a material that does not dissociate back into monomers when the material is exposed to physiological conditions, - wherein the tropoelastin monomers are heated to a temperature of from 60 °C to 200 °C, thereby forming the biocompatible material, optionally wherein the surface is provided in the form of a die, mold or cast enabling the material formed by the process to be shaped into a predefined shape such as a sheet, tube or other three-dimensional shape. - applying an aqueous solution of tropoelastin monomers to a surface; - heating the tropoelastin monomers on the surface to a temperature to enable the monomers to bind to each other to form a material that does not dissociate back into monomers when the material is exposed to physiological conditions, - wherein the tropoelastin monomers are heated to a temperature of from 60 °C to 200 °C, thereby forming the biocompatible material, optionally wherein the surface is provided in the form of a die, mold or cast enabling the material formed by the process to be shaped into a predefined shape such as a sheet, tube or other three-dimensional shape.
A processor-implemented video frame coordinate transformation method, comprising: obtaining an image from an image capture device; identifying an object depicted in the image; determining image-frame object coordinates for the object; selecting one of a plurality of coordinate transformation matrices associated with the image capture device, based on the image-frame object coordinates for the object; calculating real-world object coordinates for the object using the image-frame coordinates and the selected coordinate transformation matrix; and determining a trajectory of the object using the calculated real-world object coordinates, wherein selecting the one of the plurality of coordinate transformation matrices comprises: identifying a quadrilateral associated with a static object in the image as closest to the image-frame object coordinates for the object, among quadrilaterals used to determine the plurality of coordinate transformation matrices; and selecting a coordinate transformation matrix from the plurality of coordinate transformation matrices, wherein the selected coordinate transformation matrix corresponds to the identified quadrilateral. obtaining an image from an image capture device; identifying an object depicted in the image; determining image-frame object coordinates for the object; selecting one of a plurality of coordinate transformation matrices associated with the image capture device, based on the image-frame object coordinates for the object; calculating real-world object coordinates for the object using the image-frame coordinates and the selected coordinate transformation matrix; and determining a trajectory of the object using the calculated real-world object coordinates, wherein selecting the one of the plurality of coordinate transformation matrices comprises: identifying a quadrilateral associated with a static object in the image as closest to the image-frame object coordinates for the object, among quadrilaterals used to determine the plurality of coordinate transformation matrices; and selecting a coordinate transformation matrix from the plurality of coordinate transformation matrices, wherein the selected coordinate transformation matrix corresponds to the identified quadrilateral. identifying a quadrilateral associated with a static object in the image as closest to the image-frame object coordinates for the object, among quadrilaterals used to determine the plurality of coordinate transformation matrices; and selecting a coordinate transformation matrix from the plurality of coordinate transformation matrices, wherein the selected coordinate transformation matrix corresponds to the identified quadrilateral.
A method of quality of service, QoS, processing, comprising: determining, by a first device, whether the first device satisfies a QoS requirement of one or more flows of a user equipment, UE; and transmitting, by the first device, a first message to a second device, in the case that the first device does not satisfy the QoS requirement of the one or more flows of the UE; characterized in that: the first message comprises recommended QoS parameter; or, the first message comprises a combination of recommended QoS parameter and one or more of: QoS flow identifier, QFI, radio bearer ID, or indication information indicating that the QoS requirement is not satisfied; the recommended QoS parameter comprises a suggested guaranteed bit rate and/or a suggested maximum bit rate. determining, by a first device, whether the first device satisfies a QoS requirement of one or more flows of a user equipment, UE; and transmitting, by the first device, a first message to a second device, in the case that the first device does not satisfy the QoS requirement of the one or more flows of the UE; characterized in that: the first message comprises recommended QoS parameter; or, the first message comprises a combination of recommended QoS parameter and one or more of: QoS flow identifier, QFI, radio bearer ID, or indication information indicating that the QoS requirement is not satisfied; the recommended QoS parameter comprises a suggested guaranteed bit rate and/or a suggested maximum bit rate. the first message comprises recommended QoS parameter; or, the first message comprises a combination of recommended QoS parameter and one or more of: QoS flow identifier, QFI, radio bearer ID, or indication information indicating that the QoS requirement is not satisfied; the recommended QoS parameter comprises a suggested guaranteed bit rate and/or a suggested maximum bit rate.
