mhurhangee/ep-ind-claims huggingface dataset:
A process for the acylation of an α,ω-alkanediol, preferably of 1,3-propanediol, with an acylation agent (acylation reaction), said process comprising the step of re-feeding recycled reaction components comprising α,ω-C 3-10 alkanediol, α,ω-C 3-10 alkanediol monoacylate and α,ω-C 3-10 alkanediol diacylate back into said acylation reaction and with the proviso that in said acylation reaction per mole recycled acylate groups 0.5 to 1.5 mole of water is added, and that the molar ratio of the (molar) sum of the acylating agent, α,ω-C 3-10 alkanediol monoacylate and 2 times of α,ω-C 3-10 alkanediol diacylate to the sum of the α,ω-C 3-10 alkanediol, α,ω-C3-10alkanediol monoacylate and α,ω-C 3-10 alkanediol diacylate is selected in the range from 0.5 to 1.1 mol per mol of α,ω-C 3-10 alkanediol.
A voice interactive device configured to transmit a voice content to a plurality of voice interactive services through a network, wherein the plurality of voice interactive services are selected based at least in part on the voice content, the voice interactive device comprising: a keyword detector configured to detect from the voice content a first keyword or a second keyword different from the first keyword; and a controller, wherein the controller is configured to transmit at least a first content after the first keyword of the voice content to a first voice interactive service of the voice interactive service when the keyword detector detects the first keyword, and to transmit at least a second content after the second keyword of the voice content to a second voice interactive service of the voice interactive service when the keyword detector detects the second keyword, characterized in that the controller is further configured to stop transmitting the second content following the second keyword in the voice content following the first keyword, and to resume transmitting the second content to the second voice interactive service when the keyword detector detects the second keyword in the voice content following the first keyword. a keyword detector configured to detect from the voice content a first keyword or a second keyword different from the first keyword; and a controller, wherein the controller is configured to transmit at least a first content after the first keyword of the voice content to a first voice interactive service of the voice interactive service when the keyword detector detects the first keyword, and to transmit at least a second content after the second keyword of the voice content to a second voice interactive service of the voice interactive service when the keyword detector detects the second keyword, characterized in that the controller is further configured to stop transmitting the second content following the second keyword in the voice content following the first keyword, and to resume transmitting the second content to the second voice interactive service when the keyword detector detects the second keyword in the voice content following the first keyword.
A suturing device comprising; an elongate body member, the elongate body member having a distal portion, the distal portion defining an opening; a needle deployment mechanism disposed at least partially within the elongate body member for moving a needle out of the opening at the distal portion of the elongate body member into a tissue; and a needle receiving portion, the needle receiving portion provided at the distal portion of the elongate body member to capture the needle, wherein the needle receiving portion has a non-planar surface with walls that are non-parallel with respect to a longitudinal direction of the needle receiving portion such that the walls converge to form an aperture in the needle receiving portion to receive the needle, wherein the needle receiving portion includes radial slots provided on the walls of the needle receiving portion, the radial slots being configured to move from a first position to a second position; characterised in that the needle receiving portion is configured to free float in the distal portion of the elongate body member by means of slip fitting the needle receiving portion in grooves or slots within the distal portion.
A method of constructing a data centre comprising the steps of providing a plurality of kits of parts, each kit for forming a section of the data centre and comprising at least one ceiling portion and a plurality of supporting members (23, 24); mounting at least two different services on each of the plurality of ceiling portions; arranging the kits into a first configuration so that the kits collectively occupy a first sum volume; transporting the kits in the first configuration; and assembling the ceiling portions and supporting members (23, 24) in a second configuration so as to form the sections of the data centre, the kits in the second configuration collectively occupying a second sum volume; wherein the first sum volume is smaller than the second sum volume.
Electrically actuated rotary drive unit, with a gear casing having a front (3 a), and a rear opposite the former, and on which is rotatably mounted an output member accessible at the front of the gear casing and in driving connection with a driven gear mounted rotatably in the gear casing and in gearing engagement with a drive pinion of an electrical drive motor mounted externally at the rear of the gear casing, wherein the driven gear is in the form of a ring gear with an internal tooth system, wherein the drive pinion inside the gear casing dips axially into the ring gear and makes gearing engagement with its internal tooth system, characterised in that there extends through the gear casing and the output member a feed-through passage which is coaxial to the rotation axis of the output member, opens out at the front of the output member and the rear of the gear casing, and may be used for the feed-through of power transmission means such as cables or hoses.
