mhurhangee/ep-ind-claims huggingface dataset:
Dynamic optical verification method for the authentication of a secure object by an inspector equipped with a device equipped with a module comprising means for measuring the orientation and/or movement of said module, and a viewing screen, said object being provided with at least one optically variable security element that is able to generate optical effects depending on its orientation and/or its movement relative to the inspector, and optionally at least one non-variable graphic element, characterized in that it includes steps consisting in: - handling the device so as to subject it to a plurality of orientations or movements, - measuring information on the position or movement of the device using the means for measuring the orientation and/or movement of said module, - displaying a simulation of a nominal security element associated with the secure object and optionally a nominal non-variable graphic element associated with said non-variable graphic element on the viewing screen, the display depending on the orientation and/or on the movement of said module relative to the inspector, and - comparing the optical effects of the security element to those of the simulation when the orientation and/or the movement, relative to the inspector, of the security element and of the module are the same. - handling the device so as to subject it to a plurality of orientations or movements, - measuring information on the position or movement of the device using the means for measuring the orientation and/or movement of said module, - displaying a simulation of a nominal security element associated with the secure object and optionally a nominal non-variable graphic element associated with said non-variable graphic element on the viewing screen, the display depending on the orientation and/or on the movement of said module relative to the inspector, and - comparing the optical effects of the security element to those of the simulation when the orientation and/or the movement, relative to the inspector, of the security element and of the module are the same.
Locking device for locking an electrical switching device on an assembly support, comprising a locking part mobile in translation along a vertical axis between a stable released position in which the device is released from the assembly support, and a stable locked position in which the device is locked by the locking part to the assembly support, characterised in that the device comprises: - a latch capable of pivoting about an approximately horizontal tilt axis and provided with retaining means that cooperate with complementary means formed in the locking part in order to hold the device in the released position, - elastic means designed to hold the device in the locked position, comprising a first end leaning on the locking part and a second opposite end leaning on the latch. - a latch capable of pivoting about an approximately horizontal tilt axis and provided with retaining means that cooperate with complementary means formed in the locking part in order to hold the device in the released position, - elastic means designed to hold the device in the locked position, comprising a first end leaning on the locking part and a second opposite end leaning on the latch.
A method for a device to perform a common medium access procedure for the transmission of packets of one or more certain classes, the method comprising: performing a backoff procedure for each of the one or more certain classes, wherein transmissions in a class of the one or more certain classes are transmittable simultaneously with other transmissions in the class; receiving an indication from at least one other device that the backoff procedure for that class has been completed at the at least one other device; once the backoff procedure for a class is completed, performing one or more transmissions which may be transmitted simultaneously with other transmissions in the class which are transmitted by one or more other devices; and updating the backoff procedures for the class based on the one or more transmissions. performing a backoff procedure for each of the one or more certain classes, wherein transmissions in a class of the one or more certain classes are transmittable simultaneously with other transmissions in the class; receiving an indication from at least one other device that the backoff procedure for that class has been completed at the at least one other device; once the backoff procedure for a class is completed, performing one or more transmissions which may be transmitted simultaneously with other transmissions in the class which are transmitted by one or more other devices; and updating the backoff procedures for the class based on the one or more transmissions.
A sacral support device comprising: a main body comprising: a center support portion; relief arms (25, 25a) disposed laterally to the center support portion; an upper support portion connected to the center support portion and the relief arms (25, 25a); and a support skirt connected to the center support portion and to the relief arms (25, 25a); and a support frame attached to the main body, the support frame comprising: an outer arch; an inner arch medial to the outer arch; and a base portion or a pedestal, connected to the inner and outer arches; optionally wherein: each relief arm (25, 25a) independently, with the center support portion, upper support portion, and support skirt, defines an elongated slot portion in the main body; or a surface of the main body includes ribs, said surface of the main body being proximate to the support frame; or the center support portion of the main body is attached to the inner arch of the support frame; characterized in that: each relief arm (25, 25a) forms an arc rearwardly curving between its connections to the upper support portion and support skirt. a main body comprising: a center support portion; relief arms (25, 25a) disposed laterally to the center support portion; an upper support portion connected to the center support portion and the relief arms (25, 25a); and a center support portion; relief arms (25, 25a) disposed laterally to the center support portion; an upper support portion connected to the center support portion and the relief arms (25, 25a); and a support skirt connected to the center support portion and to the relief arms (25, 25a); and a support frame attached to the main body, the support frame comprising: an outer arch; an inner arch medial to the outer arch; and a base portion or a pedestal, connected to the inner and outer arches; an outer arch; an inner arch medial to the outer arch; and a base portion or a pedestal, connected to the inner and outer arches; optionally wherein: each relief arm (25, 25a) independently, with the center support portion, upper support portion, and support skirt, defines an elongated slot portion in the main body; or a surface of the main body includes ribs, said surface of the main body being proximate to the support frame; or the center support portion of the main body is attached to the inner arch of the support frame; each relief arm (25, 25a) independently, with the center support portion, upper support portion, and support skirt, defines an elongated slot portion in the main body; or a surface of the main body includes ribs, said surface of the main body being proximate to the support frame; or the center support portion of the main body is attached to the inner arch of the support frame; characterized in that: each relief arm (25, 25a) forms an arc rearwardly curving between its connections to the upper support portion and support skirt.
