mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications at a first user equipment, UE (115-d, 115-f), comprising: receiving (1405, 1510), from a base station (105-b), a first timing configuration; receiving (1410, 1510), from the base station, a first downlink control information, DCI, comprising a trigger of an aperiodic reference signal; transmitting (1415, 1515, 330, 440), to at least a second UE (115-c), the aperiodic reference signal on a sidelink channel based at least in part on the trigger received in the first downlink control information; receiving, from the at least the second UE (115-c), one or more channel state information, CSI, reports comprising CSI parameters derived based at least in part on measurements of the aperiodic reference signal; aggregating (1425, 1525, 360, 470) the one or more CSI reports; and transmitting (1430, 1530, 365, 475), to the base station (105-b), the aggregated CSI reports on an uplink channel; wherein the first timing configuration defines a time period for the first UE to transmit the aggregated CSI reports, and the first UE aggregates the one or more CSI reports and transmits the aggregated CSI reports within the time period defined by the first timing configuration receiving (1405, 1510), from a base station (105-b), a first timing configuration; receiving (1410, 1510), from the base station, a first downlink control information, DCI, comprising a trigger of an aperiodic reference signal; transmitting (1415, 1515, 330, 440), to at least a second UE (115-c), the aperiodic reference signal on a sidelink channel based at least in part on the trigger received in the first downlink control information; receiving, from the at least the second UE (115-c), one or more channel state information, CSI, reports comprising CSI parameters derived based at least in part on measurements of the aperiodic reference signal; aggregating (1425, 1525, 360, 470) the one or more CSI reports; and transmitting (1430, 1530, 365, 475), to the base station (105-b), the aggregated CSI reports on an uplink channel; wherein the first timing configuration defines a time period for the first UE to transmit the aggregated CSI reports, and the first UE aggregates the one or more CSI reports and transmits the aggregated CSI reports within the time period defined by the first timing configuration
A method for determining the spatial distribution of an electrical variable in a zone of interest of a medium, said method comprising performing measurements of voltage differences between electrodes in said medium, each electrode having with this medium a unit contact area, characterised in that: - for each electrode, a contact impedance with said medium is estimated (510, 721, 722), said contact impedance being estimated by measuring the impedance between said electrode and a counter-electrode having with said medium a contact area substantially higher than said unit contact area; - the voltage differences are corrected (515, 731, 732) from the voltage drops occurring in the respective contact impedances of said electrodes; - the values of the electrical variable, or a variation in the same are determined (560, 760), at a plurality of points of said zone of interest, from the voltage differences thus corrected. - for each electrode, a contact impedance with said medium is estimated (510, 721, 722), said contact impedance being estimated by measuring the impedance between said electrode and a counter-electrode having with said medium a contact area substantially higher than said unit contact area; - the voltage differences are corrected (515, 731, 732) from the voltage drops occurring in the respective contact impedances of said electrodes; - the values of the electrical variable, or a variation in the same are determined (560, 760), at a plurality of points of said zone of interest, from the voltage differences thus corrected.
Implant body comprising a substrate and, on the surface thereof, a layer system composed of an active-ingredient carrier layer and, arranged on top thereof, a release control layer, the active-ingredient carrier layer comprising a multiplicity of open pores and the release control layer being a layer which was deposited from the gaseous phase and which reduces the surface area of the pore opening of the pores of the active-ingredient carrier layer without closure thereof.
Examination apparatus for identifying dangerous objects in the field of explosive ordnance disposal and/or safety checks, the examination apparatus having: a sensor and image data generation arrangement (1001, 1003) for examining the object and for creating an image of the object; a comparison unit for comparing the image with known stored reference images; wherein the reference images are digital images of reference objects; characterized in that the comparison unit is also designed to automatically, semi-automatically or manually create a virtual circuit on the basis of the image of the object in order to represent the function of a possible explosive charge in the object; and in that the comparison unit is also designed to automatically check the virtual circuit. a sensor and image data generation arrangement (1001, 1003) for examining the object and for creating an image of the object; a comparison unit for comparing the image with known stored reference images;
A bone plate implant comprising: a frame portion having a surface which can conform to a surface of a bone to which the bone plate implant is to be implanted, a plurality of apertures for positioning and holding fastening means, along the frame portion for fixing the bone plate implant to a bone, and a flap portion partially attached to the frame portion, the frame portion at least partially surrounding the flap portion such that a bone contacting surface of the flap portion is located within an outer boundary of the frame portion, wherein the flap portion is connected with the frame portion via material bridges (16a, 16b), characterised in that the flap portion is pre-bent away from a surface defined by the frame portion with an angle of inclination (α) relative to the frame-surface, so that a spring force is acting against a comminuted fracture area when the bone plate implant is fixed to the bone with the flap portion touching the comminuted fracture area. a frame portion having a surface which can conform to a surface of a bone to which the bone plate implant is to be implanted, a plurality of apertures for positioning and holding fastening means, along the frame portion for fixing the bone plate implant to a bone, and a flap portion partially attached to the frame portion, the frame portion at least partially surrounding the flap portion such that a bone contacting surface of the flap portion is located within an outer boundary of the frame portion, wherein the flap portion is connected with the frame portion via material bridges (16a, 16b), characterised in that the flap portion is pre-bent away from a surface defined by the frame portion with an angle of inclination (α) relative to the frame-surface, so that a spring force is acting against a comminuted fracture area when the bone plate implant is fixed to the bone with the flap portion touching the comminuted fracture area.
