mhurhangee/ep-ind-claims huggingface dataset:
A method of production of a grain-oriented electrical steel sheet superior in magnetic characteristics improving the core loss by forming lined closure domains substantially perpendicular to the rolling direction of the steel sheet and at substantially constant line spacing by scanning continuous wave laser beam, said method of production of grain-oriented electrical sheet characterized in that the laser is of a TEM 00 mode with an intensity profile of the laser beam in a cross-section perpendicular to the direction of beam propagation having a maximum intensity near the center of the optical axis and in that the focused beam spot diameter in rolling direction d (mm), a linear scan rate V (mm/s) of the laser beam, and an average output P of the laser are in the following ranges: 0.010 < d ≤ 0.060 0.002 ≤ P / V ≤ 0.006.
An image forming system (1;1A;1B) in which a plurality of image forming apparatuses (10,20,30,40,50) are connected through a network, the image forming system (1;1A;1 B) comprising a control unit (100,200;100;200) that controls the image forming apparatuses (10,20,30,40,50), wherein the control unit is configured to, when outputting a job to a plurality of image forming apparatuses (10,20,30,40,50), compare image quality parameters of each of the image forming apparatuses (10,20,30,40,50) to the image quality parameters of one specific of the image forming apparatuses (10,20,30,40,50), select image forming apparatuses (10,20,30,40,50) that have image quality parameters similar to the image quality parameters of the one specific of the image forming apparatuses (10,20,30,40,50) and that can output the job, and cause the selected image forming apparatuses (10,20,30,40,50) and the one specific of the image forming apparatuses (10,20,30,40.,50) to output the job.
A descender device for a textile rope, comprising a casing wherein there is housed a cam mechanism and a actuating lever for the cam mechanism, wherein the casing comprises a return element for the rope, wherein the cam mechanism comprises a lever pin that can be actuated in rotation by the actuation lever and a movable cam which is rotatably movable in an activation direction between a deactivation position and a lock position wherein the movable cam presses on the rope against the return element, characterised in that the lever pin is configured so as to act on a rocker member such that the rocker member can rotate the movable cam only during a first rotation step of the lever pin in a direction opposite to the activation direction of the movable cam.
Fermenter system for the continuous fermentation of agricultural crop plants, in particular beet or sugar beet, or of intermediate products obtained from agricultural crop plants, hereafter designated as starting material, with a supply store for storing the starting material, a feed device for supplying a fermenter with the stockpiled starting material from the supply store and with a discharge store, into which fermented residual material can be channelled from the fermenter by means of a connection device, characterized in that the supply store and the discharge store are implemented in the form of at least three storage containers (L1, L2, L3), a first, second and third storage container, of which the first and second storage containers (L1, L2) are connected to the fermenter via at least one feed device (Z1, Z2), via which the starting material stored in the storage container can be channelled to the fermenter, that the second and third storage containers (L2, L3) are connected to the fermenter via at least one connection device (V2, V3), via which the fermented residual material generated in the fermenter but not technically usable can be discharged, and that the second and third storage containers (L2, L3) each have an outlet line, via which the fermented residual material temporarily stored in the respective storage containers (L2, L3) can be emptied.
A bioelectrode sheet to be affixed to a skin of a subject, the bioelectrode sheet comprising: a sheet-like base including first and second surfaces; an electrode held by the base, at least a part of the electrode being disposed on a side of the first surface of the base; a conductive gel layer that covers the at least part of the electrode disposed on the side of the first surface of the base and is exposed to the side of the first surface; and an adhesive layer that is disposed in a position different from the conductive gel layer of the base and is exposed to the side of the first surface in a position different from the conductive gel layer, characterized in that the adhesive layer includes medicament mixed in the adhesive layer; wherein the bioelectrode sheet further comprises a prevention structure that prevents the medicament from the adhesive layer from flowing into the conductive gel layer, the prevention structure is embodied by (i) the adhesive layer includes a first region where the medicament is mixed and a second region where the medicament is not mixed, or (ii) a stopper is disposed between the conductive gel layer and the adhesive layer to avoid interference between the conductive gel layer and the adhesive layer. a sheet-like base including first and second surfaces; an electrode held by the base, at least a part of the electrode being disposed on a side of the first surface of the base; a conductive gel layer that covers the at least part of the electrode disposed on the side of the first surface of the base and is exposed to the side of the first surface; and an adhesive layer that is disposed in a position different from the conductive gel layer of the base and is exposed to the side of the first surface in a position different from the conductive gel layer, characterized in that the adhesive layer includes medicament mixed in the adhesive layer; wherein the bioelectrode sheet further comprises a prevention structure that prevents the medicament from the adhesive layer from flowing into the conductive gel layer, the prevention structure is embodied by (i) the adhesive layer includes a first region where the medicament is mixed and a second region where the medicament is not mixed, or (ii) a stopper is disposed between the conductive gel layer and the adhesive layer to avoid interference between the conductive gel layer and the adhesive layer. (i) the adhesive layer includes a first region where the medicament is mixed and a second region where the medicament is not mixed, or (ii) a stopper is disposed between the conductive gel layer and the adhesive layer to avoid interference between the conductive gel layer and the adhesive layer.