A user equipment for performing resource allocation, comprising: a memory; a transceiver; and a processor coupled to the memory and the transceiver; wherein the processor is configured to: perform monitoring on slots of a resource pool; exclude one or more sidelink resources from a candidate resource set in the resource pool according to one or more information relating to L1 priority, time and frequency resource assignments, and reservation periodicity from a sidelink control information, SCI, and a RSRP threshold; and select one or more sidelink resources using a timing based selection from remaining candidate resource set in the resource pool; wherein selecting one or more sidelink resources using the timing based selection from the remaining candidate resource set is according to a chain-based selection scheme, wherein one or more slot regions within a time constraint of a maximum time gap from a previous sidelink resource and/or a next sidelink resource are identified for selection. a memory; a transceiver; and a processor coupled to the memory and the transceiver; wherein the processor is configured to: perform monitoring on slots of a resource pool; exclude one or more sidelink resources from a candidate resource set in the resource pool according to one or more information relating to L1 priority, time and frequency resource assignments, and reservation periodicity from a sidelink control information, SCI, and a RSRP threshold; and select one or more sidelink resources using a timing based selection from remaining candidate resource set in the resource pool; wherein selecting one or more sidelink resources using the timing based selection from the remaining candidate resource set is according to a chain-based selection scheme, wherein one or more slot regions within a time constraint of a maximum time gap from a previous sidelink resource and/or a next sidelink resource are identified for selection. perform monitoring on slots of a resource pool; exclude one or more sidelink resources from a candidate resource set in the resource pool according to one or more information relating to L1 priority, time and frequency resource assignments, and reservation periodicity from a sidelink control information, SCI, and a RSRP threshold; and select one or more sidelink resources using a timing based selection from remaining candidate resource set in the resource pool; wherein selecting one or more sidelink resources using the timing based selection from the remaining candidate resource set is according to a chain-based selection scheme, wherein one or more slot regions within a time constraint of a maximum time gap from a previous sidelink resource and/or a next sidelink resource are identified for selection.
Operating unit for use under water, with a front panel made of glass and electrical sensor elements based on an evaluation of changes in electrical capacitance, and a control unit, wherein the sensor elements are placed on a first surface of the front panel facing an interior of the control unit and/or on a sensor plate, wherein a ceramic conductive structure (10, 11) made of a baked-on ceramic conductive paste is arranged on the front panel and/or the sensor plate on which sensor elements are placed; wherein a sensor element is formed by a structured electrically conductive coating (12, 13), wherein the structured electrically conductive coating (12, 13) is electrically conductively connected to the ceramic conductive structure (10, 11), and wherein the operating unit comprises at least two sensor elements which are configured independently of one another as a sensor key or slider, which are connected to a microcontroller, wherein the sensor key and/or slider react to a touch or approach by a human to the operating unit with a change in a capacitance, and the control unit is configured to infer from the extent of the change in capacitance as well as its change over time in at least two sensor elements that a human has touched or approached the capacitive operating unit and also to detect whether the capacitive operating unit is in contact with water or outside water and to trigger an action in response to the touch or approach when the operating unit is under water, and wherein the operating unit comprises an IR sensor system and/or a brightness sensor, so that evaluation is carried out by both a capacitive and an optical method with regard to an actuation.
