mhurhangee/ep-ind-claims huggingface dataset:
A compound semiconductor device being a GaN-based HEMT, comprising: an electron transit layer; a compound semiconductor layer formed over the electron transit layer; an electron supply layer formed between the electron transit layer and the compound semiconductor layer; and a source electrode, a drain electrode and a gate electrode formed over the compound semiconductor layer, wherein: a recess portion is formed inside an area between the source electrode and the drain electrode of the compound semiconductor layer and at a portion separated from the gate electrode; the electron transit layer is an i-GaN layer; the electron supply layer is an n-AlGaN layer; the compound semiconductor layer is an n-GaN layer; an SiN film covering the compound semiconductor layer is formed between the source electrode and the drain electrode; the gate electrode is formed over the SiN film; a schottky electrode is formed in the recess portion; and the schottky electrode is connected to the source electrode. an electron transit layer; a compound semiconductor layer formed over the electron transit layer; an electron supply layer formed between the electron transit layer and the compound semiconductor layer; and a source electrode, a drain electrode and a gate electrode formed over the compound semiconductor layer, wherein: a recess portion is formed inside an area between the source electrode and the drain electrode of the compound semiconductor layer and at a portion separated from the gate electrode; the electron transit layer is an i-GaN layer; the electron supply layer is an n-AlGaN layer; the compound semiconductor layer is an n-GaN layer; an SiN film covering the compound semiconductor layer is formed between the source electrode and the drain electrode; the gate electrode is formed over the SiN film; a schottky electrode is formed in the recess portion; and the schottky electrode is connected to the source electrode. a recess portion is formed inside an area between the source electrode and the drain electrode of the compound semiconductor layer and at a portion separated from the gate electrode; the electron transit layer is an i-GaN layer; the electron supply layer is an n-AlGaN layer; the compound semiconductor layer is an n-GaN layer; an SiN film covering the compound semiconductor layer is formed between the source electrode and the drain electrode; the gate electrode is formed over the SiN film; a schottky electrode is formed in the recess portion; and the schottky electrode is connected to the source electrode.
An information processing apparatus comprising a control unit that generates robot display information for displaying information related to a robot to be created by assembly of a plurality of parts, selects a plurality of programs installable on the robot, generates motion display information for displaying information related to motion of the robot in a case of installation of the plurality of programs on the robot, and performs control such that the motion display information is output. generates robot display information for displaying information related to a robot to be created by assembly of a plurality of parts, selects a plurality of programs installable on the robot, generates motion display information for displaying information related to motion of the robot in a case of installation of the plurality of programs on the robot, and performs control such that the motion display information is output.
A method for managing a mobile device, comprising the steps of: - recognizing a new network; and - initiating a subscription management step; by - capturing information about a network selected by the mobile device; - evaluating the captured information in order to recognize (S2, S3) the new network; characterized by - determining (S6, S7) whether the captured information satisfies a specified stability condition; - initiating the subscription management step if the specified stability condition is satisfied, wherein a specified stability condition is satisfied when in a specified minimum number of capturing steps an identifier of the same selected network is captured and in each of the capturing steps of the specified minimum number of capturing steps a captured identifier of a mobile radio cell of the selected network differs from the identifier of the mobile radio cell captured in the preceding capturing step. - recognizing a new network; and - initiating a subscription management step; - capturing information about a network selected by the mobile device; - evaluating the captured information in order to recognize (S2, S3) the new network; characterized by - determining (S6, S7) whether the captured information satisfies a specified stability condition; - initiating the subscription management step if the specified stability condition is satisfied, wherein a specified stability condition is satisfied when in a specified minimum number of capturing steps an identifier of the same selected network is captured and in each of the capturing steps of the specified minimum number of capturing steps a captured identifier of a mobile radio cell of the selected network differs from the identifier of the mobile radio cell captured in the preceding capturing step.
An alkaline battery separator, characterized by comprising a fused fiber layer, in which first fusible fibers are fused, and a fine fiber layer adjacent to the fused fiber layer and comprising fine fibers having an average fiber diameter of 5 μm or less and second fusible fibers, which are fused in the fine fiber layer, wherein part of the fine fibers are incorporated into the fused fiber layer, so that in determining the delamination strength in accordance with JIS L 1086-1999 between the fused fiber layer and the fine fiber layer, after peeling, part of the fine fibers are incorporated into the fused fiber layer and remain in the surface of the fused fiber layer at the side of the fine fiber layer and therefore the determination results in failure.