System for automatic fastening and locking of gripper buckles on gripping bars for patient lift, fixed or mobile, intended for the transfer of patients; said system being constituted of devices each associated with a gripper buckle and integral with the gripping bar; characterised in that each device is constituted: - of a hook (11, 12) integral at a separate point of the gripping bar et provided with an opening (13, 14) arranged for the passage of the corresponding gripper buckle; - of a safety ring designed to slide on said hook and provided with an opening also arranged for the passing of the corresponding gripper buckle; in that the opening of the safety ring is, when the locking device is in "open" position, positioned facing the opening (13, 14) of the hook (11, 12) to which it is associated, in such a way as to allow the gripper buckle to pass; in that the opening (13, 14) of the hook (11, 12) concerned, is, when the locking device is in "closed" position, closed off by the portion (17, 18) of the body of the safety ring that is associated to it; and in that the passing from the "open device" to "closed device" position is carried out by means of the gripper buckle which slides the safety ring concerned under the sole effect of the weight of the patient et which maintains it in the locking position, i.e. opening (13, 14) of the hook (11, 12) closed off by the body of said ring, and this as long as the weight of the patient is active on each gripper buckle. - of a hook (11, 12) integral at a separate point of the gripping bar et provided with an opening (13, 14) arranged for the passage of the corresponding gripper buckle; - of a safety ring designed to slide on said hook and provided with an opening also arranged for the passing of the corresponding gripper buckle; in that the opening of the safety ring is, when the locking device is in "open" position, positioned facing the opening (13, 14) of the hook (11, 12) to which it is associated, in such a way as to allow the gripper buckle to pass; in that the opening (13, 14) of the hook (11, 12) concerned, is, when the locking device is in "closed" position, closed off by the portion (17, 18) of the body of the safety ring that is associated to it; and in that the passing from the "open device" to "closed device" position is carried out by means of the gripper buckle which slides the safety ring concerned under the sole effect of the weight of the patient et which maintains it in the locking position, i.e. opening (13, 14) of the hook (11, 12) closed off by the body of said ring, and this as long as the weight of the patient is active on each gripper buckle.
A lens barrel which is attachable to a camera body, comprising: an outer frame; an optical system disposed inside the outer frame; a zoom lever switch disposed on an outer circumference of the outer frame so as to slide in a circumferential direction; a focus lever switch disposed on the outer circumference of the outer frame so as to slide in a circumferential direction; an electric zoom adjustment mechanism configured to adjust a magnification of the optical system in response to an output from the zoom operation switch; and an electric focus adjustment mechanism configured to adjust a focus of the optical system in response to an output from the focus operation switch, at least part of the zoom lever switch and at least part of the focus lever switch being arranged on a single circle about an optical axis, wherein in a state in which the lens barrel is attached to the camera body, the zoom lever switch and the focus lever switch are arranged only in a region formed of a first quadrant and a fourth quadrant of the lens barrel as viewed from a side close to an object in an optical axis direction. an outer frame; an optical system disposed inside the outer frame; a zoom lever switch disposed on an outer circumference of the outer frame so as to slide in a circumferential direction; a focus lever switch disposed on the outer circumference of the outer frame so as to slide in a circumferential direction; an electric zoom adjustment mechanism configured to adjust a magnification of the optical system in response to an output from the zoom operation switch; and an electric focus adjustment mechanism configured to adjust a focus of the optical system in response to an output from the focus operation switch, at least part of the zoom lever switch and at least part of the focus lever switch being arranged on a single circle about an optical axis, wherein in a state in which the lens barrel is attached to the camera body, the zoom lever switch and the focus lever switch are arranged only in a region formed of a first quadrant and a fourth quadrant of the lens barrel as viewed from a side close to an object in an optical axis direction.