A curved high intensity focused ultrasound (HIFU) transducer comprising: a plurality of curved composite ceramic piezoelectric tiles having opposite convex and concave surfaces, each tile having electrodes on the surfaces electrically coupled to the composite ceramic piezoelectric material, and a plurality of acoustic transmission areas located on each tile and actuated through electrodes on the convex surface, the transmission areas and electrodes being acoustically separated from surrounding areas by cuts into the composite ceramic piezoelectric material, the plurality of tiles fitting together to form a substantially continuous curved composite piezoelectric surface which transmits HIFU acoustic energy, characterized in that the transmission areas on each tile are surrounded by a reference potential electrode area which is electrically isolated from the transmission areas and which is connected by vias extending through the tile to a reference potential electrode area at the convex surface of the tile. a plurality of curved composite ceramic piezoelectric tiles having opposite convex and concave surfaces, each tile having electrodes on the surfaces electrically coupled to the composite ceramic piezoelectric material, and a plurality of acoustic transmission areas located on each tile and actuated through electrodes on the convex surface, the transmission areas and electrodes being acoustically separated from surrounding areas by cuts into the composite ceramic piezoelectric material, the plurality of tiles fitting together to form a substantially continuous curved composite piezoelectric surface which transmits HIFU acoustic energy,
A lower structure of an electric vehicle on which a high-voltage driving battery is mounted and which can travel by using electric power thereof, the lower structure of the electric vehicle comprising: a floor panel that expands in a lower portion of a cabin; a dashboard that continues from a front edge portion of the floor panel and divides a front portion of the cabin; a front subframe that has a right and left pair of side frame sections, each of which extends in a front-rear direction at a position in front of the dashboard, and a rear end portion of each of which is located below the dashboard; a specified high-voltage component that is connected to the high-voltage battery and is arranged along a lower surface of the floor panel and at a position behind a rear end portion of one of the side frame sections; and a specified vehicle component that is arranged adjacent to rear of the high-voltage component, wherein the high-voltage component is arranged in a vertically inclined state, a front end portion of the high-voltage component is located higher than the rear end portion of the side frame section, and a rear end portion of the high-voltage component is located lower than the vehicle component. a floor panel that expands in a lower portion of a cabin; a dashboard that continues from a front edge portion of the floor panel and divides a front portion of the cabin; a front subframe that has a right and left pair of side frame sections, each of which extends in a front-rear direction at a position in front of the dashboard, and a rear end portion of each of which is located below the dashboard; a specified high-voltage component that is connected to the high-voltage battery and is arranged along a lower surface of the floor panel and at a position behind a rear end portion of one of the side frame sections; and a specified vehicle component that is arranged adjacent to rear of the high-voltage component, wherein the high-voltage component is arranged in a vertically inclined state, a front end portion of the high-voltage component is located higher than the rear end portion of the side frame section, and a rear end portion of the high-voltage component is located lower than the vehicle component.
