mhurhangee/ep-ind-claims huggingface dataset:
A contact probe for a probe head of an apparatus for testing electronic devices comprising a probe body being essentially extended in a longitudinal direction between at least one end portion which is a contact head adapted to abut onto a contact pad of a space transformer and a further end portion being a contact tip adapted to abut onto a contact pad of a device under test and having respective and opposite first and second side walls (PLa, PLb), arranged symmetrically with respect to a longitudinal development axis of said contact probe, characterized in that said contact head comprises only one enlarged portion, projecting in correspondence of one of said first and second side walls (PLa, PLb) of said contact probe so that said contact head has transverse dimensions greater than said probe body and wherein said contact head comprises at least one indentation realized in said enlarged portion and adapted to house a material scrap deriving from the breaking of a respective material bridge attaching said contact probe to a substrate wherein said contact probe has been realized by laser cutting, said material scrap being due to the detachment of said contact probe from said substrate.
A well barrier, comprising: an annular seal element; an anti-extrusion backup having radially inward and radially outward portions (46,48); and a biasing device that exerts a biasing force against the radially outward portion of the anti-extrusion backup, characterized in that the anti-extrusion backup retracts radially inward in response to the biasing force applied to the radially outward portion of the anti-extrusion backup. an annular seal element; an anti-extrusion backup having radially inward and radially outward portions (46,48); and a biasing device that exerts a biasing force against the radially outward portion of the anti-extrusion backup, characterized in that the anti-extrusion backup retracts radially inward in response to the biasing force applied to the radially outward portion of the anti-extrusion backup.
Working machine (1; 200) comprising a communication adapter attachment device (8; 208), wherein the communication adapter attachment device (8; 200) includes: an adapter housing portion (10; 210) provided inside the working machine (1; 200), and having an opening on an outer surface of the working machine (1; 200); and a cap configured to close the opening, wherein the adapter housing portion (10; 210) is configured to accommodate a communication adapter that is detachable through the opening, the communication adapter including a protrusion (62, 63) on a side surface, wherein the cap is configured to be rotatable between a closed position and an open position about one end of the cap positioned in the closed position, the closed position being a position where the opening is closed, and the open position being a position where the opening is open, wherein the cap includes an engaging portion (32, 33), the engaging portion (32, 33) extending into the adapter housing portion (10; 210) and engaging with the protrusion (62, 63) in a state in which the cap is positioned in the closed position and when the communication adapter is accommodated in the adapter housing portion (10; 210), and wherein the engaging portion (32, 33) is configured to move with the cap in engagement with the protrusion (62, 63) when the communication adapter is accommodated in the adapter housing portion (10; 210), in case that the cap is rotated to the open position from the closed position, such that the communication adapter is moved to the opening side from inside the adapter housing portion (10; 210) to take out the communication adapter. an adapter housing portion (10; 210) provided inside the working machine (1; 200), and having an opening on an outer surface of the working machine (1; 200); and a cap configured to close the opening, wherein the adapter housing portion (10; 210) is configured to accommodate a communication adapter that is detachable through the opening, the communication adapter including a protrusion (62, 63) on a side surface, wherein the cap is configured to be rotatable between a closed position and an open position about one end of the cap positioned in the closed position, the closed position being a position where the opening is closed, and the open position being a position where the opening is open, wherein the cap includes an engaging portion (32, 33), the engaging portion (32, 33) extending into the adapter housing portion (10; 210) and engaging with the protrusion (62, 63) in a state in which the cap is positioned in the closed position and when the communication adapter is accommodated in the adapter housing portion (10; 210), and wherein the engaging portion (32, 33) is configured to move with the cap in engagement with the protrusion (62, 63) when the communication adapter is accommodated in the adapter housing portion (10; 210), in case that the cap is rotated to the open position from the closed position, such that the communication adapter is moved to the opening side from inside the adapter housing portion (10; 210) to take out the communication adapter.