Endless track drawing machine for drawing a longitudinally-extended workpiece in a drawing direction along a drawing line through a drawing die, comprising the drawing die and an endless track, arranged behind the drawing die in the drawing direction, said track comprising at least two circulating chains which each have at least one tool holder supporting a drawing tool in a drawing position, and comprising pressing means for applying a pressing force to the respective drawing tool using a component directed at the drawing line, wherein the respective drawing tool has at least one drawing recess, contacts the workpiece with its drawing recesses in its drawing position in a gripping region of the endless track and is pressed on the workpiece by means of the pressing means, characterized in that at least one of the drawing tools is rotatably fixed on the tool holder and/or has at least two identical drawing recesses which may be selectively applied into a drawing position.
Arrangement for fastening a retaining element which consists of plastic to a metal surface, comprising the retaining element, the metal surface, a T stud, step stud or the like and a retaining device, on which a bottom wall is configured and which interacts with the T stud, step stud or the like, the T stud having a stud shank and a stud head with an underhead which comes into contact with a bearing face on at least one corresponding face which is formed on the retaining device, and the stud shank being welded to the metal surface, and the at least one corresponding face of the retaining device being configured on at least one bearing shoulder for the underhead of the stud head, which bearing shoulder encloses the stud shank at least partially, recesses which interrupt the corresponding face being configured in the bearing shoulder, a U-shaped passage with a circumferential side wall being formed on the retaining device, through which side wall the shank of the stud protrudes, the at least one bearing shoulder which is provided with the recesses protruding inward on the side wall, and the bearing shoulder extending continuously on the side wall around the U-shaped passage, and the multiplicity of recesses being configured as a plurality of undulations, the undulation peaks of which form the corresponding face.
A light-curable artificial nail, comprising: an adhesive section (118A, 118B) comprising a light-curable composition in a semi-cured state, wherein the light-curable composition is configured to transition from the semi-cured state to a cured state based on exposure to ultraviolet radiation; a strengthening section disposed above the adhesive section (118A, 118B); and a polish section disposed above the adhesive section (118A, 118B). an adhesive section (118A, 118B) comprising a light-curable composition in a semi-cured state, wherein the light-curable composition is configured to transition from the semi-cured state to a cured state based on exposure to ultraviolet radiation; a strengthening section disposed above the adhesive section (118A, 118B); and a polish section disposed above the adhesive section (118A, 118B).
A method for recognizing a touch of a display system including a plurality of touch screens (100-1, 100-2) which are touched by a digital pen, the method being characterised by: the display system operating each of the plurality of touch screens (100-1, 100-2) according to an individually set pulse signal; when one of the plurality of touch screens (100-1, 100-2) is touched by the digital pen, the digital pen sensing a pulse signal of the touched touch screen; the digital pen detecting coordinate information of the touched point and informs a control device which controls the plurality of touch screens (100-1, 100-2) of it; the control device recognizing a touch screen which is touched out of the plurality of touch screens (100-1, 100-2) and a coordinate of the touched point according to characteristics of the sensed pulse signal and the detected coordinate information, respectively. the display system operating each of the plurality of touch screens (100-1, 100-2) according to an individually set pulse signal; when one of the plurality of touch screens (100-1, 100-2) is touched by the digital pen, the digital pen sensing a pulse signal of the touched touch screen; the digital pen detecting coordinate information of the touched point and informs a control device which controls the plurality of touch screens (100-1, 100-2) of it; the control device recognizing a touch screen which is touched out of the plurality of touch screens (100-1, 100-2) and a coordinate of the touched point according to characteristics of the sensed pulse signal and the detected coordinate information, respectively.