Method for the manufacture, with a minimum number of process steps, of metal components for gear synchronisation with involute-form outer teeth on the face side of which a tooth roof form is to be shaped each and which are used as large-dimensioned baulk rings, clutch bodies, or clutch disks in medium and medium-coarse quality, where the strip material to be processed is clamped between holding down clamps at the upper tool and the lower tool of a multi-stage tool, characterised in That simultaneously take place a flow pre-forming of cup-shaped sections in the strip material for the tooth roof forms to be built later at one side of the outer teeth in a first process step, and That a fine blanking as cutting-out and punching of the metal components as well as a cold forging of the involute-form outer teeth take place in a second process step, and That a cold forging as finish forming of the embossed tooth roof forms and the conical tooth flanks takes place as an independent, third process step.
An inkjet head, comprising: a pressure chamber for storing ink; a nozzle communicating with the pressure chamber; an actuator configured to eject the ink through the nozzle by changing a volume of the pressure chamber; and an actuator drive circuit configured to output to the actuator a drive signal that has a drive waveform having a predetermined cycle based on a number of gradation levels being used for printing, wherein, when printing is performed using three or more gradation levels, the drive circuit outputs the drive signal having a multi-drop drive waveform including: two or more first waveforms for ejecting first to (n-1)-th droplets of the ink, where n is equal to or greater than 3, a second waveform for ejecting an n-th droplet of the ink, characterised in an intermediate time (Tm) between the first waveform for ejecting the (n-1)-th droplet and the second waveform for ejecting the n-th droplet, the intermediate time being longer than a time between two of the first waveforms that are adjacent to each other and being equal to or greater than an acoustic length of the ink in the inkjet head multiplied by four. a pressure chamber for storing ink; a nozzle communicating with the pressure chamber; an actuator configured to eject the ink through the nozzle by changing a volume of the pressure chamber; and an actuator drive circuit configured to output to the actuator a drive signal that has a drive waveform having a predetermined cycle based on a number of gradation levels being used for printing, wherein, when printing is performed using three or more gradation levels, the drive circuit outputs the drive signal having a multi-drop drive waveform including: two or more first waveforms for ejecting first to (n-1)-th droplets of the ink, where n is equal to or greater than 3, a second waveform for ejecting an n-th droplet of the ink, characterised in an intermediate time (Tm) between the first waveform for ejecting the (n-1)-th droplet and the second waveform for ejecting the n-th droplet, the intermediate time being longer than a time between two of the first waveforms that are adjacent to each other and being equal to or greater than an acoustic length of the ink in the inkjet head multiplied by four. two or more first waveforms for ejecting first to (n-1)-th droplets of the ink, where n is equal to or greater than 3, a second waveform for ejecting an n-th droplet of the ink, characterised in an intermediate time (Tm) between the first waveform for ejecting the (n-1)-th droplet and the second waveform for ejecting the n-th droplet, the intermediate time being longer than a time between two of the first waveforms that are adjacent to each other and being equal to or greater than an acoustic length of the ink in the inkjet head multiplied by four.