An in-vehicle terminal comprising: a receiving unit (21, 22) configured to receive, from a vehicle cloud server, a job request which includes information in which data to be collected by the in-vehicle terminal is specified; and a control unit configured, in a case where flag information indicative of prohibiting deletion of the job request under a predetermined condition is included in the job request, to store the job request on non-volatile memory, and, in a case where the flag information is not included in the job request, to store the job request on a volatile memory. a receiving unit (21, 22) configured to receive, from a vehicle cloud server, a job request which includes information in which data to be collected by the in-vehicle terminal is specified; and a control unit configured, in a case where flag information indicative of prohibiting deletion of the job request under a predetermined condition is included in the job request, to store the job request on non-volatile memory, and, in a case where the flag information is not included in the job request, to store the job request on a volatile memory. in a case where flag information indicative of prohibiting deletion of the job request under a predetermined condition is included in the job request, to store the job request on non-volatile memory, and, in a case where the flag information is not included in the job request, to store the job request on a volatile memory.
A method for interleaving code bits (152, 202, 250) based on which OFDM symbols are formed for wireless transmission, comprising: distributing code bits (152, 202, 250) into groups in which adjacent code bits (152, 202, 250) are distributed sequentially into different groups such that the code bits (152, 202, 250) are interleaved into a first order; and shuffling the distributed code bits (152, 202, 250) within each group such that the code bits (152, 202, 250) are further interleaved into a second order to be modulated into constellation symbols based on the second order. distributing code bits (152, 202, 250) into groups in which adjacent code bits (152, 202, 250) are distributed sequentially into different groups such that the code bits (152, 202, 250) are interleaved into a first order; and shuffling the distributed code bits (152, 202, 250) within each group such that the code bits (152, 202, 250) are further interleaved into a second order to be modulated into constellation symbols based on the second order.
A filter cartridge (125, 225) comprising: a. filtration media (126, 226) surrounding an open filter interior (126i, 226i) around a central axis of the filter cartridge (125, 225) and extending between a first end (141, 241) and a second end (142, 242); b. an open end cap (145, 245) coupled to the filtration media (126, 226) at the first end (141, 241), the open end cap (145, 245) having an end face (145c, 245c); and c. a seal structure (155, 255) having an end face (155a, 255a) and an outwardly directed radial sealing surface or an inwardly directed radial sealing surface, said filter cartridge being characterized in that the seal structure (155, 255) is located entirely within the filtration media interior (126i, 226i) such that the seal structure end face (155a, 255a) is axially spaced from the open end cap end face (145c, 245c). a. filtration media (126, 226) surrounding an open filter interior (126i, 226i) around a central axis of the filter cartridge (125, 225) and extending between a first end (141, 241) and a second end (142, 242); b. an open end cap (145, 245) coupled to the filtration media (126, 226) at the first end (141, 241), the open end cap (145, 245) having an end face (145c, 245c); and c. a seal structure (155, 255) having an end face (155a, 255a) and an outwardly directed radial sealing surface or an inwardly directed radial sealing surface, said filter cartridge being characterized in that the seal structure (155, 255) is located entirely within the filtration media interior (126i, 226i) such that the seal structure end face (155a, 255a) is axially spaced from the open end cap end face (145c, 245c).
An image processing apparatus characterised by comprising: a depth map estimating unit which estimates a depth map of a stereoscopic image; a region setup unit which sets up a region in the stereoscopic image; a 3D effect adjusting unit which determines, based on the estimated depth map, a difference in a depth level between the setup region and a surrounding region other than the setup region, and adjusts a 3D effect of the stereoscopic image based on the determined difference in the depth level by adjusting a depth of the stereoscopic image; and a picture quality adjusting unit which determines, based on the estimated depth map, a difference in a depth level between the setup region and a surrounding region other than the setup region, and adjusts pixel information of the stereoscopic image based on the determined difference in the depth level by adjusting at least one of a detail, a contrast, a colour and a brightness of the stereoscopic image. a depth map estimating unit which estimates a depth map of a stereoscopic image; a region setup unit which sets up a region in the stereoscopic image; a 3D effect adjusting unit which determines, based on the estimated depth map, a difference in a depth level between the setup region and a surrounding region other than the setup region, and adjusts a 3D effect of the stereoscopic image based on the determined difference in the depth level by adjusting a depth of the stereoscopic image; and a picture quality adjusting unit which determines, based on the estimated depth map, a difference in a depth level between the setup region and a surrounding region other than the setup region, and adjusts pixel information of the stereoscopic image based on the determined difference in the depth level by adjusting at least one of a detail, a contrast, a colour and a brightness of the stereoscopic image.