Stripping apparatus for an electrical bar conductor, the conductor comprising a metal core, having two longer sides and two shorter sides, in pairs opposite to one another, and an electrically insulating coating that at least partly coats said core, the apparatus comprising tools for the forced removal of said insulating coating at at least one predetermined stripping portion of the conductor, wherein: - the apparatus comprises a first stripping portion that at least partly houses the conductor arranged along a prevailing extension (X-X), so as to rest on one of said longer sides and be cantilevered relative to a pair of supports for the conductor, - the first stripping station houses, at least partly, a first pair of broaches, opposite to one another and arranged at opposite sides relative to the conductor, said broaches being axially movable relative to a cross working direction (Y-Y) perpendicular to the prevailing extension (X-X), - said broaches being aligned with said stripping portion relative to the prevailing extension (X-X), so as to carry out the removal of the insulating coating at the stripping portion comprised cantilevered between the supports, wherein the first stripping station delimits a first seat of the conductor, said seat being arranged parallel to the prevailing extension (X-X) and comprising a pair of side containment walls, directly facing the shorter sides of the conductor, so as to contain any bending deformations of the conductor perpendicular to said shorter sides, characterised in that said side containment walls are at least partly defined by calibrated plates, provided on the first seat, which at said portion cantilevered between the supports, comprise at least one undercut so as to have a thickness smaller than or equal to the thickness of the conductor, measured perpendicularly to the longer sides, for allowing the passage of said broaches on the calibrated plates without exerting any interference. - the apparatus comprises a first stripping portion that at least partly houses the conductor arranged along a prevailing extension (X-X), so as to rest on one of said longer sides and be cantilevered relative to a pair of supports for the conductor, - the first stripping station houses, at least partly, a first pair of broaches, opposite to one another and arranged at opposite sides relative to the conductor, said broaches being axially movable relative to a cross working direction (Y-Y) perpendicular to the prevailing extension (X-X), - said broaches being aligned with said stripping portion relative to the prevailing extension (X-X), so as to carry out the removal of the insulating coating at the stripping portion comprised cantilevered between the supports,
An energy management system comprising: an energy management apparatus for managing energy supplied to equipment devices provided to a plurality of buildings, the energy management apparatus being located superordinate to the buildings; and a control apparatus (30, 30) for controlling the equipment devices in the buildings, the control apparatus being connected to the energy management apparatus, the control apparatus including: an operating status perceiving unit (36a, 236a, 336a, 436a) for perceiving the operating status of the equipment devices; and a reducing capability presentation unit (36g, 236g, 336g, 436g) for presenting to the energy management apparatus a plurality of energy reducing capabilities for each condition, which are amounts of energy that can be reduced for the equipment devices, on the basis of the operating status, characterized in that the conditions are a combination of a continuation time for energy reducing of the equipment devices and a minimum capacity of the equipment devices allowable when an energy reducing control is performed for the continuation time, a combination of continuation time and minimum capacity being configured to execute energy reducing control for a longer time when the minimum capacity is high, and for a shorter time when the minimum capacity is low. an energy management apparatus for managing energy supplied to equipment devices provided to a plurality of buildings, the energy management apparatus being located superordinate to the buildings; and a control apparatus (30, 30) for controlling the equipment devices in the buildings, the control apparatus being connected to the energy management apparatus, the control apparatus including: an operating status perceiving unit (36a, 236a, 336a, 436a) for perceiving the operating status of the equipment devices; and a reducing capability presentation unit (36g, 236g, 336g, 436g) for presenting to the energy management apparatus a plurality of energy reducing capabilities for each condition, which are amounts of energy that can be reduced for the equipment devices, on the basis of the operating status, an operating status perceiving unit (36a, 236a, 336a, 436a) for perceiving the operating status of the equipment devices; and a reducing capability presentation unit (36g, 236g, 336g, 436g) for presenting to the energy management apparatus a plurality of energy reducing capabilities for each condition, which are amounts of energy that can be reduced for the equipment devices, on the basis of the operating status,
A molded motor comprising: a rotor having a shaft; a stator including a stator core disposed radially outwardly of the shaft, a plurality of winding portions formed on the stator core, and a molded portion made of an insulating resin and covering at least the plurality of winding portions; a load-side end bracket located on a load side of the motor and secured relative to the stator; a non-load-side end bracket located on a non-load side of the motor and secured relative to the stator; and a heat-conducting member connected to the stator to conduct heat generated from the stator to the load-side end bracket, characterized in that the heat-conducting member is integrally formed with the load-side end bracket, wherein: the heat-conducting member includes a stopper surface that contacts one end of the stator core to determine a position of the stator core in an axial direction of the stator; and the heat-conducting member includes a plurality of plate-like heat-conducting members extending toward the non-load-side end bracket with one end of each plate-like heat-conducting member secured to the load-side end bracket, the plate-like heat-conducting members being disposed at intervals along an outer peripheral surface of the stator core. a rotor having a shaft; a stator including a stator core disposed radially outwardly of the shaft, a plurality of winding portions formed on the stator core, and a molded portion made of an insulating resin and covering at least the plurality of winding portions; a load-side end bracket located on a load side of the motor and secured relative to the stator; a non-load-side end bracket located on a non-load side of the motor and secured relative to the stator; and a heat-conducting member connected to the stator to conduct heat generated from the stator to the load-side end bracket, characterized in that the heat-conducting member is integrally formed with the load-side end bracket, wherein: the heat-conducting member includes a stopper surface that contacts one end of the stator core to determine a position of the stator core in an axial direction of the stator; and the heat-conducting member includes a plurality of plate-like heat-conducting members extending toward the non-load-side end bracket with one end of each plate-like heat-conducting member secured to the load-side end bracket, the plate-like heat-conducting members being disposed at intervals along an outer peripheral surface of the stator core. the heat-conducting member includes a stopper surface that contacts one end of the stator core to determine a position of the stator core in an axial direction of the stator; and the heat-conducting member includes a plurality of plate-like heat-conducting members extending toward the non-load-side end bracket with one end of each plate-like heat-conducting member secured to the load-side end bracket, the plate-like heat-conducting members being disposed at intervals along an outer peripheral surface of the stator core.