Apparatus for cutting individual rods to length out of a wire running in a direction of production by means of shears and for exact positioning of the ends of the rods which enter a wire channel after being cut to length, the shears being in the form of flying shears having blades which are arranged on the circumference of two rollers enclosing the wire, and a revolver drum being arranged downstream of the shears in the direction of production, which revolver drum has channels for the rods, which channels extend along the generatrices of the drum so as to be distributed around the circumference thereof and are open towards the outside, characterised in that the revolver drum is arranged such that the channel which is in a position upstream of the uppermost position in the direction of rotation of the drum is in the direction of production and can receive the rod that has just been cut to length, a friction brake which is supported on the apparatus so as to be fixed in place being provided in order to brake the feeding process of the rod that has just been cut to length, and in that, in the direction of production, a reciprocally moveable rod feeding device is provided which engages with rod driving elements (9A, 9B, 9C) at the rear end of the cut-to-length rods, which rod driving elements can engage in the channels and bring the rear end of the rods into an exactly constant position in relation to the direction of production, the rod which is located firstly in the position of the channel upstream of the uppermost position thereof reaching its lowermost position after gradual rotation of the drum, from which lowermost position the rod is delivered out of the channel which is rotated to the lowest position onto a shelf below.
Seat, in particular a vehicle seat, comprising a seat part which has a seat surface and is supported relative to a floor surface in the region of the front side of the seat, and comprising a backrest which is pivotally connected to the seat part by means of a pivot shaft, the backrest having at least one lower end which is supported relative to the floor surface, the end extending as far as or almost as far as the floor surface and being pivoted forwards with respect to the vehicle seat during a pivoting movement in which the upper region of the backrest is pivoted backwards, the lower end of the backrest constituting at least one supporting foot element arranged in a region of the rear side of the seat for supporting the seat relative to the floor surface, characterised in that the supporting foot element is connected to a curved track device for sliding the supporting foot element along a curved track (15, 16) when the backrest undergoes a pivoting movement (18, 19) relative to the seat part in a forward and backward direction of the seat.
A closing plate of a drive rod fitting of a casement pivotable against a frame, with a pocket for receiving a closing pin in closed position, a first opening for inserting and removing the closing pin in a rotational position and a second opening for inserting and removing the closing pin in a tilted position of the casement, and with a stationary support for support of the closing pin in a gap ventilation position, wherein a guide section for the support is arranged at a distance corresponding to the width of the closing pin, wherein the guide section is designed to be stationary in the width of the support and wherein a guide canal is arranged seen from the support behind the guide section, characterized in that the guide canal is closed by a flexible first ramp facing the second opening.
A jaw member (100, 200, 300) for use with a surgical instrument, the jaw member comprising: a support base (110, 210, 310) having a proximal portion (110a, 210a, 310a) configured to be pivotably coupled to a surgical instrument, and a distal portion (110b, 210b, 310b), the support base defining a channel (116, 316) that extends longitudinally between the proximal and distal portions which support base further comprising an aperture (118a, 118b, 318a, 318b, 318c); a jaw liner (130, 230, 330) including an elongate body (132, 232, 332) configured for receipt in the channel of the support base, and wherein the jaw liner includes a projection (140a, 140b, 340a, 340b, 340c) extending from the elongate body and configured for receipt in the aperture (118a, 118b, 318a, 318b, 318c) of the support base or an appendage extending laterally from the elongated body, the elongated body and the appendage each configured for receipt in the support base; and characterized in a jaw overmold (160, 260) that has been overmolded onto the support base and the jaw liner so as to overlap at least a portion of the support base and the jaw liner to fix the jaw liner to the support base. a support base (110, 210, 310) having a proximal portion (110a, 210a, 310a) configured to be pivotably coupled to a surgical instrument, and a distal portion (110b, 210b, 310b), the support base defining a channel (116, 316) that extends longitudinally between the proximal and distal portions which support base further comprising an aperture (118a, 118b, 318a, 318b, 318c); a jaw liner (130, 230, 330) including an elongate body (132, 232, 332) configured for receipt in the channel of the support base, and wherein the jaw liner includes a projection (140a, 140b, 340a, 340b, 340c) extending from the elongate body and configured for receipt in the aperture (118a, 118b, 318a, 318b, 318c) of the support base or an appendage extending laterally from the elongated body, the elongated body and the appendage each configured for receipt in the support base; and characterized in a jaw overmold (160, 260) that has been overmolded onto the support base and the jaw liner so as to overlap at least a portion of the support base and the jaw liner to fix the jaw liner to the support base.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising a fluid-filled chamber with: a first surface, a majority of the first surface having a thickness formed from a first sheet of a polymer material; a second surface positioned opposite the first surface, a majority of the second surface having a thickness formed from a second sheet of the polymer material; and a third surface extending between the first surface and the second surface, a majority of the third surface having a thickness formed from the first sheet and the second sheet of the polymer material in an overlapping configuration, wherein the sheets of the polymer materials each include multiple layers of different polymer materials. a first surface, a majority of the first surface having a thickness formed from a first sheet of a polymer material; a second surface positioned opposite the first surface, a majority of the second surface having a thickness formed from a second sheet of the polymer material; and a third surface extending between the first surface and the second surface, a majority of the third surface having a thickness formed from the first sheet and the second sheet of the polymer material in an overlapping configuration, wherein the sheets of the polymer materials each include multiple layers of different polymer materials.