An inflatable gastric belt comprising: • an elongated tubular body made of flexible material which is, in part at least, elastically deformable, which defines a tight inflatable chamber and which has a back and a work face, • connecting means (10,11) arranged relative to the two ends (12, 16) of the tubular body and allowing the gastric belt to close in the form of a ring, the work face being arranged inside the ring, • an inflation catheter tightly connected to the inflatable chamber and intended to be connected to the inflation means, characterised in that the wall of the chamber, forming the work face, presents, in a deflated state of the belt, a length greater than or equal to the length of the wall of the chamber forming the back, such that, during closing of the ring belt and after inflation, the wall of the chamber, constituting the work face, forms folds, each fold corresponding to an area where the work face is locally turned down or folded on itself, so that regions of the work face adjacent the fold and situated on either sides of the fold are in contact. • an elongated tubular body made of flexible material which is, in part at least, elastically deformable, which defines a tight inflatable chamber and which has a back and a work face, • connecting means (10,11) arranged relative to the two ends (12, 16) of the tubular body and allowing the gastric belt to close in the form of a ring, the work face being arranged inside the ring, • an inflation catheter tightly connected to the inflatable chamber and intended to be connected to the inflation means,
Arrangement for a motor vehicle, comprising a cylinder head of an internal combustion engine, a camshaft rotating relative to the cylinder head, at least one pivot point fixed to the cylinder head, arranged between two blocking walls of the cylinder head and offset relative to the rotation axis of the camshaft, and at least one timing finger follower which is intended to control the inlet and exhaust valves of the internal combustion engine, mounted on the pivot point and actuated in an oscillatory rocking motion about the pivot point by a rotary cam of the camshaft, wherein the axial stops for the timing finger follower along the pivot point are constituted by an axial blocking wall delimited by the cylinder head on one side and by the pivot point on the other.
A medical image processing apparatus comprising: a vessel running data generating unit configured to generate vessel running data of a vessel based on volume data collected by a medical image diagnosis apparatus; a lesion site detecting unit configured to detect positional information of a lesion site in the vessel based on the volume data; a vessel dominant region data generating unit configured to generate vessel dominant region data indicating a region dominated by the vessel in a region provided with nutrition based on the vessel running data; a lesion site dominant region data generating unit configured to generate lesion site dominant region data indicating a region dominated by the lesion site in the region provided with nutrition based on the vessel running data and the positional information of the lesion site; an ischemic region data generating unit configured to generate ischemic region data indicating an ischemic region in the region provided with nutrition based on functional image data generated based on the volume data, wherein a diagnostic image data generating unit is configured to generate diagnostic image data by superimposing the vessel dominant region data, the lesion site dominant region data and the ischemic region data on morphological image data or the functional image data generated based on the volume data. a vessel running data generating unit configured to generate vessel running data of a vessel based on volume data collected by a medical image diagnosis apparatus; a lesion site detecting unit configured to detect positional information of a lesion site in the vessel based on the volume data; a vessel dominant region data generating unit configured to generate vessel dominant region data indicating a region dominated by the vessel in a region provided with nutrition based on the vessel running data; a lesion site dominant region data generating unit configured to generate lesion site dominant region data indicating a region dominated by the lesion site in the region provided with nutrition based on the vessel running data and the positional information of the lesion site; an ischemic region data generating unit configured to generate ischemic region data indicating an ischemic region in the region provided with nutrition based on functional image data generated based on the volume data, wherein a diagnostic image data generating unit is configured to generate diagnostic image data by superimposing the vessel dominant region data, the lesion site dominant region data and the ischemic region data on morphological image data or the functional image data generated based on the volume data.
A spiral spring intended to equip a balance of a horological movement, characterised in that the spiral spring is made of an alloy consisting of: - Nb, Ti and at least one element selected from Zr and Hf, - optionally at least one element selected from W and Mo, - possible traces of other elements selected from 0, H, Ta, C, Fe, N, Ni, Si, Cu, Al, with the following weight percentages: - a content of Nb comprised between 40 and 84%, - a total content of Ti, Zr and Hf comprised between 16 and 55% with a content of Ti greater or equal to 15% by weight, and with a sum of the content of Zr and Hf comprised between 10 and 25% in weight, - a content for W and Mo respectively comprised between 0 and 2.5%, - a content for each of said elements selected from O, H, Ta, C, Fe, N, Ni, Si, Cu, Al comprised between 0 and 1600 ppm with the sum of said traces less than or equal to 0.3% by weight. - Nb, Ti and at least one element selected from Zr and Hf, - optionally at least one element selected from W and Mo, - possible traces of other elements selected from 0, H, Ta, C, Fe, N, Ni, Si, Cu, Al, with the following weight percentages: - a content of Nb comprised between 40 and 84%, - a total content of Ti, Zr and Hf comprised between 16 and 55% with a content of Ti greater or equal to 15% by weight, and with a sum of the content of Zr and Hf comprised between 10 and 25% in weight, - a content for W and Mo respectively comprised between 0 and 2.5%, - a content for each of said elements selected from O, H, Ta, C, Fe, N, Ni, Si, Cu, Al comprised between 0 and 1600 ppm with the sum of said traces less than or equal to 0.3% by weight. - a content of Nb comprised between 40 and 84%, - a total content of Ti, Zr and Hf comprised between 16 and 55% with a content of Ti greater or equal to 15% by weight, and with a sum of the content of Zr and Hf comprised between 10 and 25% in weight, - a content for W and Mo respectively comprised between 0 and 2.5%, - a content for each of said elements selected from O, H, Ta, C, Fe, N, Ni, Si, Cu, Al comprised between 0 and 1600 ppm with the sum of said traces less than or equal to 0.3% by weight.