A driving support apparatus comprising: a determination unit configured to determine driving support control having a driving support resource amount that is capable of assuring required resources with respect to a resource amount that is capable of being assured by a level of a vehicle driver's concentration on driving, the required resources being assumed to be required for safe driving; and a driving support unit configured to change the driving support control to be performed to driving support control that is determined by the determination unit to be capable of assuring the required resources, characterized in that the determination unit includes: a first determination unit configured to determine the level of the vehicle driver's concentration on driving; and a second determination unit configured to determine driving support control in which a sum of the resource amount that is capable of being assured by the level of the driver's concentration on driving and the driving support resource amount is equal to or more than the required resources that are assumed to be required for safe driving. a determination unit configured to determine driving support control having a driving support resource amount that is capable of assuring required resources with respect to a resource amount that is capable of being assured by a level of a vehicle driver's concentration on driving, the required resources being assumed to be required for safe driving; and a driving support unit configured to change the driving support control to be performed to driving support control that is determined by the determination unit to be capable of assuring the required resources, characterized in that the determination unit includes: a first determination unit configured to determine the level of the vehicle driver's concentration on driving; and a second determination unit configured to determine driving support control in which a sum of the resource amount that is capable of being assured by the level of the driver's concentration on driving and the driving support resource amount is equal to or more than the required resources that are assumed to be required for safe driving. a first determination unit configured to determine the level of the vehicle driver's concentration on driving; and a second determination unit configured to determine driving support control in which a sum of the resource amount that is capable of being assured by the level of the driver's concentration on driving and the driving support resource amount is equal to or more than the required resources that are assumed to be required for safe driving.
A surgical endoscope having a hand piece, a probe extending distally from said hand piece and rigidly coupled with said hand piece, the probe and the hand piece containing an illumination guide, a laser guide and an image guide, an optical cable containing the illumination guide and the laser guide extending proximally from the hand piece to a laser source and an illumination source, a camera assembly receiving the image from the image guide of the probe to provide an electrical image at the output of the camera assembly, and an electrical cable connected to the proximal end of the camera assembly and extending proximally to a terminal adapted to be connected to a mechanism for displaying the electrical image, characterized in that the hand piece comprises: a distal end comprising a distal surface and a proximal end comprising first and second proximal surfaces, a first opening in the first proximal surface; a second opening in the second proximal surface; a third opening in the distal surface; the first opening and the second opening do not overlap with each other; the probe extends distally from the third opening at the distal surface of the hand piece; the illumination guide, the laser guide, and the image guide terminate at a distal end of the probe and extend proximally from the distal end of the probe to the proximal end of the probe, into the third opening of the hand piece; the illumination guide and the laser guide extend proximally from the third opening of the hand piece to the first opening in the first proximal surface of the hand piece; the image guide extends proximally from the third opening of the hand piece to the second opening in the second proximal surface of the hand piece, a proximal end of the image guide terminating at the second proximal surface of the hand piece; and the camera assembly is removably connected directly to the proximal end of said hand piece at the second proximal surface of the hand piece to optically couple the proximal end of the image guide in the hand piece directly to an input of the camera assembly, whereby, after each use of the endoscope, said camera assembly can be detached from said hand piece, including the illumination guide and the laser guide, and the image guide, contained in said probe and said hand piece. a distal end comprising a distal surface and a proximal end comprising first and second proximal surfaces, a first opening in the first proximal surface; a second opening in the second proximal surface; a third opening in the distal surface; the first opening and the second opening do not overlap with each other;
Ceftolozane and tazobactam for use in a method of treating a complicated intra-abdominal infection or a complicated urinary tract infection in a human patient with end stage renal disease on hemodialysis, said method comprising intravenously administering to the patient a single loading dose comprising ceftolozane or a pharmaceutically acceptable salt thereof and tazobactam or a pharmaceutically acceptable salt thereof that provides about 500 mg of ceftolozane active and 250 mg of tazobactam active, followed by intravenously administering to the patient maintenance doses comprising ceftolozane or a pharmaceutically acceptable salt thereof and tazobactam or a pharmaceutically acceptable salt thereof that provide about 100 mg of ceftolozane active and 50 mg of tazobactam active, wherein the maintenance doses are delivered about every 8 hours.
Structural element, comprising sectors (12 to 15) of a material layer which are foldably connected to one another along hinge axes (16 to 18) and which are foldable open and closed in a fan-like manner about a pivot centre, wherein at least one second material layer is arranged on at least one subregion of a broad side of the material layer and comprises sectors (25 to 28), which are foldably connected to one another along hinge axes (22 to 24) and are foldable open and closed and of which at least some are connected to the first material layer in the region of mutually facing hinge axes (16, 18, 22, 24) and which are foldable closed and open in the opposite direction in the region of the hinge axes (22 to 24) thereof when the first and/or second material layer (11, 21) is folded, and wherein the hinge axes (16 to 18) of the first material layer and the hinge axes (22 to 24) of the second material layer, in the folded-open state of the structural element, each extend radially in the manner of rays with respect to the pivot centre and delineate the sectors (12 to 15 and 25 to 28) from each other, wherein the sectors (25 to 28) of the second material layer, in the folded-open state, adjoin one another approximately within an approximately flat or curved or arched surface, characterized in that an angle ([gamma]) formed by the sectors (26, 27) of the second material layer remains the same in the fully folded-open state of the structural element proceeding from the pivot centre toward the outer edge.