A motion mechanism for a chair, the motion mechanism being configured to effect a coordinated movement of a chair seat and chair back of the chair, wherein a seating surface of the chair seat extends essentially in a front-rear direction and a left-right direction of the chair, wherein the chair back is arranged at a rear side of the chair seat, the motion mechanism comprising: - a mechanism configured to support the chair seat and to couple the chair seat to a chair base assembly, - a first back support configured to couple the chair back to the mechanism, wherein a first end of the first back support is coupled via a first rotary connection to the mechanism, wherein a second end of the first back support is configured for coupling to the chair back, - a second back support configured to couple the chair back to the mechanism, wherein a first end of the second back support is coupled via a second rotary connection to the mechanism, wherein a second end of the second back support is configured for coupling to the chair back, wherein an axis of rotation of the first rotary connection extends in the front-rear direction and an axis of rotation of the second rotary connection extends in the front-rear direction characterized in that the second end of the first back support comprises a first flexible connection for coupling to the chair back, and wherein the second end of the second back support comprises a second flexible connection for coupling to the chair back. - a mechanism configured to support the chair seat and to couple the chair seat to a chair base assembly, - a first back support configured to couple the chair back to the mechanism, wherein a first end of the first back support is coupled via a first rotary connection to the mechanism, wherein a second end of the first back support is configured for coupling to the chair back, - a second back support configured to couple the chair back to the mechanism, wherein a first end of the second back support is coupled via a second rotary connection to the mechanism, wherein a second end of the second back support is configured for coupling to the chair back, wherein an axis of rotation of the first rotary connection extends in the front-rear direction and an axis of rotation of the second rotary connection extends in the front-rear direction characterized in that the second end of the first back support comprises a first flexible connection for coupling to the chair back, and wherein the second end of the second back support comprises a second flexible connection for coupling to the chair back.
A biometrics authentication device comprising: a filter configured to extract a plurality of directional features corresponding to directions different from each other, from an input image; a non-directional feature generation process unit configured to define, as a non-directional feature, the directional feature that results in maximum filter output, from among the plurality of directional features extracted from the image; a directional feature generation process unit configured to define, as a reference direction, a direction corresponding to the directional feature that maximizes filter output energy in Lp norm (1≤p≤∞), and to select, from among the directional features, a reference directional feature corresponding to the reference direction; a non-directional feature matching process unit configured to obtain a first degree of similarity between the non-directional feature and a registered non-directional feature stored in a storage unit; a directional feature matching process unit configured to obtain a second degree of similarity between the reference directional feature and a registered reference directional feature stored in the storage unit; and a determination unit configured to make a weight of the second degree of similarity smaller than a weight of the first degree of similarity, and to determine that a subject is a person to be authenticated when a weighted total of the first degree of similarity and the second degree of similarity is equal to or greater than a threshold. a filter configured to extract a plurality of directional features corresponding to directions different from each other, from an input image; a non-directional feature generation process unit configured to define, as a non-directional feature, the directional feature that results in maximum filter output, from among the plurality of directional features extracted from the image; a directional feature generation process unit configured to define, as a reference direction, a direction corresponding to the directional feature that maximizes filter output energy in Lp norm (1≤p≤∞), and to select, from among the directional features, a reference directional feature corresponding to the reference direction; a non-directional feature matching process unit configured to obtain a first degree of similarity between the non-directional feature and a registered non-directional feature stored in a storage unit; a directional feature matching process unit configured to obtain a second degree of similarity between the reference directional feature and a registered reference directional feature stored in the storage unit; and a determination unit configured to make a weight of the second degree of similarity smaller than a weight of the first degree of similarity, and to determine that a subject is a person to be authenticated when a weighted total of the first degree of similarity and the second degree of similarity is equal to or greater than a threshold.
