mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a terminal body; a display module mounted onto the terminal body and configured to display image information; a window configured to cover a surface of the display module; and a touch sensing unit disposed between the display module and the window for sensing touch inputs, a key manipulation unit for inputting information in a pressing manner; characterized in that the display module comprises: a first panel configured to implement a three-dimensional image; a second panel having barriers configured to implement a three-dimensional image, the second panel is configured to cover the first panel; a resin layer configured to fill a gap between the first and second panels; a support unit formed adjacent to at least one end of the resin layer to maintain the gap, and wherein the support unit comprises: a first extending portion extending in a stacked direction of the first and second panels; and a second extending portion extending from the first extending portion toward the gap and filling at least part of the gap, the second extending portion contacting the second panel; wherein the key manipulation unit has a dome part for generating a signal by push pressure which is formed on a portion of an upper surface of the second panel which covers at least part of the second extending portion, wherein the support unit is configured to support the second panel on the lower surface of the second panel. a terminal body; a display module mounted onto the terminal body and configured to display image information; a window configured to cover a surface of the display module; and a touch sensing unit disposed between the display module and the window for sensing touch inputs, a first panel configured to implement a three-dimensional image; a second panel having barriers configured to implement a three-dimensional image, the second panel is configured to cover the first panel; a resin layer configured to fill a gap between the first and second panels; a support unit formed adjacent to at least one end of the resin layer to maintain the gap, and wherein the support unit comprises: a first extending portion extending in a stacked direction of the first and second panels; and a second extending portion extending from the first extending portion toward the gap and filling at least part of the gap, the second extending portion contacting the second panel; a first extending portion extending in a stacked direction of the first and second panels; and a second extending portion extending from the first extending portion toward the gap and filling at least part of the gap, the second extending portion contacting the second panel; wherein the key manipulation unit has a dome part for generating a signal by push pressure which is formed on a portion of an upper surface of the second panel which covers at least part of the second extending portion, wherein the support unit is configured to support the second panel on the lower surface of the second panel.
Gripping device for sample containers, in particular for forensic sample containers with an inner container portion which, in relation to an outer container portion surrounding the inner container portion can be displaced along a sample container axis, wherein the gripping device extends along a gripping device longitudinal axis, the gripping device comprising: - a gripper engagement means with at least two gripper jaws, wherein at least one out of them, preferably several out of them and with particular preference all of them are, in a radial direction in relation to the gripping device longitudinal axis, adjustable between an engagement position where any sample container abutting on the gripper jaws is being gripped by the gripper engagement means and a release position where the sample container is not being gripped by the gripper engagement means, and - an actuation means for adjusting the at least one gripper jaw at least in its engagement position, wherein one means out of the gripper engagement means, and the actuation means has an actuation geometry and the other means has an actuation counter geometry, wherein the actuation means can be moved axially in relation to the gripper engagement means between a first axial relative position and a second axial relative position, wherein to each axial relative position is associated a different degree of engagement, in particular abutment engagement, between the actuation geometry and the actuation counter geometry and, effected thereby, another position of engagement position and release position of the at least one mobile gripper jaw, wherein the gripper device, preferably the gripper engagement means, comprises a form fitting device, for example a prism or the like, for form fitting engagement with a form fitting counter device, for example a recess at the sample container, in particular at a lid (52, 54) of the sample container, the form fitting device extending along the gripper device longitudinal axis and being adapted for transmitting a torque, characterized by the form fitting device being formed separately from all gripper jaws. - a gripper engagement means with at least two gripper jaws, wherein at least one out of them, preferably several out of them and with particular preference all of them are, in a radial direction in relation to the gripping device longitudinal axis, adjustable between an engagement position where any sample container abutting on the gripper jaws is being gripped by the gripper engagement means and a release position where the sample container is not being gripped by the gripper engagement means, and - an actuation means for adjusting the at least one gripper jaw at least in its engagement position,