A system comprising: a vehicle comprising a hermetically sealed environment, the hermetically sealed environment comprising a conveyor device (32, 34) and one or more measuring devices (12, 12', 12a, 12b); the conveyor device (32, 34) operable to displace a baggage item from a resting position into a moving position in a fully automatic manner by means of a motor, wherein the hermetically sealed environment comprises a container adapted to be readily lifted and transported with the baggage item contained therein; and a control module configured to control the conveyor device (32, 34) by: receiving, from said one or more measuring devices in the hermetically sealed environment of the vehicle, screening parameters of the baggage item; verifying the measured screening parameters against corresponding security parameters; and responsive to verification that the security parameters are observed, outputting a control signal to cause a displacing movement of the baggage item by the conveyor device (32, 34). a vehicle comprising a hermetically sealed environment, the hermetically sealed environment comprising a conveyor device (32, 34) and one or more measuring devices (12, 12', 12a, 12b); the conveyor device (32, 34) operable to displace a baggage item from a resting position into a moving position in a fully automatic manner by means of a motor, wherein the hermetically sealed environment comprises a container adapted to be readily lifted and transported with the baggage item contained therein; and a control module configured to control the conveyor device (32, 34) by: receiving, from said one or more measuring devices in the hermetically sealed environment of the vehicle, screening parameters of the baggage item; verifying the measured screening parameters against corresponding security parameters; and responsive to verification that the security parameters are observed, outputting a control signal to cause a displacing movement of the baggage item by the conveyor device (32, 34). receiving, from said one or more measuring devices in the hermetically sealed environment of the vehicle, screening parameters of the baggage item; verifying the measured screening parameters against corresponding security parameters; and responsive to verification that the security parameters are observed, outputting a control signal to cause a displacing movement of the baggage item by the conveyor device (32, 34).
Machine for the preparation of beverages, in particular espresso coffee, comprising a brewing assembly, a water tank, an electric vibration pump having its inlet connected to said tank and its outlet or discharge connected to the brewing assembly, an unidirectional hydraulic valve interposed between the pump and the brewing assembly to allow a flow of water towards the brewing assembly when the pressure of the water supplied by the pump exceeds a predetermined threshold, electric heating means for heating the water supplied by the pump, at least one solenoid valve (12, 13) which has its inlet coupled between the outlet of the pump and the inlet of the unidirectional hydraulic valve and between the outlet of the unidirectional hydraulic valve and the inlet of the brewing assembly, and is adapted to assume an open condition and a closed condition in which it allows and prevents, respectively, a flow of fluid from its inlet towards a discharge environment, for controlling an auxiliary function of the machine which is not utilized for the preparation of the beverage; and an electronic control unit predisposed to drive the pump, the heating means and said solenoid valve (12, 13) in predetermined manners; wherein the electronic control unit is predisposed for controlling said at least one solenoid valve (12, 13) such that upon starting a cycle for the preparation of a beverage said solenoid valve (12, 13) is opened for a predetermined period of time and allows a flow of water from the outlet or discharge of the pump towards said discharge environment so as to prime the pump, and is subsequently closed.
A method for generating transverse elastic waves from ultrasonic signals focused on each of number M (M ≥ 3) of focal points (F1-FM) residing in a virtual line segment within a viscoelastic medium, wherein focused on the number M of focal points are the ultrasonic signals emitted respectively from different ultrasonic signal sources (US11-USMN), characterised in that the number M of focal points are equidistant so that lines connecting peak points generated by superposition of the transverse elastic waves propagate in two opposite directions, wherein the lines in the two opposite directions are at an acute angle or parallel to each other.