Bus system comprising a feed module which is connected to a first DC voltage source and to a second DC voltage source and has a physical interface, a first transformer, a second transformer, a first inductive assembly, a second inductive assembly, a first capacitive assembly and a second capacitive assembly, a consumer module which has a first DC voltage consumer, a second DC voltage consumer, a physical interface, a first transformer, a second transformer, a first inductive assembly, a second inductive assembly, a first capacitive assembly and a second capacitive assembly, a data line which has a first channel with a first pair of wires and a second channel with a second pair of wires, wherein the first channel of the data line connects the physical feed module interface to the physical consumer module interface via the first feed module transformer, the first capacitive feed module assembly, the first capacitive consumer module assembly and the first consumer module transformer, and connects the first DC voltage source to the first consumer module DC voltage consumer via the first inductive feed module assembly and the first inductive consumer module assembly, in order to transmit a first differential data signal between the physical feed module interface and the physical consumer module interface and to transmit a first direct current from the first DC voltage source to the first consumer module DC voltage consumer, wherein the second channel of the data line connects the physical feed module interface to the physical consumer module interface via the second feed module transformer, the second capacitive feed module assembly, the second capacitive consumer module assembly and the second consumer module transformer, and connects the second DC voltage source to the second consumer module DC voltage consumer via the second inductive feed module assembly and the second inductive consumer module assembly, in order to transmit a second differential data signal between the physical feed module interface and the physical consumer module interface and to transmit a second direct current from the second DC voltage source to the second consumer module DC voltage consumer characterized in that the first direct current and the second direct current are carried via the four-wire data line and DC-isolated in order to ensure a separate supply of energy to the first consumer module DC voltage consumer by the first DC voltage source and to the second consumer module DC voltage consumer by the second DC voltage source.
An electronic device comprising: a first housing comprising a first face facing in a first direction; a second housing comprising a second face facing in the first direction; a hinge assembly for coupling the first housing to the second housing such that the first housing and the second housing can be folded for each other, and for allowing the first face and the second face to face each other when the first housing and the second housing are completely folded; a flexible display disposed in at least a portion of the first face and at least a portion of the second face and across the hinge assembly; a guide member (331, 341) disposed in the hinge assembly which moves based on a folding motion and an unfolding motion of the hinge assembly; and a drive assembly for moving the flexible display in a sliding manner in a direction opposite to a direction of the guide member (331, 341) on the second face, wherein the drive assembly takes the form of a lever assembly which comprises: a lever disposed to one end of the hinge assembly in a rotatable manner, and installed such that one end with respect to a rotation axis interlocks with the guide member (331, 341), and a slide plate installed on the second face in a sliding manner by being connected to the other end of the lever to accommodate the flexible display, wherein the lever moves the slide plate in a direction opposite to a movement direction of the guide member (331, 341). a first housing comprising a first face facing in a first direction; a second housing comprising a second face facing in the first direction; a hinge assembly for coupling the first housing to the second housing such that the first housing and the second housing can be folded for each other, and for allowing the first face and the second face to face each other when the first housing and the second housing are completely folded; a flexible display disposed in at least a portion of the first face and at least a portion of the second face and across the hinge assembly; a guide member (331, 341) disposed in the hinge assembly which moves based on a folding motion and an unfolding motion of the hinge assembly; and a drive assembly for moving the flexible display in a sliding manner in a direction opposite to a direction of the guide member (331, 341) on the second face, wherein the drive assembly takes the form of a lever assembly which comprises: a lever disposed to one end of the hinge assembly in a rotatable manner, and installed such that one end with respect to a rotation axis interlocks with the guide member (331, 341), and a slide plate installed on the second face in a sliding manner by being connected to the other end of the lever to accommodate the flexible display, a lever disposed to one end of the hinge assembly in a rotatable manner, and installed such that one end with respect to a rotation axis interlocks with the guide member (331, 341), and a slide plate installed on the second face in a sliding manner by being connected to the other end of the lever to accommodate the flexible display, wherein the lever moves the slide plate in a direction opposite to a movement direction of the guide member (331, 341).
A nonaqueous electrolyte secondary battery, comprising: a positive electrode containing a positive electrode active material composed of a lithium-containing transition metal oxide having a layered crystal structure; a negative electrode containing a negative electrode active material composed of a Ti-based oxide and an additive composed of fluorinated carbon that reacts with lithium at a more noble potential as compared to the negative electrode active material; a separator disposed between the positive electrode and the negative electrode; and a nonaqueous electrolyte, wherein voltage of the battery reaches a discharge cut-off voltage by a potential change in the negative electrode. a positive electrode containing a positive electrode active material composed of a lithium-containing transition metal oxide having a layered crystal structure; a negative electrode containing a negative electrode active material composed of a Ti-based oxide and an additive composed of fluorinated carbon that reacts with lithium at a more noble potential as compared to the negative electrode active material; a separator disposed between the positive electrode and the negative electrode; and a nonaqueous electrolyte, wherein voltage of the battery reaches a discharge cut-off voltage by a potential change in the negative electrode.