A method for securely retrieving data cached in a peer-to-peer network comprising two or more networked peer computers, the method comprising: transmitting a broadcast request for the requested data on the network, the broadcast request comprising data sufficient to prove possession of a hash value for the requested data to the peer computers; receiving a reply to the broadcast request from a caching peer computer, the reply comprising data sufficient to prove possession of the requested data by the caching peer computer; and in response to receiving the reply, receiving the requested data from the caching peer computer, characterized in that the data of the broadcast request comprises a hash of the hash value for the requested data, random data generated by a requesting peer computer, a timestamp, an identifier for the requesting peer computer, and a hash of the hash value for the requested data concatenated with the random data generated by the requesting peer, the timestamp, and the identifier for the requesting peer, and the data of the reply comprises random data generated by the caching peer computer, a hash of the hash value for the requested data, and a hash of the hash value for the requested data concatenated with the random data generated by the caching peer computer, the identifier for the requesting peer computer, an identifier for the caching peer computer, and the timestamp. transmitting a broadcast request for the requested data on the network, the broadcast request comprising data sufficient to prove possession of a hash value for the requested data to the peer computers; receiving a reply to the broadcast request from a caching peer computer, the reply comprising data sufficient to prove possession of the requested data by the caching peer computer; and in response to receiving the reply, receiving the requested data from the caching peer computer, characterized in that the data of the broadcast request comprises a hash of the hash value for the requested data, random data generated by a requesting peer computer, a timestamp, an identifier for the requesting peer computer, and a hash of the hash value for the requested data concatenated with the random data generated by the requesting peer, the timestamp, and the identifier for the requesting peer, and the data of the reply comprises random data generated by the caching peer computer, a hash of the hash value for the requested data, and a hash of the hash value for the requested data concatenated with the random data generated by the caching peer computer, the identifier for the requesting peer computer, an identifier for the caching peer computer, and the timestamp.
A hydrogen refueling system for filing a vessel of a vehicle with hydrogen, the hydrogen refueling system comprising: - a hydrogen center enclosure physically separated from a dispenser, wherein the center enclosure is fluidly connected to the dispenser by a supply pipe, - a cooling system at least partly comprised by the center enclosure connected to a cooling circuit comprising a forward path and a return path, and - a controller, wherein at least part of the cooling circuit is thermally connected to the supply pipe and facilitates circulation of a supply pipe cooling media in the forward and return paths (20, 21) from the cooling system of the center enclosure towards the dispenser and back to the cooling system of the center enclosure, wherein the controller is configured for controlling the cooling system and thereby the temperature of the supply pipe, wherein the supply pipe cooling media is a refrigerant and the hydrogen refueling system is configured such that when the refrigerant entering the forward path it is in its liquid state and in the return path changing stated towards its gaseous state. - a hydrogen center enclosure physically separated from a dispenser, wherein the center enclosure is fluidly connected to the dispenser by a supply pipe, - a cooling system at least partly comprised by the center enclosure connected to a cooling circuit comprising a forward path and a return path, and - a controller,
A method of manufacturing a metal frame for spectacles of the type comprising a front frame with a pair of lens-carrying eyepieces of metal wire on each of which there is attached on the outermost part a hinge projection for a corresponding temple arm, and a central bridge for support on the nose connected to the lens-carrying eyepieces and incorporating a pair of nose pads, the method comprising the stage of: - providing the bridge as a single part obtained by bending a wire of metal material, forming a central cross-piece extended on opposing sides into a pair of corresponding lengths of wire capable of being attached to the corresponding lens-holding eyepieces, the bridge having corresponding means of attachment for corresponding nose pads at its respective free ends, characterised in that it further comprises the stages of: - producing a recess, through milling with the removal of material, on each of the said lengths of the central bridge, each recess forming a respective seat which is at least partly interference fitted to a corresponding external surface portion of the metal wire of the corresponding lens-holding eyepiece opposite to it in the zone in which they are attached, - making a weld between each of the lengths of the central bridge and the corresponding portion of the lens-holding eyepiece, corresponding to the respective recess, to secure each lens-holding eyepiece to the central bridge for support on the nose. - providing the bridge as a single part obtained by bending a wire of metal material, forming a central cross-piece extended on opposing sides into a pair of corresponding lengths of wire capable of being attached to the corresponding lens-holding eyepieces, the bridge having corresponding means of attachment for corresponding nose pads at its respective free ends, characterised in that it further comprises the stages of: - producing a recess, through milling with the removal of material, on each of the said lengths of the central bridge, each recess forming a respective seat which is at least partly interference fitted to a corresponding external surface portion of the metal wire of the corresponding lens-holding eyepiece opposite to it in the zone in which they are attached, - making a weld between each of the lengths of the central bridge and the corresponding portion of the lens-holding eyepiece, corresponding to the respective recess, to secure each lens-holding eyepiece to the central bridge for support on the nose. - producing a recess, through milling with the removal of material, on each of the said lengths of the central bridge, each recess forming a respective seat which is at least partly interference fitted to a corresponding external surface portion of the metal wire of the corresponding lens-holding eyepiece opposite to it in the zone in which they are attached, - making a weld between each of the lengths of the central bridge and the corresponding portion of the lens-holding eyepiece, corresponding to the respective recess, to secure each lens-holding eyepiece to the central bridge for support on the nose.