A system for repairing a defect area in a surface of a knee joint, the system comprising: a balloon mold having a first surface and a second surface, the mold arranged to be positioned within the knee joint such that a perimeter of the mold surrounds the defect area and the mold completely covers the defect area wherein the mold includes a fill port extending from a side surface of the balloon mold, the side surface being situated between the first and the second surfaces, into an internal passage extending through the balloon mold and in communication through one of the first and second surfaces within the defect area; and a repair material configured to be injected through the fill port and passed through the internal passage and within the defect area with the mold perimeter surrounding the defect area and the mold completely covering the defect area to create a repaired site within the knee joint. a balloon mold having a first surface and a second surface, the mold arranged to be positioned within the knee joint such that a perimeter of the mold surrounds the defect area and the mold completely covers the defect area wherein the mold includes a fill port extending from a side surface of the balloon mold, the side surface being situated between the first and the second surfaces, into an internal passage extending through the balloon mold and in communication through one of the first and second surfaces within the defect area; and a repair material configured to be injected through the fill port and passed through the internal passage and within the defect area with the mold perimeter surrounding the defect area and the mold completely covering the defect area to create a repaired site within the knee joint.
Method for controlling a longitudinally adjustable and rotatable vehicle seat which comprises a first upper rail movably guided in a first lower rail, a second upper rail movably guided in a second lower rail, a first motor for driving the first upper rail, a second motor for driving the second upper rail and a seat shell, wherein by means of an aligned displacement of the upper rails (16, 18) relative to the lower rails (10, 12) the seat shell is displaced in a straight line and wherein by means of a displacement of the first upper rail relative to the second upper rail the seat shell undergoes a rotation about a vertical axis, wherein: - an initial position is stored, - the seat shell is displaced in a straight line from the initial position into a starting position, - the seat shell is rotated by a first angle from the starting position into an intermediate position, - the seat shell is displaced in a straight line in the direction of travel into a first central position, - the seat shell is rotated by a second angle into an end position. - an initial position is stored, - the seat shell is displaced in a straight line from the initial position into a starting position, - the seat shell is rotated by a first angle from the starting position into an intermediate position, - the seat shell is displaced in a straight line in the direction of travel into a first central position, - the seat shell is rotated by a second angle into an end position.
A cooking vessel for cooking food, comprising: - a body comprising in its turn a bottom wall and at least one side wall, wherein said side wall extends from said bottom wall to define an inner compartment of the cooking vessel in which the food is arranged for being cooked and wherein at least said bottom wall is made of aluminum; and - at least one plate-like component consisting of a disk made of a ferromagnetic material, integrally coupled with said bottom wall at the respective outer surface, so as to at least partially cover said outer surface of the bottom wall, said at least one plate-like component being provided with a plurality of through holes (22, 24), wherein said at least one plate-like component is divided into a plurality of first perforated areas and a plurality of second perforated areas mutually alternated in a symmetrical manner, wherein each first perforated area has a first value of void-to-solid ratio and each second perforated area has a second value of void-to-solid ratio, and wherein said first value of void-to-solid ratio is greater than said second value of void-to-solid ratio, the cooking vessel being characterized in that the total surface of said first perforated areas, featuring a greater void-to-solid ratio, is in a proportion of about 1:3 with respect to the total surface of said second perforated areas, featuring a smaller void-to-solid ratio, and in that said first perforated areas are provided with first through holes aligned like a spider's web and having a mutual constant distance, the value of which ranges from 0.6 mm to 1.4 mm. - a body comprising in its turn a bottom wall and at least one side wall, wherein said side wall extends from said bottom wall to define an inner compartment of the cooking vessel in which the food is arranged for being cooked and wherein at least said bottom wall is made of aluminum; and - at least one plate-like component consisting of a disk made of a ferromagnetic material, integrally coupled with said bottom wall at the respective outer surface, so as to at least partially cover said outer surface of the bottom wall, said at least one plate-like component being provided with a plurality of through holes (22, 24),