mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum pump for exhausting gas from a target device, comprising: a plurality of temperature sensors (151, 153, and 155) arranged in different places in the vacuum pump ; one or more cooling units and/or heating units , the number of heating units or the number of cooling units being fewer than the number of temperature sensors (151, 153, and 155); a temperature controller for controlling the cooling unit or the heating unit ; and the temperature controller controls the cooling unit or heating unit based on a plurality of temperature signals outputted from the temperature sensors: characterised in that a temperature signal given a higher priority is settled within a predetermined acceptable range first, and when the temperature signal given the higher priority is settled within the acceptable range, a temperature signal given a lower priority is settled within a predetermined acceptable range. a plurality of temperature sensors (151, 153, and 155) arranged in different places in the vacuum pump ; one or more cooling units and/or heating units , the number of heating units or the number of cooling units being fewer than the number of temperature sensors (151, 153, and 155); a temperature controller for controlling the cooling unit or the heating unit ; and the temperature controller controls the cooling unit or heating unit based on a plurality of temperature signals outputted from the temperature sensors: characterised in that a temperature signal given a higher priority is settled within a predetermined acceptable range first, and when the temperature signal given the higher priority is settled within the acceptable range, a temperature signal given a lower priority is settled within a predetermined acceptable range.
A backrest for a vehicle seat, comprising a backrest frame , on which a support element of a backrest head (LK) of the backrest can be pivoted, said support element being provided for supporting a seat user in a shoulder region, wherein a headrest is provided on the support element , said headrest being adjustable relative to the support element , characterized in that at least one rail , on which the headrest is adjustably mounted, is provided fixedly on the support element .
Iron oxide nanoparticles in which γ-Fe 2 O 3 is doped with an alkali metal or alkali earth metal from the group consisting of Na, K, Mg, and Ca, wherein: an Fe vacancy site of γ-Fe 2 O 3 is doped with the alkali metal or alkali earth metal; the iron oxide nanoparticles are represented by Mg x -γFe 2 O 3 , wherein x satisfies 0.05 ≤ x ≤ 0.15, or by Na 0.20 -γFe 2 O 3 , or by K 0.18 -γFe 2 O 3 , or by Ca 0.18 -γFe 2 O 3 . an Fe vacancy site of γ-Fe 2 O 3 is doped with the alkali metal or alkali earth metal; the iron oxide nanoparticles are represented by Mg x -γFe 2 O 3 , wherein x satisfies 0.05 ≤ x ≤ 0.15, or by Na 0.20 -γFe 2 O 3 , or by K 0.18 -γFe 2 O 3 , or by Ca 0.18 -γFe 2 O 3 .
A method of preparing a compound of Formula V, wherein each of R 7 - R 10 is independently selected from hydrogen, halogen, halogenated C 1 -C 5 alkyl, and C 1 -C 5 alkyl; and wherein at least one of R 7 -R 10 is a halogen, the method comprising I) forming a first mixture comprising A) a compound of Formula III, wherein each of R 1 - R 4 is independently selected from hydrogen, halogen, and C 1 -C 5 alkyl; B) a solvent; and C) a halogenation reagent; II) reacting the first mixture; III) adding an oxidation agent to the reacted first mixture in the presence of a catalyst to form a further mixture; and IV) reacting the further mixture. each of R 7 - R 10 is independently selected from hydrogen, halogen, halogenated C 1 -C 5 alkyl, and C 1 -C 5 alkyl; and wherein at least one of R 7 -R 10 is a halogen, the method comprising I) forming a first mixture comprising A) a compound of Formula III, wherein each of R 1 - R 4 is independently selected from hydrogen, halogen, and C 1 -C 5 alkyl; B) a solvent; and C) a halogenation reagent; II) reacting the first mixture; III) adding an oxidation agent to the reacted first mixture in the presence of a catalyst to form a further mixture; and IV) reacting the further mixture. I) forming a first mixture comprising A) a compound of Formula III, wherein each of R 1 - R 4 is independently selected from hydrogen, halogen, and C 1 -C 5 alkyl; B) a solvent; and C) a halogenation reagent; A) a compound of Formula III, wherein each of R 1 - R 4 is independently selected from hydrogen, halogen, and C 1 -C 5 alkyl; B) a solvent; and C) a halogenation reagent; II) reacting the first mixture; III) adding an oxidation agent to the reacted first mixture in the presence of a catalyst to form a further mixture; and IV) reacting the further mixture.