A method for a mobile terminal camera to automatically adapt to scenarios comprising steps of: A. Collecting acceleration values of a mobile terminal within a predetermined period of time via an acceleration sensor; B. Acquiring the number of times when a maximum value of the acceleration values exceeds at least one predetermined value; C. Obtaining the current motion scenario through analysis according to the number of times, and automatically adjusting camera operation parameters according to the motion scenario; wherein, prior to Step A, it further comprises: A0. Presetting corresponding relations between all motion scenarios and camera operation parameters, said motion scenarios including a walking scenario, a bike scenario, an automobile scenario, a leaning scenario and a still scenario; and wherein the at least one predetermined value comprises a first threshold value, a second threshold value, a third threshold value, and a fourth threshold value, the fourth threshold value > the third threshold value > the second threshold value > the first threshold value, and wherein Step B specifically comprises: - Acquiring the number of times when the maximum value of the motion data is between the first threshold value and the second threshold value, between the second threshold value and the third threshold value, between the third threshold value and the fourth threshold value, and greater than the fourth threshold value. A. Collecting acceleration values of a mobile terminal within a predetermined period of time via an acceleration sensor; B. Acquiring the number of times when a maximum value of the acceleration values exceeds at least one predetermined value; C. Obtaining the current motion scenario through analysis according to the number of times, and automatically adjusting camera operation parameters according to the motion scenario; A0. Presetting corresponding relations between all motion scenarios and camera operation parameters, said motion scenarios including a walking scenario, a bike scenario, an automobile scenario, a leaning scenario and a still scenario; and wherein the at least one predetermined value comprises a first threshold value, a second threshold value, a third threshold value, and a fourth threshold value, the fourth threshold value > the third threshold value > the second threshold value > the first threshold value, and wherein Step B specifically comprises: - Acquiring the number of times when the maximum value of the motion data is between the first threshold value and the second threshold value, between the second threshold value and the third threshold value, between the third threshold value and the fourth threshold value, and greater than the fourth threshold value. - Acquiring the number of times when the maximum value of the motion data is between the first threshold value and the second threshold value, between the second threshold value and the third threshold value, between the third threshold value and the fourth threshold value, and greater than the fourth threshold value.
A method for determining material properties between a wellbore and a casing, said casing having a wall forming a partition that separates a first domain inside the casing from a second domain outside the casing, the method comprising: disposing at least one ultrasonic transmitter ( T 1, T 2) and a plurality of ultrasonic receivers ( R 1, R 2) in longitudinally spaced-apart relationship along a first side of the partition in the first domain; activating the at least one ultrasonic transmitter to form ultrasonic waveforms that comprise propagated quasi leaky-Lamb waves constituting flexural waves having symmetric and antisymmetric zero-order modes within the partition; receiving and recording the ultrasonic waveforms at the spaced-apart receivers; applying a time-shift to the recorded ultrasonic waveforms so that the respective time-shifted waveforms corresponding to each of the flexural waves arrive at the same time; clustering the time-shifted waveforms to form separate clusters respectively relating to a flexural wave part, and at least one post-flexural wave part which exposes characteristics that would otherwise be hidden behind more dominant features in the flexural wave; and using said characteristics to establish a material and geometry behind the partition. disposing at least one ultrasonic transmitter ( T 1, T 2) and a plurality of ultrasonic receivers ( R 1, R 2) in longitudinally spaced-apart relationship along a first side of the partition in the first domain; activating the at least one ultrasonic transmitter to form ultrasonic waveforms that comprise propagated quasi leaky-Lamb waves constituting flexural waves having symmetric and antisymmetric zero-order modes within the partition; receiving and recording the ultrasonic waveforms at the spaced-apart receivers; applying a time-shift to the recorded ultrasonic waveforms so that the respective time-shifted waveforms corresponding to each of the flexural waves arrive at the same time; clustering the time-shifted waveforms to form separate clusters respectively relating to a flexural wave part, and at least one post-flexural wave part which exposes characteristics that would otherwise be hidden behind more dominant features in the flexural wave; and using said characteristics to establish a material and geometry behind the partition.