A building comprising an external framework with at least three external walls connected with a floor structure and a roof structure such that a space is formed within said framework, the external framework further comprises a support system for each floor, and at least two adjacent modules, wherein each module comprises two long side walls (2b, 2d), a first short wall, a second short wall, a floor and a roof, wherein said at least two modules are mounted in the space in said external framework, which said at least two modules rest on said support system, such that an air gap of at least 150 mm is formed between two adjacent side walls (2b,2d) of said at least two modules, wherein the first short walls of the at least two modules in mounted position also form a part of an outer wall of the framework, and wherein the building comprises a sealing such that a distance between the first short walls of the at least two adjacent modules is sealed to prevent heat leakage from the building.
An information processing apparatus (1, 2) comprising a control unit (10, 20) configured to perform display control to: separately display a plurality of parts (452a, 452b, 452c, 452d, 470a, 470b, 470c, 470d, 470e, 470f, 471, 491a, 491b, 491c, 501, 525, 525a, 525b, 542, 542a, 542b, 542c, 571a, 571b, 571c, 571d) for creation of a robot, display a line (453, 454, 455, 472a, 472b, 472c, 472d, 472e, 472f, 492, 493, 494, 495, 572, 573, 574, 576) connecting joint surfaces of the respective parts (452a, 452b, 452c, 452d, 470a, 470b, 470c, 470d, 470e, 470f, 471, 491a, 491b, 491c, 501, 525, 525a, 525b, 542, 542a, 542b, 542c, 571a, 571b, 571c, 571d), and display animation in which the respective parts (452a, 452b, 452c, 452d, 470a, 470b, 470c, 470d, 470e, 470f, 471, 491a, 491b, 491c, 501, 525, 525a, 525b, 542, 542a, 542b, 542c, 571a, 571b, 571c, 571d) are jointed in accordance with the line (453, 454, 455, 472a, 472b, 472c, 472d, 472e, 472f, 492, 493, 494, 495, 572, 573, 574, 576) connecting the joint surfaces in assembly order; wherein the control unit (10, 20) performs control to additionally display a progress bar which displays an animation time position in an assembly step, and characterised in that a mark indicating a joint time position in the assembly step is displayed in the progress bar. separately display a plurality of parts (452a, 452b, 452c, 452d, 470a, 470b, 470c, 470d, 470e, 470f, 471, 491a, 491b, 491c, 501, 525, 525a, 525b, 542, 542a, 542b, 542c, 571a, 571b, 571c, 571d) for creation of a robot, display a line (453, 454, 455, 472a, 472b, 472c, 472d, 472e, 472f, 492, 493, 494, 495, 572, 573, 574, 576) connecting joint surfaces of the respective parts (452a, 452b, 452c, 452d, 470a, 470b, 470c, 470d, 470e, 470f, 471, 491a, 491b, 491c, 501, 525, 525a, 525b, 542, 542a, 542b, 542c, 571a, 571b, 571c, 571d), and display animation in which the respective parts (452a, 452b, 452c, 452d, 470a, 470b, 470c, 470d, 470e, 470f, 471, 491a, 491b, 491c, 501, 525, 525a, 525b, 542, 542a, 542b, 542c, 571a, 571b, 571c, 571d) are jointed in accordance with the line (453, 454, 455, 472a, 472b, 472c, 472d, 472e, 472f, 492, 493, 494, 495, 572, 573, 574, 576) connecting the joint surfaces in assembly order; wherein the control unit (10, 20) performs control to additionally display a progress bar which displays an animation time position in an assembly step, and characterised in that a mark indicating a joint time position in the assembly step is displayed in the progress bar.
Device for attaching at least one electrical wiring harness to a casing, the electrical wiring harness being intended for electrical connection, via the casing, between a functional component situated in an internal medium delimited by the casing and electrical wiring arranged in a medium external to the casing, characterized in that it comprises a seal in the form of a flat gasket, intended to seal against a fluid at the interface between first and second parts (16, 17) of a casing when the first and second parts (16, 17) are fixed together, the seal comprising, over all or part of its length, retaining elements which are configured in such a way as to be able to retain all or part of the electrical wiring harness in a receiving housing formed in at least one of the said first and second parts (16, 17), the housing being a recess of a size substantially equal to that of the wiring harness, give or take the assembly tolerances, thereby allowing the electrical wiring harness to be mounted by force fitting.