A micromachined pressure transducer comprising: - a fixed body of semiconductor material, which laterally delimits a main cavity; - a transduction structure, which is suspended on the main cavity and comprises at least a pair of deformable structures and a movable region, which is formed by semiconductor material and is mechanically coupled to the fixed body through the deformable structures; characterized in that each deformable structure comprises: - a support structure of semiconductor material, which includes a first and a second beam (20,22), each of which has ends respectively fixed to the fixed body and to the movable region, the first beam being superimposed, at a distance, on the second beam; and - at least one piezoelectric transduction structure (12,14), mechanically coupled to the first beam; and wherein the piezoelectric transduction structures (12,14) are electrically controllable so as to cause corresponding deformations of the respective support structures and a consequent translation of the movable region along a translation direction. - a fixed body of semiconductor material, which laterally delimits a main cavity; - a transduction structure, which is suspended on the main cavity and comprises at least a pair of deformable structures and a movable region, which is formed by semiconductor material and is mechanically coupled to the fixed body through the deformable structures; characterized in that each deformable structure comprises: - a support structure of semiconductor material, which includes a first and a second beam (20,22), each of which has ends respectively fixed to the fixed body and to the movable region, the first beam being superimposed, at a distance, on the second beam; and - at least one piezoelectric transduction structure (12,14), mechanically coupled to the first beam; - a support structure of semiconductor material, which includes a first and a second beam (20,22), each of which has ends respectively fixed to the fixed body and to the movable region, the first beam being superimposed, at a distance, on the second beam; and - at least one piezoelectric transduction structure (12,14), mechanically coupled to the first beam; and wherein the piezoelectric transduction structures (12,14) are electrically controllable so as to cause corresponding deformations of the respective support structures and a consequent translation of the movable region along a translation direction.
Vehicle comprising: - a front foot reinforcement in the form of a half-shell defining a cavity, the side walls of which are bordered by rim-forming connecting webs (7, 9, 25), the half-shell forming an elbow so as to show a front side wall extending vertically, and two lower and upper side walls extending in the longitudinal direction of the vehicle; and - a jack rest comprising a body having lower and upper ends fixed to the flanges (7, 9) of the lower and upper side walls of the front foot reinforcement; the vehicle is characterized in that the jack support further comprises a lateral arm extending from one of the lateral edges of its body, in the direction of the front lateral wall of said front foot reinforcement until it is placed in abutment against said front lateral wall. - a front foot reinforcement in the form of a half-shell defining a cavity, the side walls of which are bordered by rim-forming connecting webs (7, 9, 25), the half-shell forming an elbow so as to show a front side wall extending vertically, and two lower and upper side walls extending in the longitudinal direction of the vehicle; and - a jack rest comprising a body having lower and upper ends fixed to the flanges (7, 9) of the lower and upper side walls of the front foot reinforcement;
A washing machine comprising: an object sensor for sensing movement of an object within a predetermined distance; an input unit for receiving a user command; an illuminance sensor for sensing indoor illuminance, a door for opening and closing an entrance for introducing the laundry into the drum; and a controller configured to: activate the input unit when the object sensor senses movement of the object and perform an operation corresponding the user command received by the activated input unit; and deactivate the object sensor, when the indoor illuminance decreases to a predetermined value or less. an object sensor for sensing movement of an object within a predetermined distance; an input unit for receiving a user command; an illuminance sensor for sensing indoor illuminance, a door for opening and closing an entrance for introducing the laundry into the drum; and a controller configured to: activate the input unit when the object sensor senses movement of the object and perform an operation corresponding the user command received by the activated input unit; and deactivate the object sensor, when the indoor illuminance decreases to a predetermined value or less. activate the input unit when the object sensor senses movement of the object and perform an operation corresponding the user command received by the activated input unit; and deactivate the object sensor, when the indoor illuminance decreases to a predetermined value or less.