An electronic apparatus , comprising: a memory configured to store a voice recognition application ; and a processor configured to execute the voice recognition application based on receiving a voice input initiation signal, wherein the processor is configured to control a communication interface comprising communication circuitry to establish a session with a voice recognition server before the voice recognition application is executed. a memory configured to store a voice recognition application ; and a processor configured to execute the voice recognition application based on receiving a voice input initiation signal, wherein the processor is configured to control a communication interface comprising communication circuitry to establish a session with a voice recognition server before the voice recognition application is executed.
An axle assembly for a work vehicle comprising: - a hub defining a tapered inner surface and a first keyway portion extending radially outwardly from the tapered inner surface , the first keyway portion defining a first keyway surface ; - a casing at least partially received within the hub , the casing defining a tapered outer surface and a second keyway portion , the second keyway portion extending radially inwardly from the tapered outer surface and defining a second keyway surface , the tapered outer surface extending parallel to the tapered inner surface and being configured to contact the tapered inner surface such that a tapered interface is defined between the casing and the hub , the first and second keyway portions configured to be circumferentially aligned such that a keyway is defined between the first and second keyway surfaces ; a key received within the keyway ; wherein the first and second keyway surfaces extend in a direction non-parallel to the tapered interface ; characterized in that it comprises a shaft configured to be received within the casing , the shaft defining a central axis, the tapered interface extending non-parallel to the central axis; wherein the first and second keyway surfaces extend in a direction non-parallel to the central axis,wherein the first and second keyway surfaces define a first angle greater than zero relative to the central axis, wherein the tapered interface defines a second angle relative to the central axis, wherein the first angle is less than the second angle. - a hub defining a tapered inner surface and a first keyway portion extending radially outwardly from the tapered inner surface , the first keyway portion defining a first keyway surface ; - a casing at least partially received within the hub , the casing defining a tapered outer surface and a second keyway portion , the second keyway portion extending radially inwardly from the tapered outer surface and defining a second keyway surface , the tapered outer surface extending parallel to the tapered inner surface and being configured to contact the tapered inner surface such that a tapered interface is defined between the casing and the hub , the first and second keyway portions configured to be circumferentially aligned such that a keyway is defined between the first and second keyway surfaces ;
Coil assembly of an electromagnetic actuator in a fuel injector , the coil assembly comprising: - a magnetic core extending along a principal axis (X), - a winding wound around the core , the winding being overmoulded to form a cylindrical overmoulding and extending axially from a transverse first face to a second surface , and - the overmoulded coil assembly further comprising an axial blind hole extending towards the interior of the coil assembly from the first surface to a distal end , the blind hole being adapted to house at least one spring for loading a magnetic armature ; characterized in that the coil assembly is further provided with a degassing hole passing through the core and the overmoulding from the axial blind hole to an axial external cylindrical surface , the degassing hole formed in the magnetic core and having a restriction in a first section that is proximal to the axial blind hole and in which the first section has a first diameter D62 and a first length L62 with the following characteristics: 1 < L62/D62 < 8, preferably 6, and characterized in that the degassing hole has a second section with a second diameter D64 at an end proximal to a return circuit and a second length L64: - 0.06 < D62/D64 < 0.02, preferably D62/D64 = 0.04 - 0.2<L62/L64 < 0.3, preferably L62/L64 = 0.15. - a magnetic core extending along a principal axis (X), - a winding wound around the core , the winding being overmoulded to form a cylindrical overmoulding and extending axially from a transverse first face to a second surface , and - the overmoulded coil assembly further comprising an axial blind hole extending towards the interior of the coil assembly from the first surface to a distal end , the blind hole being adapted to house at least one spring for loading a magnetic armature ; characterized in that the coil assembly is further provided with a degassing hole passing through the core and the overmoulding from the axial blind hole to an axial external cylindrical surface , the degassing hole formed in the magnetic core and having a restriction in a first section that is proximal to the axial blind hole and in which the first section has a first diameter D62 and a first length L62 with the following characteristics: 1 < L62/D62 < 8, preferably 6, and characterized in that the degassing hole has a second section with a second diameter D64 at an end proximal to a return circuit and a second length L64: - 0.06 < D62/D64 < 0.02, preferably D62/D64 = 0.04 - 0.2<L62/L64 < 0.3, preferably L62/L64 = 0.15. - 0.06 < D62/D64 < 0.02, preferably D62/D64 = 0.04 - 0.2<L62/L64 < 0.3, preferably L62/L64 = 0.15.