A pelvic interface device for an exoskeleton, comprising a brace adapted to at least partially encircle the patient's body as well as means for connecting to an exoskeleton, wherein the brace comprises a central portion and two side extensions configured to encircle the patient's body in the abdominal region, which extensions are provided with removable mutual fastening means, which central portion comprises a central lumbar support element, wherein said connection means comprise a coupling element to said exoskeleton, which coupling element is fixed to said lumbar support element characterized in that controlled stiffness means for mediolateral stabilisation of the patient's torso are provided, said stabilisation means comprising at least two arcuate wings each having one end constrained to the lumbar support element or to the exoskeleton and a free end oriented towards a respective said extension wherein each said wing is hinged free and has a greater thickness near the constrained end and a lesser thickness at the free end. wherein the brace comprises a central portion and two side extensions configured to encircle the patient's body in the abdominal region, which extensions are provided with removable mutual fastening means, which central portion comprises a central lumbar support element, wherein said connection means comprise a coupling element to said exoskeleton, which coupling element is fixed to said lumbar support element characterized in that controlled stiffness means for mediolateral stabilisation of the patient's torso are provided, said stabilisation means comprising at least two arcuate wings each having one end constrained to the lumbar support element or to the exoskeleton and a free end oriented towards a respective said extension wherein each said wing is hinged free and has a greater thickness near the constrained end and a lesser thickness at the free end.
Pump unit for a motor vehicle brake system, comprising a hydraulic unit and an electronics unit arranged thereon, wherein the electronics unit comprises a circuit board with a multiplicity of electronic components, wherein a cooling element is provided to cool at least one of the components, wherein a thermally conductive layer is provided between the component and the cooling element, characterized in that the thermally conductive layer is deposited on a film layer, which in turn is applied to the component or the cooling element.
A robot cleaner comprising: a main body; moving units for moving the main body; a cleaning unit mounted on the main body for contacting a floor surface to perform cleaning; and a water supply unit for supplying water to the cleaning unit; characterized in that the robot cleaner further comprises a sensing unit provided on at least a portion of the water supply unit to sense whether or not there is water within the water supply unit, wherein the sensing unit includes: a housing; a transmission part (187, 283a) provided on at least a portion of the sensing unit for radiating electromagnetic waves; a reception part (188, 284a) provided on at least a portion of the sensing unit for receiving the electromagnetic waves radiated by the transmission part, wherein the housing comprises a housing portion housing the transmission and/or reception part, and an inclined portion (182b, 282b) extending from the housing portion towards the floor of the water supply unit, and wherein the inclined portion lies on the path of the electromagnetic waves between the transmission part and the reception part. a main body; moving units for moving the main body; a cleaning unit mounted on the main body for contacting a floor surface to perform cleaning; and a water supply unit for supplying water to the cleaning unit; characterized in that the robot cleaner further comprises a sensing unit provided on at least a portion of the water supply unit to sense whether or not there is water within the water supply unit, a housing; a transmission part (187, 283a) provided on at least a portion of the sensing unit for radiating electromagnetic waves; a reception part (188, 284a) provided on at least a portion of the sensing unit for receiving the electromagnetic waves radiated by the transmission part,
A corneal implant device for surgical implantation between layers and in an optic zone of a cornea of an eye for treatment of presbyopia, comprising: a solid transparent optic having a diameter of equal or less than 6 mm, wherein the device is configured with a central optical section such that, when implanted in the eye, spherical aberration or a distribution of spherical aberrations is created in a central area of a pupil, wherein the central area of the pupil has a diameter of between 1.5 mm and 4.0 mm and has negligible spherical aberration without the device; wherein said device is configured to have a circular shape with a radial distance expressed by r, and characterized in that the device is further configured to have a thickness profile in the central optical section that is expressed by r 4 to allow creation of the spherical aberration or the distribution of spherical aberrations.
A method for establishing bit-to-bit correspondence of data to be shared between a first communication device and a second communication device, which are connected through a plurality of communication channels, comprising: a) at the first communication device, transmitting first data to the second communication device through a first communication channel, wherein the first data comprises a plurality of bits each positioned at sequential bit timings; b) at the second communication device, modulating the transmitted first data which has been received from the first communication device through the first communication channel, using second data, and storing the modulated first data as third data; c) provisionally setting a first sync deviation and a second sync deviation, wherein the first sync deviation is a bit-timing difference between the first and second communication devices, and the second sync deviation is a bit-timing difference between the second data and the third data within the second communication device; d) (S12-S17) comparing a part of the third data to a corresponding part of the first data while sequentially changing the first sync deviation and the second sync deviation within a predetermined adjustment range; and e) determining the first and second sync deviations based on comparison results of the d). a) at the first communication device, transmitting first data to the second communication device through a first communication channel, wherein the first data comprises a plurality of bits each positioned at sequential bit timings; b) at the second communication device, modulating the transmitted first data which has been received from the first communication device through the first communication channel, using second data, and storing the modulated first data as third data; c) provisionally setting a first sync deviation and a second sync deviation, wherein the first sync deviation is a bit-timing difference between the first and second communication devices, and the second sync deviation is a bit-timing difference between the second data and the third data within the second communication device; d) (S12-S17) comparing a part of the third data to a corresponding part of the first data while sequentially changing the first sync deviation and the second sync deviation within a predetermined adjustment range; and e) determining the first and second sync deviations based on comparison results of the d).