Clamping pulley comprising: - a securing head, - a first flange fixed to the securing head, - a first rotation shaft extending from the first flange, - a first sheave mounted movable in rotation around the first rotation shaft, the first sheave being mounted movable in rotation in one direction of rotation only, clamping pulley characterized in that: - a locking cam is mounted movable with respect to the first sheave so as to move away from or towards the first sheave, the locking cam being mounted movable between a first position and a second position, - the first rotation shaft is mounted fixed with respect to the first flange and to the securing head, - the locking cam is mounted movable with respect to the first flange and to the securing head, - a spring is fitted to exert a force on the locking cam moving the locking cam towards the first sheave, - a handle is mounted on the first flange or on the securing head, the handle being functionally connected to the locking cam to move the locking cam between the first position and the second position. - a securing head, - a first flange fixed to the securing head, - a first rotation shaft extending from the first flange, - a first sheave mounted movable in rotation around the first rotation shaft, the first sheave being mounted movable in rotation in one direction of rotation only, - a locking cam is mounted movable with respect to the first sheave so as to move away from or towards the first sheave, the locking cam being mounted movable between a first position and a second position, - the first rotation shaft is mounted fixed with respect to the first flange and to the securing head, - the locking cam is mounted movable with respect to the first flange and to the securing head, - a spring is fitted to exert a force on the locking cam moving the locking cam towards the first sheave, - a handle is mounted on the first flange or on the securing head, the handle being functionally connected to the locking cam to move the locking cam between the first position and the second position.
A heat exchanger with a heat exchanger block with first fluid channels for the throughflow of a first fluid and with second fluid channels for the throughflow for a second fluid, wherein the heat exchanger has a fixation plate which carries the heat exchanger block, wherein the fixation of the heat exchanger is by means of the fixation plate, wherein the fixation plate has fixation regions for fixation which are arranged adjacent to the heat exchanger block, wherein at least one region of a weakening of the fixation plate is present between the fixation regions and the heat exchanger block, wherein the fixation regions are provided as fixation or screwing bores, wherein a weakening is provided between at least one fixation or screwing bore and the heat exchanger block in the fixation plate, wherein the at least one weakening is a cut-out in the fixation plate, characterised in that the cut-out has a curved contour, wherein the curved contour of the cut-out is designed between the fixation bore and the heat exchanger block such that the curved contour of the cut-out substantially follows the curved contour of the heat exchanger block in the corner region.
A polypeptide, wherein said polypeptide is (i) a hexon isolated from simian adenovirus serotype 19 having the amino acid sequence of SEQ ID NO: 16, or (ii) a hypervariable region of said hexon having the amino acid sequence of SEQ ID NO: 21. (i) a hexon isolated from simian adenovirus serotype 19 having the amino acid sequence of SEQ ID NO: 16, or (ii) a hypervariable region of said hexon having the amino acid sequence of SEQ ID NO: 21.
A parking assist apparatus used for a vehicle which has a four-wheel steering mode in which front wheels and rear wheels can be steered independently, comprising: traveling path calculation means for calculating a traveling path for guiding the vehicle to a target position; and assist means (12, 30) for assisting traveling of the vehicle for parking to the target position, based on the traveling path calculated by the traveling path calculation means, characterized in that in the four-wheel steering mode, the traveling path calculated by the traveling path calculation means includes a traveling path in which the front wheels and the rear wheels are steered in reverse directions, and said traveling path includes a section in which a constant point, which is on a center line of the vehicle in a back-and-forth direction, creates a trajectory of a clothoid curve. traveling path calculation means for calculating a traveling path for guiding the vehicle to a target position; and assist means (12, 30) for assisting traveling of the vehicle for parking to the target position, based on the traveling path calculated by the traveling path calculation means, in the four-wheel steering mode, the traveling path calculated by the traveling path calculation means includes a traveling path in which the front wheels and the rear wheels are steered in reverse directions, and said traveling path includes a section in which a constant point, which is on a center line of the vehicle in a back-and-forth direction, creates a trajectory of a clothoid curve.