A battery module, comprising: at least one battery cell array in which a plurality of battery cells in which electrode terminals disposed at both ends of the battery cell are located toward the same direction is disposed in a lateral direction to be mounted in a cell frame; and a plurality of connection members which is bonded to the electrode terminal of each battery cell of the battery cell array at an upper portion and/or a lower portion of the battery cell array, wherein the connection member is a metal plate in which at least three vertical slits which are spaced apart from each other and a horizontal slit crossing at least one of the vertical slits are perforated wherein the connection member includes two or more resistance welding units which are set between adjacent vertical slits among the vertical slits, each of the resistance welding units is partitioned into a first welding unit in an upper direction and a second welding unit in a lower direction with respect to the horizontal slit; and two or more resistance welding units set in the connection member are bonded to be resistively welded to the electrode terminal of the battery cell. at least one battery cell array in which a plurality of battery cells in which electrode terminals disposed at both ends of the battery cell are located toward the same direction is disposed in a lateral direction to be mounted in a cell frame; and a plurality of connection members which is bonded to the electrode terminal of each battery cell of the battery cell array at an upper portion and/or a lower portion of the battery cell array, wherein the connection member is a metal plate in which at least three vertical slits which are spaced apart from each other and a horizontal slit crossing at least one of the vertical slits are perforated wherein the connection member includes two or more resistance welding units which are set between adjacent vertical slits among the vertical slits, each of the resistance welding units is partitioned into a first welding unit in an upper direction and a second welding unit in a lower direction with respect to the horizontal slit; and two or more resistance welding units set in the connection member are bonded to be resistively welded to the electrode terminal of the battery cell.
A transducer comprising a two-dimensional array of piezoelectric elements, each piezoelectric element comprising: a piezoelectric layer ; a bottom electrode disposed on a bottom side of the piezoelectric layer; a first top electrode disposed on a top side of the piezoelectric layer; a second top electrode disposed on the top side of the piezoelectric layer ; a first conductor , the first top electrodes of a first portion of piezoelectric elements in a first column of the two-dimensional array being electrically coupled to the first conductor ; a second conductor, the second top electrodes of a second portion of piezoelectric elements in a first column of the two-dimensional array being electrically coupled to the second conductor, wherein the first portion of the piezoelectric layer under the first top electrode is poled in a first direction and a second portion of the piezoelectric layer under the second top electrode is poled in a second direction that is opposite to the first direction, wherein said each piezoelectric element has a plurality of modes of vibration exhibiting a wide frequency response in that the first top electrode is responsive to a first frequency, and the second top electrode is responsive to a second frequency that is different from the first frequency. a piezoelectric layer ; a bottom electrode disposed on a bottom side of the piezoelectric layer; a first top electrode disposed on a top side of the piezoelectric layer; a second top electrode disposed on the top side of the piezoelectric layer ; a first conductor , the first top electrodes of a first portion of piezoelectric elements in a first column of the two-dimensional array being electrically coupled to the first conductor ; a second conductor, the second top electrodes of a second portion of piezoelectric elements in a first column of the two-dimensional array being electrically coupled to the second conductor, wherein the first portion of the piezoelectric layer under the first top electrode is poled in a first direction and a second portion of the piezoelectric layer under the second top electrode is poled in a second direction that is opposite to the first direction, wherein said each piezoelectric element has a plurality of modes of vibration exhibiting a wide frequency response in that the first top electrode is responsive to a first frequency, and the second top electrode is responsive to a second frequency that is different from the first frequency.
A method comprising: initiating a scan mode (304; 404) of a scanner to capture, with the scanner , a first set of images presented on a display associated with a mobile device first without illuminating the mobile device ; attempting to decode (306; 406) the first set of images captured without illuminating the mobile device; characterised by if the first set of images are not successfully decoded, illuminating (310; 410) the mobile device , with the scanner , until a change in brightness on the display associated with the mobile device is recognised by the scanner, ceasing (316; 416) illuminating the mobile device and then capturing, with the scanner , further images of the display after ceasing illuminating the mobile device; and attempting to decode the further images. initiating a scan mode (304; 404) of a scanner to capture, with the scanner , a first set of images presented on a display associated with a mobile device first without illuminating the mobile device ; attempting to decode (306; 406) the first set of images captured without illuminating the mobile device; characterised by if the first set of images are not successfully decoded, illuminating (310; 410) the mobile device , with the scanner , until a change in brightness on the display associated with the mobile device is recognised by the scanner, ceasing (316; 416) illuminating the mobile device and then capturing, with the scanner , further images of the display after ceasing illuminating the mobile device; and attempting to decode the further images. illuminating (310; 410) the mobile device , with the scanner , until a change in brightness on the display associated with the mobile device is recognised by the scanner, ceasing (316; 416) illuminating the mobile device and then capturing, with the scanner , further images of the display after ceasing illuminating the mobile device; and attempting to decode the further images.