A method of controlling an internal combustion engine system having an internal combustion engine, and a fuel injector which directly injects fuel into a combustion chamber of said internal combustion engine, the method comprising: when a desired torque for said internal combustion engine system is in a first range, injecting a first stage fuel into said combustion chamber so that it ends during a middle stage of a compression stroke at the latest in a cylinder cycle; and injecting a second stage fuel into said combustion chamber in a period when said determined combustion of the first stage fuel continues at a timing determined so as to cause combustion of the second stage fuel with its compression self-ignition, such that a pressure distribution similar to the case as if a single combustion of a long combustion period occurs, wherein the combustion pressure rises over a specified range crossing the compression top dead center; the method being characterized in that the method further comprises determining the combustion timing of the first stage fuel initiated by its compression self-ignition by detecting a pressure rise in the combustion chamber by an inside-cylinder pressure sensor when the first combustion by compressed self-ignition occurs; and performing the second stage fuel injection based on the determined timing of the combustion of the first stage fuel. when a desired torque for said internal combustion engine system is in a first range, injecting a first stage fuel into said combustion chamber so that it ends during a middle stage of a compression stroke at the latest in a cylinder cycle; and injecting a second stage fuel into said combustion chamber in a period when said determined combustion of the first stage fuel continues at a timing determined so as to cause combustion of the second stage fuel with its compression self-ignition, such that a pressure distribution similar to the case as if a single combustion of a long combustion period occurs, wherein the combustion pressure rises over a specified range crossing the compression top dead center; the method being characterized in that the method further comprises determining the combustion timing of the first stage fuel initiated by its compression self-ignition by detecting a pressure rise in the combustion chamber by an inside-cylinder pressure sensor when the first combustion by compressed self-ignition occurs; and performing the second stage fuel injection based on the determined timing of the combustion of the first stage fuel.
A headlight unit for use in a vehicle that leans into turns, wherein the headlight unit includes a headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) whose illumination range is partially or entirely contained in one side of the vehicle with respect to a width direction of the vehicle when the vehicle is in an upright state, the headlight unit is adapted such that the brightness of the headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) changes in accordance with a lean angle of the vehicle, when the lean angle of the vehicle leaning to the one side with respect to the width direction of the vehicle takes a reference value (K 1 -K 3) that is set for the headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc), the headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) is configured to light up with brightness increased to a first brightness (Q 1), characterized in that when the lean angle of the vehicle changes from the reference value (K 1 -K 3) to an upper value (U 1 -U 3) that is greater than the reference value (K 1 -K 3), the brightness of the headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) changes from the first brightness (Q 1) to a second brightness (Q 2) that is higher than the first brightness (Q 1).
A turbine blade for a turbomachine intended to extend around an axis of the turbomachine, the blade having a vane extending radially with respect to the axis between a radially inner platform and a radially outer platform, the vane comprising an axially upstream leading edge and an axially downstream trailing edge, the radially outer platform comprising an upstream end and a downstream end, the radially outer platform comprising at least one radially outwardly extending seal lip (18, 19), characterised in that the radially outer end of the leading edge of the vane and/or the trailing edge of the vane extends axially upstream relative to the upstream end of the platform and/or respectively downstream relative to the downstream end of the platform, and in that the blade has at least one partition (21, 27) extending radially outwards from the radially outer end of the vane, and axially between the leading edge and the upstream end of the platform, and/or respectively between the trailing edge and the downstream end of the platform, the partition (21, 27) extends radially outwards over only part of the radial dimension of the seal lip (18, 19) or substantially to the radially outer end (24, 26) of the seal lip (18, 19).