Movable device for pulling out cut-off branches, canes, and in particular vines and/or shoots thereof which are held in an espalier having at least one horizontally extending tension wire held between stakes driven vertically into the ground and which project vertically over the at least one tension wire, wherein the device has two driven, roller-like wheels (15, 16) by means of which the branches, canes or shoots are pulled off upwards from the at least one tension wire, characterized in that the device comprises a rotatable and driven finger arrangement which has a plurality of fingers and is disposed above the at least one tension wire, which finger arrangement is assigned to the at least one tension wire in such a way that, during movement of the device, the fingers are pivoted towards and/or over the at least one tension wire and secure it or press it downwards when the canes or shoots are pulled out upwards, so that the at least one tension wire is not damaged or pulled off upwardly from its mounting on the stakes.
A developer container, comprising: a frame configured to define a developer containing portion; a first electrode; and a second electrode which is arranged on a surface of the frame and which has a surface opposed to the first electrode, wherein a developer amount in the developer containing portion is detected based on a capacitance between the first electrode and the second electrode, and the second electrode is constituted by a conductive resin member, characterized in that a closest point, in which the second electrode is closest to the first electrode, on the second electrode is located in a position other than an end portion of the second electrode as viewed along an axial direction of the first electrode side, the second electrode has at least one convex portion protruding toward the first electrode, and the closest point is located on the at least one convex portion. a frame configured to define a developer containing portion; a first electrode; and a second electrode which is arranged on a surface of the frame and which has a surface opposed to the first electrode, wherein a developer amount in the developer containing portion is detected based on a capacitance between the first electrode and the second electrode, and the second electrode is constituted by a conductive resin member, characterized in that a closest point, in which the second electrode is closest to the first electrode, on the second electrode is located in a position other than an end portion of the second electrode as viewed along an axial direction of the first electrode side, the second electrode has at least one convex portion protruding toward the first electrode, and the closest point is located on the at least one convex portion.
A pre-filled medical delivery assembly (100, 300), comprising: a blow-fill-seal vial defining a collapsible reservoir, a neck portion, and at least one vial flange formed adjacent to the neck portion; a mounting collar comprising (i) a first end comprising a mounting socket comprising an interior seat into which the neck portion of the BFS vial is inserted, (ii) a second end comprising a collar mating feature, and (iii) at least one axial slot extending axially from the first end and toward the second end; a needle hub comprising at least one hub mating feature cooperatively mated with the collar mating feature; a double-ended needle disposed through and coupled to the needle hub and comprising a piercing end housed within the needle hub and an administration end distal from the needle hub; a cap removably attached to the needle hub and covering the administration end of the needle; and a needle shield comprising a shield base coupled to the mounting collar, a shield element, and a hinge element flexibly connecting the shield base and the shield element, wherein the shield element comprises a retention element having a retention barb configured to capture the administration end of the double-ended needle within a retention space of the retention element, and wherein the shield base comprises at least one internal radial protrusion that engages with the at least one axial slot. a blow-fill-seal vial defining a collapsible reservoir, a neck portion, and at least one vial flange formed adjacent to the neck portion; a mounting collar comprising (i) a first end comprising a mounting socket comprising an interior seat into which the neck portion of the BFS vial is inserted, (ii) a second end comprising a collar mating feature, and (iii) at least one axial slot extending axially from the first end and toward the second end; a needle hub comprising at least one hub mating feature cooperatively mated with the collar mating feature; a double-ended needle disposed through and coupled to the needle hub and comprising a piercing end housed within the needle hub and an administration end distal from the needle hub; a cap removably attached to the needle hub and covering the administration end of the needle; and a needle shield comprising a shield base coupled to the mounting collar, a shield element, and a hinge element flexibly connecting the shield base and the shield element, wherein the shield element comprises a retention element having a retention barb configured to capture the administration end of the double-ended needle within a retention space of the retention element, and wherein the shield base comprises at least one internal radial protrusion that engages with the at least one axial slot.