A display device comprising: a display panel including a front surface and a rear surface; a back cabinet at a rear of the display panel ; a back cover between the back cabinet and the display panel ; and a guide panel positioned adjacent to an edge of the display panel and coupled with the back cover , wherein the guide panel includes: a base part facing a part of the rear surface of the display panel ; a side wall covering a side of the display panel ; a guide part protruding from the side wall toward the side of the display panel to support the side of the display panel ; a buffer layer on the guide part between the guide part and the side of the display panel ; and an adhesive member fixed on the base part and supporting the part of the rear surface of the display panel , and wherein the side wall includes a forward part extending away from the base part in the forward direction, a backward part extending away from the base part in the rearward direction, an inner wall extending away from the base part in the rearward direction and being apart from the side wall , and a first space is formed between the inner wall and the backward part of the side wall . a display panel including a front surface and a rear surface; a back cabinet at a rear of the display panel ; a back cover between the back cabinet and the display panel ; and a guide panel positioned adjacent to an edge of the display panel and coupled with the back cover , wherein the guide panel includes: a base part facing a part of the rear surface of the display panel ; a side wall covering a side of the display panel ; a guide part protruding from the side wall toward the side of the display panel to support the side of the display panel ; a buffer layer on the guide part between the guide part and the side of the display panel ; and an adhesive member fixed on the base part and supporting the part of the rear surface of the display panel , and wherein the side wall includes a forward part extending away from the base part in the forward direction, a backward part extending away from the base part in the rearward direction, an inner wall extending away from the base part in the rearward direction and being apart from the side wall , and a first space is formed between the inner wall and the backward part of the side wall . a base part facing a part of the rear surface of the display panel ; a side wall covering a side of the display panel ; a guide part protruding from the side wall toward the side of the display panel to support the side of the display panel ; a buffer layer on the guide part between the guide part and the side of the display panel ; and an adhesive member fixed on the base part and supporting the part of the rear surface of the display panel , and wherein the side wall includes a forward part extending away from the base part in the forward direction, a backward part extending away from the base part in the rearward direction, an inner wall extending away from the base part in the rearward direction and being apart from the side wall , and a first space is formed between the inner wall and the backward part of the side wall .
A back-mounted power tool system, comprising: a battery package that can be used on other power tool systems; a power tool , comprising a motor driven by a power supply from the battery package; a backpack apparatus , comprising a backpack harness to mount the backpack apparatus onto a user's body the system being characterised in that the backpack apparatus comprises an open slot configured to removably receive the battery package, the open slot including a first connector to couple the battery package to the backpack apparatus; a connecting member to transfer a weight of the power tool and/or a force received from the power tool to the backpack apparatus by rotatably coupling the power tool to the backpack apparatus, wherein the connecting member enables the power tool to rotate about a first rotation axis and a second rotation axis, the first rotation axis being perpendicular to the second rotation axis. a battery package that can be used on other power tool systems; a power tool , comprising a motor driven by a power supply from the battery package; a backpack apparatus , comprising a backpack harness to mount the backpack apparatus onto a user's body the system being characterised in that the backpack apparatus comprises an open slot configured to removably receive the battery package, the open slot including a first connector to couple the battery package to the backpack apparatus; a connecting member to transfer a weight of the power tool and/or a force received from the power tool to the backpack apparatus by rotatably coupling the power tool to the backpack apparatus, wherein the connecting member enables the power tool to rotate about a first rotation axis and a second rotation axis, the first rotation axis being perpendicular to the second rotation axis.
A power conversion device comprising a three-phase and three-winding transformer (A) that comprises a secondary winding and a tertiary winding, whereby the secondary winding and the tertiary winding each employ a delta wiring structure, characterized in that the power conversion device further comprises a point (NP_R2, NP_S2, NP_T2) between two windings in each phase of the secondary winding of the three-phase and three-winding transformer is connected to a respective point (NP_R3, NP_S3, NP_T3) between two windings in a same phase of the tertiary winding; a unit module (C) comprising a leg and a capacitor connected in parallel with each other, the leg comprising two self-extinguishing switching elements connected in series; and positive-side and negative-side unit arms (Up, Vp, Wp, Un, Vn, Wn) each comprising a multiple number of the unit module (C) connected in series, the positive-side unit arm (Up, Vp, Wp) comprises one end connected to a positive side of a DC power supply (B), and three other ends each connected to a respective output terminal in each phase of the secondary winding of the three-phase and three-winding transformer (A); and the negative-side unit arm (Un, Vn, Wn) comprises one end connected to a negative side of the DC power supply (B), and three other ends each connected to a respective output terminal in each phase of the tertiary winding of the three-phase and three-winding transformer (A).
A composition comprising mazindol as the sole active ingredient for use in the preventive and/or curative treatment of attention deficit/hyperactivity disorder (ADHD) according to DSM IV criteria, in a patient in need of such treatment.